Tue Feb 25 23:49:01 UTC 2025 I: starting to build libtype-tiny-perl/trixie/arm64 on jenkins on '2025-02-25 23:48'
Tue Feb 25 23:49:01 UTC 2025 I: The jenkins build log is/was available at https://jenkins.debian.net/userContent/reproducible/debian/build_service/arm64_11/85791/console.log
Tue Feb 25 23:49:01 UTC 2025 I: Downloading source for trixie/libtype-tiny-perl=2.004000-1
--2025-02-25 23:49:02-- http://deb.debian.org/debian/pool/main/libt/libtype-tiny-perl/libtype-tiny-perl_2.004000-1.dsc
Connecting to 46.16.76.132:3128... connected.
Proxy request sent, awaiting response... 200 OK
Length: 3079 (3.0K) [text/prs.lines.tag]
Saving to: ‘libtype-tiny-perl_2.004000-1.dsc’
0K ... 100% 346M=0s
2025-02-25 23:49:02 (346 MB/s) - ‘libtype-tiny-perl_2.004000-1.dsc’ saved [3079/3079]
Tue Feb 25 23:49:02 UTC 2025 I: libtype-tiny-perl_2.004000-1.dsc
-----BEGIN PGP SIGNED MESSAGE-----
Hash: SHA512
Format: 3.0 (quilt)
Source: libtype-tiny-perl
Binary: libtype-tiny-perl
Architecture: all
Version: 2.004000-1
Maintainer: Debian Perl Group <pkg-perl-maintainers@lists.alioth.debian.org>
Uploaders: Jonas Smedegaard <dr@jones.dk>,
Homepage: https://typetiny.toby.ink/
Standards-Version: 4.6.2
Vcs-Browser: https://salsa.debian.org/perl-team/modules/packages/libtype-tiny-perl
Vcs-Git: https://salsa.debian.org/perl-team/modules/packages/libtype-tiny-perl.git
Testsuite: autopkgtest-pkg-perl
Build-Depends: debhelper-compat (= 13)
Build-Depends-Indep: libclass-insideout-perl <!nocheck>, libdevel-hide-perl <!nocheck>, libdevel-lexalias-perl <!nocheck>, libdevel-stacktrace-perl <!nocheck>, libexporter-tiny-perl (>= 1.006000), libfunction-parameters-perl <!nocheck>, libio-string-perl <!nocheck>, libmatch-simple-perl <!nocheck>, libmoo-perl <!nocheck>, libmoose-perl <!nocheck>, libmoosex-getopt-perl <!nocheck>, libmoosex-types-common-perl <!nocheck>, libmoosex-types-perl <!nocheck>, libmouse-perl <!nocheck>, libmousex-types-perl <!nocheck>, libobject-accessor-perl <!nocheck>, libreturn-type-perl <!nocheck>, libtest-fatal-perl <!nocheck>, libtest-memory-cycle-perl <!nocheck>, libtest-requires-perl <!nocheck>, libtest-warnings-perl <!nocheck>, libtype-tiny-xs-perl (>= 0.025), libtypes-path-tiny-perl <!nocheck>, libspecio-perl <!nocheck>, libvalidation-class-perl
Package-List:
libtype-tiny-perl deb perl optional arch=all
Checksums-Sha1:
b4eb35bf63128c75250dde649d30cf4e8fbc0b96 470299 libtype-tiny-perl_2.004000.orig.tar.gz
958ae1b51089dd9e8e2f53391ceaa2c2b561006d 12160 libtype-tiny-perl_2.004000-1.debian.tar.xz
Checksums-Sha256:
697e7f775edfc85f4cf07792d04fd19b09c25285f98f5938e8efc4f74507a128 470299 libtype-tiny-perl_2.004000.orig.tar.gz
e9b7440ed4fd085d586d95cd566d8fbd58eeee8175d3bb8d33ec2ffd5a0ced6d 12160 libtype-tiny-perl_2.004000-1.debian.tar.xz
Files:
08bb43feabaab97dac7a3e59b5c77ff3 470299 libtype-tiny-perl_2.004000.orig.tar.gz
24ea8cfe41a23846b31a23e67516afe8 12160 libtype-tiny-perl_2.004000-1.debian.tar.xz
Dgit: 8d0eca0267f33338dec1efdf9d5a76051b1ca294 debian archive/debian/2.004000-1 https://git.dgit.debian.org/libtype-tiny-perl
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Tue Feb 25 23:49:02 UTC 2025 I: Checking whether the package is not for us
Tue Feb 25 23:49:02 UTC 2025 I: Starting 1st build on remote node codethink04-arm64.debian.net.
Tue Feb 25 23:49:02 UTC 2025 I: Preparing to do remote build '1' on codethink04-arm64.debian.net.
Tue Feb 25 23:51:11 UTC 2025 I: Deleting $TMPDIR on codethink04-arm64.debian.net.
I: pbuilder: network access will be disabled during build
I: Current time: Tue Feb 25 11:49:04 -12 2025
I: pbuilder-time-stamp: 1740527344
I: Building the build Environment
I: extracting base tarball [/var/cache/pbuilder/trixie-reproducible-base.tgz]
I: copying local configuration
W: --override-config is not set; not updating apt.conf Read the manpage for details.
I: mounting /proc filesystem
I: mounting /sys filesystem
I: creating /{dev,run}/shm
I: mounting /dev/pts filesystem
I: redirecting /dev/ptmx to /dev/pts/ptmx
I: policy-rc.d already exists
I: Copying source file
I: copying [libtype-tiny-perl_2.004000-1.dsc]
I: copying [./libtype-tiny-perl_2.004000.orig.tar.gz]
I: copying [./libtype-tiny-perl_2.004000-1.debian.tar.xz]
I: Extracting source
dpkg-source: warning: cannot verify inline signature for ./libtype-tiny-perl_2.004000-1.dsc: unsupported subcommand
dpkg-source: info: extracting libtype-tiny-perl in libtype-tiny-perl-2.004000
dpkg-source: info: unpacking libtype-tiny-perl_2.004000.orig.tar.gz
dpkg-source: info: unpacking libtype-tiny-perl_2.004000-1.debian.tar.xz
I: Not using root during the build.
I: Installing the build-deps
I: user script /srv/workspace/pbuilder/3863664/tmp/hooks/D02_print_environment starting
I: set
BUILDDIR='/build/reproducible-path'
BUILDUSERGECOS='first user,first room,first work-phone,first home-phone,first other'
BUILDUSERNAME='pbuilder1'
BUILD_ARCH='arm64'
DEBIAN_FRONTEND='noninteractive'
DEB_BUILD_OPTIONS='buildinfo=+all reproducible=+all parallel=12 '
DISTRIBUTION='trixie'
HOME='/root'
HOST_ARCH='arm64'
IFS='
'
INVOCATION_ID='4e6a3badf2d042a79c80af95fc457128'
LANG='C'
LANGUAGE='en_US:en'
LC_ALL='C'
MAIL='/var/mail/root'
OPTIND='1'
PATH='/usr/sbin:/usr/bin:/sbin:/bin:/usr/games'
PBCURRENTCOMMANDLINEOPERATION='build'
PBUILDER_OPERATION='build'
PBUILDER_PKGDATADIR='/usr/share/pbuilder'
PBUILDER_PKGLIBDIR='/usr/lib/pbuilder'
PBUILDER_SYSCONFDIR='/etc'
PPID='3863664'
PS1='# '
PS2='> '
PS4='+ '
PWD='/'
SHELL='/bin/bash'
SHLVL='2'
SUDO_COMMAND='/usr/bin/timeout -k 18.1h 18h /usr/bin/ionice -c 3 /usr/bin/nice /usr/sbin/pbuilder --build --configfile /srv/reproducible-results/rbuild-debian/r-b-build.5qlDsNXv/pbuilderrc_RhK8 --distribution trixie --hookdir /etc/pbuilder/first-build-hooks --debbuildopts -b --basetgz /var/cache/pbuilder/trixie-reproducible-base.tgz --buildresult /srv/reproducible-results/rbuild-debian/r-b-build.5qlDsNXv/b1 --logfile b1/build.log libtype-tiny-perl_2.004000-1.dsc'
SUDO_GID='109'
SUDO_UID='104'
SUDO_USER='jenkins'
TERM='unknown'
TZ='/usr/share/zoneinfo/Etc/GMT+12'
USER='root'
_='/usr/bin/systemd-run'
http_proxy='http://192.168.101.4:3128'
I: uname -a
Linux codethink04-arm64 6.1.0-31-cloud-arm64 #1 SMP Debian 6.1.128-1 (2025-02-07) aarch64 GNU/Linux
I: ls -l /bin
lrwxrwxrwx 1 root root 7 Nov 22 14:40 /bin -> usr/bin
I: user script /srv/workspace/pbuilder/3863664/tmp/hooks/D02_print_environment finished
-> Attempting to satisfy build-dependencies
-> Creating pbuilder-satisfydepends-dummy package
Package: pbuilder-satisfydepends-dummy
Version: 0.invalid.0
Architecture: arm64
Maintainer: Debian Pbuilder Team <pbuilder-maint@lists.alioth.debian.org>
Description: Dummy package to satisfy dependencies with aptitude - created by pbuilder
This package was created automatically by pbuilder to satisfy the
build-dependencies of the package being currently built.
Depends: debhelper-compat (= 13), libclass-insideout-perl, libdevel-hide-perl, libdevel-lexalias-perl, libdevel-stacktrace-perl, libexporter-tiny-perl (>= 1.006000), libfunction-parameters-perl, libio-string-perl, libmatch-simple-perl, libmoo-perl, libmoose-perl, libmoosex-getopt-perl, libmoosex-types-common-perl, libmoosex-types-perl, libmouse-perl, libmousex-types-perl, libobject-accessor-perl, libreturn-type-perl, libtest-fatal-perl, libtest-memory-cycle-perl, libtest-requires-perl, libtest-warnings-perl, libtype-tiny-xs-perl (>= 0.025), libtypes-path-tiny-perl, libspecio-perl, libvalidation-class-perl
dpkg-deb: building package 'pbuilder-satisfydepends-dummy' in '/tmp/satisfydepends-aptitude/pbuilder-satisfydepends-dummy.deb'.
Selecting previously unselected package pbuilder-satisfydepends-dummy.
(Reading database ... 19916 files and directories currently installed.)
Preparing to unpack .../pbuilder-satisfydepends-dummy.deb ...
Unpacking pbuilder-satisfydepends-dummy (0.invalid.0) ...
dpkg: pbuilder-satisfydepends-dummy: dependency problems, but configuring anyway as you requested:
pbuilder-satisfydepends-dummy depends on debhelper-compat (= 13); however:
Package debhelper-compat is not installed.
pbuilder-satisfydepends-dummy depends on libclass-insideout-perl; however:
Package libclass-insideout-perl is not installed.
pbuilder-satisfydepends-dummy depends on libdevel-hide-perl; however:
Package libdevel-hide-perl is not installed.
pbuilder-satisfydepends-dummy depends on libdevel-lexalias-perl; however:
Package libdevel-lexalias-perl is not installed.
pbuilder-satisfydepends-dummy depends on libdevel-stacktrace-perl; however:
Package libdevel-stacktrace-perl is not installed.
pbuilder-satisfydepends-dummy depends on libexporter-tiny-perl (>= 1.006000); however:
Package libexporter-tiny-perl is not installed.
pbuilder-satisfydepends-dummy depends on libfunction-parameters-perl; however:
Package libfunction-parameters-perl is not installed.
pbuilder-satisfydepends-dummy depends on libio-string-perl; however:
Package libio-string-perl is not installed.
pbuilder-satisfydepends-dummy depends on libmatch-simple-perl; however:
Package libmatch-simple-perl is not installed.
pbuilder-satisfydepends-dummy depends on libmoo-perl; however:
Package libmoo-perl is not installed.
pbuilder-satisfydepends-dummy depends on libmoose-perl; however:
Package libmoose-perl is not installed.
pbuilder-satisfydepends-dummy depends on libmoosex-getopt-perl; however:
Package libmoosex-getopt-perl is not installed.
pbuilder-satisfydepends-dummy depends on libmoosex-types-common-perl; however:
Package libmoosex-types-common-perl is not installed.
pbuilder-satisfydepends-dummy depends on libmoosex-types-perl; however:
Package libmoosex-types-perl is not installed.
pbuilder-satisfydepends-dummy depends on libmouse-perl; however:
Package libmouse-perl is not installed.
pbuilder-satisfydepends-dummy depends on libmousex-types-perl; however:
Package libmousex-types-perl is not installed.
pbuilder-satisfydepends-dummy depends on libobject-accessor-perl; however:
Package libobject-accessor-perl is not installed.
pbuilder-satisfydepends-dummy depends on libreturn-type-perl; however:
Package libreturn-type-perl is not installed.
pbuilder-satisfydepends-dummy depends on libtest-fatal-perl; however:
Package libtest-fatal-perl is not installed.
pbuilder-satisfydepends-dummy depends on libtest-memory-cycle-perl; however:
Package libtest-memory-cycle-perl is not installed.
pbuilder-satisfydepends-dummy depends on libtest-requires-perl; however:
Package libtest-requires-perl is not installed.
pbuilder-satisfydepends-dummy depends on libtest-warnings-perl; however:
Package libtest-warnings-perl is not installed.
pbuilder-satisfydepends-dummy depends on libtype-tiny-xs-perl (>= 0.025); however:
Package libtype-tiny-xs-perl is not installed.
pbuilder-satisfydepends-dummy depends on libtypes-path-tiny-perl; however:
Package libtypes-path-tiny-perl is not installed.
pbuilder-satisfydepends-dummy depends on libspecio-perl; however:
Package libspecio-perl is not installed.
pbuilder-satisfydepends-dummy depends on libvalidation-class-perl; however:
Package libvalidation-class-perl is not installed.
Setting up pbuilder-satisfydepends-dummy (0.invalid.0) ...
Reading package lists...
Building dependency tree...
Reading state information...
Initializing package states...
Writing extended state information...
Building tag database...
pbuilder-satisfydepends-dummy is already installed at the requested version (0.invalid.0)
pbuilder-satisfydepends-dummy is already installed at the requested version (0.invalid.0)
The following NEW packages will be installed:
autoconf{a} automake{a} autopoint{a} autotools-dev{a} bsdextrautils{a} debhelper{a} dh-autoreconf{a} dh-strip-nondeterminism{a} dwz{a} file{a} gettext{a} gettext-base{a} groff-base{a} intltool-debian{a} libalgorithm-c3-perl{a} libany-moose-perl{a} libarchive-zip-perl{a} libb-hooks-endofscope-perl{a} libb-hooks-op-check-perl{a} libcarp-clan-perl{a} libclass-c3-perl{a} libclass-insideout-perl{a} libclass-isa-perl{a} libclass-load-perl{a} libclass-load-xs-perl{a} libclass-method-modifiers-perl{a} libclass-xsaccessor-perl{a} libclone-choose-perl{a} libclone-perl{a} libdata-optlist-perl{a} libdebhelper-perl{a} libdevel-callchecker-perl{a} libdevel-caller-perl{a} libdevel-cycle-perl{a} libdevel-globaldestruction-perl{a} libdevel-hide-perl{a} libdevel-lexalias-perl{a} libdevel-overloadinfo-perl{a} libdevel-stacktrace-perl{a} libdist-checkconflicts-perl{a} libdynaloader-functions-perl{a} libelf1t64{a} libeval-closure-perl{a} libexporter-tiny-perl{a} libfile-stripnondeterminism-perl{a} libfunction-parameters-perl{a} libgetopt-long-descriptive-perl{a} libhash-flatten-perl{a} libhash-merge-perl{a} libicu72{a} libimport-into-perl{a} libio-string-perl{a} libio-stringy-perl{a} liblist-moreutils-perl{a} liblist-moreutils-xs-perl{a} liblog-trace-perl{a} libmagic-mgc{a} libmagic1t64{a} libmatch-simple-perl{a} libmodule-find-perl{a} libmodule-implementation-perl{a} libmodule-runtime-conflicts-perl{a} libmodule-runtime-perl{a} libmoo-perl{a} libmoose-perl{a} libmoosex-getopt-perl{a} libmoosex-role-parameterized-perl{a} libmoosex-types-common-perl{a} libmoosex-types-perl{a} libmouse-perl{a} libmousex-types-perl{a} libmro-compat-perl{a} libnamespace-autoclean-perl{a} libnamespace-clean-perl{a} libobject-accessor-perl{a} libpackage-deprecationmanager-perl{a} libpackage-stash-perl{a} libpackage-stash-xs-perl{a} libpadwalker-perl{a} libparams-classify-perl{a} libparams-util-perl{a} libparams-validate-perl{a} libpath-tiny-perl{a} libpipeline1{a} libreturn-type-perl{a} librole-tiny-perl{a} libspecio-perl{a} libsub-exporter-formethods-perl{a} libsub-exporter-perl{a} libsub-exporter-progressive-perl{a} libsub-identify-perl{a} libsub-infix-perl{a} libsub-install-perl{a} libsub-name-perl{a} libsub-quote-perl{a} libtest-assertions-perl{a} libtest-fatal-perl{a} libtest-memory-cycle-perl{a} libtest-requires-perl{a} libtest-warnings-perl{a} libtool{a} libtry-tiny-perl{a} libtype-tiny-perl{a} libtype-tiny-xs-perl{a} libtypes-path-tiny-perl{a} libuchardet0{a} libunistring5{a} libvalidation-class-perl{a} libvariable-magic-perl{a} libxml2{a} libxstring-perl{a} m4{a} man-db{a} po-debconf{a} sensible-utils{a}
The following packages are RECOMMENDED but will NOT be installed:
curl libarchive-cpio-perl libclass-c3-xs-perl libdata-serializer-perl libdevel-partialdump-perl libltdl-dev libmail-sendmail-perl libmatch-simple-xs-perl libref-util-perl libunicode-utf8-perl lynx wget
0 packages upgraded, 115 newly installed, 0 to remove and 0 not upgraded.
Need to get 23.4 MB of archives. After unpacking 90.9 MB will be used.
Writing extended state information...
Get: 1 http://deb.debian.org/debian trixie/main arm64 sensible-utils all 0.0.24 [24.8 kB]
Get: 2 http://deb.debian.org/debian trixie/main arm64 libmagic-mgc arm64 1:5.45-3+b1 [314 kB]
Get: 3 http://deb.debian.org/debian trixie/main arm64 libmagic1t64 arm64 1:5.45-3+b1 [102 kB]
Get: 4 http://deb.debian.org/debian trixie/main arm64 file arm64 1:5.45-3+b1 [43.4 kB]
Get: 5 http://deb.debian.org/debian trixie/main arm64 gettext-base arm64 0.23.1-1 [241 kB]
Get: 6 http://deb.debian.org/debian trixie/main arm64 libuchardet0 arm64 0.0.8-1+b2 [69.2 kB]
Get: 7 http://deb.debian.org/debian trixie/main arm64 groff-base arm64 1.23.0-7 [1129 kB]
Get: 8 http://deb.debian.org/debian trixie/main arm64 bsdextrautils arm64 2.40.4-4 [92.1 kB]
Get: 9 http://deb.debian.org/debian trixie/main arm64 libpipeline1 arm64 1.5.8-1 [40.2 kB]
Get: 10 http://deb.debian.org/debian trixie/main arm64 man-db arm64 2.13.0-1 [1404 kB]
Get: 11 http://deb.debian.org/debian trixie/main arm64 m4 arm64 1.4.19-5 [284 kB]
Get: 12 http://deb.debian.org/debian trixie/main arm64 autoconf all 2.72-3 [493 kB]
Get: 13 http://deb.debian.org/debian trixie/main arm64 autotools-dev all 20220109.1 [51.6 kB]
Get: 14 http://deb.debian.org/debian trixie/main arm64 automake all 1:1.17-3 [862 kB]
Get: 15 http://deb.debian.org/debian trixie/main arm64 autopoint all 0.23.1-1 [770 kB]
Get: 16 http://deb.debian.org/debian trixie/main arm64 libdebhelper-perl all 13.24.1 [90.9 kB]
Get: 17 http://deb.debian.org/debian trixie/main arm64 libtool all 2.5.4-3 [539 kB]
Get: 18 http://deb.debian.org/debian trixie/main arm64 dh-autoreconf all 20 [17.1 kB]
Get: 19 http://deb.debian.org/debian trixie/main arm64 libarchive-zip-perl all 1.68-1 [104 kB]
Get: 20 http://deb.debian.org/debian trixie/main arm64 libfile-stripnondeterminism-perl all 1.14.1-2 [19.7 kB]
Get: 21 http://deb.debian.org/debian trixie/main arm64 dh-strip-nondeterminism all 1.14.1-2 [8620 B]
Get: 22 http://deb.debian.org/debian trixie/main arm64 libelf1t64 arm64 0.192-4 [189 kB]
Get: 23 http://deb.debian.org/debian trixie/main arm64 dwz arm64 0.15-1+b1 [102 kB]
Get: 24 http://deb.debian.org/debian trixie/main arm64 libunistring5 arm64 1.3-1 [449 kB]
Get: 25 http://deb.debian.org/debian trixie/main arm64 libicu72 arm64 72.1-6 [9239 kB]
Get: 26 http://deb.debian.org/debian trixie/main arm64 libxml2 arm64 2.12.7+dfsg+really2.9.14-0.2+b1 [630 kB]
Get: 27 http://deb.debian.org/debian trixie/main arm64 gettext arm64 0.23.1-1 [1610 kB]
Get: 28 http://deb.debian.org/debian trixie/main arm64 intltool-debian all 0.35.0+20060710.6 [22.9 kB]
Get: 29 http://deb.debian.org/debian trixie/main arm64 po-debconf all 1.0.21+nmu1 [248 kB]
Get: 30 http://deb.debian.org/debian trixie/main arm64 debhelper all 13.24.1 [920 kB]
Get: 31 http://deb.debian.org/debian trixie/main arm64 libalgorithm-c3-perl all 0.11-2 [10.8 kB]
Get: 32 http://deb.debian.org/debian trixie/main arm64 libmouse-perl arm64 2.5.11-1+b1 [141 kB]
Get: 33 http://deb.debian.org/debian trixie/main arm64 libparams-util-perl arm64 1.102-3+b1 [23.7 kB]
Get: 34 http://deb.debian.org/debian trixie/main arm64 libsub-install-perl all 0.929-1 [10.5 kB]
Get: 35 http://deb.debian.org/debian trixie/main arm64 libdata-optlist-perl all 0.114-1 [10.6 kB]
Get: 36 http://deb.debian.org/debian trixie/main arm64 libb-hooks-op-check-perl arm64 0.22-3+b2 [10.6 kB]
Get: 37 http://deb.debian.org/debian trixie/main arm64 libdynaloader-functions-perl all 0.004-1 [12.1 kB]
Get: 38 http://deb.debian.org/debian trixie/main arm64 libdevel-callchecker-perl arm64 0.009-1+b1 [16.3 kB]
Get: 39 http://deb.debian.org/debian trixie/main arm64 libparams-classify-perl arm64 0.015-2+b4 [22.3 kB]
Get: 40 http://deb.debian.org/debian trixie/main arm64 libmodule-runtime-perl all 0.016-2 [19.6 kB]
Get: 41 http://deb.debian.org/debian trixie/main arm64 libtry-tiny-perl all 0.32-1 [22.9 kB]
Get: 42 http://deb.debian.org/debian trixie/main arm64 libmodule-implementation-perl all 0.09-2 [12.6 kB]
Get: 43 http://deb.debian.org/debian trixie/main arm64 libpackage-stash-perl all 0.40-1 [22.0 kB]
Get: 44 http://deb.debian.org/debian trixie/main arm64 libclass-load-perl all 0.25-2 [15.3 kB]
Get: 45 http://deb.debian.org/debian trixie/main arm64 libclass-load-xs-perl arm64 0.10-2+b4 [14.3 kB]
Get: 46 http://deb.debian.org/debian trixie/main arm64 libsub-exporter-progressive-perl all 0.001013-3 [7496 B]
Get: 47 http://deb.debian.org/debian trixie/main arm64 libdevel-globaldestruction-perl all 0.14-4 [7144 B]
Get: 48 http://deb.debian.org/debian trixie/main arm64 libclass-c3-perl all 0.35-2 [21.0 kB]
Get: 49 http://deb.debian.org/debian trixie/main arm64 libmro-compat-perl all 0.15-2 [11.8 kB]
Get: 50 http://deb.debian.org/debian trixie/main arm64 libdevel-overloadinfo-perl all 0.007-1 [7896 B]
Get: 51 http://deb.debian.org/debian trixie/main arm64 libdevel-stacktrace-perl all 2.0500-1 [26.4 kB]
Get: 52 http://deb.debian.org/debian trixie/main arm64 libsub-exporter-perl all 0.990-1 [50.6 kB]
Get: 53 http://deb.debian.org/debian trixie/main arm64 libeval-closure-perl all 0.14-3 [11.2 kB]
Get: 54 http://deb.debian.org/debian trixie/main arm64 libdist-checkconflicts-perl all 0.11-2 [10.5 kB]
Get: 55 http://deb.debian.org/debian trixie/main arm64 libmodule-runtime-conflicts-perl all 0.003-2 [7356 B]
Get: 56 http://deb.debian.org/debian trixie/main arm64 libpackage-deprecationmanager-perl all 0.18-1 [17.6 kB]
Get: 57 http://deb.debian.org/debian trixie/main arm64 libpackage-stash-xs-perl arm64 0.30-1+b4 [19.0 kB]
Get: 58 http://deb.debian.org/debian trixie/main arm64 libmoose-perl arm64 2.2207-1+b3 [765 kB]
Get: 59 http://deb.debian.org/debian trixie/main arm64 libany-moose-perl all 0.27-3 [12.9 kB]
Get: 60 http://deb.debian.org/debian trixie/main arm64 libvariable-magic-perl arm64 0.64-1+b1 [43.9 kB]
Get: 61 http://deb.debian.org/debian trixie/main arm64 libb-hooks-endofscope-perl all 0.28-1 [17.5 kB]
Get: 62 http://deb.debian.org/debian trixie/main arm64 libcarp-clan-perl all 6.08-2 [14.1 kB]
Get: 63 http://deb.debian.org/debian trixie/main arm64 libclass-isa-perl all 0.36-7 [9376 B]
Get: 64 http://deb.debian.org/debian trixie/main arm64 libclass-insideout-perl all 1.14-3 [41.2 kB]
Get: 65 http://deb.debian.org/debian trixie/main arm64 libclass-method-modifiers-perl all 2.15-1 [18.0 kB]
Get: 66 http://deb.debian.org/debian trixie/main arm64 libclass-xsaccessor-perl arm64 1.19-4+b5 [34.9 kB]
Get: 67 http://deb.debian.org/debian trixie/main arm64 libclone-choose-perl all 0.010-2 [8676 B]
Get: 68 http://deb.debian.org/debian trixie/main arm64 libclone-perl arm64 0.47-1+b1 [13.7 kB]
Get: 69 http://deb.debian.org/debian trixie/main arm64 libpadwalker-perl arm64 2.5-1+b6 [18.4 kB]
Get: 70 http://deb.debian.org/debian trixie/main arm64 libdevel-caller-perl arm64 2.07-1+b3 [11.4 kB]
Get: 71 http://deb.debian.org/debian trixie/main arm64 libdevel-cycle-perl all 1.12-2 [11.9 kB]
Get: 72 http://deb.debian.org/debian trixie/main arm64 libdevel-hide-perl all 0.0015-2 [12.9 kB]
Get: 73 http://deb.debian.org/debian trixie/main arm64 libdevel-lexalias-perl arm64 0.05-3+b4 [8704 B]
Get: 74 http://deb.debian.org/debian trixie/main arm64 libexporter-tiny-perl all 1.006002-1 [38.7 kB]
Get: 75 http://deb.debian.org/debian trixie/main arm64 libfunction-parameters-perl arm64 2.002005-1 [56.3 kB]
Get: 76 http://deb.debian.org/debian trixie/main arm64 libio-stringy-perl all 2.113-2 [48.3 kB]
Get: 77 http://deb.debian.org/debian trixie/main arm64 libparams-validate-perl arm64 1.31-2+b3 [60.8 kB]
Get: 78 http://deb.debian.org/debian trixie/main arm64 libgetopt-long-descriptive-perl all 0.116-2 [27.7 kB]
Get: 79 http://deb.debian.org/debian trixie/main arm64 liblog-trace-perl all 1.070-5 [28.7 kB]
Get: 80 http://deb.debian.org/debian trixie/main arm64 libtest-assertions-perl all 1.054-5 [27.7 kB]
Get: 81 http://deb.debian.org/debian trixie/main arm64 libhash-flatten-perl all 1.19-5 [10.5 kB]
Get: 82 http://deb.debian.org/debian trixie/main arm64 libhash-merge-perl all 0.302-1 [14.7 kB]
Get: 83 http://deb.debian.org/debian trixie/main arm64 libimport-into-perl all 1.002005-2 [11.3 kB]
Get: 84 http://deb.debian.org/debian trixie/main arm64 libio-string-perl all 1.08-4 [12.1 kB]
Get: 85 http://deb.debian.org/debian trixie/main arm64 liblist-moreutils-xs-perl arm64 0.430-4+b2 [37.7 kB]
Get: 86 http://deb.debian.org/debian trixie/main arm64 liblist-moreutils-perl all 0.430-2 [46.9 kB]
Get: 87 http://deb.debian.org/debian trixie/main arm64 libsub-infix-perl all 0.004-4 [11.8 kB]
Get: 88 http://deb.debian.org/debian trixie/main arm64 libmatch-simple-perl all 0.012-1 [15.7 kB]
Get: 89 http://deb.debian.org/debian trixie/main arm64 libmodule-find-perl all 0.16-2 [10.6 kB]
Get: 90 http://deb.debian.org/debian trixie/main arm64 librole-tiny-perl all 2.002004-1 [21.4 kB]
Get: 91 http://deb.debian.org/debian trixie/main arm64 libsub-quote-perl all 2.006008-1 [21.8 kB]
Get: 92 http://deb.debian.org/debian trixie/main arm64 libmoo-perl all 2.005005-1 [58.0 kB]
Get: 93 http://deb.debian.org/debian trixie/main arm64 libsub-identify-perl arm64 0.14-3+b3 [11.2 kB]
Get: 94 http://deb.debian.org/debian trixie/main arm64 libsub-name-perl arm64 0.28-1 [12.1 kB]
Get: 95 http://deb.debian.org/debian trixie/main arm64 libnamespace-clean-perl all 0.27-2 [17.8 kB]
Get: 96 http://deb.debian.org/debian trixie/main arm64 libnamespace-autoclean-perl all 0.31-1 [13.8 kB]
Get: 97 http://deb.debian.org/debian trixie/main arm64 libmoosex-role-parameterized-perl all 1.11-2 [41.9 kB]
Get: 98 http://deb.debian.org/debian trixie/main arm64 libmoosex-getopt-perl all 0.78-1 [44.5 kB]
Get: 99 http://deb.debian.org/debian trixie/main arm64 libsub-exporter-formethods-perl all 0.100055-1 [8024 B]
Get: 100 http://deb.debian.org/debian trixie/main arm64 libmoosex-types-perl all 0.50-2 [54.6 kB]
Get: 101 http://deb.debian.org/debian trixie/main arm64 libmoosex-types-common-perl all 0.001014-2 [17.6 kB]
Get: 102 http://deb.debian.org/debian trixie/main arm64 libmousex-types-perl all 0.06-3 [10.6 kB]
Get: 103 http://deb.debian.org/debian trixie/main arm64 libobject-accessor-perl all 0.48-5 [16.4 kB]
Get: 104 http://deb.debian.org/debian trixie/main arm64 libpath-tiny-perl all 0.146-1 [56.2 kB]
Get: 105 http://deb.debian.org/debian trixie/main arm64 libtype-tiny-perl all 2.004000-1 [357 kB]
Get: 106 http://deb.debian.org/debian trixie/main arm64 libreturn-type-perl all 0.007-1 [9432 B]
Get: 107 http://deb.debian.org/debian trixie/main arm64 libxstring-perl arm64 0.005-2+b4 [8104 B]
Get: 108 http://deb.debian.org/debian trixie/main arm64 libspecio-perl all 0.49-1 [132 kB]
Get: 109 http://deb.debian.org/debian trixie/main arm64 libtest-fatal-perl all 0.017-1 [13.2 kB]
Get: 110 http://deb.debian.org/debian trixie/main arm64 libtest-memory-cycle-perl all 1.06-2 [11.4 kB]
Get: 111 http://deb.debian.org/debian trixie/main arm64 libtest-requires-perl all 0.11-1 [6964 B]
Get: 112 http://deb.debian.org/debian trixie/main arm64 libtest-warnings-perl all 0.038-1 [23.4 kB]
Get: 113 http://deb.debian.org/debian trixie/main arm64 libtype-tiny-xs-perl arm64 0.025-2+b1 [25.4 kB]
Get: 114 http://deb.debian.org/debian trixie/main arm64 libtypes-path-tiny-perl all 0.006-2 [9928 B]
Get: 115 http://deb.debian.org/debian trixie/main arm64 libvalidation-class-perl all 7.900059-1 [241 kB]
Fetched 23.4 MB in 0s (47.3 MB/s)
Preconfiguring packages ...
Selecting previously unselected package sensible-utils.
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(Reading database ... 19916 files and directories currently installed.)
Preparing to unpack .../000-sensible-utils_0.0.24_all.deb ...
Unpacking sensible-utils (0.0.24) ...
Selecting previously unselected package libmagic-mgc.
Preparing to unpack .../001-libmagic-mgc_1%3a5.45-3+b1_arm64.deb ...
Unpacking libmagic-mgc (1:5.45-3+b1) ...
Selecting previously unselected package libmagic1t64:arm64.
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Unpacking libmagic1t64:arm64 (1:5.45-3+b1) ...
Selecting previously unselected package file.
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Unpacking file (1:5.45-3+b1) ...
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Unpacking gettext-base (0.23.1-1) ...
Selecting previously unselected package libuchardet0:arm64.
Preparing to unpack .../005-libuchardet0_0.0.8-1+b2_arm64.deb ...
Unpacking libuchardet0:arm64 (0.0.8-1+b2) ...
Selecting previously unselected package groff-base.
Preparing to unpack .../006-groff-base_1.23.0-7_arm64.deb ...
Unpacking groff-base (1.23.0-7) ...
Selecting previously unselected package bsdextrautils.
Preparing to unpack .../007-bsdextrautils_2.40.4-4_arm64.deb ...
Unpacking bsdextrautils (2.40.4-4) ...
Selecting previously unselected package libpipeline1:arm64.
Preparing to unpack .../008-libpipeline1_1.5.8-1_arm64.deb ...
Unpacking libpipeline1:arm64 (1.5.8-1) ...
Selecting previously unselected package man-db.
Preparing to unpack .../009-man-db_2.13.0-1_arm64.deb ...
Unpacking man-db (2.13.0-1) ...
Selecting previously unselected package m4.
Preparing to unpack .../010-m4_1.4.19-5_arm64.deb ...
Unpacking m4 (1.4.19-5) ...
Selecting previously unselected package autoconf.
Preparing to unpack .../011-autoconf_2.72-3_all.deb ...
Unpacking autoconf (2.72-3) ...
Selecting previously unselected package autotools-dev.
Preparing to unpack .../012-autotools-dev_20220109.1_all.deb ...
Unpacking autotools-dev (20220109.1) ...
Selecting previously unselected package automake.
Preparing to unpack .../013-automake_1%3a1.17-3_all.deb ...
Unpacking automake (1:1.17-3) ...
Selecting previously unselected package autopoint.
Preparing to unpack .../014-autopoint_0.23.1-1_all.deb ...
Unpacking autopoint (0.23.1-1) ...
Selecting previously unselected package libdebhelper-perl.
Preparing to unpack .../015-libdebhelper-perl_13.24.1_all.deb ...
Unpacking libdebhelper-perl (13.24.1) ...
Selecting previously unselected package libtool.
Preparing to unpack .../016-libtool_2.5.4-3_all.deb ...
Unpacking libtool (2.5.4-3) ...
Selecting previously unselected package dh-autoreconf.
Preparing to unpack .../017-dh-autoreconf_20_all.deb ...
Unpacking dh-autoreconf (20) ...
Selecting previously unselected package libarchive-zip-perl.
Preparing to unpack .../018-libarchive-zip-perl_1.68-1_all.deb ...
Unpacking libarchive-zip-perl (1.68-1) ...
Selecting previously unselected package libfile-stripnondeterminism-perl.
Preparing to unpack .../019-libfile-stripnondeterminism-perl_1.14.1-2_all.deb ...
Unpacking libfile-stripnondeterminism-perl (1.14.1-2) ...
Selecting previously unselected package dh-strip-nondeterminism.
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Unpacking dh-strip-nondeterminism (1.14.1-2) ...
Selecting previously unselected package libelf1t64:arm64.
Preparing to unpack .../021-libelf1t64_0.192-4_arm64.deb ...
Unpacking libelf1t64:arm64 (0.192-4) ...
Selecting previously unselected package dwz.
Preparing to unpack .../022-dwz_0.15-1+b1_arm64.deb ...
Unpacking dwz (0.15-1+b1) ...
Selecting previously unselected package libunistring5:arm64.
Preparing to unpack .../023-libunistring5_1.3-1_arm64.deb ...
Unpacking libunistring5:arm64 (1.3-1) ...
Selecting previously unselected package libicu72:arm64.
Preparing to unpack .../024-libicu72_72.1-6_arm64.deb ...
Unpacking libicu72:arm64 (72.1-6) ...
Selecting previously unselected package libxml2:arm64.
Preparing to unpack .../025-libxml2_2.12.7+dfsg+really2.9.14-0.2+b1_arm64.deb ...
Unpacking libxml2:arm64 (2.12.7+dfsg+really2.9.14-0.2+b1) ...
Selecting previously unselected package gettext.
Preparing to unpack .../026-gettext_0.23.1-1_arm64.deb ...
Unpacking gettext (0.23.1-1) ...
Selecting previously unselected package intltool-debian.
Preparing to unpack .../027-intltool-debian_0.35.0+20060710.6_all.deb ...
Unpacking intltool-debian (0.35.0+20060710.6) ...
Selecting previously unselected package po-debconf.
Preparing to unpack .../028-po-debconf_1.0.21+nmu1_all.deb ...
Unpacking po-debconf (1.0.21+nmu1) ...
Selecting previously unselected package debhelper.
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Unpacking debhelper (13.24.1) ...
Selecting previously unselected package libalgorithm-c3-perl.
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Unpacking libalgorithm-c3-perl (0.11-2) ...
Selecting previously unselected package libmouse-perl:arm64.
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Unpacking libmouse-perl:arm64 (2.5.11-1+b1) ...
Selecting previously unselected package libparams-util-perl.
Preparing to unpack .../032-libparams-util-perl_1.102-3+b1_arm64.deb ...
Unpacking libparams-util-perl (1.102-3+b1) ...
Selecting previously unselected package libsub-install-perl.
Preparing to unpack .../033-libsub-install-perl_0.929-1_all.deb ...
Unpacking libsub-install-perl (0.929-1) ...
Selecting previously unselected package libdata-optlist-perl.
Preparing to unpack .../034-libdata-optlist-perl_0.114-1_all.deb ...
Unpacking libdata-optlist-perl (0.114-1) ...
Selecting previously unselected package libb-hooks-op-check-perl:arm64.
Preparing to unpack .../035-libb-hooks-op-check-perl_0.22-3+b2_arm64.deb ...
Unpacking libb-hooks-op-check-perl:arm64 (0.22-3+b2) ...
Selecting previously unselected package libdynaloader-functions-perl.
Preparing to unpack .../036-libdynaloader-functions-perl_0.004-1_all.deb ...
Unpacking libdynaloader-functions-perl (0.004-1) ...
Selecting previously unselected package libdevel-callchecker-perl:arm64.
Preparing to unpack .../037-libdevel-callchecker-perl_0.009-1+b1_arm64.deb ...
Unpacking libdevel-callchecker-perl:arm64 (0.009-1+b1) ...
Selecting previously unselected package libparams-classify-perl:arm64.
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Unpacking libparams-classify-perl:arm64 (0.015-2+b4) ...
Selecting previously unselected package libmodule-runtime-perl.
Preparing to unpack .../039-libmodule-runtime-perl_0.016-2_all.deb ...
Unpacking libmodule-runtime-perl (0.016-2) ...
Selecting previously unselected package libtry-tiny-perl.
Preparing to unpack .../040-libtry-tiny-perl_0.32-1_all.deb ...
Unpacking libtry-tiny-perl (0.32-1) ...
Selecting previously unselected package libmodule-implementation-perl.
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Unpacking libmodule-implementation-perl (0.09-2) ...
Selecting previously unselected package libpackage-stash-perl.
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Unpacking libpackage-stash-perl (0.40-1) ...
Selecting previously unselected package libclass-load-perl.
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Unpacking libclass-load-perl (0.25-2) ...
Selecting previously unselected package libclass-load-xs-perl.
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Unpacking libclass-load-xs-perl (0.10-2+b4) ...
Selecting previously unselected package libsub-exporter-progressive-perl.
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Unpacking libsub-exporter-progressive-perl (0.001013-3) ...
Selecting previously unselected package libdevel-globaldestruction-perl.
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Unpacking libdevel-globaldestruction-perl (0.14-4) ...
Selecting previously unselected package libclass-c3-perl.
Preparing to unpack .../047-libclass-c3-perl_0.35-2_all.deb ...
Unpacking libclass-c3-perl (0.35-2) ...
Selecting previously unselected package libmro-compat-perl.
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Unpacking libmro-compat-perl (0.15-2) ...
Selecting previously unselected package libdevel-overloadinfo-perl.
Preparing to unpack .../049-libdevel-overloadinfo-perl_0.007-1_all.deb ...
Unpacking libdevel-overloadinfo-perl (0.007-1) ...
Selecting previously unselected package libdevel-stacktrace-perl.
Preparing to unpack .../050-libdevel-stacktrace-perl_2.0500-1_all.deb ...
Unpacking libdevel-stacktrace-perl (2.0500-1) ...
Selecting previously unselected package libsub-exporter-perl.
Preparing to unpack .../051-libsub-exporter-perl_0.990-1_all.deb ...
Unpacking libsub-exporter-perl (0.990-1) ...
Selecting previously unselected package libeval-closure-perl.
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Unpacking libeval-closure-perl (0.14-3) ...
Selecting previously unselected package libdist-checkconflicts-perl.
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Unpacking libdist-checkconflicts-perl (0.11-2) ...
Selecting previously unselected package libmodule-runtime-conflicts-perl.
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Unpacking libmodule-runtime-conflicts-perl (0.003-2) ...
Selecting previously unselected package libpackage-deprecationmanager-perl.
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Unpacking libpackage-deprecationmanager-perl (0.18-1) ...
Selecting previously unselected package libpackage-stash-xs-perl:arm64.
Preparing to unpack .../056-libpackage-stash-xs-perl_0.30-1+b4_arm64.deb ...
Unpacking libpackage-stash-xs-perl:arm64 (0.30-1+b4) ...
Selecting previously unselected package libmoose-perl:arm64.
Preparing to unpack .../057-libmoose-perl_2.2207-1+b3_arm64.deb ...
Unpacking libmoose-perl:arm64 (2.2207-1+b3) ...
Selecting previously unselected package libany-moose-perl.
Preparing to unpack .../058-libany-moose-perl_0.27-3_all.deb ...
Unpacking libany-moose-perl (0.27-3) ...
Selecting previously unselected package libvariable-magic-perl.
Preparing to unpack .../059-libvariable-magic-perl_0.64-1+b1_arm64.deb ...
Unpacking libvariable-magic-perl (0.64-1+b1) ...
Selecting previously unselected package libb-hooks-endofscope-perl.
Preparing to unpack .../060-libb-hooks-endofscope-perl_0.28-1_all.deb ...
Unpacking libb-hooks-endofscope-perl (0.28-1) ...
Selecting previously unselected package libcarp-clan-perl.
Preparing to unpack .../061-libcarp-clan-perl_6.08-2_all.deb ...
Unpacking libcarp-clan-perl (6.08-2) ...
Selecting previously unselected package libclass-isa-perl.
Preparing to unpack .../062-libclass-isa-perl_0.36-7_all.deb ...
Unpacking libclass-isa-perl (0.36-7) ...
Selecting previously unselected package libclass-insideout-perl.
Preparing to unpack .../063-libclass-insideout-perl_1.14-3_all.deb ...
Unpacking libclass-insideout-perl (1.14-3) ...
Selecting previously unselected package libclass-method-modifiers-perl.
Preparing to unpack .../064-libclass-method-modifiers-perl_2.15-1_all.deb ...
Unpacking libclass-method-modifiers-perl (2.15-1) ...
Selecting previously unselected package libclass-xsaccessor-perl.
Preparing to unpack .../065-libclass-xsaccessor-perl_1.19-4+b5_arm64.deb ...
Unpacking libclass-xsaccessor-perl (1.19-4+b5) ...
Selecting previously unselected package libclone-choose-perl.
Preparing to unpack .../066-libclone-choose-perl_0.010-2_all.deb ...
Unpacking libclone-choose-perl (0.010-2) ...
Selecting previously unselected package libclone-perl:arm64.
Preparing to unpack .../067-libclone-perl_0.47-1+b1_arm64.deb ...
Unpacking libclone-perl:arm64 (0.47-1+b1) ...
Selecting previously unselected package libpadwalker-perl.
Preparing to unpack .../068-libpadwalker-perl_2.5-1+b6_arm64.deb ...
Unpacking libpadwalker-perl (2.5-1+b6) ...
Selecting previously unselected package libdevel-caller-perl:arm64.
Preparing to unpack .../069-libdevel-caller-perl_2.07-1+b3_arm64.deb ...
Unpacking libdevel-caller-perl:arm64 (2.07-1+b3) ...
Selecting previously unselected package libdevel-cycle-perl.
Preparing to unpack .../070-libdevel-cycle-perl_1.12-2_all.deb ...
Unpacking libdevel-cycle-perl (1.12-2) ...
Selecting previously unselected package libdevel-hide-perl.
Preparing to unpack .../071-libdevel-hide-perl_0.0015-2_all.deb ...
Unpacking libdevel-hide-perl (0.0015-2) ...
Selecting previously unselected package libdevel-lexalias-perl.
Preparing to unpack .../072-libdevel-lexalias-perl_0.05-3+b4_arm64.deb ...
Unpacking libdevel-lexalias-perl (0.05-3+b4) ...
Selecting previously unselected package libexporter-tiny-perl.
Preparing to unpack .../073-libexporter-tiny-perl_1.006002-1_all.deb ...
Unpacking libexporter-tiny-perl (1.006002-1) ...
Selecting previously unselected package libfunction-parameters-perl.
Preparing to unpack .../074-libfunction-parameters-perl_2.002005-1_arm64.deb ...
Unpacking libfunction-parameters-perl (2.002005-1) ...
Selecting previously unselected package libio-stringy-perl.
Preparing to unpack .../075-libio-stringy-perl_2.113-2_all.deb ...
Unpacking libio-stringy-perl (2.113-2) ...
Selecting previously unselected package libparams-validate-perl:arm64.
Preparing to unpack .../076-libparams-validate-perl_1.31-2+b3_arm64.deb ...
Unpacking libparams-validate-perl:arm64 (1.31-2+b3) ...
Selecting previously unselected package libgetopt-long-descriptive-perl.
Preparing to unpack .../077-libgetopt-long-descriptive-perl_0.116-2_all.deb ...
Unpacking libgetopt-long-descriptive-perl (0.116-2) ...
Selecting previously unselected package liblog-trace-perl.
Preparing to unpack .../078-liblog-trace-perl_1.070-5_all.deb ...
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I: Building the package
I: Running cd /build/reproducible-path/libtype-tiny-perl-2.004000/ && env PATH="/usr/sbin:/usr/bin:/sbin:/bin:/usr/games" HOME="/nonexistent/first-build" dpkg-buildpackage -us -uc -b && env PATH="/usr/sbin:/usr/bin:/sbin:/bin:/usr/games" HOME="/nonexistent/first-build" dpkg-genchanges -S > ../libtype-tiny-perl_2.004000-1_source.changes
dpkg-buildpackage: info: source package libtype-tiny-perl
dpkg-buildpackage: info: source version 2.004000-1
dpkg-buildpackage: info: source distribution unstable
dpkg-buildpackage: info: source changed by Étienne Mollier <emollier@debian.org>
dpkg-source --before-build .
dpkg-buildpackage: info: host architecture arm64
debian/rules clean
dh clean
dh_clean
debian/rules binary
dh binary
dh_update_autotools_config
dh_autoreconf
dh_auto_configure
/usr/bin/perl Makefile.PL INSTALLDIRS=vendor "OPTIMIZE=-g -O2 -Werror=implicit-function-declaration -ffile-prefix-map=/build/reproducible-path/libtype-tiny-perl-2.004000=. -fstack-protector-strong -fstack-clash-protection -Wformat -Werror=format-security -mbranch-protection=standard -Wdate-time -D_FORTIFY_SOURCE=2" "LD=aarch64-linux-gnu-gcc -g -O2 -Werror=implicit-function-declaration -ffile-prefix-map=/build/reproducible-path/libtype-tiny-perl-2.004000=. -fstack-protector-strong -fstack-clash-protection -Wformat -Werror=format-security -mbranch-protection=standard -Wl,-z,relro"
Checking if your kit is complete...
Looks good
Generating a Unix-style Makefile
Writing Makefile for Type::Tiny
Writing MYMETA.yml and MYMETA.json
dh_auto_build
make -j12
make[1]: Entering directory '/build/reproducible-path/libtype-tiny-perl-2.004000'
cp lib/Type/Tiny/Intersection.pm blib/lib/Type/Tiny/Intersection.pm
cp lib/Type/Tiny/Manual/Installation.pod blib/lib/Type/Tiny/Manual/Installation.pod
cp lib/Error/TypeTiny/Compilation.pm blib/lib/Error/TypeTiny/Compilation.pm
cp lib/Type/Params/Signature.pm blib/lib/Type/Params/Signature.pm
cp lib/Type/Tiny/Manual.pod blib/lib/Type/Tiny/Manual.pod
cp lib/Type/Tiny/Manual/Coercions.pod blib/lib/Type/Tiny/Manual/Coercions.pod
cp lib/Type/Tiny/Class.pm blib/lib/Type/Tiny/Class.pm
cp lib/Type/Tiny/Bitfield.pm blib/lib/Type/Tiny/Bitfield.pm
cp lib/Error/TypeTiny.pm blib/lib/Error/TypeTiny.pm
cp lib/Error/TypeTiny/Assertion.pm blib/lib/Error/TypeTiny/Assertion.pm
cp lib/Devel/TypeTiny/Perl58Compat.pm blib/lib/Devel/TypeTiny/Perl58Compat.pm
cp lib/Type/Tiny/Manual/UsingWithClassTiny.pod blib/lib/Type/Tiny/Manual/UsingWithClassTiny.pod
cp lib/Test/TypeTiny.pm blib/lib/Test/TypeTiny.pm
cp lib/Type/Tiny/Enum.pm blib/lib/Type/Tiny/Enum.pm
cp lib/Type/Coercion/Union.pm blib/lib/Type/Coercion/Union.pm
cp lib/Type/Tiny/Duck.pm blib/lib/Type/Tiny/Duck.pm
cp lib/Type/Coercion/FromMoose.pm blib/lib/Type/Coercion/FromMoose.pm
cp lib/Type/Tiny.pm blib/lib/Type/Tiny.pm
cp lib/Type/Parser.pm blib/lib/Type/Parser.pm
cp lib/Type/Tiny/Manual/Params.pod blib/lib/Type/Tiny/Manual/Params.pod
cp lib/Type/Params/Alternatives.pm blib/lib/Type/Params/Alternatives.pm
cp lib/Type/Tiny/Manual/AllTypes.pod blib/lib/Type/Tiny/Manual/AllTypes.pod
cp lib/Type/Library.pm blib/lib/Type/Library.pm
cp lib/Type/Tiny/Manual/Libraries.pod blib/lib/Type/Tiny/Manual/Libraries.pod
cp lib/Type/Tiny/Manual/Contributing.pod blib/lib/Type/Tiny/Manual/Contributing.pod
cp lib/Type/Registry.pm blib/lib/Type/Registry.pm
cp lib/Type/Params.pm blib/lib/Type/Params.pm
cp lib/Type/Coercion.pm blib/lib/Type/Coercion.pm
cp lib/Type/Tiny/Manual/Optimization.pod blib/lib/Type/Tiny/Manual/Optimization.pod
cp lib/Type/Tiny/ConstrainedObject.pm blib/lib/Type/Tiny/ConstrainedObject.pm
cp lib/Eval/TypeTiny.pm blib/lib/Eval/TypeTiny.pm
cp lib/Type/Tiny/Manual/Policies.pod blib/lib/Type/Tiny/Manual/Policies.pod
cp lib/Type/Tiny/Manual/NonOO.pod blib/lib/Type/Tiny/Manual/NonOO.pod
cp lib/Reply/Plugin/TypeTiny.pm blib/lib/Reply/Plugin/TypeTiny.pm
cp lib/Eval/TypeTiny/CodeAccumulator.pm blib/lib/Eval/TypeTiny/CodeAccumulator.pm
cp lib/Type/Params/Parameter.pm blib/lib/Type/Params/Parameter.pm
cp lib/Type/Tie.pm blib/lib/Type/Tie.pm
cp lib/Error/TypeTiny/WrongNumberOfParameters.pm blib/lib/Error/TypeTiny/WrongNumberOfParameters.pm
cp lib/Types/Standard/CycleTuple.pm blib/lib/Types/Standard/CycleTuple.pm
cp lib/Type/Tiny/Manual/UsingWithMoo2.pod blib/lib/Type/Tiny/Manual/UsingWithMoo2.pod
cp lib/Types/Standard/Map.pm blib/lib/Types/Standard/Map.pm
cp lib/Types/Standard/Tuple.pm blib/lib/Types/Standard/Tuple.pm
cp lib/Type/Tiny/Manual/UsingWithTestMore.pod blib/lib/Type/Tiny/Manual/UsingWithTestMore.pod
cp lib/Types/TypeTiny.pm blib/lib/Types/TypeTiny.pm
cp lib/Type/Utils.pm blib/lib/Type/Utils.pm
cp lib/Type/Tiny/Manual/UsingWithOther.pod blib/lib/Type/Tiny/Manual/UsingWithOther.pod
cp lib/Types/Standard/StrMatch.pm blib/lib/Types/Standard/StrMatch.pm
cp lib/Types/Standard/ScalarRef.pm blib/lib/Types/Standard/ScalarRef.pm
cp lib/Type/Tiny/Manual/UsingWithMouse.pod blib/lib/Type/Tiny/Manual/UsingWithMouse.pod
cp lib/Type/Tiny/_DeclaredType.pm blib/lib/Type/Tiny/_DeclaredType.pm
cp lib/Type/Tiny/_HalfOp.pm blib/lib/Type/Tiny/_HalfOp.pm
cp lib/Type/Tiny/Role.pm blib/lib/Type/Tiny/Role.pm
cp lib/Types/Standard/HashRef.pm blib/lib/Types/Standard/HashRef.pm
cp lib/Types/Standard/Tied.pm blib/lib/Types/Standard/Tied.pm
cp lib/Types/Common.pm blib/lib/Types/Common.pm
cp lib/Type/Tiny/Union.pm blib/lib/Type/Tiny/Union.pm
cp lib/Type/Tiny/Manual/UsingWithMite.pod blib/lib/Type/Tiny/Manual/UsingWithMite.pod
cp lib/Types/Standard/ArrayRef.pm blib/lib/Types/Standard/ArrayRef.pm
cp lib/Type/Tiny/Manual/UsingWithMoo.pod blib/lib/Type/Tiny/Manual/UsingWithMoo.pod
cp lib/Types/Common/String.pm blib/lib/Types/Common/String.pm
cp lib/Types/Common/Numeric.pm blib/lib/Types/Common/Numeric.pm
cp lib/Type/Tiny/Manual/UsingWithMoose.pod blib/lib/Type/Tiny/Manual/UsingWithMoose.pod
cp lib/Types/Standard/Dict.pm blib/lib/Types/Standard/Dict.pm
cp lib/Types/Standard.pm blib/lib/Types/Standard.pm
cp lib/Type/Tiny/Manual/UsingWithMoo3.pod blib/lib/Type/Tiny/Manual/UsingWithMoo3.pod
Manifying 33 pod documents
Manifying 19 pod documents
make[1]: Leaving directory '/build/reproducible-path/libtype-tiny-perl-2.004000'
dh_auto_test
make -j12 test TEST_VERBOSE=1
make[1]: Entering directory '/build/reproducible-path/libtype-tiny-perl-2.004000'
PERL_DL_NONLAZY=1 "/usr/bin/perl" "-MExtUtils::Command::MM" "-MTest::Harness" "-e" "undef *Test::Harness::Switches; test_harness(1, 'inc', 'blib/lib', 'blib/arch')" t/*.t t/20-modules/Devel-TypeTiny-Perl58Compat/*.t t/20-modules/Error-TypeTiny-Assertion/*.t t/20-modules/Error-TypeTiny-Compilation/*.t t/20-modules/Error-TypeTiny-WrongNumberOfParameters/*.t t/20-modules/Error-TypeTiny/*.t t/20-modules/Eval-TypeTiny-CodeAccumulator/*.t t/20-modules/Eval-TypeTiny/*.t t/20-modules/Test-TypeTiny/*.t t/20-modules/Type-Coercion-FromMoose/*.t t/20-modules/Type-Coercion-Union/*.t t/20-modules/Type-Coercion/*.t t/20-modules/Type-Library/*.t t/20-modules/Type-Params-Signature/*.t t/20-modules/Type-Params/*.t t/20-modules/Type-Parser/*.t t/20-modules/Type-Registry/*.t t/20-modules/Type-Tie/*.t t/20-modules/Type-Tiny-Bitfield/*.t t/20-modules/Type-Tiny-Class/*.t t/20-modules/Type-Tiny-ConstrainedObject/*.t t/20-modules/Type-Tiny-Duck/*.t t/20-modules/Type-Tiny-Enum/*.t t/20-modules/Type-Tiny-Intersection/*.t t/20-modules/Type-Tiny-Role/*.t t/20-modules/Type-Tiny-Union/*.t t/20-modules/Type-Tiny-_HalfOp/*.t t/20-modules/Type-Tiny/*.t t/20-modules/Type-Utils/*.t t/20-modules/Types-Common-Numeric/*.t t/20-modules/Types-Common-String/*.t t/20-modules/Types-Common/*.t t/20-modules/Types-Standard/*.t t/20-modules/Types-TypeTiny/*.t t/21-types/*.t t/30-external/Class-InsideOut/*.t t/30-external/Class-Plain/*.t t/30-external/Data-Constraint/*.t t/30-external/Exporter-Tiny/*.t t/30-external/Function-Parameters/*.t t/30-external/JSON-PP/*.t t/30-external/Kavorka/*.t t/30-external/Moo/*.t t/30-external/Moops/*.t t/30-external/Moose/*.t t/30-external/MooseX-Getopt/*.t t/30-external/MooseX-Types/*.t t/30-external/Mouse/*.t t/30-external/MouseX-Types/*.t t/30-external/Object-Accessor/*.t t/30-external/Return-Type/*.t t/30-external/Specio/*.t t/30-external/Sub-Quote/*.t t/30-external/Switcheroo/*.t t/30-external/Type-Library-Compiler/*.t t/30-external/Types-ReadOnly/*.t t/30-external/Validation-Class-Simple/*.t t/30-external/match-simple/*.t t/40-bugs/*.t
#
# # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # #
#
# PERL: 5.040001
# XS: maybe XS
# NUMBERS: loose
# TESTING: normal
#
# # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # #
#
# Exporter::Tiny 1.006002
# Return::Type 0.007
# Type::Tiny::XS 0.025
#
# Scalar::Util/Sub::Util 1.63/1.63
# Ref::Util/Ref::Util::XS undef/undef
# Regexp::Util undef
# Class::XSAccessor 1.19
# Devel::LexAlias/PadWalker 0.05/2.5
# Devel::StackTrace 2.05
#
# Class::Tiny undef
# Moo/MooX::TypeTiny 2.005005/undef
# Moose/MooseX::Types 2.2207/0.50
# Mouse/MouseX::Types 2.5/0.06
#
# $AUTOMATED_TESTING undef
# $NONINTERACTIVE_TESTING undef
# $EXTENDED_TESTING undef
# $AUTHOR_TESTING undef
# $RELEASE_TESTING undef
#
# $PERL_TYPE_TINY_XS undef
# $PERL_TYPES_STANDARD_STRICTNUM undef
# $PERL_ONLY undef
#
# >>>> Type::Tiny is using Type::Tiny::XS
#
# # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # #
#
t/00-begin.t .................................................
ok 1
1..1
ok
t/01-compile.t ...............................................
ok 1 - use Eval::TypeTiny;
ok 2 - use Test::TypeTiny;
ok 3 - use Type::Coercion;
ok 4 - use Type::Coercion::Union;
ok 5 - use Error::TypeTiny;
ok 6 - use Error::TypeTiny::Assertion;
ok 7 - use Error::TypeTiny::Compilation;
ok 8 - use Error::TypeTiny::WrongNumberOfParameters;
ok 9 - use Type::Library;
ok 10 - use Types::Standard;
ok 11 - use Types::TypeTiny;
ok 12 - use Type::Tiny;
ok 13 - use Type::Tiny::Class;
ok 14 - use Type::Tiny::Duck;
ok 15 - use Type::Tiny::Enum;
ok 16 - use Type::Tiny::Intersection;
ok 17 - use Type::Tiny::Role;
ok 18 - use Type::Tiny::Union;
ok 19 - use Type::Utils;
ok 20 - use Type::Params;
1..20
ok
t/02-api.t ...................................................
ok 1 - Moose::Meta::TypeConstraint API: TestType->can('_actually_compile_type_constraint')
ok 2 - Moose::Meta::TypeConstraint API: TestType->can('_collect_all_parents')
ok 3 - Moose::Meta::TypeConstraint API: TestType->can('_compile_subtype')
ok 4 - Moose::Meta::TypeConstraint API: TestType->can('_compile_type')
ok 5 - Moose::Meta::TypeConstraint API: TestType->can('_compiled_type_constraint')
ok 6 - Moose::Meta::TypeConstraint API: TestType->can('_default_message')
ok 7 - Moose::Meta::TypeConstraint API: TestType->can('_has_compiled_type_constraint')
ok 8 - Moose::Meta::TypeConstraint API: TestType->can('_inline_check')
ok 9 - Moose::Meta::TypeConstraint API: TestType->can('_new')
ok 10 - Moose::Meta::TypeConstraint API: TestType->can('_package_defined_in')
ok 11 - Moose::Meta::TypeConstraint API: TestType->can('_set_constraint')
ok 12 - Moose::Meta::TypeConstraint API: TestType->can('assert_coerce')
ok 13 - Moose::Meta::TypeConstraint API: TestType->can('assert_valid')
ok 14 - Moose::Meta::TypeConstraint API: TestType->can('can_be_inlined')
ok 15 - Moose::Meta::TypeConstraint API: TestType->can('check')
ok 16 - Moose::Meta::TypeConstraint API: TestType->can('coerce')
ok 17 - Moose::Meta::TypeConstraint API: TestType->can('coercion')
ok 18 - Moose::Meta::TypeConstraint API: TestType->can('compile_type_constraint')
ok 19 - Moose::Meta::TypeConstraint API: TestType->can('constraint')
ok 20 - Moose::Meta::TypeConstraint API: TestType->can('create_child_type')
ok 21 - Moose::Meta::TypeConstraint API: TestType->can('equals')
ok 22 - Moose::Meta::TypeConstraint API: TestType->can('get_message')
ok 23 - Moose::Meta::TypeConstraint API: TestType->can('has_coercion')
ok 24 - Moose::Meta::TypeConstraint API: TestType->can('has_message')
ok 25 - Moose::Meta::TypeConstraint API: TestType->can('has_parent')
ok 26 - Moose::Meta::TypeConstraint API: TestType->can('inline_environment')
ok 27 - Moose::Meta::TypeConstraint API: TestType->can('inlined')
ok 28 - Moose::Meta::TypeConstraint API: TestType->can('is_a_type_of')
ok 29 - Moose::Meta::TypeConstraint API: TestType->can('is_subtype_of')
ok 30 - Moose::Meta::TypeConstraint API: TestType->can('message')
ok 31 - Moose::Meta::TypeConstraint API: TestType->can('meta')
ok 32 - Moose::Meta::TypeConstraint API: TestType->can('name')
ok 33 - Moose::Meta::TypeConstraint API: TestType->can('new')
ok 34 - Moose::Meta::TypeConstraint API: TestType->can('parent')
ok 35 - Moose::Meta::TypeConstraint API: TestType->can('parents')
ok 36 - Moose::Meta::TypeConstraint API: TestType->can('validate')
ok 37 - Moose::Meta::TypeConstraint API: TestType->can('bleh_this_does_not_exist')
ok 38
ok 39
ok 40 - Mouse::Meta::TypeConstraint API: TestType->can('__is_parameterized')
ok 41 - Mouse::Meta::TypeConstraint API: TestType->can('_add_type_coercions')
ok 42 - Mouse::Meta::TypeConstraint API: TestType->can('_as_string')
ok 43 - Mouse::Meta::TypeConstraint API: TestType->can('_compiled_type_coercion')
ok 44 - Mouse::Meta::TypeConstraint API: TestType->can('_compiled_type_constraint')
ok 45 - Mouse::Meta::TypeConstraint API: TestType->can('_identity')
ok 46 - Mouse::Meta::TypeConstraint API: TestType->can('_unite')
ok 47 - Mouse::Meta::TypeConstraint API: TestType->can('assert_valid')
ok 48 - Mouse::Meta::TypeConstraint API: TestType->can('check')
ok 49 - Mouse::Meta::TypeConstraint API: TestType->can('coerce')
ok 50 - Mouse::Meta::TypeConstraint API: TestType->can('compile_type_constraint')
ok 51 - Mouse::Meta::TypeConstraint API: TestType->can('create_child_type')
ok 52 - Mouse::Meta::TypeConstraint API: TestType->can('get_message')
ok 53 - Mouse::Meta::TypeConstraint API: TestType->can('has_coercion')
ok 54 - Mouse::Meta::TypeConstraint API: TestType->can('is_a_type_of')
ok 55 - Mouse::Meta::TypeConstraint API: TestType->can('message')
ok 56 - Mouse::Meta::TypeConstraint API: TestType->can('name')
ok 57 - Mouse::Meta::TypeConstraint API: TestType->can('new')
ok 58 - Mouse::Meta::TypeConstraint API: TestType->can('parameterize')
ok 59 - Mouse::Meta::TypeConstraint API: TestType->can('parent')
ok 60 - Mouse::Meta::TypeConstraint API: TestType->can('type_parameter')
ok 61 - Moose::Meta::TypeCoercion API: TestCoercion->can('_compiled_type_coercion')
ok 62 - Moose::Meta::TypeCoercion API: TestCoercion->can('_new')
ok 63 - Moose::Meta::TypeCoercion API: TestCoercion->can('add_type_coercions')
ok 64 - Moose::Meta::TypeCoercion API: TestCoercion->can('coerce')
ok 65 - Moose::Meta::TypeCoercion API: TestCoercion->can('compile_type_coercion')
ok 66 - Moose::Meta::TypeCoercion API: TestCoercion->can('has_coercion_for_type')
ok 67 - Moose::Meta::TypeCoercion API: TestCoercion->can('meta')
ok 68 - Moose::Meta::TypeCoercion API: TestCoercion->can('new')
ok 69 - Moose::Meta::TypeCoercion API: TestCoercion->can('type_coercion_map')
ok 70 - Moose::Meta::TypeCoercion API: TestCoercion->can('type_constraint')
1..70
ok
t/03-leak.t .................................................. skipped: useithreads
t/20-modules/Devel-TypeTiny-Perl58Compat/basic.t .............
ok 1 - re::is_regexp(qr{foo})
ok 2 - re::is_regexp(bless qr{foo}, "Foo")
1..2
ok
t/20-modules/Error-TypeTiny-Assertion/basic.t ................
ok 1 - autogeneration of $e->message
ok 2 - '$e' isa 'Error::TypeTiny'
ok 3 - $Error::TypeTiny::LastError
ok 4 - $e->message is as expected
ok 5 - '$e' isa 'Error::TypeTiny::Assertion'
ok 6 - $e->type is as expected
ok 7 - $e->value is as expected
ok 8 - $e->explain is as expected
ok 9 - ArrayRef[Int] deep explanation, given [1, 2, [3]]
ok 10 - ArrayRef[Int] deep explanation, given {}
ok 11 - Ref["ARRAY"] deep explanation, given {}
ok 12 - HashRef[Maybe[Int]] deep explanation, given {a => undef, b => 42, c => []}
ok 13 - $dict deep explanation, given {a => 1, c => 1}
ok 14 - $dict deep explanation, given {b => 1}
ok 15 - $dict deep explanation, given {a => 1, b => 2}
not ok 16 - Map[Int,Num] deep explanation, given {1=>1.1,2.2=>2.3,3.3=>3.4} # TODO Data::Dumper output changed after 2.145
# Failed (TODO) test 'Map[Int,Num] deep explanation, given {1=>1.1,2.2=>2.3,3.3=>3.4}'
# at t/20-modules/Error-TypeTiny-Assertion/basic.t line 178.
# Structures begin differing at:
# $got->[0] = 'Reference {"1" => "1.1","2.2" => "2.3","3.3" => "3.4"} did not pass type constraint "Map[Int,Num]"'
# $expected->[0] = 'Reference {1 => "1.1","2.2" => "2.3","3.3" => "3.4"} did not pass type constraint "Map[Int,Num]"'
ok 17 - Dict[foo=>ArrayRef,Slurpy[Map[Ext,Int]]] works ok it seems
ok 18 - $AlwaysFail explanation, given 1
ok 19 - $TupleOf1 explanation, given [1,2]
ok 20 - $CTuple explanation, given [1,"Foo"]
ok 21 - $SlurpyThing explanation, given 1
ok 22 - $SlurpyThing explanation, given [[]]
ok 23 - $SlurpyThing explanation, given [1.1, yeah => "Hello"]
ok 24 - $UndefRef explanantion, given \"bar"
ok 25 - $UndefRef explanantion, given []
ok 26 - $e_where->context
ok 27 - "$e_where"
ok 28 - correct exception from type with null constraint
ok 29 - local $Type::Tiny::DD
1..29
ok
t/20-modules/Error-TypeTiny-Compilation/basic.t ..............
ok 1 - '$e' isa 'Error::TypeTiny::Compilation'
ok 2 - throw exception when code does not compile
ok 3 - $e->message
# Subtest: $e->context
ok 1 - $ctx->{package}
ok 2 - $ctx->{file}
ok 3 - $ctx->{line} >= 37
ok 4 - $ctx->{line} <= 42
1..4
ok 4 - $e->context
ok 5 - $e->errstr
ok 6 - $e->code
ok 7 - $e->environment
1..7
ok
t/20-modules/Error-TypeTiny-WrongNumberOfParameters/basic.t ..
# Subtest: nth_root()
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
1..6
ok 1 - nth_root()
# Subtest: nth_root(1)
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
1..6
ok 2 - nth_root(1)
# Subtest: nth_root(1, 2, 3)
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
1..6
ok 3 - nth_root(1, 2, 3)
# Subtest: nth_root_opt()
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
1..6
ok 4 - nth_root_opt()
# Subtest: nth_root_slurp()
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
1..6
ok 5 - nth_root_slurp()
ok 6 - silly exception which should never happen anyway
ok 7 - unspecific exception
1..7
ok
t/20-modules/Error-TypeTiny/basic.t ..........................
ok 1 - $e1->message (default)
ok 2 - $e1->context->{main}
ok 3 - $e1->contex1t->{line}
ok 4 - $e1->context->{file}
ok 5 - $e2->message
ok 6 - $e3->message (set by croak)
1..6
ok
t/20-modules/Error-TypeTiny/stacktrace.t .....................
ok 1
1..1
ok
t/20-modules/Eval-TypeTiny-CodeAccumulator/basic.t ...........
ok 1
ok 2
ok 3
# sub {
# my $other_addend = shift;
#
# return $addend + $other_addend;
# }
ok 4
1..4
ok
t/20-modules/Eval-TypeTiny-CodeAccumulator/callback.t ........
ok 1
ok 2
ok 3
# sub {
# my $other_addend = shift;
#
# return $addend + $other_addend;
# }
ok 4
1..4
ok
t/20-modules/Eval-TypeTiny/aliases-devel-lexalias.t ..........
ok 1 - tied implementation was not used
ok 2 - closure over scalar
ok 3 - closure over array
ok 4 - closure over hash
ok 5 - closure over scalar - worked
ok 6 - closure over array - worked
ok 7 - closure over hash - worked
ok 8 - closing over variables really really really works!
ok 9
ok 10
ok 11 - closed over variables disappear on cue
1..11
ok
t/20-modules/Eval-TypeTiny/aliases-native.t ..................
ok 1 - tied implementation was not used
ok 2 - closure over scalar
ok 3 - closure over array
ok 4 - closure over hash
ok 5 - closure over scalar - worked
ok 6 - closure over array - worked
ok 7 - closure over hash - worked
ok 8 - closing over variables really really really works!
ok 9
ok 10
ok 11 - closed over variables disappear on cue
1..11
ok
t/20-modules/Eval-TypeTiny/aliases-padwalker.t ...............
ok 1 - tied implementation was not used
ok 2 - closure over scalar
ok 3 - closure over array
ok 4 - closure over hash
ok 5 - closure over scalar - worked
ok 6 - closure over array - worked
ok 7 - closure over hash - worked
ok 8 - closing over variables really really really works!
ok 9
ok 10
ok 11 - closed over variables disappear on cue
1..11
ok
t/20-modules/Eval-TypeTiny/aliases-tie.t .....................
ok 1 - tied implementation was loaded
ok 2 - closure over scalar
ok 3 - closure over array
ok 4 - closure over hash
ok 5 - closure over scalar - worked
ok 6 - closure over array - worked
ok 7 - closure over hash - worked
ok 8 - closing over variables really really really works!
ok 9
ok 10
ok 11 - closed over variables disappear on cue
1..11
ok
t/20-modules/Eval-TypeTiny/basic.t ...........................
# Subtest: constants exist
# Subtest: constant HAS_LEXICAL_SUBS
ok 1 - constant HAS_LEXICAL_SUBS exists
ok 2 - ... and doesn't throw an error
ok 3 - ... and seems to be constant
1..3
ok 1 - constant HAS_LEXICAL_SUBS
# Subtest: constant ALIAS_IMPLEMENTATION
ok 1 - constant ALIAS_IMPLEMENTATION exists
ok 2 - ... and doesn't throw an error
ok 3 - ... and seems to be constant
1..3
ok 2 - constant ALIAS_IMPLEMENTATION
# Subtest: constant IMPLEMENTATION_DEVEL_LEXALIAS
ok 1 - constant IMPLEMENTATION_DEVEL_LEXALIAS exists
ok 2 - ... and doesn't throw an error
ok 3 - ... and seems to be constant
1..3
ok 3 - constant IMPLEMENTATION_DEVEL_LEXALIAS
# Subtest: constant IMPLEMENTATION_PADWALKER
ok 1 - constant IMPLEMENTATION_PADWALKER exists
ok 2 - ... and doesn't throw an error
ok 3 - ... and seems to be constant
1..3
ok 4 - constant IMPLEMENTATION_PADWALKER
# Subtest: constant IMPLEMENTATION_NATIVE
ok 1 - constant IMPLEMENTATION_NATIVE exists
ok 2 - ... and doesn't throw an error
ok 3 - ... and seems to be constant
1..3
ok 5 - constant IMPLEMENTATION_NATIVE
# Subtest: constant IMPLEMENTATION_TIE
ok 1 - constant IMPLEMENTATION_TIE exists
ok 2 - ... and doesn't throw an error
ok 3 - ... and seems to be constant
1..3
ok 6 - constant IMPLEMENTATION_TIE
1..6
ok 1 - constants exist
# Subtest: compiling string source
ok 1 - closure over scalar
ok 2 - closure over array
ok 3 - closure over hash
1..3
ok 2 - compiling string source
# Subtest: compiling arrayref source
ok 1 - closure over scalar
ok 2 - closure over array
ok 3 - closure over hash
1..3
ok 3 - compiling arrayref source
ok 4 - closing over variables really really really works!
# Subtest: closed over variables disappear on cue
ok 1 - closure works
ok 2 - closed over variable still exists
ok 3 - closed over variable destroyed once closure has been destroyed
1..3
ok 5 - closed over variables disappear on cue
# Subtest: tied variables can be closed over (even with tied alias implementation)
ok 1 - can close over tied variables ... AUTOLOAD stuff
ok 2 - ... can
ok 3 - ... !can
ok 4 - ... tie still works
ok 5 - ... can be retied
ok 6 - ... can be untied
1..6
ok 6 - tied variables can be closed over (even with tied alias implementation)
ok 7 - "description" option works
ok 8 - "line" option works
# Subtest: exception for syntax error
ok 1 - proper exceptions thrown for compilation errors
ok 2 - $exception->code
ok 3 - $exception->errstr
ok 4 - $exception->context
1..4
ok 9 - exception for syntax error
# Subtest: exception for syntax error (given arrayref)
ok 1 - proper exceptions thrown for compilation errors
ok 2 - $exception->code
ok 3 - $exception->errstr
ok 4 - $exception->context
1..4
ok 10 - exception for syntax error (given arrayref)
# Subtest: exception for wrong reference type
ok 1 - exception was thrown
1..1
ok 11 - exception for wrong reference type
# Subtest: _pick_alternative
ok 1
ok 2
1..2
ok 12 - _pick_alternative
1..12
ok
t/20-modules/Eval-TypeTiny/lexical-subs.t ....................
ok 1 - closure over scalar
ok 2 - closure over array
ok 3 - closure over hash
ok 4 - closure over lexical sub - undef
ok 5 - closure over lexical sub - 2
ok 6 - closure over lexical sub - 42
ok 7 - '$e' isa 'Error::TypeTiny::Compilation'
ok 8 - throw exception when code does not compile
ok 9 - $e->errstr
ok 10 - $e->code
ok 11 - "description" option works
ok 12 - "line" option works
1..12
ok
t/20-modules/Test-TypeTiny/basic.t ...........................
1..48
ok 1 - Test 'successful should_pass' completed
ok 2 - Test 'successful should_pass' no premature diagnostication
ok 3 - Test 'successful should_pass' result count
ok 4 - subtest 'Value "1" passes type constraint Int' of 'successful should_pass' compare ok
ok 5 - subtest 'Value "1" passes type constraint Int' of 'successful should_pass' compare type
ok 6 - subtest 'Value "1" passes type constraint Int' of 'successful should_pass' compare name
ok 7 - checking depth
ok 8 - subtest 'Value "1" passes type constraint Int' of 'successful should_pass' compare diag
ok 9 - Test 'unsuccessful should_pass' completed
ok 10 - Test 'unsuccessful should_pass' no premature diagnostication
ok 11 - Test 'unsuccessful should_pass' result count
ok 12 - subtest 'Reference [] passes type constraint Int' of 'unsuccessful should_pass' compare ok
ok 13 - subtest 'Reference [] passes type constraint Int' of 'unsuccessful should_pass' compare type
ok 14 - subtest 'Reference [] passes type constraint Int' of 'unsuccessful should_pass' compare name
ok 15 - checking depth
ok 16 - subtest 'Reference [] passes type constraint Int' of 'unsuccessful should_pass' compare diag
ok 17 - Test 'successful (i.e. failing) should_fail' completed
ok 18 - Test 'successful (i.e. failing) should_fail' no premature diagnostication
ok 19 - Test 'successful (i.e. failing) should_fail' result count
ok 20 - subtest 'Reference [] fails type constraint Int' of 'successful (i.e. failing) should_fail' compare ok
ok 21 - subtest 'Reference [] fails type constraint Int' of 'successful (i.e. failing) should_fail' compare type
ok 22 - subtest 'Reference [] fails type constraint Int' of 'successful (i.e. failing) should_fail' compare name
ok 23 - checking depth
ok 24 - subtest 'Reference [] fails type constraint Int' of 'successful (i.e. failing) should_fail' compare diag
ok 25 - Test 'unsuccessful (i.e. passing) should_fail' completed
ok 26 - Test 'unsuccessful (i.e. passing) should_fail' no premature diagnostication
ok 27 - Test 'unsuccessful (i.e. passing) should_fail' result count
ok 28 - subtest 'Value "1" fails type constraint Int' of 'unsuccessful (i.e. passing) should_fail' compare ok
ok 29 - subtest 'Value "1" fails type constraint Int' of 'unsuccessful (i.e. passing) should_fail' compare type
ok 30 - subtest 'Value "1" fails type constraint Int' of 'unsuccessful (i.e. passing) should_fail' compare name
ok 31 - checking depth
ok 32 - subtest 'Value "1" fails type constraint Int' of 'unsuccessful (i.e. passing) should_fail' compare diag
ok 33 - Test 'successful ok_subtype' completed
ok 34 - Test 'successful ok_subtype' no premature diagnostication
ok 35 - Test 'successful ok_subtype' result count
ok 36 - subtest 'Num subtype: Int' of 'successful ok_subtype' compare ok
ok 37 - subtest 'Num subtype: Int' of 'successful ok_subtype' compare type
ok 38 - subtest 'Num subtype: Int' of 'successful ok_subtype' compare name
ok 39 - checking depth
ok 40 - subtest 'Num subtype: Int' of 'successful ok_subtype' compare diag
ok 41 - Test 'unsuccessful ok_subtype' completed
ok 42 - Test 'unsuccessful ok_subtype' no premature diagnostication
ok 43 - Test 'unsuccessful ok_subtype' result count
ok 44 - subtest 'Int subtype: Num' of 'unsuccessful ok_subtype' compare ok
ok 45 - subtest 'Int subtype: Num' of 'unsuccessful ok_subtype' compare type
ok 46 - subtest 'Int subtype: Num' of 'unsuccessful ok_subtype' compare name
ok 47 - checking depth
ok 48 - subtest 'Int subtype: Num' of 'unsuccessful ok_subtype' compare diag
ok
t/20-modules/Test-TypeTiny/extended.t ........................
1..16
ok 1 - Test 'successful ok_subtype' completed
ok 2 - Test 'successful ok_subtype' no premature diagnostication
ok 3 - Test 'successful ok_subtype' result count
ok 4 - subtest 'Num subtype: Int' of 'successful ok_subtype' compare ok
ok 5 - subtest 'Num subtype: Int' of 'successful ok_subtype' compare type
ok 6 - subtest 'Num subtype: Int' of 'successful ok_subtype' compare name
ok 7 - checking depth
ok 8 - subtest 'Num subtype: Int' of 'successful ok_subtype' compare diag
ok 9 - Test 'unsuccessful ok_subtype' completed
ok 10 - Test 'unsuccessful ok_subtype' no premature diagnostication
ok 11 - Test 'unsuccessful ok_subtype' result count
ok 12 - subtest 'Int subtype: Num' of 'unsuccessful ok_subtype' compare ok
ok 13 - subtest 'Int subtype: Num' of 'unsuccessful ok_subtype' compare type
ok 14 - subtest 'Int subtype: Num' of 'unsuccessful ok_subtype' compare name
ok 15 - checking depth
ok 16 - subtest 'Int subtype: Num' of 'unsuccessful ok_subtype' compare diag
ok
t/20-modules/Test-TypeTiny/matchfor.t ........................
1..6
ok 1 - stringification
# Subtest: successful matchfor(qr//)
ok 1 - Test 'successful matchfor(qr//)' completed
ok 2 - Test 'successful matchfor(qr//)' no premature diagnostication
ok 3 - Test 'successful matchfor(qr//)' result count
ok 4 - subtest 'ONE' of 'successful matchfor(qr//)' compare ok
ok 5 - subtest 'ONE' of 'successful matchfor(qr//)' compare type
ok 6 - subtest 'ONE' of 'successful matchfor(qr//)' compare name
ok 7 - checking depth
ok 8 - subtest 'ONE' of 'successful matchfor(qr//)' compare diag
1..8
ok 2 - successful matchfor(qr//)
# Subtest: successful matchfor(qr//) 2
ok 1 - Test 'successful matchfor(qr//)' completed
ok 2 - Test 'successful matchfor(qr//)' no premature diagnostication
ok 3 - Test 'successful matchfor(qr//)' result count
ok 4 - subtest 'TWO' of 'successful matchfor(qr//)' compare ok
ok 5 - subtest 'TWO' of 'successful matchfor(qr//)' compare type
ok 6 - subtest 'TWO' of 'successful matchfor(qr//)' compare name
ok 7 - checking depth
ok 8 - subtest 'TWO' of 'successful matchfor(qr//)' compare diag
1..8
ok 3 - successful matchfor(qr//) 2
# Subtest: unsuccessful matchfor(qr//)
ok 1 - Test 'unsuccessful matchfor(qr//)' completed
ok 2 - Test 'unsuccessful matchfor(qr//)' no premature diagnostication
ok 3 - Test 'unsuccessful matchfor(qr//)' result count
ok 4 - subtest 'THREE' of 'unsuccessful matchfor(qr//)' compare ok
ok 5 - subtest 'THREE' of 'unsuccessful matchfor(qr//)' compare name
ok 6 - checking depth
1..6
ok 4 - unsuccessful matchfor(qr//)
# Subtest: successful matchfor(CLASS)
ok 1 - Test 'successful matchfor(CLASS)' completed
ok 2 - Test 'successful matchfor(CLASS)' no premature diagnostication
ok 3 - Test 'successful matchfor(CLASS)' result count
ok 4 - subtest 'FOUR' of 'successful matchfor(CLASS)' compare ok
ok 5 - subtest 'FOUR' of 'successful matchfor(CLASS)' compare type
ok 6 - subtest 'FOUR' of 'successful matchfor(CLASS)' compare name
ok 7 - checking depth
ok 8 - subtest 'FOUR' of 'successful matchfor(CLASS)' compare diag
1..8
ok 5 - successful matchfor(CLASS)
# Subtest: unsuccessful successful matchfor(CLASS)
ok 1 - Test 'unsuccessful successful matchfor(CLASS)' completed
ok 2 - Test 'unsuccessful successful matchfor(CLASS)' no premature diagnostication
ok 3 - Test 'unsuccessful successful matchfor(CLASS)' result count
ok 4 - subtest 'FIVE' of 'unsuccessful successful matchfor(CLASS)' compare ok
ok 5 - subtest 'FIVE' of 'unsuccessful successful matchfor(CLASS)' compare name
ok 6 - checking depth
1..6
ok 6 - unsuccessful successful matchfor(CLASS)
ok
t/20-modules/Type-Coercion-FromMoose/basic.t .................
ok 1 - '$Array_of_Rounded->type_parameter' isa 'Type::Tiny'
ok 2 - '$Array_of_Rounded->type_parameter->coercion' isa 'Type::Coercion'
ok 3 - '$Array_of_Rounded->type_parameter->coercion' isa 'Type::Coercion::FromMoose'
ok 4 - coercion works
not ok 5 - coercion can be altered later # TODO $Array_of_Rounded's coercion has already been compiled
# Failed (TODO) test 'coercion can be altered later'
# at t/20-modules/Type-Coercion-FromMoose/basic.t line 79.
# Structures begin differing at:
# $got->[0] = '9.1'
# $expected->[0] = '9'
ok 6
ok 7
1..7
ok
t/20-modules/Type-Coercion-FromMoose/errors.t ................
ok 1
ok 2
not ok 3 - no exception adding coercions to a Moose-imported type constraint # TODO Adding coercions to Type::Coercion::FromMoose not currently supported
# Failed (TODO) test 'no exception adding coercions to a Moose-imported type constraint'
# at t/20-modules/Type-Coercion-FromMoose/errors.t line 63.
# got: 'Adding coercions to Type::Coercion::FromMoose not currently supported at t/20-modules/Type-Coercion-FromMoose/errors.t line 61.
