I: pbuilder: network access will be disabled during build
I: Current time: Tue Mar 10 19:04:12 -12 2026
I: pbuilder-time-stamp: 1773212652
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: using eatmydata during job
I: Copying source file
I: copying [ruby-rubocop-ast_1.24.0-2.dsc]
I: copying [./ruby-rubocop-ast_1.24.0.orig.tar.gz]
I: copying [./ruby-rubocop-ast_1.24.0-2.debian.tar.xz]
I: Extracting source
dpkg-source: warning: cannot verify inline signature for ./ruby-rubocop-ast_1.24.0-2.dsc: unsupported subcommand
dpkg-source: info: extracting ruby-rubocop-ast in ruby-rubocop-ast-1.24.0
dpkg-source: info: unpacking ruby-rubocop-ast_1.24.0.orig.tar.gz
dpkg-source: info: unpacking ruby-rubocop-ast_1.24.0-2.debian.tar.xz
dpkg-source: info: using patch list from debian/patches/series
dpkg-source: info: applying 0001-gemspec-drop-git-usage.patch
dpkg-source: info: applying 0002-Fix-compile-task.patch
I: Not using root during the build.
I: Installing the build-deps
I: user script /srv/workspace/pbuilder/49287/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='i386'
DEBIAN_FRONTEND='noninteractive'
DEB_BUILD_OPTIONS='buildinfo=+all reproducible=+all parallel=22 '
DISTRIBUTION='trixie'
HOME='/root'
HOST_ARCH='i386'
IFS='
'
INVOCATION_ID='84bc706297d04557a804eba120955819'
LANG='C'
LANGUAGE='en_US:en'
LC_ALL='C'
LD_LIBRARY_PATH='/usr/lib/libeatmydata'
LD_PRELOAD='libeatmydata.so'
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='49287'
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.RskQSiGg/pbuilderrc_0KiW --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.RskQSiGg/b1 --logfile b1/build.log ruby-rubocop-ast_1.24.0-2.dsc'
SUDO_GID='112'
SUDO_UID='107'
SUDO_USER='jenkins'
TERM='unknown'
TZ='/usr/share/zoneinfo/Etc/GMT+12'
USER='root'
_='/usr/bin/systemd-run'
http_proxy='http://213.165.73.152:3128'
I: uname -a
Linux ionos6-i386 6.1.0-30-amd64 #1 SMP PREEMPT_DYNAMIC Debian 6.1.124-1 (2025-01-12) x86_64 GNU/Linux
I: ls -l /bin
lrwxrwxrwx 1 root root 7 Nov 22 2024 /bin -> usr/bin
I: user script /srv/workspace/pbuilder/49287/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: i386
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), gem2deb (>= 1), racc, rake, ruby-oedipus-lex, ruby-rspec, ruby-whitequark-parser (>= 3.1.1.0)
dpkg-deb: building package 'pbuilder-satisfydepends-dummy' in '/tmp/satisfydepends-aptitude/pbuilder-satisfydepends-dummy.deb'.
Selecting previously unselected package pbuilder-satisfydepends-dummy.
(Reading database ... 19829 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 gem2deb (>= 1); however:
Package gem2deb is not installed.
pbuilder-satisfydepends-dummy depends on racc; however:
Package racc is not installed.
pbuilder-satisfydepends-dummy depends on rake; however:
Package rake is not installed.
pbuilder-satisfydepends-dummy depends on ruby-oedipus-lex; however:
Package ruby-oedipus-lex is not installed.
pbuilder-satisfydepends-dummy depends on ruby-rspec; however:
Package ruby-rspec is not installed.