# '
# expected: undef
not ok 4 - ... and the coercion works # TODO Adding coercions to Type::Coercion::FromMoose not currently supported
# Failed (TODO) test '... and the coercion works'
# at t/20-modules/Type-Coercion-FromMoose/errors.t line 66.
# got: 'ARRAY(0xaaaafb8c1548)'
# expected: '666'
ok 5
1..5
ok
t/20-modules/Type-Coercion-Union/basic.t .....................
ok 1 - Value "4" passes type constraint RoundedInteger
ok 2 - Value "1.1" fails type constraint RoundedInteger
ok 3 - Value "xyz" fails type constraint RoundedInteger
ok 4 - Value "xyz" passes type constraint String3
ok 5 - Value "x" fails type constraint String3
ok 6 - Value "wxyz" fails type constraint String3
ok 7 - Value "3.4" passes type constraint RoundedInteger|String3
ok 8 - Value "30" passes type constraint RoundedInteger|String3
ok 9 - Value "3.12" fails type constraint RoundedInteger|String3
ok 10 - Value "wxyz" fails type constraint RoundedInteger|String3
ok 11 - RoundedInteger coerces from Num
ok 12 - RoundedInteger does not coerce from Str
ok 13 - String3 coerces from Str
ok 14 - String3 does not coerce from ArrayRef
ok 15 - unions automatically have a coercion if their child constraints do
# (((do { my $tmp = $X; defined($tmp) and !ref($tmp) and $tmp =~ /\A-?[0-9]+\z/ }) or do { package Type::Tiny; !ref($X) and !!( $X =~ $Types::Standard::StrMatch::expressions{"Regexp|(?^:^.{3}\$)"} ) })) ? $X : ((defined($X) && !ref($X) && Scalar::Util::looks_like_number($X))) ? scalar(do { local $_ = $X; int($_) }) : ((Type::Tiny::XS::Str($X))) ? scalar(do { local $_ = $X; substr("$_ ", 0, 3) }) : $X
ok 16 - unions do not automatically have a coercion if their child constraints do not
ok 17 - Union1 does not need to coerce an Int
ok 18 - Union1 does not need to coerce a String3
ok 19 - Union1 does not need to coerce a String3, even if it looks like a Num
ok 20 - Union1 coerces Str -> String3
ok 21 - given the choice of two valid coercions, Union1 prefers RoundedInteger because it occurs sooner
ok 22 - Union1 cannot coerce an arrayref
ok 23 - Cannot add to Type::Tiny::Union's coercion
1..23
ok
t/20-modules/Type-Coercion/basic.t ...........................
ok 1 - coercion works
ok 2 - coercion overloads &{}
ok 3 - BigInteger has_coercion_for_type ArrayRef
ok 4 - BigInteger has_coercion_for_type SmallInteger
ok 5 - not BigInteger has_coercion_for_type SmallInteger
ok 6 - BigInteger has_coercion_for_type BigInteger eq "0 but true"
ok 7 - BigInteger has_coercion_for_type $BiggerInteger eq "0 but true"
ok 8 - BigInteger has_coercion_for_value []
ok 9 - BigInteger has_coercion_for_value 2
ok 10 - not BigInteger has_coercion_for_value {}
ok 11 - BigInteger has_coercion_for_value 200 eq "0 but true"
ok 12 - coerce doesn't throw an exception if it can coerce
ok 13 - coerce doesn't throw an exception if it can't coerce
ok 14 - assert_coerce doesn't throw an exception if it can coerce
ok 15 - assert_coerce DOES throw an exception if it can't coerce
ok 16 - 'ArrayRefFromAny' isa 'Type::Coercion'
ok 17 - ArrayRefFromAny coercion works
ok 18 - Coercion ArrayRefFromAny+ArrayRefFromPiped prioritizes ArrayRefFromAny
ok 19 - Coercion ArrayRefFromPiped+ArrayRefFromAny prioritizes ArrayRefFromPiped
ok 20 - Type $arr coercion works
ok 21 - Type $sum3 coercion works
ok 22 - Type $sum4 coercion works
ok 23 - Reference [] passes type constraint ArrayRef|Str
ok 24 - Value "1|2|3" passes type constraint ArrayRef|Str
ok 25 - Reference {} fails type constraint ArrayRef|Str
ok 26 - Reference [] passes type constraint ArrayRef
ok 27 - Value "1|2|3" fails type constraint ArrayRef
ok 28 - Reference {} fails type constraint ArrayRef
ok 29 - $arrayref_from_piped->coercibles == $arrayref_from_piped->coercibles
# Subtest: add a Type::Coercion to a Type::Coercion
ok 1 - empty coercion can't coerce a Str
ok 2 - add a coercion from Str
ok 3 - check that coercion was added
ok 4 - can coerce from a Str
1..4
ok 30 - add a Type::Coercion to a Type::Coercion
1..30
ok
t/20-modules/Type-Coercion/esoteric.t ........................
ok 1 - $type->coercion->meta
ok 2 - $type->coercion->add_type_coercions(TYPE, STR)
ok 3 - $type->coercion->_compiled_type_coercion(OBJECT)
ok 4 - $type->coercion->_compiled_type_coercion(CODE)
ok 5
ok 6
1..6
ok
t/20-modules/Type-Coercion/frozen.t ..........................
ok 1 - coercions are not initially frozen
ok 2 - coercions do not freeze because of adding code
ok 3 - ... and they work
ok 4 - coercions do freeze when forced inflation to Moose
ok 5 - cannot add code to a frozen coercion
ok 6 - i_really_want_to_unfreeze
ok 7 - ... can now add coercions
ok 8 - ... ... which work
1..8
ok
t/20-modules/Type-Coercion/inlining.t ........................
ok 1 - inlined coercion works
ok 2 - no coercion necessary
ok 3 - no coercion possible
1..3
ok
t/20-modules/Type-Coercion/parameterized.t ...................
ok 1 - length $chars == 17
ok 2 - length $bytes_utf8 == 19
ok 3 - length $bytes_western == 17
ok 4 - $SplitSpace can be inlined
ok 5 - $SplitPipe can be inlined
ok 6 - $SplitSpace->coerce($chars)
ok 7 - $SplitSpace->coerce($bytes_utf8)
ok 8 - $SplitSpace->coerce($bytes_western)
ok 9 - Reference ["Caf\x{e9}","Paris|Gar\x{e7}on"] passes type constraint ArrayRef[Str]
ok 10 - Reference ["Caf\303\251","Paris|Gar\303\247on"] passes type constraint ArrayRef[Str]
ok 11 - Reference ["Caf\351","Paris|Gar\347on"] passes type constraint ArrayRef[Str]
ok 12 - $SplitPipe->coerce($chars)
ok 13 - $SplitPipe->coerce($bytes_utf8)
ok 14 - $SplitPipe->coerce($bytes_western)
ok 15 - $JoinPipe->coerce($arr_chars)
ok 16 - Value "Caf\x{e9} Paris|Gar\x{e7}on" passes type constraint Str
ok 17 - $JoinPipe->coerce($arr_bytes_utf8)
ok 18 - Value "Caf\303\251 Paris|Gar\303\247on" passes type constraint Str
ok 19 - $JoinPipe->coerce($arr_bytes_western)
ok 20 - Value "Caf\351 Paris|Gar\347on" passes type constraint Str
ok 21 - $Stringy->is_parameterizable
ok 22 - 'parameterizable coercion' isa 'Type::Coercion'
ok 23 - ... coercion included in base definition works
ok 24 - ... coercion generated by parameterization does not exist yet
ok 25 - 'parameterized coercion which has not yet been combined with type constraint' isa 'Type::Coercion'
ok 26 - ... coercion included in base definition works
ok 27 - ... coercion generated by parameterization works
ok 28 - 'type constraint consuming parameterized coercion' isa 'Type::Tiny'
ok 29 - ... coercion included in base definition works
ok 30 - ... coercion generated by parameterization works; must have been regenerated
1..30
ok
t/20-modules/Type-Coercion/smartmatch.t ......................
ok 1
ok 2
1..2
ok
t/20-modules/Type-Coercion/typetiny-constructor.t ............
# Subtest: coercion => ARRAY
ok 1
ok 2
ok 3
1..3
ok 1 - coercion => ARRAY
# Subtest: coercion => CODE
ok 1
ok 2
ok 3
1..3
ok 2 - coercion => CODE
1..2
ok
t/20-modules/Type-Library/assert.t ...........................
ok 1 - assert_String works (value that should pass)
ok 2 - assert_String works (value that should fail)
ok 3 - BiggerLib::assert_String works (value that should pass)
ok 4 - BiggerLib::assert_String works (value that should fail)
ok 5 - assert_SmallInteger works (value that should pass)
ok 6 - assert_SmallInteger works (value that should fail)
1..6
ok
t/20-modules/Type-Library/declared-types.t ...................
ok 1 - Reference {"bar" => {"quux" => 2},"foo" => 1} passes type constraint MyHashRef
ok 2 - Reference {"bar" => {"quux" => "2.1"},"foo" => 1} fails type constraint MyHashRef
ok 3 - Reference {"bar" => {"quux" => 2},"foo" => 1} passes type constraint MyHashRef
ok 4 - Reference {"bar" => {"quux" => "2.1"},"foo" => 1} fails type constraint MyHashRef
ok 5 - coderef got redefined
# (MyTypes::is_MyHashRef($xyz))
# do { package Type::Tiny; (ref($xyz) eq 'HASH') and do { my $ok = 1; for my $i (values %{$xyz}) { ($ok = 0, last) unless ((do { my $tmp = $i; defined($tmp) and !ref($tmp) and $tmp =~ /\A-?[0-9]+\z/ }) or (MyTypes::is_MyHashRef($i))) }; $ok } }
1..5
ok
t/20-modules/Type-Library/deprecation.t ......................
ok 1
ok 2
ok 3
1..3
ok
t/20-modules/Type-Library/errors.t ...........................
ok 1 - cannot add same type constraint twice
ok 2 - cannot add an anonymous type constraint to a library
ok 3 - cannot add a coercion with same name as a constraint
1..3
ok
t/20-modules/Type-Library/exportables-duplicated.t ...........
ok 1
1..1
ok
t/20-modules/Type-Library/exportables.t ...................... skipped: requires Test::Deep
t/20-modules/Type-Library/import-params.t ....................
ok 1 - Reference [] passes type constraint Ref
ok 2 - Reference {} passes type constraint Ref
ok 3 - Reference sub { "DUMMY" } passes type constraint Ref
ok 4 - Value "1" fails type constraint Ref
ok 5 - Reference [] passes type constraint Ref[ARRAY]
ok 6 - Reference {} fails type constraint Ref[ARRAY]
ok 7 - Reference sub { "DUMMY" } fails type constraint Ref[ARRAY]
ok 8 - Value "1" fails type constraint Ref[ARRAY]
ok 9 - Reference {} passes type constraint Ref[HASH]
ok 10 - Reference [] fails type constraint Ref[HASH]
ok 11 - Reference sub { "DUMMY" } fails type constraint Ref[HASH]
ok 12 - Value "1" fails type constraint Ref[HASH]
ok 13 - Reference {} passes type constraint Ref[HASH]
ok 14 - Reference [] fails type constraint Ref[HASH]
ok 15 - Reference sub { "DUMMY" } fails type constraint Ref[HASH]
ok 16 - Value "1" fails type constraint Ref[HASH]
ok 17 - Reference {} passes type constraint __ANON__
ok 18 - Reference [] passes type constraint __ANON__
ok 19 - Reference sub { "DUMMY" } fails type constraint __ANON__
ok 20 - Value "1" fails type constraint __ANON__
ok 21
ok 22
ok 23
ok 24
ok 25
1..25
ok
t/20-modules/Type-Library/inheritance.t ......................
ok 1 - length $chars == 17
ok 2 - length $bytes_utf8 == 19
ok 3 - length $bytes_western == 17
ok 4 - $SplitSpace can be inlined
ok 5 - $SplitPipe can be inlined
ok 6 - $SplitSpace->coerce($chars)
ok 7 - $SplitSpace->coerce($bytes_utf8)
ok 8 - $SplitSpace->coerce($bytes_western)
ok 9 - Reference ["Caf\x{e9}","Paris|Gar\x{e7}on"] passes type constraint ArrayRef[Str]
ok 10 - Reference ["Caf\303\251","Paris|Gar\303\247on"] passes type constraint ArrayRef[Str]
ok 11 - Reference ["Caf\351","Paris|Gar\347on"] passes type constraint ArrayRef[Str]
ok 12 - $SplitPipe->coerce($chars)
ok 13 - $SplitPipe->coerce($bytes_utf8)
ok 14 - $SplitPipe->coerce($bytes_western)
ok 15 - $JoinPipe->coerce($arr_chars)
ok 16 - Value "Caf\x{e9} Paris|Gar\x{e7}on" passes type constraint Str
ok 17 - $JoinPipe->coerce($arr_bytes_utf8)
ok 18 - Value "Caf\303\251 Paris|Gar\303\247on" passes type constraint Str
ok 19 - $JoinPipe->coerce($arr_bytes_western)
ok 20 - Value "Caf\351 Paris|Gar\347on" passes type constraint Str
ok 21 - use Types::Standard -base will set up a type library
ok 22 - use Types::Standard -base will inherit from Types::Standard
ok 23 - new type works
ok 24 - inherited type works
1..24
ok
t/20-modules/Type-Library/is.t ...............................
ok 1 - is_String works (value that should pass)
ok 2 - is_String works (value that should fail)
ok 3 - is_Number works (value that should pass)
ok 4 - is_Number works (value that should fail)
ok 5 - is_Integer works (value that should pass)
ok 6 - is_Integer works (value that should fail)
ok 7 - is_SmallInteger works (value that should pass)
ok 8 - is_SmallInteger works (value that should fail)
1..8
ok
t/20-modules/Type-Library/own-registry.t .....................
ok 1 - Type libraries automatically put types into their own registry
1..1
ok
t/20-modules/Type-Library/recursive-type-definitions.t .......
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
ok 7
ok 8
ok 9
ok 10
ok 11
ok 12
1..12
ok
t/20-modules/Type-Library/remove-type.t ......................
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
ok 7
ok 8
ok 9
1..9
ok
t/20-modules/Type-Library/to.t ...............................
ok 1 - to_BigInteger converts a small integer OK
ok 2 - to_BigInteger leaves an existing BigInteger OK
ok 3 - to_BigInteger ignores something it cannot coerce
ok 4 - no coercion for Str - should die
1..4
ok
t/20-modules/Type-Library/types.t ............................
ok 1 - 'String' isa 'Type::Tiny'
ok 2 - 'Number' isa 'Type::Tiny'
ok 3 - 'Integer' isa 'Type::Tiny'
ok 4 - 'DemoLib::String' isa 'Type::Tiny'
ok 5 - 'DemoLib::Number' isa 'Type::Tiny'
ok 6 - 'DemoLib::Integer' isa 'Type::Tiny'
ok 7 - String has correct stringification
ok 8 - Number has correct stringification
ok 9 - Integer has correct stringification
ok 10 - DemoLib::String has correct stringification
ok 11 - DemoLib::Number has correct stringification
ok 12 - DemoLib::Integer has correct stringification
ok 13 - coderef overload (with value that should pass type constraint) does not die
ok 14 - coderef overload returns correct value
ok 15 - coderef overload (value that should fail type constraint) dies
ok 16 - Sub::Exporter-style export renaming
ok 17 - eq works
ok 18 - type constant in list context
ok 19 - parameterizable type constant in list context
ok 20 - parameterized type constant in list context
1..20
ok
t/20-modules/Type-Params-Signature/basic.t ...................
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
ok 7
ok 8
ok 9
ok 10
ok 11
ok 12
ok 13
ok 14
ok 15
ok 16
1..16
ok
t/20-modules/Type-Params/alias.t .............................
ok 1 - real args
ok 2 - aliases for args
ok 3 - mixed 1
ok 4 - mixed 2
ok 5 - hashref
ok 6 - error
ok 7 - correct hash keys in $arg
ok 8 - Type::Params::OO::Klass1->can(...)
ok 9 - no method "x"
ok 10 - no method "y"
1..10
ok
t/20-modules/Type-Params/badsigs.t ...........................
ok 1 - Cannot follow an optional parameter with a required parameter
ok 2 - Cannot follow a slurpy parameter with anything
ok 3 - This makes no sense, but no longer throws an exception
1..3
ok
t/20-modules/Type-Params/carping.t ...........................
ok 1 - An object of class 'Error::TypeTiny::Assertion' isa 'Error::TypeTiny'
ok 2
1..2
ok
t/20-modules/Type-Params/clone.t .............................
ok 1 - compile with clone => 0
ok 2 - compile with clone => 1
ok 3 - compile_named with clone => 0
ok 4 - compile_named with clone => 1
1..4
ok
t/20-modules/Type-Params/coerce.t ............................
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
ok 7 - if value passes type constraint; no need to clone arrayref
ok 8 - if value fails type constraint; need to clone arrayref
ok 9
1..9
ok
t/20-modules/Type-Params/compile-named-avoidcallbacks.t ......
ok 1
# Subtest: simple test with everything inlineable
# Subtest: validate_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 1 - validate_named
# Subtest: compile_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 2 - compile_named
1..2
ok 2 - simple test with everything inlineable
# Subtest: simple test with inlineable types, but non-inlineable coercion
# Subtest: validate_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 1 - validate_named
# Subtest: compile_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 2 - compile_named
1..2
ok 3 - simple test with inlineable types, but non-inlineable coercion
# Subtest: simple test with everything non-inlineable
# Subtest: validate_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 1 - validate_named
# Subtest: compile_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 2 - compile_named
1..2
ok 4 - simple test with everything non-inlineable
# Subtest: slurpy test with everything inlineable
# Subtest: validate_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - coercion of additional parameters
ok 16 - missing parameter
1..16
ok 1 - validate_named
# Subtest: compile_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - coercion of additional parameters
ok 16 - missing parameter
1..16
ok 2 - compile_named
1..2
ok 5 - slurpy test with everything inlineable
# Subtest: slurpy test with inlineable types, but non-inlineable coercion
# Subtest: validate_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - coercion of additional parameters
ok 16 - missing parameter
1..16
ok 1 - validate_named
# Subtest: compile_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - coercion of additional parameters
ok 16 - missing parameter
1..16
ok 2 - compile_named
1..2
ok 6 - slurpy test with inlineable types, but non-inlineable coercion
# Subtest: slurpy test with everything non-inlineable
# Subtest: validate_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - coercion of additional parameters
ok 16 - missing parameter
1..16
ok 1 - validate_named
# Subtest: compile_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - coercion of additional parameters
ok 16 - missing parameter
1..16
ok 2 - compile_named
1..2
ok 7 - slurpy test with everything non-inlineable
# Subtest: Shortcuts for Any and Optional[Any]
ok 1
ok 2
ok 3
ok 4
1..4
ok 8 - Shortcuts for Any and Optional[Any]
1..8
ok
t/20-modules/Type-Params/compile-named-bless.t ...............
# Subtest: simple test with everything inlineable
# Subtest: bless => CLASS
# Subtest: validate_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 1 - validate_named
# Subtest: compile_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 2 - compile_named
1..2
ok 1 - bless => CLASS
# Subtest: class => CLASS
# Subtest: validate_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 1 - validate_named
# Subtest: compile_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 2 - compile_named
1..2
ok 2 - class => CLASS
# Subtest: class => [CLASS, METHOD]
# Subtest: validate_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 1 - validate_named
# Subtest: compile_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 2 - compile_named
1..2
ok 3 - class => [CLASS, METHOD]
# Subtest: class => CLASS, constructor METHOD
# Subtest: validate_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 1 - validate_named
# Subtest: compile_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 2 - compile_named
1..2
ok 4 - class => CLASS, constructor METHOD
1..4
ok 1 - simple test with everything inlineable
# Subtest: simple test with inlineable types, but non-inlineable coercion
# Subtest: bless => CLASS
# Subtest: validate_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 1 - validate_named
# Subtest: compile_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 2 - compile_named
1..2
ok 1 - bless => CLASS
# Subtest: class => CLASS
# Subtest: validate_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 1 - validate_named
# Subtest: compile_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 2 - compile_named
1..2
ok 2 - class => CLASS
# Subtest: class => [CLASS, METHOD]
# Subtest: validate_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 1 - validate_named
# Subtest: compile_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 2 - compile_named
1..2
ok 3 - class => [CLASS, METHOD]
# Subtest: class => CLASS, constructor METHOD
# Subtest: validate_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 1 - validate_named
# Subtest: compile_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 2 - compile_named
1..2
ok 4 - class => CLASS, constructor METHOD
1..4
ok 2 - simple test with inlineable types, but non-inlineable coercion
# Subtest: simple test with everything non-inlineable
# Subtest: bless => CLASS
# Subtest: validate_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 1 - validate_named
# Subtest: compile_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 2 - compile_named
1..2
ok 1 - bless => CLASS
# Subtest: class => CLASS
# Subtest: validate_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 1 - validate_named
# Subtest: compile_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 2 - compile_named
1..2
ok 2 - class => CLASS
# Subtest: class => [CLASS, METHOD]
# Subtest: validate_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 1 - validate_named
# Subtest: compile_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 2 - compile_named
1..2
ok 3 - class => [CLASS, METHOD]
# Subtest: class => CLASS, constructor METHOD
# Subtest: validate_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 1 - validate_named
# Subtest: compile_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 2 - compile_named
1..2
ok 4 - class => CLASS, constructor METHOD
1..4
ok 3 - simple test with everything non-inlineable
# Subtest: slurpy test with everything inlineable
# Subtest: bless => CLASS
# Subtest: validate_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - coercion of additional parameters
ok 16 - missing parameter
1..16
ok 1 - validate_named
# Subtest: compile_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - coercion of additional parameters
ok 16 - missing parameter
1..16
ok 2 - compile_named
1..2
ok 1 - bless => CLASS
# Subtest: class => CLASS
# Subtest: validate_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - coercion of additional parameters
ok 16 - missing parameter
1..16
ok 1 - validate_named
# Subtest: compile_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - coercion of additional parameters
ok 16 - missing parameter
1..16
ok 2 - compile_named
1..2
ok 2 - class => CLASS
# Subtest: class => [CLASS, METHOD]
# Subtest: validate_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - coercion of additional parameters
ok 16 - missing parameter
1..16
ok 1 - validate_named
# Subtest: compile_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - coercion of additional parameters
ok 16 - missing parameter
1..16
ok 2 - compile_named
1..2
ok 3 - class => [CLASS, METHOD]
# Subtest: class => CLASS, constructor METHOD
# Subtest: validate_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - coercion of additional parameters
ok 16 - missing parameter
1..16
ok 1 - validate_named
# Subtest: compile_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - coercion of additional parameters
ok 16 - missing parameter
1..16
ok 2 - compile_named
1..2
ok 4 - class => CLASS, constructor METHOD
1..4
ok 4 - slurpy test with everything inlineable
1..4
ok
t/20-modules/Type-Params/compile-named-oo-pp.t ...............
ok 1 - compile_named_oo returns a coderef
ok 2 - $object[0] is an object
ok 3 - Type::Params::OO::Klass1->can(...)
ok 4 - $object[0]->foo == 42
ok 5 - $object[0]->bar == 69
ok 6 - $object[0]->bazz->{quux} == 666
ok 7 - $object[0]->has_bar
ok 8 - $object[0]->haz
ok 9 - no has_foo method
ok 10 - no has_baz method
ok 11 - $object[1] is an object
ok 12 - Type::Params::OO::Klass1->can(...)
ok 13 - $object[1]->foo == 42
ok 14 - $object[1]->bar == 69
ok 15 - $object[1]->bazz->{quux} == 666
ok 16 - $object[1]->has_bar
ok 17 - $object[1]->haz
ok 18 - no has_foo method
ok 19 - no has_baz method
ok 20 - $object[2] is an object
ok 21 - Type::Params::OO::Klass1->can(...)
ok 22 - $object[2]->foo == 42
ok 23 - not defined $object[2]->bar
ok 24 - not defined $object[2]->bazz
ok 25 - !$object[2]->has_bar
ok 26 - !$object[2]->haz
ok 27 - no has_foo method
ok 28 - no has_baz method
ok 29 - $object[3] is an object
ok 30 - Type::Params::OO::Klass1->can(...)
ok 31 - $object[3]->foo == 42
ok 32 - not defined $object[3]->bar
ok 33 - not defined $object[3]->bazz
ok 34 - !$object[3]->has_bar
ok 35 - !$object[3]->haz
ok 36 - no has_foo method
ok 37 - no has_baz method
ok 38 - exception thrown for bad accessor name
ok 39 - correct message
ok 40 - packages reused when possible
ok 41 - want_details
# {
# 'class_definition' => '{
# package Type::Params::OO::Klass1;
# use strict;
# no warnings;
# sub bar { $_[0]{"bar"} }
# sub bazz { $_[0]{"baz"} }
# sub foo { $_[0]{"foo"} }
# sub has_bar { exists $_[0]{"bar"} }
# sub haz { exists $_[0]{"baz"} }
# 1;
# }',
# 'closure' => sub { "DUMMY" },
# 'environment' => {
# '$coercion_for_head_0' => \sub { "DUMMY" }
# },
# 'max_args' => undef,
# 'min_args' => 4,
# 'named' => !!1,
# 'source' => 'sub {
# my ( %out, %in, %tmp, $tmp, $dtmp, @head, @tail );
#
# @_ == 4 && (ref($_[1]) eq \'HASH\')
# or @_ % 2 == 1 && @_ >= 5
# or "Error::TypeTiny::WrongNumberOfParameters"->throw( got => scalar( @_ ) );
#
# @head = splice( @_, 0, 1 );
#
# # Parameter $head[0] (type: Int)
# $tmp = &$coercion_for_head_0( $head[0] );
# (do { my $tmp = $tmp; defined($tmp) and !ref($tmp) and $tmp =~ /\\A-?[0-9]+\\z/ })
# or Type::Tiny::_failed_check( 49, "Int", $tmp, varname => "\\$_[0]" );
# $head[0] = $tmp;
#
# @tail = splice( @_, -2 );
#
# # Parameter $tail[0] (type: ArrayRef)
# (ref($tail[0]) eq \'ARRAY\')
# or Type::Tiny::_failed_check( 21, "ArrayRef", $tail[0], varname => "\\$_[-2]" );
#
# # Parameter $tail[1] (type: ArrayRef)
# (ref($tail[1]) eq \'ARRAY\')
# or Type::Tiny::_failed_check( 21, "ArrayRef", $tail[1], varname => "\\$_[-1]" );
#
# %in = ( @_ == 1 and (ref($_[0]) eq \'HASH\') ) ? %{ $_[0] } : @_;
#
# # Parameter bar (type: Optional[ArrayRef])
# if ( exists( $in{"bar"} ) ) {
# do { package Type::Tiny; ref($in{"bar"}) eq \'ARRAY\' }
# or Type::Tiny::_failed_check( 47, "Optional[ArrayRef]", $in{"bar"}, varname => "\\$_{\\"bar\\"}" );
# $out{"bar"} = $in{"bar"};
# delete( $in{"bar"} );
# }
#
# # Parameter baz (type: Optional[CodeRef])
# if ( exists( $in{"baz"} ) ) {
# do { package Type::Tiny; ref($in{"baz"}) eq \'CODE\' }
# or Type::Tiny::_failed_check( 48, "Optional[CodeRef]", $in{"baz"}, varname => "\\$_{\\"baz\\"}" );
# $out{"baz"} = $in{"baz"};
# delete( $in{"baz"} );
# }
#
# # Parameter foo (type: Num)
# exists( $in{"foo"} )
# or "Error::TypeTiny"->throw( message => \'Missing required parameter: foo\' );
# do { package Type::Tiny; defined($in{"foo"}) && !ref($in{"foo"}) && Scalar::Util::looks_like_number($in{"foo"}) }
# or Type::Tiny::_failed_check( 12, "Num", $in{"foo"}, varname => "\\$_{\\"foo\\"}" );
# $out{"foo"} = $in{"foo"} if exists( $in{"foo"} );
# delete( $in{"foo"} );
#
# # Unrecognized parameters
# "Error::TypeTiny"->throw( message => sprintf( q{Unrecognized parameter%s: %s}, keys( %in ) > 1 ? q{s} : q{}, Type::Utils::english_list( sort keys %in ) ) ) if keys %in;
#
# $out{"~~caller"} = "__ANON__::__ANON__";
#
# ( @head, bless( \\%out, "Type::Params::OO::Klass1" ), @tail );
# }'
# }
ok 42
ok 43
ok 44
ok 45
ok 46
ok 47
ok 48
ok 49
# sub {
# my ( %out, %in, %tmp, $tmp, $dtmp, @head, @tail );
#
# @_ == 4 && (ref($_[1]) eq 'HASH')
# or @_ % 2 == 1 && @_ >= 5
# or "Error::TypeTiny::WrongNumberOfParameters"->throw( got => scalar( @_ ) );
#
# @head = splice( @_, 0, 1 );
#
# # Parameter $head[0] (type: __ANON__)
# $tmp = ((do { package Type::Tiny; (do { my $tmp = $head[0]; defined($tmp) and !ref($tmp) and $tmp =~ /\A-?[0-9]+\z/ }) } && (do { local $_ = $head[0]; 1 }))) ? $head[0] : ((((defined($head[0]) && !ref($head[0]) && Scalar::Util::looks_like_number($head[0]))) && (do { local $_ = $head[0]; 1 }))) ? scalar(do { local $_ = $head[0]; int $_ }) : $head[0];
# (do { package Type::Tiny; (do { my $tmp = $tmp; defined($tmp) and !ref($tmp) and $tmp =~ /\A-?[0-9]+\z/ }) } && (do { local $_ = $tmp; 1 }))
# or Type::Tiny::_failed_check( 52, "__ANON__", $tmp, varname => "\$_[0]" );
# $head[0] = $tmp;
#
# @tail = splice( @_, -2 );
#
# # Parameter $tail[0] (type: __ANON__)
# (((ref($tail[0]) eq 'ARRAY')) && (do { local $_ = $tail[0]; 1 }))
# or Type::Tiny::_failed_check( 53, "__ANON__", $tail[0], varname => "\$_[-2]" );
#
# # Parameter $tail[1] (type: ArrayRef)
# (ref($tail[1]) eq 'ARRAY')
# or Type::Tiny::_failed_check( 21, "ArrayRef", $tail[1], varname => "\$_[-1]" );
#
# %in = ( @_ == 1 and (ref($_[0]) eq 'HASH') ) ? %{ $_[0] } : @_;
#
# # Parameter bar (type: Optional[ArrayRef])
# if ( exists( $in{"bar"} ) ) {
# do { package Type::Tiny; ref($in{"bar"}) eq 'ARRAY' }
# or Type::Tiny::_failed_check( 47, "Optional[ArrayRef]", $in{"bar"}, varname => "\$_{\"bar\"}" );
# $out{"bar"} = $in{"bar"};
# delete( $in{"bar"} );
# }
#
# # Parameter baz (type: Optional[CodeRef])
# if ( exists( $in{"baz"} ) ) {
# do { package Type::Tiny; ref($in{"baz"}) eq 'CODE' }
# or Type::Tiny::_failed_check( 48, "Optional[CodeRef]", $in{"baz"}, varname => "\$_{\"baz\"}" );
# $out{"baz"} = $in{"baz"};
# delete( $in{"baz"} );
# }
#
# # Parameter foo (type: Num)
# exists( $in{"foo"} )
# or "Error::TypeTiny"->throw( message => 'Missing required parameter: foo' );
# do { package Type::Tiny; defined($in{"foo"}) && !ref($in{"foo"}) && Scalar::Util::looks_like_number($in{"foo"}) }
# or Type::Tiny::_failed_check( 12, "Num", $in{"foo"}, varname => "\$_{\"foo\"}" );
# $out{"foo"} = $in{"foo"} if exists( $in{"foo"} );
# delete( $in{"foo"} );
#
# # Unrecognized parameters
# "Error::TypeTiny"->throw( message => sprintf( q{Unrecognized parameter%s: %s}, keys( %in ) > 1 ? q{s} : q{}, Type::Utils::english_list( sort keys %in ) ) ) if keys %in;
#
# $out{"~~caller"} = "__ANON__::__ANON__";
#
# ( @head, bless( \%out, "Type::Params::OO::Klass1" ), @tail );
# }
ok 50
ok 51
ok 52
ok 53
ok 54
ok 55
ok 56
ok 57
# sub {
# my ( %out, %in, %tmp, $tmp, $dtmp, @head, @tail );
#
# @_ == 4 && (ref($_[1]) eq 'HASH')
# or @_ % 2 == 1 && @_ >= 5
# or "Error::TypeTiny::WrongNumberOfParameters"->throw( got => scalar( @_ ) );
#
# @head = splice( @_, 0, 1 );
#
# # Parameter $head[0] (type: __ANON__)
# $tmp = &$coercion_for_head_0( $head[0] );
# &$check_for_head_0( $tmp )
# or Type::Tiny::_failed_check( 56, "__ANON__", $tmp, varname => "\$_[0]" );
# $head[0] = $tmp;
#
# @tail = splice( @_, -2 );
#
# # Parameter $tail[0] (type: __ANON__)
# &$check_for_tail_0( $tail[0] )
# or Type::Tiny::_failed_check( 57, "__ANON__", $tail[0], varname => "\$_[-2]" );
#
# # Parameter $tail[1] (type: ArrayRef)
# (ref($tail[1]) eq 'ARRAY')
# or Type::Tiny::_failed_check( 21, "ArrayRef", $tail[1], varname => "\$_[-1]" );
#
# %in = ( @_ == 1 and (ref($_[0]) eq 'HASH') ) ? %{ $_[0] } : @_;
#
# # Parameter bar (type: Optional[ArrayRef])
# if ( exists( $in{"bar"} ) ) {
# do { package Type::Tiny; ref($in{"bar"}) eq 'ARRAY' }
# or Type::Tiny::_failed_check( 47, "Optional[ArrayRef]", $in{"bar"}, varname => "\$_{\"bar\"}" );
# $out{"bar"} = $in{"bar"};
# delete( $in{"bar"} );
# }
#
# # Parameter baz (type: Optional[CodeRef])
# if ( exists( $in{"baz"} ) ) {
# do { package Type::Tiny; ref($in{"baz"}) eq 'CODE' }
# or Type::Tiny::_failed_check( 48, "Optional[CodeRef]", $in{"baz"}, varname => "\$_{\"baz\"}" );
# $out{"baz"} = $in{"baz"};
# delete( $in{"baz"} );
# }
#
# # Parameter foo (type: Num)
# exists( $in{"foo"} )
# or "Error::TypeTiny"->throw( message => 'Missing required parameter: foo' );
# do { package Type::Tiny; defined($in{"foo"}) && !ref($in{"foo"}) && Scalar::Util::looks_like_number($in{"foo"}) }
# or Type::Tiny::_failed_check( 12, "Num", $in{"foo"}, varname => "\$_{\"foo\"}" );
# $out{"foo"} = $in{"foo"} if exists( $in{"foo"} );
# delete( $in{"foo"} );
#
# # Unrecognized parameters
# "Error::TypeTiny"->throw( message => sprintf( q{Unrecognized parameter%s: %s}, keys( %in ) > 1 ? q{s} : q{}, Type::Utils::english_list( sort keys %in ) ) ) if keys %in;
#
# $out{"~~caller"} = "__ANON__::__ANON__";
#
# ( @head, bless( \%out, "Type::Params::OO::Klass1" ), @tail );
# }
ok 58
ok 59
ok 60
ok 61
ok 62
ok 63
ok 64
ok 65
ok 66 - ArgsObject
ok 67 - ArgsObject["Local::Foo::bar"]
# bless( {
# 'foo' => 42,
# '~~caller' => 'Local::Foo::bar'
# }, 'Type::Params::OO::Klass4' )
1..67
ok
t/20-modules/Type-Params/compile-named-oo.t ..................
ok 1 - compile_named_oo returns a coderef
ok 2 - $object[0] is an object
ok 3 - Type::Params::OO::Klass1->can(...)
ok 4 - $object[0]->foo == 42
ok 5 - $object[0]->bar == 69
ok 6 - $object[0]->bazz->{quux} == 666
ok 7 - $object[0]->has_bar
ok 8 - $object[0]->haz
ok 9 - no has_foo method
ok 10 - no has_baz method
ok 11 - $object[1] is an object
ok 12 - Type::Params::OO::Klass1->can(...)
ok 13 - $object[1]->foo == 42
ok 14 - $object[1]->bar == 69
ok 15 - $object[1]->bazz->{quux} == 666
ok 16 - $object[1]->has_bar
ok 17 - $object[1]->haz
ok 18 - no has_foo method
ok 19 - no has_baz method
ok 20 - $object[2] is an object
ok 21 - Type::Params::OO::Klass1->can(...)
ok 22 - $object[2]->foo == 42
ok 23 - not defined $object[2]->bar
ok 24 - not defined $object[2]->bazz
ok 25 - !$object[2]->has_bar
ok 26 - !$object[2]->haz
ok 27 - no has_foo method
ok 28 - no has_baz method
ok 29 - $object[3] is an object
ok 30 - Type::Params::OO::Klass1->can(...)
ok 31 - $object[3]->foo == 42
ok 32 - not defined $object[3]->bar
ok 33 - not defined $object[3]->bazz
ok 34 - !$object[3]->has_bar
ok 35 - !$object[3]->haz
ok 36 - no has_foo method
ok 37 - no has_baz method
ok 38 - exception thrown for bad accessor name
ok 39 - correct message
ok 40 - packages reused when possible
ok 41 - want_details
# sub {
# my ( %out, %in, %tmp, $tmp, $dtmp, @head, @tail );
#
# @_ == 4 && (ref($_[1]) eq 'HASH')
# or @_ % 2 == 1 && @_ >= 5
# or "Error::TypeTiny::WrongNumberOfParameters"->throw( got => scalar( @_ ) );
#
# @head = splice( @_, 0, 1 );
#
# # Parameter $head[0] (type: Int)
# $tmp = &$coercion_for_head_0( $head[0] );
# (do { my $tmp = $tmp; defined($tmp) and !ref($tmp) and $tmp =~ /\A-?[0-9]+\z/ })
# or Type::Tiny::_failed_check( 49, "Int", $tmp, varname => "\$_[0]" );
# $head[0] = $tmp;
#
# @tail = splice( @_, -2 );
#
# # Parameter $tail[0] (type: ArrayRef)
# (ref($tail[0]) eq 'ARRAY')
# or Type::Tiny::_failed_check( 21, "ArrayRef", $tail[0], varname => "\$_[-2]" );
#
# # Parameter $tail[1] (type: ArrayRef)
# (ref($tail[1]) eq 'ARRAY')
# or Type::Tiny::_failed_check( 21, "ArrayRef", $tail[1], varname => "\$_[-1]" );
#
# %in = ( @_ == 1 and (ref($_[0]) eq 'HASH') ) ? %{ $_[0] } : @_;
#
# # Parameter bar (type: Optional[ArrayRef])
# if ( exists( $in{"bar"} ) ) {
# do { package Type::Tiny; ref($in{"bar"}) eq 'ARRAY' }
# or Type::Tiny::_failed_check( 47, "Optional[ArrayRef]", $in{"bar"}, varname => "\$_{\"bar\"}" );
# $out{"bar"} = $in{"bar"};
# delete( $in{"bar"} );
# }
#
# # Parameter baz (type: Optional[CodeRef])
# if ( exists( $in{"baz"} ) ) {
# do { package Type::Tiny; ref($in{"baz"}) eq 'CODE' }
# or Type::Tiny::_failed_check( 48, "Optional[CodeRef]", $in{"baz"}, varname => "\$_{\"baz\"}" );
# $out{"baz"} = $in{"baz"};
# delete( $in{"baz"} );
# }
#
# # Parameter foo (type: Num)
# exists( $in{"foo"} )
# or "Error::TypeTiny"->throw( message => 'Missing required parameter: foo' );
# do { package Type::Tiny; defined($in{"foo"}) && !ref($in{"foo"}) && Scalar::Util::looks_like_number($in{"foo"}) }
# or Type::Tiny::_failed_check( 12, "Num", $in{"foo"}, varname => "\$_{\"foo\"}" );
# $out{"foo"} = $in{"foo"} if exists( $in{"foo"} );
# delete( $in{"foo"} );
#
# # Unrecognized parameters
# "Error::TypeTiny"->throw( message => sprintf( q{Unrecognized parameter%s: %s}, keys( %in ) > 1 ? q{s} : q{}, Type::Utils::english_list( sort keys %in ) ) ) if keys %in;
#
# $out{"~~caller"} = "__ANON__::__ANON__";
#
# ( @head, bless( \%out, "Type::Params::OO::Klass1" ), @tail );
# }
ok 42
ok 43
ok 44
ok 45
ok 46
ok 47
ok 48
ok 49
# sub {
# my ( %out, %in, %tmp, $tmp, $dtmp, @head, @tail );
#
# @_ == 4 && (ref($_[1]) eq 'HASH')
# or @_ % 2 == 1 && @_ >= 5
# or "Error::TypeTiny::WrongNumberOfParameters"->throw( got => scalar( @_ ) );
#
# @head = splice( @_, 0, 1 );
#
# # Parameter $head[0] (type: __ANON__)
# $tmp = ((do { package Type::Tiny; (do { my $tmp = $head[0]; defined($tmp) and !ref($tmp) and $tmp =~ /\A-?[0-9]+\z/ }) } && (do { local $_ = $head[0]; 1 }))) ? $head[0] : ((((defined($head[0]) && !ref($head[0]) && Scalar::Util::looks_like_number($head[0]))) && (do { local $_ = $head[0]; 1 }))) ? scalar(do { local $_ = $head[0]; int $_ }) : $head[0];
# (do { package Type::Tiny; (do { my $tmp = $tmp; defined($tmp) and !ref($tmp) and $tmp =~ /\A-?[0-9]+\z/ }) } && (do { local $_ = $tmp; 1 }))
# or Type::Tiny::_failed_check( 52, "__ANON__", $tmp, varname => "\$_[0]" );
# $head[0] = $tmp;
#
# @tail = splice( @_, -2 );
#
# # Parameter $tail[0] (type: __ANON__)
# (((ref($tail[0]) eq 'ARRAY')) && (do { local $_ = $tail[0]; 1 }))
# or Type::Tiny::_failed_check( 53, "__ANON__", $tail[0], varname => "\$_[-2]" );
#
# # Parameter $tail[1] (type: ArrayRef)
# (ref($tail[1]) eq 'ARRAY')
# or Type::Tiny::_failed_check( 21, "ArrayRef", $tail[1], varname => "\$_[-1]" );
#
# %in = ( @_ == 1 and (ref($_[0]) eq 'HASH') ) ? %{ $_[0] } : @_;
#
# # Parameter bar (type: Optional[ArrayRef])
# if ( exists( $in{"bar"} ) ) {
# do { package Type::Tiny; ref($in{"bar"}) eq 'ARRAY' }
# or Type::Tiny::_failed_check( 47, "Optional[ArrayRef]", $in{"bar"}, varname => "\$_{\"bar\"}" );
# $out{"bar"} = $in{"bar"};
# delete( $in{"bar"} );
# }
#
# # Parameter baz (type: Optional[CodeRef])
# if ( exists( $in{"baz"} ) ) {
# do { package Type::Tiny; ref($in{"baz"}) eq 'CODE' }
# or Type::Tiny::_failed_check( 48, "Optional[CodeRef]", $in{"baz"}, varname => "\$_{\"baz\"}" );
# $out{"baz"} = $in{"baz"};
# delete( $in{"baz"} );
# }
#
# # Parameter foo (type: Num)
# exists( $in{"foo"} )
# or "Error::TypeTiny"->throw( message => 'Missing required parameter: foo' );
# do { package Type::Tiny; defined($in{"foo"}) && !ref($in{"foo"}) && Scalar::Util::looks_like_number($in{"foo"}) }
# or Type::Tiny::_failed_check( 12, "Num", $in{"foo"}, varname => "\$_{\"foo\"}" );
# $out{"foo"} = $in{"foo"} if exists( $in{"foo"} );
# delete( $in{"foo"} );
#
# # Unrecognized parameters
# "Error::TypeTiny"->throw( message => sprintf( q{Unrecognized parameter%s: %s}, keys( %in ) > 1 ? q{s} : q{}, Type::Utils::english_list( sort keys %in ) ) ) if keys %in;
#
# $out{"~~caller"} = "__ANON__::__ANON__";
#
# ( @head, bless( \%out, "Type::Params::OO::Klass1" ), @tail );
# }
ok 50
ok 51
ok 52
ok 53
ok 54
ok 55
ok 56
ok 57
# sub {
# my ( %out, %in, %tmp, $tmp, $dtmp, @head, @tail );
#
# @_ == 4 && (ref($_[1]) eq 'HASH')
# or @_ % 2 == 1 && @_ >= 5
# or "Error::TypeTiny::WrongNumberOfParameters"->throw( got => scalar( @_ ) );
#
# @head = splice( @_, 0, 1 );
#
# # Parameter $head[0] (type: __ANON__)
# $tmp = &$coercion_for_head_0( $head[0] );
# &$check_for_head_0( $tmp )
# or Type::Tiny::_failed_check( 56, "__ANON__", $tmp, varname => "\$_[0]" );
# $head[0] = $tmp;
#
# @tail = splice( @_, -2 );
#
# # Parameter $tail[0] (type: __ANON__)
# &$check_for_tail_0( $tail[0] )
# or Type::Tiny::_failed_check( 57, "__ANON__", $tail[0], varname => "\$_[-2]" );
#
# # Parameter $tail[1] (type: ArrayRef)
# (ref($tail[1]) eq 'ARRAY')
# or Type::Tiny::_failed_check( 21, "ArrayRef", $tail[1], varname => "\$_[-1]" );
#
# %in = ( @_ == 1 and (ref($_[0]) eq 'HASH') ) ? %{ $_[0] } : @_;
#
# # Parameter bar (type: Optional[ArrayRef])
# if ( exists( $in{"bar"} ) ) {
# do { package Type::Tiny; ref($in{"bar"}) eq 'ARRAY' }
# or Type::Tiny::_failed_check( 47, "Optional[ArrayRef]", $in{"bar"}, varname => "\$_{\"bar\"}" );
# $out{"bar"} = $in{"bar"};
# delete( $in{"bar"} );
# }
#
# # Parameter baz (type: Optional[CodeRef])
# if ( exists( $in{"baz"} ) ) {
# do { package Type::Tiny; ref($in{"baz"}) eq 'CODE' }
# or Type::Tiny::_failed_check( 48, "Optional[CodeRef]", $in{"baz"}, varname => "\$_{\"baz\"}" );
# $out{"baz"} = $in{"baz"};
# delete( $in{"baz"} );
# }
#
# # Parameter foo (type: Num)
# exists( $in{"foo"} )
# or "Error::TypeTiny"->throw( message => 'Missing required parameter: foo' );
# do { package Type::Tiny; defined($in{"foo"}) && !ref($in{"foo"}) && Scalar::Util::looks_like_number($in{"foo"}) }
# or Type::Tiny::_failed_check( 12, "Num", $in{"foo"}, varname => "\$_{\"foo\"}" );
# $out{"foo"} = $in{"foo"} if exists( $in{"foo"} );
# delete( $in{"foo"} );
#
# # Unrecognized parameters
# "Error::TypeTiny"->throw( message => sprintf( q{Unrecognized parameter%s: %s}, keys( %in ) > 1 ? q{s} : q{}, Type::Utils::english_list( sort keys %in ) ) ) if keys %in;
#
# $out{"~~caller"} = "__ANON__::__ANON__";
#
# ( @head, bless( \%out, "Type::Params::OO::Klass1" ), @tail );
# }
ok 58
ok 59
ok 60
ok 61
ok 62
ok 63
ok 64
ok 65
ok 66 - ArgsObject
ok 67 - ArgsObject["Local::Foo::bar"]
ok 68 - !ArgsObject["Local::Foo::barz"]
# bless( {
# 'foo' => 42,
# '~~caller' => 'Local::Foo::bar'
# }, 'Type::Params::OO::Klass4' )
1..68
ok
t/20-modules/Type-Params/compile-named.t .....................
ok 1
# Subtest: simple test with everything inlineable
# Subtest: validate_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 1 - validate_named
# Subtest: compile_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 2 - compile_named
1..2
ok 2 - simple test with everything inlineable
# Subtest: simple test with inlineable types, but non-inlineable coercion
# Subtest: validate_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 1 - validate_named
# Subtest: compile_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 2 - compile_named
1..2
ok 3 - simple test with inlineable types, but non-inlineable coercion
# Subtest: simple test with everything non-inlineable
# Subtest: validate_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 1 - validate_named
# Subtest: compile_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - missing parameter
1..15
ok 2 - compile_named
1..2
ok 4 - simple test with everything non-inlineable
# Subtest: slurpy test with everything inlineable
# Subtest: validate_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - coercion of additional parameters
ok 16 - missing parameter
1..16
ok 1 - validate_named
# Subtest: compile_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - coercion of additional parameters
ok 16 - missing parameter
1..16
ok 2 - compile_named
1..2
ok 5 - slurpy test with everything inlineable
# Subtest: slurpy test with inlineable types, but non-inlineable coercion
# Subtest: validate_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - coercion of additional parameters
ok 16 - missing parameter
1..16
ok 1 - validate_named
# Subtest: compile_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - coercion of additional parameters
ok 16 - missing parameter
1..16
ok 2 - compile_named
1..2
ok 6 - slurpy test with inlineable types, but non-inlineable coercion
# Subtest: slurpy test with everything non-inlineable
# Subtest: validate_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - coercion of additional parameters
ok 16 - missing parameter
1..16
ok 1 - validate_named
# Subtest: compile_named
ok 1 - accept a hash
ok 2 - accept a hash, with optional parameter
ok 3 - accept a hash, and coerce
ok 4 - accept a hash, with optional parameter, and coerce
ok 5 - accept a hashref
ok 6 - accept a hashref, with optional parameter
ok 7 - accept a hashref, and coerce
ok 8 - accept a hashref, with optional parameter, and coerce
ok 9 - bad "foo" parameter
ok 10 - bad "bar" parameter
ok 11 - two bad parameters; "foo" throws before "bar" gets a chance
ok 12 - bad optional "baz" parameter
ok 13 - additional parameter
ok 14 - additional parameters
ok 15 - coercion of additional parameters
ok 16 - missing parameter
1..16
ok 2 - compile_named
1..2
ok 7 - slurpy test with everything non-inlineable
# Subtest: Shortcuts for Any and Optional[Any]
ok 1
ok 2
ok 3
ok 4
1..4
ok 8 - Shortcuts for Any and Optional[Any]
1..8
ok
t/20-modules/Type-Params/defaults.t ..........................
ok 1 - compile: no exception thrown because of defaulted argument
ok 2 - compile: default applied correctly
ok 3 - compile: no exception thrown because of defaulted argument via coderef
ok 4 - compile: default applied correctly via coderef
ok 5 - compile: no exception thrown because of defaulted argument via Perl source code
ok 6 - compile: default applied correctly via Perl source code
ok 7 - compile: no exception thrown because of defaulted argument via arrayref
ok 8 - compile: default applied correctly via arrayref
ok 9 - compile: no exception thrown because of defaulted argument via hashref
ok 10 - compile: default applied correctly via hashref
ok 11 - compile: no exception thrown because of defaulted argument via undef
ok 12 - compile: default applied correctly via undef
ok 13 - compile_named: no exception thrown because of defaulted argument
ok 14 - compile_named: default applied correctly
ok 15 - compile_named: no exception thrown because of defaulted argument via coderef
ok 16 - compile_named: default applied correctly via coderef
ok 17 - compile_named: no exception thrown because of defaulted argument via arrayref
ok 18 - compile_named: default applied correctly via arrayref
ok 19 - compile_named: no exception thrown because of defaulted argument via hashref
ok 20 - compile_named: default applied correctly via hashref
ok 21 - compile_named: no exception thrown because of defaulted argument via undef
ok 22 - compile_named: default applied correctly via undef
ok 23 - compile: exception because bad default
1..23
ok
t/20-modules/Type-Params/goto_next.t .........................
# Subtest: goto_next => 1
ok 1 - list context
ok 2 - scalar context
1..2
ok 1 - goto_next => 1
# Subtest: goto_next => CODEREF
ok 1 - list context
ok 2 - scalar context
1..2
ok 2 - goto_next => CODEREF
# Subtest: goto_next => CODEREF (assign to glob)
ok 1 - list context
ok 2 - scalar context
ok 3 - meta
1..3
ok 3 - goto_next => CODEREF (assign to glob)
1..3
ok
t/20-modules/Type-Params/hashorder.t .........................
# Subtest: predictable error message when problems with two parameters
ok 1 - Iteration 1, check 1, missing parameters
ok 2 - Iteration 1, check 1, invalid values
ok 3 - Iteration 1, check 1, extra values
ok 4 - Iteration 1, check 2, missing parameters
ok 5 - Iteration 1, check 2, invalid values
ok 6 - Iteration 1, check 2, extra values
ok 7 - Iteration 2, check 1, missing parameters
ok 8 - Iteration 2, check 1, invalid values
ok 9 - Iteration 2, check 1, extra values
ok 10 - Iteration 2, check 2, missing parameters
ok 11 - Iteration 2, check 2, invalid values
ok 12 - Iteration 2, check 2, extra values
ok 13 - Iteration 3, check 1, missing parameters
ok 14 - Iteration 3, check 1, invalid values
ok 15 - Iteration 3, check 1, extra values
ok 16 - Iteration 3, check 2, missing parameters
ok 17 - Iteration 3, check 2, invalid values
ok 18 - Iteration 3, check 2, extra values
ok 19 - Iteration 4, check 1, missing parameters
ok 20 - Iteration 4, check 1, invalid values
ok 21 - Iteration 4, check 1, extra values
ok 22 - Iteration 4, check 2, missing parameters
ok 23 - Iteration 4, check 2, invalid values
ok 24 - Iteration 4, check 2, extra values
ok 25 - Iteration 5, check 1, missing parameters
ok 26 - Iteration 5, check 1, invalid values
ok 27 - Iteration 5, check 1, extra values
ok 28 - Iteration 5, check 2, missing parameters
ok 29 - Iteration 5, check 2, invalid values
ok 30 - Iteration 5, check 2, extra values
ok 31 - Iteration 6, check 1, missing parameters
ok 32 - Iteration 6, check 1, invalid values
ok 33 - Iteration 6, check 1, extra values
ok 34 - Iteration 6, check 2, missing parameters
ok 35 - Iteration 6, check 2, invalid values
ok 36 - Iteration 6, check 2, extra values
ok 37 - Iteration 7, check 1, missing parameters
ok 38 - Iteration 7, check 1, invalid values
ok 39 - Iteration 7, check 1, extra values
ok 40 - Iteration 7, check 2, missing parameters
ok 41 - Iteration 7, check 2, invalid values
ok 42 - Iteration 7, check 2, extra values
ok 43 - Iteration 8, check 1, missing parameters
ok 44 - Iteration 8, check 1, invalid values
ok 45 - Iteration 8, check 1, extra values
ok 46 - Iteration 8, check 2, missing parameters
ok 47 - Iteration 8, check 2, invalid values
ok 48 - Iteration 8, check 2, extra values
ok 49 - Iteration 9, check 1, missing parameters
ok 50 - Iteration 9, check 1, invalid values
ok 51 - Iteration 9, check 1, extra values
ok 52 - Iteration 9, check 2, missing parameters
ok 53 - Iteration 9, check 2, invalid values
ok 54 - Iteration 9, check 2, extra values
ok 55 - Iteration 10, check 1, missing parameters
ok 56 - Iteration 10, check 1, invalid values
ok 57 - Iteration 10, check 1, extra values
ok 58 - Iteration 10, check 2, missing parameters
ok 59 - Iteration 10, check 2, invalid values
ok 60 - Iteration 10, check 2, extra values
ok 61 - Iteration 11, check 1, missing parameters
ok 62 - Iteration 11, check 1, invalid values
ok 63 - Iteration 11, check 1, extra values
ok 64 - Iteration 11, check 2, missing parameters
ok 65 - Iteration 11, check 2, invalid values
ok 66 - Iteration 11, check 2, extra values
ok 67 - Iteration 12, check 1, missing parameters
ok 68 - Iteration 12, check 1, invalid values
ok 69 - Iteration 12, check 1, extra values
ok 70 - Iteration 12, check 2, missing parameters
ok 71 - Iteration 12, check 2, invalid values
ok 72 - Iteration 12, check 2, extra values
ok 73 - Iteration 13, check 1, missing parameters
ok 74 - Iteration 13, check 1, invalid values
ok 75 - Iteration 13, check 1, extra values
ok 76 - Iteration 13, check 2, missing parameters
ok 77 - Iteration 13, check 2, invalid values
ok 78 - Iteration 13, check 2, extra values
ok 79 - Iteration 14, check 1, missing parameters
ok 80 - Iteration 14, check 1, invalid values
ok 81 - Iteration 14, check 1, extra values
ok 82 - Iteration 14, check 2, missing parameters
ok 83 - Iteration 14, check 2, invalid values
ok 84 - Iteration 14, check 2, extra values
ok 85 - Iteration 15, check 1, missing parameters
ok 86 - Iteration 15, check 1, invalid values
ok 87 - Iteration 15, check 1, extra values
ok 88 - Iteration 15, check 2, missing parameters
ok 89 - Iteration 15, check 2, invalid values
ok 90 - Iteration 15, check 2, extra values
ok 91 - Iteration 16, check 1, missing parameters
ok 92 - Iteration 16, check 1, invalid values
ok 93 - Iteration 16, check 1, extra values
ok 94 - Iteration 16, check 2, missing parameters
ok 95 - Iteration 16, check 2, invalid values
ok 96 - Iteration 16, check 2, extra values
ok 97 - Iteration 17, check 1, missing parameters
ok 98 - Iteration 17, check 1, invalid values
ok 99 - Iteration 17, check 1, extra values
ok 100 - Iteration 17, check 2, missing parameters
ok 101 - Iteration 17, check 2, invalid values
ok 102 - Iteration 17, check 2, extra values
ok 103 - Iteration 18, check 1, missing parameters
ok 104 - Iteration 18, check 1, invalid values
ok 105 - Iteration 18, check 1, extra values
ok 106 - Iteration 18, check 2, missing parameters
ok 107 - Iteration 18, check 2, invalid values
ok 108 - Iteration 18, check 2, extra values
ok 109 - Iteration 19, check 1, missing parameters
ok 110 - Iteration 19, check 1, invalid values
ok 111 - Iteration 19, check 1, extra values
ok 112 - Iteration 19, check 2, missing parameters
ok 113 - Iteration 19, check 2, invalid values
ok 114 - Iteration 19, check 2, extra values
ok 115 - Iteration 20, check 1, missing parameters
ok 116 - Iteration 20, check 1, invalid values
ok 117 - Iteration 20, check 1, extra values
ok 118 - Iteration 20, check 2, missing parameters
ok 119 - Iteration 20, check 2, invalid values
ok 120 - Iteration 20, check 2, extra values
1..120
ok 1 - predictable error message when problems with two parameters
1..1
ok
t/20-modules/Type-Params/methods.t ...........................
ok 1
ok 2
ok 3
ok 4
ok 5 - clean operation
ok 6 - exception calling new() with no args
ok 7 - exception calling ->new() with no args
ok 8 - exception calling set() with no args
1..8
ok
t/20-modules/Type-Params/mixednamed.t ........................
ok 1
ok 2
ok 3
1..3
ok
t/20-modules/Type-Params/multisig-custom-message.t ...........
ok 1 - bar(1)
ok 2 - bar(1) ${^TYPE_PARAMS_MULTISIG}
ok 3 - bar()
ok 4 - bar() ${^TYPE_PARAMS_MULTISIG}
ok 5 - foo($string, num => "x")
ok 6 - foo($string, num => "x") ${^TYPE_PARAMS_MULTISIG}
ok 7 - foo([], num => 42)
ok 8 - foo([], num => 42) ${^TYPE_PARAMS_MULTISIG}
ok 9 - foo($string, quux => 0)
ok 10 - foo($string, quux => 0) ${^TYPE_PARAMS_MULTISIG}
ok 11 - foo($string, [])
ok 12 - foo($string, []) ${^TYPE_PARAMS_MULTISIG}
ok 13 - slurpy options
ok 14 - foo($string, bool => 1)
ok 15 - foo($string, bool => 1) ${^TYPE_PARAMS_MULTISIG}
ok 16 - hashref options
ok 17 - foo($string, { bool => 1 })
ok 18 - foo($string, { bool => 1 }) ${^TYPE_PARAMS_MULTISIG}
ok 19 - no options
ok 20 - foo($string)
ok 21 - foo($string) ${^TYPE_PARAMS_MULTISIG}
1..21
ok
t/20-modules/Type-Params/multisig-gotonext.t .................
ok 1 - MyTest->f( x => 1, y => 2, note => 'foo' )
ok 2 - MyTest->f( x => 3, y => 4 )
ok 3 - MyTest->f( { x => 1, y => 2, note => 'foo' } )
ok 4 - MyTest->f( { x => 3, y => 4 } )
ok 5 - MyTest->f( 1, 2, 'foo' )
ok 6 - MyTest->f( 3, 4 )
ok 7 - MyTest->f( [ 5, 6 ], 'foo' )
ok 8 - MyTest->f( [ 7, 8 ] )
1..8
ok
t/20-modules/Type-Params/multisig.t ..........................
ok 1 - first choice in multi, no coercion, should pass
ok 2 - ...${^TYPE_PARAMS_MULTISIG}
ok 3 - first choice in multi, coercion, should pass
ok 4 - ...${^TYPE_PARAMS_MULTISIG}
ok 5 - first choice in multi, should fail
ok 6 - second choice in multi, no coercion, should pass
ok 7 - ...${^TYPE_PARAMS_MULTISIG}
ok 8 - second choice in multi, coercion, should pass
ok 9 - ...${^TYPE_PARAMS_MULTISIG}
ok 10 - second choice in multi, should fail
ok 11 - third choice in multi, no coercion, should pass
ok 12 - ...${^TYPE_PARAMS_MULTISIG}
ok 13 - third choice in multi, should fail
ok 14
ok 15
ok 16
ok 17
ok 18 - on_die works
1..18
ok
t/20-modules/Type-Params/named-to-list.t .....................
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
ok 7
ok 8
ok 9
ok 10
ok 11
ok 12
ok 13
ok 14
ok 15
1..15
ok
t/20-modules/Type-Params/named.t .............................
ok 1
ok 2
ok 3
ok 4
ok 5
1..5
ok
t/20-modules/Type-Params/noninline.t .........................
ok 1 - (1, 2)
ok 2 - (1.1, 2)
ok 3 - ()
ok 4 - (1)
ok 5 - (undef, 1)
ok 6 - (42)
ok 7 - (42, 11)
ok 8 - ([1..3], 11)
ok 9 - ([1..41], 42)
1..9
ok
t/20-modules/Type-Params/on-die.t ............................
# Subtest: compile
ok 1 - No exception thrown
ok 2 - Correct value returned
ok 3 - Passed exception to callback
1..3
ok 1 - compile
# Subtest: compile_named
ok 1 - No exception thrown
ok 2 - Correct value returned
ok 3 - Passed exception to callback
1..3
ok 2 - compile_named
1..2
ok
t/20-modules/Type-Params/optional.t ..........................
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
ok 7
ok 8
ok 9
ok 10
ok 11
ok 12
ok 13
ok 14
ok 15
ok 16
ok 17
ok 18
ok 19
ok 20
ok 21
ok 22
ok 23
ok 24
ok 25
ok 26
ok 27
ok 28
ok 29
ok 30
ok 31
ok 32
ok 33
ok 34
ok 35
ok 36
ok 37
ok 38
ok 39
ok 40
ok 41
1..41
ok
t/20-modules/Type-Params/positional.t ........................
ok 1 - empty compile()
ok 2 - (1, 2)
ok 3 - (1.1, 2)
ok 4 - (1)
ok 5 - (1)
ok 6 - (undef, 1)
ok 7 - (1)
ok 8 - head and tail work
ok 9
ok 10
ok 11
ok 12
ok 13
ok 14
ok 15
ok 16
ok 17
1..17
ok
t/20-modules/Type-Params/slurpy.t ............................
ok 1 - simple test
ok 2 - simple test with ref
ok 3 - simple test failing type check
# Subtest: Different styles of slurpy work
# Subtest: Compiling: Str, slurpy HashRef
ok 1
ok 2
ok 3
1..3
ok 1 - Compiling: Str, slurpy HashRef
# Subtest: Compiling: Str, Slurpy[HashRef]
ok 1
ok 2
ok 3
1..3
ok 2 - Compiling: Str, Slurpy[HashRef]
# Subtest: Compiling: Str, HashRef, { slurpy => 1 }
ok 1
ok 2
ok 3
1..3
ok 3 - Compiling: Str, HashRef, { slurpy => 1 }
# Subtest: Compiling: Str, { slurpy => HashRef }
ok 1
ok 2
ok 3
1..3
ok 4 - Compiling: Str, { slurpy => HashRef }
1..4
ok 4 - Different styles of slurpy work
# Subtest: slurpy Map works
ok 1
ok 2
1..2
ok 5 - slurpy Map works
# Subtest: slurpy Tuple works
ok 1
1..1
ok 6 - slurpy Tuple works
# Subtest: Slurpy[HashRef] works
ok 1
ok 2
# sub {
# my ( @out, %tmp, $tmp, $dtmp );
#
# @_ >= 1
# or "Error::TypeTiny::WrongNumberOfParameters"->throw( got => scalar( @_ ), minimum => 1 );
#
# # Parameter $_[0] (type: Int)
# (do { my $tmp = $_[0]; defined($tmp) and !ref($tmp) and $tmp =~ /\A-?[0-9]+\z/ })
# or Type::Tiny::_failed_check( 13, "Int", $_[0], varname => "\$_[0]" );
# push( @out, $_[0] );
#
# my $SLURPY = ( $#_ == 1 and ( (ref($_[1]) eq 'HASH') ) ) ? { %{ $_[1] } } : ( ( $#_ - 1 ) % 2 ) ? { @_[ 1 .. $#_ ] } : "Error::TypeTiny"->throw( message => sprintf( "Odd number of elements in %s", "HashRef" ) );
#
# # Parameter $SLURPY (type: Slurpy[HashRef])
# ((ref($SLURPY) eq 'HASH'))
# or Type::Tiny::_failed_check( 47, "Slurpy[HashRef]", $SLURPY, varname => "\$SLURPY" );
# push( @out, $SLURPY );
#
# ( @out );
# }
1..2
ok 7 - Slurpy[HashRef] works
# Subtest: HashRef { slurpy => 1 } works
ok 1
ok 2
1..2
ok 8 - HashRef { slurpy => 1 } works
# Subtest: { slurpy => HashRef } works
ok 1
ok 2
1..2
ok 9 - { slurpy => HashRef } works
# Subtest: Subtype of Slurpy[HashRef] works
ok 1
ok 2
# sub {
# my ( @out, %tmp, $tmp, $dtmp );
#
# @_ >= 1
# or "Error::TypeTiny::WrongNumberOfParameters"->throw( got => scalar( @_ ), minimum => 1 );
#
# # Parameter $_[0] (type: Int)
# (do { my $tmp = $_[0]; defined($tmp) and !ref($tmp) and $tmp =~ /\A-?[0-9]+\z/ })
# or Type::Tiny::_failed_check( 13, "Int", $_[0], varname => "\$_[0]" );
# push( @out, $_[0] );
#
# my $SLURPY = ( $#_ == 1 and ( (ref($_[1]) eq 'HASH') ) ) ? { %{ $_[1] } } : ( ( $#_ - 1 ) % 2 ) ? { @_[ 1 .. $#_ ] } : "Error::TypeTiny"->throw( message => sprintf( "Odd number of elements in %s", "HashRef" ) );
#
# # Parameter $SLURPY (type: __ANON__)
# ((((ref($SLURPY) eq 'HASH'))) && (do { local $_ = $SLURPY; 1 }))
# or Type::Tiny::_failed_check( 52, "__ANON__", $SLURPY, varname => "\$SLURPY" );
# push( @out, $SLURPY );
#
# ( @out );
# }
1..2
ok 10 - Subtype of Slurpy[HashRef] works
ok 11 - Exception thrown for parameter after a slurpy in positional signature
ok 12 - Exception thrown for slurpy parameter after a slurpy in positional signature
ok 13 - Exception thrown for named signature with two slurpies
ok 14 - Exception thrown for named signature with ArrayRef slurpy
ok 15 - Named signature may have slurpy parameter before others
ok 16 - ... and expected behaviour
ok 17 - Named-to-list => 1 signature may have slurpy parameter before others
ok 18 - ... and expected behaviour
ok 19 - Named-to-list => ARRAY signature may have slurpy parameter before others
ok 20 - ... and expected behaviour
1..20
ok
t/20-modules/Type-Params/strictness.t ........................
# Subtest: strictness => CONDITION_STRING
ok 1 - code contains expected Int check
ok 2 - code compiles
1..2
ok 1 - strictness => CONDITION_STRING
# Subtest: strictness => 1
ok 1 - code contains expected Int check
ok 2 - code compiles
1..2
ok 2 - strictness => 1
# Subtest: strictness => 0
ok 1 - code contains expected Int check
ok 2 - code compiles
1..2
ok 3 - strictness => 0
ok 4
ok 5
ok 6
ok 7
1..7
ok
t/20-modules/Type-Params/v2-defaults.t .......................
ok 1
ok 2
1..2
ok
t/20-modules/Type-Params/v2-delayed-compilation.t ............
ok 1 - type constraint has not been compiled yet
ok 2 - function worked
ok 3 - type constraint has been compiled
ok 4 - function worked
ok 5 - type constraint has not been re-compiled
1..5
ok
t/20-modules/Type-Params/v2-exceptions.t .....................
# Subtest: signature extra_arg => ( positional => ... )
ok 1
ok 2
1..2
ok 1 - signature extra_arg => ( positional => ... )
# Subtest: signature_for( positional => ... )
ok 1
ok 2
1..2
ok 2 - signature_for( positional => ... )
# Subtest: signature( named => ..., positional => ... )
ok 1
ok 2
1..2
ok 3 - signature( named => ..., positional => ... )
# Subtest: signature_for bleh => ( named => ..., positional => ... )
ok 1
ok 2
1..2
ok 4 - signature_for bleh => ( named => ..., positional => ... )
# Subtest: signature_for function_does_not_exist => ( positional => ... )
ok 1
ok 2
1..2
ok 5 - signature_for function_does_not_exist => ( positional => ... )
# Subtest: signature()
ok 1
ok 2
1..2
ok 6 - signature()
# Subtest: signature_for bleh333 => ()
ok 1
ok 2
1..2
ok 7 - signature_for bleh333 => ()
1..7
ok
t/20-modules/Type-Params/v2-fallback.t .......................
ok 1
ok 2
1..2
ok
t/20-modules/Type-Params/v2-multi.t ..........................
# Subtest: signature( multi => [...] )
# sub {
# my $__INVOCANT__ = $_[0];
#
# my $r;
# undef ${^TYPE_PARAMS_MULTISIG};
# undef ${^_TYPE_PARAMS_MULTISIG};
#
# eval { $r = [ $signature->(@_) ]; ${^TYPE_PARAMS_MULTISIG} = ${^_TYPE_PARAMS_MULTISIG} = 0 }
# if ( ! $r );
#
# eval { local @_ = @_; $r = [ do {
# my $__INVOCANT__ = $_[0];
#
# my ( %out, %in, %tmp, $tmp, $dtmp, @head );
#
# @_ == 2 && (ref($_[1]) eq 'HASH')
# or @_ % 2 == 1 && @_ >= 5
# or "Error::TypeTiny::WrongNumberOfParameters"->throw( got => scalar( @_ ) );
#
# @head = splice( @_, 0, 1 );
#
# # Parameter invocant (type: Defined)
# (defined($head[0]))
# or Type::Tiny::_failed_check( 12, "Defined", $head[0], varname => "\$_[0]" );
#
# %in = ( @_ == 1 and (ref($_[0]) eq 'HASH') ) ? %{ $_[0] } : @_;
#
# # Parameter array (type: ArrayRef)
# exists( $in{"array"} )
# or "Error::TypeTiny"->throw( message => 'Missing required parameter: array' );
# do { package Type::Tiny; ref($in{"array"}) eq 'ARRAY' }
# or Type::Tiny::_failed_check( 26, "ArrayRef", $in{"array"}, varname => "\$_{\"array\"}" );
# $out{"array"} = $in{"array"} if exists( $in{"array"} );
# delete( $in{"array"} );
#
# # Parameter index (type: Int)
# for my $alias ( "ix" ) {
# exists $in{$alias} or next;
# if ( exists( $in{"index"} ) ) {
# "Error::TypeTiny"->throw( message => sprintf( 'Superfluous alias "%s" for argument "%s"', $alias, "index" ) );
# }
# else {
# $in{"index"} = delete( $in{$alias} );
# }
# }
# exists( $in{"index"} )
# or "Error::TypeTiny"->throw( message => 'Missing required parameter: index' );
# (do { my $tmp = $in{"index"}; defined($tmp) and !ref($tmp) and $tmp =~ /\A-?[0-9]+\z/ })
# or Type::Tiny::_failed_check( 18, "Int", $in{"index"}, varname => "\$_{\"index\"}" );
# $out{"index"} = $in{"index"} if exists( $in{"index"} );
# delete( $in{"index"} );
#
# # Unrecognized parameters
# "Error::TypeTiny"->throw( message => sprintf( q{Unrecognized parameter%s: %s}, keys( %in ) > 1 ? q{s} : q{}, Type::Utils::english_list( sort keys %in ) ) ) if keys %in;
#
# ( @head, $out{"array"}, $out{"index"} );
# } ]; ${^TYPE_PARAMS_MULTISIG} = ${^_TYPE_PARAMS_MULTISIG} = 1 }
# if ( ! $r and @_ >= 2 );
#
# eval { $r = [ $signature_2->(@_) ]; ${^TYPE_PARAMS_MULTISIG} = ${^_TYPE_PARAMS_MULTISIG} = 2 }
# if ( ! $r and @_ == 2 );
#
# eval { local @_ = @_; $r = [ do {
# my $__INVOCANT__ = $_[0];
#
# my ( %out, %in, %tmp, $tmp, $dtmp, @head );
#
# @_ == 2 && (ref($_[1]) eq 'HASH')
# or @_ % 2 == 1 && @_ >= 5
# or "Error::TypeTiny::WrongNumberOfParameters"->throw( got => scalar( @_ ) );
#
# @head = splice( @_, 0, 1 );
#
# # Parameter invocant (type: Defined)
# (defined($head[0]))
# or Type::Tiny::_failed_check( 12, "Defined", $head[0], varname => "\$_[0]" );
#
# %in = ( @_ == 1 and (ref($_[0]) eq 'HASH') ) ? %{ $_[0] } : @_;
#
# # Parameter ARRAY (type: ArrayRef)
# exists( $in{"ARRAY"} )
# or "Error::TypeTiny"->throw( message => 'Missing required parameter: ARRAY' );
# do { package Type::Tiny; ref($in{"ARRAY"}) eq 'ARRAY' }
# or Type::Tiny::_failed_check( 26, "ArrayRef", $in{"ARRAY"}, varname => "\$_{\"ARRAY\"}" );
# $out{"ARRAY"} = $in{"ARRAY"} if exists( $in{"ARRAY"} );
# delete( $in{"ARRAY"} );
#
# # Parameter INDEX (type: Int)
# exists( $in{"INDEX"} )
# or "Error::TypeTiny"->throw( message => 'Missing required parameter: INDEX' );
# (do { my $tmp = $in{"INDEX"}; defined($tmp) and !ref($tmp) and $tmp =~ /\A-?[0-9]+\z/ })
# or Type::Tiny::_failed_check( 18, "Int", $in{"INDEX"}, varname => "\$_{\"INDEX\"}" );
# $out{"INDEX"} = $in{"INDEX"} if exists( $in{"INDEX"} );
# delete( $in{"INDEX"} );
#
# # Unrecognized parameters
# "Error::TypeTiny"->throw( message => sprintf( q{Unrecognized parameter%s: %s}, keys( %in ) > 1 ? q{s} : q{}, Type::Utils::english_list( sort keys %in ) ) ) if keys %in;
#
# ( @head, $out{"ARRAY"}, $out{"INDEX"} );
# } ]; ${^TYPE_PARAMS_MULTISIG} = ${^_TYPE_PARAMS_MULTISIG} = 3 }
# if ( ! $r and @_ >= 2 );
#
# eval { $r = [ $signature_3->(@_) ]; ${^TYPE_PARAMS_MULTISIG} = ${^_TYPE_PARAMS_MULTISIG} = 4 }
# if ( ! $r );
#
# my ( %tmp, $tmp );
#
#
# "Error::TypeTiny"->throw( message => "Parameter validation failed" ) unless $r;
#
# ( @$r );
# }
# {
# package Type::Params::OO::Klass1;
# use strict;
# no warnings;
# sub INDEX { $_[0]{"INDEX"} }
# sub LIST { $_[0]{"LIST"} }
# 1;
# }
ok 1 - first alternative
ok 2 - second alternative
ok 3 - third alternative (hash)
ok 4 - third alternative (hashref)
ok 5 - third alternative (hash, alias)
ok 6 - third alternative (hashref, alias)
ok 7 - fourth alternative
ok 8 - fifth alternative
ok 9 - final alternative
ok 10
ok 11
1..11
ok 1 - signature( multi => [...] )
# Subtest: signature_for function => ( multi => [...] )
ok 1 - first alternative
ok 2
ok 3 - second alternative
ok 4
ok 5 - third alternative (hash)
ok 6
ok 7 - third alternative (hashref)
ok 8
ok 9 - third alternative (hash, alias)
ok 10
ok 11 - third alternative (hashref, alias)
ok 12
ok 13 - fourth alternative
ok 14
ok 15 - fifth alternative
ok 16
ok 17 - final alternative
ok 18
ok 19
ok 20
1..20
ok 2 - signature_for function => ( multi => [...] )
# Subtest: signature( named => ..., pos => ..., multi => 1 )
# sub {
# my $r;
# undef ${^TYPE_PARAMS_MULTISIG};
# undef ${^_TYPE_PARAMS_MULTISIG};
#
# eval { $r = [ $signature->(@_) ]; ${^TYPE_PARAMS_MULTISIG} = ${^_TYPE_PARAMS_MULTISIG} = 0 }
# if ( ! $r and @_ >= 1 );
#
# eval { local @_ = @_; $r = [ do {
# my ( %tmp, $tmp );
#
# @_ == 1
# or "Error::TypeTiny::WrongNumberOfParameters"->throw( got => scalar( @_ ), minimum => 1, maximum => 1 );
#
# # Parameter $_[0] (type: Int)
# (do { my $tmp = $_[0]; defined($tmp) and !ref($tmp) and $tmp =~ /\A-?[0-9]+\z/ })
# or Type::Tiny::_failed_check( 18, "Int", $_[0], varname => "\$_[0]" );
#
# ( @_ );
# } ]; ${^TYPE_PARAMS_MULTISIG} = ${^_TYPE_PARAMS_MULTISIG} = 1 }
# if ( ! $r and @_ == 1 );
#
# my ( %tmp, $tmp );
#
#
# "Error::TypeTiny"->throw( message => "Parameter validation failed" ) unless $r;
#
# ( @$r );
# }
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
1..6
ok 3 - signature( named => ..., pos => ..., multi => 1 )
ok 4
1..4
ok
t/20-modules/Type-Params/v2-named-backcompat.t ...............
ok 1 - myfunc (happy path)
ok 2 - myfunc2 (happy path)
ok 3 - myfunc (type exception)
ok 4 - myfunc2 (type exception)
ok 5 - myfunc (param count exception)
ok 6 - myfunc2 (param count exception)
1..6
ok
t/20-modules/Type-Params/v2-named-plus-slurpy.t ..............
ok 1
ok 2
ok 3
1..3
ok
t/20-modules/Type-Params/v2-named.t ..........................
ok 1 - myfunc (happy path)
ok 2 - myfunc2 (happy path)
ok 3 - myfunc (type exception)
ok 4 - myfunc2 (type exception)
ok 5 - myfunc (param count exception)
ok 6 - myfunc2 (param count exception)
1..6
ok
t/20-modules/Type-Params/v2-positional-backcompat.t ..........
ok 1 - myfunc (happy path)
ok 2 - myfunc2 (happy path)
ok 3 - myfunc (type exception)
ok 4 - myfunc2 (type exception)
ok 5 - myfunc (param count exception)
ok 6 - myfunc2 (param count exception)
1..6
ok
t/20-modules/Type-Params/v2-positional-plus-slurpy.t .........
ok 1
ok 2
ok 3
ok 4
1..4
ok
t/20-modules/Type-Params/v2-positional.t .....................
ok 1 - myfunc (happy path)
ok 2 - myfunc2 (happy path)
ok 3 - myfunc (type exception)
ok 4 - myfunc2 (type exception)
ok 5 - myfunc (param count exception)
ok 6 - myfunc2 (param count exception)
1..6
ok
t/20-modules/Type-Params/v2-warnings.t .......................
ok 1 - correct warning
ok 2 - compilation succeeded
ok 3 - correct signature behaviour
ok 4 - no (unexpected) warnings (via done_testing)
1..4
ok
t/20-modules/Type-Params/v2-wrap-inherited-method.t ..........
ok 1
ok 2
ok 3
1..3
ok
t/20-modules/Type-Params/wrap.t ..............................
# Subtest: simple use of wrap_subs
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
1..6
ok 1 - simple use of wrap_subs
# Subtest: simple use of wrap_methods
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
1..6
ok 2 - simple use of wrap_methods
# Subtest: wrap_methods with inheritance
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
ok 7
ok 8
1..8
ok 3 - wrap_methods with inheritance
1..3
ok
t/20-modules/Type-Parser/basic.t .............................
# Basics
ok 1 - Int eq Int
ok 2 - (Int) eq Int - redundant parentheses
ok 3 - ((((Int)))) eq Int - many redundant parentheses
# Class types
ok 4 - DateTime:: eq InstanceOf["DateTime"]
ok 5 - InstanceOf['DateTime'] eq InstanceOf["DateTime"]
ok 6 - Tied[Foo::] eq Tied["Foo"]
ok 7 - Tied['Foo'] eq Tied["Foo"]
# Parameterization
ok 8 - Int[] eq Int - empty parameterization against non-parameterizable type
ok 9 - Tuple[] eq Tuple[] - empty parameterization against parameterizble type
ok 10 - ArrayRef[] eq ArrayRef - empty parameterization against parameterizable type
ok 11 - ArrayRef[Int] eq ArrayRef[Int] - parameterized type
ok 12 - Overload[15] eq Overload[15] - numeric parameter (decimal integer)
ok 13 - Overload[0x0F] eq Overload[15] - numeric parameter (hexadecimal integer)
ok 14 - Overload[0x0f] eq Overload[15] - numeric parameter (hexadecimal integer, lowercase)
ok 15 - Overload[-0xF] eq Overload["-15"] - numeric parameter (hexadecimal integer, negative)
ok 16 - Overload[1.5] eq Overload["1.5"] - numeric parameter (float)
ok 17 - Ref['HASH'] eq Ref[HASH] - string parameter (singles)
ok 18 - Ref["HASH"] eq Ref[HASH] - string parameter (doubles)
ok 19 - Ref[q(HASH)] eq Ref[HASH] - string parameter (q)
ok 20 - Ref[qq(HASH)] eq Ref[HASH] - string parameter (qq)
ok 21 - StrMatch[qr{foo}] eq StrMatch[(?^:foo)] - regexp parameter
# Unions
ok 22 - Int|HashRef eq Int|HashRef
ok 23 - Int|HashRef|ArrayRef eq Int|HashRef|ArrayRef
ok 24 - ArrayRef[Int|HashRef] eq ArrayRef[Int|HashRef] - union as a parameter
ok 25 - ArrayRef[Int|HashRef[Int]] eq ArrayRef[Int|HashRef[Int]]
ok 26 - ArrayRef[HashRef[Int]|Int] eq ArrayRef[HashRef[Int]|Int]
# Intersections
ok 27 - Int&Num eq Int&Num
ok 28 - Int&Num&Defined eq Int&Num&Defined
ok 29 - ArrayRef[Int]&Defined eq ArrayRef[Int]&Defined
# Union + Intersection
ok 30 - Int&Num|ArrayRef eq Int&Num|ArrayRef
ok 31 - (Int&Num)|ArrayRef eq Int&Num|ArrayRef
ok 32 - Int&(Num|ArrayRef) eq Int&Num|ArrayRef
ok 33 - Int&Num|ArrayRef&Ref eq Int&Num|ArrayRef&Ref
# Complementary types
ok 34 - ~Int eq ~Int
ok 35 - ~ArrayRef[Int] eq ~ArrayRef[Int]
ok 36 - ~Int|CodeRef eq ~Int|CodeRef
ok 37 - ~(Int|CodeRef) eq ~Int|CodeRef - precedence of "~" versus "|"
# Comma
ok 38 - Map[Num,Int] eq Map[Num,Int]
ok 39 - Map[Int,Num] eq Map[Int,Num]
ok 40 - Map[Int,Int|ArrayRef[Int]] eq Map[Int,Int|ArrayRef[Int]]
ok 41 - Map[Int,ArrayRef[Int]|Int] eq Map[Int,ArrayRef[Int]|Int]
ok 42 - Dict[foo=>Int,bar=>Num] eq Dict[bar=>Num,foo=>Int]
ok 43 - Dict['foo'=>Int,'bar'=>Num] eq Dict[bar=>Num,foo=>Int]
ok 44 - Dict['foo',Int,'bar',Num] eq Dict[bar=>Num,foo=>Int]
# Slurpy
ok 45 - Dict[slurpy=>Int,bar=>Num] eq Dict[bar=>Num,slurpy=>Int]
ok 46 - Tuple[Str, Int, slurpy ArrayRef[Int]] eq Tuple[Str,Int,Slurpy[ArrayRef[Int]]]
ok 47 - Tuple[Str, Int, slurpy(ArrayRef[Int])] eq Tuple[Str,Int,Slurpy[ArrayRef[Int]]]
# Complexity
ok 48 - ArrayRef[DateTime::]|HashRef[Int|DateTime::]|CodeRef eq ArrayRef[InstanceOf["DateTime"]]|HashRef[Int|InstanceOf["DateTime"]]|CodeRef
ok 49 - ArrayRef [DateTime::] |HashRef[ Int| DateTime::]|CodeRef eq ArrayRef[InstanceOf["DateTime"]]|HashRef[Int|InstanceOf["DateTime"]]|CodeRef - gratuitous whitespace
# Bad expressions
ok 50 - weird token
ok 51 - weird stuff 1
ok 52 - weird stuff 2
# Tail retention
ok 53 - remainder is ok
ok 54 - comma can indicate beginning of remainder
ok 55 - ArrayRef[Int] eq ArrayRef[Int] - extract_type works
ok 56 - ... and provides proper remainder too
# Parsing edge cases
ok 57 - Xyzzy[Foo] - parameter is treated as a type constraint
ok 58 - Xyzzy["Foo"] - parameter is treated as a string
ok 59 - Xyzzy[-100] - parameter is treated as a string
ok 60 - Xyzzy[200] - parameter is treated as a string
ok 61 - Xyzzy[+20.0] - parameter is treated as a string
1..61
ok
t/20-modules/Type-Parser/moosextypes.t .......................
ok 1 - Reference [1,2,3] passes type constraint ArrayRef[MooseX::Types::Common::Numeric::PositiveInt]
ok 2 - Reference [] passes type constraint ArrayRef[MooseX::Types::Common::Numeric::PositiveInt]
ok 3 - Reference [1,-2,3] fails type constraint ArrayRef[MooseX::Types::Common::Numeric::PositiveInt]
1..3
ok
t/20-modules/Type-Registry/automagic.t .......................
ok 1 - Type::Registry is not automatically loaded
ok 2 - Type::Registry was auto-populated
1..2
ok
t/20-modules/Type-Registry/basic.t ...........................
ok 1 - Type::Registry->for_me works
ok 2 - Type::Registry->for_class works
ok 3 - cannot add non-existant type library to registry
ok 4 - cannot alias non-existant type in registry
ok 5 - alias works
ok 6 - alias works via simple_lookup
ok 7 - alias works via lookup
ok 8 - prefix works
ok 9 - type registries are separate
ok 10 - DESTROY does not cause problems
ok 11 - Reference [1,2,3] passes type constraint ArrayRef[Int]
ok 12 - Reference [1,2,"3.14159"] fails type constraint ArrayRef[Int]
ok 13 - type constraint invalid syntax
ok 14 - type constraint unknown type
ok 15 - type constraint unknown type (as method call)
ok 16 - class type
ok 17 - Value "Monkey" passes type constraint Enum[Monkey,Nuts]
ok 18 - Value "Nuts" passes type constraint Enum[Monkey,Nuts]
ok 19 - Value "Cashews" fails type constraint Enum[Monkey,Nuts]
ok 20 - DWIM - class type
ok 21 - DWIM - role type
ok 22 - DWIM - complex type
ok 23
ok 24
1..24
ok
t/20-modules/Type-Registry/methods.t .........................
ok 1 - InstanceOf["Foo"] eq InstanceOf["Foo"] - t->make_class_type
ok 2 - ConsumerOf["Foo"] eq ConsumerOf["Foo"] - t->make_role_type
ok 3 - ArrayRef|Int eq ArrayRef|Int - t->make_union
ok 4 - ArrayRef&Int eq ArrayRef&Int - t->make_intersection
ok 5 - Value "420" passes type constraint PositiveInt
ok 6 - Value "-42" fails type constraint PositiveInt
ok 7 - Value "420" passes type constraint PositiveInt
ok 8 - Value "-42" fails type constraint PositiveInt
ok 9 - Value "420" passes type constraint PositiveInt
ok 10 - Value "-42" fails type constraint PositiveInt
ok 11 - Value "420" passes type constraint __ANON__
ok 12 - Value "-42" fails type constraint __ANON__
ok 13 - cannot add an anonymous type without giving it an alias
1..13
ok
t/20-modules/Type-Registry/moosextypes.t .....................
ok 1 - Reference [] passes type constraint ArrayRef[MooseX::Types::Common::String::UpperCaseStr]
ok 2 - Reference ["FOO","BAR"] passes type constraint ArrayRef[MooseX::Types::Common::String::UpperCaseStr]
ok 3 - Reference ["FOO","Bar"] fails type constraint ArrayRef[MooseX::Types::Common::String::UpperCaseStr]
ok 4 - Value "8" passes type constraint MooseX::Types::Common::Numeric::SingleDigit
ok 5 - Value "9" passes type constraint MooseX::Types::Common::Numeric::SingleDigit
ok 6 - Value "10" fails type constraint MooseX::Types::Common::Numeric::SingleDigit
ok 7 - Value "10" passes type constraint MooseX::Types::Common::Numeric::PositiveInt
1..7
ok
t/20-modules/Type-Registry/mousextypes.t ..................... skipped: requires MouseX::Types::Common
t/20-modules/Type-Registry/parent.t ..........................
ok 1 - Reference [1,2,3] passes type constraint ArrayRef[Int]
ok 2 - Reference [1,2,"3.1"] fails type constraint ArrayRef[Int]
ok 3
ok 4 - after clearing parent, do not know parent registry types
1..4
ok
t/20-modules/Type-Registry/refcount.t ........................ skipped: requires Devel::Refcount
t/20-modules/Type-Tie/01basic.t ..............................
ok 1
ok 2
ok 3
ok 4
ok 5 - _NEXT_SLOT
ok 6
ok 7
ok 8
ok 9
ok 10
ok 11
ok 12
ok 13
ok 14
ok 15
ok 16
ok 17
1..17
ok
t/20-modules/Type-Tie/02moosextypes.t ........................