pbuilder-satisfydepends-dummy depends on ruby-whitequark-parser (>= 3.1.1.0); however:
Package ruby-whitequark-parser 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} ca-certificates{a} debhelper{a} devscripts{a} dh-autoreconf{a} dh-strip-nondeterminism{a} dirmngr{a} dwz{a} file{a} gem2deb{a} gem2deb-test-runner{a} gettext{a} gettext-base{a} gnupg{a} gnupg-l10n{a} gpg{a} gpg-agent{a} gpgconf{a} gpgsm{a} gpgv{a} groff-base{a} intltool-debian{a} libarchive-zip-perl{a} libassuan9{a} libb-hooks-op-check-perl{a} libclass-method-modifiers-perl{a} libclass-xsaccessor-perl{a} libclone-perl{a} libdebhelper-perl{a} libdevel-callchecker-perl{a} libdynaloader-functions-perl{a} libedit2{a} libelf1t64{a} libencode-locale-perl{a} libexpat1{a} libffi8{a} libfile-dirlist-perl{a} libfile-homedir-perl{a} libfile-listing-perl{a} libfile-stripnondeterminism-perl{a} libfile-touch-perl{a} libfile-which-perl{a} libgcrypt20{a} libgmp-dev{a} libgmpxx4ldbl{a} libgnutls30t64{a} libgpg-error0{a} libhtml-parser-perl{a} libhtml-tagset-perl{a} libhtml-tree-perl{a} libhttp-cookies-perl{a} libhttp-date-perl{a} libhttp-message-perl{a} libhttp-negotiate-perl{a} libicu72{a} libidn2-0{a} libimport-into-perl{a} libio-html-perl{a} libio-pty-perl{a} libio-socket-ssl-perl{a} libipc-run-perl{a} libksba8{a} libldap2{a} liblwp-mediatypes-perl{a} liblwp-protocol-https-perl{a} libmagic-mgc{a} libmagic1t64{a} libmodule-runtime-perl{a} libmoo-perl{a} libncurses6{a} libnet-http-perl{a} libnet-ssleay-perl{a} libnpth0t64{a} libp11-kit0{a} libparams-classify-perl{a} libpipeline1{a} libpython3-stdlib{a} libpython3.13-minimal{a} libpython3.13-stdlib{a} libreadline8t64{a} librole-tiny-perl{a} libruby{a} libruby3.1t64{a} libruby3.3{a} libsasl2-2{a} libsasl2-modules-db{a} libsub-quote-perl{a} libtasn1-6{a} libtimedate-perl{a} libtool{a} libtry-tiny-perl{a} libuchardet0{a} libunistring5{a} liburi-perl{a} libwww-perl{a} libwww-robotrules-perl{a} libxml2{a} libyaml-0-2{a} m4{a} man-db{a} media-types{a} netbase{a} openssl{a} patchutils{a} perl-openssl-defaults{a} pinentry-curses{a} po-debconf{a} python3{a} python3-minimal{a} python3.13{a} python3.13-minimal{a} racc{a} rake{a} readline-common{a} ruby{a} ruby-all-dev{a} ruby-ast{a} ruby-diff-lcs{a} ruby-net-telnet{a} ruby-oedipus-lex{a} ruby-rspec{a} ruby-rspec-core{a} ruby-rspec-expectations{a} ruby-rspec-mocks{a} ruby-rspec-support{a} ruby-rubygems{a} ruby-sdbm{a} ruby-webrick{a} ruby-whitequark-parser{a} ruby-xmlrpc{a} ruby3.1{a} ruby3.1-dev{a} ruby3.3{a} ruby3.3-dev{a} rubygems-integration{a} sensible-utils{a} sopv-gpgv{a} tzdata{a} wdiff{a}
The following packages are RECOMMENDED but will NOT be installed:
apt-file curl dctrl-tools debian-keyring dput dput-ng dupload equivs fonts-lato gnupg-utils gpg-wks-client libarchive-cpio-perl libdata-dump-perl libdistro-info-perl libgit-wrapper-perl libgitlab-api-v4-perl libgpg-error-l10n libgpm2 libhtml-form-perl libhtml-format-perl libhttp-daemon-perl libio-compress-brotli-perl libjs-jquery libjson-perl libldap-common liblist-compare-perl libltdl-dev libmail-sendmail-perl libmailtools-perl libnamespace-clean-perl libsasl2-modules libsoap-lite-perl libstring-shellquote-perl libxstring-perl licensecheck lintian lynx pristine-tar python3-apt python3-argcomplete python3-debian python3-magic python3-requests python3-unidiff python3-xdg ruby3.1-doc ruby3.3-doc strace unzip wget zip
0 packages upgraded, 143 newly installed, 0 to remove and 0 not upgraded.
Need to get 57.0 MB of archives. After unpacking 219 MB will be used.
Writing extended state information...