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
ok 7
ok 8
ok 9
ok 10
ok 11
ok 12
1..12
ok
t/20-modules/Type-Tie/03prototypicalweirdness.t ..............
ok 1
1..1
ok
t/20-modules/Type-Tie/04nots.t ...............................
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
ok 7
ok 8
ok 9
ok 10
ok 11
ok 12
1..12
ok
t/20-modules/Type-Tie/05typetiny.t ...........................
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
ok 7
ok 8
ok 9
ok 10
ok 11
ok 12
1..12
ok
t/20-modules/Type-Tie/06clone.t ..............................
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
1..6
ok
t/20-modules/Type-Tie/06storable.t ...........................
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
1..6
ok
t/20-modules/Type-Tie/basic.t ................................
# Subtest: tied scalar
ok 1
ok 2
ok 3
1..3
ok 1 - tied scalar
# Subtest: tied array
ok 1
ok 2
ok 3
1..3
ok 2 - tied array
# Subtest: tied hash
ok 1
ok 2
ok 3
1..3
ok 3 - tied hash
1..3
ok
t/20-modules/Type-Tie/very-minimal.t .........................
ok 1
ok 2
1..2
ok
t/20-modules/Type-Tiny-_HalfOp/double-union.t ................
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
ok 7
1..7
ok
t/20-modules/Type-Tiny-_HalfOp/extra-params.t ................
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
ok 7
1..7
ok
t/20-modules/Type-Tiny-_HalfOp/overload-precedence.t .........
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
ok 7
1..7
ok
t/20-modules/Type-Tiny-Bitfield/basic.t ......................
ok 1
ok 2
ok 3 - Value "0" passes type constraint LineStyle
ok 4 - Value "1" passes type constraint LineStyle
ok 5 - Value "2" passes type constraint LineStyle
ok 6 - Value "3" passes type constraint LineStyle
ok 7 - Value "4" passes type constraint LineStyle
ok 8 - Value "5" passes type constraint LineStyle
ok 9 - Value "6" passes type constraint LineStyle
ok 10 - Value "7" passes type constraint LineStyle
ok 11 - Value "64" passes type constraint LineStyle
ok 12 - Value "65" passes type constraint LineStyle
ok 13 - Value "66" passes type constraint LineStyle
ok 14 - Value "67" passes type constraint LineStyle
ok 15 - Value "68" passes type constraint LineStyle
ok 16 - Value "69" passes type constraint LineStyle
ok 17 - Value "70" passes type constraint LineStyle
ok 18 - Value "71" passes type constraint LineStyle
ok 19 - Value "8" fails type constraint LineStyle
ok 20 - Value "9" fails type constraint LineStyle
ok 21 - Value "10" fails type constraint LineStyle
ok 22 - Value "11" fails type constraint LineStyle
ok 23 - Value "12" fails type constraint LineStyle
ok 24 - Value "13" fails type constraint LineStyle
ok 25 - Value "14" fails type constraint LineStyle
ok 26 - Value "15" fails type constraint LineStyle
ok 27 - Value "62" fails type constraint LineStyle
ok 28 - Value "63" fails type constraint LineStyle
ok 29 - Value "72" fails type constraint LineStyle
ok 30 - Value "RED" fails type constraint LineStyle
ok 31 - Value "-4" fails type constraint LineStyle
ok 32 - LineStyle->constant_names
ok 33 - LINESTYLE_RED
ok 34 - LINESTYLE_BLUE
ok 35 - LINESTYLE_GREEN
ok 36 - LINESTYLE_DOTTED
ok 37 - LineStyle->RED
ok 38 - LineStyle->BLUE
ok 39 - LineStyle->GREEN
ok 40 - LineStyle->DOTTED
ok 41 - LineStyle->YELLOW fails
ok 42 - LineStyle->can( 'RED' )
ok 43 - !LineStyle->can( 'YELLOW' )
ok 44 - LineStyle->can( 'GREEN' )->()
ok 45 - is_LineStyle( LINESTYLE_RED )
ok 46
ok 47
ok 48
ok 49
ok 50 - is_LineStyle(0)
ok 51 - is_LineStyle(1)
ok 52 - is_LineStyle(2)
ok 53 - is_LineStyle(3)
ok 54 - is_LineStyle(4)
ok 55 - is_LineStyle(5)
ok 56 - is_LineStyle(6)
ok 57 - is_LineStyle(7)
ok 58 - is_LineStyle(64)
ok 59 - is_LineStyle(65)
ok 60 - is_LineStyle(66)
ok 61 - is_LineStyle(67)
ok 62 - is_LineStyle(68)
ok 63 - is_LineStyle(69)
ok 64 - is_LineStyle(70)
ok 65 - is_LineStyle(71)
ok 66 - !is_LineStyle(8)
ok 67 - !is_LineStyle(9)
ok 68 - !is_LineStyle(10)
ok 69 - !is_LineStyle(11)
ok 70 - !is_LineStyle(12)
ok 71 - !is_LineStyle(13)
ok 72 - !is_LineStyle(14)
ok 73 - !is_LineStyle(15)
ok 74 - !is_LineStyle(62)
ok 75 - !is_LineStyle(63)
ok 76 - !is_LineStyle(72)
# Subtest: Bad bitfield numbering
ok 1
ok 2 - error message
1..2
ok 77 - Bad bitfield numbering
# Subtest: Bad bitfield naming
ok 1
ok 2 - error message
1..2
ok 78 - Bad bitfield naming
ok 79 - can be inlined
# ( (Type::Tiny::XS::PositiveOrZeroInt($VALUE)) and not $VALUE & ~71 )
# Subtest: Coercion from string
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
ok 7
ok 8
1..8
ok 80 - Coercion from string
# Subtest: Coercion to string
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
1..6
ok 81 - Coercion to string
1..81
ok
t/20-modules/Type-Tiny-Bitfield/errors.t .....................
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
ok 7
1..7
ok
t/20-modules/Type-Tiny-Bitfield/import-options.t .............
ok 1
ok 2
1..2
ok
t/20-modules/Type-Tiny-Bitfield/plus.t .......................
ok 1 - Colour+Style isa Type::Tiny::Bitfield
ok 2 - Colour+Style display_name
ok 3 - Colour+Style is_anon
ok 4 - Value "0" passes type constraint Colour+Style
ok 5 - Value "1" passes type constraint Colour+Style
ok 6 - Value "2" passes type constraint Colour+Style
ok 7 - Value "3" passes type constraint Colour+Style
ok 8 - Value "4" passes type constraint Colour+Style
ok 9 - Value "5" passes type constraint Colour+Style
ok 10 - Value "6" passes type constraint Colour+Style
ok 11 - Value "7" passes type constraint Colour+Style
ok 12 - Value "8" passes type constraint Colour+Style
ok 13 - Value "9" passes type constraint Colour+Style
ok 14 - Value "10" passes type constraint Colour+Style
ok 15 - Value "11" passes type constraint Colour+Style
ok 16 - Value "12" passes type constraint Colour+Style
ok 17 - Value "13" passes type constraint Colour+Style
ok 18 - Value "14" passes type constraint Colour+Style
ok 19 - Value "15" passes type constraint Colour+Style
ok 20 - Value "16" passes type constraint Colour+Style
ok 21 - Value "17" passes type constraint Colour+Style
ok 22 - Value "18" passes type constraint Colour+Style
ok 23 - Value "19" passes type constraint Colour+Style
ok 24 - Value "20" passes type constraint Colour+Style
ok 25 - Value "21" passes type constraint Colour+Style
ok 26 - Value "22" passes type constraint Colour+Style
ok 27 - Value "23" passes type constraint Colour+Style
ok 28 - Value "24" passes type constraint Colour+Style
ok 29 - Value "25" passes type constraint Colour+Style
ok 30 - Value "26" passes type constraint Colour+Style
ok 31 - Value "27" passes type constraint Colour+Style
ok 32 - Value "28" passes type constraint Colour+Style
ok 33 - Value "29" passes type constraint Colour+Style
ok 34 - Value "30" passes type constraint Colour+Style
ok 35 - Value "31" passes type constraint Colour+Style
ok 36 - Value "32" passes type constraint Colour+Style
ok 37 - Value "33" passes type constraint Colour+Style
ok 38 - Value "34" passes type constraint Colour+Style
ok 39 - Value "35" passes type constraint Colour+Style
ok 40 - Value "36" passes type constraint Colour+Style
ok 41 - Value "37" passes type constraint Colour+Style
ok 42 - Value "38" passes type constraint Colour+Style
ok 43 - Value "39" passes type constraint Colour+Style
ok 44 - Value "40" passes type constraint Colour+Style
ok 45 - Value "41" passes type constraint Colour+Style
ok 46 - Value "42" passes type constraint Colour+Style
ok 47 - Value "43" passes type constraint Colour+Style
ok 48 - Value "44" passes type constraint Colour+Style
ok 49 - Value "45" passes type constraint Colour+Style
ok 50 - Value "46" passes type constraint Colour+Style
ok 51 - Value "47" passes type constraint Colour+Style
ok 52 - Value "48" passes type constraint Colour+Style
ok 53 - Value "49" passes type constraint Colour+Style
ok 54 - Value "50" passes type constraint Colour+Style
ok 55 - Value "51" passes type constraint Colour+Style
ok 56 - Value "52" passes type constraint Colour+Style
ok 57 - Value "53" passes type constraint Colour+Style
ok 58 - Value "54" passes type constraint Colour+Style
ok 59 - Value "55" passes type constraint Colour+Style
ok 60 - Value "56" passes type constraint Colour+Style
ok 61 - Value "57" passes type constraint Colour+Style
ok 62 - Value "58" passes type constraint Colour+Style
ok 63 - Value "59" passes type constraint Colour+Style
ok 64 - Value "60" passes type constraint Colour+Style
ok 65 - Value "61" passes type constraint Colour+Style
ok 66 - Value "62" passes type constraint Colour+Style
ok 67 - Value "63" passes type constraint Colour+Style
ok 68 - Value "64" fails type constraint Colour+Style
ok 69 - Value "BLEH" fails type constraint Colour+Style
ok 70 - Reference [] fails type constraint Colour+Style
ok 71 - Value "-1" fails type constraint Colour+Style
ok 72 - Undef fails type constraint Colour+Style
ok 73 - Reference bless( {"_is_core" => 1,"_overload_coderef" => sub { "DUMMY"...) fails type constraint Colour+Style
ok 74 - coerce
ok 75 - Exception when trying to add Bitfield type and non-Bitfield type
ok 76 - Exception when trying to add non-Bitfield type and Bitfield type
ok 77 - Exception when trying to add Bitfield type and non-type
ok 78 - Exception when trying to add non-type and Bitfield type
ok 79 - Exception when trying to combine conflicting Bitfield types
# Subtest: Combining Bitfield types with and without coercions works
ok 1
ok 2
ok 3
ok 4
1..4
ok 80 - Combining Bitfield types with and without coercions works
1..80
ok
t/20-modules/Type-Tiny-Class/basic.t .........................
ok 1 - 'FooBar' isa 'Type::Tiny'
ok 2 - 'FooBar' isa 'Type::Tiny::Class'
ok 3 - 'FooBaz' isa 'Type::Tiny'
ok 4 - 'FooBaz' isa 'Type::Tiny::Class'
ok 5 - 'FooBar->new' isa 'Foo::Bar'
ok 6 - 'FooBaz->new' isa 'Foo::Baz'
ok 7 - 'FooBar->class->new' isa 'Foo::Bar'
ok 8 - 'FooBaz->class->new' isa 'Foo::Baz'
ok 9 - Reference bless( {}, 'Foo::Bar' ) passes type constraint FooBar
ok 10 - Reference bless( {}, 'Foo::Baz' ) passes type constraint FooBar
ok 11 - Reference bless( {}, 'Foo::Bar' ) fails type constraint FooBaz
ok 12 - Reference bless( {}, 'Foo::Baz' ) passes type constraint FooBaz
ok 13 - Undef fails type constraint FooBar
ok 14 - Undef fails type constraint FooBaz
ok 15 - Reference {} fails type constraint FooBar
ok 16 - Reference {} fails type constraint FooBaz
ok 17 - Reference bless( {"_caller_level" => 1,"_overload_coderef" => sub { "D...) fails type constraint FooBar
ok 18 - Reference bless( {"_caller_level" => 1,"_overload_coderef" => sub { "D...) fails type constraint FooBaz
ok 19 - Reference bless( {"_caller_level" => 1,"_overload_coderef" => sub { "D...) fails type constraint FooBar
ok 20 - Reference bless( {"_caller_level" => 1,"_overload_coderef" => sub { "D...) fails type constraint FooBaz
ok 21 - Value "Foo::Bar" fails type constraint FooBar
ok 22 - Value "Foo::Bar" fails type constraint FooBaz
ok 23 - Value "Foo::Baz" fails type constraint FooBar
ok 24 - Value "Foo::Baz" fails type constraint FooBaz
ok 25 - DWIM Type::Tiny::Class::new
ok 26 - constructor can be passed a hash or hashref
1..26
ok
t/20-modules/Type-Tiny-Class/errors.t ........................
ok 1
ok 2
ok 3
ok 4
ok 5
1..5
ok
t/20-modules/Type-Tiny-Class/exporter.t ......................
ok 1 - 'HTTPTiny' isa 'Type::Tiny'
ok 2
ok 3
1..3
ok
t/20-modules/Type-Tiny-Class/exporter_with_options.t .........
ok 1 - 'HT' isa 'Type::Tiny'
ok 2
ok 3
1..3
ok
t/20-modules/Type-Tiny-Class/plus-constructors.t .............
ok 1 - "Person"->meta->get_attribute("addr")->type_constraint->is_a_type_of($Address)
ok 2 - coercion worked
ok 3 - coercion worked (plus_constructors with no parameters)
1..3
ok
t/20-modules/Type-Tiny-ConstrainedObject/basic.t .............
ok 1 - Class types...
ok 2 - ... stringifies_to (should pass)
ok 3 - ... stringifies_to (should fail)
ok 4 - ... numifies_to (should pass)
ok 5 - ... numifies_to (should fail)
ok 6 - ... with_attribute_values (should pass)
ok 7 - ... with_attribute_values (should fail because of foo)
ok 8 - ... with_attribute_values (should fail because of bar)
ok 9 - ... with_attribute_values (should fail because of baz)
ok 10 - Role types...
ok 11 - ... stringifies_to (should pass)
ok 12 - ... stringifies_to (should fail)
ok 13 - ... numifies_to (should pass)
ok 14 - ... numifies_to (should fail)
ok 15 - ... with_attribute_values (should pass)
ok 16 - ... with_attribute_values (should fail because of foo)
ok 17 - ... with_attribute_values (should fail because of bar)
ok 18 - ... with_attribute_values (should fail because of baz)
ok 19 - Duck types...
ok 20 - ... stringifies_to (should pass)
ok 21 - ... stringifies_to (should fail)
ok 22 - ... numifies_to (should pass)
ok 23 - ... numifies_to (should fail)
ok 24 - ... with_attribute_values (should pass)
ok 25 - ... with_attribute_values (should fail because of foo)
ok 26 - ... with_attribute_values (should fail because of bar)
ok 27 - ... with_attribute_values (should fail because of baz)
1..27
ok
t/20-modules/Type-Tiny-Duck/basic.t ..........................
ok 1 - 'CanFooBar' isa 'Type::Tiny'
ok 2 - 'CanFooBar' isa 'Type::Tiny::Duck'
ok 3 - Reference bless( {}, 'Foo::Bar' ) passes type constraint CanFooBar
ok 4 - Reference bless( {}, 'Foo::Bar' ) fails type constraint CanFooBaz
ok 5 - Reference bless( {}, 'Foo::Baz' ) passes type constraint CanFooBar
ok 6 - Reference bless( {}, 'Foo::Baz' ) passes type constraint CanFooBaz
ok 7 - Undef fails type constraint CanFooBar
ok 8 - Reference {} fails type constraint CanFooBar
ok 9 - Reference bless( {"_caller_level" => 1,"_overload_coderef" => sub { "D...) fails type constraint CanFooBar
ok 10 - Reference bless( {"_caller_level" => 1,"_overload_coderef" => sub { "D...) fails type constraint CanFooBar
ok 11 - Reference bless( {"_caller_level" => 1,"_overload_coderef" => sub { "D...) fails type constraint CanFooBar
ok 12 - Value "Foo::Bar" fails type constraint CanFooBar
1..12
ok
t/20-modules/Type-Tiny-Duck/cmp.t ............................
ok 1 - Type1 subtype: Type2, Type3
ok 2 - Type2 subtype: Type1, Type3
ok 3
ok 4
ok 5
ok 6
ok 7
ok 8
ok 9
ok 10
ok 11
ok 12
ok 13
ok 14
1..14
ok
t/20-modules/Type-Tiny-Duck/errors.t .........................
ok 1
ok 2
ok 3
ok 4
ok 5
1..5
ok
t/20-modules/Type-Tiny-Duck/exporter.t .......................
ok 1 - 'HttpClient' isa 'Type::Tiny'
ok 2
ok 3
1..3
ok
t/20-modules/Type-Tiny-Enum/basic.t ..........................
ok 1 - 'FBB' isa 'Type::Tiny'
ok 2 - 'FBB' isa 'Type::Tiny::Enum'
ok 3 - Value "foo" passes type constraint Enum[bar,baz,foo]
ok 4 - Value "bar" passes type constraint Enum[bar,baz,foo]
ok 5 - Value "baz" passes type constraint Enum[bar,baz,foo]
ok 6 - Value "quux" fails type constraint Enum[bar,baz,foo]
ok 7 - Value " foo" fails type constraint Enum[bar,baz,foo]
ok 8 - Value "foo\n" fails type constraint Enum[bar,baz,foo]
ok 9 - Value "\nfoo" fails type constraint Enum[bar,baz,foo]
ok 10 - Value "\nfoo\n" fails type constraint Enum[bar,baz,foo]
ok 11 - Value "foo|" fails type constraint Enum[bar,baz,foo]
ok 12 - Value "|foo" fails type constraint Enum[bar,baz,foo]
ok 13 - Undef fails type constraint Enum[bar,baz,foo]
ok 14 - Reference {} fails type constraint Enum[bar,baz,foo]
ok 15 - Reference \"foo" fails type constraint Enum[bar,baz,foo]
ok 16 - Reference \"bar" fails type constraint Enum[bar,baz,foo]
ok 17 - Reference \"baz" fails type constraint Enum[bar,baz,foo]
ok 18 - FBB->values works
ok 19 - FBB->values retains order
ok 20 - overload retains order
ok 21 - cannot push to overloaded arrayref
ok 22 - don't create duplicate coderefs
ok 23 - correct exportables
ok 24 - exported constant actually works
ok 25 - correct exportables for non-word-safe enum
1..25
ok
t/20-modules/Type-Tiny-Enum/cmp.t ............................
ok 1 - Relationship between Enum[cat,cow,dog,goat,horse,lion,mouse,pig,rabbit,sheep,zebra] and Enum[cat,cow,dog,goat,horse,lion,mouse,pig,rabbit,sheep,zebra]
ok 2 - Relationship between Enum[cat,cow,dog,goat,horse,lion,mouse,pig,rabbit,sheep,zebra] and Enum[cow,goat,horse,pig,sheep]
ok 3 - Relationship between Enum[cat,cow,dog,goat,horse,lion,mouse,pig,rabbit,sheep,zebra] and Enum[cat,dog,mouse,rabbit]
ok 4 - Relationship between Enum[cat,cow,dog,goat,horse,lion,mouse,pig,rabbit,sheep,zebra] and Enum[lion,zebra]
ok 5 - Relationship between Enum[cow,goat,horse,pig,sheep] and Enum[cat,cow,dog,goat,horse,lion,mouse,pig,rabbit,sheep,zebra]
ok 6 - Relationship between Enum[cow,goat,horse,pig,sheep] and Enum[cow,goat,horse,pig,sheep]
ok 7 - Relationship between Enum[cow,goat,horse,pig,sheep] and Enum[cat,dog,mouse,rabbit]
ok 8 - Relationship between Enum[cow,goat,horse,pig,sheep] and Enum[lion,zebra]
ok 9 - Relationship between Enum[cat,dog,mouse,rabbit] and Enum[cat,cow,dog,goat,horse,lion,mouse,pig,rabbit,sheep,zebra]
ok 10 - Relationship between Enum[cat,dog,mouse,rabbit] and Enum[cow,goat,horse,pig,sheep]
ok 11 - Relationship between Enum[cat,dog,mouse,rabbit] and Enum[cat,dog,mouse,rabbit]
ok 12 - Relationship between Enum[cat,dog,mouse,rabbit] and Enum[lion,zebra]
ok 13 - Relationship between Enum[lion,zebra] and Enum[cat,cow,dog,goat,horse,lion,mouse,pig,rabbit,sheep,zebra]
ok 14 - Relationship between Enum[lion,zebra] and Enum[cow,goat,horse,pig,sheep]
ok 15 - Relationship between Enum[lion,zebra] and Enum[cat,dog,mouse,rabbit]
ok 16 - Relationship between Enum[lion,zebra] and Enum[lion,zebra]
ok 17 - Relationship between Enum[cat,dog,mouse,rabbit] and Enum[cat,lion]
ok 18 - Relationship between Enum[cat,lion] and Enum[cat,dog,mouse,rabbit]
ok 19 - Relationship between Enum[cat,lion] and Enum[cat,lion]
ok 20 - Relationship between Enum[cat,lion] and Enum[cat,lion]
1..20
ok
t/20-modules/Type-Tiny-Enum/errors.t .........................
ok 1
ok 2
ok 3
ok 4
ok 5
1..5
ok
t/20-modules/Type-Tiny-Enum/exporter.t .......................
ok 1 - 'Status' isa 'Type::Tiny'
ok 2
ok 3
ok 4
1..4
ok
t/20-modules/Type-Tiny-Enum/exporter_lexical.t ...............
ok 1 - 'Status' isa 'Type::Tiny'
ok 2
ok 3
ok 4 - nothing added to registry
ok 5 - no Status function in symbol table
ok 6 - no is_Status function in symbol table
ok 7 - no assert_Status function in symbol table
ok 8 - no to_Status function in symbol table
ok 9 - no STATUS_DEAD function in symbol table
ok 10 - no STATUS_ALIVE function in symbol table
1..10
ok
t/20-modules/Type-Tiny-Enum/sorter.t .........................
ok 1 - sorted
1..1
ok
t/20-modules/Type-Tiny-Enum/union_intersection.t .............
ok 1 - '$foo_union_bar' isa 'Type::Tiny::Enum'
ok 2 - $foo_union_bar->unique_values
ok 3 - '$foo_intersect_bar' isa 'Type::Tiny::Enum'
ok 4 - $foo_intersect_bar->unique_values
1..4
ok
t/20-modules/Type-Tiny-Intersection/basic.t ..................
ok 1 - 'FooBarAndDoesQuux' isa 'Type::Tiny::Intersection'
ok 2 - 'FooBarAndDoesQuux->[0]' isa 'Type::Tiny::Class'
ok 3 - 'FooBarAndDoesQuux->[1]' isa 'Type::Tiny::Role'
ok 4 - stringification good
ok 5 - Reference bless( {}, 'Foo::Bar' ) fails type constraint FooBar&DoesQuux
ok 6 - Reference bless( {}, 'Foo::Baz' ) passes type constraint FooBar&DoesQuux
ok 7 - Reference bless( [], 'Something' ) fails type constraint FooBar&DoesQuux
ok 8 - Reference bless( [], 'Something::Else' ) fails type constraint FooBar&DoesQuux
ok 9 - Value "Foo::Bar" fails type constraint FooBar&DoesQuux
ok 10 - Value "Foo::Baz" fails type constraint FooBar&DoesQuux
ok 11 - intersections don't get unnecessarily deep
# ((Type::Tiny::XS::AUTO::TC1($X)) and do { package Type::Tiny; Scalar::Util::blessed($X) and do { my $method = $X->can('DOES')||$X->can('isa'); $X->$method(q[Quux]) } } and (ref($X) and Scalar::Util::reftype($X) eq q(ARRAY)))
ok 12 - Reference bless( [], 'Foo::Baz' ) passes type constraint FooBar&DoesQuux&Ref[ARRAY]
ok 13 - Reference bless( {}, 'Foo::Baz' ) fails type constraint FooBar&DoesQuux&Ref[ARRAY]
ok 14 - An object of class 'Type::Tiny::Intersection' isa 'Type::Tiny::Intersection'
ok 15 - not (SmallInteger&__ANON__)->can_be_inlined
ok 16 - Value "2" passes type constraint SmallInteger&__ANON__
ok 17 - Value "20" fails type constraint SmallInteger&__ANON__
ok 18 - Value "3" fails type constraint SmallInteger&__ANON__
ok 19 - cannot push to overloaded arrayref
1..19
ok
t/20-modules/Type-Tiny-Intersection/cmp.t ....................
ok 1 - Value "2" passes type constraint Even&PositiveInt
ok 2 - Value "-2" fails type constraint Even&PositiveInt
ok 3 - Value "1" fails type constraint Even&PositiveInt
ok 4 - Num subtype: Int, PositiveInt, Even, Even&PositiveInt
ok 5 - Int subtype: PositiveInt, Even, Even&PositiveInt
ok 6 - PositiveInt subtype: Even&PositiveInt
ok 7 - Even subtype: Even&PositiveInt
ok 8 - __ANON__ subtype: Int, PositiveInt, Even, __ANON__
ok 9 - __ANON__ subtype: PositiveInt, Even, __ANON__
ok 10 - __ANON__ subtype: __ANON__
ok 11 - __ANON__ subtype: __ANON__
ok 12 - Even&PositiveInt subtype: __ANON__
ok 13 - Even >
ok 14 - < Even
ok 15 - Int >
ok 16 - < Int
ok 17 - ==
1..17
ok
t/20-modules/Type-Tiny-Intersection/constrainedobject.t ......
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
ok 7
ok 8
ok 9
ok 10
ok 11
ok 12
ok 13
ok 14
ok 15
ok 16
ok 17
ok 18
ok 19
ok 20 - Reference bless( {"as_number" => 42}, 'Local::Class' ) passes type constraint Ref[HASH]&__ANON__
ok 21 - Reference bless( {"as_number" => 41}, 'Local::Class' ) fails type constraint Ref[HASH]&__ANON__
1..21
ok
t/20-modules/Type-Tiny-Intersection/errors.t .................
ok 1
ok 2
ok 3
ok 4
ok 5
1..5
ok
t/20-modules/Type-Tiny-Role/basic.t ..........................
ok 1 - 'DoesQuux' isa 'Type::Tiny'
ok 2 - 'DoesQuux' isa 'Type::Tiny::Role'
ok 3 - Reference bless( {}, 'Foo::Bar' ) fails type constraint DoesQuux
ok 4 - Reference bless( {}, 'Foo::Baz' ) passes type constraint DoesQuux
ok 5 - Undef fails type constraint DoesQuux
ok 6 - Reference {} fails type constraint DoesQuux
ok 7 - Reference bless( {"_caller_level" => 1,"_overload_coderef" => sub { "D...) fails type constraint DoesQuux
ok 8 - Reference bless( {"_caller_level" => 1,"_overload_coderef" => sub { "D...) fails type constraint DoesQuux
ok 9 - Reference bless( {"_caller_level" => 1,"_overload_coderef" => sub { "D...) fails type constraint DoesQuux
ok 10 - Value "Quux" fails type constraint DoesQuux
ok 11 - constructor can be passed a hash or hashref
1..11
ok
t/20-modules/Type-Tiny-Role/errors.t .........................
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
ok 7
ok 8
1..8
ok
t/20-modules/Type-Tiny-Role/exporter.t .......................
ok 1 - 'LocalFoo' isa 'Type::Tiny'
ok 2
ok 3
1..3
ok
t/20-modules/Type-Tiny-Union/basic.t .........................
ok 1 - 'FooBarOrDoesQuux' isa 'Type::Tiny::Union'
ok 2 - 'FooBarOrDoesQuux->[0]' isa 'Type::Tiny::Class'
ok 3 - 'FooBarOrDoesQuux->[1]' isa 'Type::Tiny::Role'
ok 4 - stringification good
ok 5 - Reference bless( {}, 'Foo::Bar' ) passes type constraint FooBar|DoesQuux
ok 6 - Reference bless( {}, 'Foo::Baz' ) passes type constraint FooBar|DoesQuux
ok 7 - Reference bless( [], 'Something' ) passes type constraint FooBar|DoesQuux
ok 8 - Reference bless( [], 'Something::Else' ) fails type constraint FooBar|DoesQuux
ok 9 - Value "Foo::Bar" fails type constraint FooBar|DoesQuux
ok 10 - Value "Foo::Baz" fails type constraint FooBar|DoesQuux
ok 11 - unions don't get unnecessarily deep
ok 12 - can climb up parents of union type constraints to find best common ancestor
ok 13 - cannot push to overloaded arrayref
ok 14 - can climb up parents of union type constraints to find best common ancestor (again)
ok 15 - Union find_type_for
ok 16 - Union find_type_for (less obvious)
ok 17 - Union find_type_for (ambiguous)
ok 18 - Union find_type_for (none)
ok 19 - Union equals
ok 20 - Union not equals
1..20
ok
t/20-modules/Type-Tiny-Union/constrainedobject.t .............
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
ok 7
1..7
ok
t/20-modules/Type-Tiny-Union/errors.t ........................
ok 1
ok 2
ok 3
ok 4
ok 5
1..5
ok
t/20-modules/Type-Tiny-Union/relationships.t .................
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
ok 7
1..7
ok
t/20-modules/Type-Tiny/arithmetic.t ..........................
ok 1 - Reference \123 fails type constraint ~ScalarRef
ok 2 - Reference [] fails type constraint ~ArrayRef
ok 3 - Reference {} fails type constraint ~HashRef
ok 4 - Reference sub { "DUMMY" } fails type constraint ~CodeRef
ok 5 - Reference \*::STDOUT fails type constraint ~GlobRef
ok 6 - Reference \\"Hello" fails type constraint ~Ref
ok 7 - Reference \*::STDOUT fails type constraint ~FileHandle
ok 8 - Reference qr/x/ fails type constraint ~RegexpRef
ok 9 - Value "1" fails type constraint ~Str
ok 10 - Value "1" fails type constraint ~Num
ok 11 - Value "1" fails type constraint ~Int
ok 12 - Value "1" fails type constraint Undef
ok 13 - Value "1" fails type constraint ~Value
ok 14 - Undef fails type constraint Defined
ok 15 - Undef fails type constraint ~Item
ok 16 - Undef fails type constraint None
ok 17 - Value "Type::Tiny" fails type constraint ~ClassName
ok 18 - Value "Type::Library" fails type constraint ~RoleName
ok 19 - Undef fails type constraint ~Bool
ok 20 - Value "" fails type constraint ~Bool
ok 21 - Value "0" fails type constraint ~Bool
ok 22 - Value "1" fails type constraint ~Bool
ok 23 - Value "7" passes type constraint ~Bool
ok 24 - Reference \\"Hello" fails type constraint ~ScalarRef
ok 25 - Value "Type::Tiny" passes type constraint ~RoleName
ok 26 - Reference [] passes type constraint ~Str
ok 27 - Reference [] passes type constraint ~Num
ok 28 - Reference [] passes type constraint ~Int
ok 29 - Value "4x4" fails type constraint ~Str
ok 30 - Value "4x4" passes type constraint ~Num
ok 31 - Value "4.2" passes type constraint ~Int
ok 32 - Undef passes type constraint ~Str
ok 33 - Undef passes type constraint ~Num
ok 34 - Undef passes type constraint ~Int
ok 35 - Undef passes type constraint Undef
ok 36 - Undef passes type constraint ~Value
ok 37 - Undef passes type constraint ~ClassName
ok 38 - Reference [] passes type constraint ~ClassName
ok 39 - Value "Local::Class2" fails type constraint ~ClassName
ok 40 - Value "Local::Class3" fails type constraint ~ClassName
ok 41 - Value "Local::Class4" fails type constraint ~ClassName
ok 42 - Value "Local::Class5" fails type constraint ~ClassName
ok 43 - Value "Local::Dummy1" passes type constraint ~ClassName
ok 44 - Reference [] fails type constraint ~ArrayRef[Int]
ok 45 - Reference [1,2,3] fails type constraint ~ArrayRef[Int]
ok 46 - Reference ["1.1",2,3] passes type constraint ~ArrayRef[Int]
ok 47 - Reference [1,2,"3.1"] passes type constraint ~ArrayRef[Int]
ok 48 - Reference [[]] passes type constraint ~ArrayRef[Int]
ok 49 - Reference [[3]] fails type constraint ~ArrayRef[ArrayRef[Int]]
ok 50 - Reference [["A"]] passes type constraint ~ArrayRef[ArrayRef[Int]]
ok 51 - Undef fails type constraint ~Maybe[Int]
ok 52 - Value "123" fails type constraint ~Maybe[Int]
ok 53 - Value "1.3" passes type constraint ~Maybe[Int]
ok 54 - Value "-2" passes type constraint Even&Negative
ok 55 - Value "-1" passes type constraint Even&Negative
ok 56 - Value "0" passes type constraint Even&~Negative&~Positive
ok 57 - Value "1" passes type constraint Even&Positive
ok 58 - Value "2" passes type constraint Even&Positive
ok 59 - Value "3" passes type constraint Even|Even
ok 60 - Value "4" passes type constraint Even|Even
ok 61 - Value "5" passes type constraint Negative|Positive
ok 62 - Value "-6" passes type constraint Negative|Positive
ok 63 - Value "-3" fails type constraint Even&Negative
ok 64 - Value "1" fails type constraint Even&Negative
ok 65 - Value "1" fails type constraint Even&~Negative&~Positive
ok 66 - Value "2" fails type constraint Even&Positive
ok 67 - Value "1" fails type constraint Even&Positive
ok 68 - Value "Str" fails type constraint Even|Even
ok 69 - Value "1.1" fails type constraint Even|Even
ok 70 - Value "0" fails type constraint Negative|Positive
ok 71 - Value "Str" fails type constraint Negative|Positive
ok 72 - coolio stringification
ok 73 - Item > Value
ok 74 - Value > Str
ok 75 - Str > Num
ok 76 - Num > Int
ok 77 - Int > $odd
ok 78 - Item >= Value
ok 79 - Value >= Str
ok 80 - Str >= Num
ok 81 - Num >= Int
ok 82 - Int >= $odd
ok 83 - Value < Item
ok 84 - Str < Value
ok 85 - Num < Str
ok 86 - Int < Num
ok 87 - $even < Int
ok 88 - Value <= Item
ok 89 - Str <= Value
ok 90 - Num <= Str
ok 91 - Int <= Num
ok 92 - $even < Int
ok 93 - not(Int > Int)
ok 94 - not(Int < Int)
ok 95 - Int <= Int
ok 96 - Int >= Int
ok 97 - not(ArrayRef[Int] > ArrayRef[Num])
ok 98 - not(ArrayRef[Int] == ArrayRef[Num])
ok 99 - ArrayRef[Int] == ArrayRef[Int]
ok 100 - not(ArrayRef == ArrayRef[Int])
ok 101 - ArrayRef > ArrayRef[Int]
1..101
ok
t/20-modules/Type-Tiny/basic.t ...............................
ok 1 - Type::Tiny can works for valid methods
ok 2 - Type::Tiny can works for invalid methods
ok 3 - Any is not anon
ok 4 - Any is called Any
ok 5 - Any can be inlined
ok 6 - Value "1" passes type constraint Any
ok 7 - Value "1.2" passes type constraint Any
ok 8 - Value "Hello World" passes type constraint Any
ok 9 - Reference [] passes type constraint Any
ok 10 - Reference {} passes type constraint Any
ok 11 - Undef passes type constraint Any
ok 12 - Reference \*::STDOUT passes type constraint Any
ok 13 - bad type constraint name
ok 14 - $Int is anon
ok 15 - $Int is called __ANON__
ok 16 - $Int cannot be inlined
ok 17 - Value "1" passes type constraint __ANON__
ok 18 - Value "-1" passes type constraint __ANON__
ok 19 - Value "0" passes type constraint __ANON__
ok 20 - Value "100" passes type constraint __ANON__
ok 21 - Value "10000" passes type constraint __ANON__
ok 22 - Value "987654" passes type constraint __ANON__
ok 23 - Value "1.2" fails type constraint __ANON__
ok 24 - Value "Hello World" fails type constraint __ANON__
ok 25 - Reference [] fails type constraint __ANON__
ok 26 - Reference {} fails type constraint __ANON__
ok 27 - Undef fails type constraint __ANON__
ok 28 - Reference \*::STDOUT fails type constraint __ANON__
ok 29 - Any subtype: __ANON__
ok 30 - Any is_supertype_of $Int
ok 31 - $Int is_a_type_of Any
ok 32 - $Int is_a_type_of $Int
ok 33 - not $Int is_subtype_of $Int
ok 34 - Below is_parameterizable
ok 35 - not Below is_parameterized
ok 36 - Value "1" passes type constraint Below
ok 37 - Value "-1" passes type constraint Below
ok 38 - Value "0" passes type constraint Below
ok 39 - Value "100" passes type constraint Below
ok 40 - Value "10000" passes type constraint Below
ok 41 - Value "987654" passes type constraint Below
ok 42 - Value "1.2" fails type constraint Below
ok 43 - Value "Hello World" fails type constraint Below
ok 44 - Reference [] fails type constraint Below
ok 45 - Reference {} fails type constraint Below
ok 46 - Undef fails type constraint Below
ok 47 - Reference \*::STDOUT fails type constraint Below
ok 48 - $Below5 is anon
ok 49 - ... but still has a nice display name
ok 50 - Value "1" passes type constraint Below[5]
ok 51 - Value "-1" passes type constraint Below[5]
ok 52 - Value "0" passes type constraint Below[5]
ok 53 - Value "1.2" fails type constraint Below[5]
ok 54 - Value "Hello World" fails type constraint Below[5]
ok 55 - Reference [] fails type constraint Below[5]
ok 56 - Reference {} fails type constraint Below[5]
ok 57 - Undef fails type constraint Below[5]
ok 58 - Reference \*::STDOUT fails type constraint Below[5]
ok 59 - Value "100" fails type constraint Below[5]
ok 60 - Value "10000" fails type constraint Below[5]
ok 61 - Value "987654" fails type constraint Below[5]
ok 62 - Any subtype: Below[5]
ok 63 - __ANON__ subtype: Below[5]
ok 64 - Below subtype: Below[5]
ok 65 - Below[5] is_parameterized
ok 66 - has_parameters method works - negative
ok 67 - has_parameters method works - positive
ok 68 - parameters method works
ok 69 - inlining stuff can return a list
ok 70 - loose subtype comparison 1
ok 71 - strict subtype comparison 1
ok 72 - loose supertype comparison 1
ok 73 - strict supertype comparison 1
ok 74 - loose subtype comparison 2
ok 75 - strict subtype comparison 2
ok 76 - loose supertype comparison 2
ok 77 - strict supertype comparison 2
ok 78 - find_parent (scalar context)
ok 79 - find_parent (list context)
ok 80 - ... includes a count
ok 81 - find_parent (null result)
ok 82 - ... includes an undef count
ok 83 - find_constraining_type
1..83
ok
t/20-modules/Type-Tiny/cmp.t .................................
ok 1 - __ANON__ subtype: __ANON__, __ANON__, __ANON__, __ANON__, __ANON__, __ANON__, __ANON__
ok 2 - __ANON__ subtype: __ANON__, __ANON__, __ANON__, __ANON__, __ANON__, __ANON__, __ANON__
ok 3 - __ANON__ subtype: __ANON__, __ANON__, __ANON__, __ANON__, __ANON__
ok 4 - __ANON__ subtype: __ANON__, __ANON__, __ANON__, __ANON__, __ANON__
ok 5 - __ANON__ subtype: __ANON__, __ANON__, __ANON__
ok 6 - __ANON__ subtype: __ANON__, __ANON__, __ANON__
ok 7 - __ANON__ subtype: __ANON__
ok 8 - __ANON__ subtype: __ANON__
ok 9
ok 10
ok 11
ok 12
ok 13
ok 14
ok 15
ok 16
ok 17
ok 18
ok 19
ok 20
ok 21
ok 22
ok 23
ok 24
ok 25
ok 26
ok 27
ok 28
ok 29
ok 30
ok 31
ok 32
ok 33
ok 34
ok 35
ok 36
ok 37
ok 38
ok 39
ok 40
ok 41
ok 42
ok 43
1..43
ok
t/20-modules/Type-Tiny/coercion-modifiers.t ..................
ok 1 - has_coercian_for_type - obvious
ok 2 - has_coercian_for_type - subtle
ok 3 - has_coercian_for_type - negative
ok 4 - plus_coercions - added coercion
ok 5 - plus_coercions - added coercion
ok 6 - plus_coercions - retained coercion
ok 7 - plus_coercions - retained coercion
ok 8 - minus_coercions - retained coercion
ok 9 - minus_coercions - removed coercion
ok 10 - minus_coercions - retained coercion
ok 11 - minus_coercions - removed coercion
ok 12 - no_coercions - removed coercion
ok 13 - no_coercions - removed coercion
ok 14 - no_coercions - removed coercion
ok 15 - no_coercions - removed coercion
1..15
ok
t/20-modules/Type-Tiny/constraint-strings.t ..................
ok 1 - non-empty string, okay
ok 2 - 'result of empty string' isa 'Error::TypeTiny'
ok 3 - non-empty arrayref, okay
ok 4 - 'result of empty arrayref' isa 'Error::TypeTiny'
ok 5 - non-empty hashref, okay
ok 6 - 'result of empty hashref' isa 'Error::TypeTiny'
1..6
ok
t/20-modules/Type-Tiny/custom-exception-classes.t ............
ok 1 - An object of class 'Custom::Exception' isa 'Custom::Exception'
ok 2 - An object of class 'Custom::Exception' isa 'Custom::Exception'
# do { no warnings "void"; package Type::Tiny; ((do { package Type::Tiny; (do { package Type::Tiny; (do { my $tmp = $value; defined($tmp) and !ref($tmp) and $tmp =~ /\A-?[0-9]+\z/ }) } && (do { local $_ = $value; $_ > 3 })) } && (do { local $_ = $value; $_ < 5 }))) or Type::Tiny::_failed_check(41, "__ANON__", $value, "exception_class","Custom::Exception"); $value };
1..2
ok
t/20-modules/Type-Tiny/definition-context.t ..................
ok 1 - expected definition context
1..1
ok
t/20-modules/Type-Tiny/deprecation.t .........................
ok 1
ok 2
ok 3
ok 4
ok 5
1..5
ok
t/20-modules/Type-Tiny/esoteric.t ............................
ok 1 - $type->inline_environment
ok 2 - $type->_inline_check
ok 3 - $type->_compiled_type_constraint
ok 4 - $type->meta
ok 5 - $type->compile_type_constraint
ok 6 - $type->_actually_compile_type_constraint
ok 7 - $type->hand_optimized_type_constraint
ok 8 - $type->has_hand_optimized_type_constraint
ok 9 - $type->__is_parameterized
ok 10 - $type->has_parameterized_from
ok 11 - $type->_add_type_coercions
ok 12 - $type->_as_string
ok 13 - $type->_stringify_no_magic
ok 14 - $type->_compiled_type_coercion
ok 15 - $type->_identity
ok 16 - $type->_unite
ok 17 - overridden assert_return works (failing value)
ok 18 - overridden assert_return works (passing value)
ok 19 - overridden assert_return is used by &{} overload
ok 20 - $type->____make_key
1..20
ok
t/20-modules/Type-Tiny/inline-assert.t .......................
# INLINE ASSERTION, INLINABLE TYPE, NO TYPEVAR
# do { no warnings "void"; package Type::Tiny; ((do { my $tmp = $VALUE[0]; defined($tmp) and !ref($tmp) and $tmp =~ /\A-?[0-9]+\z/ })) or Type::Tiny::_failed_check(13, "Int", $VALUE[0], "exception_class","Error::TypeTiny::Assertion"); $VALUE[0] };
ok 1 - successful check
ok 2 - successful throw
ok 3 - ... with correct exception
# INLINE ASSERTION, INLINABLE TYPE, WITH TYPEVAR
# do { no warnings "void"; package Type::Tiny; ((do { my $tmp = $VALUE[0]; defined($tmp) and !ref($tmp) and $tmp =~ /\A-?[0-9]+\z/ })) or Type::Tiny::_failed_check($type, "Int", $VALUE[0], "exception_class","Error::TypeTiny::Assertion"); $VALUE[0] };
ok 4 - successful check
ok 5 - successful throw
ok 6 - ... with correct exception
ok 7 - successful throw even when $type is undef
ok 8 - ... with correct exception
ok 9 - ... but the exception does not know which type it was thrown by
# INLINE ASSERTION, NON-INLINABLE TYPE, NO TYPEVAR
ok 10 - cannot be done!
# INLINE ASSERTION, NON-INLINABLE TYPE, WITH TYPEVAR
# do { no warnings "void"; package Type::Tiny; $type->check($VALUE[0]) or Type::Tiny::_failed_check($type, "__ANON__", $VALUE[0], "exception_class","Error::TypeTiny::Assertion"); $VALUE[0] };
ok 11 - successful check
ok 12 - successful throw
ok 13 - ... with correct exception
# INLINE ASSERTION, NON-INLINABLE TYPE, WITH TYPEVAR AND EXTRAS
# do { no warnings "void"; package Type::Tiny; $type->check($VALUE[0]) or Type::Tiny::_failed_check($type, "__ANON__", $VALUE[0], "exception_class","Error::TypeTiny::Assertion","foo","bar"); $VALUE[0] };
ok 14 - extras work
1..14
ok
t/20-modules/Type-Tiny/list-methods.t ........................
# Subtest: Tests with inlineable base types
ok 1 - Type::Tiny->can('grep')
ok 2 - Type::Tiny->can('map')
ok 3 - Type::Tiny->can('sort')
ok 4 - Type::Tiny->can('rsort')
ok 5 - Type::Tiny->can('first')
ok 6 - Type::Tiny->can('any')
ok 7 - Type::Tiny->can('all')
ok 8 - Type::Tiny->can('assert_any')
ok 9 - Type::Tiny->can('assert_all')
ok 10 - Type::Tiny->can('grep')
ok 11 - Type::Tiny->can('sort')
ok 12 - Type::Tiny->can('rsort')
ok 13 - Type::Tiny->can('first')
ok 14 - Type::Tiny->can('any')
ok 15 - Type::Tiny->can('all')
ok 16 - Type::Tiny->can('assert_any')
ok 17 - Type::Tiny->can('assert_all')
ok 18
ok 19 - Int->grep
ok 20 - Int->first
ok 21 - map() requires a coercion
ok 22 - $Rounded->map
ok 23 - $Rounded->map with uncoercible values
ok 24 - Any->sort
ok 25 - Int->sort
ok 26 - $Rounded->sort
ok 27 - Str->sort
ok 28 - Int->rsort
ok 29 - $Rounded->rsort
ok 30 - Str->rsort
ok 31 - $CrazyInt->sort
ok 32 - $CrazyInt->rsort
ok 33 - not Int->any(qw//)
ok 34 - Int->any(qw/ foo 1 bar /)
ok 35 - not Int->any(qw/ foo bar /)
ok 36 - Int->any(qw/ 1 2 3 /)
ok 37 - Int->all(qw//)
ok 38 - not Int->all(qw/ foo 1 bar /)
ok 39 - not Int->all(qw/ foo bar /)
ok 40 - Int->all(qw/ 1 2 3 /)
ok 41 - Int->assert_any(qw//) --> exception
ok 42 - Int->assert_any(qw/ foo 1 bar /)
ok 43 - Int->assert_any(qw/ foo bar /) --> exception
ok 44 - Int->assert_any(qw/ 1 2 3 /)
ok 45 - Int->assert_all(qw//)
ok 46 - Int->assert_all(qw/ foo 1 bar /) --> exception
ok 47 - Int->assert_all(qw/ foo bar /) --> exception
ok 48 - Int->assert_all(qw/ 1 2 3 /)
ok 49 - Int->_build_util("xxxx") --> exception
1..49
ok 1 - Tests with inlineable base types
# Subtest: Tests with non-inlineable base types
ok 1 - Type::Tiny->can('grep')
ok 2 - Type::Tiny->can('map')
ok 3 - Type::Tiny->can('sort')
ok 4 - Type::Tiny->can('rsort')
ok 5 - Type::Tiny->can('first')
ok 6 - Type::Tiny->can('any')
ok 7 - Type::Tiny->can('all')
ok 8 - Type::Tiny->can('assert_any')
ok 9 - Type::Tiny->can('assert_all')
ok 10 - Type::Tiny->can('grep')
ok 11 - Type::Tiny->can('sort')
ok 12 - Type::Tiny->can('rsort')
ok 13 - Type::Tiny->can('first')
ok 14 - Type::Tiny->can('any')
ok 15 - Type::Tiny->can('all')
ok 16 - Type::Tiny->can('assert_any')
ok 17 - Type::Tiny->can('assert_all')
ok 18
ok 19 - Int->grep
ok 20 - Int->first
ok 21 - map() requires a coercion
ok 22 - $Rounded->map
ok 23 - $Rounded->map with uncoercible values
ok 24 - Any->sort
ok 25 - Int->sort
ok 26 - $Rounded->sort
ok 27 - Str->sort
ok 28 - Int->rsort
ok 29 - $Rounded->rsort
ok 30 - Str->rsort
ok 31 - $CrazyInt->sort
ok 32 - $CrazyInt->rsort
ok 33 - not Int->any(qw//)
ok 34 - Int->any(qw/ foo 1 bar /)
ok 35 - not Int->any(qw/ foo bar /)
ok 36 - Int->any(qw/ 1 2 3 /)
ok 37 - Int->all(qw//)
ok 38 - not Int->all(qw/ foo 1 bar /)
ok 39 - not Int->all(qw/ foo bar /)
ok 40 - Int->all(qw/ 1 2 3 /)
ok 41 - Int->assert_any(qw//) --> exception
ok 42 - Int->assert_any(qw/ foo 1 bar /)
ok 43 - Int->assert_any(qw/ foo bar /) --> exception
ok 44 - Int->assert_any(qw/ 1 2 3 /)
ok 45 - Int->assert_all(qw//)
ok 46 - Int->assert_all(qw/ foo 1 bar /) --> exception
ok 47 - Int->assert_all(qw/ foo bar /) --> exception
ok 48 - Int->assert_all(qw/ 1 2 3 /)
ok 49 - Int->_build_util("xxxx") --> exception
1..49
ok 2 - Tests with non-inlineable base types
1..2
ok
t/20-modules/Type-Tiny/my-methods.t ..........................
ok 1 - Type::Tiny->can('my_round_off')
ok 2 - Type::Tiny->can('my_round_off')
ok 3 - Number my_round_off works
ok 4 - Number2 my_round_off works
ok 5 - Number cannot my_smirnoff
ok 6 - Number2 cannot my_smirnoff
1..6
ok
t/20-modules/Type-Tiny/parameterization.t ....................
ok 1 - Avoid duplicating parameterized types
ok 2 - ... except when necessary!
ok 3 - Reference ["Bob"] passes type constraint ArrayRef[__ANON__]
ok 4 - Reference ["Bob","Bob"] passes type constraint ArrayRef[__ANON__]
ok 5 - Reference ["Bob","Bob","Suzie"] fails type constraint ArrayRef[__ANON__]
ok 6 - Reference ["Bob"] passes type constraint ArrayRef[__ANON__]
ok 7 - Reference ["Bob","Bob"] passes type constraint ArrayRef[__ANON__]
ok 8 - Reference ["Bob","Bob","Suzie"] fails type constraint ArrayRef[__ANON__]
ok 9 - Reference ["Bob"] passes type constraint ArrayRef[Str&__ANON__]
ok 10 - Reference ["Bob","Bob"] passes type constraint ArrayRef[Str&__ANON__]
ok 11 - Reference ["Bob","Bob","Suzie"] fails type constraint ArrayRef[Str&__ANON__]
ok 12 - error message when a coderef returns false
ok 13 - error message when a coderef dies
ok 14 - $p7 and $p8 stringify the same
ok 15 - $p7 and $p8 are the same
ok 16
1..16
ok
t/20-modules/Type-Tiny/refcount.t ............................ skipped: requires Devel::Refcount
t/20-modules/Type-Tiny/shortcuts.t ...........................
ok 1 - ->of method works same as ->parameterize
ok 2 - Reference ["Bob","Alice"] passes type constraint __ANON__
ok 3 - Reference ["Alice","Bob"] fails type constraint __ANON__
1..3
ok
t/20-modules/Type-Tiny/smartmatch.t ..........................
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6 - int
not ok 7 - regexpref # TODO this would be nice, but probably requires changes to perl
# Failed (TODO) test 'regexpref'
# at t/20-modules/Type-Tiny/smartmatch.t line 54.
1..7
ok
t/20-modules/Type-Tiny/strictmode-off.t ......................
# Subtest: Type constraint object overloading /
ok 1 - Reference [] passes type constraint ArrayRef[Str]
ok 2 - Reference [1,2,3] passes type constraint ArrayRef[Str]
ok 3 - Reference ["foo","bar"] passes type constraint ArrayRef[Str]
ok 4 - Reference [{}] fails type constraint ArrayRef[Str]
ok 5 - Reference {} fails type constraint ArrayRef[Str]
1..5
ok 1 - Type constraint object overloading /
# Subtest: Type::Parser support for /
ok 1 - Reference [] passes type constraint ArrayRef[Str]
ok 2 - Reference [1,2,3] passes type constraint ArrayRef[Str]
ok 3 - Reference ["foo","bar"] passes type constraint ArrayRef[Str]
ok 4 - Reference [{}] fails type constraint ArrayRef[Str]
ok 5 - Reference {} fails type constraint ArrayRef[Str]
1..5
ok 2 - Type::Parser support for /
1..2
ok
t/20-modules/Type-Tiny/strictmode-on.t .......................
# Subtest: Type constraint object overloading /
ok 1 - Reference [] passes type constraint ArrayRef[Int]
ok 2 - Reference [1,2,3] passes type constraint ArrayRef[Int]
ok 3 - Reference ["foo","bar"] fails type constraint ArrayRef[Int]
ok 4 - Reference [{}] fails type constraint ArrayRef[Int]
ok 5 - Reference {} fails type constraint ArrayRef[Int]
1..5
ok 1 - Type constraint object overloading /
# Subtest: Type::Parser support for /
ok 1 - Reference [] passes type constraint ArrayRef[Int]
ok 2 - Reference [1,2,3] passes type constraint ArrayRef[Int]
ok 3 - Reference ["foo","bar"] fails type constraint ArrayRef[Int]
ok 4 - Reference [{}] fails type constraint ArrayRef[Int]
ok 5 - Reference {} fails type constraint ArrayRef[Int]
1..5
ok 2 - Type::Parser support for /
1..2
ok
t/20-modules/Type-Tiny/syntax.t ..............................
ok 1 - $type1==$type2
ok 2 - $type1==$type3
ok 3 - $type2==$type3
1..3
ok
t/20-modules/Type-Tiny/to-moose.t ............................
ok 1 - '$mAny' isa 'Moose::Meta::TypeConstraint'
ok 2 - '$mInt' isa 'Moose::Meta::TypeConstraint'
ok 3 - type constraint inheritance seems right
ok 4 - Value "42" passes type constraint __ANON__
ok 5 - Reference [] passes type constraint __ANON__
ok 6 - Value "42" passes type constraint __ANON__
ok 7 - Reference [] fails type constraint __ANON__
1..7
ok
t/20-modules/Type-Tiny/to-mouse.t ............................
ok 1 - '$mAny' isa 'Mouse::Meta::TypeConstraint'
ok 2 - '$mInt' isa 'Mouse::Meta::TypeConstraint'
ok 3 - type constraint inheritance seems right
ok 4 - Value "42" passes type constraint __ANON__
ok 5 - Reference [] passes type constraint __ANON__
ok 6 - Value "42" passes type constraint __ANON__
ok 7 - Reference [] fails type constraint __ANON__
1..7
ok
t/20-modules/Type-Tiny/type_default.t ........................
ok 1 - Any->type_default
ok 2 - Item->type_default (inherited from Any)
ok 3 - Defined->type_default (not inherited from Item)
ok 4 - Str->type_default
ok 5 - Int->type_default
ok 6 - Num->type_default
ok 7 - StrictNum->type_default
ok 8 - LaxNum->type_default
ok 9 - Bool->type_default
ok 10 - Undef->type_default
ok 11 - Maybe->type_default
ok 12 - Maybe[Str]->type_default generated for parameterized type
ok 13 - ArrayRef->type_default
ok 14 - ArrayRef[Str]->type_default generated for parameterized type
ok 15 - ArrayRef[Str, 1, 2]->type_default not generated
ok 16 - HashRef->type_default
ok 17 - HashRef[Str]->type_default generated for parameterized type
ok 18 - Map->type_default
ok 19 - Map[Str, Int]->type_default generated for parameterized type
# Subtest: quasi-curry
ok 1 - quasi-curry worked
ok 2 - quasi-curried arguments
ok 3 - regular arguments
1..3
ok 20 - quasi-curry
1..20
ok
t/20-modules/Type-Utils/auto-registry.t ......................
ok 1 - Declaration functions add types to registries
ok 2
ok 3
ok 4
1..4
ok
t/20-modules/Type-Utils/classifier.t .........................
ok 1 - Value "42" classified as Int
ok 2 - Value "1.1" classified as Num
ok 3 - Value "Hello world" classified as Str
ok 4 - Value "42" classified as Int
ok 5 - Value "1.1" classified as Num
ok 6 - Reference \undef classified as Ref
ok 7 - Reference [] classified as ArrayRef
ok 8 - Reference {} classified as HashRef
ok 9 - Undef classified as Any
ok 10 - Reference bless( {"_overload_coderef" => sub { "DUMMY" },"_overrides_a...) classified as InstanceOf["Type::Tiny"]
1..10
ok
t/20-modules/Type-Utils/dwim-both.t ..........................
ok 1 - Value "2" fails type constraint FortyFive
ok 2 - Value "5" passes type constraint FortyFive
ok 3 - Value "40" passes type constraint FortyFive
ok 4 - Value "45" fails type constraint FortyFive
ok 5 - Value "99" fails type constraint FortyFive
ok 6 - Value "2" fails type constraint FortyFive
ok 7 - Value "5" fails type constraint FortyFive
ok 8 - Value "40" fails type constraint FortyFive
ok 9 - Value "45" passes type constraint FortyFive
ok 10 - Value "99" fails type constraint FortyFive
1..10
ok
t/20-modules/Type-Utils/dwim-moose.t .........................
ok 1 - '$two' isa 'Type::Tiny'
ok 2 - '$twos' isa 'Type::Tiny'
ok 3 - Value "2" passes type constraint Two
ok 4 - Value "3" fails type constraint Two
ok 5 - Reference [2,2,2] passes type constraint ArrayRef[Two]
ok 6 - Reference [2,3,2] fails type constraint ArrayRef[Two]
ok 7 - '$three' isa 'Type::Tiny'
ok 8 - '$threes' isa 'Type::Tiny'
ok 9 - Value "3" passes type constraint MyTypes::Three
ok 10 - Value "4" fails type constraint MyTypes::Three
ok 11 - Reference [3,3,3] passes type constraint ArrayRef[MyTypes::Three]
ok 12 - Reference [3,4,3] fails type constraint ArrayRef[MyTypes::Three]
ok 13 - Reference bless( {}, 'Local::Some::Class' ) passes type constraint InstanceOf["Local::Some::Class"]
ok 14 - Reference bless( {}, 'main' ) fails type constraint InstanceOf["Local::Some::Class"]
ok 15 - Reference [bless( {}, 'Local::Some::Class' )] passes type constraint ArrayRef[InstanceOf["Local::Some::Class"]]
ok 16 - Reference [] passes type constraint ArrayRef[InstanceOf["Local::Some::Class"]]
ok 17 - Reference [bless( {}, 'main' )] fails type constraint ArrayRef[InstanceOf["Local::Some::Class"]]
ok 18
ok 19 - Reference bless( {}, 'Local::Some::Class' ) passes type constraint InstanceOf["Local::Some::Class"]
ok 20 - Reference bless( {}, 'main' ) fails type constraint InstanceOf["Local::Some::Class"]
ok 21 - Reference [bless( {}, 'Local::Some::Class' )] passes type constraint ArrayRef[InstanceOf["Local::Some::Class"]]
ok 22 - Reference [] passes type constraint ArrayRef[InstanceOf["Local::Some::Class"]]
ok 23 - Reference [bless( {}, 'main' )] fails type constraint ArrayRef[InstanceOf["Local::Some::Class"]]
1..23
ok
t/20-modules/Type-Utils/dwim-mouse.t .........................
ok 1 - '$two' isa 'Type::Tiny'
ok 2 - '$twos' isa 'Type::Tiny'
ok 3 - Value "2" passes type constraint Two
ok 4 - Value "3" fails type constraint Two
ok 5 - Reference [2,2,2] passes type constraint ArrayRef[Two]
ok 6 - Reference [2,3,2] fails type constraint ArrayRef[Two]
ok 7 - '$three' isa 'Type::Tiny'
ok 8 - '$threes' isa 'Type::Tiny'
ok 9 - Value "3" passes type constraint MyTypes::Three
ok 10 - Value "4" fails type constraint MyTypes::Three
ok 11 - Reference [3,3,3] passes type constraint ArrayRef[MyTypes::Three]
ok 12 - Reference [3,4,3] fails type constraint ArrayRef[MyTypes::Three]
ok 13 - Reference bless( {}, 'Local::Some::Class' ) passes type constraint InstanceOf["Local::Some::Class"]
ok 14 - Reference bless( {}, 'main' ) fails type constraint InstanceOf["Local::Some::Class"]
ok 15 - Reference [bless( {}, 'Local::Some::Class' )] passes type constraint ArrayRef[InstanceOf["Local::Some::Class"]]
ok 16 - Reference [] passes type constraint ArrayRef[InstanceOf["Local::Some::Class"]]
ok 17 - Reference [bless( {}, 'main' )] fails type constraint ArrayRef[InstanceOf["Local::Some::Class"]]
ok 18
ok 19 - Reference bless( {}, 'Local::Some::Class' ) passes type constraint InstanceOf["Local::Some::Class"]
ok 20 - Reference bless( {}, 'main' ) fails type constraint InstanceOf["Local::Some::Class"]
ok 21 - Reference [bless( {}, 'Local::Some::Class' )] passes type constraint ArrayRef[InstanceOf["Local::Some::Class"]]
ok 22 - Reference [] passes type constraint ArrayRef[InstanceOf["Local::Some::Class"]]
ok 23 - Reference [bless( {}, 'main' )] fails type constraint ArrayRef[InstanceOf["Local::Some::Class"]]
1..23
ok
t/20-modules/Type-Utils/is.t .................................
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6 - warning from is(undef, $value)
ok 7
ok 8 - warning from is([], $value)
ok 9
ok 10
ok 11
ok 12 - no (unexpected) warnings (via done_testing)
1..12
ok
t/20-modules/Type-Utils/match-on-type.t ......................
ok 1 - to_json using compile_match_on_type works
ok 2 - to_json_2 using match_on_type works
ok 3 - fallthrough works for compile_match_on_type
ok 4 - fallthrough works for match_on_type
ok 5 - compile_match_on_type returns a coderef
ok 6 - ... correct result
ok 7 - ... correct result
ok 8 - ... correct exception
ok 9 - match_on_type with no match
ok 10 - coderef compiled by compile_match_on_type with no match
ok 11 - match_on_type void context
ok 12 - match_on_type scalar context
ok 13 - match_on_type list context
ok 14 - match_on_type void context (string of code)
ok 15 - match_on_type scalar context (string of code)
ok 16 - match_on_type list context (string of code)
ok 17 - compile_match_on_type void context
ok 18 - compile_match_on_type scalar context
ok 19 - compile_match_on_type list context
1..19
ok
t/20-modules/Type-Utils/warnings.t ...........................
ok 1 - warning for missing comma
1..1
ok
t/20-modules/Types-Common-Numeric/basic.t ....................
ok 1 - SingleDigit 100
ok 2 - SingleDigit 10
ok 3 - SingleDigit 9
ok 4 - SingleDigit 1
ok 5 - SingleDigit 0
ok 6 - SingleDigit -1
ok 7 - SingleDigit -9
ok 8 - SingleDigit -10
ok 9 - PositiveInt (-100)
ok 10 - PositiveInt (0)
ok 11 - PositiveInt (100.885)
ok 12 - PositiveInt (100)
ok 13 - PositiveNum (0)
ok 14 - PositiveNum (100.885)
ok 15 - PositiveNum (-100.885)
ok 16 - PositiveNum (0.0000000001)
ok 17 - PositiveOrZeroInt (-100)
ok 18 - PositiveOrZeroInt (0)
ok 19 - PositiveOrZeroInt (100.885)
ok 20 - PositiveOrZeroInt (100)
ok 21 - PositiveOrZeroNum (0)
ok 22 - PositiveOrZeroNum (100.885)
ok 23 - PositiveOrZeroNum (-100.885)
ok 24 - PositiveOrZeroNum (0.0000000001)
ok 25 - NegativeInt (100)
ok 26 - NegativeInt (-100.885)
ok 27 - NegativeInt (-100)
ok 28 - NegativeInt (0)
ok 29 - NegativeNum (-100.885)
ok 30 - NegativeNum (100.885)
ok 31 - NegativeNum (0)
ok 32 - NegativeNum (-0.0000000001)
ok 33 - NegativeOrZeroInt (100)
ok 34 - NegativeOrZeroInt (-100.885)
ok 35 - NegativeOrZeroInt (-100)
ok 36 - NegativeOrZeroInt (0)
ok 37 - NegativeOrZeroNum (-100.885)
ok 38 - NegativeOrZeroNum (100.885)
ok 39 - NegativeOrZeroNum (0)
ok 40 - NegativeOrZeroNum (-0.0000000001)
1..40
ok
t/20-modules/Types-Common-Numeric/immutable.t ................
ok 1
1..1
ok
t/20-modules/Types-Common-Numeric/ranges.t ...................
ok 1 - Value "-19" fails type constraint IntRange[10,15]
ok 2 - Value "-18" fails type constraint IntRange[10,15]
ok 3 - Value "-17" fails type constraint IntRange[10,15]
ok 4 - Value "-16" fails type constraint IntRange[10,15]
ok 5 - Value "-15" fails type constraint IntRange[10,15]
ok 6 - Value "-14" fails type constraint IntRange[10,15]
ok 7 - Value "-13" fails type constraint IntRange[10,15]
ok 8 - Value "-12" fails type constraint IntRange[10,15]
ok 9 - Value "-11" fails type constraint IntRange[10,15]
ok 10 - Value "-10" fails type constraint IntRange[10,15]
ok 11 - Value "-9" fails type constraint IntRange[10,15]
ok 12 - Value "-8" fails type constraint IntRange[10,15]
ok 13 - Value "-7" fails type constraint IntRange[10,15]
ok 14 - Value "-6" fails type constraint IntRange[10,15]
ok 15 - Value "-5" fails type constraint IntRange[10,15]
ok 16 - Value "-4" fails type constraint IntRange[10,15]
ok 17 - Value "-3" fails type constraint IntRange[10,15]
ok 18 - Value "-2" fails type constraint IntRange[10,15]
ok 19 - Value "-1" fails type constraint IntRange[10,15]
ok 20 - Value "0" fails type constraint IntRange[10,15]
ok 21 - Value "1" fails type constraint IntRange[10,15]
ok 22 - Value "2" fails type constraint IntRange[10,15]
ok 23 - Value "3" fails type constraint IntRange[10,15]
ok 24 - Value "4" fails type constraint IntRange[10,15]
ok 25 - Value "5" fails type constraint IntRange[10,15]
ok 26 - Value "6" fails type constraint IntRange[10,15]
ok 27 - Value "7" fails type constraint IntRange[10,15]
ok 28 - Value "8" fails type constraint IntRange[10,15]
ok 29 - Value "9" fails type constraint IntRange[10,15]
ok 30 - Value "10" passes type constraint IntRange[10,15]
ok 31 - Value "11" passes type constraint IntRange[10,15]
ok 32 - Value "12" passes type constraint IntRange[10,15]
ok 33 - Value "13" passes type constraint IntRange[10,15]
ok 34 - Value "14" passes type constraint IntRange[10,15]
ok 35 - Value "15" passes type constraint IntRange[10,15]
ok 36 - Value "16" fails type constraint IntRange[10,15]
ok 37 - Value "17" fails type constraint IntRange[10,15]
ok 38 - Value "18" fails type constraint IntRange[10,15]
ok 39 - Value "19" fails type constraint IntRange[10,15]
ok 40 - Value "20" fails type constraint IntRange[10,15]
ok 41 - Value "-8.5" fails type constraint IntRange[10,15]
ok 42 - Value "-7.5" fails type constraint IntRange[10,15]
ok 43 - Value "-6.5" fails type constraint IntRange[10,15]
ok 44 - Value "-5.5" fails type constraint IntRange[10,15]
ok 45 - Value "-4.5" fails type constraint IntRange[10,15]
ok 46 - Value "-3.5" fails type constraint IntRange[10,15]
ok 47 - Value "-2.5" fails type constraint IntRange[10,15]
ok 48 - Value "-1.5" fails type constraint IntRange[10,15]
ok 49 - Value "-0.5" fails type constraint IntRange[10,15]
ok 50 - Value "0.5" fails type constraint IntRange[10,15]
ok 51 - Value "1.5" fails type constraint IntRange[10,15]
ok 52 - Value "2.5" fails type constraint IntRange[10,15]
ok 53 - Value "3.5" fails type constraint IntRange[10,15]
ok 54 - Value "4.5" fails type constraint IntRange[10,15]
ok 55 - Value "5.5" fails type constraint IntRange[10,15]
ok 56 - Value "6.5" fails type constraint IntRange[10,15]
ok 57 - Value "7.5" fails type constraint IntRange[10,15]
ok 58 - Value "8.5" fails type constraint IntRange[10,15]
ok 59 - Value "9.5" fails type constraint IntRange[10,15]
ok 60 - Value "10.5" fails type constraint IntRange[10,15]
ok 61 - Value "11.5" fails type constraint IntRange[10,15]
ok 62 - Value "12.5" fails type constraint IntRange[10,15]
ok 63 - Value "13.5" fails type constraint IntRange[10,15]
ok 64 - Value "14.5" fails type constraint IntRange[10,15]
ok 65 - Value "15.5" fails type constraint IntRange[10,15]
ok 66 - Value "16.5" fails type constraint IntRange[10,15]
ok 67 - Value "17.5" fails type constraint IntRange[10,15]
ok 68 - Value "18.5" fails type constraint IntRange[10,15]
ok 69 - Value "19.5" fails type constraint IntRange[10,15]
ok 70 - Value "20.5" fails type constraint IntRange[10,15]
ok 71 - Reference [] fails type constraint IntRange[10,15]
ok 72 - Reference {} fails type constraint IntRange[10,15]
ok 73 - Reference sub { "DUMMY" } fails type constraint IntRange[10,15]
ok 74 - Value "hello world" fails type constraint IntRange[10,15]
ok 75 - Value "-19" fails type constraint IntRange[10]
ok 76 - Value "-18" fails type constraint IntRange[10]
ok 77 - Value "-17" fails type constraint IntRange[10]
ok 78 - Value "-16" fails type constraint IntRange[10]
ok 79 - Value "-15" fails type constraint IntRange[10]
ok 80 - Value "-14" fails type constraint IntRange[10]
ok 81 - Value "-13" fails type constraint IntRange[10]
ok 82 - Value "-12" fails type constraint IntRange[10]
ok 83 - Value "-11" fails type constraint IntRange[10]
ok 84 - Value "-10" fails type constraint IntRange[10]
ok 85 - Value "-9" fails type constraint IntRange[10]
ok 86 - Value "-8" fails type constraint IntRange[10]
ok 87 - Value "-7" fails type constraint IntRange[10]
ok 88 - Value "-6" fails type constraint IntRange[10]
ok 89 - Value "-5" fails type constraint IntRange[10]
ok 90 - Value "-4" fails type constraint IntRange[10]
ok 91 - Value "-3" fails type constraint IntRange[10]
ok 92 - Value "-2" fails type constraint IntRange[10]
ok 93 - Value "-1" fails type constraint IntRange[10]
ok 94 - Value "0" fails type constraint IntRange[10]
ok 95 - Value "1" fails type constraint IntRange[10]
ok 96 - Value "2" fails type constraint IntRange[10]
ok 97 - Value "3" fails type constraint IntRange[10]
ok 98 - Value "4" fails type constraint IntRange[10]
ok 99 - Value "5" fails type constraint IntRange[10]
ok 100 - Value "6" fails type constraint IntRange[10]
ok 101 - Value "7" fails type constraint IntRange[10]
ok 102 - Value "8" fails type constraint IntRange[10]
ok 103 - Value "9" fails type constraint IntRange[10]
ok 104 - Value "10" passes type constraint IntRange[10]
ok 105 - Value "11" passes type constraint IntRange[10]
ok 106 - Value "12" passes type constraint IntRange[10]
ok 107 - Value "13" passes type constraint IntRange[10]
ok 108 - Value "14" passes type constraint IntRange[10]
ok 109 - Value "15" passes type constraint IntRange[10]
ok 110 - Value "16" passes type constraint IntRange[10]
ok 111 - Value "17" passes type constraint IntRange[10]
ok 112 - Value "18" passes type constraint IntRange[10]
ok 113 - Value "19" passes type constraint IntRange[10]
ok 114 - Value "20" passes type constraint IntRange[10]
ok 115 - Value "21" passes type constraint IntRange[10]
ok 116 - Value "22" passes type constraint IntRange[10]
ok 117 - Value "23" passes type constraint IntRange[10]
ok 118 - Value "24" passes type constraint IntRange[10]
ok 119 - Value "1000" passes type constraint IntRange[10]
ok 120 - Value "1000000" passes type constraint IntRange[10]
ok 121 - Value "-19" fails type constraint NumRange[10,15]
ok 122 - Value "-18" fails type constraint NumRange[10,15]
ok 123 - Value "-17" fails type constraint NumRange[10,15]
ok 124 - Value "-16" fails type constraint NumRange[10,15]
ok 125 - Value "-15" fails type constraint NumRange[10,15]
ok 126 - Value "-14" fails type constraint NumRange[10,15]
ok 127 - Value "-13" fails type constraint NumRange[10,15]
ok 128 - Value "-12" fails type constraint NumRange[10,15]
ok 129 - Value "-11" fails type constraint NumRange[10,15]
ok 130 - Value "-10" fails type constraint NumRange[10,15]
ok 131 - Value "-9" fails type constraint NumRange[10,15]
ok 132 - Value "-8" fails type constraint NumRange[10,15]
ok 133 - Value "-7" fails type constraint NumRange[10,15]
ok 134 - Value "-6" fails type constraint NumRange[10,15]
ok 135 - Value "-5" fails type constraint NumRange[10,15]
ok 136 - Value "-4" fails type constraint NumRange[10,15]
ok 137 - Value "-3" fails type constraint NumRange[10,15]
ok 138 - Value "-2" fails type constraint NumRange[10,15]
ok 139 - Value "-1" fails type constraint NumRange[10,15]
ok 140 - Value "0" fails type constraint NumRange[10,15]
ok 141 - Value "1" fails type constraint NumRange[10,15]
ok 142 - Value "2" fails type constraint NumRange[10,15]
ok 143 - Value "3" fails type constraint NumRange[10,15]
ok 144 - Value "4" fails type constraint NumRange[10,15]
ok 145 - Value "5" fails type constraint NumRange[10,15]
ok 146 - Value "6" fails type constraint NumRange[10,15]
ok 147 - Value "7" fails type constraint NumRange[10,15]
ok 148 - Value "8" fails type constraint NumRange[10,15]
ok 149 - Value "9" fails type constraint NumRange[10,15]
ok 150 - Value "10" passes type constraint NumRange[10,15]
ok 151 - Value "11" passes type constraint NumRange[10,15]
ok 152 - Value "12" passes type constraint NumRange[10,15]
ok 153 - Value "13" passes type constraint NumRange[10,15]
ok 154 - Value "14" passes type constraint NumRange[10,15]
ok 155 - Value "15" passes type constraint NumRange[10,15]
ok 156 - Value "16" fails type constraint NumRange[10,15]
ok 157 - Value "17" fails type constraint NumRange[10,15]
ok 158 - Value "18" fails type constraint NumRange[10,15]
ok 159 - Value "19" fails type constraint NumRange[10,15]
ok 160 - Value "20" fails type constraint NumRange[10,15]
ok 161 - Value "-8.5" fails type constraint NumRange[10,15]
ok 162 - Value "-7.5" fails type constraint NumRange[10,15]
ok 163 - Value "-6.5" fails type constraint NumRange[10,15]
ok 164 - Value "-5.5" fails type constraint NumRange[10,15]
ok 165 - Value "-4.5" fails type constraint NumRange[10,15]
ok 166 - Value "-3.5" fails type constraint NumRange[10,15]
ok 167 - Value "-2.5" fails type constraint NumRange[10,15]
ok 168 - Value "-1.5" fails type constraint NumRange[10,15]
ok 169 - Value "-0.5" fails type constraint NumRange[10,15]
ok 170 - Value "0.5" fails type constraint NumRange[10,15]
ok 171 - Value "1.5" fails type constraint NumRange[10,15]
ok 172 - Value "2.5" fails type constraint NumRange[10,15]
ok 173 - Value "3.5" fails type constraint NumRange[10,15]
ok 174 - Value "4.5" fails type constraint NumRange[10,15]
ok 175 - Value "5.5" fails type constraint NumRange[10,15]
ok 176 - Value "6.5" fails type constraint NumRange[10,15]
ok 177 - Value "7.5" fails type constraint NumRange[10,15]
ok 178 - Value "8.5" fails type constraint NumRange[10,15]
ok 179 - Value "9.5" fails type constraint NumRange[10,15]
ok 180 - Value "10.5" passes type constraint NumRange[10,15]
ok 181 - Value "11.5" passes type constraint NumRange[10,15]
ok 182 - Value "12.5" passes type constraint NumRange[10,15]
ok 183 - Value "13.5" passes type constraint NumRange[10,15]
ok 184 - Value "14.5" passes type constraint NumRange[10,15]
ok 185 - Value "15.5" fails type constraint NumRange[10,15]
ok 186 - Value "16.5" fails type constraint NumRange[10,15]
ok 187 - Value "17.5" fails type constraint NumRange[10,15]
ok 188 - Value "18.5" fails type constraint NumRange[10,15]
ok 189 - Value "19.5" fails type constraint NumRange[10,15]
ok 190 - Value "20.5" fails type constraint NumRange[10,15]
ok 191 - Reference [] fails type constraint NumRange[10,15]
ok 192 - Reference {} fails type constraint NumRange[10,15]
ok 193 - Reference sub { "DUMMY" } fails type constraint NumRange[10,15]
ok 194 - Value "hello world" fails type constraint NumRange[10,15]
ok 195 - Value "-19" fails type constraint NumRange[10]
ok 196 - Value "-18" fails type constraint NumRange[10]
ok 197 - Value "-17" fails type constraint NumRange[10]
ok 198 - Value "-16" fails type constraint NumRange[10]
ok 199 - Value "-15" fails type constraint NumRange[10]
ok 200 - Value "-14" fails type constraint NumRange[10]
ok 201 - Value "-13" fails type constraint NumRange[10]
ok 202 - Value "-12" fails type constraint NumRange[10]
ok 203 - Value "-11" fails type constraint NumRange[10]
ok 204 - Value "-10" fails type constraint NumRange[10]
ok 205 - Value "-9" fails type constraint NumRange[10]
ok 206 - Value "-8" fails type constraint NumRange[10]
ok 207 - Value "-7" fails type constraint NumRange[10]
ok 208 - Value "-6" fails type constraint NumRange[10]
ok 209 - Value "-5" fails type constraint NumRange[10]
ok 210 - Value "-4" fails type constraint NumRange[10]
ok 211 - Value "-3" fails type constraint NumRange[10]
ok 212 - Value "-2" fails type constraint NumRange[10]
ok 213 - Value "-1" fails type constraint NumRange[10]
ok 214 - Value "0" fails type constraint NumRange[10]
ok 215 - Value "1" fails type constraint NumRange[10]
ok 216 - Value "2" fails type constraint NumRange[10]
ok 217 - Value "3" fails type constraint NumRange[10]
ok 218 - Value "4" fails type constraint NumRange[10]
ok 219 - Value "5" fails type constraint NumRange[10]
ok 220 - Value "6" fails type constraint NumRange[10]
ok 221 - Value "7" fails type constraint NumRange[10]
ok 222 - Value "8" fails type constraint NumRange[10]
ok 223 - Value "9" fails type constraint NumRange[10]
ok 224 - Value "10" passes type constraint NumRange[10]
ok 225 - Value "11" passes type constraint NumRange[10]
ok 226 - Value "12" passes type constraint NumRange[10]
ok 227 - Value "13" passes type constraint NumRange[10]
ok 228 - Value "14" passes type constraint NumRange[10]
ok 229 - Value "15" passes type constraint NumRange[10]
ok 230 - Value "16" passes type constraint NumRange[10]
ok 231 - Value "17" passes type constraint NumRange[10]
ok 232 - Value "18" passes type constraint NumRange[10]
ok 233 - Value "19" passes type constraint NumRange[10]
ok 234 - Value "20" passes type constraint NumRange[10]
ok 235 - Value "21" passes type constraint NumRange[10]
ok 236 - Value "22" passes type constraint NumRange[10]
ok 237 - Value "23" passes type constraint NumRange[10]
ok 238 - Value "24" passes type constraint NumRange[10]
ok 239 - Value "1000" passes type constraint NumRange[10]
ok 240 - Value "1000000" passes type constraint NumRange[10]
ok 241 - Value "9.99" fails type constraint NumRange[10,15,0,0]
ok 242 - Value "10.00" passes type constraint NumRange[10,15,0,0]
ok 243 - Value "10.01" passes type constraint NumRange[10,15,0,0]
ok 244 - Value "12.50" passes type constraint NumRange[10,15,0,0]
ok 245 - Value "14.99" passes type constraint NumRange[10,15,0,0]
ok 246 - Value "15.00" passes type constraint NumRange[10,15,0,0]
ok 247 - Value "15.01" fails type constraint NumRange[10,15,0,0]
ok 248 - Value "9.99" fails type constraint NumRange[10,15,1,0]
ok 249 - Value "10.00" fails type constraint NumRange[10,15,1,0]
ok 250 - Value "10.01" passes type constraint NumRange[10,15,1,0]
ok 251 - Value "12.50" passes type constraint NumRange[10,15,1,0]
ok 252 - Value "14.99" passes type constraint NumRange[10,15,1,0]
ok 253 - Value "15.00" passes type constraint NumRange[10,15,1,0]
ok 254 - Value "15.01" fails type constraint NumRange[10,15,1,0]
ok 255 - Value "9.99" fails type constraint NumRange[10,15,0,1]
ok 256 - Value "10.00" passes type constraint NumRange[10,15,0,1]
ok 257 - Value "10.01" passes type constraint NumRange[10,15,0,1]
ok 258 - Value "12.50" passes type constraint NumRange[10,15,0,1]
ok 259 - Value "14.99" passes type constraint NumRange[10,15,0,1]
ok 260 - Value "15.00" fails type constraint NumRange[10,15,0,1]
ok 261 - Value "15.01" fails type constraint NumRange[10,15,0,1]
ok 262 - Value "9.99" fails type constraint NumRange[10,15,1,1]
ok 263 - Value "10.00" fails type constraint NumRange[10,15,1,1]
ok 264 - Value "10.01" passes type constraint NumRange[10,15,1,1]
ok 265 - Value "12.50" passes type constraint NumRange[10,15,1,1]
ok 266 - Value "14.99" passes type constraint NumRange[10,15,1,1]
ok 267 - Value "15.00" fails type constraint NumRange[10,15,1,1]
ok 268 - Value "15.01" fails type constraint NumRange[10,15,1,1]
ok 269 - Value "1" passes type constraint IntRange
ok 270 - Reference [] fails type constraint IntRange
ok 271 - Reference {} fails type constraint IntRange
ok 272 - Reference sub { "DUMMY" } fails type constraint IntRange
ok 273 - Value "hello world" fails type constraint IntRange
ok 274 - Value "1.2345" fails type constraint IntRange
ok 275 - Value "1" passes type constraint NumRange
ok 276 - Reference [] fails type constraint NumRange
ok 277 - Reference {} fails type constraint NumRange
ok 278 - Reference sub { "DUMMY" } fails type constraint NumRange
ok 279 - Value "hello world" fails type constraint NumRange
ok 280 - Value "1.2345" passes type constraint NumRange
ok 281 - Exception thrown for NumRange non-numeric min
ok 282 - Exception thrown for NumRange non-numeric max
ok 283 - Exception thrown for NumRange non-boolean minexcl
ok 284 - Exception thrown for NumRange non-boolean maxexcl
ok 285 - Exception thrown for NumRange non-numeric min and max
ok 286 - Exception thrown for IntRange non-numeric min
ok 287 - Exception thrown for IntRange non-numeric max
ok 288 - Exception thrown for IntRange non-boolean minexcl
ok 289 - Exception thrown for IntRange non-boolean maxexcl
ok 290 - Exception thrown for IntRange non-numeric min and max
ok 291 - Exception thrown for IntRange non-integer min
ok 292 - Exception thrown for IntRange non-integer max
1..292
ok
t/20-modules/Types-Common-String/basic.t .....................
ok 1 - SimpleStr
ok 2 - SimpleStr 2
ok 3 - SimpleStr 3
ok 4 - SimpleStr 4
ok 5 - NonEmptyStr
ok 6 - NonEmptyStr 2
ok 7 - NonEmptyStr 3
ok 8 - NonEmptyStr 4
ok 9 - NonEmptySimplrStr
ok 10 - NonEmptyStr 2
ok 11 - Password
ok 12 - Password 2
ok 13 - StrongPassword
ok 14 - StrongPassword 2
ok 15 - LowerCaseSimpleStr
ok 16 - LowerCaseSimpleStr 2
ok 17 - LowerCaseSimpleStr 3
ok 18 - LowerCaseSimpleStr 4
ok 19 - UpperCaseSimpleStr
ok 20 - UpperCaseSimpleStr 2
ok 21 - UpperCaseSimpleStr 3
ok 22 - UpperCaseSimpleStr 4
ok 23 - LowerCaseStr
ok 24 - LowerCaseStr 2
ok 25 - LowerCaseStr 3
ok 26 - LowerCaseStr 4
ok 27 - UpperCaseStr
ok 28 - UpperCaseStr 2
ok 29 - UpperCaseStr 3
ok 30 - UpperCaseStr 4
ok 31 - NumericCode lives
ok 32 - NumericCode dies
ok 33 - mixed NumericCode dies
1..33
ok
t/20-modules/Types-Common-String/coerce.t ....................
ok 1 - uppercase str
ok 2 - lowercase str
ok 3 - uppercase str
ok 4 - lowercase str
ok 5 - numeric code
ok 6 - numeric code
1..6
ok
t/20-modules/Types-Common-String/immutable.t .................
ok 1
1..1
ok
t/20-modules/Types-Common-String/strlength.t .................
ok 1 - Reference [] fails type constraint StrLength[5,10]
ok 2 - Reference {} fails type constraint StrLength[5,10]
ok 3 - Reference sub { "DUMMY" } fails type constraint StrLength[5,10]
ok 4 - Undef fails type constraint StrLength[5,10]
ok 5 - Value "" fails type constraint StrLength[5,10]
ok 6 - Value "123" fails type constraint StrLength[5,10]
ok 7 - Value "Hiya" fails type constraint StrLength[5,10]
ok 8 - Value "Hello World" fails type constraint StrLength[5,10]
ok 9 - Value "Hello" passes type constraint StrLength[5,10]
ok 10 - Value "Hello!" passes type constraint StrLength[5,10]
ok 11 - Value " " passes type constraint StrLength[5,10]
ok 12 - Value "HelloWorld" passes type constraint StrLength[5,10]
ok 13 - Value "caf\x{e9}" passes type constraint StrLength[4,4]
ok 14 - Value "\x{2122}\x{137}\x{2079}\x{2014}" passes type constraint StrLength[4,4]
ok 15 - Reference [] fails type constraint StrLength[4]
ok 16 - Reference {} fails type constraint StrLength[4]
ok 17 - Reference sub { "DUMMY" } fails type constraint StrLength[4]
ok 18 - Undef fails type constraint StrLength[4]
ok 19 - Value "" fails type constraint StrLength[4]
ok 20 - Value "123" fails type constraint StrLength[4]
ok 21 - Value "Hello" passes type constraint StrLength[4]
ok 22 - Value "Hello!" passes type constraint StrLength[4]
ok 23 - Value " " passes type constraint StrLength[4]
ok 24 - Value "HelloWorld" passes type constraint StrLength[4]
ok 25 - Value "Hiya" passes type constraint StrLength[4]
ok 26 - Value "Hello World" passes type constraint StrLength[4]
1..26
ok
t/20-modules/Types-Common-String/unicode.t ...................
ok 1 - CAF� is uppercase
ok 2 - CAF� is not (entirely) uppercase
ok 3 - ----- not entirely uppercase
ok 4 - ----- not entirely lowercase
ok 5 - caf� is lowercase
ok 6 - caf� is not (entirely) lowercase
ok 7 - CAF� is uppercase
ok 8 - CAF� is not (entirely) uppercase
ok 9 - caf� is lowercase
ok 10 - caf� is not (entirely) lowercase
1..10
ok
t/20-modules/Types-Common/basic.t ............................
ok 1 - correct imports
ok 2 - t() is preloaded
1..2
ok
t/20-modules/Types-Common/immutable.t ........................
ok 1
1..1
ok
t/20-modules/Types-Standard/arrayreflength.t .................
ok 1 - Reference [] fails type constraint ArrayRef[Int,2]
ok 2 - Reference [0] fails type constraint ArrayRef[Int,2]
ok 3 - Reference [0,1] passes type constraint ArrayRef[Int,2]
ok 4 - Reference [0,1,2] passes type constraint ArrayRef[Int,2]
ok 5 - Reference [0,1,2,3] passes type constraint ArrayRef[Int,2]
ok 6 - Reference [0,1,2,3,4] passes type constraint ArrayRef[Int,2]
ok 7 - Reference [0,1,2,3,4,5] passes type constraint ArrayRef[Int,2]
ok 8 - Reference [0,1,2,3,4,5,6] passes type constraint ArrayRef[Int,2]
ok 9 - Reference [0,1,"nope"] fails type constraint ArrayRef[Int,2]
ok 10 - Reference ["nope",0,1] fails type constraint ArrayRef[Int,2]
ok 11 - Reference [] fails type constraint ArrayRef[Int,2,4]
ok 12 - Reference [0] fails type constraint ArrayRef[Int,2,4]
ok 13 - Reference [0,1] passes type constraint ArrayRef[Int,2,4]
ok 14 - Reference [0,1,2] passes type constraint ArrayRef[Int,2,4]
ok 15 - Reference [0,1,2,3] passes type constraint ArrayRef[Int,2,4]
ok 16 - Reference [0,1,2,3,4] fails type constraint ArrayRef[Int,2,4]
ok 17 - Reference [0,1,2,3,4,5] fails type constraint ArrayRef[Int,2,4]
ok 18 - Reference [0,1,2,3,4,5,6] fails type constraint ArrayRef[Int,2,4]
ok 19 - Reference [0,1,"nope"] fails type constraint ArrayRef[Int,2,4]
ok 20 - Reference ["nope",0,1] fails type constraint ArrayRef[Int,2,4]
ok 21 - ArrayRef[Any] optimization
ok 22 - ArrayRef[Any,2] optimization
ok 23 - ArrayRef[Any,2,4] optimization
1..23
ok
t/20-modules/Types-Standard/basic.t ..........................
ok 1 - ->library method
ok 2 - Reference \123 passes type constraint ScalarRef
ok 3 - Reference [] passes type constraint ArrayRef
ok 4 - Reference {} passes type constraint HashRef
ok 5 - Reference sub { "DUMMY" } passes type constraint CodeRef
ok 6 - Reference \*::STDOUT passes type constraint GlobRef
ok 7 - Reference \\"Hello" passes type constraint Ref
ok 8 - Reference \*::STDOUT passes type constraint FileHandle
ok 9 - Reference qr/x/ passes type constraint RegexpRef
ok 10 - Value "1" passes type constraint Str
ok 11 - Value "1" passes type constraint Num
ok 12 - Value "1" passes type constraint Int
ok 13 - Value "1" passes type constraint Defined
ok 14 - Value "1" passes type constraint Value
ok 15 - Undef passes type constraint Undef
ok 16 - Undef passes type constraint Item
ok 17 - Undef passes type constraint Any
ok 18 - Value "Type::Tiny" passes type constraint ClassName
ok 19 - Value "Type::Library" passes type constraint RoleName
ok 20 - Undef passes type constraint Bool
ok 21 - Value "" passes type constraint Bool
ok 22 - Value "0" passes type constraint Bool
ok 23 - Value "1" passes type constraint Bool
ok 24 - Value "7" fails type constraint Bool
ok 25 - Reference \\"Hello" passes type constraint ScalarRef
ok 26 - Value "Type::Tiny" fails type constraint RoleName
ok 27 - Reference [] fails type constraint Str
ok 28 - Reference [] fails type constraint Num
ok 29 - Reference [] fails type constraint Int
ok 30 - Value "4x4" passes type constraint Str
ok 31 - Value "4x4" fails type constraint Num
ok 32 - Value "4.2" fails type constraint Int
ok 33 - Undef fails type constraint Str
ok 34 - Undef fails type constraint Num
ok 35 - Undef fails type constraint Int
ok 36 - Undef fails type constraint Defined
ok 37 - Undef fails type constraint Value
ok 38 - Undef fails type constraint ClassName
ok 39 - Reference [] fails type constraint ClassName
ok 40 - Value "Local::Class2" passes type constraint ClassName
ok 41 - Value "Local::Class3" passes type constraint ClassName
ok 42 - Value "Local::Class4" passes type constraint ClassName
ok 43 - Value "Local::Dummy1" fails type constraint ClassName
ok 44 - Reference [] passes type constraint ArrayRef[Int]
ok 45 - Reference [1,2,3] passes type constraint ArrayRef[Int]
ok 46 - Reference ["1.1",2,3] fails type constraint ArrayRef[Int]
ok 47 - Reference [1,2,"3.1"] fails type constraint ArrayRef[Int]
ok 48 - Reference [[]] fails type constraint ArrayRef[Int]
ok 49 - Reference [[3]] passes type constraint ArrayRef[ArrayRef[Int]]
ok 50 - Reference [["A"]] fails type constraint ArrayRef[ArrayRef[Int]]
ok 51 - ArrayRef[HashRef[ArrayRef[HashRef[Int]]]] can be inlined
ok 52 - Reference [{"foo1" => 'ARRAY(0xaaaaf4c2b1c0)'},{"foo2" => 'ARRAY(0xaaa...] passes type constraint ArrayRef[HashRef[ArrayRef[HashRef[Int]]]]
ok 53 - Reference [{"foo1" => 'ARRAY(0xaaaaf4c4a4f0)'},{"foo2" => 'ARRAY(0xaaa...] passes type constraint ArrayRef[HashRef[ArrayRef[HashRef[Int]]]]
ok 54 - Reference [{"foo1" => 'ARRAY(0xaaaaf4c4a028)'},{"foo2" => 'ARRAY(0xaaa...] fails type constraint ArrayRef[HashRef[ArrayRef[HashRef[Int]]]]
ok 55 - Undef passes type constraint Maybe[Int]
ok 56 - Value "123" passes type constraint Maybe[Int]
ok 57 - Value "1.3" fails type constraint Maybe[Int]
ok 58 - Reference \"Hello" passes type constraint ScalarRef[Str]
ok 59 - Reference \"1.1" passes type constraint ScalarRef[Str]
ok 60 - Reference \1 passes type constraint ScalarRef[Str]
ok 61 - Reference \"Hello" fails type constraint ScalarRef[Num]
ok 62 - Reference \"1.1" passes type constraint ScalarRef[Num]
ok 63 - Reference \1 passes type constraint ScalarRef[Num]
ok 64 - Reference \"Hello" fails type constraint ScalarRef[Int]
ok 65 - Reference \"1.1" fails type constraint ScalarRef[Int]
ok 66 - Reference \1 passes type constraint ScalarRef[Int]
ok 67 - Reference bless( [], 'Local::Class4' ) passes type constraint Ref[ARRAY]
ok 68 - Reference bless( {}, 'Local::Class4' ) passes type constraint Ref[HASH]
ok 69 - Reference [] passes type constraint Ref[ARRAY]
ok 70 - Reference {} passes type constraint Ref[HASH]
ok 71 - Reference bless( [], 'Local::Class4' ) fails type constraint Ref[HASH]
ok 72 - Reference bless( {}, 'Local::Class4' ) fails type constraint Ref[ARRAY]
ok 73 - Reference [] fails type constraint Ref[HASH]
ok 74 - Reference {} fails type constraint Ref[ARRAY]
ok 75 - ArrayRef["Int"] is not a valid type constraint
ok 76 - HashRef[[]] is not a valid type constraint
ok 77 - ScalarRef[undef] is not a valid type constraint
ok 78 - Ref[{}] is not a valid type constraint
ok 79 - 'Inf' passes Num unless Types::Standard::STRICTNUM
ok 80 - '-Inf' passes Num unless Types::Standard::STRICTNUM
ok 81 - 'Nan' passes Num unless Types::Standard::STRICTNUM
ok 82 - '0.' passes Num unless Types::Standard::STRICTNUM
ok 83 - Any subtype: Item
1..83
ok
t/20-modules/Types-Standard/cycletuple.t .....................