Get: 1 http://deb.debian.org/debian trixie/main i386 libpython3.13-minimal i386 3.13.1-3+b1 [858 kB]
Get: 2 http://deb.debian.org/debian trixie/main i386 libexpat1 i386 2.6.4-1 [107 kB]
Get: 3 http://deb.debian.org/debian trixie/main i386 python3.13-minimal i386 3.13.1-3+b1 [2244 kB]
Get: 4 http://deb.debian.org/debian trixie/main i386 python3-minimal i386 3.13.1-2 [27.0 kB]
Get: 5 http://deb.debian.org/debian trixie/main i386 media-types all 10.1.0 [26.9 kB]
Get: 6 http://deb.debian.org/debian trixie/main i386 netbase all 6.4 [12.8 kB]
Get: 7 http://deb.debian.org/debian trixie/main i386 tzdata all 2024b-6 [257 kB]
Get: 8 http://deb.debian.org/debian trixie/main i386 libffi8 i386 3.4.6-1 [21.2 kB]
Get: 9 http://deb.debian.org/debian trixie/main i386 readline-common all 8.2-6 [69.4 kB]
Get: 10 http://deb.debian.org/debian trixie/main i386 libreadline8t64 i386 8.2-6 [173 kB]
Get: 11 http://deb.debian.org/debian trixie/main i386 libpython3.13-stdlib i386 3.13.1-3+b1 [1981 kB]
Get: 12 http://deb.debian.org/debian trixie/main i386 python3.13 i386 3.13.1-3+b1 [740 kB]
Get: 13 http://deb.debian.org/debian trixie/main i386 libpython3-stdlib i386 3.13.1-2 [9952 B]
Get: 14 http://deb.debian.org/debian trixie/main i386 python3 i386 3.13.1-2 [28.0 kB]
Get: 15 http://deb.debian.org/debian trixie/main i386 sensible-utils all 0.0.24 [24.8 kB]
Get: 16 http://deb.debian.org/debian trixie/main i386 openssl i386 3.4.0-2 [1427 kB]
Get: 17 http://deb.debian.org/debian trixie/main i386 ca-certificates all 20241223 [164 kB]
Get: 18 http://deb.debian.org/debian trixie/main i386 libmagic-mgc i386 1:5.45-3+b1 [314 kB]
Get: 19 http://deb.debian.org/debian trixie/main i386 libmagic1t64 i386 1:5.45-3+b1 [115 kB]
Get: 20 http://deb.debian.org/debian trixie/main i386 file i386 1:5.45-3+b1 [43.2 kB]
Get: 21 http://deb.debian.org/debian trixie/main i386 gettext-base i386 0.23.1-1 [245 kB]
Get: 22 http://deb.debian.org/debian trixie/main i386 libuchardet0 i386 0.0.8-1+b2 [69.2 kB]
Get: 23 http://deb.debian.org/debian trixie/main i386 groff-base i386 1.23.0-7 [1199 kB]
Get: 24 http://deb.debian.org/debian trixie/main i386 bsdextrautils i386 2.40.4-2 [96.1 kB]
Get: 25 http://deb.debian.org/debian trixie/main i386 libpipeline1 i386 1.5.8-1 [41.2 kB]
Get: 26 http://deb.debian.org/debian trixie/main i386 man-db i386 2.13.0-1 [1428 kB]
Get: 27 http://deb.debian.org/debian trixie/main i386 m4 i386 1.4.19-5 [301 kB]
Get: 28 http://deb.debian.org/debian trixie/main i386 autoconf all 2.72-3 [493 kB]
Get: 29 http://deb.debian.org/debian trixie/main i386 autotools-dev all 20220109.1 [51.6 kB]
Get: 30 http://deb.debian.org/debian trixie/main i386 automake all 1:1.16.5-1.3 [823 kB]
Get: 31 http://deb.debian.org/debian trixie/main i386 autopoint all 0.23.1-1 [770 kB]
Get: 32 http://deb.debian.org/debian trixie/main i386 libdebhelper-perl all 13.24.1 [90.9 kB]
Get: 33 http://deb.debian.org/debian trixie/main i386 libtool all 2.5.4-2 [539 kB]
Get: 34 http://deb.debian.org/debian trixie/main i386 dh-autoreconf all 20 [17.1 kB]
Get: 35 http://deb.debian.org/debian trixie/main i386 libarchive-zip-perl all 1.68-1 [104 kB]
Get: 36 http://deb.debian.org/debian trixie/main i386 libfile-stripnondeterminism-perl all 1.14.1-1 [19.6 kB]
Get: 37 http://deb.debian.org/debian trixie/main i386 dh-strip-nondeterminism all 1.14.1-1 [8584 B]
Get: 38 http://deb.debian.org/debian trixie/main i386 libelf1t64 i386 0.192-4 [195 kB]
Get: 39 http://deb.debian.org/debian trixie/main i386 dwz i386 0.15-1+b1 [116 kB]
Get: 40 http://deb.debian.org/debian trixie/main i386 libunistring5 i386 1.3-1 [458 kB]
Get: 41 http://deb.debian.org/debian trixie/main i386 libicu72 i386 72.1-6 [9582 kB]
Get: 42 http://deb.debian.org/debian trixie/main i386 libxml2 i386 2.12.7+dfsg+really2.9.14-0.2+b1 [734 kB]
Get: 43 http://deb.debian.org/debian trixie/main i386 gettext i386 0.23.1-1 [1714 kB]
Get: 44 http://deb.debian.org/debian trixie/main i386 intltool-debian all 0.35.0+20060710.6 [22.9 kB]
Get: 45 http://deb.debian.org/debian trixie/main i386 po-debconf all 1.0.21+nmu1 [248 kB]
Get: 46 http://deb.debian.org/debian trixie/main i386 debhelper all 13.24.1 [920 kB]
Get: 47 http://deb.debian.org/debian trixie/main i386 libgpg-error0 i386 1.51-3 [87.3 kB]
Get: 48 http://deb.debian.org/debian trixie/main i386 libassuan9 i386 3.0.1-2 [62.4 kB]
Get: 49 http://deb.debian.org/debian trixie/main i386 libgcrypt20 i386 1.11.0-7 [799 kB]
Get: 50 http://deb.debian.org/debian trixie/main i386 gpgconf i386 2.2.46-1+b1 [128 kB]
Get: 51 http://deb.debian.org/debian trixie/main i386 libidn2-0 i386 2.3.7-2+b1 [130 kB]
Get: 52 http://deb.debian.org/debian trixie/main i386 libp11-kit0 i386 0.25.5-3 [423 kB]
Get: 53 http://deb.debian.org/debian trixie/main i386 libtasn1-6 i386 4.19.0-3+b3 [51.1 kB]
Get: 54 http://deb.debian.org/debian trixie/main i386 libgnutls30t64 i386 3.8.8-2 [1451 kB]
Get: 55 http://deb.debian.org/debian trixie/main i386 libksba8 i386 1.6.7-2+b1 [142 kB]
Get: 56 http://deb.debian.org/debian trixie/main i386 libsasl2-modules-db i386 2.1.28+dfsg1-8+b1 [20.9 kB]
Get: 57 http://deb.debian.org/debian trixie/main i386 libsasl2-2 i386 2.1.28+dfsg1-8+b1 [61.3 kB]
Get: 58 http://deb.debian.org/debian trixie/main i386 libldap2 i386 2.6.9+dfsg-1 [205 kB]
Get: 59 http://deb.debian.org/debian trixie/main i386 libnpth0t64 i386 1.8-2 [23.0 kB]
Get: 60 http://deb.debian.org/debian trixie/main i386 dirmngr i386 2.2.46-1+b1 [396 kB]
Get: 61 http://deb.debian.org/debian trixie/main i386 gnupg-l10n all 2.2.46-1 [702 kB]
Get: 62 http://deb.debian.org/debian trixie/main i386 gpg i386 2.2.46-1+b1 [574 kB]
Get: 63 http://deb.debian.org/debian trixie/main i386 pinentry-curses i386 1.3.1-2 [88.0 kB]
Get: 64 http://deb.debian.org/debian trixie/main i386 gpg-agent i386 2.2.46-1+b1 [270 kB]
Get: 65 http://deb.debian.org/debian trixie/main i386 gpgsm i386 2.2.46-1+b1 [276 kB]
Get: 66 http://deb.debian.org/debian trixie/main i386 gnupg all 2.2.46-1 [376 kB]
Get: 67 http://deb.debian.org/debian trixie/main i386 gpgv i386 2.2.46-1+b1 [240 kB]
Get: 68 http://deb.debian.org/debian trixie/main i386 sopv-gpgv all 0.1.1-1 [10.7 kB]
Get: 69 http://deb.debian.org/debian trixie/main i386 libfile-dirlist-perl all 0.05-3 [7600 B]