# Subtest: $type1
ok 1 - Undef fails type constraint CycleTuple[Int,HashRef,ArrayRef]
ok 2 - Reference {} fails type constraint CycleTuple[Int,HashRef,ArrayRef]
ok 3 - Reference [] passes type constraint CycleTuple[Int,HashRef,ArrayRef]
ok 4 - Reference [{}] fails type constraint CycleTuple[Int,HashRef,ArrayRef]
ok 5 - Reference [1] fails type constraint CycleTuple[Int,HashRef,ArrayRef]
ok 6 - Reference [1,{}] fails type constraint CycleTuple[Int,HashRef,ArrayRef]
ok 7 - Reference [1,{},[]] passes type constraint CycleTuple[Int,HashRef,ArrayRef]
ok 8 - Reference [1,{},[],undef] fails type constraint CycleTuple[Int,HashRef,ArrayRef]
ok 9 - Reference [1,{},[],2] fails type constraint CycleTuple[Int,HashRef,ArrayRef]
ok 10 - Reference [1,{},[],2,{},[1]] passes type constraint CycleTuple[Int,HashRef,ArrayRef]
ok 11 - automagic coercion
1..11
ok 1 - $type1
# Subtest: $type2
ok 1 - Undef fails type constraint CycleTuple[__ANON__,HashRef,ArrayRef]
ok 2 - Reference {} fails type constraint CycleTuple[__ANON__,HashRef,ArrayRef]
ok 3 - Reference [] passes type constraint CycleTuple[__ANON__,HashRef,ArrayRef]
ok 4 - Reference [{}] fails type constraint CycleTuple[__ANON__,HashRef,ArrayRef]
ok 5 - Reference [1] fails type constraint CycleTuple[__ANON__,HashRef,ArrayRef]
ok 6 - Reference [1,{}] fails type constraint CycleTuple[__ANON__,HashRef,ArrayRef]
ok 7 - Reference [1,{},[]] passes type constraint CycleTuple[__ANON__,HashRef,ArrayRef]
ok 8 - Reference [1,{},[],undef] fails type constraint CycleTuple[__ANON__,HashRef,ArrayRef]
ok 9 - Reference [1,{},[],2] fails type constraint CycleTuple[__ANON__,HashRef,ArrayRef]
ok 10 - Reference [1,{},[],2,{},[1]] passes type constraint CycleTuple[__ANON__,HashRef,ArrayRef]
ok 11 - automagic coercion
1..11
ok 2 - $type2
# Subtest: $type3
ok 1 - Undef fails type constraint CycleTuple[Int,HashRef,ArrayRef]
ok 2 - Reference {} fails type constraint CycleTuple[Int,HashRef,ArrayRef]
ok 3 - Reference [] passes type constraint CycleTuple[Int,HashRef,ArrayRef]
ok 4 - Reference [{}] fails type constraint CycleTuple[Int,HashRef,ArrayRef]
ok 5 - Reference [1] fails type constraint CycleTuple[Int,HashRef,ArrayRef]
ok 6 - Reference [1,{}] fails type constraint CycleTuple[Int,HashRef,ArrayRef]
ok 7 - Reference [1,{},[]] passes type constraint CycleTuple[Int,HashRef,ArrayRef]
ok 8 - Reference [1,{},[],undef] fails type constraint CycleTuple[Int,HashRef,ArrayRef]
ok 9 - Reference [1,{},[],2] fails type constraint CycleTuple[Int,HashRef,ArrayRef]
ok 10 - Reference [1,{},[],2,{},[1]] passes type constraint CycleTuple[Int,HashRef,ArrayRef]
ok 11 - automagic coercion
1..11
ok 3 - $type3
# Subtest: $type4
ok 1 - Undef fails type constraint CycleTuple[__ANON__,HashRef,ArrayRef]
ok 2 - Reference {} fails type constraint CycleTuple[__ANON__,HashRef,ArrayRef]
ok 3 - Reference [] passes type constraint CycleTuple[__ANON__,HashRef,ArrayRef]
ok 4 - Reference [{}] fails type constraint CycleTuple[__ANON__,HashRef,ArrayRef]
ok 5 - Reference [1] fails type constraint CycleTuple[__ANON__,HashRef,ArrayRef]
ok 6 - Reference [1,{}] fails type constraint CycleTuple[__ANON__,HashRef,ArrayRef]
ok 7 - Reference [1,{},[]] passes type constraint CycleTuple[__ANON__,HashRef,ArrayRef]
ok 8 - Reference [1,{},[],undef] fails type constraint CycleTuple[__ANON__,HashRef,ArrayRef]
ok 9 - Reference [1,{},[],2] fails type constraint CycleTuple[__ANON__,HashRef,ArrayRef]
ok 10 - Reference [1,{},[],2,{},[1]] passes type constraint CycleTuple[__ANON__,HashRef,ArrayRef]
ok 11 - automagic coercion
1..11
ok 4 - $type4
ok 5 - cannot make CycleTuples with optional slots
ok 6 - cannot make CycleTuples with slurpy slots
1..6
ok
t/20-modules/Types-Standard/deep-coercions.t .................
ok 1 - Dict of type without coercion shouldn't have coercion
ok 2 - Dict of type with coercion should have coercion
ok 3 - Tuple of type without coercion shouldn't have coercion
ok 4 - Tuple of type with coercion should have coercion
ok 5 - Map of type without coercion shouldn't have coercion
ok 6 - Map of type with coercion should have coercion
ok 7 - $ArrayOfFoo has coercion
ok 8 - $ArrayOfFoo does not coerce value that needs no coercion
ok 9 - $ArrayOfFoo does coerce value that can be coerced
ok 10 - $ArrayOfFoo does not coerce value that cannot be coerced
ok 11 - $HashOfFoo has coercion
ok 12 - $HashOfFoo does not coerce value that needs no coercion
ok 13 - $HashOfFoo does coerce value that can be coerced
ok 14 - $HashOfFoo does not coerce value that cannot be coerced
ok 15 - $RefOfFoo has coercion
ok 16 - $RefOfFoo does not coerce value that needs no coercion
ok 17 - $RefOfFoo does coerce value that can be coerced
ok 18 - $RefOfFoo does not coerce value that cannot be coerced
ok 19 - $MaybeFoo does not coerce undef
ok 20 - $MaybeFoo does not coerce integer
ok 21 - $MaybeFoo does coerce non-integer number
ok 22 - $MaybeFoo cannot coerce non-number
ok 23 - $ArrayOfBar has coercion
ok 24 - $ArrayOfBar coercion can be inlined
ok 25 - $ArrayOfBar does not coerce value that needs no coercion
ok 26 - $ArrayOfBar does coerce value that can be coerced
ok 27 - $ArrayOfBar does not coerce value that cannot be coerced
ok 28 - $HashOfBar has coercion
ok 29 - $HashOfBar coercion can be inlined
ok 30 - $HashOfBar does not coerce value that needs no coercion
ok 31 - $HashOfBar does coerce value that can be coerced
ok 32 - $HashOfBar does not coerce value that cannot be coerced
ok 33 - $RefOfBar has coercion
ok 34 - $RefOfBar coercion can be inlined
ok 35 - $RefOfBar does not coerce value that needs no coercion
ok 36 - $RefOfBar does coerce value that can be coerced
ok 37 - $RefOfBar does not coerce value that cannot be coerced
ok 38 - $MaybeBar does not coerce undef
ok 39 - $MaybeBar does not coerce integer
ok 40 - $MaybeBar does coerce non-integer number
ok 41 - $MaybeBar cannot coerce non-number
ok 42 - Map[IntFromNum,IntFromStr] has an inlinable coercion
ok 43 - Coercions to Map[IntFromNum,IntFromStr]
ok 44 - Impossible coercion to Map[IntFromNum,IntFromStr]
ok 45 - Unneeded coercion to Map[IntFromNum,IntFromStr]
ok 46 - Map[IntFromNum,IntFromArray] has a coercion, but it cannot be inlined
ok 47 - Coercions to Map[IntFromNum,IntFromArray]
ok 48 - Impossible coercion to Map[IntFromNum,IntFromArray]
ok 49 - Unneeded coercion to Map[IntFromNum,IntFromArray]
ok 50 - Dict[a=>IntFromStr,b=>IntFromNum,c=>Optional[IntFromNum]] has an inlinable coercion
ok 51 - Coercion (A) to Dict[a=>IntFromStr,b=>IntFromNum,c=>Optional[IntFromNum]]
ok 52 - Coercion (B) to Dict[a=>IntFromStr,b=>IntFromNum,c=>Optional[IntFromNum]]
ok 53 - Coercion (C) to Dict[a=>IntFromStr,b=>IntFromNum,c=>Optional[IntFromNum]] - changed in 0.003_11; the presence of an additional value cancels coercion
ok 54 - Coercion to Dict[a=>Int,Slurpy[Map[Int,Int]]] (inlined)
ok 55 - Coercion to Dict[a=>Int,Slurpy[Map[Int,Int]]] (non-inlined)
ok 56 - Dict[a=>IntFromStr,b=>Optional[Int],c=>Optional[Int]] has a non-inlinable coercion
ok 57 - Coercion (A) to Dict[a=>IntFromStr,b=>Optional[Int],c=>Optional[Int]]
ok 58 - Coercion (B) to Dict[a=>IntFromStr,b=>Optional[Int],c=>Optional[Int]]
ok 59 - Tuple[IntFromNum,Optional[IntFromStr],Slurpy[ArrayRef[IntFromNum]]] has an inlinable coercion
ok 60 - Coercion (A) to Tuple[IntFromNum,Optional[IntFromStr],Slurpy[ArrayRef[IntFromNum]]]
ok 61 - Coercion (B) to Tuple[IntFromNum,Optional[IntFromStr],Slurpy[ArrayRef[IntFromNum]]]
ok 62 - Coercion (A) to Tuple[IntFromNum]
ok 63 - Coercion (B) to Tuple[IntFromNum] - changed in 0.003_11; the presence of an additional value cancels coercion
ok 64
ok 65
ok 66 - No coercion necessary to Tuple[EvenInt]
ok 67 - Coercion to Tuple[EvenInt]
ok 68
ok 69
ok 70 - No coercion necessary to Tuple[EvenInt2]
ok 71 - Coercion to Tuple[EvenInt2]
ok 72 - coercing Tuple with slurpy arrayref
ok 73 - inlinable coercion of Tuple with no slurpy given input with extra fields fails
ok 74 - non-inlinable coercion of Tuple with no slurpy given input with extra fields fails
ok 75 - Dict where key has inlineable coercion but slurpy has no coercion
ok 76 - ... all or nothing
ok 77 - Dict where key has non-inlineable coercion but slurpy has no coercion
ok 78 - ... all or nothing
1..78
ok
t/20-modules/Types-Standard/filehandle.t .....................
ok 1 - Reference bless( \*Symbol::GEN0, 'IO::String' ) passes type constraint FileHandle
ok 2 - Value "IO::String" fails type constraint FileHandle
1..2
ok
t/20-modules/Types-Standard/immutable.t ......................
ok 1
1..1
ok
t/20-modules/Types-Standard/lockdown.t .......................
ok 1 - Types::Standard core types are frozen
ok 2 - Types::Common types are frozen
ok 3 - Parameterized types are frozen
1..3
ok
t/20-modules/Types-Standard/mxtmlb-alike.t ...................
ok 1 - InstanceOf == Object
ok 2 - InstanceOf["Foo"] == Foo
ok 3 - InstanceOf["Foo","Bar"] == Foo|Bar
ok 4 - ConsumerOf == Object
ok 5 - ConsumerOf["Foo"] == Foo
ok 6 - ConsumerOf["Foo","Bar"] == Foo&Bar
ok 7 - HasMethods == Object
ok 8 - HasMethods["foo"] == CanFoo
ok 9 - HasMethods["foo","bar"] == CanFooBar
ok 10 - Enum == Str
ok 11 - Enum["foo"] == Enum[foo]
ok 12 - Enum["foo","bar"] == Enum[bar,foo]
1..12
ok
t/20-modules/Types-Standard/optlist.t ........................
ok 1 - Reference [] passes type constraint OptList
ok 2 - Reference [["foo",undef]] passes type constraint OptList
ok 3 - Reference [["foo",'ARRAY(0xaaaad88a3410)']] passes type constraint OptList
ok 4 - Reference [["foo",'HASH(0xaaaad7f7f548)']] passes type constraint OptList
ok 5 - Reference [] passes type constraint OptList
ok 6 - Reference [["foo",undef]] passes type constraint OptList
ok 7 - Reference [["foo",'ARRAY(0xaaaad7fa14d8)']] passes type constraint OptList
ok 8 - Reference [["foo",'HASH(0xaaaad7f7f548)']] passes type constraint OptList
ok 9 - Reference [[undef]] fails type constraint OptList
ok 10 - Reference [['ARRAY(0xaaaad8cb9c20)']] fails type constraint OptList
ok 11 - Reference [['HASH(0xaaaad7fa14d8)']] fails type constraint OptList
ok 12 - Reference [[undef]] fails type constraint OptList
ok 13 - Reference [['ARRAY(0xaaaad8cb9d58)']] fails type constraint OptList
ok 14 - Reference [['HASH(0xaaaad8cb9c20)']] fails type constraint OptList
ok 15 - not OptList has coercion
ok 16 - OptList has coercion
ok 17 - $OM->coerce(undef)
ok 18 - $OM->coerce([])
ok 19 - simple $OM coercion test
ok 20 - another simple $OM coercion test
1..20
ok
t/20-modules/Types-Standard/overload.t .......................
ok 1 - Reference bless( [], 'Local::Class' ) passes type constraint Any
ok 2 - Reference bless( [], 'Local::Class' ) passes type constraint Item
ok 3 - Reference bless( [], 'Local::Class' ) passes type constraint Defined
ok 4 - Reference bless( [], 'Local::Class' ) passes type constraint Ref
ok 5 - Reference bless( [], 'Local::Class' ) passes type constraint Ref[ARRAY]
ok 6 - Reference bless( [], 'Local::Class' ) passes type constraint Object
ok 7 - Reference bless( [], 'Local::Class' ) passes type constraint Overload
ok 8 - Reference bless( [], 'Local::Class' ) passes type constraint Overload["&"]
ok 9 - Reference bless( [], 'Local::Class' ) fails type constraint Ref[HASH]
ok 10 - Reference bless( [], 'Local::Class' ) fails type constraint Overload["|"]
ok 11 - Value "Local::Class" fails type constraint Overload
ok 12 - Reference [] fails type constraint Overload
ok 13 - Item subtype: Overload["&"]
ok 14 - Defined subtype: Overload["&"]
ok 15 - Ref subtype: Overload["&"]
ok 16 - Object subtype: Overload["&"]
ok 17 - Overload subtype: Overload["&"]
1..17
ok
t/20-modules/Types-Standard/strmatch-allow-callbacks.t .......
ok 1 - using callbacks, this complex regexp can be inlined
ok 2 - ... and looks okay
ok 3 - no (unexpected) warnings (via done_testing)
1..3
ok
t/20-modules/Types-Standard/strmatch-avoid-callbacks.t .......
ok 1
ok 2
ok 3 - no (unexpected) warnings (via done_testing)
1..3
ok
t/20-modules/Types-Standard/strmatch.t .......................
ok 1 - error message 1
ok 2 - error message 2
ok 3 - Value "mm" passes type constraint Enum[cm,km,m,mm]
ok 4 - Value "cm" passes type constraint Enum[cm,km,m,mm]
ok 5 - Value "m" passes type constraint Enum[cm,km,m,mm]
ok 6 - Value "km" passes type constraint Enum[cm,km,m,mm]
ok 7 - Value "MM" fails type constraint Enum[cm,km,m,mm]
ok 8 - Value "mm " fails type constraint Enum[cm,km,m,mm]
ok 9 - Value " mm" fails type constraint Enum[cm,km,m,mm]
ok 10 - Value "miles" fails type constraint Enum[cm,km,m,mm]
ok 11 - Value "5 km" passes type constraint Distance
ok 12 - Value "5 mm" passes type constraint Distance
ok 13 - Value "4 miles" fails type constraint Distance
ok 14 - Value "5.5 km" fails type constraint Distance
ok 15 - Reference [5,"km"] fails type constraint Distance
ok 16 - Value "true" passes type constraint Boolean
ok 17 - Value "True" passes type constraint Boolean
ok 18 - Value "TRUE" passes type constraint Boolean
ok 19 - Value "false" passes type constraint Boolean
ok 20 - Value "False" passes type constraint Boolean
ok 21 - Value "FALSE" passes type constraint Boolean
ok 22 - Value "0" passes type constraint Boolean
ok 23 - Value "1" passes type constraint Boolean
ok 24 - Value "True " fails type constraint Boolean
ok 25 - Value "11" fails type constraint Boolean
ok 26 - Value "https://www.google.com/" passes type constraint SecureUrl
ok 27 - Value "http://www.google.com/" fails type constraint SecureUrl
ok 28 - Value "ab" fails type constraint StrMatch[(?^:\A...\z)]
ok 29 - Value "abc" passes type constraint StrMatch[(?^:\A...\z)]
ok 30 - Value "abcd" fails type constraint StrMatch[(?^:\A...\z)]
ok 31 - Value "ab" fails type constraint StrMatch[(?^:\A...)]
ok 32 - Value "abc" passes type constraint StrMatch[(?^:\A...)]
ok 33 - Value "abcd" passes type constraint StrMatch[(?^:\A...)]
ok 34 - StrMatch->of(...)->compiled_check( $val ) always returns a single value, even in list context
1..34
ok
t/20-modules/Types-Standard/structured.t .....................
ok 1 - Reference {"1" => 111,"2" => 222} passes type constraint Map[Int,Num]
ok 2 - Reference {"1" => "1.1","2" => "2.2"} passes type constraint Map[Int,Num]
ok 3 - Reference {"1" => "Str","2" => 222} fails type constraint Map[Int,Num]
ok 4 - Reference {"1.1" => 1,"2" => "2.2"} fails type constraint Map[Int,Num]
ok 5 - Reference [1,"1.1"] passes type constraint Tuple[Int,Num,Optional[Int],Slurpy[ArrayRef[Num]]]
ok 6 - Reference [1,"1.1",2] passes type constraint Tuple[Int,Num,Optional[Int],Slurpy[ArrayRef[Num]]]
ok 7 - Reference [1,"1.1",2,"2.2"] passes type constraint Tuple[Int,Num,Optional[Int],Slurpy[ArrayRef[Num]]]
ok 8 - Reference [1,"1.1",2,"2.2","2.3"] passes type constraint Tuple[Int,Num,Optional[Int],Slurpy[ArrayRef[Num]]]
ok 9 - Reference [1,"1.1",2,"2.2","2.3","2.4"] passes type constraint Tuple[Int,Num,Optional[Int],Slurpy[ArrayRef[Num]]]
ok 10 - Reference {} fails type constraint Tuple[Int,Num,Optional[Int],Slurpy[ArrayRef[Num]]]
ok 11 - Reference [] fails type constraint Tuple[Int,Num,Optional[Int],Slurpy[ArrayRef[Num]]]
ok 12 - Reference [1] fails type constraint Tuple[Int,Num,Optional[Int],Slurpy[ArrayRef[Num]]]
ok 13 - Reference ["1.1","1.1"] fails type constraint Tuple[Int,Num,Optional[Int],Slurpy[ArrayRef[Num]]]
ok 14 - Reference [1,"1.1","2.1"] fails type constraint Tuple[Int,Num,Optional[Int],Slurpy[ArrayRef[Num]]]
ok 15 - Reference [1,"1.1","2.1"] fails type constraint Tuple[Int,Num,Optional[Int],Slurpy[ArrayRef[Num]]]
ok 16 - Reference [1,"1.1",2,"2.2","2.3","2.4","xyz"] fails type constraint Tuple[Int,Num,Optional[Int],Slurpy[ArrayRef[Num]]]
ok 17 - Reference [1,"1.1",undef] fails type constraint Tuple[Int,Num,Optional[Int],Slurpy[ArrayRef[Num]]]
ok 18 - Reference [1,"1.1"] passes type constraint Tuple[Int,Num,Optional[Int]]
ok 19 - Reference [1,"1.1",2] passes type constraint Tuple[Int,Num,Optional[Int]]
ok 20 - Reference [1,"1.1",2,"2.2"] fails type constraint Tuple[Int,Num,Optional[Int]]
ok 21 - Reference [1,"1.1",2,"2.2","2.3"] fails type constraint Tuple[Int,Num,Optional[Int]]
ok 22 - Reference [1,"1.1",2,"2.2","2.3","2.4"] fails type constraint Tuple[Int,Num,Optional[Int]]
ok 23 - Reference {} fails type constraint Tuple[Int,Num,Optional[Int]]
ok 24 - Reference [] fails type constraint Tuple[Int,Num,Optional[Int]]
ok 25 - Reference [1] fails type constraint Tuple[Int,Num,Optional[Int]]
ok 26 - Reference ["1.1","1.1"] fails type constraint Tuple[Int,Num,Optional[Int]]
ok 27 - Reference [1,"1.1","2.1"] fails type constraint Tuple[Int,Num,Optional[Int]]
ok 28 - Reference [1,"1.1","2.1"] fails type constraint Tuple[Int,Num,Optional[Int]]
ok 29 - Reference [1,"1.1",2,"2.2","2.3","2.4","xyz"] fails type constraint Tuple[Int,Num,Optional[Int]]
ok 30 - Reference [1,"1.1",undef] fails type constraint Tuple[Int,Num,Optional[Int]]
ok 31 - Reference {"age" => 40,"height" => "1.76","name" => "Bob"} passes type constraint Dict[age=>Int,height=>Optional[Num],name=>Str]
ok 32 - Reference {"age" => 40,"name" => "Bob"} passes type constraint Dict[age=>Int,height=>Optional[Num],name=>Str]
ok 33 - Reference {"name" => "Bob"} fails type constraint Dict[age=>Int,height=>Optional[Num],name=>Str]
ok 34 - Reference {"age" => 40} fails type constraint Dict[age=>Int,height=>Optional[Num],name=>Str]
ok 35 - Reference {"age" => "40.1","name" => "Bob"} fails type constraint Dict[age=>Int,height=>Optional[Num],name=>Str]
ok 36 - Reference {"age" => 40,"name" => "Bob","weight" => "80.3"} fails type constraint Dict[age=>Int,height=>Optional[Num],name=>Str]
ok 37 - Reference {"age" => 40,"height" => "1.76","name" => "Bob","weight" => "80.3"} fails type constraint Dict[age=>Int,height=>Optional[Num],name=>Str]
ok 38 - Reference {"age" => 40,"height" => "xyz","name" => "Bob"} fails type constraint Dict[age=>Int,height=>Optional[Num],name=>Str]
ok 39 - Reference {"age" => 40,"height" => undef,"name" => "Bob"} fails type constraint Dict[age=>Int,height=>Optional[Num],name=>Str]
ok 40 - Reference {"age" => undef,"height" => "1.76","name" => "Bob"} fails type constraint Dict[age=>Int,height=>Optional[Num],name=>Str]
ok 41 - Optional[Int] check (1)
ok 42 - Optional[Int] check ('xxx')
ok 43 - Reference [[],"1.1",1,"2.1",2] passes type constraint Tuple[ArrayRef,Slurpy[Map[Num,Int]]]
ok 44 - Reference [[]] passes type constraint Tuple[ArrayRef,Slurpy[Map[Num,Int]]]
ok 45 - Reference [[],"1.1",1,"xxx",2] fails type constraint Tuple[ArrayRef,Slurpy[Map[Num,Int]]]
ok 46 - Reference [[],"1.1",1,"2.1",undef] fails type constraint Tuple[ArrayRef,Slurpy[Map[Num,Int]]]
ok 47 - Reference {"b" => undef,"i" => 42} passes type constraint Dict[b=>Bool,i=>Maybe[Int]]
ok 48 - Reference {"b" => "","i" => 42} passes type constraint Dict[b=>Bool,i=>Maybe[Int]]
ok 49 - Reference {"b" => 0,"i" => 42} passes type constraint Dict[b=>Bool,i=>Maybe[Int]]
ok 50 - Reference {"b" => 1,"i" => 42} passes type constraint Dict[b=>Bool,i=>Maybe[Int]]
ok 51 - Reference {"b" => 1,"i" => undef} passes type constraint Dict[b=>Bool,i=>Maybe[Int]]
ok 52 - Reference {"b" => 42,"i" => 1} fails type constraint Dict[b=>Bool,i=>Maybe[Int]]
ok 53 - Reference {"i" => 42} fails type constraint Dict[b=>Bool,i=>Maybe[Int]]
ok 54 - Reference {"b" => 1} fails type constraint Dict[b=>Bool,i=>Maybe[Int]]
ok 55 - Reference {"a" => 1,"b" => 1,"i" => 42} fails type constraint Dict[b=>Bool,i=>Maybe[Int]]
ok 56 - Reference {"a" => 1,"i" => 42} fails type constraint Dict[b=>Bool,i=>Maybe[Int]]
ok 57 - Reference {"a" => 42,"b" => 1} fails type constraint Dict[b=>Bool,i=>Maybe[Int]]
ok 58 - Reference [1,1] passes type constraint Tuple[Any,Any]
ok 59 - Reference [1,undef] passes type constraint Tuple[Any,Any]
ok 60 - Reference [undef,undef] passes type constraint Tuple[Any,Any]
ok 61 - Reference [undef,1] passes type constraint Tuple[Any,Any]
ok 62 - Reference [1] fails type constraint Tuple[Any,Any]
ok 63 - Reference [undef] fails type constraint Tuple[Any,Any]
ok 64 - Reference [1,1,1] fails type constraint Tuple[Any,Any]
ok 65 - Reference [1,1,undef] fails type constraint Tuple[Any,Any]
# Tuple[] vs Tuple
ok 66 - Reference [] passes type constraint Tuple[]
ok 67 - Reference [1] fails type constraint Tuple[]
ok 68 - Reference [] passes type constraint Tuple
ok 69 - Reference [1] passes type constraint Tuple
# Dict[] vs Dict
ok 70 - Reference {} passes type constraint Dict[]
ok 71 - Reference {"foo" => 1} fails type constraint Dict[]
ok 72 - Reference {} passes type constraint Dict
ok 73 - Reference {"foo" => 1} passes type constraint Dict
# Dict[ ..., slurpy ... ]
ok 74 - Reference {"foo" => 42} passes type constraint Dict[bar=>Optional[Int],foo=>Int,Slurpy[HashRef[Num]]]
ok 75 - Reference {"bar" => 666,"foo" => 42} passes type constraint Dict[bar=>Optional[Int],foo=>Int,Slurpy[HashRef[Num]]]
ok 76 - Reference {"foo" => "4.2"} fails type constraint Dict[bar=>Optional[Int],foo=>Int,Slurpy[HashRef[Num]]]
ok 77 - Reference {"bar" => "6.66","foo" => 42} fails type constraint Dict[bar=>Optional[Int],foo=>Int,Slurpy[HashRef[Num]]]
ok 78 - Reference {"bar" => "6.66","foo" => "4.2"} fails type constraint Dict[bar=>Optional[Int],foo=>Int,Slurpy[HashRef[Num]]]
ok 79 - Reference {"foo" => undef} fails type constraint Dict[bar=>Optional[Int],foo=>Int,Slurpy[HashRef[Num]]]
ok 80 - Reference {} fails type constraint Dict[bar=>Optional[Int],foo=>Int,Slurpy[HashRef[Num]]]
ok 81 - Reference {"baz" => 999,"foo" => 42} passes type constraint Dict[bar=>Optional[Int],foo=>Int,Slurpy[HashRef[Num]]]
ok 82 - Reference {"bar" => 666,"baz" => 999,"foo" => 42} passes type constraint Dict[bar=>Optional[Int],foo=>Int,Slurpy[HashRef[Num]]]
ok 83 - Reference {"baz" => 999,"foo" => "4.2"} fails type constraint Dict[bar=>Optional[Int],foo=>Int,Slurpy[HashRef[Num]]]
ok 84 - Reference {"bar" => "6.66","baz" => 999,"foo" => 42} fails type constraint Dict[bar=>Optional[Int],foo=>Int,Slurpy[HashRef[Num]]]
ok 85 - Reference {"bar" => "6.66","baz" => 999,"foo" => "4.2"} fails type constraint Dict[bar=>Optional[Int],foo=>Int,Slurpy[HashRef[Num]]]
ok 86 - Reference {"baz" => 999,"foo" => undef} fails type constraint Dict[bar=>Optional[Int],foo=>Int,Slurpy[HashRef[Num]]]
ok 87 - Reference {"baz" => 999} fails type constraint Dict[bar=>Optional[Int],foo=>Int,Slurpy[HashRef[Num]]]
ok 88 - Reference {"baz" => "9.99","foo" => 42} passes type constraint Dict[bar=>Optional[Int],foo=>Int,Slurpy[HashRef[Num]]]
ok 89 - Reference {"bar" => 666,"baz" => "9.99","foo" => 42} passes type constraint Dict[bar=>Optional[Int],foo=>Int,Slurpy[HashRef[Num]]]
ok 90 - Reference {"baz" => "9.99","foo" => "4.2"} fails type constraint Dict[bar=>Optional[Int],foo=>Int,Slurpy[HashRef[Num]]]
ok 91 - Reference {"bar" => "6.66","baz" => "9.99","foo" => 42} fails type constraint Dict[bar=>Optional[Int],foo=>Int,Slurpy[HashRef[Num]]]
ok 92 - Reference {"bar" => "6.66","baz" => "9.99","foo" => "4.2"} fails type constraint Dict[bar=>Optional[Int],foo=>Int,Slurpy[HashRef[Num]]]
ok 93 - Reference {"baz" => "9.99","foo" => undef} fails type constraint Dict[bar=>Optional[Int],foo=>Int,Slurpy[HashRef[Num]]]
ok 94 - Reference {"baz" => "9.99"} fails type constraint Dict[bar=>Optional[Int],foo=>Int,Slurpy[HashRef[Num]]]
ok 95 - Reference {"baz" => "x","foo" => 42} fails type constraint Dict[bar=>Optional[Int],foo=>Int,Slurpy[HashRef[Num]]]
ok 96 - Reference {"bar" => 666,"baz" => "x","foo" => 42} fails type constraint Dict[bar=>Optional[Int],foo=>Int,Slurpy[HashRef[Num]]]
ok 97 - Reference {"baz" => "x","foo" => "4.2"} fails type constraint Dict[bar=>Optional[Int],foo=>Int,Slurpy[HashRef[Num]]]
ok 98 - Reference {"bar" => "6.66","baz" => "x","foo" => 42} fails type constraint Dict[bar=>Optional[Int],foo=>Int,Slurpy[HashRef[Num]]]
ok 99 - Reference {"bar" => "6.66","baz" => "x","foo" => "4.2"} fails type constraint Dict[bar=>Optional[Int],foo=>Int,Slurpy[HashRef[Num]]]
ok 100 - Reference {"baz" => "x","foo" => undef} fails type constraint Dict[bar=>Optional[Int],foo=>Int,Slurpy[HashRef[Num]]]
ok 101 - Reference {"baz" => "x"} fails type constraint Dict[bar=>Optional[Int],foo=>Int,Slurpy[HashRef[Num]]]
ok 102 - Reference {"foo" => 99,"jjj" => "2.2"} passes type constraint Dict[bar=>Optional[Int],foo=>Int,Slurpy[Map[StrMatch[(?^:^...$)],Num]]]
ok 103 - Reference {"jjj" => "2.2"} fails type constraint Dict[bar=>Optional[Int],foo=>Int,Slurpy[Map[StrMatch[(?^:^...$)],Num]]]
ok 104 - Reference {"foo" => 99,"jjjj" => "2.2"} fails type constraint Dict[bar=>Optional[Int],foo=>Int,Slurpy[Map[StrMatch[(?^:^...$)],Num]]]
ok 105 - Reference {"foo" => 1} fails type constraint Dict[foo=>Int,Slurpy[Num]]
ok 106 - Reference {} fails type constraint Dict[foo=>Int,Slurpy[Num]]
# Subtest: slurpy_coderef_thing
ok 1 - An object of class 'Type::Tiny' isa 'Type::Tiny'
ok 2 - An object of class 'Type::Tiny' isa 'Type::Tiny'
ok 3 - Reference [1] passes type constraint Tuple[Int,Slurpy[__ANON__]]
ok 4 - Reference [1,"extra"] passes type constraint Tuple[Int,Slurpy[__ANON__]]
ok 5 - Reference [1] passes type constraint Tuple[Int,Slurpy[__ANON__]]
ok 6 - Reference [1,"extra"] fails type constraint Tuple[Int,Slurpy[__ANON__]]
1..6
ok 107 - slurpy_coderef_thing
ok 108 - Reference ["foo",123] fails type constraint Dict[foo=>Int,Slurpy[__ANON__]]
ok 109 - Reference {"foo" => 123} passes type constraint Dict[foo=>Int,Slurpy[__ANON__]]
ok 110 - Reference {"bar" => 456,"foo" => 123} passes type constraint Dict[foo=>Int,Slurpy[__ANON__]]
ok 111 - Reference {"bar" => 456} fails type constraint Dict[foo=>Int,Slurpy[__ANON__]]
# Subtest: my_dict_is_slurpy
ok 1 - On a non-slurpy Dict
ok 2 - On a slurpy Dict
ok 3 - On a child of a non-slurpy Dict
ok 4 - On a child of a slurpy Dict
1..4
ok 112 - my_dict_is_slurpy
# Subtest: my_hashref_allows_key
ok 1 - HashRef allows key "foo"
ok 2 - HashRef disallows key undef
ok 3 - HashRef disallows key []
ok 4 - HashRef[Int] allows key "foo"
ok 5 - HashRef[Int] disallows key undef
ok 6 - HashRef[Int] disallows key []
ok 7 - Map allows key "foo"
ok 8 - Map disallows key undef
ok 9 - Map disallows key []
ok 10 - Map[Int,Int] disallows key "foo"
ok 11 - Map[Int,Int] disallows key undef
ok 12 - Map[Int,Int] disallows key []
ok 13 - Map[Int,Int] allows key "42"
ok 14 - Dict allows key "foo"
ok 15 - Dict disallows key undef
ok 16 - Dict disallows key []
ok 17 - Dict[] disallows key "foo"
ok 18 - Dict[] disallows key undef
ok 19 - Dict[] disallows key []
ok 20 - Dict[bar=>Int] disallows key "foo"
ok 21 - Dict[bar=>Int] allows key "bar"
ok 22 - Dict[bar=>Int] disallows key undef
ok 23 - Dict[bar=>Int] disallows key []
ok 24 - Dict[bar=>Int,slurpy Any] allows key "foo"
ok 25 - Dict[bar=>Int,slurpy Any] allows key "bar"
ok 26 - Dict[bar=>Int,slurpy Any] disallows key undef
ok 27 - Dict[bar=>Int,slurpy Any] disallows key []
ok 28 - Dict[bar=>Int,slurpy Ref] allows key "foo"
ok 29 - Dict[bar=>Int,slurpy Ref] allows key "bar"
ok 30 - Dict[bar=>Int,slurpy Ref] disallows key undef
ok 31 - Dict[bar=>Int,slurpy Ref] disallows key []
ok 32 - Dict[bar=>Int,slurpy Map[Int,Int]] disallows key "foo"
ok 33 - Dict[bar=>Int,slurpy Map[Int,Int]] allows key "bar"
ok 34 - Dict[bar=>Int,slurpy Map[Int,Int]] disallows key undef
ok 35 - Dict[bar=>Int,slurpy Map[Int,Int]] disallows key []
ok 36 - Dict[bar=>Int,slurpy Map[Int,Int]] allows key "42"
ok 37 - A child of HashRef allows key "foo"
ok 38 - A child of HashRef disallows key undef
ok 39 - A child of HashRef disallows key []
ok 40 - A child of HashRef[Int] allows key "foo"
ok 41 - A child of HashRef[Int] disallows key undef
ok 42 - A child of HashRef[Int] disallows key []
ok 43 - A child of Map allows key "foo"
ok 44 - A child of Map disallows key undef
ok 45 - A child of Map disallows key []
ok 46 - A child of Map[Int,Int] disallows key "foo"
ok 47 - A child of Map[Int,Int] disallows key undef
ok 48 - A child of Map[Int,Int] disallows key []
ok 49 - A child of Map[Int,Int] allows key "42"
ok 50 - A child of Dict allows key "foo"
ok 51 - A child of Dict disallows key undef
ok 52 - A child of Dict disallows key []
ok 53 - A child of Dict[] disallows key "foo"
ok 54 - A child of Dict[] disallows key undef
ok 55 - A child of Dict[] disallows key []
ok 56 - A child of Dict[bar=>Int] disallows key "foo"
ok 57 - A child of Dict[bar=>Int] allows key "bar"
ok 58 - A child of Dict[bar=>Int] disallows key undef
ok 59 - A child of Dict[bar=>Int] disallows key []
ok 60 - A child of Dict[bar=>Int,slurpy Any] allows key "foo"
ok 61 - A child of Dict[bar=>Int,slurpy Any] allows key "bar"
ok 62 - A child of Dict[bar=>Int,slurpy Any] disallows key undef
ok 63 - A child of Dict[bar=>Int,slurpy Any] disallows key []
ok 64 - A child of Dict[bar=>Int,slurpy Ref] allows key "foo"
ok 65 - A child of Dict[bar=>Int,slurpy Ref] allows key "bar"
ok 66 - A child of Dict[bar=>Int,slurpy Ref] disallows key undef
ok 67 - A child of Dict[bar=>Int,slurpy Ref] disallows key []
ok 68 - A child of Dict[bar=>Int,slurpy Map[Int,Int]] disallows key "foo"
ok 69 - A child of Dict[bar=>Int,slurpy Map[Int,Int]] allows key "bar"
ok 70 - A child of Dict[bar=>Int,slurpy Map[Int,Int]] disallows key undef
ok 71 - A child of Dict[bar=>Int,slurpy Map[Int,Int]] disallows key []
ok 72 - A child of Dict[bar=>Int,slurpy Map[Int,Int]] allows key "42"
ok 73 - Dict[slurpy Int] disallows key "foo"
1..73
ok 113 - my_hashref_allows_key
# Subtest: my_hashref_allows_value
ok 1 - HashRef allows key "foo" with value "bar"
ok 2 - HashRef allows key "foo" with value undef
ok 3 - HashRef disallows key undef with value "bar"
ok 4 - HashRef[Int] disallows key "foo" with value "bar"
ok 5 - A child of Dict[bar=>Int,slurpy Map[Int,Int]] allows key "bar" with value 42
ok 6 - A child of Dict[bar=>Int,slurpy Map[Int,Int]] allows key "21" with value 42
ok 7 - A child of Dict[bar=>Int,slurpy Map[Int,Int]] disallows key "baz" with value 42
ok 8 - Dict[slurpy Int] disallows key "foo" with value 42
1..8
ok 114 - my_hashref_allows_value
# Subtest: Invalid parameters
ok 1 - ScalarRef[INVALID]
ok 2 - ArrayRef[INVALID]
ok 3 - HashRef[INVALID]
ok 4 - Map[INVALID, Str]
ok 5 - Map[Str, INVALID]
ok 6 - Tuple[INVALID]
ok 7 - Tuple[Str, slurpy INVALID]
ok 8 - Tuple[Optional[Str], Str]
ok 9 - CycleTuple[INVALID]
ok 10 - CycleTuple[Optional[Str]]
ok 11 - CycleTuple[slurpy Str]
ok 12 - Dict[INVALID]
ok 13 - Dict[INVALID => Str]
ok 14 - Dict[foo => INVALID]
ok 15 - Dict[foo => Str, slurpy INVALID]
1..15
ok 115 - Invalid parameters
1..115
ok
t/20-modules/Types-Standard/tied.t ...........................
ok 1 - Reference [] passes type constraint Tied
ok 2 - Reference {} passes type constraint Tied
ok 3 - Reference \undef passes type constraint Tied
ok 4 - Undef fails type constraint Tied
ok 5 - Reference [] passes type constraint Tied["MyTie::Array"]
ok 6 - Reference {} fails type constraint Tied["MyTie::Array"]
ok 7 - Reference \undef fails type constraint Tied["MyTie::Array"]
ok 8 - Reference [] fails type constraint Tied["MyTie::Hash"]
ok 9 - Reference {} passes type constraint Tied["MyTie::Hash"]
ok 10 - Reference \undef fails type constraint Tied["MyTie::Hash"]
ok 11 - Reference [] fails type constraint Tied["MyTie::Scalar"]
ok 12 - Reference {} fails type constraint Tied["MyTie::Scalar"]
ok 13 - Reference \undef passes type constraint Tied["MyTie::Scalar"]
ok 14 - Reference [] passes type constraint Tied[MyTieArray]
ok 15 - Reference {} fails type constraint Tied[MyTieArray]
ok 16 - Reference \undef fails type constraint Tied[MyTieArray]
ok 17 - Reference [] fails type constraint Tied[MyTieHash]
ok 18 - Reference {} passes type constraint Tied[MyTieHash]
ok 19 - Reference \undef fails type constraint Tied[MyTieHash]
ok 20 - Reference [] fails type constraint Tied[MyTieScalar]
ok 21 - Reference {} fails type constraint Tied[MyTieScalar]
ok 22 - Reference \undef passes type constraint Tied[MyTieScalar]
ok 23 - Reference {} passes type constraint Tied&HashRef
ok 24 - Reference [] fails type constraint Tied&HashRef
ok 25 - Reference \undef fails type constraint Tied&HashRef
ok 26 - Reference {"foo" => 2} fails type constraint Tied&HashRef
ok 27 - weird exception
1..27
ok
t/20-modules/Types-TypeTiny/basic.t ..........................
# Subtest: StringLike
ok 1 - Value "Hello" passes type constraint StringLike
ok 2 - Value "" passes type constraint StringLike
ok 3 - Type::Tiny constraint object passes type constraint StringLike
ok 4 - Reference bless( {}, 'Overloaded::String' ) passes type constraint StringLike
ok 5 - Reference {} fails type constraint StringLike
ok 6 - Undef fails type constraint StringLike
1..6
ok 1 - StringLike
# Subtest: ArrayLike
ok 1 - Reference [] passes type constraint ArrayLike
ok 2 - Reference bless( {}, 'Overloaded::ArrayRef' ) passes type constraint ArrayLike
ok 3 - Reference {} fails type constraint ArrayLike
ok 4 - Reference bless( [], 'XXX' ) fails type constraint ArrayLike
ok 5 - Undef fails type constraint ArrayLike
1..5
ok 2 - ArrayLike
# Subtest: HashLike
ok 1 - Reference {} passes type constraint HashLike
ok 2 - Reference bless( [], 'Overloaded::HashRef' ) passes type constraint HashLike
ok 3 - Reference [] fails type constraint HashLike
ok 4 - Reference bless( {}, 'XXX' ) fails type constraint HashLike
ok 5 - Undef fails type constraint HashLike
1..5
ok 3 - HashLike
# Subtest: CodeLike
ok 1 - Reference sub { "DUMMY" } passes type constraint CodeLike
ok 2 - Type::Tiny constraint object passes type constraint CodeLike
ok 3 - Reference bless( [], 'Overloaded::CodeRef' ) passes type constraint CodeLike
ok 4 - Reference {} fails type constraint CodeLike
ok 5 - Reference bless( sub { "DUMMY" }, 'XXX' ) fails type constraint CodeLike
ok 6 - Undef fails type constraint CodeLike
1..6
ok 4 - CodeLike
# Subtest: TypeTiny
ok 1 - Type::Tiny constraint object passes type constraint TypeTiny
ok 2 - Reference {} fails type constraint TypeTiny
ok 3 - Reference sub { "DUMMY" } fails type constraint TypeTiny
ok 4 - Undef fails type constraint TypeTiny
1..4
ok 5 - TypeTiny
1..5
ok
t/20-modules/Types-TypeTiny/coercion.t .......................
ok 1 - TypeTiny->has_coercion
# Subtest: Coercion from built-in Moose type constraint object
ok 1 - Reference bless( {"_default_message" => sub { "DUMMY" },"compiled_type...) passes type constraint _ForeignTypeConstraint
ok 2 - Reference bless( {"_is_core" => 1,"_overload_coderef" => sub { "DUMMY"...) fails type constraint _ForeignTypeConstraint
ok 3 - to_TypeTiny converted a Moose type constraint to a Type::Tiny one
ok 4 - ... which has the correct name
ok 5 - ... and which can be inlined
# (do { my $tmp = $X; defined($tmp) and !ref($tmp) and $tmp =~ /\A-?[0-9]+\z/ })
# Subtest: ... and it works
ok 1 - Value "123" passes type constraint Int
ok 2 - Value "3.3" fails type constraint Int
1..2
ok 6 - ... and it works
1..6
ok 2 - Coercion from built-in Moose type constraint object
# Subtest: Coercion from custom Moose type constraint object
ok 1 - Reference bless( {"compiled_type_constraint" => sub { "DUMMY" },"const...) passes type constraint _ForeignTypeConstraint
ok 2 - Reference bless( {"constraint" => sub { "DUMMY" },"definition_context"...) fails type constraint _ForeignTypeConstraint
ok 3 - to_TypeTiny converted a Moose type constraint to a Type::Tiny one
ok 4 - ... which has the correct display_name
ok 5 - ... and which can be inlined
# do { package Type::Tiny; ( do { do { ( do { ( do { ( do { defined($X) } ) && !ref($X) } ) && (my $val = $X) =~ /\A-?[0-9]+\z/ } ) } && !( $X % 2 ) } ) }
# Subtest: ... and it works
ok 1 - Value "3.3" fails type constraint EvenInt
ok 2 - Value "123" fails type constraint EvenInt
ok 3 - Value "124" passes type constraint EvenInt
1..3
ok 6 - ... and it works
ok 7 - ... and provides proper message
1..7
ok 3 - Coercion from custom Moose type constraint object
# Subtest: Coercion from Moose parameterizable type constraint object
# Moose native type, no parameters
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
ok 7
# Moose native type, parameterized with Moose type
ok 8
ok 9
ok 10
ok 11
ok 12
ok 13
ok 14
# Moose native type, parameterized with TT type
ok 15
ok 16
ok 17
ok 18
ok 19
ok 20
ok 21
# TT type, no parameters
ok 22 - An object of class 'Type::Tiny' isa 'Type::Tiny'
ok 23
ok 24 - Reference [] passes type constraint ArrayOrHashRef
ok 25 - Reference {} passes type constraint ArrayOrHashRef
ok 26 - Reference [1,2,3,4,5,6,7,8,9,10] passes type constraint ArrayOrHashRef
ok 27 - Reference {"bar" => 2,"foo" => 1} passes type constraint ArrayOrHashRef
ok 28 - Reference ["hello world"] passes type constraint ArrayOrHashRef
ok 29 - Reference \1 fails type constraint ArrayOrHashRef
ok 30 - Value "42" fails type constraint ArrayOrHashRef
# TT type, parameterized with Moose type
ok 31 - Reference [] passes type constraint ArrayOrHashRef[Int]
ok 32 - Reference {} passes type constraint ArrayOrHashRef[Int]
ok 33 - Reference [1,2,3,4,5,6,7,8,9,10] passes type constraint ArrayOrHashRef[Int]
ok 34 - Reference {"bar" => 2,"foo" => 1} passes type constraint ArrayOrHashRef[Int]
ok 35 - Reference ["hello world"] fails type constraint ArrayOrHashRef[Int]
ok 36 - Reference \1 fails type constraint ArrayOrHashRef[Int]
ok 37 - Value "42" fails type constraint ArrayOrHashRef[Int]
# TT type, parameterized with TT type
ok 38 - Reference [] passes type constraint ArrayOrHashRef[Int]
ok 39 - Reference {} passes type constraint ArrayOrHashRef[Int]
ok 40 - Reference [1,2,3,4,5,6,7,8,9,10] passes type constraint ArrayOrHashRef[Int]
ok 41 - Reference {"bar" => 2,"foo" => 1} passes type constraint ArrayOrHashRef[Int]
ok 42 - Reference ["hello world"] fails type constraint ArrayOrHashRef[Int]
ok 43 - Reference \1 fails type constraint ArrayOrHashRef[Int]
ok 44 - Value "42" fails type constraint ArrayOrHashRef[Int]
1..44
ok 4 - Coercion from Moose parameterizable type constraint object
# Subtest: Coercion from Moose parameterizable type constraint object with inlining
# Moose native type, no parameters
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
ok 7
# Moose native type, parameterized with Moose type
ok 8
ok 9
ok 10
ok 11
ok 12
ok 13
ok 14
# Moose native type, parameterized with TT type
ok 15
ok 16
ok 17
ok 18
ok 19
ok 20
ok 21
# TT type, no parameters
ok 22 - An object of class 'Type::Tiny' isa 'Type::Tiny'
ok 23
ok 24 - Reference [] passes type constraint ArrayOrHashRef2
ok 25 - Reference {} passes type constraint ArrayOrHashRef2
ok 26 - Reference [1,2,3,4,5,6,7,8,9,10] passes type constraint ArrayOrHashRef2
ok 27 - Reference {"bar" => 2,"foo" => 1} passes type constraint ArrayOrHashRef2
ok 28 - Reference ["hello world"] passes type constraint ArrayOrHashRef2
ok 29 - Reference \1 fails type constraint ArrayOrHashRef2
ok 30 - Value "42" fails type constraint ArrayOrHashRef2
# TT type, parameterized with Moose type
ok 31 - Reference [] passes type constraint ArrayOrHashRef2[Int]
ok 32 - Reference {} passes type constraint ArrayOrHashRef2[Int]
ok 33 - Reference [1,2,3,4,5,6,7,8,9,10] passes type constraint ArrayOrHashRef2[Int]
ok 34 - Reference {"bar" => 2,"foo" => 1} passes type constraint ArrayOrHashRef2[Int]
ok 35 - Reference ["hello world"] fails type constraint ArrayOrHashRef2[Int]
ok 36 - Reference \1 fails type constraint ArrayOrHashRef2[Int]
ok 37 - Value "42" fails type constraint ArrayOrHashRef2[Int]
# TT type, parameterized with TT type
ok 38 - Reference [] passes type constraint ArrayOrHashRef2[Int]
ok 39 - Reference {} passes type constraint ArrayOrHashRef2[Int]
ok 40 - Reference [1,2,3,4,5,6,7,8,9,10] passes type constraint ArrayOrHashRef2[Int]
ok 41 - Reference {"bar" => 2,"foo" => 1} passes type constraint ArrayOrHashRef2[Int]
ok 42 - Reference ["hello world"] fails type constraint ArrayOrHashRef2[Int]
ok 43 - Reference \1 fails type constraint ArrayOrHashRef2[Int]
ok 44 - Value "42" fails type constraint ArrayOrHashRef2[Int]
# check everything can be inlined
ok 45
ok 46
ok 47
ok 48
ok 49
ok 50
ok 51
ok 52
ok 53
ok 54
ok 55
ok 56
# do { package Type::Tiny; ( do { do{
# if (ref($VALUE) eq 'ARRAY') {
# my $okay = 1;
# (( do { ( do { ( do { defined($_) } ) && !ref($_) } ) && (my $val = $_) =~ /\A-?[0-9]+\z/ } ) or (($okay=0), last)) for @{$VALUE};
# $okay;
# }
# elsif (ref($VALUE) eq 'HASH') {
# my $okay = 1;
# (( do { ( do { ( do { defined($_) } ) && !ref($_) } ) && (my $val = $_) =~ /\A-?[0-9]+\z/ } ) or (($okay=0), last)) for values %{$VALUE};
# $okay;
# }
# else {
# 0;
# }
# } } ) }
1..56
ok 5 - Coercion from Moose parameterizable type constraint object with inlining
# Subtest: Coercion from Moose enum type constraint
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
ok 7
ok 8
ok 9 - An object of class 'Type::Tiny::Enum' isa 'Type::Tiny::Enum'
ok 10
ok 11
# Type::Tiny::XS::AUTO::TC1($STR)
1..11
ok 6 - Coercion from Moose enum type constraint
# Subtest: Coercion from Moose class type constraint
ok 1 - An object of class 'Type::Tiny::Class' isa 'Type::Tiny::Class'
ok 2
ok 3
# (Type::Tiny::XS::AUTO::TC2($OBJECT))
1..3
ok 7 - Coercion from Moose class type constraint
# Subtest: Coercion from Moose role type constraint
ok 1 - An object of class 'Type::Tiny::Role' isa 'Type::Tiny::Role'
ok 2
ok 3
# do { package Type::Tiny; Scalar::Util::blessed($OBJECT) and do { my $method = $OBJECT->can('DOES')||$OBJECT->can('isa'); $OBJECT->$method(q[MyApp::Foo]) } }
1..3
ok 8 - Coercion from Moose role type constraint
# Subtest: Coercion from Moose duck type constraint
ok 1 - An object of class 'Type::Tiny::Duck' isa 'Type::Tiny::Duck'
ok 2
ok 3
# (Type::Tiny::XS::AUTO::TC3($OBJECT))
1..3
ok 9 - Coercion from Moose duck type constraint
# Subtest: Coercion from Moose union type constraint
ok 1
ok 2 - An object of class 'Type::Tiny::Union' isa 'Type::Tiny::Union'
ok 3
ok 4
ok 5
# Type::Tiny::XS::AUTO::TC4($REF)
1..5
ok 10 - Coercion from Moose union type constraint
# Subtest: Coercion from Mouse type constraint object
ok 1 - Reference bless( {"compiled_type_constraint" => sub { "DUMMY" },"hand_...) passes type constraint _ForeignTypeConstraint
ok 2 - Reference bless( {"constraint" => sub { "DUMMY" },"definition_context"...) fails type constraint _ForeignTypeConstraint
ok 3 - to_TypeTiny converted a Mouse type constraint to a Type::Tiny one
# Subtest: ... and it works
ok 1 - Value "123" passes type constraint Int
ok 2 - Value "3.3" fails type constraint Int
1..2
ok 4 - ... and it works
ok 5 - ... and provides proper message
1..5
ok 11 - Coercion from Mouse type constraint object
# Subtest: Coercion from predicate-like coderef
ok 1 - Reference sub { "DUMMY" } passes type constraint _ForeignTypeConstraint
ok 2 - Reference bless( {"constraint" => sub { "DUMMY" },"definition_context"...) fails type constraint _ForeignTypeConstraint
ok 3 - to_TypeTiny converted the coderef to a Type::Tiny object
# Subtest: ... and it works
ok 1 - Value "123" passes type constraint __ANON__
ok 2 - Value "3.3" fails type constraint __ANON__
1..2
ok 4 - ... and it works
1..4
ok 12 - Coercion from predicate-like coderef
# Subtest: Coercion from assertion-like coderef
ok 1 - Reference sub { "DUMMY" } passes type constraint _ForeignTypeConstraint
ok 2 - Reference bless( {"constraint" => sub { "DUMMY" },"definition_context"...) fails type constraint _ForeignTypeConstraint
ok 3 - to_TypeTiny converted the coderef to a Type::Tiny object
# Subtest: ... and it works
ok 1 - Value "123" passes type constraint __ANON__
ok 2 - Value "3.3" fails type constraint __ANON__
1..2
ok 4 - ... and it works
ok 5 - ... and provides proper message
1..5
ok 13 - Coercion from assertion-like coderef
# Subtest: Coercion from Sub::Quote coderef
ok 1 - Reference sub { "DUMMY" } passes type constraint _ForeignTypeConstraint
ok 2 - Reference bless( {"constraint" => sub { "DUMMY" },"definition_context"...) fails type constraint _ForeignTypeConstraint
ok 3 - to_TypeTiny converted the coderef to a Type::Tiny object
ok 4 - ... which can be inlined
# do { package Type::Tiny; do { local $_ = $X;local @_ = ($X); !!eval{ # BEGIN quote_sub PRELUDE
# package main;
# BEGIN {
# $^H = 1762;
# ${^WARNING_BITS} = "UUUUUUUUUUUUUUUUUUUU";
# %^H = (
# );
# }
# # END quote_sub PRELUDE
# $_[0] =~ /\A-?[0-9]+\z/ } } }
# Subtest: ... and it works
ok 1 - Value "123" passes type constraint __ANON__
ok 2 - Value "3.3" fails type constraint __ANON__
1..2
ok 5 - ... and it works
1..5
ok 14 - Coercion from Sub::Quote coderef
1..14
ok
t/20-modules/Types-TypeTiny/meta.t ...........................
ok 1 - type_names
ok 2 - has_type(HashLike)
ok 3 - get_type(HashLike)
ok 4 - has_type(MonkeyNuts)
ok 5 - get_type(MonkeyNuts)
ok 6 - coercion_names
ok 7 - has_coercion(MonkeyNuts)
ok 8 - get_coercion(MonkeyNuts)
1..8
ok
t/20-modules/Types-TypeTiny/moosemouse.t .....................
# Subtest: TypeTiny
ok 1 - Type::Tiny constraint object passes type constraint TypeTiny
ok 2 - Reference {} fails type constraint TypeTiny
ok 3 - Reference sub { "DUMMY" } fails type constraint TypeTiny
ok 4 - Moose constraint object fails type constraint TypeTiny
ok 5 - Mouse constraint object fails type constraint TypeTiny
ok 6 - Undef fails type constraint TypeTiny
1..6
ok 1 - TypeTiny
1..1
ok
t/20-modules/Types-TypeTiny/progressiveexporter.t ............
ok 1
ok 2
ok 3
1..3
ok
t/20-modules/Types-TypeTiny/type-puny.t ......................
ok 1 - Reference [1,2,3] passes type constraint __ANON__
ok 2 - Value "Hello world" fails type constraint __ANON__
ok 3 - get_message worked
ok 4 - Reference [1,2,3] passes type constraint ArrayRef[__ANON__]
ok 5 - Reference {} fails type constraint ArrayRef[__ANON__]
ok 6 - Reference [1,2,3,undef] fails type constraint ArrayRef[__ANON__]
ok 7 - Type::Puny::PlusCoerce->has_coercion
ok 8 - Type::Puny::PlusCoerce->coerce
1..8
ok
t/21-types/_ForeignTypeConstraint.t ..........................
ok 1 - '_ForeignTypeConstraint' isa 'Type::Tiny'
ok 2 - _ForeignTypeConstraint has correct name
ok 3 - _ForeignTypeConstraint has correct display_name
ok 4 - _ForeignTypeConstraint knows it is in the Types::TypeTiny library
ok 5 - Types::TypeTiny knows it has type _ForeignTypeConstraint
ok 6 - _ForeignTypeConstraint is not deprecated
ok 7 - _ForeignTypeConstraint is not anonymous
ok 8 - _ForeignTypeConstraint can be inlined
ok 9 - Inlining _ForeignTypeConstraint doesn't throw an exception
ok 10 - _ForeignTypeConstraint doesn't have a coercion
ok 11 - _ForeignTypeConstraint isn't parameterizable
ok 12 - _ForeignTypeConstraint has no type_default
ok 13 - Undef should fail _ForeignTypeConstraint
ok 14 - False should fail _ForeignTypeConstraint
ok 15 - True should fail _ForeignTypeConstraint
ok 16 - Zero should fail _ForeignTypeConstraint
ok 17 - One should fail _ForeignTypeConstraint
ok 18 - Negative one should fail _ForeignTypeConstraint
ok 19 - Non integer should fail _ForeignTypeConstraint
ok 20 - Empty string should fail _ForeignTypeConstraint
ok 21 - Whitespace should fail _ForeignTypeConstraint
ok 22 - Line break should fail _ForeignTypeConstraint
ok 23 - Random string should fail _ForeignTypeConstraint
ok 24 - Loaded package name should fail _ForeignTypeConstraint
ok 25 - Unloaded package name should fail _ForeignTypeConstraint
ok 26 - A reference to undef should fail _ForeignTypeConstraint
ok 27 - A reference to false should fail _ForeignTypeConstraint
ok 28 - A reference to true should fail _ForeignTypeConstraint
ok 29 - A reference to zero should fail _ForeignTypeConstraint
ok 30 - A reference to one should fail _ForeignTypeConstraint
ok 31 - A reference to empty string should fail _ForeignTypeConstraint
ok 32 - A reference to random string should fail _ForeignTypeConstraint
ok 33 - Blessed scalarref should fail _ForeignTypeConstraint
ok 34 - Empty arrayref should fail _ForeignTypeConstraint
ok 35 - Arrayref with one zero should fail _ForeignTypeConstraint
ok 36 - Arrayref of integers should fail _ForeignTypeConstraint
ok 37 - Arrayref of numbers should fail _ForeignTypeConstraint
ok 38 - Blessed arrayref should fail _ForeignTypeConstraint
ok 39 - Empty hashref should fail _ForeignTypeConstraint
ok 40 - Hashref should fail _ForeignTypeConstraint
ok 41 - Blessed hashref should fail _ForeignTypeConstraint
ok 42 - Coderef should pass _ForeignTypeConstraint
ok 43 - Blessed coderef should fail _ForeignTypeConstraint
ok 44 - Glob should fail _ForeignTypeConstraint
ok 45 - Globref should fail _ForeignTypeConstraint
ok 46 - Blessed globref should fail _ForeignTypeConstraint
ok 47 - Regexp should fail _ForeignTypeConstraint
ok 48 - Blessed regexp should fail _ForeignTypeConstraint
ok 49 - Filehandle should fail _ForeignTypeConstraint
ok 50 - Filehandle object should fail _ForeignTypeConstraint
ok 51 - Ref to scalarref should fail _ForeignTypeConstraint
ok 52 - Ref to arrayref should fail _ForeignTypeConstraint
ok 53 - Ref to hashref should fail _ForeignTypeConstraint
ok 54 - Ref to coderef should fail _ForeignTypeConstraint
ok 55 - Ref to blessed hashref should fail _ForeignTypeConstraint
ok 56 - Object stringifying to "" should fail _ForeignTypeConstraint
ok 57 - Object stringifying to "1" should fail _ForeignTypeConstraint
ok 58 - Object numifying to 0 should fail _ForeignTypeConstraint
ok 59 - Object numifying to 1 should fail _ForeignTypeConstraint
ok 60 - Object overloading arrayref should fail _ForeignTypeConstraint
ok 61 - Object overloading hashref should fail _ForeignTypeConstraint
ok 62 - Object overloading coderef should fail _ForeignTypeConstraint
ok 63 - Object booling to false should fail _ForeignTypeConstraint
ok 64 - Object booling to true should fail _ForeignTypeConstraint
ok 65
ok 66
ok 67 - Reference bless( [sub { "DUMMY" },"Not a hashref"], 'Local::MyTypeConstraint' ) passes type constraint _ForeignTypeConstraint
1..67
ok
t/21-types/Any.t .............................................
ok 1 - 'Any' isa 'Type::Tiny'
ok 2 - Any has correct name
ok 3 - Any has correct display_name
ok 4 - Any knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type Any
ok 6 - Any is not deprecated
ok 7 - Any is not anonymous
ok 8 - Any can be inlined
ok 9 - Inlining Any doesn't throw an exception
ok 10 - Any doesn't have a coercion
ok 11 - Any isn't parameterizable
ok 12 - Any has a type_default
ok 13 - Any type_default is undef
ok 14 - Undef should pass Any
ok 15 - False should pass Any
ok 16 - True should pass Any
ok 17 - Zero should pass Any
ok 18 - One should pass Any
ok 19 - Negative one should pass Any
ok 20 - Non integer should pass Any
ok 21 - Empty string should pass Any
ok 22 - Whitespace should pass Any
ok 23 - Line break should pass Any
ok 24 - Random string should pass Any
ok 25 - Loaded package name should pass Any
ok 26 - Unloaded package name should pass Any
ok 27 - A reference to undef should pass Any
ok 28 - A reference to false should pass Any
ok 29 - A reference to true should pass Any
ok 30 - A reference to zero should pass Any
ok 31 - A reference to one should pass Any
ok 32 - A reference to empty string should pass Any
ok 33 - A reference to random string should pass Any
ok 34 - Blessed scalarref should pass Any
ok 35 - Empty arrayref should pass Any
ok 36 - Arrayref with one zero should pass Any
ok 37 - Arrayref of integers should pass Any
ok 38 - Arrayref of numbers should pass Any
ok 39 - Blessed arrayref should pass Any
ok 40 - Empty hashref should pass Any
ok 41 - Hashref should pass Any
ok 42 - Blessed hashref should pass Any
ok 43 - Coderef should pass Any
ok 44 - Blessed coderef should pass Any
ok 45 - Glob should pass Any
ok 46 - Globref should pass Any
ok 47 - Blessed globref should pass Any
ok 48 - Regexp should pass Any
ok 49 - Blessed regexp should pass Any
ok 50 - Filehandle should pass Any
ok 51 - Filehandle object should pass Any
ok 52 - Ref to scalarref should pass Any
ok 53 - Ref to arrayref should pass Any
ok 54 - Ref to hashref should pass Any
ok 55 - Ref to coderef should pass Any
ok 56 - Ref to blessed hashref should pass Any
ok 57 - Object stringifying to "" should pass Any
ok 58 - Object stringifying to "1" should pass Any
ok 59 - Object numifying to 0 should pass Any
ok 60 - Object numifying to 1 should pass Any
ok 61 - Object overloading arrayref should pass Any
ok 62 - Object overloading hashref should pass Any
ok 63 - Object overloading coderef should pass Any
ok 64 - Object booling to false should pass Any
ok 65 - Object booling to true should pass Any
ok 66 - Complement of Any is None.
ok 67 - None can be inlined.