Get: 70 http://deb.debian.org/debian trixie/main i386 libfile-which-perl all 1.27-2 [15.1 kB]
Get: 71 http://deb.debian.org/debian trixie/main i386 libfile-homedir-perl all 1.006-2 [42.4 kB]
Get: 72 http://deb.debian.org/debian trixie/main i386 libfile-touch-perl all 0.12-2 [8816 B]
Get: 73 http://deb.debian.org/debian trixie/main i386 libio-pty-perl i386 1:1.20-1+b3 [35.8 kB]
Get: 74 http://deb.debian.org/debian trixie/main i386 libipc-run-perl all 20231003.0-2 [101 kB]
Get: 75 http://deb.debian.org/debian trixie/main i386 libclass-method-modifiers-perl all 2.15-1 [18.0 kB]
Get: 76 http://deb.debian.org/debian trixie/main i386 libclass-xsaccessor-perl i386 1.19-4+b4 [37.5 kB]
Get: 77 http://deb.debian.org/debian trixie/main i386 libb-hooks-op-check-perl i386 0.22-3+b2 [10.7 kB]
Get: 78 http://deb.debian.org/debian trixie/main i386 libdynaloader-functions-perl all 0.004-1 [12.1 kB]
Get: 79 http://deb.debian.org/debian trixie/main i386 libdevel-callchecker-perl i386 0.009-1+b1 [16.2 kB]
Get: 80 http://deb.debian.org/debian trixie/main i386 libparams-classify-perl i386 0.015-2+b4 [23.1 kB]
Get: 81 http://deb.debian.org/debian trixie/main i386 libmodule-runtime-perl all 0.016-2 [19.6 kB]
Get: 82 http://deb.debian.org/debian trixie/main i386 libimport-into-perl all 1.002005-2 [11.3 kB]
Get: 83 http://deb.debian.org/debian trixie/main i386 librole-tiny-perl all 2.002004-1 [21.4 kB]
Get: 84 http://deb.debian.org/debian trixie/main i386 libsub-quote-perl all 2.006008-1 [21.8 kB]
Get: 85 http://deb.debian.org/debian trixie/main i386 libmoo-perl all 2.005005-1 [58.0 kB]
Get: 86 http://deb.debian.org/debian trixie/main i386 libencode-locale-perl all 1.05-3 [12.9 kB]
Get: 87 http://deb.debian.org/debian trixie/main i386 libtimedate-perl all 2.3300-2 [39.3 kB]
Get: 88 http://deb.debian.org/debian trixie/main i386 libhttp-date-perl all 6.06-1 [10.7 kB]
Get: 89 http://deb.debian.org/debian trixie/main i386 libfile-listing-perl all 6.16-1 [12.4 kB]
Get: 90 http://deb.debian.org/debian trixie/main i386 libhtml-tagset-perl all 3.24-1 [14.7 kB]
Get: 91 http://deb.debian.org/debian trixie/main i386 liburi-perl all 5.30-1 [105 kB]
Get: 92 http://deb.debian.org/debian trixie/main i386 libhtml-parser-perl i386 3.83-1+b2 [101 kB]
Get: 93 http://deb.debian.org/debian trixie/main i386 libhtml-tree-perl all 5.07-3 [211 kB]
Get: 94 http://deb.debian.org/debian trixie/main i386 libclone-perl i386 0.47-1+b1 [14.0 kB]
Get: 95 http://deb.debian.org/debian trixie/main i386 libio-html-perl all 1.004-3 [16.2 kB]
Get: 96 http://deb.debian.org/debian trixie/main i386 liblwp-mediatypes-perl all 6.04-2 [20.2 kB]
Get: 97 http://deb.debian.org/debian trixie/main i386 libhttp-message-perl all 7.00-2 [79.8 kB]
Get: 98 http://deb.debian.org/debian trixie/main i386 libhttp-cookies-perl all 6.11-1 [19.1 kB]
Get: 99 http://deb.debian.org/debian trixie/main i386 libhttp-negotiate-perl all 6.01-2 [13.1 kB]
Get: 100 http://deb.debian.org/debian trixie/main i386 perl-openssl-defaults i386 7+b2 [6720 B]
Get: 101 http://deb.debian.org/debian trixie/main i386 libnet-ssleay-perl i386 1.94-2 [340 kB]
Get: 102 http://deb.debian.org/debian trixie/main i386 libio-socket-ssl-perl all 2.089-1 [223 kB]
Get: 103 http://deb.debian.org/debian trixie/main i386 libnet-http-perl all 6.23-1 [23.9 kB]
Get: 104 http://deb.debian.org/debian trixie/main i386 liblwp-protocol-https-perl all 6.14-1 [10.8 kB]
Get: 105 http://deb.debian.org/debian trixie/main i386 libtry-tiny-perl all 0.32-1 [22.9 kB]
Get: 106 http://deb.debian.org/debian trixie/main i386 libwww-robotrules-perl all 6.02-1 [12.9 kB]
Get: 107 http://deb.debian.org/debian trixie/main i386 libwww-perl all 6.77-1 [183 kB]
Get: 108 http://deb.debian.org/debian trixie/main i386 patchutils i386 0.4.2-1 [79.6 kB]
Get: 109 http://deb.debian.org/debian trixie/main i386 wdiff i386 1.2.2-7 [123 kB]
Get: 110 http://deb.debian.org/debian trixie/main i386 devscripts all 2.25.1 [1053 kB]
Get: 111 http://deb.debian.org/debian trixie/main i386 rubygems-integration all 1.19 [5488 B]
Get: 112 http://deb.debian.org/debian trixie/main i386 ruby-net-telnet all 0.2.0-1 [13.1 kB]
Get: 113 http://deb.debian.org/debian trixie/main i386 ruby-webrick all 1.8.1-1 [51.4 kB]
Get: 114 http://deb.debian.org/debian trixie/main i386 ruby-xmlrpc all 0.3.3-2 [24.4 kB]
Get: 115 http://deb.debian.org/debian trixie/main i386 libyaml-0-2 i386 0.2.5-2 [55.8 kB]
Get: 116 http://deb.debian.org/debian trixie/main i386 libruby3.3 i386 3.3.7-1 [6385 kB]
Get: 117 http://deb.debian.org/debian trixie/main i386 libruby i386 1:3.1+support3.3 [4888 B]
Get: 118 http://deb.debian.org/debian trixie/main i386 ruby-sdbm i386 1.0.0-5+b6 [20.3 kB]
Get: 119 http://deb.debian.org/debian trixie/main i386 libedit2 i386 3.1-20250104-1 [98.1 kB]
Get: 120 http://deb.debian.org/debian trixie/main i386 libncurses6 i386 6.5-2+b1 [112 kB]
Get: 121 http://deb.debian.org/debian trixie/main i386 libruby3.1t64 i386 3.1.2-8.5 [5470 kB]
Get: 122 http://deb.debian.org/debian trixie/main i386 ruby3.1 i386 3.1.2-8.5 [664 kB]
Get: 123 http://deb.debian.org/debian trixie/main i386 ruby-rubygems all 3.6.3-1 [406 kB]
Get: 124 http://deb.debian.org/debian trixie/main i386 ruby i386 1:3.1+support3.3 [5944 B]
Get: 125 http://deb.debian.org/debian trixie/main i386 rake all 13.2.1-1 [65.2 kB]
Get: 126 http://deb.debian.org/debian trixie/main i386 gem2deb-test-runner i386 2.2.5 [17.9 kB]
Get: 127 http://deb.debian.org/debian trixie/main i386 libgmpxx4ldbl i386 2:6.3.0+dfsg-3 [329 kB]
Get: 128 http://deb.debian.org/debian trixie/main i386 libgmp-dev i386 2:6.3.0+dfsg-3 [661 kB]
Get: 129 http://deb.debian.org/debian trixie/main i386 ruby3.1-dev i386 3.1.2-8.5 [1003 kB]
Get: 130 http://deb.debian.org/debian trixie/main i386 ruby3.3 i386 3.3.7-1 [827 kB]
Get: 131 http://deb.debian.org/debian trixie/main i386 ruby3.3-dev i386 3.3.7-1 [1038 kB]
Get: 132 http://deb.debian.org/debian trixie/main i386 ruby-all-dev i386 1:3.1+support3.3 [5976 B]
Get: 133 http://deb.debian.org/debian trixie/main i386 gem2deb i386 2.2.5 [48.0 kB]
Get: 134 http://deb.debian.org/debian trixie/main i386 racc all 1.8.1-1 [75.4 kB]
Get: 135 http://deb.debian.org/debian trixie/main i386 ruby-ast all 2.4.2-1 [10.7 kB]