# Subtest: None fails where Any passes and vice versa
ok 1 - Undef should fail None
ok 2 - False should fail None
ok 3 - True should fail None
ok 4 - Zero should fail None
ok 5 - One should fail None
ok 6 - Negative one should fail None
ok 7 - Non integer should fail None
ok 8 - Empty string should fail None
ok 9 - Whitespace should fail None
ok 10 - Line break should fail None
ok 11 - Random string should fail None
ok 12 - Loaded package name should fail None
ok 13 - Unloaded package name should fail None
ok 14 - A reference to undef should fail None
ok 15 - A reference to false should fail None
ok 16 - A reference to true should fail None
ok 17 - A reference to zero should fail None
ok 18 - A reference to one should fail None
ok 19 - A reference to empty string should fail None
ok 20 - A reference to random string should fail None
ok 21 - Blessed scalarref should fail None
ok 22 - Empty arrayref should fail None
ok 23 - Arrayref with one zero should fail None
ok 24 - Arrayref of integers should fail None
ok 25 - Arrayref of numbers should fail None
ok 26 - Blessed arrayref should fail None
ok 27 - Empty hashref should fail None
ok 28 - Hashref should fail None
ok 29 - Blessed hashref should fail None
ok 30 - Coderef should fail None
ok 31 - Blessed coderef should fail None
ok 32 - Glob should fail None
ok 33 - Globref should fail None
ok 34 - Blessed globref should fail None
ok 35 - Regexp should fail None
ok 36 - Blessed regexp should fail None
ok 37 - Filehandle should fail None
ok 38 - Filehandle object should fail None
ok 39 - Ref to scalarref should fail None
ok 40 - Ref to arrayref should fail None
ok 41 - Ref to hashref should fail None
ok 42 - Ref to coderef should fail None
ok 43 - Ref to blessed hashref should fail None
ok 44 - Object stringifying to "" should fail None
ok 45 - Object stringifying to "1" should fail None
ok 46 - Object numifying to 0 should fail None
ok 47 - Object numifying to 1 should fail None
ok 48 - Object overloading arrayref should fail None
ok 49 - Object overloading hashref should fail None
ok 50 - Object overloading coderef should fail None
ok 51 - Object booling to false should fail None
ok 52 - Object booling to true should fail None
1..52
ok 68 - None fails where Any passes and vice versa
1..68
ok
t/21-types/ArrayLike.t .......................................
ok 1 - 'ArrayLike' isa 'Type::Tiny'
ok 2 - ArrayLike has correct name
ok 3 - ArrayLike has correct display_name
ok 4 - ArrayLike knows it is in the Types::TypeTiny library
ok 5 - Types::TypeTiny knows it has type ArrayLike
ok 6 - ArrayLike is not deprecated
ok 7 - ArrayLike is not anonymous
ok 8 - ArrayLike can be inlined
ok 9 - Inlining ArrayLike doesn't throw an exception
ok 10 - ArrayLike doesn't have a coercion
ok 11 - ArrayLike is parameterizable
ok 12 - ArrayLike has a type_default
ok 13 - ArrayLike type_default is []
ok 14 - Undef should fail ArrayLike
ok 15 - False should fail ArrayLike
ok 16 - True should fail ArrayLike
ok 17 - Zero should fail ArrayLike
ok 18 - One should fail ArrayLike
ok 19 - Negative one should fail ArrayLike
ok 20 - Non integer should fail ArrayLike
ok 21 - Empty string should fail ArrayLike
ok 22 - Whitespace should fail ArrayLike
ok 23 - Line break should fail ArrayLike
ok 24 - Random string should fail ArrayLike
ok 25 - Loaded package name should fail ArrayLike
ok 26 - Unloaded package name should fail ArrayLike
ok 27 - A reference to undef should fail ArrayLike
ok 28 - A reference to false should fail ArrayLike
ok 29 - A reference to true should fail ArrayLike
ok 30 - A reference to zero should fail ArrayLike
ok 31 - A reference to one should fail ArrayLike
ok 32 - A reference to empty string should fail ArrayLike
ok 33 - A reference to random string should fail ArrayLike
ok 34 - Blessed scalarref should fail ArrayLike
ok 35 - Empty arrayref should pass ArrayLike
ok 36 - Arrayref with one zero should pass ArrayLike
ok 37 - Arrayref of integers should pass ArrayLike
ok 38 - Arrayref of numbers should pass ArrayLike
ok 39 - Blessed arrayref should fail ArrayLike
ok 40 - Empty hashref should fail ArrayLike
ok 41 - Hashref should fail ArrayLike
ok 42 - Blessed hashref should fail ArrayLike
ok 43 - Coderef should fail ArrayLike
ok 44 - Blessed coderef should fail ArrayLike
ok 45 - Glob should fail ArrayLike
ok 46 - Globref should fail ArrayLike
ok 47 - Blessed globref should fail ArrayLike
ok 48 - Regexp should fail ArrayLike
ok 49 - Blessed regexp should fail ArrayLike
ok 50 - Filehandle should fail ArrayLike
ok 51 - Filehandle object should fail ArrayLike
ok 52 - Ref to scalarref should fail ArrayLike
ok 53 - Ref to arrayref should fail ArrayLike
ok 54 - Ref to hashref should fail ArrayLike
ok 55 - Ref to coderef should fail ArrayLike
ok 56 - Ref to blessed hashref should fail ArrayLike
ok 57 - Object stringifying to "" should fail ArrayLike
ok 58 - Object stringifying to "1" should fail ArrayLike
ok 59 - Object numifying to 0 should fail ArrayLike
ok 60 - Object numifying to 1 should fail ArrayLike
ok 61 - Object overloading arrayref should pass ArrayLike
ok 62 - Object overloading hashref should fail ArrayLike
ok 63 - Object overloading coderef should fail ArrayLike
ok 64 - Object booling to false should fail ArrayLike
ok 65 - Object booling to true should fail ArrayLike
ok 66
ok 67 - Reference [1,2,3] passes type constraint ArrayLike[Int]
ok 68 - Reference bless( {"array" => [1,2,3]}, 'Local::OL::Array' ) passes type constraint ArrayLike[Int]
ok 69 - Reference [undef,2,3] fails type constraint ArrayLike[Int]
ok 70 - Reference bless( {"array" => [undef,2,3]}, 'Local::OL::Array' ) fails type constraint ArrayLike[Int]
ok 71
ok 72
ok 73
ok 74
ok 75 - tied array that should pass
ok 76 - tied array that should fail
ok 77 - overloaded object yielding regular array that should pass
ok 78 - overloaded object yielding regular array that should fail
ok 79 - overloaded object yielding tied array that should pass
ok 80 - overloaded object yielding tied array that should fail
1..80
ok
t/21-types/ArrayRef.t ........................................
ok 1 - 'ArrayRef' isa 'Type::Tiny'
ok 2 - ArrayRef has correct name
ok 3 - ArrayRef has correct display_name
ok 4 - ArrayRef knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type ArrayRef
ok 6 - ArrayRef is not deprecated
ok 7 - ArrayRef is not anonymous
ok 8 - ArrayRef can be inlined
ok 9 - Inlining ArrayRef doesn't throw an exception
ok 10 - ArrayRef doesn't have a coercion
ok 11 - ArrayRef is parameterizable
ok 12 - ArrayRef has a type_default
ok 13 - ArrayRef type_default is []
ok 14 - Undef should fail ArrayRef
ok 15 - False should fail ArrayRef
ok 16 - True should fail ArrayRef
ok 17 - Zero should fail ArrayRef
ok 18 - One should fail ArrayRef
ok 19 - Negative one should fail ArrayRef
ok 20 - Non integer should fail ArrayRef
ok 21 - Empty string should fail ArrayRef
ok 22 - Whitespace should fail ArrayRef
ok 23 - Line break should fail ArrayRef
ok 24 - Random string should fail ArrayRef
ok 25 - Loaded package name should fail ArrayRef
ok 26 - Unloaded package name should fail ArrayRef
ok 27 - A reference to undef should fail ArrayRef
ok 28 - A reference to false should fail ArrayRef
ok 29 - A reference to true should fail ArrayRef
ok 30 - A reference to zero should fail ArrayRef
ok 31 - A reference to one should fail ArrayRef
ok 32 - A reference to empty string should fail ArrayRef
ok 33 - A reference to random string should fail ArrayRef
ok 34 - Blessed scalarref should fail ArrayRef
ok 35 - Empty arrayref should pass ArrayRef
ok 36 - Arrayref with one zero should pass ArrayRef
ok 37 - Arrayref of integers should pass ArrayRef
ok 38 - Arrayref of numbers should pass ArrayRef
ok 39 - Blessed arrayref should fail ArrayRef
ok 40 - Empty hashref should fail ArrayRef
ok 41 - Hashref should fail ArrayRef
ok 42 - Blessed hashref should fail ArrayRef
ok 43 - Coderef should fail ArrayRef
ok 44 - Blessed coderef should fail ArrayRef
ok 45 - Glob should fail ArrayRef
ok 46 - Globref should fail ArrayRef
ok 47 - Blessed globref should fail ArrayRef
ok 48 - Regexp should fail ArrayRef
ok 49 - Blessed regexp should fail ArrayRef
ok 50 - Filehandle should fail ArrayRef
ok 51 - Filehandle object should fail ArrayRef
ok 52 - Ref to scalarref should fail ArrayRef
ok 53 - Ref to arrayref should fail ArrayRef
ok 54 - Ref to hashref should fail ArrayRef
ok 55 - Ref to coderef should fail ArrayRef
ok 56 - Ref to blessed hashref should fail ArrayRef
ok 57 - Object stringifying to "" should fail ArrayRef
ok 58 - Object stringifying to "1" should fail ArrayRef
ok 59 - Object numifying to 0 should fail ArrayRef
ok 60 - Object numifying to 1 should fail ArrayRef
ok 61 - Object overloading arrayref should fail ArrayRef
ok 62 - Object overloading hashref should fail ArrayRef
ok 63 - Object overloading coderef should fail ArrayRef
ok 64 - Object booling to false should fail ArrayRef
ok 65 - Object booling to true should fail ArrayRef
ok 66 - '$ArrayOfInts' isa 'Type::Tiny'
ok 67 - $ArrayOfInts has correct display_name
ok 68 - $ArrayOfInts has no name
ok 69 - $ArrayOfInts can be inlined
ok 70 - Inlining $ArrayOfInts doesn't throw an exception
ok 71 - $ArrayOfInts doesn't have a coercion
ok 72 - $ArrayOfInts is not parameterizable
ok 73 - $ArrayOfInts has a type_default
ok 74 - $ArrayOfInts type_default is []
ok 75 - ArrayRef subtype: ArrayRef[Int]
ok 76 - Value "1" fails type constraint ArrayRef[Int]
ok 77 - Reference {} fails type constraint ArrayRef[Int]
ok 78 - Reference [] passes type constraint ArrayRef[Int]
ok 79 - Reference [[]] fails type constraint ArrayRef[Int]
ok 80 - Reference ["1.1"] fails type constraint ArrayRef[Int]
ok 81 - Reference [1] passes type constraint ArrayRef[Int]
ok 82 - Reference [0] passes type constraint ArrayRef[Int]
ok 83 - Reference [-1] passes type constraint ArrayRef[Int]
ok 84 - Reference [\1] fails type constraint ArrayRef[Int]
ok 85 - Reference [1,2] passes type constraint ArrayRef[Int]
ok 86 - Reference [1,[]] fails type constraint ArrayRef[Int]
ok 87 - parameterizing with [] has no effect
ok 88 - parameterizing is cached
ok 89 - Value "1" fails type constraint ArrayRef[Int,2]
ok 90 - Reference {} fails type constraint ArrayRef[Int,2]
ok 91 - Reference [] fails type constraint ArrayRef[Int,2]
ok 92 - Reference [[]] fails type constraint ArrayRef[Int,2]
ok 93 - Reference ["1.1"] fails type constraint ArrayRef[Int,2]
ok 94 - Reference [1] fails type constraint ArrayRef[Int,2]
ok 95 - Reference [0] fails type constraint ArrayRef[Int,2]
ok 96 - Reference [-1] fails type constraint ArrayRef[Int,2]
ok 97 - Reference [\1] fails type constraint ArrayRef[Int,2]
ok 98 - Reference [1,2] passes type constraint ArrayRef[Int,2]
ok 99 - Reference [1,[]] fails type constraint ArrayRef[Int,2]
ok 100 - Reference [1,-1] passes type constraint ArrayRef[Int,2]
ok 101 - Reference [1,2,3,4,5,6,7,8,9] passes type constraint ArrayRef[Int,2]
ok 102 - $ArrayOfAtLeastTwoInts has no type_default
ok 103 - '$ArrayOfRounded' isa 'Type::Tiny'
ok 104 - $ArrayOfRounded has correct display_name
ok 105 - $ArrayOfRounded has no name
ok 106 - $ArrayOfRounded can be inlined
ok 107 - Inlining $ArrayOfRounded doesn't throw an exception
ok 108 - $ArrayOfRounded has a coercion
ok 109 - $ArrayRefOfRounded can coerce from ArrayRef
ok 110 - $ArrayRefOfRounded can coerce from ArrayRef[Num]
ok 111 - $ArrayOfRounded is not parameterizable
ok 112 - ArrayRef subtype: ArrayRef[Int]
ok 113 - Value "1" fails type constraint ArrayRef[Int]
ok 114 - Reference {} fails type constraint ArrayRef[Int]
ok 115 - Reference [] passes type constraint ArrayRef[Int]
ok 116 - Reference [[]] fails type constraint ArrayRef[Int]
ok 117 - Reference ["1.1"] fails type constraint ArrayRef[Int]
ok 118 - Reference [1] passes type constraint ArrayRef[Int]
ok 119 - Reference [0] passes type constraint ArrayRef[Int]
ok 120 - Reference [-1] passes type constraint ArrayRef[Int]
ok 121 - Reference [\1] fails type constraint ArrayRef[Int]
ok 122 - Reference [1,2] passes type constraint ArrayRef[Int]
ok 123 - Reference [1,[]] fails type constraint ArrayRef[Int]
ok 124 - just returned orig unchanged
ok 125 - coercion happened
ok 126 - ... and data looks good
ok 127 - ... and now passes type constraint
ok 128 - coercion failed, so orig was returned
ok 129 - Reference [[]] fails type constraint ArrayRef[Int]
ok 130 - tied array that should pass
ok 131 - tied array that should fail
ok 132 - overloaded object yielding regular array that would pass if it weren't for the interleving overloaded object
ok 133 - overloaded object yielding regular array that should fail
ok 134 - overloaded object yielding tied array that would pass if it weren't for the interleving overloaded object
ok 135 - overloaded object yielding tied array that should fail
1..135
ok
t/21-types/Bool.t ............................................
ok 1 - 'Bool' isa 'Type::Tiny'
ok 2 - Bool has correct name
ok 3 - Bool has correct display_name
ok 4 - Bool knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type Bool
ok 6 - Bool is not deprecated
ok 7 - Bool is not anonymous
ok 8 - Bool can be inlined
ok 9 - Inlining Bool doesn't throw an exception
ok 10 - Bool has a coercion
ok 11 - Bool isn't parameterizable
ok 12 - Bool has a type_default
ok 13 - Bool type_default is false
ok 14 - Undef should pass Bool
ok 15 - False should pass Bool
ok 16 - True should pass Bool
ok 17 - Zero should pass Bool
ok 18 - One should pass Bool
ok 19 - Negative one should fail Bool
ok 20 - Non integer should fail Bool
ok 21 - Empty string should pass Bool
ok 22 - Whitespace should fail Bool
ok 23 - Line break should fail Bool
ok 24 - Random string should fail Bool
ok 25 - Loaded package name should fail Bool
ok 26 - Unloaded package name should fail Bool
ok 27 - A reference to undef should fail Bool
ok 28 - A reference to false should fail Bool
ok 29 - A reference to true should fail Bool
ok 30 - A reference to zero should fail Bool
ok 31 - A reference to one should fail Bool
ok 32 - A reference to empty string should fail Bool
ok 33 - A reference to random string should fail Bool
ok 34 - Blessed scalarref should fail Bool
ok 35 - Empty arrayref should fail Bool
ok 36 - Arrayref with one zero should fail Bool
ok 37 - Arrayref of integers should fail Bool
ok 38 - Arrayref of numbers should fail Bool
ok 39 - Blessed arrayref should fail Bool
ok 40 - Empty hashref should fail Bool
ok 41 - Hashref should fail Bool
ok 42 - Blessed hashref should fail Bool
ok 43 - Coderef should fail Bool
ok 44 - Blessed coderef should fail Bool
ok 45 - Glob should fail Bool
ok 46 - Globref should fail Bool
ok 47 - Blessed globref should fail Bool
ok 48 - Regexp should fail Bool
ok 49 - Blessed regexp should fail Bool
ok 50 - Filehandle should fail Bool
ok 51 - Filehandle object should fail Bool
ok 52 - Ref to scalarref should fail Bool
ok 53 - Ref to arrayref should fail Bool
ok 54 - Ref to hashref should fail Bool
ok 55 - Ref to coderef should fail Bool
ok 56 - Ref to blessed hashref should fail Bool
ok 57 - Object stringifying to "" should fail Bool
ok 58 - Object stringifying to "1" should fail Bool
ok 59 - Object numifying to 0 should fail Bool
ok 60 - Object numifying to 1 should fail Bool
ok 61 - Object overloading arrayref should fail Bool
ok 62 - Object overloading hashref should fail Bool
ok 63 - Object overloading coderef should fail Bool
ok 64 - Object booling to false should fail Bool
ok 65 - Object booling to true should fail Bool
ok 66 - Bool coerced undef successfully
ok 67 - Bool coerced undef to false
ok 68 - Bool coerced false successfully
ok 69 - Bool coerced false to false
ok 70 - Bool coerced true successfully
ok 71 - Bool coerced true to true
ok 72 - Bool coerced zero successfully
ok 73 - Bool coerced zero to false
ok 74 - Bool coerced one successfully
ok 75 - Bool coerced one to true
ok 76 - Bool coerced negative one successfully
ok 77 - Bool coerced negative one to true
ok 78 - Bool coerced non integer successfully
ok 79 - Bool coerced non integer to true
ok 80 - Bool coerced empty string successfully
ok 81 - Bool coerced empty string to false
ok 82 - Bool coerced whitespace successfully
ok 83 - Bool coerced whitespace to true
ok 84 - Bool coerced line break successfully
ok 85 - Bool coerced line break to true
ok 86 - Bool coerced random string successfully
ok 87 - Bool coerced random string to true
ok 88 - Bool coerced loaded package name successfully
ok 89 - Bool coerced loaded package name to true
ok 90 - Bool coerced unloaded package name successfully
ok 91 - Bool coerced unloaded package name to true
ok 92 - Bool coerced a reference to undef successfully
ok 93 - Bool coerced a reference to undef to true
ok 94 - Bool coerced a reference to false successfully
ok 95 - Bool coerced a reference to false to true
ok 96 - Bool coerced a reference to true successfully
ok 97 - Bool coerced a reference to true to true
ok 98 - Bool coerced a reference to zero successfully
ok 99 - Bool coerced a reference to zero to true
ok 100 - Bool coerced a reference to one successfully
ok 101 - Bool coerced a reference to one to true
ok 102 - Bool coerced a reference to empty string successfully
ok 103 - Bool coerced a reference to empty string to true
ok 104 - Bool coerced a reference to random string successfully
ok 105 - Bool coerced a reference to random string to true
ok 106 - Bool coerced blessed scalarref successfully
ok 107 - Bool coerced blessed scalarref to true
ok 108 - Bool coerced empty arrayref successfully
ok 109 - Bool coerced empty arrayref to true
ok 110 - Bool coerced arrayref with one zero successfully
ok 111 - Bool coerced arrayref with one zero to true
ok 112 - Bool coerced arrayref of integers successfully
ok 113 - Bool coerced arrayref of integers to true
ok 114 - Bool coerced arrayref of numbers successfully
ok 115 - Bool coerced arrayref of numbers to true
ok 116 - Bool coerced blessed arrayref successfully
ok 117 - Bool coerced blessed arrayref to true
ok 118 - Bool coerced empty hashref successfully
ok 119 - Bool coerced empty hashref to true
ok 120 - Bool coerced hashref successfully
ok 121 - Bool coerced hashref to true
ok 122 - Bool coerced blessed hashref successfully
ok 123 - Bool coerced blessed hashref to true
ok 124 - Bool coerced coderef successfully
ok 125 - Bool coerced coderef to true
ok 126 - Bool coerced blessed coderef successfully
ok 127 - Bool coerced blessed coderef to true
ok 128 - Bool coerced glob successfully
ok 129 - Bool coerced glob to true
ok 130 - Bool coerced globref successfully
ok 131 - Bool coerced globref to true
ok 132 - Bool coerced blessed globref successfully
ok 133 - Bool coerced blessed globref to true
ok 134 - Bool coerced regexp successfully
ok 135 - Bool coerced regexp to true
ok 136 - Bool coerced blessed regexp successfully
ok 137 - Bool coerced blessed regexp to true
ok 138 - Bool coerced filehandle successfully
ok 139 - Bool coerced filehandle to true
ok 140 - Bool coerced filehandle object successfully
ok 141 - Bool coerced filehandle object to true
ok 142 - Bool coerced ref to scalarref successfully
ok 143 - Bool coerced ref to scalarref to true
ok 144 - Bool coerced ref to arrayref successfully
ok 145 - Bool coerced ref to arrayref to true
ok 146 - Bool coerced ref to hashref successfully
ok 147 - Bool coerced ref to hashref to true
ok 148 - Bool coerced ref to coderef successfully
ok 149 - Bool coerced ref to coderef to true
ok 150 - Bool coerced ref to blessed hashref successfully
ok 151 - Bool coerced ref to blessed hashref to true
ok 152 - Bool coerced object stringifying to "" successfully
ok 153 - Bool coerced object stringifying to "" to true
ok 154 - Bool coerced object stringifying to "1" successfully
ok 155 - Bool coerced object stringifying to "1" to true
ok 156 - Bool coerced object boolifying to false successfully
ok 157 - Bool coerced object boolifying to false to false
ok 158 - Bool coerced object boolifying to true successfully
ok 159 - Bool coerced object boolifying to true to true
ok 160 - Bool coerced object numifying to 0 successfully
ok 161 - Bool coerced object numifying to 0 to true
ok 162 - Bool coerced object numifying to 1 successfully
ok 163 - Bool coerced object numifying to 1 to true
ok 164 - Bool coerced object overloading arrayref successfully
ok 165 - Bool coerced object overloading arrayref to true
ok 166 - Bool coerced object overloading hashref successfully
ok 167 - Bool coerced object overloading hashref to true
ok 168 - Bool coerced object overloading coderef successfully
ok 169 - Bool coerced object overloading coderef to true
ok 170 - JSON::PP::true does NOT pass Bool
ok 171 - JSON::PP::false does NOT pass Bool
ok 172 - Bool coerced JSON::PP::true and JSON::PP::false
ok 173 - Bool coerced JSON::PP::true to true
ok 174 - Bool coerced JSON::PP::false to false
1..174
ok
t/21-types/BoolLike.t ........................................
ok 1 - 'BoolLike' isa 'Type::Tiny'
ok 2 - BoolLike has correct name
ok 3 - BoolLike has correct display_name
ok 4 - BoolLike knows it is in the Types::TypeTiny library
ok 5 - Types::TypeTiny knows it has type BoolLike
ok 6 - BoolLike is not deprecated
ok 7 - BoolLike is not anonymous
ok 8 - BoolLike can be inlined
ok 9 - Inlining BoolLike doesn't throw an exception
ok 10 - BoolLike has no coercion
ok 11 - BoolLike isn't parameterizable
ok 12 - BoolLike has a type_default
ok 13 - BoolLike type_default is false
ok 14 - Undef should pass Bool
ok 15 - False should pass Bool
ok 16 - True should pass Bool
ok 17 - Zero should pass Bool
ok 18 - One should pass Bool
ok 19 - Negative one should fail Bool
ok 20 - Non integer should fail Bool
ok 21 - Empty string should pass Bool
ok 22 - Whitespace should fail Bool
ok 23 - Line break should fail Bool
ok 24 - Random string should fail Bool
ok 25 - Loaded package name should fail Bool
ok 26 - Unloaded package name should fail Bool
ok 27 - A reference to undef should fail Bool
ok 28 - A reference to false should fail Bool
ok 29 - A reference to true should fail Bool
ok 30 - A reference to zero should fail Bool
ok 31 - A reference to one should fail Bool
ok 32 - A reference to empty string should fail Bool
ok 33 - A reference to random string should fail Bool
ok 34 - Blessed scalarref should fail Bool
ok 35 - Empty arrayref should fail Bool
ok 36 - Arrayref with one zero should fail Bool
ok 37 - Arrayref of integers should fail Bool
ok 38 - Arrayref of numbers should fail Bool
ok 39 - Blessed arrayref should fail Bool
ok 40 - Empty hashref should fail Bool
ok 41 - Hashref should fail Bool
ok 42 - Blessed hashref should fail Bool
ok 43 - Coderef should fail Bool
ok 44 - Blessed coderef should fail Bool
ok 45 - Glob should fail Bool
ok 46 - Globref should fail Bool
ok 47 - Blessed globref should fail Bool
ok 48 - Regexp should fail Bool
ok 49 - Blessed regexp should fail Bool
ok 50 - Filehandle should fail Bool
ok 51 - Filehandle object should fail Bool
ok 52 - Ref to scalarref should fail Bool
ok 53 - Ref to arrayref should fail Bool
ok 54 - Ref to hashref should fail Bool
ok 55 - Ref to coderef should fail Bool
ok 56 - Ref to blessed hashref should fail Bool
ok 57 - Object stringifying to "" should fail Bool
ok 58 - Object stringifying to "1" should fail Bool
ok 59 - Object numifying to 0 should pass Bool
ok 60 - Object numifying to 1 should pass Bool
ok 61 - Object overloading arrayref should fail Bool
ok 62 - Object overloading hashref should fail Bool
ok 63 - Object overloading coderef should fail Bool
ok 64 - Object booling to false should pass Bool
ok 65 - Object booling to true should pass Bool
1..65
ok
t/21-types/ClassName.t .......................................
ok 1 - 'ClassName' isa 'Type::Tiny'
ok 2 - ClassName has correct name
ok 3 - ClassName has correct display_name
ok 4 - ClassName knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type ClassName
ok 6 - ClassName is not deprecated
ok 7 - ClassName is not anonymous
ok 8 - ClassName can be inlined
ok 9 - Inlining ClassName doesn't throw an exception
ok 10 - ClassName doesn't have a coercion
ok 11 - ClassName isn't parameterizable
ok 12 - ClassName has no type_default
ok 13 - Undef should fail ClassName
ok 14 - False should fail ClassName
ok 15 - True should fail ClassName
ok 16 - Zero should fail ClassName
ok 17 - One should fail ClassName
ok 18 - Negative one should fail ClassName
ok 19 - Non integer should fail ClassName
ok 20 - Empty string should fail ClassName
ok 21 - Whitespace should fail ClassName
ok 22 - Line break should fail ClassName
ok 23 - Random string should fail ClassName
ok 24 - Loaded package name should pass ClassName
ok 25 - Unloaded package name should fail ClassName
ok 26 - A reference to undef should fail ClassName
ok 27 - A reference to false should fail ClassName
ok 28 - A reference to true should fail ClassName
ok 29 - A reference to zero should fail ClassName
ok 30 - A reference to one should fail ClassName
ok 31 - A reference to empty string should fail ClassName
ok 32 - A reference to random string should fail ClassName
ok 33 - Blessed scalarref should fail ClassName
ok 34 - Empty arrayref should fail ClassName
ok 35 - Arrayref with one zero should fail ClassName
ok 36 - Arrayref of integers should fail ClassName
ok 37 - Arrayref of numbers should fail ClassName
ok 38 - Blessed arrayref should fail ClassName
ok 39 - Empty hashref should fail ClassName
ok 40 - Hashref should fail ClassName
ok 41 - Blessed hashref should fail ClassName
ok 42 - Coderef should fail ClassName
ok 43 - Blessed coderef should fail ClassName
ok 44 - Glob should fail ClassName
ok 45 - Globref should fail ClassName
ok 46 - Blessed globref should fail ClassName
ok 47 - Regexp should fail ClassName
ok 48 - Blessed regexp should fail ClassName
ok 49 - Filehandle should fail ClassName
ok 50 - Filehandle object should fail ClassName
ok 51 - Ref to scalarref should fail ClassName
ok 52 - Ref to arrayref should fail ClassName
ok 53 - Ref to hashref should fail ClassName
ok 54 - Ref to coderef should fail ClassName
ok 55 - Ref to blessed hashref should fail ClassName
ok 56 - Object stringifying to "" should fail ClassName
ok 57 - Object stringifying to "1" should fail ClassName
ok 58 - Object numifying to 0 should fail ClassName
ok 59 - Object numifying to 1 should fail ClassName
ok 60 - Object overloading arrayref should fail ClassName
ok 61 - Object overloading hashref should fail ClassName
ok 62 - Object overloading coderef should fail ClassName
ok 63 - Object booling to false should fail ClassName
ok 64 - Object booling to true should fail ClassName
ok 65 - Value "Local::Class::Moo" passes type constraint ClassName
ok 66 - Value "Local::Class::Moose" passes type constraint ClassName
ok 67 - Value "Local::Class::Mouse" passes type constraint ClassName
ok 68 - Value "Local::Role::RoleTiny" passes type constraint ClassName
ok 69 - Value "Local::Role::MooRole" passes type constraint ClassName
ok 70 - Value "Local::Role::MooseRole" passes type constraint ClassName
ok 71 - Value "Local::Role::MouseRole" passes type constraint ClassName
ok 72 - Value "Local::Random::Package::One" passes type constraint ClassName
ok 73 - Value "Local::Random::Package::Two" passes type constraint ClassName
ok 74 - Value "Local::Random::Package::Three" fails type constraint ClassName
1..74
ok
t/21-types/CodeLike.t ........................................
ok 1 - 'CodeLike' isa 'Type::Tiny'
ok 2 - CodeLike has correct name
ok 3 - CodeLike has correct display_name
ok 4 - CodeLike knows it is in the Types::TypeTiny library
ok 5 - Types::TypeTiny knows it has type CodeLike
ok 6 - CodeLike is not deprecated
ok 7 - CodeLike is not anonymous
ok 8 - CodeLike can be inlined
ok 9 - Inlining CodeLike doesn't throw an exception
ok 10 - CodeLike doesn't have a coercion
ok 11 - CodeLike isn't parameterizable
ok 12 - CodeLike has a type_default
ok 13 - CodeLike type_default is sub {}
ok 14 - Undef should fail CodeLike
ok 15 - False should fail CodeLike
ok 16 - True should fail CodeLike
ok 17 - Zero should fail CodeLike
ok 18 - One should fail CodeLike
ok 19 - Negative one should fail CodeLike
ok 20 - Non integer should fail CodeLike
ok 21 - Empty string should fail CodeLike
ok 22 - Whitespace should fail CodeLike
ok 23 - Line break should fail CodeLike
ok 24 - Random string should fail CodeLike
ok 25 - Loaded package name should fail CodeLike
ok 26 - Unloaded package name should fail CodeLike
ok 27 - A reference to undef should fail CodeLike
ok 28 - A reference to false should fail CodeLike
ok 29 - A reference to true should fail CodeLike
ok 30 - A reference to zero should fail CodeLike
ok 31 - A reference to one should fail CodeLike
ok 32 - A reference to empty string should fail CodeLike
ok 33 - A reference to random string should fail CodeLike
ok 34 - Blessed scalarref should fail CodeLike
ok 35 - Empty arrayref should fail CodeLike
ok 36 - Arrayref with one zero should fail CodeLike
ok 37 - Arrayref of integers should fail CodeLike
ok 38 - Arrayref of numbers should fail CodeLike
ok 39 - Blessed arrayref should fail CodeLike
ok 40 - Empty hashref should fail CodeLike
ok 41 - Hashref should fail CodeLike
ok 42 - Blessed hashref should fail CodeLike
ok 43 - Coderef should pass CodeLike
ok 44 - Blessed coderef should fail CodeLike
ok 45 - Glob should fail CodeLike
ok 46 - Globref should fail CodeLike
ok 47 - Blessed globref should fail CodeLike
ok 48 - Regexp should fail CodeLike
ok 49 - Blessed regexp should fail CodeLike
ok 50 - Filehandle should fail CodeLike
ok 51 - Filehandle object should fail CodeLike
ok 52 - Ref to scalarref should fail CodeLike
ok 53 - Ref to arrayref should fail CodeLike
ok 54 - Ref to hashref should fail CodeLike
ok 55 - Ref to coderef should fail CodeLike
ok 56 - Ref to blessed hashref should fail CodeLike
ok 57 - Object stringifying to "" should fail CodeLike
ok 58 - Object stringifying to "1" should fail CodeLike
ok 59 - Object numifying to 0 should fail CodeLike
ok 60 - Object numifying to 1 should fail CodeLike
ok 61 - Object overloading arrayref should fail CodeLike
ok 62 - Object overloading hashref should fail CodeLike
ok 63 - Object overloading coderef should pass CodeLike
ok 64 - Object booling to false should fail CodeLike
ok 65 - Object booling to true should fail CodeLike
1..65
ok
t/21-types/CodeRef.t .........................................
ok 1 - 'CodeRef' isa 'Type::Tiny'
ok 2 - CodeRef has correct name
ok 3 - CodeRef has correct display_name
ok 4 - CodeRef knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type CodeRef
ok 6 - CodeRef is not deprecated
ok 7 - CodeRef is not anonymous
ok 8 - CodeRef can be inlined
ok 9 - Inlining CodeRef doesn't throw an exception
ok 10 - CodeRef doesn't have a coercion
ok 11 - CodeRef isn't parameterizable
ok 12 - CodeRef has a type_default
ok 13 - CodeRef type_default is sub {}
ok 14 - Undef should fail CodeRef
ok 15 - False should fail CodeRef
ok 16 - True should fail CodeRef
ok 17 - Zero should fail CodeRef
ok 18 - One should fail CodeRef
ok 19 - Negative one should fail CodeRef
ok 20 - Non integer should fail CodeRef
ok 21 - Empty string should fail CodeRef
ok 22 - Whitespace should fail CodeRef
ok 23 - Line break should fail CodeRef
ok 24 - Random string should fail CodeRef
ok 25 - Loaded package name should fail CodeRef
ok 26 - Unloaded package name should fail CodeRef
ok 27 - A reference to undef should fail CodeRef
ok 28 - A reference to false should fail CodeRef
ok 29 - A reference to true should fail CodeRef
ok 30 - A reference to zero should fail CodeRef
ok 31 - A reference to one should fail CodeRef
ok 32 - A reference to empty string should fail CodeRef
ok 33 - A reference to random string should fail CodeRef
ok 34 - Blessed scalarref should fail CodeRef
ok 35 - Empty arrayref should fail CodeRef
ok 36 - Arrayref with one zero should fail CodeRef
ok 37 - Arrayref of integers should fail CodeRef
ok 38 - Arrayref of numbers should fail CodeRef
ok 39 - Blessed arrayref should fail CodeRef
ok 40 - Empty hashref should fail CodeRef
ok 41 - Hashref should fail CodeRef
ok 42 - Blessed hashref should fail CodeRef
ok 43 - Coderef should pass CodeRef
ok 44 - Blessed coderef should fail CodeRef
ok 45 - Glob should fail CodeRef
ok 46 - Globref should fail CodeRef
ok 47 - Blessed globref should fail CodeRef
ok 48 - Regexp should fail CodeRef
ok 49 - Blessed regexp should fail CodeRef
ok 50 - Filehandle should fail CodeRef
ok 51 - Filehandle object should fail CodeRef
ok 52 - Ref to scalarref should fail CodeRef
ok 53 - Ref to arrayref should fail CodeRef
ok 54 - Ref to hashref should fail CodeRef
ok 55 - Ref to coderef should fail CodeRef
ok 56 - Ref to blessed hashref should fail CodeRef
ok 57 - Object stringifying to "" should fail CodeRef
ok 58 - Object stringifying to "1" should fail CodeRef
ok 59 - Object numifying to 0 should fail CodeRef
ok 60 - Object numifying to 1 should fail CodeRef
ok 61 - Object overloading arrayref should fail CodeRef
ok 62 - Object overloading hashref should fail CodeRef
ok 63 - Object overloading coderef should fail CodeRef
ok 64 - Object booling to false should fail CodeRef
ok 65 - Object booling to true should fail CodeRef
1..65
ok
t/21-types/ConsumerOf.t ......................................
ok 1 - 'ConsumerOf' isa 'Type::Tiny'
ok 2 - ConsumerOf has correct name
ok 3 - ConsumerOf has correct display_name
ok 4 - ConsumerOf knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type ConsumerOf
ok 6 - ConsumerOf is not deprecated
ok 7 - ConsumerOf is not anonymous
ok 8 - ConsumerOf can be inlined
ok 9 - Inlining ConsumerOf doesn't throw an exception
ok 10 - ConsumerOf doesn't have a coercion
ok 11 - ConsumerOf is parameterizable
ok 12 - ConsumerOf has no type_default
ok 13 - Undef should fail ConsumerOf
ok 14 - False should fail ConsumerOf
ok 15 - True should fail ConsumerOf
ok 16 - Zero should fail ConsumerOf
ok 17 - One should fail ConsumerOf
ok 18 - Negative one should fail ConsumerOf
ok 19 - Non integer should fail ConsumerOf
ok 20 - Empty string should fail ConsumerOf
ok 21 - Whitespace should fail ConsumerOf
ok 22 - Line break should fail ConsumerOf
ok 23 - Random string should fail ConsumerOf
ok 24 - Loaded package name should fail ConsumerOf
ok 25 - Unloaded package name should fail ConsumerOf
ok 26 - A reference to undef should fail ConsumerOf
ok 27 - A reference to false should fail ConsumerOf
ok 28 - A reference to true should fail ConsumerOf
ok 29 - A reference to zero should fail ConsumerOf
ok 30 - A reference to one should fail ConsumerOf
ok 31 - A reference to empty string should fail ConsumerOf
ok 32 - A reference to random string should fail ConsumerOf
ok 33 - Blessed scalarref should pass ConsumerOf
ok 34 - Empty arrayref should fail ConsumerOf
ok 35 - Arrayref with one zero should fail ConsumerOf
ok 36 - Arrayref of integers should fail ConsumerOf
ok 37 - Arrayref of numbers should fail ConsumerOf
ok 38 - Blessed arrayref should pass ConsumerOf
ok 39 - Empty hashref should fail ConsumerOf
ok 40 - Hashref should fail ConsumerOf
ok 41 - Blessed hashref should pass ConsumerOf
ok 42 - Coderef should fail ConsumerOf
ok 43 - Blessed coderef should pass ConsumerOf
ok 44 - Glob should fail ConsumerOf
ok 45 - Globref should fail ConsumerOf
ok 46 - Blessed globref should pass ConsumerOf
# UNDEFINED OUTCOME: regexp
ok 47 - Blessed regexp should pass ConsumerOf
ok 48 - Filehandle should fail ConsumerOf
ok 49 - Filehandle object should pass ConsumerOf
ok 50 - Ref to scalarref should fail ConsumerOf
ok 51 - Ref to arrayref should fail ConsumerOf
ok 52 - Ref to hashref should fail ConsumerOf
ok 53 - Ref to coderef should fail ConsumerOf
ok 54 - Ref to blessed hashref should fail ConsumerOf
ok 55 - Object stringifying to "" should pass ConsumerOf
ok 56 - Object stringifying to "1" should pass ConsumerOf
ok 57 - Object numifying to 0 should pass ConsumerOf
ok 58 - Object numifying to 1 should pass ConsumerOf
ok 59 - Object overloading arrayref should pass ConsumerOf
ok 60 - Object overloading hashref should pass ConsumerOf
ok 61 - Object overloading coderef should pass ConsumerOf
ok 62 - Object booling to false should pass ConsumerOf
ok 63 - Object booling to true should pass ConsumerOf
ok 64 - Reference bless( {"coercion" => bless( {"_compiled_type_constraint_che...) passes type constraint ConsumerOf["Type::Tiny::Role"]
ok 65 - Reference bless( {"coercion" => bless( {"_compiled_type_constraint_che...) passes type constraint ConsumerOf["Type::Tiny"]
ok 66 - Reference bless( [], 'Foo::Bar' ) passes type constraint ConsumerOf["Foo::Bar"]
ok 67 - Reference bless( [], 'Foo::Bar' ) passes type constraint ConsumerOf["Foo"]
ok 68 - Reference bless( [], 'Foo' ) fails type constraint ConsumerOf["Foo::Bar"]
ok 69 - Reference bless( [], 'Foo' ) passes type constraint ConsumerOf["Foo"]
ok 70 - Reference bless( {"coercion" => bless( {"_compiled_type_constraint_che...) passes type constraint ConsumerOf["Type::Tiny::Intersection"]
ok 71 - Reference bless( {"coercion" => bless( {"_compiled_type_constraint_che...) passes type constraint ConsumerOf["Type::Tiny"]
ok 72
ok 73 - Reference bless( {"compiled_type_constraint" => sub { "DUMMY" },"defin...) passes type constraint ConsumerOf["Type::Tiny::Role"]
ok 74 - Reference bless( {"compiled_type_constraint" => sub { "DUMMY" },"defin...) passes type constraint ConsumerOf["Type::Tiny::Role"]
ok 75 - Reference bless( [], 'MyConsumer' ) passes type constraint ConsumerOf["Foo","Bar"]
ok 76 - Reference bless( {}, 'My::MooClass' ) passes type constraint ConsumerOf["My::MooRole"]
ok 77 - Reference bless( {}, 'My::MooClass' ) passes type constraint ConsumerOf["My::MooClass"]
ok 78 - Reference bless( {}, 'My::MooseClass' ) passes type constraint ConsumerOf["My::MooseRole"]
ok 79 - Reference bless( {}, 'My::MooseClass' ) passes type constraint ConsumerOf["My::MooseClass"]
ok 80 - Reference bless( {}, 'My::MouseClass' ) passes type constraint ConsumerOf["My::MouseRole"]
ok 81 - Reference bless( {}, 'My::MouseClass' ) passes type constraint ConsumerOf["My::MouseClass"]
1..81
ok
t/21-types/CycleTuple.t ......................................
ok 1 - 'CycleTuple' isa 'Type::Tiny'
ok 2 - CycleTuple has correct name
ok 3 - CycleTuple has correct display_name
ok 4 - CycleTuple knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type CycleTuple
ok 6 - CycleTuple is not deprecated
ok 7 - CycleTuple is not anonymous
ok 8 - CycleTuple can be inlined
ok 9 - Inlining CycleTuple doesn't throw an exception
ok 10 - CycleTuple doesn't have a coercion
ok 11 - CycleTuple is parameterizable
ok 12 - CycleTuple has a type_default
ok 13 - CycleTuple type_default is []
ok 14 - Undef should fail CycleTuple
ok 15 - False should fail CycleTuple
ok 16 - True should fail CycleTuple
ok 17 - Zero should fail CycleTuple
ok 18 - One should fail CycleTuple
ok 19 - Negative one should fail CycleTuple
ok 20 - Non integer should fail CycleTuple
ok 21 - Empty string should fail CycleTuple
ok 22 - Whitespace should fail CycleTuple
ok 23 - Line break should fail CycleTuple
ok 24 - Random string should fail CycleTuple
ok 25 - Loaded package name should fail CycleTuple
ok 26 - Unloaded package name should fail CycleTuple
ok 27 - A reference to undef should fail CycleTuple
ok 28 - A reference to false should fail CycleTuple
ok 29 - A reference to true should fail CycleTuple
ok 30 - A reference to zero should fail CycleTuple
ok 31 - A reference to one should fail CycleTuple
ok 32 - A reference to empty string should fail CycleTuple
ok 33 - A reference to random string should fail CycleTuple
ok 34 - Blessed scalarref should fail CycleTuple
ok 35 - Empty arrayref should pass CycleTuple
ok 36 - Arrayref with one zero should pass CycleTuple
ok 37 - Arrayref of integers should pass CycleTuple
ok 38 - Arrayref of numbers should pass CycleTuple
ok 39 - Blessed arrayref should fail CycleTuple
ok 40 - Empty hashref should fail CycleTuple
ok 41 - Hashref should fail CycleTuple
ok 42 - Blessed hashref should fail CycleTuple
ok 43 - Coderef should fail CycleTuple
ok 44 - Blessed coderef should fail CycleTuple
ok 45 - Glob should fail CycleTuple
ok 46 - Globref should fail CycleTuple
ok 47 - Blessed globref should fail CycleTuple
ok 48 - Regexp should fail CycleTuple
ok 49 - Blessed regexp should fail CycleTuple
ok 50 - Filehandle should fail CycleTuple
ok 51 - Filehandle object should fail CycleTuple
ok 52 - Ref to scalarref should fail CycleTuple
ok 53 - Ref to arrayref should fail CycleTuple
ok 54 - Ref to hashref should fail CycleTuple
ok 55 - Ref to coderef should fail CycleTuple
ok 56 - Ref to blessed hashref should fail CycleTuple
ok 57 - Object stringifying to "" should fail CycleTuple
ok 58 - Object stringifying to "1" should fail CycleTuple
ok 59 - Object numifying to 0 should fail CycleTuple
ok 60 - Object numifying to 1 should fail CycleTuple
ok 61 - Object overloading arrayref should fail CycleTuple
ok 62 - Object overloading hashref should fail CycleTuple
ok 63 - Object overloading coderef should fail CycleTuple
ok 64 - Object booling to false should fail CycleTuple
ok 65 - Object booling to true should fail CycleTuple
ok 66 - Reference [1,{},qr//] passes type constraint CycleTuple[Int,HashRef,RegexpRef]
ok 67 - Reference [1,{},qr//,2,{},qr//] passes type constraint CycleTuple[Int,HashRef,RegexpRef]
ok 68 - Reference [1,{},qr//,2,{},qr//,3,{},qr//] passes type constraint CycleTuple[Int,HashRef,RegexpRef]
ok 69 - Reference [1,{},qr//,2,{},qr//,3,{},qr//,4,{},qr//] passes type constraint CycleTuple[Int,HashRef,RegexpRef]
ok 70 - Reference [1,{},qr//,2,{},qr//,3,{},qr//,4,{}] fails type constraint CycleTuple[Int,HashRef,RegexpRef]
ok 71 - Reference [1,{},qr//,2,{},qr//,3,{},qr//,4,{},[]] fails type constraint CycleTuple[Int,HashRef,RegexpRef]
ok 72
ok 73
ok 74
ok 75 - Reference [] passes type constraint CycleTuple[Int,HashRef,RegexpRef]
ok 76 - Reference [] fails type constraint __ANON__
ok 77 - Reference [] fails type constraint ArrayRef[Any,1]&CycleTuple[Int,HashRef,RegexpRef]
ok 78 - correct exception
ok 79 - coercion worked
1..79
ok
t/21-types/Defined.t .........................................
ok 1 - 'Defined' isa 'Type::Tiny'
ok 2 - Defined has correct name
ok 3 - Defined has correct display_name
ok 4 - Defined knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type Defined
ok 6 - Defined is not deprecated
ok 7 - Defined is not anonymous
ok 8 - Defined can be inlined
ok 9 - Inlining Defined doesn't throw an exception
ok 10 - Defined doesn't have a coercion
ok 11 - Defined isn't parameterizable
ok 12 - Defined has no type_default
ok 13 - Undef should fail Defined
ok 14 - False should pass Defined
ok 15 - True should pass Defined
ok 16 - Zero should pass Defined
ok 17 - One should pass Defined
ok 18 - Negative one should pass Defined
ok 19 - Non integer should pass Defined
ok 20 - Empty string should pass Defined
ok 21 - Whitespace should pass Defined
ok 22 - Line break should pass Defined
ok 23 - Random string should pass Defined
ok 24 - Loaded package name should pass Defined
ok 25 - Unloaded package name should pass Defined
ok 26 - A reference to undef should pass Defined
ok 27 - A reference to false should pass Defined
ok 28 - A reference to true should pass Defined
ok 29 - A reference to zero should pass Defined
ok 30 - A reference to one should pass Defined
ok 31 - A reference to empty string should pass Defined
ok 32 - A reference to random string should pass Defined
ok 33 - Blessed scalarref should pass Defined
ok 34 - Empty arrayref should pass Defined
ok 35 - Arrayref with one zero should pass Defined
ok 36 - Arrayref of integers should pass Defined
ok 37 - Arrayref of numbers should pass Defined
ok 38 - Blessed arrayref should pass Defined
ok 39 - Empty hashref should pass Defined
ok 40 - Hashref should pass Defined
ok 41 - Blessed hashref should pass Defined
ok 42 - Coderef should pass Defined
ok 43 - Blessed coderef should pass Defined
ok 44 - Glob should pass Defined
ok 45 - Globref should pass Defined
ok 46 - Blessed globref should pass Defined
ok 47 - Regexp should pass Defined
ok 48 - Blessed regexp should pass Defined
ok 49 - Filehandle should pass Defined
ok 50 - Filehandle object should pass Defined
ok 51 - Ref to scalarref should pass Defined
ok 52 - Ref to arrayref should pass Defined
ok 53 - Ref to hashref should pass Defined
ok 54 - Ref to coderef should pass Defined
ok 55 - Ref to blessed hashref should pass Defined
ok 56 - Object stringifying to "" should pass Defined
ok 57 - Object stringifying to "1" should pass Defined
ok 58 - Object numifying to 0 should pass Defined
ok 59 - Object numifying to 1 should pass Defined
ok 60 - Object overloading arrayref should pass Defined
ok 61 - Object overloading hashref should pass Defined
ok 62 - Object overloading coderef should pass Defined
ok 63 - Object booling to false should pass Defined
ok 64 - Object booling to true should pass Defined
ok 65 - The complement of Defined is Undef
1..65
ok
t/21-types/DelimitedStr.t ....................................
ok 1 - 'DelimitedStr' isa 'Type::Tiny'
ok 2 - DelimitedStr has correct name
ok 3 - DelimitedStr has correct display_name
ok 4 - DelimitedStr knows it is in the Types::Common::String library
ok 5 - Types::Common::String knows it has type DelimitedStr
ok 6 - DelimitedStr is not deprecated
ok 7 - DelimitedStr is not anonymous
ok 8 - DelimitedStr can be inlined
ok 9 - Inlining DelimitedStr doesn't throw an exception
ok 10 - DelimitedStr has a coercion
ok 11 - DelimitedStr is parameterizable
ok 12 - DelimitedStr has a type_default
ok 13 - Undef should fail DelimitedStr
ok 14 - False should pass DelimitedStr
ok 15 - True should pass DelimitedStr
ok 16 - Zero should pass DelimitedStr
ok 17 - One should pass DelimitedStr
ok 18 - Negative one should pass DelimitedStr
ok 19 - Non integer should pass DelimitedStr
ok 20 - Empty string should pass DelimitedStr
ok 21 - Whitespace should pass DelimitedStr
ok 22 - Line break should pass DelimitedStr
ok 23 - Random string should pass DelimitedStr
ok 24 - Loaded package name should pass DelimitedStr
ok 25 - Unloaded package name should pass DelimitedStr
ok 26 - A reference to undef should fail DelimitedStr
ok 27 - A reference to false should fail DelimitedStr
ok 28 - A reference to true should fail DelimitedStr
ok 29 - A reference to zero should fail DelimitedStr
ok 30 - A reference to one should fail DelimitedStr
ok 31 - A reference to empty string should fail DelimitedStr
ok 32 - A reference to random string should fail DelimitedStr
ok 33 - Blessed scalarref should fail DelimitedStr
ok 34 - Empty arrayref should fail DelimitedStr
ok 35 - Arrayref with one zero should fail DelimitedStr
ok 36 - Arrayref of integers should fail DelimitedStr
ok 37 - Arrayref of numbers should fail DelimitedStr
ok 38 - Blessed arrayref should fail DelimitedStr
ok 39 - Empty hashref should fail DelimitedStr
ok 40 - Hashref should fail DelimitedStr
ok 41 - Blessed hashref should fail DelimitedStr
ok 42 - Coderef should fail DelimitedStr
ok 43 - Blessed coderef should fail DelimitedStr
ok 44 - Glob should fail DelimitedStr
ok 45 - Globref should fail DelimitedStr
ok 46 - Blessed globref should fail DelimitedStr
ok 47 - Regexp should fail DelimitedStr
ok 48 - Blessed regexp should fail DelimitedStr
ok 49 - Filehandle should fail DelimitedStr
ok 50 - Filehandle object should fail DelimitedStr
ok 51 - Ref to scalarref should fail DelimitedStr
ok 52 - Ref to arrayref should fail DelimitedStr
ok 53 - Ref to hashref should fail DelimitedStr
ok 54 - Ref to coderef should fail DelimitedStr
ok 55 - Ref to blessed hashref should fail DelimitedStr
ok 56 - Object string to "" should fail DelimitedStr
ok 57 - Object string to "1" should fail DelimitedStr
ok 58 - Object numifying to 0 should fail DelimitedStr
ok 59 - Object numifying to 1 should fail DelimitedStr
ok 60 - Object overloading arrayref should fail DelimitedStr
ok 61 - Object overloading hashref should fail DelimitedStr
ok 62 - Object overloading coderef should fail DelimitedStr
ok 63 - Object booling to false should fail DelimitedStr
ok 64 - Object booling to true should fail DelimitedStr
ok 65 - The unparameterized type coerces by joining with $"
ok 66 - ... and again
ok 67 - ... and again
ok 68 - $SomeInts->can_be_inlined
ok 69 - $SomeInts->coercion->can_be_inlined
ok 70 - $SomeInts->display_name is DelimitedStr[",",Int,2,3,1]
ok 71 - Value "1,2,3" passes type constraint DelimitedStr[",",Int,2,3,1]
ok 72 - Value "1, 2, 3" passes type constraint DelimitedStr[",",Int,2,3,1]
ok 73 - Value " 1,2,3 \t\n\t" passes type constraint DelimitedStr[",",Int,2,3,1]
ok 74 - Value "1" fails type constraint DelimitedStr[",",Int,2,3,1]
ok 75 - Value "1,2,3,4" fails type constraint DelimitedStr[",",Int,2,3,1]
ok 76 - Value "foo,bar,baz" fails type constraint DelimitedStr[",",Int,2,3,1]
ok 77 - Value "1,,3" fails type constraint DelimitedStr[",",Int,2,3,1]
ok 78 - DelimitedStr[",",Int,2,3,1] has a coercion from an appropriate arrayref
ok 79 - ... and it works
ok 80 - DelimitedStr[",",Int,2,3,1] does not have a coercion from a posentially inappropriate arrayref
1..80
ok
t/21-types/Dict.t ............................................
ok 1 - 'Dict' isa 'Type::Tiny'
ok 2 - Dict has correct name
ok 3 - Dict has correct display_name
ok 4 - Dict knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type Dict
ok 6 - Dict is not deprecated
ok 7 - Dict is not anonymous
ok 8 - Dict can be inlined
ok 9 - Inlining Dict doesn't throw an exception
ok 10 - Dict doesn't have a coercion
ok 11 - Dict is parameterizable
ok 12 - Dict has a type_default
ok 13 - Dict type_default is {}
ok 14 - Undef should fail Dict
ok 15 - False should fail Dict
ok 16 - True should fail Dict
ok 17 - Zero should fail Dict
ok 18 - One should fail Dict
ok 19 - Negative one should fail Dict
ok 20 - Non integer should fail Dict
ok 21 - Empty string should fail Dict
ok 22 - Whitespace should fail Dict
ok 23 - Line break should fail Dict
ok 24 - Random string should fail Dict
ok 25 - Loaded package name should fail Dict
ok 26 - Unloaded package name should fail Dict
ok 27 - A reference to undef should fail Dict
ok 28 - A reference to false should fail Dict
ok 29 - A reference to true should fail Dict
ok 30 - A reference to zero should fail Dict
ok 31 - A reference to one should fail Dict
ok 32 - A reference to empty string should fail Dict
ok 33 - A reference to random string should fail Dict
ok 34 - Blessed scalarref should fail Dict
ok 35 - Empty arrayref should fail Dict
ok 36 - Arrayref with one zero should fail Dict
ok 37 - Arrayref of integers should fail Dict
ok 38 - Arrayref of numbers should fail Dict
ok 39 - Blessed arrayref should fail Dict
ok 40 - Empty hashref should pass Dict
ok 41 - Hashref should pass Dict
ok 42 - Blessed hashref should fail Dict
ok 43 - Coderef should fail Dict
ok 44 - Blessed coderef should fail Dict
ok 45 - Glob should fail Dict
ok 46 - Globref should fail Dict
ok 47 - Blessed globref should fail Dict
ok 48 - Regexp should fail Dict
ok 49 - Blessed regexp should fail Dict
ok 50 - Filehandle should fail Dict
ok 51 - Filehandle object should fail Dict
ok 52 - Ref to scalarref should fail Dict
ok 53 - Ref to arrayref should fail Dict
ok 54 - Ref to hashref should fail Dict
ok 55 - Ref to coderef should fail Dict
ok 56 - Ref to blessed hashref should fail Dict
ok 57 - Object stringifying to "" should fail Dict
ok 58 - Object stringifying to "1" should fail Dict
ok 59 - Object numifying to 0 should fail Dict
ok 60 - Object numifying to 1 should fail Dict
ok 61 - Object overloading arrayref should fail Dict
ok 62 - Object overloading hashref should fail Dict
ok 63 - Object overloading coderef should fail Dict
ok 64 - Object booling to false should fail Dict
ok 65 - Object booling to true should fail Dict
ok 66 - Reference {"bar" => qr//,"foo" => 42} passes type constraint Dict[bar=>RegexpRef,foo=>Int]
ok 67 - Reference {"bar" => qr//,"foo" => []} fails type constraint Dict[bar=>RegexpRef,foo=>Int]
ok 68 - Reference {"bar" => 1234,"foo" => 42} fails type constraint Dict[bar=>RegexpRef,foo=>Int]
ok 69 - Reference {"bar" => 1234,"foo" => []} fails type constraint Dict[bar=>RegexpRef,foo=>Int]
ok 70 - Reference {"foo" => 42} fails type constraint Dict[bar=>RegexpRef,foo=>Int]
ok 71 - Reference {"bar" => qr//} fails type constraint Dict[bar=>RegexpRef,foo=>Int]
ok 72 - Reference ["foo",42,"bar",qr//] fails type constraint Dict[bar=>RegexpRef,foo=>Int]
ok 73 - Reference {"bar" => qr//,"baz" => undef,"foo" => 42} fails type constraint Dict[bar=>RegexpRef,foo=>Int]
ok 74 - my_hashref_allows_key("bar")
ok 75 - !my_hashref_allows_key("baz")
ok 76 - my_hashref_allows_value("bar", qr//)
ok 77 - !my_hashref_allows_value("bar", 1234)
ok 78 - Dict[bar=>RegexpRef,foo=>Int] has no type_default
ok 79 - Reference {"bar" => qr//,"foo" => 42} passes type constraint Dict[bar=>Optional[RegexpRef],foo=>Int]
ok 80 - Reference {"bar" => qr//,"foo" => []} fails type constraint Dict[bar=>Optional[RegexpRef],foo=>Int]
ok 81 - Reference {"bar" => 1234,"foo" => 42} fails type constraint Dict[bar=>Optional[RegexpRef],foo=>Int]
ok 82 - Reference {"bar" => 1234,"foo" => []} fails type constraint Dict[bar=>Optional[RegexpRef],foo=>Int]
ok 83 - Reference {"foo" => 42} passes type constraint Dict[bar=>Optional[RegexpRef],foo=>Int]
ok 84 - Reference {"bar" => qr//} fails type constraint Dict[bar=>Optional[RegexpRef],foo=>Int]
ok 85 - Reference ["foo",42,"bar",qr//] fails type constraint Dict[bar=>Optional[RegexpRef],foo=>Int]
ok 86 - Reference {"bar" => qr//,"baz" => undef,"foo" => 42} fails type constraint Dict[bar=>Optional[RegexpRef],foo=>Int]
ok 87 - my_hashref_allows_key("bar")
ok 88 - !my_hashref_allows_key("baz")
ok 89 - my_hashref_allows_value("bar", qr//)
ok 90 - !my_hashref_allows_value("bar", 1234)
ok 91 - Reference {"bar" => qr//,"foo" => 42} passes type constraint Dict[bar=>RegexpRef,foo=>Int,Slurpy[Map[Int,ArrayRef]]]
ok 92 - Reference {"bar" => qr//,"foo" => []} fails type constraint Dict[bar=>RegexpRef,foo=>Int,Slurpy[Map[Int,ArrayRef]]]
ok 93 - Reference {"bar" => 1234,"foo" => 42} fails type constraint Dict[bar=>RegexpRef,foo=>Int,Slurpy[Map[Int,ArrayRef]]]
ok 94 - Reference {"bar" => 1234,"foo" => []} fails type constraint Dict[bar=>RegexpRef,foo=>Int,Slurpy[Map[Int,ArrayRef]]]
ok 95 - Reference {"foo" => 42} fails type constraint Dict[bar=>RegexpRef,foo=>Int,Slurpy[Map[Int,ArrayRef]]]
ok 96 - Reference {"bar" => qr//} fails type constraint Dict[bar=>RegexpRef,foo=>Int,Slurpy[Map[Int,ArrayRef]]]
ok 97 - Reference ["foo",42,"bar",qr//] fails type constraint Dict[bar=>RegexpRef,foo=>Int,Slurpy[Map[Int,ArrayRef]]]
ok 98 - Reference {"bar" => qr//,"baz" => undef,"foo" => 42} fails type constraint Dict[bar=>RegexpRef,foo=>Int,Slurpy[Map[Int,ArrayRef]]]
ok 99 - Reference {"123" => [],"bar" => qr//,"foo" => 42} passes type constraint Dict[bar=>RegexpRef,foo=>Int,Slurpy[Map[Int,ArrayRef]]]
ok 100 - Reference {"123" => [],"456" => [],"bar" => qr//,"foo" => 42} passes type constraint Dict[bar=>RegexpRef,foo=>Int,Slurpy[Map[Int,ArrayRef]]]
ok 101 - Reference {"123" => qr//,"bar" => qr//,"foo" => 42} fails type constraint Dict[bar=>RegexpRef,foo=>Int,Slurpy[Map[Int,ArrayRef]]]
ok 102 - Reference {"123" => qr//,"456" => [],"bar" => qr//,"foo" => 42} fails type constraint Dict[bar=>RegexpRef,foo=>Int,Slurpy[Map[Int,ArrayRef]]]
ok 103 - my_hashref_allows_key("bar")
ok 104 - !my_hashref_allows_key("baz")
ok 105 - my_hashref_allows_value("bar", qr//)
ok 106 - !my_hashref_allows_value("bar", 1234)
ok 107 - my_hashref_allows_key("123")
ok 108 - my_hashref_allows_value("123", [])
ok 109 - !my_hashref_allows_value("123", qr//)
ok 110 - Reference {"bar" => qr//,"foo" => 42} passes type constraint Dict[bar=>Optional[RegexpRef],foo=>__ANON__,Slurpy[Map[Int,ArrayRef]]]
ok 111 - Reference {"bar" => qr//,"foo" => 41} fails type constraint Dict[bar=>Optional[RegexpRef],foo=>__ANON__,Slurpy[Map[Int,ArrayRef]]]
ok 112 - Reference {"bar" => qr//,"foo" => []} fails type constraint Dict[bar=>Optional[RegexpRef],foo=>__ANON__,Slurpy[Map[Int,ArrayRef]]]
ok 113 - Reference {"bar" => 1234,"foo" => 42} fails type constraint Dict[bar=>Optional[RegexpRef],foo=>__ANON__,Slurpy[Map[Int,ArrayRef]]]
ok 114 - Reference {"bar" => 1234,"foo" => []} fails type constraint Dict[bar=>Optional[RegexpRef],foo=>__ANON__,Slurpy[Map[Int,ArrayRef]]]
ok 115 - Reference {"foo" => 42} passes type constraint Dict[bar=>Optional[RegexpRef],foo=>__ANON__,Slurpy[Map[Int,ArrayRef]]]
ok 116 - Reference {"bar" => qr//} fails type constraint Dict[bar=>Optional[RegexpRef],foo=>__ANON__,Slurpy[Map[Int,ArrayRef]]]
ok 117 - Reference ["foo",42,"bar",qr//] fails type constraint Dict[bar=>Optional[RegexpRef],foo=>__ANON__,Slurpy[Map[Int,ArrayRef]]]
ok 118 - Reference {"bar" => qr//,"baz" => undef,"foo" => 42} fails type constraint Dict[bar=>Optional[RegexpRef],foo=>__ANON__,Slurpy[Map[Int,ArrayRef]]]
ok 119 - Reference {"123" => [],"bar" => qr//,"foo" => 42} passes type constraint Dict[bar=>Optional[RegexpRef],foo=>__ANON__,Slurpy[Map[Int,ArrayRef]]]
ok 120 - Reference {"123" => [],"456" => [],"bar" => qr//,"foo" => 42} passes type constraint Dict[bar=>Optional[RegexpRef],foo=>__ANON__,Slurpy[Map[Int,ArrayRef]]]
ok 121 - Reference {"123" => qr//,"bar" => qr//,"foo" => 42} fails type constraint Dict[bar=>Optional[RegexpRef],foo=>__ANON__,Slurpy[Map[Int,ArrayRef]]]
ok 122 - Reference {"123" => qr//,"456" => [],"bar" => qr//,"foo" => 42} fails type constraint Dict[bar=>Optional[RegexpRef],foo=>__ANON__,Slurpy[Map[Int,ArrayRef]]]
ok 123 - my_hashref_allows_key("bar")
ok 124 - !my_hashref_allows_key("baz")
ok 125 - my_hashref_allows_value("bar", qr//)
ok 126 - !my_hashref_allows_value("bar", 1234)
ok 127 - my_hashref_allows_key("123")
ok 128 - my_hashref_allows_value("123", [])
ok 129 - !my_hashref_allows_value("123", qr//)
ok 130 - my_hashref_allows_value("foo", 20)
ok 131 - !my_hashref_allows_value("foo", 21)
ok 132 - deep coercion
ok 133 - cowardly refuses to drop keys to allow coercion to work
ok 134 - deep coercion
ok 135 - can coerce optional slots
ok 136 - cowardly refuses to drop keys to allow coercion to work
ok 137 - deep coercion
ok 138 - can coerce optional slots
ok 139 - can coerce slurpy
ok 140 - cowardly refuses to drop keys to allow coercion to work
ok 141 - deep coercion
ok 142 - can coerce optional slots
ok 143 - can coerce slurpy
ok 144 - cowardly refuses to drop keys to allow coercion to work
1..144
ok
t/21-types/Enum.t ............................................
ok 1 - 'Enum' isa 'Type::Tiny'
ok 2 - Enum has correct name
ok 3 - Enum has correct display_name
ok 4 - Enum knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type Enum
ok 6 - Enum is not deprecated
ok 7 - Enum is not anonymous
ok 8 - Enum can be inlined
ok 9 - Inlining Enum doesn't throw an exception
ok 10 - Enum doesn't have a coercion
ok 11 - Enum is parameterizable
ok 12 - Enum has no type_default
ok 13 - Undef should fail Enum
ok 14 - False should pass Enum
ok 15 - True should pass Enum
ok 16 - Zero should pass Enum
ok 17 - One should pass Enum
ok 18 - Negative one should pass Enum
ok 19 - Non integer should pass Enum
ok 20 - Empty string should pass Enum
ok 21 - Whitespace should pass Enum
ok 22 - Line break should pass Enum
ok 23 - Random string should pass Enum
ok 24 - Loaded package name should pass Enum
ok 25 - Unloaded package name should pass Enum
ok 26 - A reference to undef should fail Enum
ok 27 - A reference to false should fail Enum
ok 28 - A reference to true should fail Enum
ok 29 - A reference to zero should fail Enum
ok 30 - A reference to one should fail Enum
ok 31 - A reference to empty string should fail Enum
ok 32 - A reference to random string should fail Enum
ok 33 - Blessed scalarref should fail Enum
ok 34 - Empty arrayref should fail Enum
ok 35 - Arrayref with one zero should fail Enum
ok 36 - Arrayref of integers should fail Enum
ok 37 - Arrayref of numbers should fail Enum
ok 38 - Blessed arrayref should fail Enum
ok 39 - Empty hashref should fail Enum
ok 40 - Hashref should fail Enum
ok 41 - Blessed hashref should fail Enum
ok 42 - Coderef should fail Enum
ok 43 - Blessed coderef should fail Enum
ok 44 - Glob should fail Enum
ok 45 - Globref should fail Enum
ok 46 - Blessed globref should fail Enum
ok 47 - Regexp should fail Enum
ok 48 - Blessed regexp should fail Enum
ok 49 - Filehandle should fail Enum
ok 50 - Filehandle object should fail Enum
ok 51 - Ref to scalarref should fail Enum
ok 52 - Ref to arrayref should fail Enum
ok 53 - Ref to hashref should fail Enum
ok 54 - Ref to coderef should fail Enum
ok 55 - Ref to blessed hashref should fail Enum
ok 56 - Object stringifying to "" should fail Enum
ok 57 - Object stringifying to "1" should fail Enum
ok 58 - Object numifying to 0 should fail Enum
ok 59 - Object numifying to 1 should fail Enum
ok 60 - Object overloading arrayref should fail Enum
ok 61 - Object overloading hashref should fail Enum
ok 62 - Object overloading coderef should fail Enum
ok 63 - Object booling to false should fail Enum
ok 64 - Object booling to true should fail Enum
ok 65 - Value "foo" passes type constraint Enum["foo","bar","bar","baz"]
ok 66 - Value "bar" passes type constraint Enum["foo","bar","bar","baz"]
ok 67 - Value "baz" passes type constraint Enum["foo","bar","bar","baz"]
ok 68 - Value "bat" fails type constraint Enum["foo","bar","bar","baz"]
ok 69
ok 70
ok 71
ok 72
ok 73
ok 74
ok 75
ok 76
ok 77
ok 78
ok 79
ok 80
ok 81
ok 82
ok 83
ok 84 - Unknown flags passed to as_regexp
ok 85 - Value "foo" passes type constraint Enum["foo","bar","bar","baz"]
ok 86 - Value "bar" passes type constraint Enum["foo","bar","bar","baz"]
ok 87 - Value "baz" passes type constraint Enum["foo","bar","bar","baz"]
ok 88 - Value "bat" fails type constraint Enum["foo","bar","bar","baz"]
ok 89 - Reference bless( do{\(my $o = "foo")}, 'Local::Stringy' ) fails type constraint Enum["foo","bar","bar","baz"]
ok 90
ok 91
ok 92
ok 93 - "foo" comes before "baz" because they were listed in that order when $enum1 was defined
ok 94
ok 95
ok 96
ok 97
ok 98
ok 99
ok 100
ok 101
ok 102
ok 103
ok 104
ok 105
ok 106
ok 107
1..107
ok
t/21-types/FileHandle.t ......................................
ok 1 - 'FileHandle' isa 'Type::Tiny'
ok 2 - FileHandle has correct name
ok 3 - FileHandle has correct display_name
ok 4 - FileHandle knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type FileHandle
ok 6 - FileHandle is not deprecated
ok 7 - FileHandle is not anonymous
ok 8 - FileHandle can be inlined
ok 9 - Inlining FileHandle doesn't throw an exception
ok 10 - FileHandle doesn't have a coercion
ok 11 - FileHandle isn't parameterizable
ok 12 - FileHandle has no type_default
ok 13 - Undef should fail FileHandle
ok 14 - False should fail FileHandle
ok 15 - True should fail FileHandle
ok 16 - Zero should fail FileHandle
ok 17 - One should fail FileHandle
ok 18 - Negative one should fail FileHandle
ok 19 - Non integer should fail FileHandle
ok 20 - Empty string should fail FileHandle
ok 21 - Whitespace should fail FileHandle
ok 22 - Line break should fail FileHandle
ok 23 - Random string should fail FileHandle
ok 24 - Loaded package name should fail FileHandle
ok 25 - Unloaded package name should fail FileHandle
ok 26 - A reference to undef should fail FileHandle
ok 27 - A reference to false should fail FileHandle
ok 28 - A reference to true should fail FileHandle
ok 29 - A reference to zero should fail FileHandle
ok 30 - A reference to one should fail FileHandle
ok 31 - A reference to empty string should fail FileHandle
ok 32 - A reference to random string should fail FileHandle
ok 33 - Blessed scalarref should fail FileHandle
ok 34 - Empty arrayref should fail FileHandle
ok 35 - Arrayref with one zero should fail FileHandle
ok 36 - Arrayref of integers should fail FileHandle
ok 37 - Arrayref of numbers should fail FileHandle
ok 38 - Blessed arrayref should fail FileHandle
ok 39 - Empty hashref should fail FileHandle
ok 40 - Hashref should fail FileHandle
ok 41 - Blessed hashref should fail FileHandle
ok 42 - Coderef should fail FileHandle
ok 43 - Blessed coderef should fail FileHandle
ok 44 - Glob should fail FileHandle
ok 45 - Globref should fail FileHandle
ok 46 - Blessed globref should fail FileHandle
ok 47 - Regexp should fail FileHandle
ok 48 - Blessed regexp should fail FileHandle
ok 49 - Filehandle should pass FileHandle
ok 50 - Filehandle object should pass FileHandle
ok 51 - Ref to scalarref should fail FileHandle
ok 52 - Ref to arrayref should fail FileHandle
ok 53 - Ref to hashref should fail FileHandle
ok 54 - Ref to coderef should fail FileHandle
ok 55 - Ref to blessed hashref should fail FileHandle
ok 56 - Object stringifying to "" should fail FileHandle
ok 57 - Object stringifying to "1" should fail FileHandle
ok 58 - Object numifying to 0 should fail FileHandle
ok 59 - Object numifying to 1 should fail FileHandle
ok 60 - Object overloading arrayref should fail FileHandle
ok 61 - Object overloading hashref should fail FileHandle
ok 62 - Object overloading coderef should fail FileHandle
ok 63 - Object booling to false should fail FileHandle
ok 64 - Object booling to true should fail FileHandle
1..64
ok
t/21-types/GlobRef.t .........................................
ok 1 - 'GlobRef' isa 'Type::Tiny'
ok 2 - GlobRef has correct name
ok 3 - GlobRef has correct display_name
ok 4 - GlobRef knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type GlobRef
ok 6 - GlobRef is not deprecated
ok 7 - GlobRef is not anonymous
ok 8 - GlobRef can be inlined
ok 9 - Inlining GlobRef doesn't throw an exception
ok 10 - GlobRef doesn't have a coercion
ok 11 - GlobRef isn't parameterizable
ok 12 - GlobRef has no type_default
ok 13 - Undef should fail GlobRef
ok 14 - False should fail GlobRef
ok 15 - True should fail GlobRef
ok 16 - Zero should fail GlobRef
ok 17 - One should fail GlobRef
ok 18 - Negative one should fail GlobRef
ok 19 - Non integer should fail GlobRef
ok 20 - Empty string should fail GlobRef
ok 21 - Whitespace should fail GlobRef
ok 22 - Line break should fail GlobRef
ok 23 - Random string should fail GlobRef
ok 24 - Loaded package name should fail GlobRef
ok 25 - Unloaded package name should fail GlobRef
ok 26 - A reference to undef should fail GlobRef
ok 27 - A reference to false should fail GlobRef
ok 28 - A reference to true should fail GlobRef
ok 29 - A reference to zero should fail GlobRef
ok 30 - A reference to one should fail GlobRef
ok 31 - A reference to empty string should fail GlobRef
ok 32 - A reference to random string should fail GlobRef
ok 33 - Blessed scalarref should fail GlobRef
ok 34 - Empty arrayref should fail GlobRef
ok 35 - Arrayref with one zero should fail GlobRef
ok 36 - Arrayref of integers should fail GlobRef
ok 37 - Arrayref of numbers should fail GlobRef
ok 38 - Blessed arrayref should fail GlobRef
ok 39 - Empty hashref should fail GlobRef
ok 40 - Hashref should fail GlobRef
ok 41 - Blessed hashref should fail GlobRef
ok 42 - Coderef should fail GlobRef
ok 43 - Blessed coderef should fail GlobRef
ok 44 - Glob should fail GlobRef
ok 45 - Globref should pass GlobRef
ok 46 - Blessed globref should fail GlobRef
ok 47 - Regexp should fail GlobRef
ok 48 - Blessed regexp should fail GlobRef
ok 49 - Filehandle should pass GlobRef
ok 50 - Filehandle object should fail GlobRef
ok 51 - Ref to scalarref should fail GlobRef
ok 52 - Ref to arrayref should fail GlobRef
ok 53 - Ref to hashref should fail GlobRef
ok 54 - Ref to coderef should fail GlobRef
ok 55 - Ref to blessed hashref should fail GlobRef
ok 56 - Object stringifying to "" should fail GlobRef
ok 57 - Object stringifying to "1" should fail GlobRef
ok 58 - Object numifying to 0 should fail GlobRef
ok 59 - Object numifying to 1 should fail GlobRef
ok 60 - Object overloading arrayref should fail GlobRef
ok 61 - Object overloading hashref should fail GlobRef
ok 62 - Object overloading coderef should fail GlobRef
ok 63 - Object booling to false should fail GlobRef
ok 64 - Object booling to true should fail GlobRef
1..64
ok
t/21-types/HashLike.t ........................................
ok 1 - 'HashLike' isa 'Type::Tiny'
ok 2 - HashLike has correct name
ok 3 - HashLike has correct display_name
ok 4 - HashLike knows it is in the Types::TypeTiny library
ok 5 - Types::TypeTiny knows it has type HashLike
ok 6 - HashLike is not deprecated
ok 7 - HashLike is not anonymous
ok 8 - HashLike can be inlined
ok 9 - Inlining HashLike doesn't throw an exception
ok 10 - HashLike doesn't have a coercion
ok 11 - HashLike is parameterizable
ok 12 - HashLike has a type_default
ok 13 - HashLike type_default is {}
ok 14 - Undef should fail HashLike
ok 15 - False should fail HashLike
ok 16 - True should fail HashLike
ok 17 - Zero should fail HashLike
ok 18 - One should fail HashLike
ok 19 - Negative one should fail HashLike
ok 20 - Non integer should fail HashLike
ok 21 - Empty string should fail HashLike
ok 22 - Whitespace should fail HashLike
ok 23 - Line break should fail HashLike
ok 24 - Random string should fail HashLike
ok 25 - Loaded package name should fail HashLike
ok 26 - Unloaded package name should fail HashLike
ok 27 - A reference to undef should fail HashLike
ok 28 - A reference to false should fail HashLike
ok 29 - A reference to true should fail HashLike
ok 30 - A reference to zero should fail HashLike
ok 31 - A reference to one should fail HashLike
ok 32 - A reference to empty string should fail HashLike
ok 33 - A reference to random string should fail HashLike
ok 34 - Blessed scalarref should fail HashLike
ok 35 - Empty arrayref should fail HashLike
ok 36 - Arrayref with one zero should fail HashLike
ok 37 - Arrayref of integers should fail HashLike
ok 38 - Arrayref of numbers should fail HashLike
ok 39 - Blessed arrayref should fail HashLike
ok 40 - Empty hashref should pass HashLike
ok 41 - Hashref should pass HashLike
ok 42 - Blessed hashref should fail HashLike
ok 43 - Coderef should fail HashLike
ok 44 - Blessed coderef should fail HashLike
ok 45 - Glob should fail HashLike
ok 46 - Globref should fail HashLike
ok 47 - Blessed globref should fail HashLike
ok 48 - Regexp should fail HashLike
ok 49 - Blessed regexp should fail HashLike
ok 50 - Filehandle should fail HashLike
ok 51 - Filehandle object should fail HashLike
ok 52 - Ref to scalarref should fail HashLike
ok 53 - Ref to arrayref should fail HashLike
ok 54 - Ref to hashref should fail HashLike
ok 55 - Ref to coderef should fail HashLike
ok 56 - Ref to blessed hashref should fail HashLike
ok 57 - Object stringifying to "" should fail HashLike
ok 58 - Object stringifying to "1" should fail HashLike
ok 59 - Object numifying to 0 should fail HashLike
ok 60 - Object numifying to 1 should fail HashLike
ok 61 - Object overloading arrayref should fail HashLike
ok 62 - Object overloading hashref should pass HashLike
ok 63 - Object overloading coderef should fail HashLike
ok 64 - Object booling to false should fail HashLike
ok 65 - Object booling to true should fail HashLike
ok 66
ok 67 - Reference {"bar" => 2,"foo" => 1} passes type constraint HashLike[Int]
ok 68 - Reference bless( [{"bar" => 2,"foo" => 1}], 'Local::OL::Hash' ) passes type constraint HashLike[Int]
ok 69 - Reference {"bar" => undef,"foo" => 1} fails type constraint HashLike[Int]
ok 70 - Reference bless( [{"bar" => undef,"foo" => 1}], 'Local::OL::Hash' ) fails type constraint HashLike[Int]
ok 71
ok 72
ok 73
ok 74
ok 75 - tied hash that should pass
ok 76 - tied hash that should fail
ok 77 - overloaded object yielding regular hash that should pass
ok 78 - overloaded object yielding regular hash that should fail
ok 79 - overloaded object yielding tied hash that should pass
ok 80 - overloaded object yielding tied hash that should fail
1..80
ok
t/21-types/HashRef.t .........................................
ok 1 - 'HashRef' isa 'Type::Tiny'
ok 2 - HashRef has correct name
ok 3 - HashRef has correct display_name
ok 4 - HashRef knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type HashRef
ok 6 - HashRef is not deprecated
ok 7 - HashRef is not anonymous
ok 8 - HashRef can be inlined
ok 9 - Inlining HashRef doesn't throw an exception
ok 10 - HashRef doesn't have a coercion
ok 11 - HashRef is parameterizable
ok 12 - HashRef has a type_default
ok 13 - HashRef type_default is {}
ok 14 - Undef should fail HashRef
ok 15 - False should fail HashRef
ok 16 - True should fail HashRef
ok 17 - Zero should fail HashRef
ok 18 - One should fail HashRef
ok 19 - Negative one should fail HashRef
ok 20 - Non integer should fail HashRef
ok 21 - Empty string should fail HashRef
ok 22 - Whitespace should fail HashRef
ok 23 - Line break should fail HashRef
ok 24 - Random string should fail HashRef
ok 25 - Loaded package name should fail HashRef
ok 26 - Unloaded package name should fail HashRef
ok 27 - A reference to undef should fail HashRef
ok 28 - A reference to false should fail HashRef
ok 29 - A reference to true should fail HashRef
ok 30 - A reference to zero should fail HashRef
ok 31 - A reference to one should fail HashRef
ok 32 - A reference to empty string should fail HashRef
ok 33 - A reference to random string should fail HashRef
ok 34 - Blessed scalarref should fail HashRef
ok 35 - Empty arrayref should fail HashRef
ok 36 - Arrayref with one zero should fail HashRef
ok 37 - Arrayref of integers should fail HashRef
ok 38 - Arrayref of numbers should fail HashRef
ok 39 - Blessed arrayref should fail HashRef
ok 40 - Empty hashref should pass HashRef
ok 41 - Hashref should pass HashRef
ok 42 - Blessed hashref should fail HashRef
ok 43 - Coderef should fail HashRef
ok 44 - Blessed coderef should fail HashRef
ok 45 - Glob should fail HashRef
ok 46 - Globref should fail HashRef
ok 47 - Blessed globref should fail HashRef
ok 48 - Regexp should fail HashRef
ok 49 - Blessed regexp should fail HashRef
ok 50 - Filehandle should fail HashRef
ok 51 - Filehandle object should fail HashRef
ok 52 - Ref to scalarref should fail HashRef
ok 53 - Ref to arrayref should fail HashRef
ok 54 - Ref to hashref should fail HashRef
ok 55 - Ref to coderef should fail HashRef
ok 56 - Ref to blessed hashref should fail HashRef
ok 57 - Object stringifying to "" should fail HashRef
ok 58 - Object stringifying to "1" should fail HashRef
ok 59 - Object numifying to 0 should fail HashRef
ok 60 - Object numifying to 1 should fail HashRef
ok 61 - Object overloading arrayref should fail HashRef
ok 62 - Object overloading hashref should fail HashRef
ok 63 - Object overloading coderef should fail HashRef
ok 64 - Object booling to false should fail HashRef
ok 65 - Object booling to true should fail HashRef
ok 66 - '$HashOfInts' isa 'Type::Tiny'
ok 67 - $HashOfInts has correct display_name
ok 68 - $HashOfInts has no name
ok 69 - $HashOfInts can be inlined
ok 70 - Inlining $HashOfInts doesn't throw an exception
ok 71 - $HashOfInts doesn't have a coercion
ok 72 - $HashOfInts is not parameterizable
ok 73 - $HashOfInts has a type_default
ok 74 - $HashOfInts type_default is {}
ok 75 - HashRef subtype: HashRef[Int]
ok 76 - Value "1" fails type constraint HashRef[Int]
ok 77 - Reference [] fails type constraint HashRef[Int]
ok 78 - Reference {} passes type constraint HashRef[Int]
ok 79 - Reference {"foo" => []} fails type constraint HashRef[Int]
ok 80 - Reference {"foo" => "1.1"} fails type constraint HashRef[Int]
ok 81 - Reference {"foo" => 1} passes type constraint HashRef[Int]
ok 82 - Reference {"foo" => 0} passes type constraint HashRef[Int]
ok 83 - Reference {"foo" => -1} passes type constraint HashRef[Int]
ok 84 - Reference {"foo" => \1} fails type constraint HashRef[Int]
ok 85 - Reference {"123" => \1} fails type constraint HashRef[Int]
ok 86 - Reference {"123" => 1} passes type constraint HashRef[Int]
ok 87 - Reference {"bar" => 2,"foo" => 1} passes type constraint HashRef[Int]
ok 88 - Reference {"bar" => [],"foo" => 1} fails type constraint HashRef[Int]
ok 89 - my_hashref_allows_key('foo')
ok 90 - my_hashref_allows_value('foo', 1234)
ok 91 - !my_hashref_allows_value('foo', qr//)
ok 92 - '$HashOfRounded' isa 'Type::Tiny'
ok 93 - $HashOfRounded has correct display_name
ok 94 - $HashOfRounded has no name
ok 95 - $HashOfRounded can be inlined
ok 96 - Inlining $HashOfRounded doesn't throw an exception
ok 97 - $HashOfRounded has a coercion
ok 98 - $HashRefOfRounded can coerce from HashRef
ok 99 - $HashRefOfRounded can coerce from HashRef[Num]
ok 100 - $HashOfRounded is not parameterizable
ok 101 - HashRef subtype: HashRef[Int]
ok 102 - Value "1" fails type constraint HashRef[Int]
ok 103 - Reference [] fails type constraint HashRef[Int]
ok 104 - Reference {} passes type constraint HashRef[Int]
ok 105 - Reference {"foo" => []} fails type constraint HashRef[Int]
ok 106 - Reference {"foo" => "1.1"} fails type constraint HashRef[Int]
ok 107 - Reference {"foo" => 1} passes type constraint HashRef[Int]
ok 108 - Reference {"foo" => 0} passes type constraint HashRef[Int]
ok 109 - Reference {"foo" => -1} passes type constraint HashRef[Int]
ok 110 - Reference {"foo" => \1} fails type constraint HashRef[Int]
ok 111 - Reference {"123" => \1} fails type constraint HashRef[Int]
ok 112 - Reference {"123" => 1} passes type constraint HashRef[Int]
ok 113 - Reference {"bar" => 2,"foo" => 1} passes type constraint HashRef[Int]
ok 114 - Reference {"bar" => [],"foo" => 1} fails type constraint HashRef[Int]
ok 115 - just returned orig unchanged
ok 116 - coercion happened
ok 117 - ... and data looks good
ok 118 - ... and now passes type constraint
ok 119 - coercion failed, so orig was returned
ok 120 - Reference {"foo" => []} fails type constraint HashRef[Int]
ok 121 - can only be parameterized with another type
ok 122 - tied hash that should pass
ok 123 - tied hash that should fail
ok 124 - overloaded object yielding regular hash that would pass if it weren't for the interleving overloaded object
ok 125 - overloaded object yielding regular hash that should fail
ok 126 - overloaded object yielding tied hash that would pass if it weren't for the interleving overloaded object
ok 127 - overloaded object yielding tied hash that should fail
1..127
ok
t/21-types/HasMethods.t ......................................
ok 1 - 'HasMethods' isa 'Type::Tiny'
ok 2 - HasMethods has correct name
ok 3 - HasMethods has correct display_name
ok 4 - HasMethods knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type HasMethods
ok 6 - HasMethods is not deprecated
ok 7 - HasMethods is not anonymous
ok 8 - HasMethods can be inlined
ok 9 - Inlining HasMethods doesn't throw an exception
ok 10 - HasMethods doesn't have a coercion
ok 11 - HasMethods is parameterizable
ok 12 - HasMethods has no type_default
ok 13 - Undef should fail HasMethods
ok 14 - False should fail HasMethods
ok 15 - True should fail HasMethods
ok 16 - Zero should fail HasMethods
ok 17 - One should fail HasMethods
ok 18 - Negative one should fail HasMethods
ok 19 - Non integer should fail HasMethods
ok 20 - Empty string should fail HasMethods
ok 21 - Whitespace should fail HasMethods
ok 22 - Line break should fail HasMethods
ok 23 - Random string should fail HasMethods
ok 24 - Loaded package name should fail HasMethods
ok 25 - Unloaded package name should fail HasMethods
ok 26 - A reference to undef should fail HasMethods
ok 27 - A reference to false should fail HasMethods
ok 28 - A reference to true should fail HasMethods
ok 29 - A reference to zero should fail HasMethods
ok 30 - A reference to one should fail HasMethods
ok 31 - A reference to empty string should fail HasMethods
ok 32 - A reference to random string should fail HasMethods
ok 33 - Blessed scalarref should pass HasMethods
ok 34 - Empty arrayref should fail HasMethods
ok 35 - Arrayref with one zero should fail HasMethods
ok 36 - Arrayref of integers should fail HasMethods
ok 37 - Arrayref of numbers should fail HasMethods
ok 38 - Blessed arrayref should pass HasMethods
ok 39 - Empty hashref should fail HasMethods
ok 40 - Hashref should fail HasMethods
ok 41 - Blessed hashref should pass HasMethods
ok 42 - Coderef should fail HasMethods
ok 43 - Blessed coderef should pass HasMethods
ok 44 - Glob should fail HasMethods
ok 45 - Globref should fail HasMethods
ok 46 - Blessed globref should pass HasMethods
# UNDEFINED OUTCOME: regexp
ok 47 - Blessed regexp should pass HasMethods
ok 48 - Filehandle should fail HasMethods
ok 49 - Filehandle object should pass HasMethods
ok 50 - Ref to scalarref should fail HasMethods
ok 51 - Ref to arrayref should fail HasMethods
ok 52 - Ref to hashref should fail HasMethods
ok 53 - Ref to coderef should fail HasMethods
ok 54 - Ref to blessed hashref should fail HasMethods
ok 55 - Object stringifying to "" should pass HasMethods
ok 56 - Object stringifying to "1" should pass HasMethods
ok 57 - Object numifying to 0 should pass HasMethods
ok 58 - Object numifying to 1 should pass HasMethods
ok 59 - Object overloading arrayref should pass HasMethods
ok 60 - Object overloading hashref should pass HasMethods
ok 61 - Object overloading coderef should pass HasMethods
ok 62 - Object booling to false should pass HasMethods
ok 63 - Object booling to true should pass HasMethods
ok 64 - parameterizing with [] has no effect
ok 65 - parameterizing is cached
ok 66 - Parameterized with one method name
ok 67 - Parameterized with multiple method names
ok 68 - ... acts as intersection (requires the object to support ALL the methods)
ok 69 - HasMethods should believe $object->can() if it returns false.
ok 70 - HasMethods should believe $object->can() if it returns true.
ok 71 - HasMethods does't work on class names, even if they can do a method.
1..71
ok
t/21-types/InstanceOf.t ......................................
ok 1 - 'InstanceOf' isa 'Type::Tiny'
ok 2 - InstanceOf has correct name
ok 3 - InstanceOf has correct display_name
ok 4 - InstanceOf knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type InstanceOf
ok 6 - InstanceOf is not deprecated
ok 7 - InstanceOf is not anonymous
ok 8 - InstanceOf can be inlined
ok 9 - Inlining InstanceOf doesn't throw an exception
ok 10 - InstanceOf doesn't have a coercion
ok 11 - InstanceOf is parameterizable
ok 12 - InstanceOf has no type_default
ok 13 - Undef should fail InstanceOf
ok 14 - False should fail InstanceOf
ok 15 - True should fail InstanceOf
ok 16 - Zero should fail InstanceOf
ok 17 - One should fail InstanceOf
ok 18 - Negative one should fail InstanceOf
ok 19 - Non integer should fail InstanceOf
ok 20 - Empty string should fail InstanceOf
ok 21 - Whitespace should fail InstanceOf
ok 22 - Line break should fail InstanceOf
ok 23 - Random string should fail InstanceOf
ok 24 - Loaded package name should fail InstanceOf
ok 25 - Unloaded package name should fail InstanceOf
ok 26 - A reference to undef should fail InstanceOf
ok 27 - A reference to false should fail InstanceOf
ok 28 - A reference to true should fail InstanceOf
ok 29 - A reference to zero should fail InstanceOf
ok 30 - A reference to one should fail InstanceOf
ok 31 - A reference to empty string should fail InstanceOf
ok 32 - A reference to random string should fail InstanceOf
ok 33 - Blessed scalarref should pass InstanceOf
ok 34 - Empty arrayref should fail InstanceOf
ok 35 - Arrayref with one zero should fail InstanceOf
ok 36 - Arrayref of integers should fail InstanceOf
ok 37 - Arrayref of numbers should fail InstanceOf
ok 38 - Blessed arrayref should pass InstanceOf
ok 39 - Empty hashref should fail InstanceOf
ok 40 - Hashref should fail InstanceOf
ok 41 - Blessed hashref should pass InstanceOf
ok 42 - Coderef should fail InstanceOf
ok 43 - Blessed coderef should pass InstanceOf
ok 44 - Glob should fail InstanceOf
ok 45 - Globref should fail InstanceOf
ok 46 - Blessed globref should pass InstanceOf
# UNDEFINED OUTCOME: regexp
ok 47 - Blessed regexp should pass InstanceOf
ok 48 - Filehandle should fail InstanceOf
ok 49 - Filehandle object should pass InstanceOf
ok 50 - Ref to scalarref should fail InstanceOf
ok 51 - Ref to arrayref should fail InstanceOf
ok 52 - Ref to hashref should fail InstanceOf
ok 53 - Ref to coderef should fail InstanceOf
ok 54 - Ref to blessed hashref should fail InstanceOf
ok 55 - Object stringifying to "" should pass InstanceOf
ok 56 - Object stringifying to "1" should pass InstanceOf
ok 57 - Object numifying to 0 should pass InstanceOf
ok 58 - Object numifying to 1 should pass InstanceOf
ok 59 - Object overloading arrayref should pass InstanceOf
ok 60 - Object overloading hashref should pass InstanceOf
ok 61 - Object overloading coderef should pass InstanceOf
ok 62 - Object booling to false should pass InstanceOf
ok 63 - Object booling to true should pass InstanceOf
ok 64 - Reference bless( {"class" => "Foo","coercion" => bless( {"_compiled_ty...) passes type constraint InstanceOf["Type::Tiny::Class"]
ok 65 - Reference bless( {"class" => "Foo","coercion" => bless( {"_compiled_ty...) passes type constraint InstanceOf["Type::Tiny"]
ok 66 - Reference bless( [], 'Foo::Bar' ) passes type constraint InstanceOf["Foo::Bar"]
ok 67 - Reference bless( [], 'Foo::Bar' ) passes type constraint InstanceOf["Foo"]
ok 68 - Reference bless( [], 'Foo' ) fails type constraint InstanceOf["Foo::Bar"]
ok 69 - Reference bless( [], 'Foo' ) passes type constraint InstanceOf["Foo"]
ok 70 - Reference bless( [], 'Foo::Baz' ) passes type constraint InstanceOf["Foo::Baz"]
ok 71 - Reference bless( [], 'Foo::Baz' ) passes type constraint InstanceOf["Foo"]
ok 72 - Reference bless( [], 'Foo' ) fails type constraint InstanceOf["Foo::Baz"]
ok 73 - Reference bless( [], 'Foo' ) passes type constraint InstanceOf["Foo"]
ok 74 - Reference bless( {"coercion" => bless( {"_union_of" => 'ARRAY(0xaaaaf2...) passes type constraint InstanceOf["Type::Tiny::Union"]
ok 75 - Reference bless( {"coercion" => bless( {"_union_of" => 'ARRAY(0xaaaaf2...) passes type constraint InstanceOf["Type::Tiny"]
ok 76
ok 77 - Reference bless( {"class" => "Foo","compiled_type_constraint" => sub {...) passes type constraint InstanceOf["Type::Tiny::Class"]
ok 78 - Reference bless( {"class" => "Bar","compiled_type_constraint" => sub {...) passes type constraint InstanceOf["Type::Tiny::Class"]
ok 79 - Reference bless( [], 'Foo' ) passes type constraint InstanceOf["Foo","Bar"]
ok 80 - Reference bless( [], 'Bar' ) passes type constraint InstanceOf["Foo","Bar"]
ok 81
ok 82 - Reference bless( {"gender" => "f","name" => "Alice"}, 'Local::Person' ) passes type constraint InstanceOf["Local::Person"]
ok 83 - Reference bless( {"gender" => "m","name" => "Bob"}, 'Local::Person' ) passes type constraint InstanceOf["Local::Person"]
ok 84 - Reference bless( {"gender" => "f","name" => "Alice"}, 'Local::Person' ) fails type constraint __ANON__
ok 85 - Reference bless( {"gender" => "m","name" => "Bob"}, 'Local::Person' ) passes type constraint __ANON__
1..85
ok
t/21-types/Int.t .............................................
ok 1 - 'Int' isa 'Type::Tiny'
ok 2 - Int has correct name
ok 3 - Int has correct display_name
ok 4 - Int knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type Int
ok 6 - Int is not deprecated
ok 7 - Int is not anonymous
ok 8 - Int can be inlined
ok 9 - Inlining Int doesn't throw an exception
ok 10 - Int doesn't have a coercion
ok 11 - Int isn't parameterizable
ok 12 - Int has a type_default
ok 13 - Int type_default is zero
ok 14 - Undef should fail Int
# UNDEFINED OUTCOME: false
ok 15 - True should pass Int
ok 16 - Zero should pass Int
ok 17 - One should pass Int
ok 18 - Negative one should pass Int
ok 19 - Non integer should fail Int
ok 20 - Empty string should fail Int
ok 21 - Whitespace should fail Int
ok 22 - Line break should fail Int
ok 23 - Random string should fail Int
ok 24 - Loaded package name should fail Int
ok 25 - Unloaded package name should fail Int
ok 26 - A reference to undef should fail Int
ok 27 - A reference to false should fail Int
ok 28 - A reference to true should fail Int
ok 29 - A reference to zero should fail Int
ok 30 - A reference to one should fail Int
ok 31 - A reference to empty string should fail Int
ok 32 - A reference to random string should fail Int
ok 33 - Blessed scalarref should fail Int
ok 34 - Empty arrayref should fail Int
ok 35 - Arrayref with one zero should fail Int
ok 36 - Arrayref of integers should fail Int
ok 37 - Arrayref of numbers should fail Int
ok 38 - Blessed arrayref should fail Int
ok 39 - Empty hashref should fail Int
ok 40 - Hashref should fail Int
ok 41 - Blessed hashref should fail Int
ok 42 - Coderef should fail Int
ok 43 - Blessed coderef should fail Int
ok 44 - Glob should fail Int
ok 45 - Globref should fail Int
ok 46 - Blessed globref should fail Int
ok 47 - Regexp should fail Int
ok 48 - Blessed regexp should fail Int
ok 49 - Filehandle should fail Int
ok 50 - Filehandle object should fail Int
ok 51 - Ref to scalarref should fail Int
ok 52 - Ref to arrayref should fail Int
ok 53 - Ref to hashref should fail Int
ok 54 - Ref to coderef should fail Int
ok 55 - Ref to blessed hashref should fail Int
ok 56 - Object stringifying to "" should fail Int
ok 57 - Object stringifying to "1" should fail Int
ok 58 - Object numifying to 0 should fail Int
ok 59 - Object numifying to 1 should fail Int
ok 60 - Object overloading arrayref should fail Int
ok 61 - Object overloading hashref should fail Int
ok 62 - Object overloading coderef should fail Int
ok 63 - Object booling to false should fail Int
ok 64 - Object booling to true should fail Int
1..64
ok
t/21-types/IntRange.t ........................................
ok 1 - 'IntRange' isa 'Type::Tiny'
ok 2 - IntRange has correct name
ok 3 - IntRange has correct display_name
ok 4 - IntRange knows it is in the Types::Common::Numeric library
ok 5 - Types::Common::Numeric knows it has type IntRange
ok 6 - IntRange is not deprecated
ok 7 - IntRange is not anonymous
ok 8 - IntRange can be inlined
ok 9 - Inlining IntRange doesn't throw an exception
ok 10 - IntRange doesn't have a coercion
ok 11 - IntRange is parameterizable
ok 12 - IntRange has a type_default
ok 13 - IntRange type_default is zero
ok 14 - Undef should fail IntRange
# UNDEFINED OUTCOME: false
ok 15 - True should pass IntRange
ok 16 - Zero should pass IntRange
ok 17 - One should pass IntRange
ok 18 - Negative one should pass IntRange
ok 19 - Non integer should fail IntRange
ok 20 - Empty string should fail IntRange
ok 21 - Whitespace should fail IntRange
ok 22 - Line break should fail IntRange
ok 23 - Random string should fail IntRange
ok 24 - Loaded package name should fail IntRange
ok 25 - Unloaded package name should fail IntRange
ok 26 - A reference to undef should fail IntRange
ok 27 - A reference to false should fail IntRange
ok 28 - A reference to true should fail IntRange
ok 29 - A reference to zero should fail IntRange
ok 30 - A reference to one should fail IntRange
ok 31 - A reference to empty string should fail IntRange
ok 32 - A reference to random string should fail IntRange
ok 33 - Blessed scalarref should fail IntRange
ok 34 - Empty arrayref should fail IntRange
ok 35 - Arrayref with one zero should fail IntRange
ok 36 - Arrayref of integers should fail IntRange
ok 37 - Arrayref of numbers should fail IntRange
ok 38 - Blessed arrayref should fail IntRange
ok 39 - Empty hashref should fail IntRange
ok 40 - Hashref should fail IntRange
ok 41 - Blessed hashref should fail IntRange
ok 42 - Coderef should fail IntRange
ok 43 - Blessed coderef should fail IntRange
ok 44 - Glob should fail IntRange
ok 45 - Globref should fail IntRange
ok 46 - Blessed globref should fail IntRange
ok 47 - Regexp should fail IntRange
ok 48 - Blessed regexp should fail IntRange
ok 49 - Filehandle should fail IntRange
ok 50 - Filehandle object should fail IntRange
ok 51 - Ref to scalarref should fail IntRange
ok 52 - Ref to arrayref should fail IntRange
ok 53 - Ref to hashref should fail IntRange
ok 54 - Ref to coderef should fail IntRange
ok 55 - Ref to blessed hashref should fail IntRange
ok 56 - Object stringifying to "" should fail IntRange
ok 57 - Object stringifying to "1" should fail IntRange
ok 58 - Object numifying to 0 should fail IntRange
ok 59 - Object numifying to 1 should fail IntRange
ok 60 - Object overloading arrayref should fail IntRange
ok 61 - Object overloading hashref should fail IntRange
ok 62 - Object overloading coderef should fail IntRange
ok 63 - Object booling to false should fail IntRange
ok 64 - Object booling to true should fail IntRange
ok 65 - Value "-2" fails type constraint IntRange[2]
ok 66 - Value "-1" fails type constraint IntRange[2]
ok 67 - Value "0" fails type constraint IntRange[2]
ok 68 - Value "1" fails type constraint IntRange[2]
ok 69 - Value "2" passes type constraint IntRange[2]
ok 70 - Value "3" passes type constraint IntRange[2]
ok 71 - Value "4" passes type constraint IntRange[2]
ok 72 - Value "5" passes type constraint IntRange[2]
ok 73 - Value "6" passes type constraint IntRange[2]
ok 74 - Value "3.1416" fails type constraint IntRange[2]
ok 75 - Reference [] fails type constraint IntRange[2]
ok 76 - IntRange[2] has no type_default
ok 77 - Value "-2" fails type constraint IntRange[2,4]
ok 78 - Value "-1" fails type constraint IntRange[2,4]
ok 79 - Value "0" fails type constraint IntRange[2,4]
ok 80 - Value "1" fails type constraint IntRange[2,4]
ok 81 - Value "2" passes type constraint IntRange[2,4]
ok 82 - Value "3" passes type constraint IntRange[2,4]
ok 83 - Value "4" passes type constraint IntRange[2,4]
ok 84 - Value "5" fails type constraint IntRange[2,4]
ok 85 - Value "6" fails type constraint IntRange[2,4]
ok 86 - Value "3.1416" fails type constraint IntRange[2,4]
ok 87 - Reference [] fails type constraint IntRange[2,4]
ok 88 - Value "-2" fails type constraint IntRange[2,4,1,1]
ok 89 - Value "-1" fails type constraint IntRange[2,4,1,1]
ok 90 - Value "0" fails type constraint IntRange[2,4,1,1]
ok 91 - Value "1" fails type constraint IntRange[2,4,1,1]
ok 92 - Value "2" fails type constraint IntRange[2,4,1,1]
ok 93 - Value "3" passes type constraint IntRange[2,4,1,1]
ok 94 - Value "4" fails type constraint IntRange[2,4,1,1]
ok 95 - Value "5" fails type constraint IntRange[2,4,1,1]
ok 96 - Value "6" fails type constraint IntRange[2,4,1,1]
ok 97 - Value "3.1416" fails type constraint IntRange[2,4,1,1]
ok 98 - Reference [] fails type constraint IntRange[2,4,1,1]
ok 99 - bad parameter
1..99
ok
t/21-types/Item.t ............................................
ok 1 - 'Item' isa 'Type::Tiny'
ok 2 - Item has correct name
ok 3 - Item has correct display_name
ok 4 - Item knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type Item
ok 6 - Item is not deprecated
ok 7 - Item is not anonymous
ok 8 - Item can be inlined
ok 9 - Inlining Item doesn't throw an exception
ok 10 - Item doesn't have a coercion
ok 11 - Item isn't parameterizable
ok 12 - Item has a type_default
ok 13 - Item type_default is undef
ok 14 - Undef should pass Item
ok 15 - False should pass Item
ok 16 - True should pass Item
ok 17 - Zero should pass Item
ok 18 - One should pass Item
ok 19 - Negative one should pass Item
ok 20 - Non integer should pass Item
ok 21 - Empty string should pass Item
ok 22 - Whitespace should pass Item
ok 23 - Line break should pass Item
ok 24 - Random string should pass Item
ok 25 - Loaded package name should pass Item
ok 26 - Unloaded package name should pass Item
ok 27 - A reference to undef should pass Item
ok 28 - A reference to false should pass Item
ok 29 - A reference to true should pass Item
ok 30 - A reference to zero should pass Item
ok 31 - A reference to one should pass Item
ok 32 - A reference to empty string should pass Item
ok 33 - A reference to random string should pass Item
ok 34 - Blessed scalarref should pass Item
ok 35 - Empty arrayref should pass Item
ok 36 - Arrayref with one zero should pass Item
ok 37 - Arrayref of integers should pass Item
ok 38 - Arrayref of numbers should pass Item
ok 39 - Blessed arrayref should pass Item
ok 40 - Empty hashref should pass Item
ok 41 - Hashref should pass Item
ok 42 - Blessed hashref should pass Item
ok 43 - Coderef should pass Item
ok 44 - Blessed coderef should pass Item
ok 45 - Glob should pass Item
ok 46 - Globref should pass Item
ok 47 - Blessed globref should pass Item
ok 48 - Regexp should pass Item
ok 49 - Blessed regexp should pass Item
ok 50 - Filehandle should pass Item
ok 51 - Filehandle object should pass Item
ok 52 - Ref to scalarref should pass Item
ok 53 - Ref to arrayref should pass Item
ok 54 - Ref to hashref should pass Item
ok 55 - Ref to coderef should pass Item
ok 56 - Ref to blessed hashref should pass Item
ok 57 - Object stringifying to "" should pass Item
ok 58 - Object stringifying to "1" should pass Item
ok 59 - Object numifying to 0 should pass Item
ok 60 - Object numifying to 1 should pass Item
ok 61 - Object overloading arrayref should pass Item
ok 62 - Object overloading hashref should pass Item
ok 63 - Object overloading coderef should pass Item
ok 64 - Object booling to false should pass Item
ok 65 - Object booling to true should pass Item
1..65
ok
t/21-types/LaxNum.t ..........................................
ok 1 - 'LaxNum' isa 'Type::Tiny'
ok 2 - LaxNum has correct name
ok 3 - LaxNum has correct display_name
ok 4 - LaxNum knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type LaxNum
ok 6 - LaxNum is not deprecated
ok 7 - LaxNum is not anonymous
ok 8 - LaxNum can be inlined
ok 9 - Inlining LaxNum doesn't throw an exception
ok 10 - LaxNum doesn't have a coercion
ok 11 - LaxNum isn't parameterizable
ok 12 - LaxNum has a type_default
ok 13 - LaxNum type_default is zero
ok 14 - Undef should fail LaxNum
ok 15 - False should fail LaxNum
ok 16 - True should pass LaxNum
ok 17 - Zero should pass LaxNum
ok 18 - One should pass LaxNum
ok 19 - Negative one should pass LaxNum
ok 20 - Non integer should pass LaxNum
ok 21 - Empty string should fail LaxNum
ok 22 - Whitespace should fail LaxNum
ok 23 - Line break should fail LaxNum
ok 24 - Random string should fail LaxNum
ok 25 - Loaded package name should fail LaxNum
ok 26 - Unloaded package name should fail LaxNum
ok 27 - A reference to undef should fail LaxNum
ok 28 - A reference to false should fail LaxNum
ok 29 - A reference to true should fail LaxNum
ok 30 - A reference to zero should fail LaxNum
ok 31 - A reference to one should fail LaxNum
ok 32 - A reference to empty string should fail LaxNum
ok 33 - A reference to random string should fail LaxNum
ok 34 - Blessed scalarref should fail LaxNum
ok 35 - Empty arrayref should fail LaxNum
ok 36 - Arrayref with one zero should fail LaxNum
ok 37 - Arrayref of integers should fail LaxNum
ok 38 - Arrayref of numbers should fail LaxNum
ok 39 - Blessed arrayref should fail LaxNum
ok 40 - Empty hashref should fail LaxNum
ok 41 - Hashref should fail LaxNum
ok 42 - Blessed hashref should fail LaxNum
ok 43 - Coderef should fail LaxNum
ok 44 - Blessed coderef should fail LaxNum
ok 45 - Glob should fail LaxNum
ok 46 - Globref should fail LaxNum
ok 47 - Blessed globref should fail LaxNum
ok 48 - Regexp should fail LaxNum
ok 49 - Blessed regexp should fail LaxNum
ok 50 - Filehandle should fail LaxNum
ok 51 - Filehandle object should fail LaxNum
ok 52 - Ref to scalarref should fail LaxNum
ok 53 - Ref to arrayref should fail LaxNum
ok 54 - Ref to hashref should fail LaxNum
ok 55 - Ref to coderef should fail LaxNum
ok 56 - Ref to blessed hashref should fail LaxNum
ok 57 - Object stringifying to "" should fail LaxNum
ok 58 - Object stringifying to "1" should fail LaxNum
ok 59 - Object numifying to 0 should fail LaxNum
ok 60 - Object numifying to 1 should fail LaxNum
ok 61 - Object overloading arrayref should fail LaxNum
ok 62 - Object overloading hashref should fail LaxNum
ok 63 - Object overloading coderef should fail LaxNum
ok 64 - Object booling to false should fail LaxNum
ok 65 - Object booling to true should fail LaxNum
ok 66 - Numeric sorting
1..66
ok
t/21-types/LowerCaseSimpleStr.t ..............................
ok 1 - 'LowerCaseSimpleStr' isa 'Type::Tiny'
ok 2 - LowerCaseSimpleStr has correct name
ok 3 - LowerCaseSimpleStr has correct display_name
ok 4 - LowerCaseSimpleStr knows it is in the Types::Common::String library
ok 5 - Types::Common::String knows it has type LowerCaseSimpleStr
ok 6 - LowerCaseSimpleStr is not deprecated
ok 7 - LowerCaseSimpleStr is not anonymous
ok 8 - LowerCaseSimpleStr can be inlined
ok 9 - Inlining LowerCaseSimpleStr doesn't throw an exception
ok 10 - LowerCaseSimpleStr has a coercion
ok 11 - LowerCaseSimpleStr isn't parameterizable
ok 12 - LowerCaseSimpleStr has no type_default
ok 13 - Undef should fail LowerCaseSimpleStr
ok 14 - False should fail LowerCaseSimpleStr
ok 15 - True should pass LowerCaseSimpleStr
ok 16 - Zero should pass LowerCaseSimpleStr
ok 17 - One should pass LowerCaseSimpleStr
ok 18 - Negative one should pass LowerCaseSimpleStr
ok 19 - Non integer should pass LowerCaseSimpleStr
ok 20 - Empty string should fail LowerCaseSimpleStr
ok 21 - Whitespace should pass LowerCaseSimpleStr
ok 22 - Line break should fail LowerCaseSimpleStr
ok 23 - Random string should pass LowerCaseSimpleStr
ok 24 - Loaded package name should fail LowerCaseSimpleStr
ok 25 - Unloaded package name should fail LowerCaseSimpleStr
ok 26 - A reference to undef should fail LowerCaseSimpleStr
ok 27 - A reference to false should fail LowerCaseSimpleStr
ok 28 - A reference to true should fail LowerCaseSimpleStr
ok 29 - A reference to zero should fail LowerCaseSimpleStr
ok 30 - A reference to one should fail LowerCaseSimpleStr
ok 31 - A reference to empty string should fail LowerCaseSimpleStr
ok 32 - A reference to random string should fail LowerCaseSimpleStr
ok 33 - Blessed scalarref should fail LowerCaseSimpleStr
ok 34 - Empty arrayref should fail LowerCaseSimpleStr
ok 35 - Arrayref with one zero should fail LowerCaseSimpleStr
ok 36 - Arrayref of integers should fail LowerCaseSimpleStr
ok 37 - Arrayref of numbers should fail LowerCaseSimpleStr
ok 38 - Blessed arrayref should fail LowerCaseSimpleStr
ok 39 - Empty hashref should fail LowerCaseSimpleStr
ok 40 - Hashref should fail LowerCaseSimpleStr
ok 41 - Blessed hashref should fail LowerCaseSimpleStr
ok 42 - Coderef should fail LowerCaseSimpleStr
ok 43 - Blessed coderef should fail LowerCaseSimpleStr
ok 44 - Glob should fail LowerCaseSimpleStr
ok 45 - Globref should fail LowerCaseSimpleStr
ok 46 - Blessed globref should fail LowerCaseSimpleStr
ok 47 - Regexp should fail LowerCaseSimpleStr
ok 48 - Blessed regexp should fail LowerCaseSimpleStr
ok 49 - Filehandle should fail LowerCaseSimpleStr
ok 50 - Filehandle object should fail LowerCaseSimpleStr
ok 51 - Ref to scalarref should fail LowerCaseSimpleStr
ok 52 - Ref to arrayref should fail LowerCaseSimpleStr
ok 53 - Ref to hashref should fail LowerCaseSimpleStr
ok 54 - Ref to coderef should fail LowerCaseSimpleStr
ok 55 - Ref to blessed hashref should fail LowerCaseSimpleStr
ok 56 - Object stringifying to "" should fail LowerCaseSimpleStr
ok 57 - Object stringifying to "1" should fail LowerCaseSimpleStr
ok 58 - Object numifying to 0 should fail LowerCaseSimpleStr
ok 59 - Object numifying to 1 should fail LowerCaseSimpleStr
ok 60 - Object overloading arrayref should fail LowerCaseSimpleStr
ok 61 - Object overloading hashref should fail LowerCaseSimpleStr
ok 62 - Object overloading coderef should fail LowerCaseSimpleStr
ok 63 - Object booling to false should fail LowerCaseSimpleStr
ok 64 - Object booling to true should fail LowerCaseSimpleStr
ok 65 - Value "\x{436}" passes type constraint LowerCaseSimpleStr
ok 66 - Value "\x{416}" fails type constraint LowerCaseSimpleStr
ok 67 - Value "aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa" passes type constraint LowerCaseSimpleStr
ok 68 - Value "aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa" fails type constraint LowerCaseSimpleStr
ok 69 - Value "\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}" passes type constraint LowerCaseSimpleStr
ok 70 - Value "\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}" fails type constraint LowerCaseSimpleStr
ok 71 - Value "ABCDEF" fails type constraint LowerCaseSimpleStr
ok 72 - Value "ABC123" fails type constraint LowerCaseSimpleStr
ok 73 - Value "abc123" passes type constraint LowerCaseSimpleStr
ok 74 - Value "abcdef" passes type constraint LowerCaseSimpleStr
ok 75 - Value "123456" passes type constraint LowerCaseSimpleStr
ok 76 - Value " " passes type constraint LowerCaseSimpleStr
ok 77 - Value "" fails type constraint LowerCaseSimpleStr
ok 78 - coercion success
ok 79 - does not coerce non-strings
1..79
ok
t/21-types/LowerCaseStr.t ....................................
ok 1 - 'LowerCaseStr' isa 'Type::Tiny'
ok 2 - LowerCaseStr has correct name
ok 3 - LowerCaseStr has correct display_name
ok 4 - LowerCaseStr knows it is in the Types::Common::String library
ok 5 - Types::Common::String knows it has type LowerCaseStr
ok 6 - LowerCaseStr is not deprecated
ok 7 - LowerCaseStr is not anonymous
ok 8 - LowerCaseStr can be inlined
ok 9 - Inlining LowerCaseStr doesn't throw an exception
ok 10 - LowerCaseStr has a coercion
ok 11 - LowerCaseStr isn't parameterizable
ok 12 - LowerCaseStr has no type_default
ok 13 - Undef should fail LowerCaseStr
ok 14 - False should fail LowerCaseStr
ok 15 - True should pass LowerCaseStr
ok 16 - Zero should pass LowerCaseStr
ok 17 - One should pass LowerCaseStr
ok 18 - Negative one should pass LowerCaseStr
ok 19 - Non integer should pass LowerCaseStr
ok 20 - Empty string should fail LowerCaseStr
ok 21 - Whitespace should pass LowerCaseStr
ok 22 - Line break should pass LowerCaseStr
ok 23 - Random string should pass LowerCaseStr
ok 24 - Loaded package name should fail LowerCaseStr
ok 25 - Unloaded package name should fail LowerCaseStr
ok 26 - A reference to undef should fail LowerCaseStr
ok 27 - A reference to false should fail LowerCaseStr
ok 28 - A reference to true should fail LowerCaseStr
ok 29 - A reference to zero should fail LowerCaseStr
ok 30 - A reference to one should fail LowerCaseStr
ok 31 - A reference to empty string should fail LowerCaseStr
ok 32 - A reference to random string should fail LowerCaseStr
ok 33 - Blessed scalarref should fail LowerCaseStr
ok 34 - Empty arrayref should fail LowerCaseStr
ok 35 - Arrayref with one zero should fail LowerCaseStr
ok 36 - Arrayref of integers should fail LowerCaseStr
ok 37 - Arrayref of numbers should fail LowerCaseStr
ok 38 - Blessed arrayref should fail LowerCaseStr
ok 39 - Empty hashref should fail LowerCaseStr
ok 40 - Hashref should fail LowerCaseStr
ok 41 - Blessed hashref should fail LowerCaseStr
ok 42 - Coderef should fail LowerCaseStr
ok 43 - Blessed coderef should fail LowerCaseStr
ok 44 - Glob should fail LowerCaseStr
ok 45 - Globref should fail LowerCaseStr
ok 46 - Blessed globref should fail LowerCaseStr
ok 47 - Regexp should fail LowerCaseStr
ok 48 - Blessed regexp should fail LowerCaseStr
ok 49 - Filehandle should fail LowerCaseStr
ok 50 - Filehandle object should fail LowerCaseStr
ok 51 - Ref to scalarref should fail LowerCaseStr
ok 52 - Ref to arrayref should fail LowerCaseStr
ok 53 - Ref to hashref should fail LowerCaseStr
ok 54 - Ref to coderef should fail LowerCaseStr
ok 55 - Ref to blessed hashref should fail LowerCaseStr
ok 56 - Object stringifying to "" should fail LowerCaseStr
ok 57 - Object stringifying to "1" should fail LowerCaseStr
ok 58 - Object numifying to 0 should fail LowerCaseStr
ok 59 - Object numifying to 1 should fail LowerCaseStr
ok 60 - Object overloading arrayref should fail LowerCaseStr
ok 61 - Object overloading hashref should fail LowerCaseStr
ok 62 - Object overloading coderef should fail LowerCaseStr
ok 63 - Object booling to false should fail LowerCaseStr
ok 64 - Object booling to true should fail LowerCaseStr
ok 65 - Value "\x{436}" passes type constraint LowerCaseStr
ok 66 - Value "\x{416}" fails type constraint LowerCaseStr
ok 67 - Value "ABCDEF" fails type constraint LowerCaseStr
ok 68 - Value "ABC123" fails type constraint LowerCaseStr
ok 69 - Value "abc123" passes type constraint LowerCaseStr
ok 70 - Value "abcdef" passes type constraint LowerCaseStr
ok 71 - Value "123456" passes type constraint LowerCaseStr
ok 72 - Value " " passes type constraint LowerCaseStr
ok 73 - Value "" fails type constraint LowerCaseStr
ok 74 - coercion success
ok 75 - does not coerce non-strings
1..75
ok
t/21-types/Map.t .............................................
ok 1 - 'Map' isa 'Type::Tiny'
ok 2 - Map has correct name
ok 3 - Map has correct display_name
ok 4 - Map knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type Map
ok 6 - Map is not deprecated
ok 7 - Map is not anonymous
ok 8 - Map can be inlined
ok 9 - Inlining Map doesn't throw an exception
ok 10 - Map doesn't have a coercion
ok 11 - Map is parameterizable
ok 12 - Map has a type_default
ok 13 - Map type_default is {}
ok 14 - Undef should fail Map
ok 15 - False should fail Map
ok 16 - True should fail Map
ok 17 - Zero should fail Map
ok 18 - One should fail Map
ok 19 - Negative one should fail Map
ok 20 - Non integer should fail Map
ok 21 - Empty string should fail Map
ok 22 - Whitespace should fail Map
ok 23 - Line break should fail Map
ok 24 - Random string should fail Map
ok 25 - Loaded package name should fail Map
ok 26 - Unloaded package name should fail Map
ok 27 - A reference to undef should fail Map
ok 28 - A reference to false should fail Map
ok 29 - A reference to true should fail Map
ok 30 - A reference to zero should fail Map
ok 31 - A reference to one should fail Map
ok 32 - A reference to empty string should fail Map
ok 33 - A reference to random string should fail Map
ok 34 - Blessed scalarref should fail Map
ok 35 - Empty arrayref should fail Map
ok 36 - Arrayref with one zero should fail Map
ok 37 - Arrayref of integers should fail Map
ok 38 - Arrayref of numbers should fail Map
ok 39 - Blessed arrayref should fail Map
ok 40 - Empty hashref should pass Map
ok 41 - Hashref should pass Map
ok 42 - Blessed hashref should fail Map
ok 43 - Coderef should fail Map
ok 44 - Blessed coderef should fail Map
ok 45 - Glob should fail Map
ok 46 - Globref should fail Map
ok 47 - Blessed globref should fail Map
ok 48 - Regexp should fail Map
ok 49 - Blessed regexp should fail Map
ok 50 - Filehandle should fail Map
ok 51 - Filehandle object should fail Map
ok 52 - Ref to scalarref should fail Map
ok 53 - Ref to arrayref should fail Map
ok 54 - Ref to hashref should fail Map
ok 55 - Ref to coderef should fail Map
ok 56 - Ref to blessed hashref should fail Map
ok 57 - Object stringifying to "" should fail Map
ok 58 - Object stringifying to "1" should fail Map
ok 59 - Object numifying to 0 should fail Map
ok 60 - Object numifying to 1 should fail Map
ok 61 - Object overloading arrayref should fail Map
ok 62 - Object overloading hashref should fail Map
ok 63 - Object overloading coderef should fail Map
ok 64 - Object booling to false should fail Map
ok 65 - Object booling to true should fail Map
ok 66 - '$MapWithIntKeys' isa 'Type::Tiny'
ok 67 - $MapWithIntKeys has correct display_name
ok 68 - $MapWithIntKeys has no name
ok 69 - $MapWithIntKeys can be inlined
ok 70 - Inlining $MapWithIntKeys doesn't throw an exception
ok 71 - $MapWithIntKeys doesn't have a coercion
ok 72 - $MapWithIntKeys is not parameterizable
ok 73 - $MapWithIntKeys has a type_default
ok 74 - $MapWithIntKeys type_default is {}
ok 75 - HashRef subtype: Map[Int,Any]
ok 76 - Value "1" fails type constraint Map[Int,Any]
ok 77 - Reference [] fails type constraint Map[Int,Any]
ok 78 - Reference {} passes type constraint Map[Int,Any]
ok 79 - Reference {"1.1" => []} fails type constraint Map[Int,Any]
ok 80 - Reference {"1" => 1} passes type constraint Map[Int,Any]
ok 81 - Reference {"1" => 0} passes type constraint Map[Int,Any]
ok 82 - Reference {"1" => -1} passes type constraint Map[Int,Any]
ok 83 - Reference {"1" => \1} passes type constraint Map[Int,Any]
ok 84 - Reference {"-1" => -1} passes type constraint Map[Int,Any]
ok 85 - Reference {"foo" => 1} fails type constraint Map[Int,Any]
ok 86 - my_hashref_allows_key('1234')
ok 87 - !my_hashref_allows_key('abc')
ok 88 - '$HashOfInts' isa 'Type::Tiny'
ok 89 - $HashOfInts has correct display_name
ok 90 - $HashOfInts has no name
ok 91 - $HashOfInts can be inlined
ok 92 - Inlining $HashOfInts doesn't throw an exception
ok 93 - $HashOfInts doesn't have a coercion
ok 94 - $HashOfInts is not parameterizable
ok 95 - HashRef subtype: Map[Any,Int]
ok 96 - Value "1" fails type constraint Map[Any,Int]
ok 97 - Reference [] fails type constraint Map[Any,Int]
ok 98 - Reference {} passes type constraint Map[Any,Int]
ok 99 - Reference {"foo" => []} fails type constraint Map[Any,Int]
ok 100 - Reference {"foo" => "1.1"} fails type constraint Map[Any,Int]
ok 101 - Reference {"foo" => 1} passes type constraint Map[Any,Int]
ok 102 - Reference {"foo" => 0} passes type constraint Map[Any,Int]
ok 103 - Reference {"foo" => -1} passes type constraint Map[Any,Int]
ok 104 - Reference {"foo" => \1} fails type constraint Map[Any,Int]
ok 105 - Reference {"123" => \1} fails type constraint Map[Any,Int]
ok 106 - Reference {"123" => 1} passes type constraint Map[Any,Int]
ok 107 - Reference {"bar" => 2,"foo" => 1} passes type constraint Map[Any,Int]
ok 108 - Reference {"bar" => [],"foo" => 1} fails type constraint Map[Any,Int]
ok 109 - my_hashref_allows_key('foo')
ok 110 - my_hashref_allows_value('foo', 1234)
ok 111 - !my_hashref_allows_value('foo', qr//)
ok 112 - just returned orig unchanged
ok 113 - coercion happened
ok 114 - ... and data looks good
ok 115 - ... and now passes type constraint
ok 116 - coercion failed, so orig was returned
ok 117 - Reference {"foo" => []} fails type constraint Map[Int,Int]
ok 118 - bad parameters
1..118
ok
t/21-types/Maybe.t ...........................................
ok 1 - 'Maybe' isa 'Type::Tiny'
ok 2 - Maybe has correct name
ok 3 - Maybe has correct display_name
ok 4 - Maybe knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type Maybe
ok 6 - Maybe is not deprecated
ok 7 - Maybe is not anonymous
ok 8 - Maybe can be inlined
ok 9 - Inlining Maybe doesn't throw an exception
ok 10 - Maybe doesn't have a coercion
ok 11 - Maybe is parameterizable
ok 12 - Maybe has a type_default
ok 13 - Maybe type_default is undef
ok 14 - Undef should pass Maybe
ok 15 - False should pass Maybe
ok 16 - True should pass Maybe
ok 17 - Zero should pass Maybe
ok 18 - One should pass Maybe
ok 19 - Negative one should pass Maybe
ok 20 - Non integer should pass Maybe
ok 21 - Empty string should pass Maybe
ok 22 - Whitespace should pass Maybe
ok 23 - Line break should pass Maybe
ok 24 - Random string should pass Maybe
ok 25 - Loaded package name should pass Maybe
ok 26 - Unloaded package name should pass Maybe
ok 27 - A reference to undef should pass Maybe
ok 28 - A reference to false should pass Maybe
ok 29 - A reference to true should pass Maybe
ok 30 - A reference to zero should pass Maybe
ok 31 - A reference to one should pass Maybe
ok 32 - A reference to empty string should pass Maybe
ok 33 - A reference to random string should pass Maybe
ok 34 - Blessed scalarref should pass Maybe
ok 35 - Empty arrayref should pass Maybe
ok 36 - Arrayref with one zero should pass Maybe
ok 37 - Arrayref of integers should pass Maybe
ok 38 - Arrayref of numbers should pass Maybe
ok 39 - Blessed arrayref should pass Maybe
ok 40 - Empty hashref should pass Maybe
ok 41 - Hashref should pass Maybe
ok 42 - Blessed hashref should pass Maybe
ok 43 - Coderef should pass Maybe
ok 44 - Blessed coderef should pass Maybe
ok 45 - Glob should pass Maybe
ok 46 - Globref should pass Maybe
ok 47 - Blessed globref should pass Maybe
ok 48 - Regexp should pass Maybe
ok 49 - Blessed regexp should pass Maybe
ok 50 - Filehandle should pass Maybe
ok 51 - Filehandle object should pass Maybe
ok 52 - Ref to scalarref should pass Maybe
ok 53 - Ref to arrayref should pass Maybe
ok 54 - Ref to hashref should pass Maybe
ok 55 - Ref to coderef should pass Maybe
ok 56 - Ref to blessed hashref should pass Maybe
ok 57 - Object stringifying to "" should pass Maybe
ok 58 - Object stringifying to "1" should pass Maybe
ok 59 - Object numifying to 0 should pass Maybe
ok 60 - Object numifying to 1 should pass Maybe
ok 61 - Object overloading arrayref should pass Maybe
ok 62 - Object overloading hashref should pass Maybe
ok 63 - Object overloading coderef should pass Maybe
ok 64 - Object booling to false should pass Maybe
ok 65 - Object booling to true should pass Maybe
ok 66 - Value "0" passes type constraint Maybe[Int]
ok 67 - Value "1" passes type constraint Maybe[Int]
ok 68 - Value "1.1" fails type constraint Maybe[Int]
ok 69 - Undef passes type constraint Maybe[Int]
ok 70 - Maybe[Int] has a type_default, because Int does
ok 71 - Maybe[Int] type_default is 0
ok 72 - Maybe[Defined] has a type_default, even though Defined doesn't
ok 73 - Maybe[Defined] type_default is undef
1..73
ok
t/21-types/NegativeInt.t .....................................
ok 1 - 'NegativeInt' isa 'Type::Tiny'
ok 2 - NegativeInt has correct name
ok 3 - NegativeInt has correct display_name
ok 4 - NegativeInt knows it is in the Types::Common::Numeric library
ok 5 - Types::Common::Numeric knows it has type NegativeInt
ok 6 - NegativeInt is not deprecated
ok 7 - NegativeInt is not anonymous
ok 8 - NegativeInt can be inlined
ok 9 - Inlining NegativeInt doesn't throw an exception
ok 10 - NegativeInt doesn't have a coercion
ok 11 - NegativeInt isn't parameterizable
ok 12 - NegativeInt has no type_default
ok 13 - Undef should fail NegativeInt
ok 14 - False should fail NegativeInt
ok 15 - True should fail NegativeInt
ok 16 - Zero should fail NegativeInt
ok 17 - One should fail NegativeInt
ok 18 - Negative one should pass NegativeInt
ok 19 - Non integer should fail NegativeInt
ok 20 - Empty string should fail NegativeInt
ok 21 - Whitespace should fail NegativeInt
ok 22 - Line break should fail NegativeInt
ok 23 - Random string should fail NegativeInt
ok 24 - Loaded package name should fail NegativeInt
ok 25 - Unloaded package name should fail NegativeInt
ok 26 - A reference to undef should fail NegativeInt
ok 27 - A reference to false should fail NegativeInt
ok 28 - A reference to true should fail NegativeInt
ok 29 - A reference to zero should fail NegativeInt
ok 30 - A reference to one should fail NegativeInt
ok 31 - A reference to empty string should fail NegativeInt
ok 32 - A reference to random string should fail NegativeInt
ok 33 - Blessed scalarref should fail NegativeInt
ok 34 - Empty arrayref should fail NegativeInt
ok 35 - Arrayref with one zero should fail NegativeInt
ok 36 - Arrayref of integers should fail NegativeInt
ok 37 - Arrayref of numbers should fail NegativeInt
ok 38 - Blessed arrayref should fail NegativeInt
ok 39 - Empty hashref should fail NegativeInt
ok 40 - Hashref should fail NegativeInt
ok 41 - Blessed hashref should fail NegativeInt
ok 42 - Coderef should fail NegativeInt
ok 43 - Blessed coderef should fail NegativeInt
ok 44 - Glob should fail NegativeInt
ok 45 - Globref should fail NegativeInt
ok 46 - Blessed globref should fail NegativeInt
ok 47 - Regexp should fail NegativeInt
ok 48 - Blessed regexp should fail NegativeInt
ok 49 - Filehandle should fail NegativeInt
ok 50 - Filehandle object should fail NegativeInt
ok 51 - Ref to scalarref should fail NegativeInt
ok 52 - Ref to arrayref should fail NegativeInt
ok 53 - Ref to hashref should fail NegativeInt
ok 54 - Ref to coderef should fail NegativeInt
ok 55 - Ref to blessed hashref should fail NegativeInt
ok 56 - Object stringifying to "" should fail NegativeInt
ok 57 - Object stringifying to "1" should fail NegativeInt
ok 58 - Object numifying to 0 should fail NegativeInt
ok 59 - Object numifying to 1 should fail NegativeInt
ok 60 - Object overloading arrayref should fail NegativeInt
ok 61 - Object overloading hashref should fail NegativeInt
ok 62 - Object overloading coderef should fail NegativeInt
ok 63 - Object booling to false should fail NegativeInt
ok 64 - Object booling to true should fail NegativeInt
1..64
ok
t/21-types/NegativeNum.t .....................................
ok 1 - 'NegativeNum' isa 'Type::Tiny'
ok 2 - NegativeNum has correct name
ok 3 - NegativeNum has correct display_name
ok 4 - NegativeNum knows it is in the Types::Common::Numeric library
ok 5 - Types::Common::Numeric knows it has type NegativeNum
ok 6 - NegativeNum is not deprecated
ok 7 - NegativeNum is not anonymous
ok 8 - NegativeNum can be inlined
ok 9 - Inlining NegativeNum doesn't throw an exception
ok 10 - NegativeNum doesn't have a coercion
ok 11 - NegativeNum isn't parameterizable
ok 12 - NegativeNum has no type_default
ok 13 - Undef should fail NegativeNum
ok 14 - False should fail NegativeNum
ok 15 - True should fail NegativeNum
ok 16 - Zero should fail NegativeNum
ok 17 - One should fail NegativeNum
ok 18 - Negative one should pass NegativeNum
ok 19 - Non integer should fail NegativeNum
ok 20 - Empty string should fail NegativeNum
ok 21 - Whitespace should fail NegativeNum
ok 22 - Line break should fail NegativeNum
ok 23 - Random string should fail NegativeNum
ok 24 - Loaded package name should fail NegativeNum
ok 25 - Unloaded package name should fail NegativeNum
ok 26 - A reference to undef should fail NegativeNum
ok 27 - A reference to false should fail NegativeNum
ok 28 - A reference to true should fail NegativeNum
ok 29 - A reference to zero should fail NegativeNum
ok 30 - A reference to one should fail NegativeNum
ok 31 - A reference to empty string should fail NegativeNum
ok 32 - A reference to random string should fail NegativeNum
ok 33 - Blessed scalarref should fail NegativeNum
ok 34 - Empty arrayref should fail NegativeNum
ok 35 - Arrayref with one zero should fail NegativeNum
ok 36 - Arrayref of integers should fail NegativeNum
ok 37 - Arrayref of numbers should fail NegativeNum
ok 38 - Blessed arrayref should fail NegativeNum
ok 39 - Empty hashref should fail NegativeNum
ok 40 - Hashref should fail NegativeNum
ok 41 - Blessed hashref should fail NegativeNum
ok 42 - Coderef should fail NegativeNum
ok 43 - Blessed coderef should fail NegativeNum
ok 44 - Glob should fail NegativeNum
ok 45 - Globref should fail NegativeNum
ok 46 - Blessed globref should fail NegativeNum
ok 47 - Regexp should fail NegativeNum
ok 48 - Blessed regexp should fail NegativeNum
ok 49 - Filehandle should fail NegativeNum
ok 50 - Filehandle object should fail NegativeNum
ok 51 - Ref to scalarref should fail NegativeNum
ok 52 - Ref to arrayref should fail NegativeNum
ok 53 - Ref to hashref should fail NegativeNum
ok 54 - Ref to coderef should fail NegativeNum
ok 55 - Ref to blessed hashref should fail NegativeNum
ok 56 - Object stringifying to "" should fail NegativeNum
ok 57 - Object stringifying to "1" should fail NegativeNum
ok 58 - Object numifying to 0 should fail NegativeNum
ok 59 - Object numifying to 1 should fail NegativeNum
ok 60 - Object overloading arrayref should fail NegativeNum
ok 61 - Object overloading hashref should fail NegativeNum
ok 62 - Object overloading coderef should fail NegativeNum
ok 63 - Object booling to false should fail NegativeNum
ok 64 - Object booling to true should fail NegativeNum
1..64
ok
t/21-types/NegativeOrZeroInt.t ...............................
ok 1 - 'NegativeOrZeroInt' isa 'Type::Tiny'
ok 2 - NegativeOrZeroInt has correct name
ok 3 - NegativeOrZeroInt has correct display_name
ok 4 - NegativeOrZeroInt knows it is in the Types::Common::Numeric library
ok 5 - Types::Common::Numeric knows it has type NegativeOrZeroInt
ok 6 - NegativeOrZeroInt is not deprecated
ok 7 - NegativeOrZeroInt is not anonymous
ok 8 - NegativeOrZeroInt can be inlined
ok 9 - Inlining NegativeOrZeroInt doesn't throw an exception
ok 10 - NegativeOrZeroInt doesn't have a coercion
ok 11 - NegativeOrZeroInt isn't parameterizable
ok 12 - NegativeOrZeroInt has a type_default
ok 13 - NegativeOrZeroInt type_default is zero
ok 14 - Undef should fail NegativeOrZeroInt
ok 15 - False should fail NegativeOrZeroInt
ok 16 - True should fail NegativeOrZeroInt
ok 17 - Zero should pass NegativeOrZeroInt
ok 18 - One should fail NegativeOrZeroInt
ok 19 - Negative one should pass NegativeOrZeroInt
ok 20 - Non integer should fail NegativeOrZeroInt
ok 21 - Empty string should fail NegativeOrZeroInt
ok 22 - Whitespace should fail NegativeOrZeroInt
ok 23 - Line break should fail NegativeOrZeroInt
ok 24 - Random string should fail NegativeOrZeroInt
ok 25 - Loaded package name should fail NegativeOrZeroInt
ok 26 - Unloaded package name should fail NegativeOrZeroInt
ok 27 - A reference to undef should fail NegativeOrZeroInt
ok 28 - A reference to false should fail NegativeOrZeroInt
ok 29 - A reference to true should fail NegativeOrZeroInt
ok 30 - A reference to zero should fail NegativeOrZeroInt
ok 31 - A reference to one should fail NegativeOrZeroInt
ok 32 - A reference to empty string should fail NegativeOrZeroInt
ok 33 - A reference to random string should fail NegativeOrZeroInt
ok 34 - Blessed scalarref should fail NegativeOrZeroInt
ok 35 - Empty arrayref should fail NegativeOrZeroInt
ok 36 - Arrayref with one zero should fail NegativeOrZeroInt
ok 37 - Arrayref of integers should fail NegativeOrZeroInt
ok 38 - Arrayref of numbers should fail NegativeOrZeroInt
ok 39 - Blessed arrayref should fail NegativeOrZeroInt
ok 40 - Empty hashref should fail NegativeOrZeroInt
ok 41 - Hashref should fail NegativeOrZeroInt
ok 42 - Blessed hashref should fail NegativeOrZeroInt
ok 43 - Coderef should fail NegativeOrZeroInt
ok 44 - Blessed coderef should fail NegativeOrZeroInt
ok 45 - Glob should fail NegativeOrZeroInt
ok 46 - Globref should fail NegativeOrZeroInt
ok 47 - Blessed globref should fail NegativeOrZeroInt
ok 48 - Regexp should fail NegativeOrZeroInt
ok 49 - Blessed regexp should fail NegativeOrZeroInt
ok 50 - Filehandle should fail NegativeOrZeroInt
ok 51 - Filehandle object should fail NegativeOrZeroInt
ok 52 - Ref to scalarref should fail NegativeOrZeroInt
ok 53 - Ref to arrayref should fail NegativeOrZeroInt
ok 54 - Ref to hashref should fail NegativeOrZeroInt
ok 55 - Ref to coderef should fail NegativeOrZeroInt
ok 56 - Ref to blessed hashref should fail NegativeOrZeroInt
ok 57 - Object stringifying to "" should fail NegativeOrZeroInt
ok 58 - Object stringifying to "1" should fail NegativeOrZeroInt
ok 59 - Object numifying to 0 should fail NegativeOrZeroInt
ok 60 - Object numifying to 1 should fail NegativeOrZeroInt
ok 61 - Object overloading arrayref should fail NegativeOrZeroInt
ok 62 - Object overloading hashref should fail NegativeOrZeroInt
ok 63 - Object overloading coderef should fail NegativeOrZeroInt
ok 64 - Object booling to false should fail NegativeOrZeroInt
ok 65 - Object booling to true should fail NegativeOrZeroInt
1..65
ok
t/21-types/NegativeOrZeroNum.t ...............................
ok 1 - 'NegativeOrZeroNum' isa 'Type::Tiny'
ok 2 - NegativeOrZeroNum has correct name
ok 3 - NegativeOrZeroNum has correct display_name
ok 4 - NegativeOrZeroNum knows it is in the Types::Common::Numeric library
ok 5 - Types::Common::Numeric knows it has type NegativeOrZeroNum
ok 6 - NegativeOrZeroNum is not deprecated
ok 7 - NegativeOrZeroNum is not anonymous
ok 8 - NegativeOrZeroNum can be inlined
ok 9 - Inlining NegativeOrZeroNum doesn't throw an exception
ok 10 - NegativeOrZeroNum doesn't have a coercion
ok 11 - NegativeOrZeroNum isn't parameterizable
ok 12 - NegativeOrZeroNum has a type_default
ok 13 - NegativeOrZeroNum type_default is zero
ok 14 - Undef should fail NegativeOrZeroNum
ok 15 - False should fail NegativeOrZeroNum
ok 16 - True should fail NegativeOrZeroNum
ok 17 - Zero should pass NegativeOrZeroNum
ok 18 - One should fail NegativeOrZeroNum
ok 19 - Negative one should pass NegativeOrZeroNum
ok 20 - Non integer should fail NegativeOrZeroNum
ok 21 - Empty string should fail NegativeOrZeroNum
ok 22 - Whitespace should fail NegativeOrZeroNum
ok 23 - Line break should fail NegativeOrZeroNum
ok 24 - Random string should fail NegativeOrZeroNum
ok 25 - Loaded package name should fail NegativeOrZeroNum
ok 26 - Unloaded package name should fail NegativeOrZeroNum
ok 27 - A reference to undef should fail NegativeOrZeroNum
ok 28 - A reference to false should fail NegativeOrZeroNum
ok 29 - A reference to true should fail NegativeOrZeroNum
ok 30 - A reference to zero should fail NegativeOrZeroNum
ok 31 - A reference to one should fail NegativeOrZeroNum
ok 32 - A reference to empty string should fail NegativeOrZeroNum
ok 33 - A reference to random string should fail NegativeOrZeroNum
ok 34 - Blessed scalarref should fail NegativeOrZeroNum
ok 35 - Empty arrayref should fail NegativeOrZeroNum
ok 36 - Arrayref with one zero should fail NegativeOrZeroNum
ok 37 - Arrayref of integers should fail NegativeOrZeroNum
ok 38 - Arrayref of numbers should fail NegativeOrZeroNum
ok 39 - Blessed arrayref should fail NegativeOrZeroNum
ok 40 - Empty hashref should fail NegativeOrZeroNum
ok 41 - Hashref should fail NegativeOrZeroNum
ok 42 - Blessed hashref should fail NegativeOrZeroNum
ok 43 - Coderef should fail NegativeOrZeroNum
ok 44 - Blessed coderef should fail NegativeOrZeroNum
ok 45 - Glob should fail NegativeOrZeroNum
ok 46 - Globref should fail NegativeOrZeroNum
ok 47 - Blessed globref should fail NegativeOrZeroNum
ok 48 - Regexp should fail NegativeOrZeroNum
ok 49 - Blessed regexp should fail NegativeOrZeroNum
ok 50 - Filehandle should fail NegativeOrZeroNum
ok 51 - Filehandle object should fail NegativeOrZeroNum
ok 52 - Ref to scalarref should fail NegativeOrZeroNum
ok 53 - Ref to arrayref should fail NegativeOrZeroNum
ok 54 - Ref to hashref should fail NegativeOrZeroNum
ok 55 - Ref to coderef should fail NegativeOrZeroNum
ok 56 - Ref to blessed hashref should fail NegativeOrZeroNum
ok 57 - Object stringifying to "" should fail NegativeOrZeroNum
ok 58 - Object stringifying to "1" should fail NegativeOrZeroNum
ok 59 - Object numifying to 0 should fail NegativeOrZeroNum
ok 60 - Object numifying to 1 should fail NegativeOrZeroNum
ok 61 - Object overloading arrayref should fail NegativeOrZeroNum
ok 62 - Object overloading hashref should fail NegativeOrZeroNum
ok 63 - Object overloading coderef should fail NegativeOrZeroNum
ok 64 - Object booling to false should fail NegativeOrZeroNum
ok 65 - Object booling to true should fail NegativeOrZeroNum
1..65
ok
t/21-types/NonEmptySimpleStr.t ...............................
ok 1 - 'NonEmptySimpleStr' isa 'Type::Tiny'
ok 2 - NonEmptySimpleStr has correct name
ok 3 - NonEmptySimpleStr has correct display_name
ok 4 - NonEmptySimpleStr knows it is in the Types::Common::String library
ok 5 - Types::Common::String knows it has type NonEmptySimpleStr
ok 6 - NonEmptySimpleStr is not deprecated
ok 7 - NonEmptySimpleStr is not anonymous
ok 8 - NonEmptySimpleStr can be inlined
ok 9 - Inlining NonEmptySimpleStr doesn't throw an exception
ok 10 - NonEmptySimpleStr doesn't have a coercion
ok 11 - NonEmptySimpleStr isn't parameterizable
ok 12 - NonEmptySimpleStr has no type_default
ok 13 - Undef should fail NonEmptySimpleStr
ok 14 - False should fail NonEmptySimpleStr
ok 15 - True should pass NonEmptySimpleStr
ok 16 - Zero should pass NonEmptySimpleStr
ok 17 - One should pass NonEmptySimpleStr
ok 18 - Negative one should pass NonEmptySimpleStr
ok 19 - Non integer should pass NonEmptySimpleStr
ok 20 - Empty string should fail NonEmptySimpleStr
ok 21 - Whitespace should pass NonEmptySimpleStr
ok 22 - Line break should fail NonEmptySimpleStr
ok 23 - Random string should pass NonEmptySimpleStr
ok 24 - Loaded package name should pass NonEmptySimpleStr
ok 25 - Unloaded package name should pass NonEmptySimpleStr
ok 26 - A reference to undef should fail NonEmptySimpleStr
ok 27 - A reference to false should fail NonEmptySimpleStr
ok 28 - A reference to true should fail NonEmptySimpleStr
ok 29 - A reference to zero should fail NonEmptySimpleStr
ok 30 - A reference to one should fail NonEmptySimpleStr
ok 31 - A reference to empty string should fail NonEmptySimpleStr
ok 32 - A reference to random string should fail NonEmptySimpleStr
ok 33 - Blessed scalarref should fail NonEmptySimpleStr
ok 34 - Empty arrayref should fail NonEmptySimpleStr
ok 35 - Arrayref with one zero should fail NonEmptySimpleStr
ok 36 - Arrayref of integers should fail NonEmptySimpleStr
ok 37 - Arrayref of numbers should fail NonEmptySimpleStr
ok 38 - Blessed arrayref should fail NonEmptySimpleStr
ok 39 - Empty hashref should fail NonEmptySimpleStr
ok 40 - Hashref should fail NonEmptySimpleStr
ok 41 - Blessed hashref should fail NonEmptySimpleStr
ok 42 - Coderef should fail NonEmptySimpleStr
ok 43 - Blessed coderef should fail NonEmptySimpleStr
ok 44 - Glob should fail NonEmptySimpleStr
ok 45 - Globref should fail NonEmptySimpleStr
ok 46 - Blessed globref should fail NonEmptySimpleStr
ok 47 - Regexp should fail NonEmptySimpleStr
ok 48 - Blessed regexp should fail NonEmptySimpleStr
ok 49 - Filehandle should fail NonEmptySimpleStr
ok 50 - Filehandle object should fail NonEmptySimpleStr
ok 51 - Ref to scalarref should fail NonEmptySimpleStr
ok 52 - Ref to arrayref should fail NonEmptySimpleStr
ok 53 - Ref to hashref should fail NonEmptySimpleStr
ok 54 - Ref to coderef should fail NonEmptySimpleStr
ok 55 - Ref to blessed hashref should fail NonEmptySimpleStr
ok 56 - Object stringifying to "" should fail NonEmptySimpleStr
ok 57 - Object stringifying to "1" should fail NonEmptySimpleStr
ok 58 - Object numifying to 0 should fail NonEmptySimpleStr
ok 59 - Object numifying to 1 should fail NonEmptySimpleStr
ok 60 - Object overloading arrayref should fail NonEmptySimpleStr
ok 61 - Object overloading hashref should fail NonEmptySimpleStr
ok 62 - Object overloading coderef should fail NonEmptySimpleStr
ok 63 - Object booling to false should fail NonEmptySimpleStr
ok 64 - Object booling to true should fail NonEmptySimpleStr
1..64
ok
t/21-types/NonEmptyStr.t .....................................
ok 1 - 'NonEmptyStr' isa 'Type::Tiny'
ok 2 - NonEmptyStr has correct name
ok 3 - NonEmptyStr has correct display_name
ok 4 - NonEmptyStr knows it is in the Types::Common::String library
ok 5 - Types::Common::String knows it has type NonEmptyStr
ok 6 - NonEmptyStr is not deprecated
ok 7 - NonEmptyStr is not anonymous
ok 8 - NonEmptyStr can be inlined
ok 9 - Inlining NonEmptyStr doesn't throw an exception
ok 10 - NonEmptyStr doesn't have a coercion
ok 11 - NonEmptyStr isn't parameterizable
ok 12 - NonEmptyStr has no type_default
ok 13 - Undef should fail NonEmptyStr
ok 14 - False should fail NonEmptyStr
ok 15 - True should pass NonEmptyStr
ok 16 - Zero should pass NonEmptyStr
ok 17 - One should pass NonEmptyStr
ok 18 - Negative one should pass NonEmptyStr
ok 19 - Non integer should pass NonEmptyStr
ok 20 - Empty string should fail NonEmptyStr
ok 21 - Whitespace should pass NonEmptyStr
ok 22 - Line break should pass NonEmptyStr
ok 23 - Random string should pass NonEmptyStr
ok 24 - Loaded package name should pass NonEmptyStr
ok 25 - Unloaded package name should pass NonEmptyStr
ok 26 - A reference to undef should fail NonEmptyStr
ok 27 - A reference to false should fail NonEmptyStr
ok 28 - A reference to true should fail NonEmptyStr
ok 29 - A reference to zero should fail NonEmptyStr
ok 30 - A reference to one should fail NonEmptyStr
ok 31 - A reference to empty string should fail NonEmptyStr
ok 32 - A reference to random string should fail NonEmptyStr
ok 33 - Blessed scalarref should fail NonEmptyStr
ok 34 - Empty arrayref should fail NonEmptyStr
ok 35 - Arrayref with one zero should fail NonEmptyStr
ok 36 - Arrayref of integers should fail NonEmptyStr
ok 37 - Arrayref of numbers should fail NonEmptyStr
ok 38 - Blessed arrayref should fail NonEmptyStr
ok 39 - Empty hashref should fail NonEmptyStr
ok 40 - Hashref should fail NonEmptyStr
ok 41 - Blessed hashref should fail NonEmptyStr
ok 42 - Coderef should fail NonEmptyStr
ok 43 - Blessed coderef should fail NonEmptyStr
ok 44 - Glob should fail NonEmptyStr
ok 45 - Globref should fail NonEmptyStr
ok 46 - Blessed globref should fail NonEmptyStr
ok 47 - Regexp should fail NonEmptyStr
ok 48 - Blessed regexp should fail NonEmptyStr
ok 49 - Filehandle should fail NonEmptyStr
ok 50 - Filehandle object should fail NonEmptyStr
ok 51 - Ref to scalarref should fail NonEmptyStr
ok 52 - Ref to arrayref should fail NonEmptyStr
ok 53 - Ref to hashref should fail NonEmptyStr
ok 54 - Ref to coderef should fail NonEmptyStr
ok 55 - Ref to blessed hashref should fail NonEmptyStr
ok 56 - Object stringifying to "" should fail NonEmptyStr
ok 57 - Object stringifying to "1" should fail NonEmptyStr
ok 58 - Object numifying to 0 should fail NonEmptyStr
ok 59 - Object numifying to 1 should fail NonEmptyStr
ok 60 - Object overloading arrayref should fail NonEmptyStr
ok 61 - Object overloading hashref should fail NonEmptyStr
ok 62 - Object overloading coderef should fail NonEmptyStr
ok 63 - Object booling to false should fail NonEmptyStr
ok 64 - Object booling to true should fail NonEmptyStr
1..64
ok
t/21-types/Num.t .............................................
ok 1 - 'Num' isa 'Type::Tiny'
ok 2 - Num has correct name
ok 3 - Num has correct display_name
ok 4 - Num knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type Num
ok 6 - Num is not deprecated
ok 7 - Num is not anonymous
ok 8 - Num can be inlined
ok 9 - Inlining Num doesn't throw an exception
ok 10 - Num doesn't have a coercion
ok 11 - Num isn't parameterizable
ok 12 - Num has a type_default
ok 13 - Num type_default is zero
ok 14 - Undef should fail Num
ok 15 - False should fail Num
ok 16 - True should pass Num
ok 17 - Zero should pass Num
ok 18 - One should pass Num
ok 19 - Negative one should pass Num
ok 20 - Non integer should pass Num
ok 21 - Empty string should fail Num
ok 22 - Whitespace should fail Num
ok 23 - Line break should fail Num
ok 24 - Random string should fail Num
ok 25 - Loaded package name should fail Num
ok 26 - Unloaded package name should fail Num
ok 27 - A reference to undef should fail Num
ok 28 - A reference to false should fail Num
ok 29 - A reference to true should fail Num
ok 30 - A reference to zero should fail Num
ok 31 - A reference to one should fail Num
ok 32 - A reference to empty string should fail Num
ok 33 - A reference to random string should fail Num
ok 34 - Blessed scalarref should fail Num
ok 35 - Empty arrayref should fail Num
ok 36 - Arrayref with one zero should fail Num
ok 37 - Arrayref of integers should fail Num
ok 38 - Arrayref of numbers should fail Num
ok 39 - Blessed arrayref should fail Num
ok 40 - Empty hashref should fail Num
ok 41 - Hashref should fail Num
ok 42 - Blessed hashref should fail Num
ok 43 - Coderef should fail Num
ok 44 - Blessed coderef should fail Num
ok 45 - Glob should fail Num
ok 46 - Globref should fail Num
ok 47 - Blessed globref should fail Num
ok 48 - Regexp should fail Num
ok 49 - Blessed regexp should fail Num
ok 50 - Filehandle should fail Num
ok 51 - Filehandle object should fail Num
ok 52 - Ref to scalarref should fail Num
ok 53 - Ref to arrayref should fail Num
ok 54 - Ref to hashref should fail Num
ok 55 - Ref to coderef should fail Num
ok 56 - Ref to blessed hashref should fail Num
ok 57 - Object stringifying to "" should fail Num
ok 58 - Object stringifying to "1" should fail Num
ok 59 - Object numifying to 0 should fail Num
ok 60 - Object numifying to 1 should fail Num
ok 61 - Object overloading arrayref should fail Num
ok 62 - Object overloading hashref should fail Num
ok 63 - Object overloading coderef should fail Num
ok 64 - Object booling to false should fail Num
ok 65 - Object booling to true should fail Num
1..65
ok
t/21-types/NumericCode.t .....................................
ok 1 - 'NumericCode' isa 'Type::Tiny'
ok 2 - NumericCode has correct name
ok 3 - NumericCode has correct display_name
ok 4 - NumericCode knows it is in the Types::Common::String library
ok 5 - Types::Common::String knows it has type NumericCode
ok 6 - NumericCode is not deprecated
ok 7 - NumericCode is not anonymous
ok 8 - NumericCode can be inlined
ok 9 - Inlining NumericCode doesn't throw an exception
ok 10 - NumericCode has a coercion
ok 11 - NumericCode isn't parameterizable
ok 12 - NumericCode has no type_default
ok 13 - Undef should fail NumericCode
ok 14 - False should fail NumericCode
ok 15 - True should pass NumericCode
ok 16 - Zero should pass NumericCode
ok 17 - One should pass NumericCode
ok 18 - Negative one should fail NumericCode
ok 19 - Non integer should fail NumericCode
ok 20 - Empty string should fail NumericCode
ok 21 - Whitespace should fail NumericCode
ok 22 - Line break should fail NumericCode
ok 23 - Random string should fail NumericCode
ok 24 - Loaded package name should fail NumericCode
ok 25 - Unloaded package name should fail NumericCode
ok 26 - A reference to undef should fail NumericCode
ok 27 - A reference to false should fail NumericCode
ok 28 - A reference to true should fail NumericCode
ok 29 - A reference to zero should fail NumericCode
ok 30 - A reference to one should fail NumericCode
ok 31 - A reference to empty string should fail NumericCode
ok 32 - A reference to random string should fail NumericCode
ok 33 - Blessed scalarref should fail NumericCode
ok 34 - Empty arrayref should fail NumericCode
ok 35 - Arrayref with one zero should fail NumericCode
ok 36 - Arrayref of integers should fail NumericCode
ok 37 - Arrayref of numbers should fail NumericCode
ok 38 - Blessed arrayref should fail NumericCode
ok 39 - Empty hashref should fail NumericCode
ok 40 - Hashref should fail NumericCode
ok 41 - Blessed hashref should fail NumericCode
ok 42 - Coderef should fail NumericCode
ok 43 - Blessed coderef should fail NumericCode
ok 44 - Glob should fail NumericCode
ok 45 - Globref should fail NumericCode
ok 46 - Blessed globref should fail NumericCode
ok 47 - Regexp should fail NumericCode
ok 48 - Blessed regexp should fail NumericCode
ok 49 - Filehandle should fail NumericCode
ok 50 - Filehandle object should fail NumericCode
ok 51 - Ref to scalarref should fail NumericCode
ok 52 - Ref to arrayref should fail NumericCode
ok 53 - Ref to hashref should fail NumericCode
ok 54 - Ref to coderef should fail NumericCode
ok 55 - Ref to blessed hashref should fail NumericCode
ok 56 - Object stringifying to "" should fail NumericCode
ok 57 - Object stringifying to "1" should fail NumericCode
ok 58 - Object numifying to 0 should fail NumericCode
ok 59 - Object numifying to 1 should fail NumericCode
ok 60 - Object overloading arrayref should fail NumericCode
ok 61 - Object overloading hashref should fail NumericCode
ok 62 - Object overloading coderef should fail NumericCode
ok 63 - Object booling to false should fail NumericCode
ok 64 - Object booling to true should fail NumericCode
ok 65 - coercion from string
1..65
ok
t/21-types/NumRange.t ........................................
ok 1 - 'NumRange' isa 'Type::Tiny'
ok 2 - NumRange has correct name
ok 3 - NumRange has correct display_name
ok 4 - NumRange knows it is in the Types::Common::Numeric library
ok 5 - Types::Common::Numeric knows it has type NumRange
ok 6 - NumRange is not deprecated
ok 7 - NumRange is not anonymous
ok 8 - NumRange can be inlined
ok 9 - Inlining NumRange doesn't throw an exception
ok 10 - NumRange doesn't have a coercion
ok 11 - NumRange is parameterizable
ok 12 - NumRange has a type_default
ok 13 - NumRange type_default is zero
ok 14 - Undef should fail NumRange
ok 15 - False should fail NumRange
ok 16 - True should pass NumRange
ok 17 - Zero should pass NumRange
ok 18 - One should pass NumRange
ok 19 - Negative one should pass NumRange
ok 20 - Non integer should pass NumRange
ok 21 - Empty string should fail NumRange
ok 22 - Whitespace should fail NumRange
ok 23 - Line break should fail NumRange
ok 24 - Random string should fail NumRange
ok 25 - Loaded package name should fail NumRange
ok 26 - Unloaded package name should fail NumRange
ok 27 - A reference to undef should fail NumRange
ok 28 - A reference to false should fail NumRange
ok 29 - A reference to true should fail NumRange
ok 30 - A reference to zero should fail NumRange
ok 31 - A reference to one should fail NumRange
ok 32 - A reference to empty string should fail NumRange
ok 33 - A reference to random string should fail NumRange
ok 34 - Blessed scalarref should fail NumRange
ok 35 - Empty arrayref should fail NumRange
ok 36 - Arrayref with one zero should fail NumRange
ok 37 - Arrayref of integers should fail NumRange
ok 38 - Arrayref of numbers should fail NumRange
ok 39 - Blessed arrayref should fail NumRange
ok 40 - Empty hashref should fail NumRange
ok 41 - Hashref should fail NumRange
ok 42 - Blessed hashref should fail NumRange
ok 43 - Coderef should fail NumRange
ok 44 - Blessed coderef should fail NumRange
ok 45 - Glob should fail NumRange
ok 46 - Globref should fail NumRange
ok 47 - Blessed globref should fail NumRange
ok 48 - Regexp should fail NumRange
ok 49 - Blessed regexp should fail NumRange
ok 50 - Filehandle should fail NumRange
ok 51 - Filehandle object should fail NumRange
ok 52 - Ref to scalarref should fail NumRange
ok 53 - Ref to arrayref should fail NumRange
ok 54 - Ref to hashref should fail NumRange
ok 55 - Ref to coderef should fail NumRange
ok 56 - Ref to blessed hashref should fail NumRange
ok 57 - Object stringifying to "" should fail NumRange
ok 58 - Object stringifying to "1" should fail NumRange
ok 59 - Object numifying to 0 should fail NumRange
ok 60 - Object numifying to 1 should fail NumRange
ok 61 - Object overloading arrayref should fail NumRange
ok 62 - Object overloading hashref should fail NumRange
ok 63 - Object overloading coderef should fail NumRange
ok 64 - Object booling to false should fail NumRange
ok 65 - Object booling to true should fail NumRange
ok 66 - Value "-2" fails type constraint NumRange[2]
ok 67 - Value "-1" fails type constraint NumRange[2]
ok 68 - Value "0" fails type constraint NumRange[2]
ok 69 - Value "1" fails type constraint NumRange[2]
ok 70 - Value "2" passes type constraint NumRange[2]
ok 71 - Value "3" passes type constraint NumRange[2]
ok 72 - Value "4" passes type constraint NumRange[2]
ok 73 - Value "5" passes type constraint NumRange[2]
ok 74 - Value "6" passes type constraint NumRange[2]
ok 75 - Value "3.1416" passes type constraint NumRange[2]
ok 76 - Reference [] fails type constraint NumRange[2]
ok 77 - NumRange[2] has no type_default
ok 78 - Value "-2" fails type constraint NumRange[2,4]
ok 79 - Value "-1" fails type constraint NumRange[2,4]
ok 80 - Value "0" fails type constraint NumRange[2,4]
ok 81 - Value "1" fails type constraint NumRange[2,4]
ok 82 - Value "2" passes type constraint NumRange[2,4]
ok 83 - Value "3" passes type constraint NumRange[2,4]
ok 84 - Value "4" passes type constraint NumRange[2,4]
ok 85 - Value "5" fails type constraint NumRange[2,4]
ok 86 - Value "6" fails type constraint NumRange[2,4]
ok 87 - Value "3.1416" passes type constraint NumRange[2,4]
ok 88 - Reference [] fails type constraint NumRange[2,4]
ok 89 - Value "-2" fails type constraint NumRange[2,4,1,1]
ok 90 - Value "-1" fails type constraint NumRange[2,4,1,1]
ok 91 - Value "0" fails type constraint NumRange[2,4,1,1]
ok 92 - Value "1" fails type constraint NumRange[2,4,1,1]
ok 93 - Value "2" fails type constraint NumRange[2,4,1,1]
ok 94 - Value "3" passes type constraint NumRange[2,4,1,1]
ok 95 - Value "4" fails type constraint NumRange[2,4,1,1]
ok 96 - Value "5" fails type constraint NumRange[2,4,1,1]
ok 97 - Value "6" fails type constraint NumRange[2,4,1,1]
ok 98 - Value "3.1416" passes type constraint NumRange[2,4,1,1]
ok 99 - Reference [] fails type constraint NumRange[2,4,1,1]
ok 100 - Value "-2" fails type constraint NumRange["1.5","3.5"]
ok 101 - Value "-1" fails type constraint NumRange["1.5","3.5"]
ok 102 - Value "0" fails type constraint NumRange["1.5","3.5"]
ok 103 - Value "1" fails type constraint NumRange["1.5","3.5"]
ok 104 - Value "2" passes type constraint NumRange["1.5","3.5"]
ok 105 - Value "3" passes type constraint NumRange["1.5","3.5"]
ok 106 - Value "4" fails type constraint NumRange["1.5","3.5"]
ok 107 - Value "5" fails type constraint NumRange["1.5","3.5"]
ok 108 - Value "6" fails type constraint NumRange["1.5","3.5"]
ok 109 - Value "3.1416" passes type constraint NumRange["1.5","3.5"]
ok 110 - Reference [] fails type constraint NumRange["1.5","3.5"]
ok 111 - bad parameter
1..111
ok
t/21-types/Object.t ..........................................
ok 1 - 'Object' isa 'Type::Tiny'
ok 2 - Object has correct name
ok 3 - Object has correct display_name
ok 4 - Object knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type Object
ok 6 - Object is not deprecated
ok 7 - Object is not anonymous
ok 8 - Object can be inlined
ok 9 - Inlining Object doesn't throw an exception
ok 10 - Object doesn't have a coercion
ok 11 - Object isn't parameterizable
ok 12 - Object has no type_default
ok 13 - Undef should fail Object
ok 14 - False should fail Object
ok 15 - True should fail Object
ok 16 - Zero should fail Object
ok 17 - One should fail Object
ok 18 - Negative one should fail Object
ok 19 - Non integer should fail Object
ok 20 - Empty string should fail Object
ok 21 - Whitespace should fail Object
ok 22 - Line break should fail Object
ok 23 - Random string should fail Object
ok 24 - Loaded package name should fail Object
ok 25 - Unloaded package name should fail Object
ok 26 - A reference to undef should fail Object
ok 27 - A reference to false should fail Object
ok 28 - A reference to true should fail Object
ok 29 - A reference to zero should fail Object
ok 30 - A reference to one should fail Object
ok 31 - A reference to empty string should fail Object
ok 32 - A reference to random string should fail Object
ok 33 - Blessed scalarref should pass Object
ok 34 - Empty arrayref should fail Object
ok 35 - Arrayref with one zero should fail Object
ok 36 - Arrayref of integers should fail Object
ok 37 - Arrayref of numbers should fail Object
ok 38 - Blessed arrayref should pass Object
ok 39 - Empty hashref should fail Object
ok 40 - Hashref should fail Object
ok 41 - Blessed hashref should pass Object
ok 42 - Coderef should fail Object
ok 43 - Blessed coderef should pass Object
ok 44 - Glob should fail Object
ok 45 - Globref should fail Object
ok 46 - Blessed globref should pass Object
# UNDEFINED OUTCOME: regexp
ok 47 - Blessed regexp should pass Object
ok 48 - Filehandle should fail Object
ok 49 - Filehandle object should pass Object
ok 50 - Ref to scalarref should fail Object
ok 51 - Ref to arrayref should fail Object
ok 52 - Ref to hashref should fail Object
ok 53 - Ref to coderef should fail Object
ok 54 - Ref to blessed hashref should fail Object
ok 55 - Object stringifying to "" should pass Object
ok 56 - Object stringifying to "1" should pass Object
ok 57 - Object numifying to 0 should pass Object
ok 58 - Object numifying to 1 should pass Object
ok 59 - Object overloading arrayref should pass Object
ok 60 - Object overloading hashref should pass Object
ok 61 - Object overloading coderef should pass Object
ok 62 - Object booling to false should pass Object
ok 63 - Object booling to true should pass Object
ok 64
ok 65 - Reference bless( {"gender" => "f","name" => "Alice"}, 'Local::Person' ) passes type constraint Object
ok 66 - Reference bless( {"gender" => "m","name" => "Bob"}, 'Local::Person' ) passes type constraint Object
ok 67 - Reference bless( {"gender" => "f","name" => "Alice"}, 'Local::Person' ) fails type constraint __ANON__
ok 68 - Reference bless( {"gender" => "m","name" => "Bob"}, 'Local::Person' ) passes type constraint __ANON__
1..68
ok
t/21-types/Optional.t ........................................
ok 1 - 'Optional' isa 'Type::Tiny'
ok 2 - Optional has correct name
ok 3 - Optional has correct display_name
ok 4 - Optional knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type Optional
ok 6 - Optional is not deprecated
ok 7 - Optional is not anonymous
ok 8 - Optional can be inlined
ok 9 - Inlining Optional doesn't throw an exception
ok 10 - Optional doesn't have a coercion
ok 11 - Optional is parameterizable
ok 12 - Optional has a type_default
ok 13 - Optional type_default is undef
ok 14 - Undef should pass Optional
ok 15 - False should pass Optional
ok 16 - True should pass Optional
ok 17 - Zero should pass Optional
ok 18 - One should pass Optional
ok 19 - Negative one should pass Optional
ok 20 - Non integer should pass Optional
ok 21 - Empty string should pass Optional
ok 22 - Whitespace should pass Optional
ok 23 - Line break should pass Optional
ok 24 - Random string should pass Optional
ok 25 - Loaded package name should pass Optional
ok 26 - Unloaded package name should pass Optional
ok 27 - A reference to undef should pass Optional
ok 28 - A reference to false should pass Optional
ok 29 - A reference to true should pass Optional
ok 30 - A reference to zero should pass Optional
ok 31 - A reference to one should pass Optional
ok 32 - A reference to empty string should pass Optional
ok 33 - A reference to random string should pass Optional
ok 34 - Blessed scalarref should pass Optional
ok 35 - Empty arrayref should pass Optional
ok 36 - Arrayref with one zero should pass Optional
ok 37 - Arrayref of integers should pass Optional
ok 38 - Arrayref of numbers should pass Optional
ok 39 - Blessed arrayref should pass Optional
ok 40 - Empty hashref should pass Optional
ok 41 - Hashref should pass Optional
ok 42 - Blessed hashref should pass Optional
ok 43 - Coderef should pass Optional
ok 44 - Blessed coderef should pass Optional
ok 45 - Glob should pass Optional
ok 46 - Globref should pass Optional
ok 47 - Blessed globref should pass Optional
ok 48 - Regexp should pass Optional
ok 49 - Blessed regexp should pass Optional
ok 50 - Filehandle should pass Optional
ok 51 - Filehandle object should pass Optional
ok 52 - Ref to scalarref should pass Optional
ok 53 - Ref to arrayref should pass Optional
ok 54 - Ref to hashref should pass Optional
ok 55 - Ref to coderef should pass Optional
ok 56 - Ref to blessed hashref should pass Optional
ok 57 - Object stringifying to "" should pass Optional
ok 58 - Object stringifying to "1" should pass Optional
ok 59 - Object numifying to 0 should pass Optional
ok 60 - Object numifying to 1 should pass Optional
ok 61 - Object overloading arrayref should pass Optional
ok 62 - Object overloading hashref should pass Optional
ok 63 - Object overloading coderef should pass Optional
ok 64 - Object booling to false should pass Optional
ok 65 - Object booling to true should pass Optional
ok 66 - Value "0" passes type constraint Optional[Int]
ok 67 - Value "1" passes type constraint Optional[Int]
ok 68 - Value "1.1" fails type constraint Optional[Int]
ok 69 - Undef fails type constraint Optional[Int]
ok 70 - Optional[Int] has a type_default
ok 71 - Optional[Int] type_default is zero, because of Int's type_default
ok 72
ok 73
ok 74
ok 75
ok 76
ok 77
ok 78
ok 79
ok 80
ok 81
ok 82
ok 83
1..83
ok
t/21-types/OptList.t .........................................
ok 1 - 'OptList' isa 'Type::Tiny'
ok 2 - OptList has correct name
ok 3 - OptList has correct display_name
ok 4 - OptList knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type OptList
ok 6 - OptList is not deprecated
ok 7 - OptList is not anonymous
ok 8 - OptList can be inlined
ok 9 - Inlining OptList doesn't throw an exception
ok 10 - OptList doesn't have a coercion
ok 11 - OptList isn't parameterizable
ok 12 - OptList has a type_default
ok 13 - OptList type_default is []
ok 14 - Undef should fail OptList
ok 15 - False should fail OptList
ok 16 - True should fail OptList
ok 17 - Zero should fail OptList
ok 18 - One should fail OptList
ok 19 - Negative one should fail OptList
ok 20 - Non integer should fail OptList
ok 21 - Empty string should fail OptList
ok 22 - Whitespace should fail OptList
ok 23 - Line break should fail OptList
ok 24 - Random string should fail OptList
ok 25 - Loaded package name should fail OptList
ok 26 - Unloaded package name should fail OptList
ok 27 - A reference to undef should fail OptList
ok 28 - A reference to false should fail OptList
ok 29 - A reference to true should fail OptList
ok 30 - A reference to zero should fail OptList
ok 31 - A reference to one should fail OptList
ok 32 - A reference to empty string should fail OptList
ok 33 - A reference to random string should fail OptList
ok 34 - Blessed scalarref should fail OptList
ok 35 - Empty arrayref should pass OptList
ok 36 - Arrayref with one zero should fail OptList
ok 37 - Arrayref of integers should fail OptList
ok 38 - Arrayref of numbers should fail OptList
ok 39 - Blessed arrayref should fail OptList
ok 40 - Empty hashref should fail OptList
ok 41 - Hashref should fail OptList
ok 42 - Blessed hashref should fail OptList
ok 43 - Coderef should fail OptList
ok 44 - Blessed coderef should fail OptList
ok 45 - Glob should fail OptList
ok 46 - Globref should fail OptList
ok 47 - Blessed globref should fail OptList
ok 48 - Regexp should fail OptList
ok 49 - Blessed regexp should fail OptList
ok 50 - Filehandle should fail OptList
ok 51 - Filehandle object should fail OptList
ok 52 - Ref to scalarref should fail OptList
ok 53 - Ref to arrayref should fail OptList
ok 54 - Ref to hashref should fail OptList
ok 55 - Ref to coderef should fail OptList
ok 56 - Ref to blessed hashref should fail OptList
ok 57 - Object stringifying to "" should fail OptList
ok 58 - Object stringifying to "1" should fail OptList
ok 59 - Object numifying to 0 should fail OptList
ok 60 - Object numifying to 1 should fail OptList
ok 61 - Object overloading arrayref should fail OptList
ok 62 - Object overloading hashref should fail OptList
ok 63 - Object overloading coderef should fail OptList
ok 64 - Object booling to false should fail OptList
ok 65 - Object booling to true should fail OptList
1..65
ok
t/21-types/Overload.t ........................................
ok 1 - 'Overload' isa 'Type::Tiny'
ok 2 - Overload has correct name
ok 3 - Overload has correct display_name
ok 4 - Overload knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type Overload
ok 6 - Overload is not deprecated
ok 7 - Overload is not anonymous
ok 8 - Overload can be inlined
ok 9 - Inlining Overload doesn't throw an exception
ok 10 - Overload doesn't have a coercion
ok 11 - Overload is parameterizable
ok 12 - Overload has no type_default
ok 13 - Undef should fail Overload
ok 14 - False should fail Overload
ok 15 - True should fail Overload
ok 16 - Zero should fail Overload
ok 17 - One should fail Overload
ok 18 - Negative one should fail Overload
ok 19 - Non integer should fail Overload
ok 20 - Empty string should fail Overload
ok 21 - Whitespace should fail Overload
ok 22 - Line break should fail Overload
ok 23 - Random string should fail Overload
ok 24 - Loaded package name should fail Overload
ok 25 - Unloaded package name should fail Overload
ok 26 - A reference to undef should fail Overload
ok 27 - A reference to false should fail Overload
ok 28 - A reference to true should fail Overload
ok 29 - A reference to zero should fail Overload
ok 30 - A reference to one should fail Overload
ok 31 - A reference to empty string should fail Overload
ok 32 - A reference to random string should fail Overload
ok 33 - Blessed scalarref should fail Overload
ok 34 - Empty arrayref should fail Overload
ok 35 - Arrayref with one zero should fail Overload
ok 36 - Arrayref of integers should fail Overload
ok 37 - Arrayref of numbers should fail Overload
ok 38 - Blessed arrayref should fail Overload
ok 39 - Empty hashref should fail Overload
ok 40 - Hashref should fail Overload
ok 41 - Blessed hashref should fail Overload
ok 42 - Coderef should fail Overload
ok 43 - Blessed coderef should fail Overload
ok 44 - Glob should fail Overload
ok 45 - Globref should fail Overload
ok 46 - Blessed globref should fail Overload
ok 47 - Regexp should fail Overload
ok 48 - Blessed regexp should fail Overload
ok 49 - Filehandle should fail Overload
ok 50 - Filehandle object should fail Overload
ok 51 - Ref to scalarref should fail Overload
ok 52 - Ref to arrayref should fail Overload
ok 53 - Ref to hashref should fail Overload
ok 54 - Ref to coderef should fail Overload
ok 55 - Ref to blessed hashref should fail Overload
ok 56 - Object stringifying to "" should pass Overload
ok 57 - Object stringifying to "1" should pass Overload
ok 58 - Object numifying to 0 should pass Overload
ok 59 - Object numifying to 1 should pass Overload
ok 60 - Object overloading arrayref should pass Overload
ok 61 - Object overloading hashref should pass Overload
ok 62 - Object overloading coderef should pass Overload
ok 63 - Object booling to false should pass Overload
ok 64 - Object booling to true should pass Overload
ok 65 - Reference bless( {"_overload_coderef" => sub { "DUMMY" },"_overrides_a...) passes type constraint Overload["&{}"]
ok 66 - Reference bless( {"_overload_coderef" => sub { "DUMMY" },"_overrides_a...) passes type constraint Overload["\"\""]
ok 67 - Reference bless( {"_overload_coderef" => sub { "DUMMY" },"_overrides_a...) fails type constraint Overload["\${}"]
ok 68 - Reference bless( {"_overload_coderef" => sub { "DUMMY" },"_overrides_a...) passes type constraint Overload["&{}","\"\""]
ok 69 - Reference bless( {"_overload_coderef" => sub { "DUMMY" },"_overrides_a...) fails type constraint Overload["\"\"","\${}"]
ok 70 - Reference bless( {"_overload_coderef" => sub { "DUMMY" },"_overrides_a...) fails type constraint Overload["&{}","\${}"]
ok 71 - Reference bless( do{\(my $o = 42)}, 'Local::OL::NoFallback' ) passes type constraint Overload["0+"]
ok 72 - Reference bless( do{\(my $o = 42)}, 'Local::OL::WithFallback' ) passes type constraint Overload["0+"]
ok 73 - Reference bless( do{\(my $o = 42)}, 'Local::OL::NoFallback' ) fails type constraint Overload["+"]
ok 74 - Reference bless( do{\(my $o = 42)}, 'Local::OL::WithFallback' ) fails type constraint Overload["+"]
1..74
ok
t/21-types/Password.t ........................................
ok 1 - 'Password' isa 'Type::Tiny'
ok 2 - Password has correct name
ok 3 - Password has correct display_name
ok 4 - Password knows it is in the Types::Common::String library
ok 5 - Types::Common::String knows it has type Password
ok 6 - Password is not deprecated
ok 7 - Password is not anonymous
ok 8 - Password can be inlined
ok 9 - Inlining Password doesn't throw an exception
ok 10 - Password doesn't have a coercion
ok 11 - Password isn't parameterizable
ok 12 - Password has no type_default
ok 13 - Undef should fail Password
ok 14 - False should fail Password
ok 15 - True should fail Password
ok 16 - Zero should fail Password
ok 17 - One should fail Password
ok 18 - Negative one should fail Password
ok 19 - Non integer should pass Password
ok 20 - Empty string should fail Password
ok 21 - Whitespace should fail Password
ok 22 - Line break should fail Password
ok 23 - Random string should pass Password
ok 24 - Loaded package name should pass Password
ok 25 - Unloaded package name should pass Password
ok 26 - A reference to undef should fail Password
ok 27 - A reference to false should fail Password
ok 28 - A reference to true should fail Password
ok 29 - A reference to zero should fail Password
ok 30 - A reference to one should fail Password
ok 31 - A reference to empty string should fail Password
ok 32 - A reference to random string should fail Password
ok 33 - Blessed scalarref should fail Password
ok 34 - Empty arrayref should fail Password
ok 35 - Arrayref with one zero should fail Password
ok 36 - Arrayref of integers should fail Password
ok 37 - Arrayref of numbers should fail Password
ok 38 - Blessed arrayref should fail Password
ok 39 - Empty hashref should fail Password
ok 40 - Hashref should fail Password
ok 41 - Blessed hashref should fail Password
ok 42 - Coderef should fail Password
ok 43 - Blessed coderef should fail Password
ok 44 - Glob should fail Password
ok 45 - Globref should fail Password
ok 46 - Blessed globref should fail Password
ok 47 - Regexp should fail Password
ok 48 - Blessed regexp should fail Password
ok 49 - Filehandle should fail Password
ok 50 - Filehandle object should fail Password
ok 51 - Ref to scalarref should fail Password
ok 52 - Ref to arrayref should fail Password
ok 53 - Ref to hashref should fail Password
ok 54 - Ref to coderef should fail Password
ok 55 - Ref to blessed hashref should fail Password
ok 56 - Object stringifying to "" should fail Password
ok 57 - Object stringifying to "1" should fail Password
ok 58 - Object numifying to 0 should fail Password
ok 59 - Object numifying to 1 should fail Password
ok 60 - Object overloading arrayref should fail Password
ok 61 - Object overloading hashref should fail Password
ok 62 - Object overloading coderef should fail Password
ok 63 - Object booling to false should fail Password
ok 64 - Object booling to true should fail Password
1..64
ok
t/21-types/PositiveInt.t .....................................
ok 1 - 'PositiveInt' isa 'Type::Tiny'
ok 2 - PositiveInt has correct name
ok 3 - PositiveInt has correct display_name
ok 4 - PositiveInt knows it is in the Types::Common::Numeric library
ok 5 - Types::Common::Numeric knows it has type PositiveInt
ok 6 - PositiveInt is not deprecated
ok 7 - PositiveInt is not anonymous
ok 8 - PositiveInt can be inlined
ok 9 - Inlining PositiveInt doesn't throw an exception
ok 10 - PositiveInt doesn't have a coercion
ok 11 - PositiveInt isn't parameterizable
ok 12 - PositiveInt has no type_default
ok 13 - Undef should fail PositiveInt
ok 14 - False should fail PositiveInt
ok 15 - True should pass PositiveInt
ok 16 - Zero should fail PositiveInt
ok 17 - One should pass PositiveInt
ok 18 - Negative one should fail PositiveInt
ok 19 - Non integer should fail PositiveInt
ok 20 - Empty string should fail PositiveInt
ok 21 - Whitespace should fail PositiveInt
ok 22 - Line break should fail PositiveInt
ok 23 - Random string should fail PositiveInt
ok 24 - Loaded package name should fail PositiveInt
ok 25 - Unloaded package name should fail PositiveInt
ok 26 - A reference to undef should fail PositiveInt
ok 27 - A reference to false should fail PositiveInt
ok 28 - A reference to true should fail PositiveInt
ok 29 - A reference to zero should fail PositiveInt
ok 30 - A reference to one should fail PositiveInt
ok 31 - A reference to empty string should fail PositiveInt
ok 32 - A reference to random string should fail PositiveInt
ok 33 - Blessed scalarref should fail PositiveInt
ok 34 - Empty arrayref should fail PositiveInt
ok 35 - Arrayref with one zero should fail PositiveInt
ok 36 - Arrayref of integers should fail PositiveInt
ok 37 - Arrayref of numbers should fail PositiveInt
ok 38 - Blessed arrayref should fail PositiveInt
ok 39 - Empty hashref should fail PositiveInt
ok 40 - Hashref should fail PositiveInt
ok 41 - Blessed hashref should fail PositiveInt
ok 42 - Coderef should fail PositiveInt
ok 43 - Blessed coderef should fail PositiveInt
ok 44 - Glob should fail PositiveInt
ok 45 - Globref should fail PositiveInt
ok 46 - Blessed globref should fail PositiveInt
ok 47 - Regexp should fail PositiveInt
ok 48 - Blessed regexp should fail PositiveInt
ok 49 - Filehandle should fail PositiveInt
ok 50 - Filehandle object should fail PositiveInt
ok 51 - Ref to scalarref should fail PositiveInt
ok 52 - Ref to arrayref should fail PositiveInt
ok 53 - Ref to hashref should fail PositiveInt
ok 54 - Ref to coderef should fail PositiveInt
ok 55 - Ref to blessed hashref should fail PositiveInt
ok 56 - Object stringifying to "" should fail PositiveInt
ok 57 - Object stringifying to "1" should fail PositiveInt
ok 58 - Object numifying to 0 should fail PositiveInt
ok 59 - Object numifying to 1 should fail PositiveInt
ok 60 - Object overloading arrayref should fail PositiveInt
ok 61 - Object overloading hashref should fail PositiveInt
ok 62 - Object overloading coderef should fail PositiveInt
ok 63 - Object booling to false should fail PositiveInt
ok 64 - Object booling to true should fail PositiveInt
1..64
ok
t/21-types/PositiveNum.t .....................................
ok 1 - 'PositiveNum' isa 'Type::Tiny'
ok 2 - PositiveNum has correct name
ok 3 - PositiveNum has correct display_name
ok 4 - PositiveNum knows it is in the Types::Common::Numeric library
ok 5 - Types::Common::Numeric knows it has type PositiveNum
ok 6 - PositiveNum is not deprecated
ok 7 - PositiveNum is not anonymous
ok 8 - PositiveNum can be inlined
ok 9 - Inlining PositiveNum doesn't throw an exception
ok 10 - PositiveNum doesn't have a coercion
ok 11 - PositiveNum isn't parameterizable
ok 12 - PositiveNum has no type_default
ok 13 - Undef should fail PositiveNum
ok 14 - False should fail PositiveNum
ok 15 - True should pass PositiveNum
ok 16 - Zero should fail PositiveNum
ok 17 - One should pass PositiveNum
ok 18 - Negative one should fail PositiveNum
ok 19 - Non integer should pass PositiveNum
ok 20 - Empty string should fail PositiveNum
ok 21 - Whitespace should fail PositiveNum
ok 22 - Line break should fail PositiveNum
ok 23 - Random string should fail PositiveNum
ok 24 - Loaded package name should fail PositiveNum
ok 25 - Unloaded package name should fail PositiveNum
ok 26 - A reference to undef should fail PositiveNum
ok 27 - A reference to false should fail PositiveNum
ok 28 - A reference to true should fail PositiveNum
ok 29 - A reference to zero should fail PositiveNum
ok 30 - A reference to one should fail PositiveNum
ok 31 - A reference to empty string should fail PositiveNum
ok 32 - A reference to random string should fail PositiveNum
ok 33 - Blessed scalarref should fail PositiveNum
ok 34 - Empty arrayref should fail PositiveNum
ok 35 - Arrayref with one zero should fail PositiveNum
ok 36 - Arrayref of integers should fail PositiveNum
ok 37 - Arrayref of numbers should fail PositiveNum
ok 38 - Blessed arrayref should fail PositiveNum
ok 39 - Empty hashref should fail PositiveNum
ok 40 - Hashref should fail PositiveNum
ok 41 - Blessed hashref should fail PositiveNum
ok 42 - Coderef should fail PositiveNum
ok 43 - Blessed coderef should fail PositiveNum
ok 44 - Glob should fail PositiveNum
ok 45 - Globref should fail PositiveNum
ok 46 - Blessed globref should fail PositiveNum
ok 47 - Regexp should fail PositiveNum
ok 48 - Blessed regexp should fail PositiveNum
ok 49 - Filehandle should fail PositiveNum
ok 50 - Filehandle object should fail PositiveNum
ok 51 - Ref to scalarref should fail PositiveNum
ok 52 - Ref to arrayref should fail PositiveNum
ok 53 - Ref to hashref should fail PositiveNum
ok 54 - Ref to coderef should fail PositiveNum
ok 55 - Ref to blessed hashref should fail PositiveNum
ok 56 - Object stringifying to "" should fail PositiveNum
ok 57 - Object stringifying to "1" should fail PositiveNum
ok 58 - Object numifying to 0 should fail PositiveNum
ok 59 - Object numifying to 1 should fail PositiveNum
ok 60 - Object overloading arrayref should fail PositiveNum
ok 61 - Object overloading hashref should fail PositiveNum
ok 62 - Object overloading coderef should fail PositiveNum
ok 63 - Object booling to false should fail PositiveNum
ok 64 - Object booling to true should fail PositiveNum
1..64
ok
t/21-types/PositiveOrZeroInt.t ...............................
ok 1 - 'PositiveOrZeroInt' isa 'Type::Tiny'
ok 2 - PositiveOrZeroInt has correct name
ok 3 - PositiveOrZeroInt has correct display_name
ok 4 - PositiveOrZeroInt knows it is in the Types::Common::Numeric library
ok 5 - Types::Common::Numeric knows it has type PositiveOrZeroInt
ok 6 - PositiveOrZeroInt is not deprecated
ok 7 - PositiveOrZeroInt is not anonymous
ok 8 - PositiveOrZeroInt can be inlined
ok 9 - Inlining PositiveOrZeroInt doesn't throw an exception
ok 10 - PositiveOrZeroInt doesn't have a coercion
ok 11 - PositiveOrZeroInt isn't parameterizable
ok 12 - PositiveOrZeroInt has a type_default
ok 13 - PositiveOrZeroInt type_default is zero
ok 14 - Undef should fail PositiveOrZeroInt
ok 15 - False should fail PositiveOrZeroInt
ok 16 - True should pass PositiveOrZeroInt
ok 17 - Zero should pass PositiveOrZeroInt
ok 18 - One should pass PositiveOrZeroInt
ok 19 - Negative one should fail PositiveOrZeroInt
ok 20 - Non integer should fail PositiveOrZeroInt
ok 21 - Empty string should fail PositiveOrZeroInt
ok 22 - Whitespace should fail PositiveOrZeroInt
ok 23 - Line break should fail PositiveOrZeroInt
ok 24 - Random string should fail PositiveOrZeroInt
ok 25 - Loaded package name should fail PositiveOrZeroInt
ok 26 - Unloaded package name should fail PositiveOrZeroInt
ok 27 - A reference to undef should fail PositiveOrZeroInt
ok 28 - A reference to false should fail PositiveOrZeroInt
ok 29 - A reference to true should fail PositiveOrZeroInt
ok 30 - A reference to zero should fail PositiveOrZeroInt
ok 31 - A reference to one should fail PositiveOrZeroInt
ok 32 - A reference to empty string should fail PositiveOrZeroInt
ok 33 - A reference to random string should fail PositiveOrZeroInt
ok 34 - Blessed scalarref should fail PositiveOrZeroInt
ok 35 - Empty arrayref should fail PositiveOrZeroInt
ok 36 - Arrayref with one zero should fail PositiveOrZeroInt
ok 37 - Arrayref of integers should fail PositiveOrZeroInt
ok 38 - Arrayref of numbers should fail PositiveOrZeroInt
ok 39 - Blessed arrayref should fail PositiveOrZeroInt
ok 40 - Empty hashref should fail PositiveOrZeroInt
ok 41 - Hashref should fail PositiveOrZeroInt
ok 42 - Blessed hashref should fail PositiveOrZeroInt
ok 43 - Coderef should fail PositiveOrZeroInt
ok 44 - Blessed coderef should fail PositiveOrZeroInt
ok 45 - Glob should fail PositiveOrZeroInt
ok 46 - Globref should fail PositiveOrZeroInt
ok 47 - Blessed globref should fail PositiveOrZeroInt
ok 48 - Regexp should fail PositiveOrZeroInt
ok 49 - Blessed regexp should fail PositiveOrZeroInt
ok 50 - Filehandle should fail PositiveOrZeroInt
ok 51 - Filehandle object should fail PositiveOrZeroInt
ok 52 - Ref to scalarref should fail PositiveOrZeroInt
ok 53 - Ref to arrayref should fail PositiveOrZeroInt
ok 54 - Ref to hashref should fail PositiveOrZeroInt
ok 55 - Ref to coderef should fail PositiveOrZeroInt
ok 56 - Ref to blessed hashref should fail PositiveOrZeroInt
ok 57 - Object stringifying to "" should fail PositiveOrZeroInt
ok 58 - Object stringifying to "1" should fail PositiveOrZeroInt
ok 59 - Object numifying to 0 should fail PositiveOrZeroInt
ok 60 - Object numifying to 1 should fail PositiveOrZeroInt
ok 61 - Object overloading arrayref should fail PositiveOrZeroInt
ok 62 - Object overloading hashref should fail PositiveOrZeroInt
ok 63 - Object overloading coderef should fail PositiveOrZeroInt
ok 64 - Object booling to false should fail PositiveOrZeroInt
ok 65 - Object booling to true should fail PositiveOrZeroInt
1..65
ok
t/21-types/PositiveOrZeroNum.t ...............................
ok 1 - 'PositiveOrZeroNum' isa 'Type::Tiny'
ok 2 - PositiveOrZeroNum has correct name
ok 3 - PositiveOrZeroNum has correct display_name
ok 4 - PositiveOrZeroNum knows it is in the Types::Common::Numeric library
ok 5 - Types::Common::Numeric knows it has type PositiveOrZeroNum
ok 6 - PositiveOrZeroNum is not deprecated
ok 7 - PositiveOrZeroNum is not anonymous
ok 8 - PositiveOrZeroNum can be inlined
ok 9 - Inlining PositiveOrZeroNum doesn't throw an exception
ok 10 - PositiveOrZeroNum doesn't have a coercion
ok 11 - PositiveOrZeroNum isn't parameterizable
ok 12 - PositiveOrZeroNum has a type_default
ok 13 - PositiveOrZeroNum type_default is zero
ok 14 - Undef should fail PositiveOrZeroNum
ok 15 - False should fail PositiveOrZeroNum
ok 16 - True should pass PositiveOrZeroNum
ok 17 - Zero should pass PositiveOrZeroNum
ok 18 - One should pass PositiveOrZeroNum
ok 19 - Negative one should fail PositiveOrZeroNum
ok 20 - Non integer should pass PositiveOrZeroNum
ok 21 - Empty string should fail PositiveOrZeroNum
ok 22 - Whitespace should fail PositiveOrZeroNum
ok 23 - Line break should fail PositiveOrZeroNum
ok 24 - Random string should fail PositiveOrZeroNum
ok 25 - Loaded package name should fail PositiveOrZeroNum
ok 26 - Unloaded package name should fail PositiveOrZeroNum
ok 27 - A reference to undef should fail PositiveOrZeroNum
ok 28 - A reference to false should fail PositiveOrZeroNum
ok 29 - A reference to true should fail PositiveOrZeroNum
ok 30 - A reference to zero should fail PositiveOrZeroNum
ok 31 - A reference to one should fail PositiveOrZeroNum
ok 32 - A reference to empty string should fail PositiveOrZeroNum
ok 33 - A reference to random string should fail PositiveOrZeroNum
ok 34 - Blessed scalarref should fail PositiveOrZeroNum
ok 35 - Empty arrayref should fail PositiveOrZeroNum
ok 36 - Arrayref with one zero should fail PositiveOrZeroNum
ok 37 - Arrayref of integers should fail PositiveOrZeroNum
ok 38 - Arrayref of numbers should fail PositiveOrZeroNum
ok 39 - Blessed arrayref should fail PositiveOrZeroNum
ok 40 - Empty hashref should fail PositiveOrZeroNum
ok 41 - Hashref should fail PositiveOrZeroNum
ok 42 - Blessed hashref should fail PositiveOrZeroNum
ok 43 - Coderef should fail PositiveOrZeroNum
ok 44 - Blessed coderef should fail PositiveOrZeroNum
ok 45 - Glob should fail PositiveOrZeroNum
ok 46 - Globref should fail PositiveOrZeroNum
ok 47 - Blessed globref should fail PositiveOrZeroNum
ok 48 - Regexp should fail PositiveOrZeroNum
ok 49 - Blessed regexp should fail PositiveOrZeroNum
ok 50 - Filehandle should fail PositiveOrZeroNum
ok 51 - Filehandle object should fail PositiveOrZeroNum
ok 52 - Ref to scalarref should fail PositiveOrZeroNum
ok 53 - Ref to arrayref should fail PositiveOrZeroNum
ok 54 - Ref to hashref should fail PositiveOrZeroNum
ok 55 - Ref to coderef should fail PositiveOrZeroNum
ok 56 - Ref to blessed hashref should fail PositiveOrZeroNum
ok 57 - Object stringifying to "" should fail PositiveOrZeroNum
ok 58 - Object stringifying to "1" should fail PositiveOrZeroNum
ok 59 - Object numifying to 0 should fail PositiveOrZeroNum
ok 60 - Object numifying to 1 should fail PositiveOrZeroNum
ok 61 - Object overloading arrayref should fail PositiveOrZeroNum
ok 62 - Object overloading hashref should fail PositiveOrZeroNum
ok 63 - Object overloading coderef should fail PositiveOrZeroNum
ok 64 - Object booling to false should fail PositiveOrZeroNum
ok 65 - Object booling to true should fail PositiveOrZeroNum
1..65
ok
t/21-types/Ref.t .............................................
ok 1 - 'Ref' isa 'Type::Tiny'
ok 2 - Ref has correct name
ok 3 - Ref has correct display_name
ok 4 - Ref knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type Ref
ok 6 - Ref is not deprecated
ok 7 - Ref is not anonymous
ok 8 - Ref can be inlined
ok 9 - Inlining Ref doesn't throw an exception
ok 10 - Ref doesn't have a coercion
ok 11 - Ref is parameterizable
ok 12 - Ref has no type_default
ok 13 - Undef should fail Ref
ok 14 - False should fail Ref
ok 15 - True should fail Ref
ok 16 - Zero should fail Ref
ok 17 - One should fail Ref
ok 18 - Negative one should fail Ref
ok 19 - Non integer should fail Ref
ok 20 - Empty string should fail Ref
ok 21 - Whitespace should fail Ref
ok 22 - Line break should fail Ref
ok 23 - Random string should fail Ref
ok 24 - Loaded package name should fail Ref
ok 25 - Unloaded package name should fail Ref
ok 26 - A reference to undef should pass Ref
ok 27 - A reference to false should pass Ref
ok 28 - A reference to true should pass Ref
ok 29 - A reference to zero should pass Ref
ok 30 - A reference to one should pass Ref
ok 31 - A reference to empty string should pass Ref
ok 32 - A reference to random string should pass Ref
ok 33 - Blessed scalarref should pass Ref
ok 34 - Empty arrayref should pass Ref
ok 35 - Arrayref with one zero should pass Ref
ok 36 - Arrayref of integers should pass Ref
ok 37 - Arrayref of numbers should pass Ref
ok 38 - Blessed arrayref should pass Ref
ok 39 - Empty hashref should pass Ref
ok 40 - Hashref should pass Ref
ok 41 - Blessed hashref should pass Ref
ok 42 - Coderef should pass Ref
ok 43 - Blessed coderef should pass Ref
ok 44 - Glob should fail Ref
ok 45 - Globref should pass Ref
ok 46 - Blessed globref should pass Ref
ok 47 - Regexp should pass Ref
ok 48 - Blessed regexp should pass Ref
ok 49 - Filehandle should pass Ref
ok 50 - Filehandle object should pass Ref
ok 51 - Ref to scalarref should pass Ref
ok 52 - Ref to arrayref should pass Ref
ok 53 - Ref to hashref should pass Ref
ok 54 - Ref to coderef should pass Ref
ok 55 - Ref to blessed hashref should pass Ref
ok 56 - Object stringifying to "" should pass Ref
ok 57 - Object stringifying to "1" should pass Ref
ok 58 - Object numifying to 0 should pass Ref
ok 59 - Object numifying to 1 should pass Ref
ok 60 - Object overloading arrayref should pass Ref
ok 61 - Object overloading hashref should pass Ref
ok 62 - Object overloading coderef should pass Ref
ok 63 - Object booling to false should pass Ref
ok 64 - Object booling to true should pass Ref
# == Ref[ARRAY] ==
ok 65 - '$type' isa 'Type::Tiny'
ok 66 - $type is not anonymous
ok 67 - $type can be inlined
ok 68 - Inlining $type doesn't throw an exception
ok 69 - $type doesn't have a coercion
ok 70 - $type isn't parameterizable
ok 71 - $type is parameterized
ok 72 - $type's parent is Ref
ok 73 - Reference [] passes type constraint Ref[ARRAY]
ok 74 - Reference bless( [], 'Foo' ) passes type constraint Ref[ARRAY]
ok 75 - Reference sub { "DUMMY" } fails type constraint Ref[ARRAY]
ok 76 - Reference bless( sub { "DUMMY" }, 'Foo' ) fails type constraint Ref[ARRAY]
ok 77 - Reference \*::BLEH fails type constraint Ref[ARRAY]
ok 78 - Reference bless( \*::BLEH2, 'Foo' ) fails type constraint Ref[ARRAY]
ok 79 - Reference {} fails type constraint Ref[ARRAY]
ok 80 - Reference bless( {}, 'Foo' ) fails type constraint Ref[ARRAY]
ok 81 - Reference \undef fails type constraint Ref[ARRAY]
ok 82 - Reference bless( do{\(my $o = undef)}, 'Foo' ) fails type constraint Ref[ARRAY]
# == Ref[CODE] ==
ok 83 - '$type' isa 'Type::Tiny'
ok 84 - $type is not anonymous
ok 85 - $type can be inlined
ok 86 - Inlining $type doesn't throw an exception
ok 87 - $type doesn't have a coercion
ok 88 - $type isn't parameterizable
ok 89 - $type is parameterized
ok 90 - $type's parent is Ref
ok 91 - Reference [] fails type constraint Ref[CODE]
ok 92 - Reference bless( [], 'Foo' ) fails type constraint Ref[CODE]
ok 93 - Reference sub { "DUMMY" } passes type constraint Ref[CODE]
ok 94 - Reference bless( sub { "DUMMY" }, 'Foo' ) passes type constraint Ref[CODE]
ok 95 - Reference \*::BLEH fails type constraint Ref[CODE]
ok 96 - Reference bless( \*::BLEH2, 'Foo' ) fails type constraint Ref[CODE]
ok 97 - Reference {} fails type constraint Ref[CODE]
ok 98 - Reference bless( {}, 'Foo' ) fails type constraint Ref[CODE]
ok 99 - Reference \undef fails type constraint Ref[CODE]
ok 100 - Reference bless( do{\(my $o = undef)}, 'Foo' ) fails type constraint Ref[CODE]
# == Ref[GLOB] ==
ok 101 - '$type' isa 'Type::Tiny'
ok 102 - $type is not anonymous
ok 103 - $type can be inlined
ok 104 - Inlining $type doesn't throw an exception
ok 105 - $type doesn't have a coercion
ok 106 - $type isn't parameterizable
ok 107 - $type is parameterized
ok 108 - $type's parent is Ref
ok 109 - Reference [] fails type constraint Ref[GLOB]
ok 110 - Reference bless( [], 'Foo' ) fails type constraint Ref[GLOB]
ok 111 - Reference sub { "DUMMY" } fails type constraint Ref[GLOB]
ok 112 - Reference bless( sub { "DUMMY" }, 'Foo' ) fails type constraint Ref[GLOB]
ok 113 - Reference \*::BLEH passes type constraint Ref[GLOB]
ok 114 - Reference bless( \*::BLEH2, 'Foo' ) passes type constraint Ref[GLOB]
ok 115 - Reference {} fails type constraint Ref[GLOB]
ok 116 - Reference bless( {}, 'Foo' ) fails type constraint Ref[GLOB]
ok 117 - Reference \undef fails type constraint Ref[GLOB]
ok 118 - Reference bless( do{\(my $o = undef)}, 'Foo' ) fails type constraint Ref[GLOB]
# == Ref[HASH] ==
ok 119 - '$type' isa 'Type::Tiny'
ok 120 - $type is not anonymous
ok 121 - $type can be inlined
ok 122 - Inlining $type doesn't throw an exception
ok 123 - $type doesn't have a coercion
ok 124 - $type isn't parameterizable
ok 125 - $type is parameterized
ok 126 - $type's parent is Ref
ok 127 - Reference [] fails type constraint Ref[HASH]
ok 128 - Reference bless( [], 'Foo' ) fails type constraint Ref[HASH]
ok 129 - Reference sub { "DUMMY" } fails type constraint Ref[HASH]
ok 130 - Reference bless( sub { "DUMMY" }, 'Foo' ) fails type constraint Ref[HASH]
ok 131 - Reference \*::BLEH fails type constraint Ref[HASH]
ok 132 - Reference bless( \*::BLEH2, 'Foo' ) fails type constraint Ref[HASH]
ok 133 - Reference {} passes type constraint Ref[HASH]
ok 134 - Reference bless( {}, 'Foo' ) passes type constraint Ref[HASH]
ok 135 - Reference \undef fails type constraint Ref[HASH]
ok 136 - Reference bless( do{\(my $o = undef)}, 'Foo' ) fails type constraint Ref[HASH]
# == Ref[SCALAR] ==
ok 137 - '$type' isa 'Type::Tiny'
ok 138 - $type is not anonymous
ok 139 - $type can be inlined
ok 140 - Inlining $type doesn't throw an exception
ok 141 - $type doesn't have a coercion
ok 142 - $type isn't parameterizable
ok 143 - $type is parameterized
ok 144 - $type's parent is Ref
ok 145 - Reference [] fails type constraint Ref[SCALAR]
ok 146 - Reference bless( [], 'Foo' ) fails type constraint Ref[SCALAR]
ok 147 - Reference sub { "DUMMY" } fails type constraint Ref[SCALAR]
ok 148 - Reference bless( sub { "DUMMY" }, 'Foo' ) fails type constraint Ref[SCALAR]
ok 149 - Reference \*::BLEH fails type constraint Ref[SCALAR]
ok 150 - Reference bless( \*::BLEH2, 'Foo' ) fails type constraint Ref[SCALAR]
ok 151 - Reference {} fails type constraint Ref[SCALAR]
ok 152 - Reference bless( {}, 'Foo' ) fails type constraint Ref[SCALAR]
ok 153 - Reference \undef passes type constraint Ref[SCALAR]
ok 154 - Reference bless( do{\(my $o = undef)}, 'Foo' ) passes type constraint Ref[SCALAR]
1..154
ok
t/21-types/RegexpRef.t .......................................
ok 1 - 'RegexpRef' isa 'Type::Tiny'
ok 2 - RegexpRef has correct name
ok 3 - RegexpRef has correct display_name
ok 4 - RegexpRef knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type RegexpRef
ok 6 - RegexpRef is not deprecated
ok 7 - RegexpRef is not anonymous
ok 8 - RegexpRef can be inlined
ok 9 - Inlining RegexpRef doesn't throw an exception
ok 10 - RegexpRef doesn't have a coercion
ok 11 - RegexpRef isn't parameterizable
ok 12 - RegexpRef has a type_default
ok 13 - RegexpRef type_default is qr//
ok 14 - Undef should fail RegexpRef
ok 15 - False should fail RegexpRef
ok 16 - True should fail RegexpRef
ok 17 - Zero should fail RegexpRef
ok 18 - One should fail RegexpRef
ok 19 - Negative one should fail RegexpRef
ok 20 - Non integer should fail RegexpRef
ok 21 - Empty string should fail RegexpRef
ok 22 - Whitespace should fail RegexpRef
ok 23 - Line break should fail RegexpRef
ok 24 - Random string should fail RegexpRef
ok 25 - Loaded package name should fail RegexpRef
ok 26 - Unloaded package name should fail RegexpRef
ok 27 - A reference to undef should fail RegexpRef
ok 28 - A reference to false should fail RegexpRef
ok 29 - A reference to true should fail RegexpRef
ok 30 - A reference to zero should fail RegexpRef
ok 31 - A reference to one should fail RegexpRef
ok 32 - A reference to empty string should fail RegexpRef
ok 33 - A reference to random string should fail RegexpRef
ok 34 - Blessed scalarref should fail RegexpRef
ok 35 - Empty arrayref should fail RegexpRef
ok 36 - Arrayref with one zero should fail RegexpRef
ok 37 - Arrayref of integers should fail RegexpRef
ok 38 - Arrayref of numbers should fail RegexpRef
ok 39 - Blessed arrayref should fail RegexpRef
ok 40 - Empty hashref should fail RegexpRef
ok 41 - Hashref should fail RegexpRef
ok 42 - Blessed hashref should fail RegexpRef
ok 43 - Coderef should fail RegexpRef
ok 44 - Blessed coderef should fail RegexpRef
ok 45 - Glob should fail RegexpRef
ok 46 - Globref should fail RegexpRef
ok 47 - Blessed globref should fail RegexpRef
ok 48 - Regexp should pass RegexpRef
ok 49 - Blessed regexp should pass RegexpRef
ok 50 - Filehandle should fail RegexpRef
ok 51 - Filehandle object should fail RegexpRef
ok 52 - Ref to scalarref should fail RegexpRef
ok 53 - Ref to arrayref should fail RegexpRef
ok 54 - Ref to hashref should fail RegexpRef
ok 55 - Ref to coderef should fail RegexpRef
ok 56 - Ref to blessed hashref should fail RegexpRef
ok 57 - Object stringifying to "" should fail RegexpRef
ok 58 - Object stringifying to "1" should fail RegexpRef
ok 59 - Object numifying to 0 should fail RegexpRef
ok 60 - Object numifying to 1 should fail RegexpRef
ok 61 - Object overloading arrayref should fail RegexpRef
ok 62 - Object overloading hashref should fail RegexpRef
ok 63 - Object overloading coderef should fail RegexpRef
ok 64 - Object booling to false should fail RegexpRef
ok 65 - Object booling to true should fail RegexpRef
1..65
ok
t/21-types/RoleName.t ........................................
ok 1 - 'RoleName' isa 'Type::Tiny'
ok 2 - RoleName has correct name
ok 3 - RoleName has correct display_name
ok 4 - RoleName knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type RoleName
ok 6 - RoleName is not deprecated
ok 7 - RoleName is not anonymous
ok 8 - RoleName can be inlined
ok 9 - Inlining RoleName doesn't throw an exception
ok 10 - RoleName doesn't have a coercion
ok 11 - RoleName isn't parameterizable
ok 12 - RoleName has no type_default
ok 13 - Undef should fail RoleName
ok 14 - False should fail RoleName
ok 15 - True should fail RoleName
ok 16 - Zero should fail RoleName
ok 17 - One should fail RoleName
ok 18 - Negative one should fail RoleName
ok 19 - Non integer should fail RoleName
ok 20 - Empty string should fail RoleName
ok 21 - Whitespace should fail RoleName
ok 22 - Line break should fail RoleName
ok 23 - Random string should fail RoleName
ok 24 - Loaded package name should fail RoleName
ok 25 - Unloaded package name should fail RoleName
ok 26 - A reference to undef should fail RoleName
ok 27 - A reference to false should fail RoleName
ok 28 - A reference to true should fail RoleName
ok 29 - A reference to zero should fail RoleName
ok 30 - A reference to one should fail RoleName
ok 31 - A reference to empty string should fail RoleName
ok 32 - A reference to random string should fail RoleName
ok 33 - Blessed scalarref should fail RoleName
ok 34 - Empty arrayref should fail RoleName
ok 35 - Arrayref with one zero should fail RoleName
ok 36 - Arrayref of integers should fail RoleName
ok 37 - Arrayref of numbers should fail RoleName
ok 38 - Blessed arrayref should fail RoleName
ok 39 - Empty hashref should fail RoleName
ok 40 - Hashref should fail RoleName
ok 41 - Blessed hashref should fail RoleName
ok 42 - Coderef should fail RoleName
ok 43 - Blessed coderef should fail RoleName
ok 44 - Glob should fail RoleName
ok 45 - Globref should fail RoleName
ok 46 - Blessed globref should fail RoleName
ok 47 - Regexp should fail RoleName
ok 48 - Blessed regexp should fail RoleName
ok 49 - Filehandle should fail RoleName
ok 50 - Filehandle object should fail RoleName
ok 51 - Ref to scalarref should fail RoleName
ok 52 - Ref to arrayref should fail RoleName
ok 53 - Ref to hashref should fail RoleName
ok 54 - Ref to coderef should fail RoleName
ok 55 - Ref to blessed hashref should fail RoleName
ok 56 - Object stringifying to "" should fail RoleName
ok 57 - Object stringifying to "1" should fail RoleName
ok 58 - Object numifying to 0 should fail RoleName
ok 59 - Object numifying to 1 should fail RoleName
ok 60 - Object overloading arrayref should fail RoleName
ok 61 - Object overloading hashref should fail RoleName
ok 62 - Object overloading coderef should fail RoleName
ok 63 - Object booling to false should fail RoleName
ok 64 - Object booling to true should fail RoleName
ok 65 - Value "Local::Role::RoleTiny" passes type constraint RoleName
ok 66 - Value "Local::Role::MooRole" passes type constraint RoleName
ok 67 - Value "Local::Role::MooseRole" passes type constraint RoleName
ok 68 - Value "Local::Role::MouseRole" passes type constraint RoleName
ok 69 - Value "Local::Class::Moo" fails type constraint RoleName
ok 70 - Value "Local::Class::Moose" fails type constraint RoleName
ok 71 - Value "Local::Class::Mouse" fails type constraint RoleName
1..71
ok
t/21-types/ScalarRef.t .......................................
ok 1 - 'ScalarRef' isa 'Type::Tiny'
ok 2 - ScalarRef has correct name
ok 3 - ScalarRef has correct display_name
ok 4 - ScalarRef knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type ScalarRef
ok 6 - ScalarRef is not deprecated
ok 7 - ScalarRef is not anonymous
ok 8 - ScalarRef can be inlined
ok 9 - Inlining ScalarRef doesn't throw an exception
ok 10 - ScalarRef doesn't have a coercion
ok 11 - ScalarRef is parameterizable
ok 12 - ScalarRef has a type_default
ok 13 - ScalarRef type_default is a reference to undef
ok 14 - Undef should fail ScalarRef
ok 15 - False should fail ScalarRef
ok 16 - True should fail ScalarRef
ok 17 - Zero should fail ScalarRef
ok 18 - One should fail ScalarRef
ok 19 - Negative one should fail ScalarRef
ok 20 - Non integer should fail ScalarRef
ok 21 - Empty string should fail ScalarRef
ok 22 - Whitespace should fail ScalarRef
ok 23 - Line break should fail ScalarRef
ok 24 - Random string should fail ScalarRef
ok 25 - Loaded package name should fail ScalarRef
ok 26 - Unloaded package name should fail ScalarRef
ok 27 - A reference to undef should pass ScalarRef
ok 28 - A reference to false should pass ScalarRef
ok 29 - A reference to true should pass ScalarRef
ok 30 - A reference to zero should pass ScalarRef
ok 31 - A reference to one should pass ScalarRef
ok 32 - A reference to empty string should pass ScalarRef
ok 33 - A reference to random string should pass ScalarRef
ok 34 - Blessed scalarref should fail ScalarRef
ok 35 - Empty arrayref should fail ScalarRef
ok 36 - Arrayref with one zero should fail ScalarRef
ok 37 - Arrayref of integers should fail ScalarRef
ok 38 - Arrayref of numbers should fail ScalarRef
ok 39 - Blessed arrayref should fail ScalarRef
ok 40 - Empty hashref should fail ScalarRef
ok 41 - Hashref should fail ScalarRef
ok 42 - Blessed hashref should fail ScalarRef
ok 43 - Coderef should fail ScalarRef
ok 44 - Blessed coderef should fail ScalarRef
ok 45 - Glob should fail ScalarRef
ok 46 - Globref should fail ScalarRef
ok 47 - Blessed globref should fail ScalarRef
ok 48 - Regexp should fail ScalarRef
ok 49 - Blessed regexp should fail ScalarRef
ok 50 - Filehandle should fail ScalarRef
ok 51 - Filehandle object should fail ScalarRef
ok 52 - Ref to scalarref should pass ScalarRef
ok 53 - Ref to arrayref should pass ScalarRef
ok 54 - Ref to hashref should pass ScalarRef
ok 55 - Ref to coderef should pass ScalarRef
ok 56 - Ref to blessed hashref should pass ScalarRef
ok 57 - Object stringifying to "" should fail ScalarRef
ok 58 - Object stringifying to "1" should fail ScalarRef
ok 59 - Object numifying to 0 should fail ScalarRef
ok 60 - Object numifying to 1 should fail ScalarRef
ok 61 - Object overloading arrayref should fail ScalarRef
ok 62 - Object overloading hashref should fail ScalarRef
ok 63 - Object overloading coderef should fail ScalarRef
ok 64 - Object booling to false should fail ScalarRef
ok 65 - Object booling to true should fail ScalarRef
ok 66 - parameterizing with [] has no effect
ok 67 - Reference \1 passes type constraint ScalarRef[Int]
ok 68 - Reference \"1.2" fails type constraint ScalarRef[Int]
ok 69 - Reference \"abc" fails type constraint ScalarRef[Int]
ok 70 - Reference \1 passes type constraint ScalarRef[Int]
ok 71 - Reference \"1.2" fails type constraint ScalarRef[Int]
ok 72 - Reference \"abc" fails type constraint ScalarRef[Int]
ok 73
ok 74
ok 75 - Reference \[] passes type constraint ScalarRef[ArrayRef[Int]]
ok 76 - Reference \[1] passes type constraint ScalarRef[ArrayRef[Int]]
ok 77 - Reference \["1.2"] fails type constraint ScalarRef[ArrayRef[Int]]
ok 78 - Reference \["abc"] fails type constraint ScalarRef[ArrayRef[Int]]
ok 79 - Reference [] fails type constraint ScalarRef[ArrayRef[Int]]
ok 80 - Reference [1] fails type constraint ScalarRef[ArrayRef[Int]]
ok 81 - Reference ["1.2"] fails type constraint ScalarRef[ArrayRef[Int]]
ok 82 - Reference ["abc"] fails type constraint ScalarRef[ArrayRef[Int]]
ok 83
ok 84
1..84
ok
t/21-types/SimpleStr.t .......................................
ok 1 - 'SimpleStr' isa 'Type::Tiny'
ok 2 - SimpleStr has correct name
ok 3 - SimpleStr has correct display_name
ok 4 - SimpleStr knows it is in the Types::Common::String library
ok 5 - Types::Common::String knows it has type SimpleStr
ok 6 - SimpleStr is not deprecated
ok 7 - SimpleStr is not anonymous
ok 8 - SimpleStr can be inlined
ok 9 - Inlining SimpleStr doesn't throw an exception
ok 10 - SimpleStr doesn't have a coercion
ok 11 - SimpleStr isn't parameterizable
ok 12 - SimpleStr has a type_default
ok 13 - SimpleStr type_default is the empty string
ok 14 - Undef should fail SimpleStr
ok 15 - False should pass SimpleStr
ok 16 - True should pass SimpleStr
ok 17 - Zero should pass SimpleStr
ok 18 - One should pass SimpleStr
ok 19 - Negative one should pass SimpleStr
ok 20 - Non integer should pass SimpleStr
ok 21 - Empty string should pass SimpleStr
ok 22 - Whitespace should pass SimpleStr
ok 23 - Line break should fail SimpleStr
ok 24 - Random string should pass SimpleStr
ok 25 - Loaded package name should pass SimpleStr
ok 26 - Unloaded package name should pass SimpleStr
ok 27 - A reference to undef should fail SimpleStr
ok 28 - A reference to false should fail SimpleStr
ok 29 - A reference to true should fail SimpleStr
ok 30 - A reference to zero should fail SimpleStr
ok 31 - A reference to one should fail SimpleStr
ok 32 - A reference to empty string should fail SimpleStr
ok 33 - A reference to random string should fail SimpleStr
ok 34 - Blessed scalarref should fail SimpleStr
ok 35 - Empty arrayref should fail SimpleStr
ok 36 - Arrayref with one zero should fail SimpleStr
ok 37 - Arrayref of integers should fail SimpleStr
ok 38 - Arrayref of numbers should fail SimpleStr
ok 39 - Blessed arrayref should fail SimpleStr
ok 40 - Empty hashref should fail SimpleStr
ok 41 - Hashref should fail SimpleStr
ok 42 - Blessed hashref should fail SimpleStr
ok 43 - Coderef should fail SimpleStr
ok 44 - Blessed coderef should fail SimpleStr
ok 45 - Glob should fail SimpleStr
ok 46 - Globref should fail SimpleStr
ok 47 - Blessed globref should fail SimpleStr
ok 48 - Regexp should fail SimpleStr
ok 49 - Blessed regexp should fail SimpleStr
ok 50 - Filehandle should fail SimpleStr
ok 51 - Filehandle object should fail SimpleStr
ok 52 - Ref to scalarref should fail SimpleStr
ok 53 - Ref to arrayref should fail SimpleStr
ok 54 - Ref to hashref should fail SimpleStr
ok 55 - Ref to coderef should fail SimpleStr
ok 56 - Ref to blessed hashref should fail SimpleStr
ok 57 - Object stringifying to "" should fail SimpleStr
ok 58 - Object stringifying to "1" should fail SimpleStr
ok 59 - Object numifying to 0 should fail SimpleStr
ok 60 - Object numifying to 1 should fail SimpleStr
ok 61 - Object overloading arrayref should fail SimpleStr
ok 62 - Object overloading hashref should fail SimpleStr
ok 63 - Object overloading coderef should fail SimpleStr
ok 64 - Object booling to false should fail SimpleStr
ok 65 - Object booling to true should fail SimpleStr
1..65
ok
t/21-types/SingleDigit.t .....................................
ok 1 - 'SingleDigit' isa 'Type::Tiny'
ok 2 - SingleDigit has correct name
ok 3 - SingleDigit has correct display_name
ok 4 - SingleDigit knows it is in the Types::Common::Numeric library
ok 5 - Types::Common::Numeric knows it has type SingleDigit
ok 6 - SingleDigit is not deprecated
ok 7 - SingleDigit is not anonymous
ok 8 - SingleDigit can be inlined
ok 9 - Inlining SingleDigit doesn't throw an exception
ok 10 - SingleDigit doesn't have a coercion
ok 11 - SingleDigit isn't parameterizable
ok 12 - SingleDigit has a type_default
ok 13 - SingleDigit type_default is zero
ok 14 - Undef should fail SingleDigit
ok 15 - False should fail SingleDigit
ok 16 - True should pass SingleDigit
ok 17 - Zero should pass SingleDigit
ok 18 - One should pass SingleDigit
ok 19 - Negative one should pass SingleDigit
ok 20 - Non integer should fail SingleDigit
ok 21 - Empty string should fail SingleDigit
ok 22 - Whitespace should fail SingleDigit
ok 23 - Line break should fail SingleDigit
ok 24 - Random string should fail SingleDigit
ok 25 - Loaded package name should fail SingleDigit
ok 26 - Unloaded package name should fail SingleDigit
ok 27 - A reference to undef should fail SingleDigit
ok 28 - A reference to false should fail SingleDigit
ok 29 - A reference to true should fail SingleDigit
ok 30 - A reference to zero should fail SingleDigit
ok 31 - A reference to one should fail SingleDigit
ok 32 - A reference to empty string should fail SingleDigit
ok 33 - A reference to random string should fail SingleDigit
ok 34 - Blessed scalarref should fail SingleDigit
ok 35 - Empty arrayref should fail SingleDigit
ok 36 - Arrayref with one zero should fail SingleDigit
ok 37 - Arrayref of integers should fail SingleDigit
ok 38 - Arrayref of numbers should fail SingleDigit
ok 39 - Blessed arrayref should fail SingleDigit
ok 40 - Empty hashref should fail SingleDigit
ok 41 - Hashref should fail SingleDigit
ok 42 - Blessed hashref should fail SingleDigit
ok 43 - Coderef should fail SingleDigit
ok 44 - Blessed coderef should fail SingleDigit
ok 45 - Glob should fail SingleDigit
ok 46 - Globref should fail SingleDigit
ok 47 - Blessed globref should fail SingleDigit
ok 48 - Regexp should fail SingleDigit
ok 49 - Blessed regexp should fail SingleDigit
ok 50 - Filehandle should fail SingleDigit
ok 51 - Filehandle object should fail SingleDigit
ok 52 - Ref to scalarref should fail SingleDigit
ok 53 - Ref to arrayref should fail SingleDigit
ok 54 - Ref to hashref should fail SingleDigit
ok 55 - Ref to coderef should fail SingleDigit
ok 56 - Ref to blessed hashref should fail SingleDigit
ok 57 - Object stringifying to "" should fail SingleDigit
ok 58 - Object stringifying to "1" should fail SingleDigit
ok 59 - Object numifying to 0 should fail SingleDigit
ok 60 - Object numifying to 1 should fail SingleDigit
ok 61 - Object overloading arrayref should fail SingleDigit
ok 62 - Object overloading hashref should fail SingleDigit
ok 63 - Object overloading coderef should fail SingleDigit
ok 64 - Object booling to false should fail SingleDigit
ok 65 - Object booling to true should fail SingleDigit
1..65
ok
t/21-types/Slurpy.t ..........................................
ok 1 - 'Slurpy' isa 'Type::Tiny'
ok 2 - Slurpy has correct name
ok 3 - Slurpy has correct display_name
ok 4 - Slurpy knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type Slurpy
ok 6 - Slurpy is not deprecated
ok 7 - Slurpy is not anonymous
ok 8 - Slurpy can be inlined
ok 9 - Inlining Slurpy doesn't throw an exception
ok 10 - Slurpy doesn't have a coercion
ok 11 - Slurpy is parameterizable
ok 12 - Slurpy has a type_default
ok 13 - Slurpy type_default is undef
ok 14 - Undef should pass Slurpy
ok 15 - False should pass Slurpy
ok 16 - True should pass Slurpy
ok 17 - Zero should pass Slurpy
ok 18 - One should pass Slurpy
ok 19 - Negative one should pass Slurpy
ok 20 - Non integer should pass Slurpy
ok 21 - Empty string should pass Slurpy
ok 22 - Whitespace should pass Slurpy
ok 23 - Line break should pass Slurpy
ok 24 - Random string should pass Slurpy
ok 25 - Loaded package name should pass Slurpy
ok 26 - Unloaded package name should pass Slurpy
ok 27 - A reference to undef should pass Slurpy
ok 28 - A reference to false should pass Slurpy
ok 29 - A reference to true should pass Slurpy
ok 30 - A reference to zero should pass Slurpy
ok 31 - A reference to one should pass Slurpy
ok 32 - A reference to empty string should pass Slurpy
ok 33 - A reference to random string should pass Slurpy
ok 34 - Blessed scalarref should pass Slurpy
ok 35 - Empty arrayref should pass Slurpy
ok 36 - Arrayref with one zero should pass Slurpy
ok 37 - Arrayref of integers should pass Slurpy
ok 38 - Arrayref of numbers should pass Slurpy
ok 39 - Blessed arrayref should pass Slurpy
ok 40 - Empty hashref should pass Slurpy
ok 41 - Hashref should pass Slurpy
ok 42 - Blessed hashref should pass Slurpy
ok 43 - Coderef should pass Slurpy
ok 44 - Blessed coderef should pass Slurpy
ok 45 - Glob should pass Slurpy
ok 46 - Globref should pass Slurpy
ok 47 - Blessed globref should pass Slurpy
ok 48 - Regexp should pass Slurpy
ok 49 - Blessed regexp should pass Slurpy
ok 50 - Filehandle should pass Slurpy
ok 51 - Filehandle object should pass Slurpy
ok 52 - Ref to scalarref should pass Slurpy
ok 53 - Ref to arrayref should pass Slurpy
ok 54 - Ref to hashref should pass Slurpy
ok 55 - Ref to coderef should pass Slurpy
ok 56 - Ref to blessed hashref should pass Slurpy
ok 57 - Object stringifying to "" should pass Slurpy
ok 58 - Object stringifying to "1" should pass Slurpy
ok 59 - Object numifying to 0 should pass Slurpy
ok 60 - Object numifying to 1 should pass Slurpy
ok 61 - Object overloading arrayref should pass Slurpy
ok 62 - Object overloading hashref should pass Slurpy
ok 63 - Object overloading coderef should pass Slurpy
ok 64 - Object booling to false should pass Slurpy
ok 65 - Object booling to true should pass Slurpy
ok 66 - Undef should fail Slurpy[CodeRef]
ok 67 - False should fail Slurpy[CodeRef]
ok 68 - True should fail Slurpy[CodeRef]
ok 69 - Zero should fail Slurpy[CodeRef]
ok 70 - One should fail Slurpy[CodeRef]
ok 71 - Negative one should fail Slurpy[CodeRef]
ok 72 - Non integer should fail Slurpy[CodeRef]
ok 73 - Empty string should fail Slurpy[CodeRef]
ok 74 - Whitespace should fail Slurpy[CodeRef]
ok 75 - Line break should fail Slurpy[CodeRef]
ok 76 - Random string should fail Slurpy[CodeRef]
ok 77 - Loaded package name should fail Slurpy[CodeRef]
ok 78 - Unloaded package name should fail Slurpy[CodeRef]
ok 79 - A reference to undef should fail Slurpy[CodeRef]
ok 80 - A reference to false should fail Slurpy[CodeRef]
ok 81 - A reference to true should fail Slurpy[CodeRef]
ok 82 - A reference to zero should fail Slurpy[CodeRef]
ok 83 - A reference to one should fail Slurpy[CodeRef]
ok 84 - A reference to empty string should fail Slurpy[CodeRef]
ok 85 - A reference to random string should fail Slurpy[CodeRef]
ok 86 - Blessed scalarref should fail Slurpy[CodeRef]
ok 87 - Empty arrayref should fail Slurpy[CodeRef]
ok 88 - Arrayref with one zero should fail Slurpy[CodeRef]
ok 89 - Arrayref of integers should fail Slurpy[CodeRef]
ok 90 - Arrayref of numbers should fail Slurpy[CodeRef]
ok 91 - Blessed arrayref should fail Slurpy[CodeRef]
ok 92 - Empty hashref should fail Slurpy[CodeRef]
ok 93 - Hashref should fail Slurpy[CodeRef]
ok 94 - Blessed hashref should fail Slurpy[CodeRef]
ok 95 - Coderef should pass Slurpy[CodeRef]
ok 96 - Blessed coderef should fail Slurpy[CodeRef]
ok 97 - Glob should fail Slurpy[CodeRef]
ok 98 - Globref should fail Slurpy[CodeRef]
ok 99 - Blessed globref should fail Slurpy[CodeRef]
ok 100 - Regexp should fail Slurpy[CodeRef]
ok 101 - Blessed regexp should fail Slurpy[CodeRef]
ok 102 - Filehandle should fail Slurpy[CodeRef]
ok 103 - Filehandle object should fail Slurpy[CodeRef]
ok 104 - Ref to scalarref should fail Slurpy[CodeRef]
ok 105 - Ref to arrayref should fail Slurpy[CodeRef]
ok 106 - Ref to hashref should fail Slurpy[CodeRef]
ok 107 - Ref to coderef should fail Slurpy[CodeRef]
ok 108 - Ref to blessed hashref should fail Slurpy[CodeRef]
ok 109 - Slurpy[HashRef] has a type_default
ok 110 - Slurpy[HashRef] type_default is {}
ok 111 - Slurpy[Defined] has no type_default
ok 112
ok 113
ok 114
ok 115
ok 116
ok 117
ok 118
1..118
ok
t/21-types/Str.t .............................................
ok 1 - 'Str' isa 'Type::Tiny'
ok 2 - Str has correct name
ok 3 - Str has correct display_name
ok 4 - Str knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type Str
ok 6 - Str is not deprecated
ok 7 - Str is not anonymous
ok 8 - Str can be inlined
ok 9 - Inlining Str doesn't throw an exception
ok 10 - Str doesn't have a coercion
ok 11 - Str isn't parameterizable
ok 12 - Str has a type_default
ok 13 - Str type_default is the empty string
ok 14 - Undef should fail Str
ok 15 - False should pass Str
ok 16 - True should pass Str
ok 17 - Zero should pass Str
ok 18 - One should pass Str
ok 19 - Negative one should pass Str
ok 20 - Non integer should pass Str
ok 21 - Empty string should pass Str
ok 22 - Whitespace should pass Str
ok 23 - Line break should pass Str
ok 24 - Random string should pass Str
ok 25 - Loaded package name should pass Str
ok 26 - Unloaded package name should pass Str
ok 27 - A reference to undef should fail Str
ok 28 - A reference to false should fail Str
ok 29 - A reference to true should fail Str
ok 30 - A reference to zero should fail Str
ok 31 - A reference to one should fail Str
ok 32 - A reference to empty string should fail Str
ok 33 - A reference to random string should fail Str
ok 34 - Blessed scalarref should fail Str
ok 35 - Empty arrayref should fail Str
ok 36 - Arrayref with one zero should fail Str
ok 37 - Arrayref of integers should fail Str
ok 38 - Arrayref of numbers should fail Str
ok 39 - Blessed arrayref should fail Str
ok 40 - Empty hashref should fail Str
ok 41 - Hashref should fail Str
ok 42 - Blessed hashref should fail Str
ok 43 - Coderef should fail Str
ok 44 - Blessed coderef should fail Str
ok 45 - Glob should fail Str
ok 46 - Globref should fail Str
ok 47 - Blessed globref should fail Str
ok 48 - Regexp should fail Str
ok 49 - Blessed regexp should fail Str
ok 50 - Filehandle should fail Str
ok 51 - Filehandle object should fail Str
ok 52 - Ref to scalarref should fail Str
ok 53 - Ref to arrayref should fail Str
ok 54 - Ref to hashref should fail Str
ok 55 - Ref to coderef should fail Str
ok 56 - Ref to blessed hashref should fail Str
ok 57 - Object stringifying to "" should fail Str
ok 58 - Object stringifying to "1" should fail Str
ok 59 - Object numifying to 0 should fail Str
ok 60 - Object numifying to 1 should fail Str
ok 61 - Object overloading arrayref should fail Str
ok 62 - Object overloading hashref should fail Str
ok 63 - Object overloading coderef should fail Str
ok 64 - Object booling to false should fail Str
ok 65 - Object booling to true should fail Str
ok 66 - String sorting
1..66
ok
t/21-types/StrictNum.t .......................................
ok 1 - 'StrictNum' isa 'Type::Tiny'
ok 2 - StrictNum has correct name
ok 3 - StrictNum has correct display_name
ok 4 - StrictNum knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type StrictNum
ok 6 - StrictNum is not deprecated
ok 7 - StrictNum is not anonymous
ok 8 - StrictNum can be inlined
ok 9 - Inlining StrictNum doesn't throw an exception
ok 10 - StrictNum doesn't have a coercion
ok 11 - StrictNum isn't parameterizable
ok 12 - StrictNum has a type_default
ok 13 - StrictNum type_default is zero
ok 14 - Undef should fail StrictNum
ok 15 - False should fail StrictNum
ok 16 - True should pass StrictNum
ok 17 - Zero should pass StrictNum
ok 18 - One should pass StrictNum
ok 19 - Negative one should pass StrictNum
ok 20 - Non integer should pass StrictNum
ok 21 - Empty string should fail StrictNum
ok 22 - Whitespace should fail StrictNum
ok 23 - Line break should fail StrictNum
ok 24 - Random string should fail StrictNum
ok 25 - Loaded package name should fail StrictNum
ok 26 - Unloaded package name should fail StrictNum
ok 27 - A reference to undef should fail StrictNum
ok 28 - A reference to false should fail StrictNum
ok 29 - A reference to true should fail StrictNum
ok 30 - A reference to zero should fail StrictNum
ok 31 - A reference to one should fail StrictNum
ok 32 - A reference to empty string should fail StrictNum
ok 33 - A reference to random string should fail StrictNum
ok 34 - Blessed scalarref should fail StrictNum
ok 35 - Empty arrayref should fail StrictNum
ok 36 - Arrayref with one zero should fail StrictNum
ok 37 - Arrayref of integers should fail StrictNum
ok 38 - Arrayref of numbers should fail StrictNum
ok 39 - Blessed arrayref should fail StrictNum
ok 40 - Empty hashref should fail StrictNum
ok 41 - Hashref should fail StrictNum
ok 42 - Blessed hashref should fail StrictNum
ok 43 - Coderef should fail StrictNum
ok 44 - Blessed coderef should fail StrictNum
ok 45 - Glob should fail StrictNum
ok 46 - Globref should fail StrictNum
ok 47 - Blessed globref should fail StrictNum
ok 48 - Regexp should fail StrictNum
ok 49 - Blessed regexp should fail StrictNum
ok 50 - Filehandle should fail StrictNum
ok 51 - Filehandle object should fail StrictNum
ok 52 - Ref to scalarref should fail StrictNum
ok 53 - Ref to arrayref should fail StrictNum
ok 54 - Ref to hashref should fail StrictNum
ok 55 - Ref to coderef should fail StrictNum
ok 56 - Ref to blessed hashref should fail StrictNum
ok 57 - Object stringifying to "" should fail StrictNum
ok 58 - Object stringifying to "1" should fail StrictNum
ok 59 - Object numifying to 0 should fail StrictNum
ok 60 - Object numifying to 1 should fail StrictNum
ok 61 - Object overloading arrayref should fail StrictNum
ok 62 - Object overloading hashref should fail StrictNum
ok 63 - Object overloading coderef should fail StrictNum
ok 64 - Object booling to false should fail StrictNum
ok 65 - Object booling to true should fail StrictNum
ok 66 - Numeric sorting
1..66
ok
t/21-types/StringLike.t ......................................
ok 1 - 'StringLike' isa 'Type::Tiny'
ok 2 - StringLike has correct name
ok 3 - StringLike has correct display_name
ok 4 - StringLike knows it is in the Types::TypeTiny library
ok 5 - Types::TypeTiny knows it has type StringLike
ok 6 - StringLike is not deprecated
ok 7 - StringLike is not anonymous
ok 8 - StringLike can be inlined
ok 9 - Inlining StringLike doesn't throw an exception
ok 10 - StringLike doesn't have a coercion
ok 11 - StringLike isn't parameterizable
ok 12 - StringLike has a type_default
ok 13 - StringLike type_default is the empty string
ok 14 - Undef should fail StringLike
ok 15 - False should pass StringLike
ok 16 - True should pass StringLike
ok 17 - Zero should pass StringLike
ok 18 - One should pass StringLike
ok 19 - Negative one should pass StringLike
ok 20 - Non integer should pass StringLike
ok 21 - Empty string should pass StringLike
ok 22 - Whitespace should pass StringLike
ok 23 - Line break should pass StringLike
ok 24 - Random string should pass StringLike
ok 25 - Loaded package name should pass StringLike
ok 26 - Unloaded package name should pass StringLike
ok 27 - A reference to undef should fail StringLike
ok 28 - A reference to false should fail StringLike
ok 29 - A reference to true should fail StringLike
ok 30 - A reference to zero should fail StringLike
ok 31 - A reference to one should fail StringLike
ok 32 - A reference to empty string should fail StringLike
ok 33 - A reference to random string should fail StringLike
ok 34 - Blessed scalarref should fail StringLike
ok 35 - Empty arrayref should fail StringLike
ok 36 - Arrayref with one zero should fail StringLike
ok 37 - Arrayref of integers should fail StringLike
ok 38 - Arrayref of numbers should fail StringLike
ok 39 - Blessed arrayref should fail StringLike
ok 40 - Empty hashref should fail StringLike
ok 41 - Hashref should fail StringLike
ok 42 - Blessed hashref should fail StringLike
ok 43 - Coderef should fail StringLike
ok 44 - Blessed coderef should fail StringLike
# UNDEFINED OUTCOME: glob
ok 45 - Globref should fail StringLike
ok 46 - Blessed globref should fail StringLike
ok 47 - Regexp should fail StringLike
ok 48 - Blessed regexp should fail StringLike
ok 49 - Filehandle should fail StringLike
ok 50 - Filehandle object should fail StringLike
ok 51 - Ref to scalarref should fail StringLike
ok 52 - Ref to arrayref should fail StringLike
ok 53 - Ref to hashref should fail StringLike
ok 54 - Ref to coderef should fail StringLike
ok 55 - Ref to blessed hashref should fail StringLike
ok 56 - Object stringifying to "" should pass StringLike
ok 57 - Object stringifying to "1" should pass StringLike
ok 58 - Object numifying to 0 should fail StringLike
ok 59 - Object numifying to 1 should fail StringLike
ok 60 - Object overloading arrayref should fail StringLike
ok 61 - Object overloading hashref should fail StringLike
ok 62 - Object overloading coderef should fail StringLike
ok 63 - Object booling to false should fail StringLike
ok 64 - Object booling to true should fail StringLike
1..64
ok
t/21-types/StrLength.t .......................................
ok 1 - 'StrLength' isa 'Type::Tiny'
ok 2 - StrLength has correct name
ok 3 - StrLength has correct display_name
ok 4 - StrLength knows it is in the Types::Common::String library
ok 5 - Types::Common::String knows it has type StrLength
ok 6 - StrLength is not deprecated
ok 7 - StrLength is not anonymous
ok 8 - StrLength can be inlined
ok 9 - Inlining StrLength doesn't throw an exception
ok 10 - StrLength doesn't have a coercion
ok 11 - StrLength is parameterizable
ok 12 - StrLength has a type_default
ok 13 - StrLength type_default is the empty string
ok 14 - Undef should fail StrLength
ok 15 - False should pass StrLength
ok 16 - True should pass StrLength
ok 17 - Zero should pass StrLength
ok 18 - One should pass StrLength
ok 19 - Negative one should pass StrLength
ok 20 - Non integer should pass StrLength
ok 21 - Empty string should pass StrLength
ok 22 - Whitespace should pass StrLength
ok 23 - Line break should pass StrLength
ok 24 - Random string should pass StrLength
ok 25 - Loaded package name should pass StrLength
ok 26 - Unloaded package name should pass StrLength
ok 27 - A reference to undef should fail StrLength
ok 28 - A reference to false should fail StrLength
ok 29 - A reference to true should fail StrLength
ok 30 - A reference to zero should fail StrLength
ok 31 - A reference to one should fail StrLength
ok 32 - A reference to empty string should fail StrLength
ok 33 - A reference to random string should fail StrLength
ok 34 - Blessed scalarref should fail StrLength
ok 35 - Empty arrayref should fail StrLength
ok 36 - Arrayref with one zero should fail StrLength
ok 37 - Arrayref of integers should fail StrLength
ok 38 - Arrayref of numbers should fail StrLength
ok 39 - Blessed arrayref should fail StrLength
ok 40 - Empty hashref should fail StrLength
ok 41 - Hashref should fail StrLength
ok 42 - Blessed hashref should fail StrLength
ok 43 - Coderef should fail StrLength
ok 44 - Blessed coderef should fail StrLength
ok 45 - Glob should fail StrLength
ok 46 - Globref should fail StrLength
ok 47 - Blessed globref should fail StrLength
ok 48 - Regexp should fail StrLength
ok 49 - Blessed regexp should fail StrLength
ok 50 - Filehandle should fail StrLength
ok 51 - Filehandle object should fail StrLength
ok 52 - Ref to scalarref should fail StrLength
ok 53 - Ref to arrayref should fail StrLength
ok 54 - Ref to hashref should fail StrLength
ok 55 - Ref to coderef should fail StrLength
ok 56 - Ref to blessed hashref should fail StrLength
ok 57 - Object stringifying to "" should fail StrLength
ok 58 - Object stringifying to "1" should fail StrLength
ok 59 - Object numifying to 0 should fail StrLength
ok 60 - Object numifying to 1 should fail StrLength
ok 61 - Object overloading arrayref should fail StrLength
ok 62 - Object overloading hashref should fail StrLength
ok 63 - Object overloading coderef should fail StrLength
ok 64 - Object booling to false should fail StrLength
ok 65 - Object booling to true should fail StrLength
ok 66 - Value "" fails type constraint StrLength[2]
ok 67 - Value "1" fails type constraint StrLength[2]
ok 68 - Value "12" passes type constraint StrLength[2]
ok 69 - Value "123" passes type constraint StrLength[2]
ok 70 - Value "1234" passes type constraint StrLength[2]
ok 71 - Value "12345" passes type constraint StrLength[2]
ok 72 - Value "123456" passes type constraint StrLength[2]
ok 73 - Value "1234567" passes type constraint StrLength[2]
ok 74 - Value "12345678" passes type constraint StrLength[2]
ok 75 - Value "123456789" passes type constraint StrLength[2]
ok 76 - StrLength[2] has no type_default
ok 77 - Value "\x{436}" fails type constraint StrLength[2]
ok 78 - Value "\x{436}\x{436}" passes type constraint StrLength[2]
ok 79 - Value "\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}" passes type constraint StrLength[2]
ok 80 - Value "" fails type constraint StrLength[2,5]
ok 81 - Value "1" fails type constraint StrLength[2,5]
ok 82 - Value "12" passes type constraint StrLength[2,5]
ok 83 - Value "123" passes type constraint StrLength[2,5]
ok 84 - Value "1234" passes type constraint StrLength[2,5]
ok 85 - Value "12345" passes type constraint StrLength[2,5]
ok 86 - Value "123456" fails type constraint StrLength[2,5]
ok 87 - Value "1234567" fails type constraint StrLength[2,5]
ok 88 - Value "12345678" fails type constraint StrLength[2,5]
ok 89 - Value "123456789" fails type constraint StrLength[2,5]
ok 90 - Value "\x{436}" fails type constraint StrLength[2,5]
ok 91 - Value "\x{436}\x{436}" passes type constraint StrLength[2,5]
ok 92 - Value "\x{436}\x{436}\x{436}\x{436}\x{436}\x{436}" fails type constraint StrLength[2,5]
ok 93
ok 94 - Reference bless( do{\(my $o = "abc")}, 'Local::OL::Stringy' ) fails type constraint StrLength[2,5]
ok 95 - Reference bless( do{\(my $o = "abc")}, 'Local::OL::Stringy' ) passes type constraint __ANON__
ok 96 - Value "abc" fails type constraint __ANON__
ok 97 - Reference bless( do{\(my $o = "abc")}, 'Local::OL::Stringy' ) passes type constraint StrLength[2,5]|__ANON__
ok 98 - Value "abc" passes type constraint StrLength[2,5]|__ANON__
1..98
ok
t/21-types/StrMatch-more.t ...................................
ok 1 - Value "foo" passes type constraint StrMatch[(?^:f(?{ ++$xxx })oo)]
ok 2 - Value "bar" fails type constraint StrMatch[(?^:f(?{ ++$xxx })oo)]
ok 3 - Embedded code executed
# $xxx is 1
ok 4 - It can still be inlined!
# do { package Type::Tiny; !ref($STRING) and !!( $STRING =~ $Types::Standard::StrMatch::expressions{"Regexp|(?^:f(?{ ++\$xxx })oo)"} ) }
ok 5 - The inlining needed to use a callback!
ok 6 - Value "foo" passes type constraint StrMatch[(?^:f(?{ ++$xxx })oo)]
ok 7 - Value "bar" fails type constraint StrMatch[(?^:f(?{ ++$xxx })oo)]
ok 8 - The inlining needed to use a callback!
ok 9 - no (unexpected) warnings (via done_testing)
1..9
ok
t/21-types/StrMatch.t ........................................
ok 1 - 'StrMatch' isa 'Type::Tiny'
ok 2 - StrMatch has correct name
ok 3 - StrMatch has correct display_name
ok 4 - StrMatch knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type StrMatch
ok 6 - StrMatch is not deprecated
ok 7 - StrMatch is not anonymous
ok 8 - StrMatch can be inlined
ok 9 - Inlining StrMatch doesn't throw an exception
ok 10 - StrMatch doesn't have a coercion
ok 11 - StrMatch is parameterizable
ok 12 - StrMatch has a type_default
ok 13 - StrMatch type_default is the empty string
ok 14 - Undef should fail StrMatch
ok 15 - False should pass StrMatch
ok 16 - True should pass StrMatch
ok 17 - Zero should pass StrMatch
ok 18 - One should pass StrMatch
ok 19 - Negative one should pass StrMatch
ok 20 - Non integer should pass StrMatch
ok 21 - Empty string should pass StrMatch
ok 22 - Whitespace should pass StrMatch
ok 23 - Line break should pass StrMatch
ok 24 - Random string should pass StrMatch
ok 25 - Loaded package name should pass StrMatch
ok 26 - Unloaded package name should pass StrMatch
ok 27 - A reference to undef should fail StrMatch
ok 28 - A reference to false should fail StrMatch
ok 29 - A reference to true should fail StrMatch
ok 30 - A reference to zero should fail StrMatch
ok 31 - A reference to one should fail StrMatch
ok 32 - A reference to empty string should fail StrMatch
ok 33 - A reference to random string should fail StrMatch
ok 34 - Blessed scalarref should fail StrMatch
ok 35 - Empty arrayref should fail StrMatch
ok 36 - Arrayref with one zero should fail StrMatch
ok 37 - Arrayref of integers should fail StrMatch
ok 38 - Arrayref of numbers should fail StrMatch
ok 39 - Blessed arrayref should fail StrMatch
ok 40 - Empty hashref should fail StrMatch
ok 41 - Hashref should fail StrMatch
ok 42 - Blessed hashref should fail StrMatch
ok 43 - Coderef should fail StrMatch
ok 44 - Blessed coderef should fail StrMatch
ok 45 - Glob should fail StrMatch
ok 46 - Globref should fail StrMatch
ok 47 - Blessed globref should fail StrMatch
ok 48 - Regexp should fail StrMatch
ok 49 - Blessed regexp should fail StrMatch
ok 50 - Filehandle should fail StrMatch
ok 51 - Filehandle object should fail StrMatch
ok 52 - Ref to scalarref should fail StrMatch
ok 53 - Ref to arrayref should fail StrMatch
ok 54 - Ref to hashref should fail StrMatch
ok 55 - Ref to coderef should fail StrMatch
ok 56 - Ref to blessed hashref should fail StrMatch
ok 57 - Object stringifying to "" should fail StrMatch
ok 58 - Object stringifying to "1" should fail StrMatch
ok 59 - Object numifying to 0 should fail StrMatch
ok 60 - Object numifying to 1 should fail StrMatch
ok 61 - Object overloading arrayref should fail StrMatch
ok 62 - Object overloading hashref should fail StrMatch
ok 63 - Object overloading coderef should fail StrMatch
ok 64 - Object booling to false should fail StrMatch
ok 65 - Object booling to true should fail StrMatch
ok 66 - Value "abc" passes type constraint StrMatch[(?^i:a[b]c)]
ok 67 - Value "ABC" passes type constraint StrMatch[(?^i:a[b]c)]
ok 68 - Value "fooabcbar" passes type constraint StrMatch[(?^i:a[b]c)]
ok 69 - Value "fooABCbar" passes type constraint StrMatch[(?^i:a[b]c)]
ok 70 - Value "a[b]c" fails type constraint StrMatch[(?^i:a[b]c)]
ok 71 - StrMatch[(?^i:a[b]c)] has no type_default
ok 72
ok 73 - Reference bless( do{\(my $o = "abc")}, 'Local::OL::Stringy' ) fails type constraint StrMatch[(?^i:a[b]c)]
ok 74 - Reference bless( do{\(my $o = "abc")}, 'Local::OL::Stringy' ) passes type constraint __ANON__
ok 75 - Value "abc" fails type constraint __ANON__
ok 76 - Reference bless( do{\(my $o = "abc")}, 'Local::OL::Stringy' ) passes type constraint StrMatch[(?^i:a[b]c)]|__ANON__
ok 77 - Value "abc" passes type constraint StrMatch[(?^i:a[b]c)]|__ANON__
ok 78 - Value "1 km" passes type constraint StrMatch[(?^:^(\S+) (\S+)$),Tuple[Num,Enum["mm","cm","m","km"]]]
ok 79 - Value "-1.6 cm" passes type constraint StrMatch[(?^:^(\S+) (\S+)$),Tuple[Num,Enum["mm","cm","m","km"]]]
ok 80 - Value "xyz km" fails type constraint StrMatch[(?^:^(\S+) (\S+)$),Tuple[Num,Enum["mm","cm","m","km"]]]
ok 81 - Value "7 miles" fails type constraint StrMatch[(?^:^(\S+) (\S+)$),Tuple[Num,Enum["mm","cm","m","km"]]]
ok 82 - Value "7 km " fails type constraint StrMatch[(?^:^(\S+) (\S+)$),Tuple[Num,Enum["mm","cm","m","km"]]]
ok 83 - Value "1 km" passes type constraint StrMatch[(?^:^(\S+) (\S+)$),__ANON__]
ok 84 - Value "-1.6 cm" passes type constraint StrMatch[(?^:^(\S+) (\S+)$),__ANON__]
ok 85 - Value "xyz km" fails type constraint StrMatch[(?^:^(\S+) (\S+)$),__ANON__]
ok 86 - Value "7 miles" fails type constraint StrMatch[(?^:^(\S+) (\S+)$),__ANON__]
ok 87 - Value "7 km " fails type constraint StrMatch[(?^:^(\S+) (\S+)$),__ANON__]
1..87
ok
t/21-types/StrongPassword.t ..................................
ok 1 - 'StrongPassword' isa 'Type::Tiny'
ok 2 - StrongPassword has correct name
ok 3 - StrongPassword has correct display_name
ok 4 - StrongPassword knows it is in the Types::Common::String library
ok 5 - Types::Common::String knows it has type StrongPassword
ok 6 - StrongPassword is not deprecated
ok 7 - StrongPassword is not anonymous
ok 8 - StrongPassword can be inlined
ok 9 - Inlining StrongPassword doesn't throw an exception
ok 10 - StrongPassword doesn't have a coercion
ok 11 - StrongPassword isn't parameterizable
ok 12 - StrongPassword has no type_default
ok 13 - Undef should fail StrongPassword
ok 14 - False should fail StrongPassword
ok 15 - True should fail StrongPassword
ok 16 - Zero should fail StrongPassword
ok 17 - One should fail StrongPassword
ok 18 - Negative one should fail StrongPassword
ok 19 - Non integer should fail StrongPassword
ok 20 - Empty string should fail StrongPassword
ok 21 - Whitespace should fail StrongPassword
ok 22 - Line break should fail StrongPassword
ok 23 - Random string should fail StrongPassword
ok 24 - Loaded package name should pass StrongPassword
ok 25 - Unloaded package name should pass StrongPassword
ok 26 - A reference to undef should fail StrongPassword
ok 27 - A reference to false should fail StrongPassword
ok 28 - A reference to true should fail StrongPassword
ok 29 - A reference to zero should fail StrongPassword
ok 30 - A reference to one should fail StrongPassword
ok 31 - A reference to empty string should fail StrongPassword
ok 32 - A reference to random string should fail StrongPassword
ok 33 - Blessed scalarref should fail StrongPassword
ok 34 - Empty arrayref should fail StrongPassword
ok 35 - Arrayref with one zero should fail StrongPassword
ok 36 - Arrayref of integers should fail StrongPassword
ok 37 - Arrayref of numbers should fail StrongPassword
ok 38 - Blessed arrayref should fail StrongPassword
ok 39 - Empty hashref should fail StrongPassword
ok 40 - Hashref should fail StrongPassword
ok 41 - Blessed hashref should fail StrongPassword
ok 42 - Coderef should fail StrongPassword
ok 43 - Blessed coderef should fail StrongPassword
ok 44 - Glob should fail StrongPassword
ok 45 - Globref should fail StrongPassword
ok 46 - Blessed globref should fail StrongPassword
ok 47 - Regexp should fail StrongPassword
ok 48 - Blessed regexp should fail StrongPassword
ok 49 - Filehandle should fail StrongPassword
ok 50 - Filehandle object should fail StrongPassword
ok 51 - Ref to scalarref should fail StrongPassword
ok 52 - Ref to arrayref should fail StrongPassword
ok 53 - Ref to hashref should fail StrongPassword
ok 54 - Ref to coderef should fail StrongPassword
ok 55 - Ref to blessed hashref should fail StrongPassword
ok 56 - Object stringifying to "" should fail StrongPassword
ok 57 - Object stringifying to "1" should fail StrongPassword
ok 58 - Object numifying to 0 should fail StrongPassword
ok 59 - Object numifying to 1 should fail StrongPassword
ok 60 - Object overloading arrayref should fail StrongPassword
ok 61 - Object overloading hashref should fail StrongPassword
ok 62 - Object overloading coderef should fail StrongPassword
ok 63 - Object booling to false should fail StrongPassword
ok 64 - Object booling to true should fail StrongPassword
1..64
ok
t/21-types/Tied.t ............................................
ok 1 - 'Tied' isa 'Type::Tiny'
ok 2 - Tied has correct name
ok 3 - Tied has correct display_name
ok 4 - Tied knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type Tied
ok 6 - Tied is not deprecated
ok 7 - Tied is not anonymous
ok 8 - Tied can be inlined
ok 9 - Inlining Tied doesn't throw an exception
ok 10 - Tied doesn't have a coercion
ok 11 - Tied is parameterizable
ok 12 - Tied has no type_default
ok 13 - Undef should fail Tied
ok 14 - False should fail Tied
ok 15 - True should fail Tied
ok 16 - Zero should fail Tied
ok 17 - One should fail Tied
ok 18 - Negative one should fail Tied
ok 19 - Non integer should fail Tied
ok 20 - Empty string should fail Tied
ok 21 - Whitespace should fail Tied
ok 22 - Line break should fail Tied
ok 23 - Random string should fail Tied
ok 24 - Loaded package name should fail Tied
ok 25 - Unloaded package name should fail Tied
ok 26 - A reference to undef should fail Tied
ok 27 - A reference to false should fail Tied
ok 28 - A reference to true should fail Tied
ok 29 - A reference to zero should fail Tied
ok 30 - A reference to one should fail Tied
ok 31 - A reference to empty string should fail Tied
ok 32 - A reference to random string should fail Tied
ok 33 - Blessed scalarref should fail Tied
ok 34 - Empty arrayref should fail Tied
ok 35 - Arrayref with one zero should fail Tied
ok 36 - Arrayref of integers should fail Tied
ok 37 - Arrayref of numbers should fail Tied
ok 38 - Blessed arrayref should fail Tied
ok 39 - Empty hashref should fail Tied
ok 40 - Hashref should fail Tied
ok 41 - Blessed hashref should fail Tied
ok 42 - Coderef should fail Tied
ok 43 - Blessed coderef should fail Tied
ok 44 - Glob should fail Tied
ok 45 - Globref should fail Tied
ok 46 - Blessed globref should fail Tied
ok 47 - Regexp should fail Tied
ok 48 - Blessed regexp should fail Tied
ok 49 - Filehandle should fail Tied
ok 50 - Filehandle object should fail Tied
ok 51 - Ref to scalarref should fail Tied
ok 52 - Ref to arrayref should fail Tied
ok 53 - Ref to hashref should fail Tied
ok 54 - Ref to coderef should fail Tied
ok 55 - Ref to blessed hashref should fail Tied
ok 56 - Object stringifying to "" should fail Tied
ok 57 - Object stringifying to "1" should fail Tied
ok 58 - Object numifying to 0 should fail Tied
ok 59 - Object numifying to 1 should fail Tied
ok 60 - Object overloading arrayref should fail Tied
ok 61 - Object overloading hashref should fail Tied
ok 62 - Object overloading coderef should fail Tied
ok 63 - Object booling to false should fail Tied
ok 64 - Object booling to true should fail Tied
ok 65 - Reference \undef passes type constraint Tied
ok 66 - Reference \undef passes type constraint Tied["Tie::StdScalar"]
ok 67 - Reference \undef passes type constraint Tied["Tie::Scalar"]
ok 68 - Reference \undef fails type constraint Tied["IO::File"]
ok 69 - Reference bless( do{\(my $o = undef)}, 'Bleh' ) passes type constraint Tied["Tie::Scalar"]
ok 70 - Reference bless( do{\(my $o = undef)}, 'Bleh' ) fails type constraint Tied["Bleh"]
ok 71 - $var is tied
ok 72 - Undef fails type constraint Tied
ok 73 - Reference [] passes type constraint Tied
ok 74 - Reference [] passes type constraint Tied["Tie::StdArray"]
ok 75 - Reference [] passes type constraint Tied["Tie::Array"]
ok 76 - Reference [] fails type constraint Tied["IO::File"]
ok 77 - Reference bless( [], 'Bleh' ) passes type constraint Tied["Tie::Array"]
ok 78 - Reference bless( [], 'Bleh' ) fails type constraint Tied["Bleh"]
ok 79 - Reference {} passes type constraint Tied
ok 80 - Reference {} passes type constraint Tied["Tie::StdHash"]
ok 81 - Reference {} passes type constraint Tied["Tie::Hash"]
ok 82 - Reference {} fails type constraint Tied["IO::File"]
ok 83 - Reference bless( {}, 'Bleh' ) passes type constraint Tied["Tie::Hash"]
ok 84 - Reference bless( {}, 'Bleh' ) fails type constraint Tied["Bleh"]
1..84
ok
t/21-types/Tuple.t ...........................................
ok 1 - 'Tuple' isa 'Type::Tiny'
ok 2 - Tuple has correct name
ok 3 - Tuple has correct display_name
ok 4 - Tuple knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type Tuple
ok 6 - Tuple is not deprecated
ok 7 - Tuple is not anonymous
ok 8 - Tuple can be inlined
ok 9 - Inlining Tuple doesn't throw an exception
ok 10 - Tuple doesn't have a coercion
ok 11 - Tuple is parameterizable
ok 12 - Tuple has a type_default
ok 13 - Tuple type_default is []
ok 14 - Undef should fail Tuple
ok 15 - False should fail Tuple
ok 16 - True should fail Tuple
ok 17 - Zero should fail Tuple
ok 18 - One should fail Tuple
ok 19 - Negative one should fail Tuple
ok 20 - Non integer should fail Tuple
ok 21 - Empty string should fail Tuple
ok 22 - Whitespace should fail Tuple
ok 23 - Line break should fail Tuple
ok 24 - Random string should fail Tuple
ok 25 - Loaded package name should fail Tuple
ok 26 - Unloaded package name should fail Tuple
ok 27 - A reference to undef should fail Tuple
ok 28 - A reference to false should fail Tuple
ok 29 - A reference to true should fail Tuple
ok 30 - A reference to zero should fail Tuple
ok 31 - A reference to one should fail Tuple
ok 32 - A reference to empty string should fail Tuple
ok 33 - A reference to random string should fail Tuple
ok 34 - Blessed scalarref should fail Tuple
ok 35 - Empty arrayref should pass Tuple
ok 36 - Arrayref with one zero should pass Tuple
ok 37 - Arrayref of integers should pass Tuple
ok 38 - Arrayref of numbers should pass Tuple
ok 39 - Blessed arrayref should fail Tuple
ok 40 - Empty hashref should fail Tuple
ok 41 - Hashref should fail Tuple
ok 42 - Blessed hashref should fail Tuple
ok 43 - Coderef should fail Tuple
ok 44 - Blessed coderef should fail Tuple
ok 45 - Glob should fail Tuple
ok 46 - Globref should fail Tuple
ok 47 - Blessed globref should fail Tuple
ok 48 - Regexp should fail Tuple
ok 49 - Blessed regexp should fail Tuple
ok 50 - Filehandle should fail Tuple
ok 51 - Filehandle object should fail Tuple
ok 52 - Ref to scalarref should fail Tuple
ok 53 - Ref to arrayref should fail Tuple
ok 54 - Ref to hashref should fail Tuple
ok 55 - Ref to coderef should fail Tuple
ok 56 - Ref to blessed hashref should fail Tuple
ok 57 - Object stringifying to "" should fail Tuple
ok 58 - Object stringifying to "1" should fail Tuple
ok 59 - Object numifying to 0 should fail Tuple
ok 60 - Object numifying to 1 should fail Tuple
ok 61 - Object overloading arrayref should fail Tuple
ok 62 - Object overloading hashref should fail Tuple
ok 63 - Object overloading coderef should fail Tuple
ok 64 - Object booling to false should fail Tuple
ok 65 - Object booling to true should fail Tuple
ok 66 - Reference [42,[1,2,3,4],undef] passes type constraint Tuple[Int,ArrayRef,Undef]
ok 67 - Reference [{},[1,2,3,4],undef] fails type constraint Tuple[Int,ArrayRef,Undef]
ok 68 - Reference [42,{},undef] fails type constraint Tuple[Int,ArrayRef,Undef]
ok 69 - Reference [42,[1,2,3,4],{}] fails type constraint Tuple[Int,ArrayRef,Undef]
ok 70 - Reference [42,[1,2,3,4],undef,1] fails type constraint Tuple[Int,ArrayRef,Undef]
ok 71 - Reference [42,[1,2,3,4]] fails type constraint Tuple[Int,ArrayRef,Undef]
ok 72 - Reference [] fails type constraint Tuple[Int,ArrayRef,Undef]
ok 73 - Value "42" fails type constraint Tuple[Int,ArrayRef,Undef]
ok 74 - Reference bless( [42,[1,2,3,4,5,6,7,8,9,10],undef], 'Foo' ) fails type constraint Tuple[Int,ArrayRef,Undef]
ok 75 - Tuple[Int,ArrayRef,Undef] has no type_default
ok 76 - Reference [42,[],{},\0] passes type constraint Tuple[Int,ArrayRef,Optional[HashRef],Optional[ScalarRef]]
ok 77 - Reference [42,[],{}] passes type constraint Tuple[Int,ArrayRef,Optional[HashRef],Optional[ScalarRef]]
ok 78 - Reference [42,[]] passes type constraint Tuple[Int,ArrayRef,Optional[HashRef],Optional[ScalarRef]]
ok 79 - Reference [42] fails type constraint Tuple[Int,ArrayRef,Optional[HashRef],Optional[ScalarRef]]
ok 80 - Reference [] fails type constraint Tuple[Int,ArrayRef,Optional[HashRef],Optional[ScalarRef]]
ok 81 - Reference [42,[],undef,\0] fails type constraint Tuple[Int,ArrayRef,Optional[HashRef],Optional[ScalarRef]]
ok 82 - Reference [42,[],{}] fails type constraint Tuple[Int,ArrayRef,Maybe[HashRef],Maybe[ScalarRef]]
ok 83 - Reference [42,[],{},undef] passes type constraint Tuple[Int,ArrayRef,Maybe[HashRef],Maybe[ScalarRef]]
ok 84 - Reference [qr//] passes type constraint Tuple[RegexpRef,Slurpy[ArrayRef[Int]]]
ok 85 - Reference [qr//,1,2,3,4] passes type constraint Tuple[RegexpRef,Slurpy[ArrayRef[Int]]]
ok 86 - Reference [qr//,1,2,3,4,qr//] fails type constraint Tuple[RegexpRef,Slurpy[ArrayRef[Int]]]
ok 87 - Reference [qr//,[1,2,3,4]] fails type constraint Tuple[RegexpRef,Slurpy[ArrayRef[Int]]]
ok 88 - Reference [qr//] passes type constraint Tuple[RegexpRef,Optional[HashRef],Slurpy[ArrayRef[Int]]]
ok 89 - Reference [qr//,{}] passes type constraint Tuple[RegexpRef,Optional[HashRef],Slurpy[ArrayRef[Int]]]
ok 90 - Reference [qr//,{},1,2,3,4] passes type constraint Tuple[RegexpRef,Optional[HashRef],Slurpy[ArrayRef[Int]]]
ok 91 - Reference [qr//,1,2,3,4] fails type constraint Tuple[RegexpRef,Optional[HashRef],Slurpy[ArrayRef[Int]]]
ok 92 - Reference [qr//] passes type constraint Tuple[RegexpRef,Slurpy[Tuple[Int,Int]]]
ok 93 - Reference [qr//,1] fails type constraint Tuple[RegexpRef,Slurpy[Tuple[Int,Int]]]
ok 94 - Reference [qr//,1,2] passes type constraint Tuple[RegexpRef,Slurpy[Tuple[Int,Int]]]
ok 95 - Reference [qr//,1,2,3] fails type constraint Tuple[RegexpRef,Slurpy[Tuple[Int,Int]]]
ok 96 - Reference [qr//,1,2,3,4] fails type constraint Tuple[RegexpRef,Slurpy[Tuple[Int,Int]]]
ok 97 - Reference [qr//,1,2,3,4,5] fails type constraint Tuple[RegexpRef,Slurpy[Tuple[Int,Int]]]
ok 98 - Reference [qr//] passes type constraint Tuple[RegexpRef,Optional[RegexpRef],Slurpy[Tuple[Int,Int]]]
ok 99 - Reference [qr//,qr//] passes type constraint Tuple[RegexpRef,Optional[RegexpRef],Slurpy[Tuple[Int,Int]]]
ok 100 - Reference [qr//,qr//,1] fails type constraint Tuple[RegexpRef,Optional[RegexpRef],Slurpy[Tuple[Int,Int]]]
ok 101 - Reference [qr//,qr//,1,2] passes type constraint Tuple[RegexpRef,Optional[RegexpRef],Slurpy[Tuple[Int,Int]]]
ok 102 - Reference [qr//,1,2] fails type constraint Tuple[RegexpRef,Optional[RegexpRef],Slurpy[Tuple[Int,Int]]]
ok 103 - Reference [qr//,qr//,1,2,3] fails type constraint Tuple[RegexpRef,Optional[RegexpRef],Slurpy[Tuple[Int,Int]]]
ok 104 - Reference [qr//,qr//,1,2,3,4] fails type constraint Tuple[RegexpRef,Optional[RegexpRef],Slurpy[Tuple[Int,Int]]]
ok 105 - Reference [qr//,qr//,1,2,3,4,5] fails type constraint Tuple[RegexpRef,Optional[RegexpRef],Slurpy[Tuple[Int,Int]]]
ok 106 - Reference [qr//] passes type constraint Tuple[RegexpRef,Slurpy[HashRef[Int]]]
ok 107 - Reference [qr//,"foo",1,"bar",2] passes type constraint Tuple[RegexpRef,Slurpy[HashRef[Int]]]
ok 108 - Reference [qr//,"foo",1,"bar",2,qr//] fails type constraint Tuple[RegexpRef,Slurpy[HashRef[Int]]]
ok 109 - Reference [qr//,{"bar" => 2,"foo" => 1}] fails type constraint Tuple[RegexpRef,Slurpy[HashRef[Int]]]
ok 110 - Reference [qr//,"foo"] fails type constraint Tuple[RegexpRef,Slurpy[HashRef[Int]]]
ok 111 - Reference [qr//] passes type constraint Tuple[RegexpRef,Optional[ScalarRef],Slurpy[HashRef[Int]]]
ok 112 - Reference [qr//,\1] passes type constraint Tuple[RegexpRef,Optional[ScalarRef],Slurpy[HashRef[Int]]]
ok 113 - Reference [qr//,\1,"foo",1,"bar",2] passes type constraint Tuple[RegexpRef,Optional[ScalarRef],Slurpy[HashRef[Int]]]
ok 114 - Reference [qr//,"foo",1,"bar",2] fails type constraint Tuple[RegexpRef,Optional[ScalarRef],Slurpy[HashRef[Int]]]
# Subtest: coercion happened as expected
ok 1
ok 2
ok 3
ok 4
1..4
ok 115 - coercion happened as expected
ok 116 - Reference [1,\1] passes type constraint Tuple[Int,ScalarRef,Slurpy[HashRef]]
ok 117 - Reference [1,\1,"foo",3] passes type constraint Tuple[Int,ScalarRef,Slurpy[HashRef]]
ok 118 - Reference [1,\1,"foo"] fails type constraint Tuple[Int,ScalarRef,Slurpy[HashRef]]
# Subtest: coercion happened as expected
ok 1
ok 2
ok 3
ok 4
1..4
ok 119 - coercion happened as expected
1..119
ok
t/21-types/TypeTiny.t ........................................
ok 1 - 'TypeTiny' isa 'Type::Tiny'
ok 2 - TypeTiny has correct name
ok 3 - TypeTiny has correct display_name
ok 4 - TypeTiny knows it is in the Types::TypeTiny library
ok 5 - Types::TypeTiny knows it has type TypeTiny
ok 6 - TypeTiny is not deprecated
ok 7 - TypeTiny is not anonymous
ok 8 - TypeTiny can be inlined
ok 9 - Inlining TypeTiny doesn't throw an exception
ok 10 - TypeTiny has a coercion
ok 11 - TypeTiny isn't parameterizable
ok 12 - TypeTiny has a type_default
ok 13 - TypeTiny type_default is Any
ok 14 - Undef should fail TypeTiny
ok 15 - False should fail TypeTiny
ok 16 - True should fail TypeTiny
ok 17 - Zero should fail TypeTiny
ok 18 - One should fail TypeTiny
ok 19 - Negative one should fail TypeTiny
ok 20 - Non integer should fail TypeTiny
ok 21 - Empty string should fail TypeTiny
ok 22 - Whitespace should fail TypeTiny
ok 23 - Line break should fail TypeTiny
ok 24 - Random string should fail TypeTiny
ok 25 - Loaded package name should fail TypeTiny
ok 26 - Unloaded package name should fail TypeTiny
ok 27 - A reference to undef should fail TypeTiny
ok 28 - A reference to false should fail TypeTiny
ok 29 - A reference to true should fail TypeTiny
ok 30 - A reference to zero should fail TypeTiny
ok 31 - A reference to one should fail TypeTiny
ok 32 - A reference to empty string should fail TypeTiny
ok 33 - A reference to random string should fail TypeTiny
ok 34 - Blessed scalarref should fail TypeTiny
ok 35 - Empty arrayref should fail TypeTiny
ok 36 - Arrayref with one zero should fail TypeTiny
ok 37 - Arrayref of integers should fail TypeTiny
ok 38 - Arrayref of numbers should fail TypeTiny
ok 39 - Blessed arrayref should fail TypeTiny
ok 40 - Empty hashref should fail TypeTiny
ok 41 - Hashref should fail TypeTiny
ok 42 - Blessed hashref should fail TypeTiny
ok 43 - Coderef should fail TypeTiny
ok 44 - Blessed coderef should fail TypeTiny
ok 45 - Glob should fail TypeTiny
ok 46 - Globref should fail TypeTiny
ok 47 - Blessed globref should fail TypeTiny
ok 48 - Regexp should fail TypeTiny
ok 49 - Blessed regexp should fail TypeTiny
ok 50 - Filehandle should fail TypeTiny
ok 51 - Filehandle object should fail TypeTiny
ok 52 - Ref to scalarref should fail TypeTiny
ok 53 - Ref to arrayref should fail TypeTiny
ok 54 - Ref to hashref should fail TypeTiny
ok 55 - Ref to coderef should fail TypeTiny
ok 56 - Ref to blessed hashref should fail TypeTiny
ok 57 - Object stringifying to "" should fail TypeTiny
ok 58 - Object stringifying to "1" should fail TypeTiny
ok 59 - Object numifying to 0 should fail TypeTiny
ok 60 - Object numifying to 1 should fail TypeTiny
ok 61 - Object overloading arrayref should fail TypeTiny
ok 62 - Object overloading hashref should fail TypeTiny
ok 63 - Object overloading coderef should fail TypeTiny
ok 64 - Object booling to false should fail TypeTiny
ok 65 - Object booling to true should fail TypeTiny
ok 66 - Reference bless( {"_build_coercion" => sub { "DUMMY" },"coercion" => b...) passes type constraint TypeTiny
# Subtest: Can coerce from coderef to TypeTiny
ok 1 - Reference bless( {"constraint" => sub { "DUMMY" },"definition_context"...) passes type constraint TypeTiny
ok 2 - Reference [] passes type constraint __ANON__
ok 3 - Reference {} fails type constraint __ANON__
1..3
ok 67 - Can coerce from coderef to TypeTiny
# Subtest: Can coerce from MooseX::Types to TypeTiny
ok 1 - Reference bless( {"_is_core" => 1,"_overload_coderef" => sub { "DUMMY"...) passes type constraint TypeTiny
ok 2 - Reference [] passes type constraint ArrayRef
ok 3 - Reference {} fails type constraint ArrayRef
ok 4
ok 5
1..5
ok 68 - Can coerce from MooseX::Types to TypeTiny
# Subtest: Can coerce from MouseX::Types to TypeTiny
ok 1 - Reference bless( {"constraint" => sub { "DUMMY" },"constraint_generato...) passes type constraint TypeTiny
ok 2 - Reference [] passes type constraint ArrayRef
ok 3 - Reference {} fails type constraint ArrayRef
ok 4
1..4
ok 69 - Can coerce from MouseX::Types to TypeTiny
# Subtest: Can coerce from Specio to TypeTiny
ok 1 - Reference bless( {"constraint" => sub { "DUMMY" },"definition_context"...) passes type constraint TypeTiny
ok 2 - Reference [] passes type constraint ArrayRef
ok 3 - Reference {} fails type constraint ArrayRef
ok 4
1..4
ok 70 - Can coerce from Specio to TypeTiny
1..70
ok
t/21-types/Undef.t ...........................................
ok 1 - 'Undef' isa 'Type::Tiny'
ok 2 - Undef has correct name
ok 3 - Undef has correct display_name
ok 4 - Undef knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type Undef
ok 6 - Undef is not deprecated
ok 7 - Undef is not anonymous
ok 8 - Undef can be inlined
ok 9 - Inlining Undef doesn't throw an exception
ok 10 - Undef doesn't have a coercion
ok 11 - Undef isn't parameterizable
ok 12 - Undef has a type_default
ok 13 - Undef type_default is undef
ok 14 - Undef should pass Undef
ok 15 - False should fail Undef
ok 16 - True should fail Undef
ok 17 - Zero should fail Undef
ok 18 - One should fail Undef
ok 19 - Negative one should fail Undef
ok 20 - Non integer should fail Undef
ok 21 - Empty string should fail Undef
ok 22 - Whitespace should fail Undef
ok 23 - Line break should fail Undef
ok 24 - Random string should fail Undef
ok 25 - Loaded package name should fail Undef
ok 26 - Unloaded package name should fail Undef
ok 27 - A reference to undef should fail Undef
ok 28 - A reference to false should fail Undef
ok 29 - A reference to true should fail Undef
ok 30 - A reference to zero should fail Undef
ok 31 - A reference to one should fail Undef
ok 32 - A reference to empty string should fail Undef
ok 33 - A reference to random string should fail Undef
ok 34 - Blessed scalarref should fail Undef
ok 35 - Empty arrayref should fail Undef
ok 36 - Arrayref with one zero should fail Undef
ok 37 - Arrayref of integers should fail Undef
ok 38 - Arrayref of numbers should fail Undef
ok 39 - Blessed arrayref should fail Undef
ok 40 - Empty hashref should fail Undef
ok 41 - Hashref should fail Undef
ok 42 - Blessed hashref should fail Undef
ok 43 - Coderef should fail Undef
ok 44 - Blessed coderef should fail Undef
ok 45 - Glob should fail Undef
ok 46 - Globref should fail Undef
ok 47 - Blessed globref should fail Undef
ok 48 - Regexp should fail Undef
ok 49 - Blessed regexp should fail Undef
ok 50 - Filehandle should fail Undef
ok 51 - Filehandle object should fail Undef
ok 52 - Ref to scalarref should fail Undef
ok 53 - Ref to arrayref should fail Undef
ok 54 - Ref to hashref should fail Undef
ok 55 - Ref to coderef should fail Undef
ok 56 - Ref to blessed hashref should fail Undef
ok 57 - Object stringifying to "" should fail Undef
ok 58 - Object stringifying to "1" should fail Undef
ok 59 - Object numifying to 0 should fail Undef
ok 60 - Object numifying to 1 should fail Undef
ok 61 - Object overloading arrayref should fail Undef
ok 62 - Object overloading hashref should fail Undef
ok 63 - Object overloading coderef should fail Undef
ok 64 - Object booling to false should fail Undef
ok 65 - Object booling to true should fail Undef
ok 66 - The complement of Undef is Defined
1..66
ok
t/21-types/UpperCaseSimpleStr.t ..............................
ok 1 - 'UpperCaseSimpleStr' isa 'Type::Tiny'
ok 2 - UpperCaseSimpleStr has correct name
ok 3 - UpperCaseSimpleStr has correct display_name
ok 4 - UpperCaseSimpleStr knows it is in the Types::Common::String library
ok 5 - Types::Common::String knows it has type UpperCaseSimpleStr
ok 6 - UpperCaseSimpleStr is not deprecated
ok 7 - UpperCaseSimpleStr is not anonymous
ok 8 - UpperCaseSimpleStr can be inlined
ok 9 - Inlining UpperCaseSimpleStr doesn't throw an exception
ok 10 - UpperCaseSimpleStr has a coercion
ok 11 - UpperCaseSimpleStr isn't parameterizable
ok 12 - UpperCaseSimpleStr has no type_default
ok 13 - Undef should fail UpperCaseSimpleStr
ok 14 - False should fail UpperCaseSimpleStr
ok 15 - True should pass UpperCaseSimpleStr
ok 16 - Zero should pass UpperCaseSimpleStr
ok 17 - One should pass UpperCaseSimpleStr
ok 18 - Negative one should pass UpperCaseSimpleStr
ok 19 - Non integer should pass UpperCaseSimpleStr
ok 20 - Empty string should fail UpperCaseSimpleStr
ok 21 - Whitespace should pass UpperCaseSimpleStr
ok 22 - Line break should fail UpperCaseSimpleStr
ok 23 - Random string should fail UpperCaseSimpleStr
ok 24 - Loaded package name should fail UpperCaseSimpleStr
ok 25 - Unloaded package name should fail UpperCaseSimpleStr
ok 26 - A reference to undef should fail UpperCaseSimpleStr
ok 27 - A reference to false should fail UpperCaseSimpleStr
ok 28 - A reference to true should fail UpperCaseSimpleStr
ok 29 - A reference to zero should fail UpperCaseSimpleStr
ok 30 - A reference to one should fail UpperCaseSimpleStr
ok 31 - A reference to empty string should fail UpperCaseSimpleStr
ok 32 - A reference to random string should fail UpperCaseSimpleStr
ok 33 - Blessed scalarref should fail UpperCaseSimpleStr
ok 34 - Empty arrayref should fail UpperCaseSimpleStr
ok 35 - Arrayref with one zero should fail UpperCaseSimpleStr
ok 36 - Arrayref of integers should fail UpperCaseSimpleStr
ok 37 - Arrayref of numbers should fail UpperCaseSimpleStr
ok 38 - Blessed arrayref should fail UpperCaseSimpleStr
ok 39 - Empty hashref should fail UpperCaseSimpleStr
ok 40 - Hashref should fail UpperCaseSimpleStr
ok 41 - Blessed hashref should fail UpperCaseSimpleStr
ok 42 - Coderef should fail UpperCaseSimpleStr
ok 43 - Blessed coderef should fail UpperCaseSimpleStr
ok 44 - Glob should fail UpperCaseSimpleStr
ok 45 - Globref should fail UpperCaseSimpleStr
ok 46 - Blessed globref should fail UpperCaseSimpleStr
ok 47 - Regexp should fail UpperCaseSimpleStr
ok 48 - Blessed regexp should fail UpperCaseSimpleStr
ok 49 - Filehandle should fail UpperCaseSimpleStr
ok 50 - Filehandle object should fail UpperCaseSimpleStr
ok 51 - Ref to scalarref should fail UpperCaseSimpleStr
ok 52 - Ref to arrayref should fail UpperCaseSimpleStr
ok 53 - Ref to hashref should fail UpperCaseSimpleStr
ok 54 - Ref to coderef should fail UpperCaseSimpleStr
ok 55 - Ref to blessed hashref should fail UpperCaseSimpleStr
ok 56 - Object stringifying to "" should fail UpperCaseSimpleStr
ok 57 - Object stringifying to "1" should fail UpperCaseSimpleStr
ok 58 - Object numifying to 0 should fail UpperCaseSimpleStr
ok 59 - Object numifying to 1 should fail UpperCaseSimpleStr
ok 60 - Object overloading arrayref should fail UpperCaseSimpleStr
ok 61 - Object overloading hashref should fail UpperCaseSimpleStr
ok 62 - Object overloading coderef should fail UpperCaseSimpleStr
ok 63 - Object booling to false should fail UpperCaseSimpleStr
ok 64 - Object booling to true should fail UpperCaseSimpleStr
ok 65 - Value "\x{436}" fails type constraint UpperCaseSimpleStr
ok 66 - Value "\x{416}" passes type constraint UpperCaseSimpleStr
ok 67 - Value "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" passes type constraint UpperCaseSimpleStr
ok 68 - Value "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" fails type constraint UpperCaseSimpleStr
ok 69 - Value "\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}" passes type constraint UpperCaseSimpleStr
ok 70 - Value "\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}\x{416}" fails type constraint UpperCaseSimpleStr
ok 71 - Value "ABCDEF" passes type constraint UpperCaseSimpleStr
ok 72 - Value "ABC123" passes type constraint UpperCaseSimpleStr
ok 73 - Value "abc123" fails type constraint UpperCaseSimpleStr
ok 74 - Value "abcdef" fails type constraint UpperCaseSimpleStr
ok 75 - Value "123456" passes type constraint UpperCaseSimpleStr
ok 76 - Value " " passes type constraint UpperCaseSimpleStr
ok 77 - Value "" fails type constraint UpperCaseSimpleStr
ok 78 - coercion success
ok 79 - does not coerce non-strings
1..79
ok
t/21-types/UpperCaseStr.t ....................................
ok 1 - 'UpperCaseStr' isa 'Type::Tiny'
ok 2 - UpperCaseStr has correct name
ok 3 - UpperCaseStr has correct display_name
ok 4 - UpperCaseStr knows it is in the Types::Common::String library
ok 5 - Types::Common::String knows it has type UpperCaseStr
ok 6 - UpperCaseStr is not deprecated
ok 7 - UpperCaseStr is not anonymous
ok 8 - UpperCaseStr can be inlined
ok 9 - Inlining UpperCaseStr doesn't throw an exception
ok 10 - UpperCaseStr has a coercion
ok 11 - UpperCaseStr isn't parameterizable
ok 12 - UpperCaseStr has no type_default
ok 13 - Undef should fail UpperCaseStr
ok 14 - False should fail UpperCaseStr
ok 15 - True should pass UpperCaseStr
ok 16 - Zero should pass UpperCaseStr
ok 17 - One should pass UpperCaseStr
ok 18 - Negative one should pass UpperCaseStr
ok 19 - Non integer should pass UpperCaseStr
ok 20 - Empty string should fail UpperCaseStr
ok 21 - Whitespace should pass UpperCaseStr
ok 22 - Line break should pass UpperCaseStr
ok 23 - Random string should fail UpperCaseStr
ok 24 - Loaded package name should fail UpperCaseStr
ok 25 - Unloaded package name should fail UpperCaseStr
ok 26 - A reference to undef should fail UpperCaseStr
ok 27 - A reference to false should fail UpperCaseStr
ok 28 - A reference to true should fail UpperCaseStr
ok 29 - A reference to zero should fail UpperCaseStr
ok 30 - A reference to one should fail UpperCaseStr
ok 31 - A reference to empty string should fail UpperCaseStr
ok 32 - A reference to random string should fail UpperCaseStr
ok 33 - Blessed scalarref should fail UpperCaseStr
ok 34 - Empty arrayref should fail UpperCaseStr
ok 35 - Arrayref with one zero should fail UpperCaseStr
ok 36 - Arrayref of integers should fail UpperCaseStr
ok 37 - Arrayref of numbers should fail UpperCaseStr
ok 38 - Blessed arrayref should fail UpperCaseStr
ok 39 - Empty hashref should fail UpperCaseStr
ok 40 - Hashref should fail UpperCaseStr
ok 41 - Blessed hashref should fail UpperCaseStr
ok 42 - Coderef should fail UpperCaseStr
ok 43 - Blessed coderef should fail UpperCaseStr
ok 44 - Glob should fail UpperCaseStr
ok 45 - Globref should fail UpperCaseStr
ok 46 - Blessed globref should fail UpperCaseStr
ok 47 - Regexp should fail UpperCaseStr
ok 48 - Blessed regexp should fail UpperCaseStr
ok 49 - Filehandle should fail UpperCaseStr
ok 50 - Filehandle object should fail UpperCaseStr
ok 51 - Ref to scalarref should fail UpperCaseStr
ok 52 - Ref to arrayref should fail UpperCaseStr
ok 53 - Ref to hashref should fail UpperCaseStr
ok 54 - Ref to coderef should fail UpperCaseStr
ok 55 - Ref to blessed hashref should fail UpperCaseStr
ok 56 - Object stringifying to "" should fail UpperCaseStr
ok 57 - Object stringifying to "1" should fail UpperCaseStr
ok 58 - Object numifying to 0 should fail UpperCaseStr
ok 59 - Object numifying to 1 should fail UpperCaseStr
ok 60 - Object overloading arrayref should fail UpperCaseStr
ok 61 - Object overloading hashref should fail UpperCaseStr
ok 62 - Object overloading coderef should fail UpperCaseStr
ok 63 - Object booling to false should fail UpperCaseStr
ok 64 - Object booling to true should fail UpperCaseStr
ok 65 - Value "\x{436}" fails type constraint UpperCaseStr
ok 66 - Value "\x{416}" passes type constraint UpperCaseStr
ok 67 - Value "ABCDEF" passes type constraint UpperCaseStr
ok 68 - Value "ABC123" passes type constraint UpperCaseStr
ok 69 - Value "abc123" fails type constraint UpperCaseStr
ok 70 - Value "abcdef" fails type constraint UpperCaseStr
ok 71 - Value "123456" passes type constraint UpperCaseStr
ok 72 - Value " " passes type constraint UpperCaseStr
ok 73 - Value "" fails type constraint UpperCaseStr
ok 74 - coercion success
ok 75 - does not coerce non-strings
1..75
ok
t/21-types/Value.t ...........................................
ok 1 - 'Value' isa 'Type::Tiny'
ok 2 - Value has correct name
ok 3 - Value has correct display_name
ok 4 - Value knows it is in the Types::Standard library
ok 5 - Types::Standard knows it has type Value
ok 6 - Value is not deprecated
ok 7 - Value is not anonymous
ok 8 - Value can be inlined
ok 9 - Inlining Value doesn't throw an exception
ok 10 - Value doesn't have a coercion
ok 11 - Value isn't parameterizable
ok 12 - Value has no type_default
ok 13 - Undef should fail Value
ok 14 - False should pass Value
ok 15 - True should pass Value
ok 16 - Zero should pass Value
ok 17 - One should pass Value
ok 18 - Negative one should pass Value
ok 19 - Non integer should pass Value
ok 20 - Empty string should pass Value
ok 21 - Whitespace should pass Value
ok 22 - Line break should pass Value
ok 23 - Random string should pass Value
ok 24 - Loaded package name should pass Value
ok 25 - Unloaded package name should pass Value
ok 26 - A reference to undef should fail Value
ok 27 - A reference to false should fail Value
ok 28 - A reference to true should fail Value
ok 29 - A reference to zero should fail Value
ok 30 - A reference to one should fail Value
ok 31 - A reference to empty string should fail Value
ok 32 - A reference to random string should fail Value
ok 33 - Blessed scalarref should fail Value
ok 34 - Empty arrayref should fail Value
ok 35 - Arrayref with one zero should fail Value
ok 36 - Arrayref of integers should fail Value
ok 37 - Arrayref of numbers should fail Value
ok 38 - Blessed arrayref should fail Value
ok 39 - Empty hashref should fail Value
ok 40 - Hashref should fail Value
ok 41 - Blessed hashref should fail Value
ok 42 - Coderef should fail Value
ok 43 - Blessed coderef should fail Value
ok 44 - Glob should pass Value
ok 45 - Globref should fail Value
ok 46 - Blessed globref should fail Value
ok 47 - Regexp should fail Value
ok 48 - Blessed regexp should fail Value
ok 49 - Filehandle should fail Value
ok 50 - Filehandle object should fail Value
ok 51 - Ref to scalarref should fail Value
ok 52 - Ref to arrayref should fail Value
ok 53 - Ref to hashref should fail Value
ok 54 - Ref to coderef should fail Value
ok 55 - Ref to blessed hashref should fail Value
ok 56 - Object stringifying to "" should fail Value
ok 57 - Object stringifying to "1" should fail Value
ok 58 - Object numifying to 0 should fail Value
ok 59 - Object numifying to 1 should fail Value
ok 60 - Object overloading arrayref should fail Value
ok 61 - Object overloading hashref should fail Value
ok 62 - Object overloading coderef should fail Value
ok 63 - Object booling to false should fail Value
ok 64 - Object booling to true should fail Value
1..64
ok
t/30-external/Class-InsideOut/basic.t ........................
ok 1 - Object::HookedTT has/inherited its expected properties
ok 2 - Creating a Object::HookedTT object
ok 3 - integer(3.14) dies
ok 4 - integer(42) lives
ok 5 - integer() == 42
ok 6 - word(^^^^) dies
ok 7 - word(apple) lives
ok 8 - word() eq 'apple'
ok 9 - uppercase(banana) lives
ok 10 - uppercase() eq 'BANANA'
ok 11 - list(qw(foo bar bam)) lives
ok 12 - list() gives qw(foo bar bam)
ok 13 - list( [qw(foo bar bam)] ) lives
ok 14 - list() gives qw(foo bar bam)
ok 15 - reverser(qw(foo bar bam)) lives
ok 16 - reverser() in list context gives qw(bam bar foo)
ok 17 - reverser() in scalar context gives mabraboof
ok 18 - write_only lives on write
ok 19 - write only dies on write (and was caught)
1..19
ok
t/30-external/Class-Plain/basic.t ............................ skipped: requires Class::Plain
t/30-external/Class-Plain/multisig.t ......................... skipped: requires Class::Plain
t/30-external/Data-Constraint/basic.t ........................ skipped: requires Data::Constraint
t/30-external/Exporter-Tiny/basic.t ..........................
ok 1 - No exception exporting a legitimate function
ok 2 - main->can('Any')
ok 3 - Attempt to export a function which does not exist
ok 4 - Attempt to export a function which exists but not in @EXPORT_OK
ok 5 - "-types" shortcut works
ok 6 - "-coercions" shortcut works
ok 7 - renaming works
ok 8 - prefixes work
ok 9 - suffixes work
ok 10 - plus notation works for Type::Library
ok 11 - mkopt_hash
1..11
ok
t/30-external/Exporter-Tiny/installer.t ...................... skipped: requires Sub::Exporter::Lexical
t/30-external/Exporter-Tiny/role-conflict.t ..................
ok 1 - no exception when trying to compose two roles that use type constraints
# 187651075647752
# 187651075647752
1..1
ok
t/30-external/Function-Parameters/basic.t ....................
ok 1 - foo(4) works
ok 2 - foo(4.1) throws
ok 3 - $x->name
ok 4 - $x->type
1..4
ok
t/30-external/JSON-PP/basic.t ................................
ok 1 - Value "0" passes type constraint Bool
ok 2 - Value "1" passes type constraint Bool
ok 3 - Value "" passes type constraint Bool
ok 4 - Undef passes type constraint Bool
ok 5 - Reference bless( do{\(my $o = 1)}, 'JSON::PP::Boolean' ) fails type constraint Bool
ok 6 - Reference bless( do{\(my $o = 0)}, 'JSON::PP::Boolean' ) fails type constraint Bool
ok 7 - Reference \0 fails type constraint Bool
ok 8 - Reference \1 fails type constraint Bool
ok 9 - Bool coercion of JSON::PP::true
ok 10 - Bool coercion of JSON::PP::false
ok 11 - Value "0" passes type constraint BoolLike
ok 12 - Value "1" passes type constraint BoolLike
ok 13 - Value "" passes type constraint BoolLike
ok 14 - Undef passes type constraint BoolLike
ok 15 - Reference bless( do{\(my $o = 1)}, 'JSON::PP::Boolean' ) passes type constraint BoolLike
ok 16 - Reference bless( do{\(my $o = 0)}, 'JSON::PP::Boolean' ) passes type constraint BoolLike
ok 17 - Reference \0 fails type constraint Bool
ok 18 - Reference \1 fails type constraint Bool
1..18
ok
t/30-external/Kavorka/80returntype.t ......................... skipped: EXTENDED_TESTING
t/30-external/Kavorka/basic.t ................................ skipped: requires Kavorka
t/30-external/match-simple/basic.t ...........................
ok 1
ok 2
ok 3
ok 4
ok 5
1..5
ok
t/30-external/Moo/basic.t ....................................
ok 1 - some values that should pass their type constraint
ok 2 - direct violation of type constraint
ok 3 - violation of parent type constraint
ok 4 - violation of grandparent type constraint
ok 5 - violation of great-grandparent type constraint
1..5
ok
t/30-external/Moo/coercion-inlining-avoidance.t ..............
ok 1 - created a type constraint without a frozen coercion
ok 2 - ... it reports that it cannot be inlined
ok 3 - initial use of type in a Moo constructor
ok 4 - ... and it cannot coerce from an arrayref
ok 5 - ... and it cannot coerce from an hashref
ok 6 - can add coercions from ArrayRef and HashRef to the type
ok 7 - ... it is still not frozen
ok 8 - ... it reports that it still cannot be inlined
ok 9 - again use of type in a Moo constructor
ok 10 - ... but can coerce from ArrayRef
ok 11 - ... and can coerce from HashRef
ok 12 - can freeze the coercion
ok 13 - ... it reports that it is frozen
ok 14 - ... it reports that it can be inlined
1..14
ok
t/30-external/Moo/coercion.t .................................
ok 1 - An object of class 'Type::Tiny' isa 'Type::Tiny'
ok 2 - no exception on coercion in constructor - mutable class
ok 3 - 'big' attribute coerces in constructor - mutable class
ok 4 - 'small' attribute coerces in constructor - mutable class
ok 5 - 'big' attribute throws when it cannot coerce in constructor - mutable class
ok 6 - 'small' attribute throws when it cannot coerce in constructor - mutable class
ok 7 - 'big' attribute coerces in accessor - mutable class
ok 8 - 'small' attribute coerces in accessor - mutable class
ok 9 - 'big' attribute throws when it cannot coerce in accessor - mutable class
ok 10 - 'small' attribute throws when it cannot coerce in accessor - mutable class
ok 11 - no exception on coercion in constructor - immutable class
ok 12 - 'big' attribute coerces in constructor - immutable class
ok 13 - 'small' attribute coerces in constructor - immutable class
ok 14 - 'big' attribute throws when it cannot coerce in constructor - immutable class
ok 15 - 'small' attribute throws when it cannot coerce in constructor - immutable class
ok 16 - 'big' attribute coerces in accessor - immutable class
ok 17 - 'small' attribute coerces in accessor - immutable class
ok 18 - 'big' attribute throws when it cannot coerce in accessor - immutable class
ok 19 - 'small' attribute throws when it cannot coerce in accessor - immutable class
1..19
ok
t/30-external/Moo/exceptions.t ...............................
ok 1 - '$e_constructor' isa 'Error::TypeTiny::Assertion'
ok 2 - $e_constructor->has_attribute_name
ok 3 - $e_constructor->attribute_name
ok 4 - $e_constructor->has_attribute_step
ok 5 - $e_constructor->attribute_step
ok 6 - $e_constructor->varname
ok 7 - $e_constructor->value
ok 8 - $e_constructor->type
ok 9 - '$e_accessor' isa 'Error::TypeTiny::Assertion'
ok 10 - $e_accessor->has_attribute_name
ok 11 - $e_accessor->attribute_name
ok 12 - $e_accessor->has_attribute_step
ok 13 - $e_accessor->attribute_step
ok 14 - $e_accessor->value
ok 15 - $e_accessor->type
1..15
ok
t/30-external/Moo/inflation.t ................................
# {
# 'Type::Tiny::Class=HASH(0xaaaafa2a3520)' => sub { "DUMMY" },
# 'Type::Tiny::Class=HASH(0xaaaafa2dc1d0)' => sub { "DUMMY" },
# 'Type::Tiny::Class=HASH(0xaaaafa2fe050)' => sub { "DUMMY" },
# 'Type::Tiny::Duck=HASH(0xaaaafa2fe4a0)' => sub { "DUMMY" },
# 'Type::Tiny::Duck=HASH(0xaaaafa30abe8)' => sub { "DUMMY" },
# 'Type::Tiny::Role=HASH(0xaaaafa29cb68)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaaf9dcb370)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaaf9ee0ae0)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaaf9efdb28)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaaf9f7cd80)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaaf9f7d0f8)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaaf9f7d218)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaaf9f7d5f0)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaaf9f7d740)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaaf9ffd448)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa0036c0)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa003e10)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa017210)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa018098)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa075c40)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa0de980)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa13aa98)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa13f8e0)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa1403c0)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa148190)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa1515e0)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa151ac0)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa15b018)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa15b9f0)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa162718)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa16a638)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa173868)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa1742d0)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa17a608)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa181810)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa189020)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa189cf8)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa193178)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa19c168)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa1a2b18)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa1a7e70)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa1a89b0)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa1b2a10)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa1ba250)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa1c3188)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa1c3e48)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa1cb5b8)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa1d3bd0)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa1d8cc8)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa1fd3e8)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa204eb0)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa210320)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa21a530)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa21d870)' => sub { "DUMMY" },
# 'Type::Tiny=HASH(0xaaaafa29c6e8)' => sub { "DUMMY" }
# }
ok 1 - some values that should pass their type constraint - Moose is not loaded
ok 2 - direct violation of type constraint - Moose is not loaded
ok 3 - violation of parent type constraint - Moose is not loaded
ok 4 - violation of grandparent type constraint - Moose is not loaded
ok 5 - violation of great-grandparent type constraint - Moose is not loaded
ok 6 - some values that should pass their type constraint - Moose is loaded
ok 7 - direct violation of type constraint - Moose is loaded
ok 8 - violation of parent type constraint - Moose is loaded
ok 9 - violation of grandparent type constraint - Moose is loaded
ok 10 - violation of great-grandparent type constraint - Moose is loaded
ok 11 - type constraint metaobject inflates from Moo to Moose
1..11
ok
t/30-external/Moo/inflation2.t ...............................
ok 1
1..1
ok
t/30-external/Moops/basic.t .................................. skipped: requires Moops
t/30-external/Moops/library-keyword.t ........................ skipped: requires Moops
t/30-external/Moose/accept-moose-types.t .....................
ok 1 - 'Int' isa 'Moose::Meta::TypeConstraint'
ok 2 - 'Str' isa 'Moose::Meta::TypeConstraint'
ok 3 - '$PositiveInt' isa 'Type::Tiny'
ok 4 - '$PositiveInt->parent' isa 'Type::Tiny'
1..4
ok
t/30-external/Moose/basic.t ..................................
# The basics
ok 1 - some values that should pass their type constraint
ok 2 - direct violation of type constraint
ok 3 - violation of parent type constraint
ok 4 - violation of grandparent type constraint
ok 5 - violation of great-grandparent type constraint
# Coercion...
ok 6 - types converted from Moose retain coercions
ok 7 - ... which work
ok 8 - ... refaddr matches
ok 9 - ... coercion refaddr matches
# Introspection, comparisons, conversions...
ok 10 - 'Int' isa 'Class::MOP::Object'
ok 11 - 'ArrayRef' isa 'Moose::Meta::TypeConstraint'
ok 12 - 'ArrayRef' isa 'Moose::Meta::TypeConstraint::Parameterizable'
ok 13 - 'ArrayRef[Int]' isa 'Moose::Meta::TypeConstraint'
ok 14 - 'ArrayRef[Int]' isa 'Moose::Meta::TypeConstraint::Parameterized'
ok 15 - 'ArrayRef|Int' isa 'Moose::Meta::TypeConstraint'
ok 16 - 'ArrayRef|Int' isa 'Moose::Meta::TypeConstraint::Union'
ok 17 - 'MyInt->coercion' isa 'Moose::Meta::TypeCoercion'
ok 18 - '(ArrayRef|Int)->coercion' isa 'Moose::Meta::TypeCoercion'
ok 19 - '(ArrayRef|Int)->coercion' isa 'Moose::Meta::TypeCoercion::Union'
ok 20 - equivalence between Types::Standard types and core Moose types
ok 21 - '$classtype' isa 'Moose::Meta::TypeConstraint::Class'
ok 22 - Type::Tiny::Class provides meta information to Moose::Meta::TypeConstraint::Class
ok 23 - '$classtype->Types::TypeTiny::to_TypeTiny' isa 'Type::Tiny::Class'
ok 24 - '$roletype' isa 'Moose::Meta::TypeConstraint'
ok 25 - NB! Type::Tiny::Role does not inflate to Moose::Meta::TypeConstraint::Role because of differing notions as to what constitutes a role.
ok 26 - '$roletype->Types::TypeTiny::to_TypeTiny' isa 'Type::Tiny::Role'
ok 27 - '$ducktype' isa 'Moose::Meta::TypeConstraint::DuckType'
ok 28 - Type::Tiny::Duck provides meta information to Moose::Meta::TypeConstraint::DuckType
ok 29 - '$ducktype->Types::TypeTiny::to_TypeTiny' isa 'Type::Tiny::Duck'
ok 30 - '$classtype' isa 'Moose::Meta::TypeConstraint::Enum'
ok 31 - Type::Tiny::Enum provides meta information to Moose::Meta::TypeConstraint::Enum
ok 32 - '$enumtype->Types::TypeTiny::to_TypeTiny' isa 'Type::Tiny::Enum'
ok 33 - '$union' isa 'Moose::Meta::TypeConstraint::Union'
ok 34 - Type::Tiny::Union provides meta information to Moose::Meta::TypeConstraint::Union
ok 35 - '$union->Types::TypeTiny::to_TypeTiny' isa 'Type::Tiny::Union'
ok 36 - $union->type_constraints->[$i]->Types::TypeTiny::to_TypeTiny provides access to underlying Type::Tiny objects
ok 37 - '$intersect' isa 'Moose::Meta::TypeConstraint'
ok 38 - '$intersect->Types::TypeTiny::to_TypeTiny' isa 'Type::Tiny::Intersection'
ok 39 - round-tripping between ->moose_type and ->Types::TypeTiny::to_TypeTiny preserves reference address
# Method pass-through
ok 40 - method pass-through
ok 41 - ... but not non-existant method
ok 42 - ... and `can` works ok
ok 43 - method pass-through for coercions
ok 44 - ... but not non-existant method
ok 45 - ... and `can` works ok
1..45
ok
t/30-external/Moose/coercion-more.t ..........................
ok 1 - An object of class 'Type::Tiny' isa 'Moose::Meta::TypeConstraint'
ok 2 - no_coercions and friends available on Moose type constraint objects
1..2
ok
t/30-external/Moose/coercion.t ...............................
ok 1 - An object of class 'Type::Tiny' isa 'Moose::Meta::TypeConstraint'
ok 2 - no exception on coercion in constructor - mutable class
ok 3 - 'big' attribute coerces in constructor - mutable class
ok 4 - 'small' attribute coerces in constructor - mutable class
ok 5 - 'big' attribute throws when it cannot coerce in constructor - mutable class
ok 6 - 'small' attribute throws when it cannot coerce in constructor - mutable class
ok 7 - 'big' attribute coerces in accessor - mutable class
ok 8 - 'small' attribute coerces in accessor - mutable class
ok 9 - 'big' attribute throws when it cannot coerce in accessor - mutable class
ok 10 - 'small' attribute throws when it cannot coerce in accessor - mutable class
ok 11 - no exception on coercion in constructor - immutable class
ok 12 - 'big' attribute coerces in constructor - immutable class
ok 13 - 'small' attribute coerces in constructor - immutable class
ok 14 - 'big' attribute throws when it cannot coerce in constructor - immutable class
ok 15 - 'small' attribute throws when it cannot coerce in constructor - immutable class
ok 16 - 'big' attribute coerces in accessor - immutable class
ok 17 - 'small' attribute coerces in accessor - immutable class
ok 18 - 'big' attribute throws when it cannot coerce in accessor - immutable class
ok 19 - 'small' attribute throws when it cannot coerce in accessor - immutable class
1..19
ok
t/30-external/Moose/inflate-then-inline.t ....................
ok 1 - $type2->inline_check
ok 2 - $type2->moose_type->_inline_check
1..2
ok
t/30-external/Moose/native-attribute-traits.t ................
ok 1
# IMMUTABLE
# Subtest: Array trait with type ArrayRef[Object]
ok 1 - pushing ok value
ok 2 - pushing not ok value
1..2
ok 2 - Array trait with type ArrayRef[Object]
# Subtest: Array trait with type ArrayRef[InstanceOf] and coercion
ok 1 - pushing ok values
ok 2 - '$things->[0]' isa 'Mini::Milk'
ok 3 - $things->[0]->i == 0
ok 4 - '$things->[1]' isa 'Mini::Milk'
ok 5 - $things->[1]->i == 1
ok 6 - '$things->[2]' isa 'Mini::Milk'
ok 7 - $things->[2]->i == 2
ok 8 - '$things->[3]' isa 'Mini::Milk'
ok 9 - $things->[3]->i == 3
1..9
ok 3 - Array trait with type ArrayRef[InstanceOf] and coercion
# Subtest: Array trait with type ArrayRef[InstanceOf] and coercion and subtyping
ok 1 - pushing ok values
ok 2 - '$things->[0]' isa 'Mini::Milk'
ok 3 - $things->[0]->i == 0
ok 4 - '$things->[1]' isa 'Mini::Milk'
ok 5 - $things->[1]->i == 1
ok 6 - '$things->[2]' isa 'Mini::Milk'
ok 7 - $things->[2]->i == 2
ok 8 - '$things->[3]' isa 'Mini::Milk'
ok 9 - $things->[3]->i == 3
1..9
ok 4 - Array trait with type ArrayRef[InstanceOf] and coercion and subtyping
# Subtest: Hash trait with type HashRef
ok 1 - default empty hash
ok 2 - getter
ok 3 - getter
ok 4 - setter
ok 5 - predicate
ok 6 - predicate
ok 7 - predicate - negatory
ok 8 - correct hash
1..8
ok 5 - Hash trait with type HashRef
# Subtest: Hash trait with type HashRef[Int]
ok 1 - default empty hash
ok 2 - getter
ok 3 - getter
ok 4 - setter
ok 5 - predicate
ok 6 - predicate
ok 7 - predicate - negatory
ok 8 - correct hash
ok 9 - cannot add non-Int value
1..9
ok 6 - Hash trait with type HashRef[Int]
# Subtest: Hash trait with type Map
ok 1 - default empty hash
ok 2 - getter
ok 3 - getter
ok 4 - setter
ok 5 - predicate
ok 6 - predicate
ok 7 - predicate - negatory
ok 8 - correct hash
1..8
ok 7 - Hash trait with type Map
# Subtest: Hash trait with type Map[Str,Int]
ok 1 - default empty hash
ok 2 - getter
ok 3 - getter
ok 4 - setter
ok 5 - predicate
ok 6 - predicate
ok 7 - predicate - negatory
ok 8 - correct hash
ok 9 - cannot add non-Int value
1..9
ok 8 - Hash trait with type Map[Str,Int]
# Subtest: Hash trait with types HashRef[InstanceOf] and Map[Int,InstanceOf]; and coercion
ok 1 - adding ok values to HashRef
ok 2 - adding ok values to Map
ok 3 - '$h->{0}' isa 'Mini::Milk'
ok 4 - $h->{0}->i == .0
ok 5 - '$h->{1}' isa 'Mini::Milk'
ok 6 - $h->{1}->i == .1
ok 7 - '$h->{2}' isa 'Mini::Milk'
ok 8 - $h->{2}->i == .2
ok 9 - '$h->{3}' isa 'Mini::Milk'
ok 10 - $h->{3}->i == .3
ok 11 - '$m->{4}' isa 'Mini::Milk'
ok 12 - $m->{4}->i == .4
ok 13 - '$m->{5}' isa 'Mini::Milk'
ok 14 - $m->{5}->i == .5
ok 15 - '$m->{6}' isa 'Mini::Milk'
ok 16 - $m->{6}->i == .6
ok 17 - '$m->{7}' isa 'Mini::Milk'
ok 18 - $m->{7}->i == .7
1..18
ok 9 - Hash trait with types HashRef[InstanceOf] and Map[Int,InstanceOf]; and coercion
# Subtest: Hash trait with types HashRef[InstanceOf] and Map[Int,InstanceOf]; and coercion and subtyping
ok 1 - adding ok values to HashRef
ok 2 - adding ok values to Map
ok 3 - '$h->{0}' isa 'Mini::Milk'
ok 4 - $h->{0}->i == .0
ok 5 - '$h->{1}' isa 'Mini::Milk'
ok 6 - $h->{1}->i == .1
ok 7 - '$h->{2}' isa 'Mini::Milk'
ok 8 - $h->{2}->i == .2
ok 9 - '$h->{3}' isa 'Mini::Milk'
ok 10 - $h->{3}->i == .3
ok 11 - '$m->{4}' isa 'Mini::Milk'
ok 12 - $m->{4}->i == .4
ok 13 - '$m->{5}' isa 'Mini::Milk'
ok 14 - $m->{5}->i == .5
ok 15 - '$m->{6}' isa 'Mini::Milk'
ok 16 - $m->{6}->i == .6
ok 17 - '$m->{7}' isa 'Mini::Milk'
ok 18 - $m->{7}->i == .7
1..18
ok 10 - Hash trait with types HashRef[InstanceOf] and Map[Int,InstanceOf]; and coercion and subtyping
# MUTABLE
# Subtest: Array trait with type ArrayRef[Object]
ok 1 - pushing ok value
ok 2 - pushing not ok value
1..2
ok 11 - Array trait with type ArrayRef[Object]
# Subtest: Array trait with type ArrayRef[InstanceOf] and coercion
ok 1 - pushing ok values
ok 2 - '$things->[0]' isa 'Mini::Milk'
ok 3 - $things->[0]->i == 0
ok 4 - '$things->[1]' isa 'Mini::Milk'
ok 5 - $things->[1]->i == 1
ok 6 - '$things->[2]' isa 'Mini::Milk'
ok 7 - $things->[2]->i == 2
ok 8 - '$things->[3]' isa 'Mini::Milk'
ok 9 - $things->[3]->i == 3
1..9
ok 12 - Array trait with type ArrayRef[InstanceOf] and coercion
# Subtest: Array trait with type ArrayRef[InstanceOf] and coercion and subtyping
ok 1 - pushing ok values
ok 2 - '$things->[0]' isa 'Mini::Milk'
ok 3 - $things->[0]->i == 0
ok 4 - '$things->[1]' isa 'Mini::Milk'
ok 5 - $things->[1]->i == 1
ok 6 - '$things->[2]' isa 'Mini::Milk'
ok 7 - $things->[2]->i == 2
ok 8 - '$things->[3]' isa 'Mini::Milk'
ok 9 - $things->[3]->i == 3
1..9
ok 13 - Array trait with type ArrayRef[InstanceOf] and coercion and subtyping
# Subtest: Hash trait with type HashRef
ok 1 - default empty hash
ok 2 - getter
ok 3 - getter
ok 4 - setter
ok 5 - predicate
ok 6 - predicate
ok 7 - predicate - negatory
ok 8 - correct hash
1..8
ok 14 - Hash trait with type HashRef
# Subtest: Hash trait with type HashRef[Int]
ok 1 - default empty hash
ok 2 - getter
ok 3 - getter
ok 4 - setter
ok 5 - predicate
ok 6 - predicate
ok 7 - predicate - negatory
ok 8 - correct hash
ok 9 - cannot add non-Int value
1..9
ok 15 - Hash trait with type HashRef[Int]
# Subtest: Hash trait with type Map
ok 1 - default empty hash
ok 2 - getter
ok 3 - getter
ok 4 - setter
ok 5 - predicate
ok 6 - predicate
ok 7 - predicate - negatory
ok 8 - correct hash
1..8
ok 16 - Hash trait with type Map
# Subtest: Hash trait with type Map[Str,Int]
ok 1 - default empty hash
ok 2 - getter
ok 3 - getter
ok 4 - setter
ok 5 - predicate
ok 6 - predicate
ok 7 - predicate - negatory
ok 8 - correct hash
ok 9 - cannot add non-Int value
1..9
ok 17 - Hash trait with type Map[Str,Int]
# Subtest: Hash trait with types HashRef[InstanceOf] and Map[Int,InstanceOf]; and coercion
ok 1 - adding ok values to HashRef
ok 2 - adding ok values to Map
ok 3 - '$h->{0}' isa 'Mini::Milk'
ok 4 - $h->{0}->i == .0
ok 5 - '$h->{1}' isa 'Mini::Milk'
ok 6 - $h->{1}->i == .1
ok 7 - '$h->{2}' isa 'Mini::Milk'
ok 8 - $h->{2}->i == .2
ok 9 - '$h->{3}' isa 'Mini::Milk'
ok 10 - $h->{3}->i == .3
ok 11 - '$m->{4}' isa 'Mini::Milk'
ok 12 - $m->{4}->i == .4
ok 13 - '$m->{5}' isa 'Mini::Milk'
ok 14 - $m->{5}->i == .5
ok 15 - '$m->{6}' isa 'Mini::Milk'
ok 16 - $m->{6}->i == .6
ok 17 - '$m->{7}' isa 'Mini::Milk'
ok 18 - $m->{7}->i == .7
1..18
ok 18 - Hash trait with types HashRef[InstanceOf] and Map[Int,InstanceOf]; and coercion
# Subtest: Hash trait with types HashRef[InstanceOf] and Map[Int,InstanceOf]; and coercion and subtyping
ok 1 - adding ok values to HashRef
ok 2 - adding ok values to Map
ok 3 - '$h->{0}' isa 'Mini::Milk'
ok 4 - $h->{0}->i == .0
ok 5 - '$h->{1}' isa 'Mini::Milk'
ok 6 - $h->{1}->i == .1
ok 7 - '$h->{2}' isa 'Mini::Milk'
ok 8 - $h->{2}->i == .2
ok 9 - '$h->{3}' isa 'Mini::Milk'
ok 10 - $h->{3}->i == .3
ok 11 - '$m->{4}' isa 'Mini::Milk'
ok 12 - $m->{4}->i == .4
ok 13 - '$m->{5}' isa 'Mini::Milk'
ok 14 - $m->{5}->i == .5
ok 15 - '$m->{6}' isa 'Mini::Milk'
ok 16 - $m->{6}->i == .6
ok 17 - '$m->{7}' isa 'Mini::Milk'
ok 18 - $m->{7}->i == .7
1..18
ok 19 - Hash trait with types HashRef[InstanceOf] and Map[Int,InstanceOf]; and coercion and subtyping
1..19
ok
t/30-external/Moose/parameterized.t ..........................
ok 1
ok 2 - Reference [1,2,3] passes type constraint ArrayRef[Int]
ok 3 - Reference ["a","b","c"] fails type constraint ArrayRef[Int]
1..3
ok
t/30-external/MooseX-Getopt/coercion.t .......................
ok 1 - no exception on coercion in constructor - mutable class
ok 2 - no exception on coercion in constructor - immutable class
1..2
ok
t/30-external/MooseX-Types/basic.t ...........................
ok 1 - An object of class 'Moose::Meta::TypeConstraint::Union' isa 'Moose::Meta::TypeConstraint'
ok 2 - An object of class 'Type::Tiny::Union' isa 'Moose::Meta::TypeConstraint'
ok 3 - An object of class 'Type::Tiny::Union' isa 'Type::Tiny'
ok 4 - Reference [] passes type constraint ArrayRef|Int
ok 5 - Value "2" passes type constraint ArrayRef|Int
ok 6 - Reference {} fails type constraint ArrayRef|Int
ok 7 - Reference [] passes type constraint ArrayRef|Int
ok 8 - Value "2" passes type constraint ArrayRef|Int
ok 9 - Reference {} fails type constraint ArrayRef|Int
ok 10 - Reference [1,2,3] passes type constraint ArrayRef[Int]
ok 11 - Reference [] passes type constraint ArrayRef[Int]
ok 12 - Reference {} fails type constraint ArrayRef[Int]
ok 13 - Reference ["x"] fails type constraint ArrayRef[Int]
ok 14 - Reference [1,2,3] passes type constraint ArrayRef[Int]
ok 15 - Reference [] passes type constraint ArrayRef[Int]
ok 16 - Reference {} fails type constraint ArrayRef[Int]
ok 17 - Reference ["x"] fails type constraint ArrayRef[Int]
ok 18 - Reference [] passes type constraint ArrayRef[ArrayRef|Int]
ok 19 - Reference [1,2,3] passes type constraint ArrayRef[ArrayRef|Int]
ok 20 - Reference [[],[]] passes type constraint ArrayRef[ArrayRef|Int]
ok 21 - Reference [11,[]] passes type constraint ArrayRef[ArrayRef|Int]
ok 22 - Reference [[],11] passes type constraint ArrayRef[ArrayRef|Int]
ok 23 - Reference ["1.111"] fails type constraint ArrayRef[ArrayRef|Int]
ok 24 - to_TypeTiny caches results
1..24
ok
t/30-external/MooseX-Types/extending.t .......................
ok 1 - Value "foo" passes type constraint Str
ok 2 - Value "" passes type constraint Str
ok 3 - Value "foo" passes type constraint NonEmptyStr
ok 4 - Value "" fails type constraint NonEmptyStr
ok 5 - Reference {} passes type constraint HashLike
ok 6 - Reference [] fails type constraint HashLike
ok 7 - cannot extend non-type-library
ok 8 - MooseX::Types coercion works as expected
ok 9 - Type::Tiny coercion works built from MooseX::Types extension
1..9
ok
t/30-external/MooseX-Types/more.t ............................
ok 1 - 'Not' isa 'Moose::Meta::TypeConstraint'
ok 2 - 'Int' isa 'Moose::Meta::TypeConstraint'
ok 3 - '~Int' isa 'Moose::Meta::TypeConstraint'
ok 4 - 'Int' isa 'Moose::Meta::TypeConstraint'
ok 5 - Value "1.1" fails type constraint Int
ok 6 - Undef fails type constraint Int
ok 7 - Reference [] fails type constraint Int
ok 8 - Value "2" passes type constraint Int
ok 9 - Value "1.1" passes type constraint ~Int
ok 10 - Undef passes type constraint ~Int
ok 11 - Reference [] passes type constraint ~Int
ok 12 - Value "2" fails type constraint ~Int
ok 13 - Value "1.1" fails type constraint Int
ok 14 - Undef fails type constraint Int
ok 15 - Reference [] fails type constraint Int
ok 16 - Value "2" passes type constraint Int
ok 17 - Value "1.1" fails type constraint Not
ok 18 - Undef fails type constraint Not
ok 19 - Reference [] fails type constraint Not
ok 20 - Value "2" fails type constraint Not
1..20
ok
t/30-external/Mouse/basic.t ..................................
ok 1 - some values that should pass their type constraint
ok 2 - direct violation of type constraint
ok 3 - violation of parent type constraint
ok 4 - violation of grandparent type constraint
ok 5 - violation of great-grandparent type constraint
ok 6 - Mouse::Util::is_a_type_constraint accepts Type::Tiny type constraints
# Coercion...
ok 7 - types converted from Mouse retain coercions
ok 8 - ... which work
1..8
ok
t/30-external/Mouse/coercion.t ...............................
ok 1 - An object of class 'Type::Tiny' isa 'Mouse::Meta::TypeConstraint'
ok 2 - no exception on coercion in constructor - mutable class
ok 3 - 'big' attribute coerces in constructor - mutable class
ok 4 - 'small' attribute coerces in constructor - mutable class
ok 5 - 'big' attribute throws when it cannot coerce in constructor - mutable class
ok 6 - 'small' attribute throws when it cannot coerce in constructor - mutable class
ok 7 - 'big' attribute coerces in accessor - mutable class
ok 8 - 'small' attribute coerces in accessor - mutable class
ok 9 - 'big' attribute throws when it cannot coerce in accessor - mutable class
ok 10 - 'small' attribute throws when it cannot coerce in accessor - mutable class
ok 11 - no exception on coercion in constructor - immutable class
ok 12 - 'big' attribute coerces in constructor - immutable class
ok 13 - 'small' attribute coerces in constructor - immutable class
ok 14 - 'big' attribute throws when it cannot coerce in constructor - immutable class
ok 15 - 'small' attribute throws when it cannot coerce in constructor - immutable class
ok 16 - 'big' attribute coerces in accessor - immutable class
ok 17 - 'small' attribute coerces in accessor - immutable class
ok 18 - 'big' attribute throws when it cannot coerce in accessor - immutable class
ok 19 - 'small' attribute throws when it cannot coerce in accessor - immutable class
1..19
ok
t/30-external/Mouse/parameterized.t ..........................
ok 1
ok 2 - Reference [1,2,3] passes type constraint ArrayRef[__ANON__]
ok 3 - Reference ["a","b","c"] fails type constraint ArrayRef[__ANON__]
1..3
ok
t/30-external/MouseX-Types/basic.t ...........................
ok 1 - An object of class 'Mouse::Meta::TypeConstraint' isa 'Mouse::Meta::TypeConstraint'
ok 2 - An object of class 'Mouse::Meta::TypeConstraint' isa 'Mouse::Meta::TypeConstraint'
ok 3 - An object of class 'Type::Tiny::Union' isa 'Type::Tiny'
ok 4 - Reference [] passes type constraint ArrayRef|Int
ok 5 - Value "2" passes type constraint ArrayRef|Int
ok 6 - Reference {} fails type constraint ArrayRef|Int
ok 7 - Reference [] passes type constraint ArrayRef|Int
ok 8 - Value "2" passes type constraint ArrayRef|Int
ok 9 - Reference {} fails type constraint ArrayRef|Int
# bless( {
# 'compiled_type_constraint' => sub { "DUMMY" },
# 'constraint' => sub { "DUMMY" },
# 'definition_context' => {
# 'file' => 't/30-external/MouseX-Types/basic.t',
# 'line' => 37,
# 'package' => 'main'
# },
# 'deprecated' => !!0,
# 'display_name' => 'ArrayRef|Int',
# 'name' => '__ANON__',
# 'parent' => undef,
# 'type_constraints' => [
# bless( {
# '_is_core' => 1,
# '_overload_coderef' => sub { "DUMMY" },
# '_overrides_assert_return' => !!0,
# 'coercion' => bless( {
# '_compiled_type_constraint_check' => sub { "DUMMY" },
# 'display_name' => 'to_ArrayRef',
# 'frozen' => 1,
# 'name' => '__ANON__',
# 'type_coercion_map' => [],
# 'type_constraint' => $VAR1->{'type_constraints'}[0]
# }, 'Type::Coercion' ),
# 'coercion_generator' => bless( [
# 'ArrayRef',
# 'coercion_generator'
# ], 'Types::Standard::LazyLoad' ),
# 'compiled_type_constraint' => $VAR1->{'type_constraints'}[0]{'coercion'}{'_compiled_type_constraint_check'},
# 'constraint' => sub { "DUMMY" },
# 'constraint_generator' => bless( [
# 'ArrayRef',
# 'constraint_generator'
# ], 'Types::Standard::LazyLoad' ),
# 'deep_explanation' => bless( [
# 'ArrayRef',
# 'deep_explanation'
# ], 'Types::Standard::LazyLoad' ),
# 'definition_context' => {
# 'file' => '/build/reproducible-path/libtype-tiny-perl-2.004000/blib/lib/Types/Standard.pm',
# 'line' => 513,
# 'package' => 'Types::Standard'
# },
# 'deprecated' => !!0,
# 'display_name' => 'ArrayRef',
# 'exception_class' => 'Error::TypeTiny::Assertion',
# 'inline_generator' => bless( [
# 'ArrayRef',
# 'inline_generator'
# ], 'Types::Standard::LazyLoad' ),
# 'inlined' => sub { "DUMMY" },
# 'library' => 'Types::Standard',
# 'name' => 'ArrayRef',
# 'parent' => bless( {
# '_is_core' => 1,
# '_overload_coderef' => sub { "DUMMY" },
# '_overrides_assert_return' => !!0,
# 'coercion' => bless( {
# '_compiled_type_constraint_check' => sub { "DUMMY" },
# 'display_name' => 'to_Ref',
# 'frozen' => 1,
# 'name' => '__ANON__',
# 'type_coercion_map' => [],
# 'type_constraint' => $VAR1->{'type_constraints'}[0]{'parent'}
# }, 'Type::Coercion' ),
# 'compiled_type_constraint' => $VAR1->{'type_constraints'}[0]{'parent'}{'coercion'}{'_compiled_type_constraint_check'},
# 'constraint' => sub { "DUMMY" },
# 'constraint_generator' => sub { "DUMMY" },
# 'deep_explanation' => sub { "DUMMY" },
# 'definition_context' => {
# 'file' => '/build/reproducible-path/libtype-tiny-perl-2.004000/blib/lib/Types/Standard.pm',
# 'line' => 428,
# 'package' => 'Types::Standard'
# },
# 'deprecated' => !!0,
# 'display_name' => 'Ref',
# 'exception_class' => 'Error::TypeTiny::Assertion',
# 'inline_generator' => sub { "DUMMY" },
# 'inlined' => sub { "DUMMY" },
# 'library' => 'Types::Standard',
# 'name' => 'Ref',
# 'parent' => bless( {
# '_is_core' => 1,
# '_overload_coderef' => sub { "DUMMY" },
# '_overrides_assert_return' => !!0,
# 'coercion' => bless( {
# '_compiled_type_constraint_check' => sub { "DUMMY" },
# 'display_name' => 'to_Defined',
# 'frozen' => 1,
# 'name' => '__ANON__',
# 'type_coercion_map' => [],
# 'type_constraint' => $VAR1->{'type_constraints'}[0]{'parent'}{'parent'}
# }, 'Type::Coercion' ),
# 'compiled_type_constraint' => $VAR1->{'type_constraints'}[0]{'parent'}{'parent'}{'coercion'}{'_compiled_type_constraint_check'},
# 'complementary_type' => bless( {
# '_is_core' => 1,
# '_overload_coderef' => sub { "DUMMY" },
# '_overrides_assert_return' => !!0,
# 'coercion' => bless( {
# '_compiled_type_constraint_check' => sub { "DUMMY" },
# 'display_name' => 'to_Undef',
# 'frozen' => 1,
# 'name' => '__ANON__',
# 'type_coercion_map' => [],
# 'type_constraint' => $VAR1->{'type_constraints'}[0]{'parent'}{'parent'}{'complementary_type'}
# }, 'Type::Coercion' ),
# 'compiled_type_constraint' => $VAR1->{'type_constraints'}[0]{'parent'}{'parent'}{'complementary_type'}{'coercion'}{'_compiled_type_constraint_check'},
# 'complementary_type' => $VAR1->{'type_constraints'}[0]{'parent'}{'parent'},
# 'constraint' => sub { "DUMMY" },
# 'definition_context' => {
# 'file' => '/build/reproducible-path/libtype-tiny-perl-2.004000/blib/lib/Types/Standard.pm',
# 'line' => 245,
# 'package' => 'Types::Standard'
# },
# 'deprecated' => !!0,
# 'display_name' => 'Undef',
# 'exception_class' => 'Error::TypeTiny::Assertion',
# 'inlined' => sub { "DUMMY" },
# 'library' => 'Types::Standard',
# 'name' => 'Undef',
# 'parent' => bless( {
# '_is_core' => 1,
# '_overload_coderef' => sub { "DUMMY" },
# '_overrides_assert_return' => !!0,
# 'coercion' => bless( {
# '_compiled_type_constraint_check' => sub { "DUMMY" },
# 'display_name' => 'to_Item',
# 'frozen' => 1,
# 'name' => '__ANON__',
# 'type_coercion_map' => [],
# 'type_constraint' => $VAR1->{'type_constraints'}[0]{'parent'}{'parent'}{'complementary_type'}{'parent'}
# }, 'Type::Coercion' ),
# 'compiled_type_constraint' => $VAR1->{'type_constraints'}[0]{'parent'}{'parent'}{'complementary_type'}{'parent'}{'coercion'}{'_compiled_type_constraint_check'},
# 'constraint' => sub { "DUMMY" },
# 'definition_context' => {
# 'file' => '/build/reproducible-path/libtype-tiny-perl-2.004000/blib/lib/Types/Standard.pm',
# 'line' => 217,
# 'package' => 'Types::Standard'
# },
# 'deprecated' => !!0,
# 'display_name' => 'Item',
# 'exception_class' => 'Error::TypeTiny::Assertion',
# 'inlined' => sub { "DUMMY" },
# 'library' => 'Types::Standard',
# 'name' => 'Item',
# 'parent' => bless( {
# '_is_core' => 1,
# '_overload_coderef' => sub { "DUMMY" },
# '_overrides_assert_return' => !!0,
# 'coercion' => bless( {
# '_compiled_type_constraint_check' => $VAR1->{'type_constraints'}[0]{'parent'}{'parent'}{'complementary_type'}{'parent'}{'coercion'}{'_compiled_type_constraint_check'},
# 'display_name' => 'to_Any',
# 'frozen' => 1,
# 'name' => '__ANON__',
# 'type_coercion_map' => [],
# 'type_constraint' => $VAR1->{'type_constraints'}[0]{'parent'}{'parent'}{'complementary_type'}{'parent'}{'parent'}
# }, 'Type::Coercion' ),
# 'compiled_type_constraint' => $VAR1->{'type_constraints'}[0]{'parent'}{'parent'}{'complementary_type'}{'parent'}{'coercion'}{'_compiled_type_constraint_check'},
# 'complement_name' => 'None',
# 'constraint' => $VAR1->{'type_constraints'}[0]{'parent'}{'parent'}{'complementary_type'}{'parent'}{'constraint'},
# 'definition_context' => {
# 'file' => '/build/reproducible-path/libtype-tiny-perl-2.004000/blib/lib/Types/Standard.pm',
# 'line' => 211,
# 'package' => 'Types::Standard'
# },
# 'deprecated' => !!0,
# 'display_name' => 'Any',
# 'exception_class' => 'Error::TypeTiny::Assertion',
# 'inlined' => sub { "DUMMY" },
# 'library' => 'Types::Standard',
# 'name' => 'Any',
# 'type_default' => sub { "DUMMY" },
# 'uniq' => 1
# }, 'Type::Tiny' ),
# 'uniq' => 2
# }, 'Type::Tiny' ),
# 'type_default' => sub { "DUMMY" },
# 'uniq' => 6
# }, 'Type::Tiny' ),
# 'constraint' => sub { "DUMMY" },
# 'definition_context' => {
# 'file' => '/build/reproducible-path/libtype-tiny-perl-2.004000/blib/lib/Types/Standard.pm',
# 'line' => 253,
# 'package' => 'Types::Standard'
# },
# 'deprecated' => !!0,
# 'display_name' => 'Defined',
# 'exception_class' => 'Error::TypeTiny::Assertion',
# 'inlined' => sub { "DUMMY" },
# 'library' => 'Types::Standard',
# 'name' => 'Defined',
# 'parent' => $VAR1->{'type_constraints'}[0]{'parent'}{'parent'}{'complementary_type'}{'parent'},
# 'uniq' => 7
# }, 'Type::Tiny' ),
# 'uniq' => 16
# }, 'Type::Tiny' ),
# 'type_default' => sub { "DUMMY" },
# 'type_default_generator' => sub { "DUMMY" },
# 'uniq' => 21
# }, 'Type::Tiny' ),
# bless( {
# 'compiled_type_constraint' => sub { "DUMMY" },
# 'constraint' => sub { "DUMMY" },
# 'definition_context' => {
# 'file' => '/build/reproducible-path/libtype-tiny-perl-2.004000/blib/lib/Types/TypeTiny.pm',
# 'line' => 772,
# 'package' => 'Types::TypeTiny'
# },
# 'deprecated' => !!0,
# 'display_name' => 'Int',
# 'message' => sub { "DUMMY" },
# 'name' => '__ANON__',
# 'uniq' => 40
# }, 'Type::Tiny' )
# ],
# 'uniq' => 41
# }, 'Type::Tiny::Union' )
ok 10 - Reference [1,2,3] passes type constraint ArrayRef[Int]
ok 11 - Reference [] passes type constraint ArrayRef[Int]
ok 12 - Reference {} fails type constraint ArrayRef[Int]
ok 13 - Reference ["x"] fails type constraint ArrayRef[Int]
ok 14 - Reference [1,2,3] passes type constraint ArrayRef[Int]
ok 15 - Reference [] passes type constraint ArrayRef[Int]
ok 16 - Reference {} fails type constraint ArrayRef[Int]
ok 17 - Reference ["x"] fails type constraint ArrayRef[Int]
ok 18 - Reference [] passes type constraint ArrayRef[ArrayRef|Int]
ok 19 - Reference [1,2,3] passes type constraint ArrayRef[ArrayRef|Int]
ok 20 - Reference [[],[]] passes type constraint ArrayRef[ArrayRef|Int]
ok 21 - Reference [11,[]] passes type constraint ArrayRef[ArrayRef|Int]
ok 22 - Reference [[],11] passes type constraint ArrayRef[ArrayRef|Int]
ok 23 - Reference ["1.111"] fails type constraint ArrayRef[ArrayRef|Int]
1..23
ok
t/30-external/MouseX-Types/extending.t .......................
ok 1 - Value "foo" passes type constraint Str
ok 2 - Value "" passes type constraint Str
ok 3 - Value "foo" passes type constraint NonEmptyStr
ok 4 - Value "" fails type constraint NonEmptyStr
ok 5 - Reference {} passes type constraint HashLike
ok 6 - Reference [] fails type constraint HashLike
ok 7 - cannot extend non-type-library
1..7
ok
t/30-external/Object-Accessor/basic.t ........................
ok 1 - write then read on accessor works
ok 2 - exception thrown for bad value
1..2
ok
t/30-external/Return-Type/basic.t ............................
# Subtest: simple return type constraint
# Subtest: scalar context
ok 1
ok 2
1..2
ok 1 - scalar context
# Subtest: list context
ok 1
ok 2
1..2
ok 2 - list context
1..2
ok 1 - simple return type constraint
# Subtest: more complex return type constraint
# Subtest: scalar context
ok 1
not ok 2 # TODO this seems to fail: error in Return::Type??
# Failed (TODO) test at t/30-external/Return-Type/basic.t line 116.
# got: undef
# expected: anything else
1..2
ok 1 - scalar context
# Subtest: list context
ok 1
ok 2
1..2
ok 2 - list context
1..2
ok 2 - more complex return type constraint
1..2
ok
t/30-external/Specio/basic.t .................................
ok 1
ok 2
ok 3
ok 4
ok 5
1..5
ok
t/30-external/Specio/library.t ...............................
ok 1 - Value "1" passes type constraint Int
ok 2 - Reference [] passes type constraint ArrayRef
ok 3 - Value "1" fails type constraint ArrayRef
ok 4 - Reference [] fails type constraint Int
1..4
ok
t/30-external/Sub-Quote/basic.t ..............................
ok 1 - Value "41" fails type constraint Type1
ok 2 - Value "42" passes type constraint Type1
ok 3 - constraint built using quote_sub and $_[0] can be inlined
# do { package Type::Tiny; do { local $_ = $value;local @_ = ($value); # BEGIN quote_sub PRELUDE
# package main;
# BEGIN {
# $^H = 2018;
# ${^WARNING_BITS} = "UUUUUUUUUUUUUUUUUUUU";
# %^H = (
# );
# }
# # END quote_sub PRELUDE
# $_[0] eq q(42) } }
ok 4 - Value "41" fails type constraint Type2
ok 5 - Value "42" passes type constraint Type2
ok 6 - constraint built using quote_sub and $_[0] can be inlined
# do { package Type::Tiny; do { local $_ = $value;local @_ = ($value); # BEGIN quote_sub PRELUDE
# package main;
# BEGIN {
# $^H = 2018;
# ${^WARNING_BITS} = "UUUUUUUUUUUUUUUUUUUU";
# %^H = (
# );
# }
# # END quote_sub PRELUDE
# $_ eq q(42) } }
ok 7 - Value "41" fails type constraint Type3
ok 8 - Value "42" passes type constraint Type3
ok 9 - constraint built using quote_sub and @_ can be inlined
# do { package Type::Tiny; do { local $_ = $value;# BEGIN quote_sub PRELUDE
# package main;
# BEGIN {
# $^H = 2018;
# ${^WARNING_BITS} = "UUUUUUUUUUUUUUUUUUUU";
# %^H = (
# );
# }
# # END quote_sub PRELUDE
# my ($n) = ($value); $n eq q(42) } }
ok 10 - Value "41" fails type constraint Type4
ok 11 - Value "42" passes type constraint Type4
ok 12 - Value "43" passes type constraint Type4
ok 13 - Value "44.4" fails type constraint Type4
ok 14 - constraint built using quote_sub and parent type can be inlined
# do { package Type::Tiny; (do { my $tmp = $value; defined($tmp) and !ref($tmp) and $tmp =~ /\A-?[0-9]+\z/ }) and do { local $_ = $value;local @_ = ($value); # BEGIN quote_sub PRELUDE
# package main;
# BEGIN {
# $^H = 2018;
# ${^WARNING_BITS} = "UUUUUUUUUUUUUUUUUUUU";
# %^H = (
# );
# }
# # END quote_sub PRELUDE
# $_[0] >= 42 } }
ok 15 - Value "41" fails type constraint Type5
ok 16 - Value "42" passes type constraint Type5
ok 17 - Value "43" passes type constraint Type5
ok 18 - Value "44.4" fails type constraint Type5
not ok 19 - constraint built using quote_sub and captures can be inlined # TODO captures not supported yet
# Failed (TODO) test 'constraint built using quote_sub and captures can be inlined'
# at t/30-external/Sub-Quote/basic.t line 93.
ok 20 - Value "41" fails type constraint Type6
ok 21 - Value "42" passes type constraint Type6
ok 22 - Value "43" passes type constraint Type6
ok 23 - Value "44.4" fails type constraint Type6
ok 24 - constraint built using quote_sub and non-inlinable parent cannot be inlined
ok 25 - Reference [1,2,3] passes type constraint ArrayRef[Int]&__ANON__
ok 26 - Reference [1,"2.1",3] fails type constraint ArrayRef[Int]&__ANON__
ok 27 - Reference [1] fails type constraint ArrayRef[Int]&__ANON__
ok 28 - Reference [1,2,3,4] fails type constraint ArrayRef[Int]&__ANON__
ok 29 - constraint built as an intersection of an inlinable type constraint and a quoted sub can be inlined
# ((Type::Tiny::XS::AUTO::TC1($VAR)) and do { package Type::Tiny; do { local $_ = $VAR;local @_ = ($VAR); !!eval{ # BEGIN quote_sub PRELUDE
# package main;
# BEGIN {
# $^H = 2018;
# ${^WARNING_BITS} = "UUUUUUUUUUUUUUUUUUUU";
# %^H = (
# );
# }
# # END quote_sub PRELUDE
# @$_ > 1 and @$_ < 4 } } })
1..29
ok
t/30-external/Sub-Quote/delayed-quoting.t ....................
ok 1 - overload coderef gets cached instead of being rebuilt
ok 2 - loading Sub::Quote triggers rebuilding overload coderef
ok 3 - overload coderef gets cached again instead of being rebuilt
1..3
ok
t/30-external/Sub-Quote/unquote-coercions.t ..................
ok 1 - Got back code from Sub::Quote
ok 2 - ... which compiles OK
ok 3 - ... which passes through values that don't need to be coerced
ok 4 - ... coerces values that can be coerced
ok 5 - ... and passes through any values it can't handle
1..5
ok
t/30-external/Sub-Quote/unquote-constraints.t ................
ok 1 - Got back code from Sub::Quote
ok 2 - ... which compiles OK
ok 3 - ... and seems to work
ok 4 - ... and throws exceptions properly
1..4
ok
t/30-external/Switcheroo/basic.t ............................. skipped: requires Switcheroo
t/30-external/Type-Library-Compiler/basic.t ..................
ok 1 - An object of class 'Type::Tiny' isa 'Type::Tiny'
ok 2
ok 3
ok 4
ok 5
ok 6
ok 7 - An object of class 'Type::Tiny' isa 'Type::Tiny'
ok 8
ok 9
1..9
ok
t/30-external/Types-ReadOnly/basic.t ......................... skipped: requires Types::ReadOnly
t/30-external/Validation-Class-Simple/archaic.t ..............
ok 1 - 'can create a child type constraint from Validation::Class::Simple' isa 'Type::Tiny'
ok 2 - Value "Hello" fails type constraint __ANON__
ok 3 - Reference {} fails type constraint __ANON__
ok 4 - Reference {"email" => "tobyink\@cpan.org","name" => "Toby","pass" => "...} fails type constraint __ANON__
ok 5 - Reference {"email" => "tobyink\@cpan.org","name" => "Toby","pass" => "...} passes type constraint __ANON__
ok 6 - Reference {"email" => "tobyink\@cpan.org","name" => "Toby ","pass" => ...} fails type constraint __ANON__
ok 7 - correct error message (A)
ok 8 - correct error message (B)
ok 9 - the type has a coercion
ok 10 - ... which works
1..10
ok
t/30-external/Validation-Class-Simple/basic.t ................
ok 1 - Reference bless( {}, 'Validation::Class::Simple' ) passes type constraint _ForeignTypeConstraint
ok 2 - Reference bless( {"_validation_class" => bless( {}, 'Validation::Class...) fails type constraint _ForeignTypeConstraint
ok 3 - 'can create a child type constraint from Validation::Class::Simple' isa 'Type::Tiny'
ok 4 - Value "Hello" fails type constraint __ANON__
ok 5 - Reference {} fails type constraint __ANON__
ok 6 - Reference {"email" => "tobyink\@cpan.org","name" => "Toby","pass" => "...} fails type constraint __ANON__
ok 7 - Reference {"email" => "tobyink\@cpan.org","name" => "Toby","pass" => "...} passes type constraint __ANON__
ok 8 - Reference {"email" => "tobyink\@cpan.org","name" => "Toby ","pass" => ...} fails type constraint __ANON__
ok 9 - correct error message (A)
ok 10 - correct error message (B)
ok 11 - the type has a coercion
ok 12 - ... which works
1..12
ok
t/40-bugs/73f51e2d.t .........................................
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
ok 7
ok 8
ok 9
ok 10
ok 11
ok 12
ok 13
ok 14
ok 15
ok 16
ok 17
ok 18
ok 19
ok 20
ok 21
ok 22
ok 23
ok 24
ok 25
ok 26
ok 27
ok 28
ok 29
ok 30
ok 31
ok 32
ok 33
ok 34
ok 35
ok 36
ok 37
ok 38
ok 39
ok 40
ok 41
ok 42
ok 43
ok 44
ok 45
ok 46
ok 47
ok 48
ok 49
ok 50
ok 51
ok 52
ok 53
ok 54
ok 55
ok 56
ok 57
ok 58
ok 59
ok 60
ok 61
ok 62
ok 63
ok 64
ok 65
ok 66
ok 67
ok 68
ok 69
ok 70
ok 71
ok 72
ok 73
ok 74
ok 75
ok 76
ok 77
ok 78
ok 79
ok 80
ok 81
ok 82
ok 83
ok 84
ok 85
ok 86
ok 87
ok 88
ok 89
ok 90
ok 91
ok 92
ok 93
ok 94
ok 95
ok 96
ok 97
ok 98
ok 99
ok 100
1..100
ok
t/40-bugs/gh1.t ..............................................
ok 1
ok 2 - Reference bless( {"_e" => bless( [1], 'Math::BigInt::Calc' ),"_es" => ...) passes type constraint __ANON__
ok 3 - Value "0.5" fails type constraint __ANON__
1..3
ok
t/40-bugs/gh14.t .............................................
ok 1
ok 2
1..2
ok
t/40-bugs/gh80.t .............................................
ok 1 - '$@' isa 'Error::TypeTiny'
ok 2 - $@ is still defined and stringifies properly
1..2
ok
t/40-bugs/gh96.t .............................................
ok 1 - don't include linebreaks!
1..1
ok
t/40-bugs/rt102748.t ......................................... skipped: requires MooseX::Types::DBIx::Class
t/40-bugs/rt104154.t .........................................
ok 1
ok 2
1..2
ok
t/40-bugs/rt121763.t .........................................
ok 1
1..1
ok
t/40-bugs/rt125132.t .........................................
# Subtest: using temporary variable
ok 1 - check_int_tt_compile
ok 2 - check_int_manual
ok 3 - check_str_tt
ok 4 - check_int_tt_no_compile
1..4
ok 1 - using temporary variable
# Subtest: using direct $1
ok 1 - check_int_tt_compile
ok 2 - check_int_manual
ok 3 - check_str_tt
ok 4 - check_int_tt_no_compile
1..4
ok 2 - using direct $1
1..2
ok
t/40-bugs/rt125765.t .........................................
ok 1 - got correct error for Dict
ok 2 - no warnings
ok 3 - got correct error for Tuple
ok 4 - no warnings
1..4
ok
t/40-bugs/rt129729.t .........................................
ok 1 - Value "1" passes type constraint Bool|Enum["start-end","end"]
ok 2 - Value "0" passes type constraint Bool|Enum["start-end","end"]
ok 3 - Value "2" fails type constraint Bool|Enum["start-end","end"]
ok 4 - Value "end" passes type constraint Bool|Enum["start-end","end"]
ok 5 - Value "bend" fails type constraint Bool|Enum["start-end","end"]
ok 6 - Value "start" fails type constraint Bool|Enum["start-end","end"]
ok 7 - Value "start-" fails type constraint Bool|Enum["start-end","end"]
ok 8 - Value "-end" fails type constraint Bool|Enum["start-end","end"]
ok 9 - Value "start-end" passes type constraint Bool|Enum["start-end","end"]
1..9
ok
t/40-bugs/rt130823.t .........................................
ok 1 - Bool has no cycles
1..1
ok
t/40-bugs/rt131401.t .........................................
1..1
ok 1
ok
t/40-bugs/rt131576.t ......................................... skipped: requires MooX::TypeTiny
t/40-bugs/rt133141.t .........................................
1..10
ok 1 - "a" matches Enum[qw(a b)]
ok 2 - "c" does not match Enum[qw(a b)]
ok 3 - "foo bar" matches Enum["foo bar"]
ok 4 - "baz" does not match Enum["foo bar"]
ok 5 - "test\"" matches Enum["test\""]
ok 6 - "baz" does not match Enum["test\""]
ok 7 - "hello, world" matches Enum["hello, world"]
ok 8 - "baz" does not match Enum["hello, world"]
ok 9 - eval_type() evaluates quoted strings
ok 10 - eval_type() evaluates quoted strings and doesn't pass 'baz'
ok
t/40-bugs/rt85911.t ..........................................
ok 1
ok 2
1..2
ok
t/40-bugs/rt86004.t ..........................................
ok 1 - StrList ArrayRef
ok 2 - StrList scalar
ok 3 - StrList ArrayRef
ok 4 - StrList scalar
ok 5 - StrList ArrayRef - noninline
ok 6 - StrList scalar - noninline
1..6
ok
t/40-bugs/rt86233.t ..........................................
ok 1
ok 2
ok 3
1..3
ok
t/40-bugs/rt86239.t ..........................................
# Test 1 ########
# got: foo
ok 1
# Test 2 ########
# got:
ok 2
# Test 3 ########
ok 3
# Test 4 ########
# got: {
# 'foo' => 'foo'
# }
ok 4
# Test 5 ########
# got: {}
ok 5
# Test 6 ########
ok 6
1..6
ok
t/40-bugs/rt90096-2.t ........................................
ok 1 - check is still code
ok 2 - slurpy check is still code
1..2
ok
t/40-bugs/rt90096.t ..........................................
1..3
ok 1
ok 2
ok 3
ok
t/40-bugs/rt92571-2.t ........................................
ok 1
1..1
ok
t/40-bugs/rt92571.t ..........................................
ok 1
ok 2
ok 3
1..3
ok
t/40-bugs/rt92591.t ..........................................
ok 1 - Type library, coercion target
ok 2 - Type library, coercion type map
ok 3 - Not type library, coercion target
ok 4 - Not type library, coercion type map
1..4
ok
t/40-bugs/rt94196.t ..........................................
ok 1 - slurpy Dict w/ HasMethods
1..1
ok
t/40-bugs/rt97684.t ..........................................
ok 1
1..1
ok
t/40-bugs/rt98113.t ..........................................
ok 1 - Type::Tiny overload fallback works
ok 2 - Type::Coercion overload fallback works
1..2
ok
t/40-bugs/ttxs-gh1.t .........................................
ok 1 - Test TestDictionary
1..1
ok
t/98-param-eg-from-docs.t ....................................
ok 1 - Value "0" passes type constraint MultipleOf[3]
ok 2 - Value "1" fails type constraint MultipleOf[3]
ok 3 - Value "2" fails type constraint MultipleOf[3]
ok 4 - Value "3" passes type constraint MultipleOf[3]
ok 5 - Value "4" fails type constraint MultipleOf[3]
ok 6 - Value "5" fails type constraint MultipleOf[3]
ok 7 - Value "6" passes type constraint MultipleOf[3]
ok 8 - Value "7" fails type constraint MultipleOf[3]
ok 9 - Value "-1" fails type constraint MultipleOf[3]
ok 10 - Value "-3" passes type constraint MultipleOf[3]
ok 11 - Value "0.1" fails type constraint MultipleOf[3]
ok 12 - Reference [] fails type constraint MultipleOf[3]
ok 13 - Undef fails type constraint MultipleOf[3]
# Subtest: coercion
ok 1
ok 2
ok 3
ok 4
ok 5
ok 6
ok 7
ok 8
ok 9
ok 10
1..10
ok 14 - coercion
1..14
ok
t/99-moose-std-types-test.t .................................. skipped: EXTENDED_TESTING
All tests successful.
Files=347, Tests=8956, 70 wallclock secs ( 1.09 usr 0.76 sys + 40.92 cusr 7.36 csys = 50.13 CPU)
Result: PASS
make[1]: Leaving directory '/build/reproducible-path/libtype-tiny-perl-2.004000'
create-stamp debian/debhelper-build-stamp
dh_prep
dh_auto_install --destdir=debian/libtype-tiny-perl/
make -j12 install DESTDIR=/build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl AM_UPDATE_INFO_DIR=no PREFIX=/usr
make[1]: Entering directory '/build/reproducible-path/libtype-tiny-perl-2.004000'
Manifying 33 pod documents
Manifying 19 pod documents
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Types/Standard.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Types/Common.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Types/TypeTiny.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Types/Common/Numeric.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Types/Common/String.pm
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Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Types/Standard/ArrayRef.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Types/Standard/Tied.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Types/Standard/HashRef.pm
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Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Types/Standard/Map.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Types/Standard/CycleTuple.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Reply/Plugin/TypeTiny.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Eval/TypeTiny.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Eval/TypeTiny/CodeAccumulator.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Test/TypeTiny.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Devel/TypeTiny/Perl58Compat.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Error/TypeTiny.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Error/TypeTiny/WrongNumberOfParameters.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Error/TypeTiny/Assertion.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Error/TypeTiny/Compilation.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Utils.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Tie.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Coercion.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Params.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Registry.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Library.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Parser.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Tiny.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Coercion/FromMoose.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Coercion/Union.pm
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Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Params/Alternatives.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Params/Signature.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Tiny/Union.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Tiny/Role.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Tiny/_HalfOp.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Tiny/_DeclaredType.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Tiny/ConstrainedObject.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Tiny/Duck.pm
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Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Tiny/Bitfield.pm
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Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Tiny/Manual.pod
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Tiny/Intersection.pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Tiny/Manual/UsingWithMoo3.pod
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Tiny/Manual/UsingWithMoose.pod
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Tiny/Manual/UsingWithMoo.pod
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Tiny/Manual/UsingWithMite.pod
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Tiny/Manual/UsingWithMouse.pod
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Tiny/Manual/UsingWithOther.pod
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Tiny/Manual/UsingWithTestMore.pod
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Tiny/Manual/UsingWithMoo2.pod
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Tiny/Manual/NonOO.pod
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Tiny/Manual/Policies.pod
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Tiny/Manual/Optimization.pod
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Tiny/Manual/Contributing.pod
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Tiny/Manual/Libraries.pod
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Tiny/Manual/AllTypes.pod
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Tiny/Manual/Params.pod
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Tiny/Manual/UsingWithClassTiny.pod
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Tiny/Manual/Coercions.pod
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/perl5/Type/Tiny/Manual/Installation.pod
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Types::TypeTiny.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Types::Standard.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Types::Common::String.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Types::Common::Numeric.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Types::Common.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Utils.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Tiny::_HalfOp.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Tiny::_DeclaredType.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Tiny::Union.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Tiny::Role.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Tiny::Manual::UsingWithTestMore.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Tiny::Manual::UsingWithOther.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Tiny::Manual::UsingWithMouse.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Tiny::Manual::UsingWithMoose.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Tiny::Manual::UsingWithMoo3.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Tiny::Manual::UsingWithMoo2.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Tiny::Manual::UsingWithMoo.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Tiny::Manual::UsingWithMite.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Tiny::Manual::UsingWithClassTiny.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Tiny::Manual::Policies.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Tiny::Manual::Params.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Tiny::Manual::Optimization.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Tiny::Manual::NonOO.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Tiny::Manual::Libraries.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Tiny::Manual::Installation.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Tiny::Manual::Contributing.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Tiny::Manual::Coercions.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Tiny::Manual::AllTypes.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Tiny::Manual.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Tiny::Intersection.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Tiny::Enum.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Tiny::Duck.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Tiny::ConstrainedObject.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Tiny::Class.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Tiny::Bitfield.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Tiny.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Tie.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Registry.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Parser.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Params.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Library.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Coercion::Union.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Coercion::FromMoose.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Type::Coercion.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Test::TypeTiny.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Reply::Plugin::TypeTiny.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Eval::TypeTiny::CodeAccumulator.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Eval::TypeTiny.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Error::TypeTiny::WrongNumberOfParameters.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Error::TypeTiny::Compilation.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Error::TypeTiny::Assertion.3pm
Installing /build/reproducible-path/libtype-tiny-perl-2.004000/debian/libtype-tiny-perl/usr/share/man/man3/Error::TypeTiny.3pm
make[1]: Leaving directory '/build/reproducible-path/libtype-tiny-perl-2.004000'
dh_installdocs
dh_installchangelogs
dh_installexamples
dh_installman
dh_perl
dh_link
dh_strip_nondeterminism
dh_compress
dh_fixperms
dh_missing
dh_installdeb
dh_gencontrol
dh_md5sums
dh_builddeb
dpkg-deb: building package 'libtype-tiny-perl' in '../libtype-tiny-perl_2.004000-1_all.deb'.
dpkg-genbuildinfo --build=binary -O../libtype-tiny-perl_2.004000-1_arm64.buildinfo
dpkg-genchanges --build=binary -O../libtype-tiny-perl_2.004000-1_arm64.changes
dpkg-genchanges: info: binary-only upload (no source code included)
dpkg-source --after-build .
dpkg-buildpackage: info: binary-only upload (no source included)
dpkg-genchanges: info: including full source code in upload
I: copying local configuration
I: unmounting dev/ptmx filesystem
I: unmounting dev/pts filesystem
I: unmounting dev/shm filesystem
I: unmounting proc filesystem
I: unmounting sys filesystem
I: cleaning the build env
I: removing directory /srv/workspace/pbuilder/3863664 and its subdirectories
I: Current time: Tue Feb 25 11:51:10 -12 2025
I: pbuilder-time-stamp: 1740527470
Tue Feb 25 23:51:11 UTC 2025 I: 1st build successful. Starting 2nd build on remote node codethink03-arm64.debian.net.
Tue Feb 25 23:51:11 UTC 2025 I: Preparing to do remote build '2' on codethink03-arm64.debian.net.
Tue Feb 25 23:52:55 UTC 2025 I: Deleting $TMPDIR on codethink03-arm64.debian.net.
Tue Feb 25 23:52:56 UTC 2025 I: libtype-tiny-perl_2.004000-1_arm64.changes:
Format: 1.8
Date: Fri, 21 Jul 2023 19:39:01 +0200
Source: libtype-tiny-perl
Binary: libtype-tiny-perl
Architecture: all
Version: 2.004000-1
Distribution: unstable
Urgency: medium
Maintainer: Debian Perl Group <pkg-perl-maintainers@lists.alioth.debian.org>
Changed-By: Étienne Mollier <emollier@debian.org>
Description:
libtype-tiny-perl - tiny, yet Moo(se)-compatible type constraint
Changes:
libtype-tiny-perl (2.004000-1) unstable; urgency=medium
.
* Team upload.
* Import upstream version 2.004000.
Checksums-Sha1:
1bd8df8265646795a6a7408fd8277ffbf1bebb6a 342864 libtype-tiny-perl_2.004000-1_all.deb
c652bdbde0bf92d8c2e9368bee1ceb9d96a6f6a3 7771 libtype-tiny-perl_2.004000-1_arm64.buildinfo
Checksums-Sha256:
d46cd56800b6c8ffc2b791bd83e7b2adaf069ffc6bd598e624b318517ac7e496 342864 libtype-tiny-perl_2.004000-1_all.deb
5751ecfddabdf9c364c0859d4967ee1b3ec935eb6a4ee5ae07b75c11c3f02179 7771 libtype-tiny-perl_2.004000-1_arm64.buildinfo
Files:
6ab453b1b4351cebb5b03aa88aa951fa 342864 perl optional libtype-tiny-perl_2.004000-1_all.deb
948aa5667687ad0ac0dbe28004d9a49f 7771 perl optional libtype-tiny-perl_2.004000-1_arm64.buildinfo
Tue Feb 25 23:52:57 UTC 2025 I: diffoscope 289 will be used to compare the two builds:
Running as unit: rb-diffoscope-arm64_11-85791.service
# Profiling output for: /usr/bin/diffoscope --timeout 7200 --html /srv/reproducible-results/rbuild-debian/r-b-build.5qlDsNXv/libtype-tiny-perl_2.004000-1.diffoscope.html --text /srv/reproducible-results/rbuild-debian/r-b-build.5qlDsNXv/libtype-tiny-perl_2.004000-1.diffoscope.txt --json /srv/reproducible-results/rbuild-debian/r-b-build.5qlDsNXv/libtype-tiny-perl_2.004000-1.diffoscope.json --profile=- /srv/reproducible-results/rbuild-debian/r-b-build.5qlDsNXv/b1/libtype-tiny-perl_2.004000-1_arm64.changes /srv/reproducible-results/rbuild-debian/r-b-build.5qlDsNXv/b2/libtype-tiny-perl_2.004000-1_arm64.changes
## command (total time: 0.000s)
0.000s 1 call cmp (internal)
## has_same_content_as (total time: 0.000s)
0.000s 1 call diffoscope.comparators.binary.FilesystemFile
## main (total time: 0.003s)
0.003s 2 calls outputs
0.000s 1 call cleanup
Finished with result: success
Main processes terminated with: code=exited/status=0
Service runtime: 214ms
CPU time consumed: 215ms
Tue Feb 25 23:52:57 UTC 2025 I: diffoscope 289 found no differences in the changes files, and a .buildinfo file also exists.
Tue Feb 25 23:52:57 UTC 2025 I: libtype-tiny-perl from trixie built successfully and reproducibly on arm64.
Tue Feb 25 23:52:58 UTC 2025 I: Submitting .buildinfo files to external archives:
Tue Feb 25 23:52:58 UTC 2025 I: Submitting 12K b1/libtype-tiny-perl_2.004000-1_arm64.buildinfo.asc
Tue Feb 25 23:53:00 UTC 2025 I: Submitting 12K b2/libtype-tiny-perl_2.004000-1_arm64.buildinfo.asc
Tue Feb 25 23:53:02 UTC 2025 I: Done submitting .buildinfo files to http://buildinfo.debian.net/api/submit.
Tue Feb 25 23:53:02 UTC 2025 I: Done submitting .buildinfo files.
Tue Feb 25 23:53:02 UTC 2025 I: Removing signed libtype-tiny-perl_2.004000-1_arm64.buildinfo.asc files:
removed './b1/libtype-tiny-perl_2.004000-1_arm64.buildinfo.asc'
removed './b2/libtype-tiny-perl_2.004000-1_arm64.buildinfo.asc'