Get: 136 http://deb.debian.org/debian trixie/main i386 ruby-diff-lcs all 1.5.1-1 [28.1 kB]
Get: 137 http://deb.debian.org/debian trixie/main i386 ruby-oedipus-lex all 2.6.0-2 [19.1 kB]
Get: 138 http://deb.debian.org/debian trixie/main i386 ruby-rspec-support all 3.13.0c0e0m0s1-2 [28.5 kB]
Get: 139 http://deb.debian.org/debian trixie/main i386 ruby-rspec-core all 3.13.0c0e0m0s1-2 [164 kB]
Get: 140 http://deb.debian.org/debian trixie/main i386 ruby-rspec-expectations all 3.13.0c0e0m0s1-2 [90.2 kB]
Get: 141 http://deb.debian.org/debian trixie/main i386 ruby-rspec-mocks all 3.13.0c0e0m0s1-2 [81.3 kB]
Get: 142 http://deb.debian.org/debian trixie/main i386 ruby-rspec all 3.13.0c0e0m0s1-2 [5184 B]
Get: 143 http://deb.debian.org/debian trixie/main i386 ruby-whitequark-parser all 3.3.4.2-2 [507 kB]
Fetched 57.0 MB in 17s (3426 kB/s)
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Current default time zone: 'Etc/UTC'
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Run 'dpkg-reconfigure tzdata' if you wish to change it.
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update-alternatives: using /usr/bin/sopv-gpgv to provide /usr/bin/sopv (sopv) in auto mode
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Not building database; man-db/auto-update is not 'true'.
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Setting up ruby-rubygems (3.6.3-1) ...
Setting up ruby (1:3.1+support3.3) ...
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Processing triggers for libc-bin (2.40-6) ...
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Updating certificates in /etc/ssl/certs...
0 added, 0 removed; done.
Running hooks in /etc/ca-certificates/update.d...
done.
Reading package lists...
Building dependency tree...
Reading state information...
Reading extended state information...
Initializing package states...
Writing extended state information...
Building tag database...
-> Finished parsing the build-deps
I: Building the package
I: Running cd /build/reproducible-path/ruby-rubocop-ast-1.24.0/ && 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 > ../ruby-rubocop-ast_1.24.0-2_source.changes
dpkg-buildpackage: info: source package ruby-rubocop-ast
dpkg-buildpackage: info: source version 1.24.0-2
dpkg-buildpackage: info: source distribution unstable
dpkg-buildpackage: info: source changed by Lucas Kanashiro <kanashiro@debian.org>
dpkg-source --before-build .
dpkg-buildpackage: info: host architecture i386
debian/rules clean
dh clean --buildsystem=ruby --with ruby
dh_auto_clean -O--buildsystem=ruby
dh_ruby --clean
W: XS-Ruby-Versions is deprecated, and will be ignored
dh_autoreconf_clean -O--buildsystem=ruby
dh_clean -O--buildsystem=ruby
debian/rules binary
dh binary --buildsystem=ruby --with ruby
dh_update_autotools_config -O--buildsystem=ruby
dh_autoreconf -O--buildsystem=ruby
dh_auto_configure -O--buildsystem=ruby
dh_ruby --configure
debian/rules override_dh_auto_build
make[1]: Entering directory '/build/reproducible-path/ruby-rubocop-ast-1.24.0'
rake -f tasks/compile.rake generate
Generating lib/rubocop/ast/node_pattern/lexer.rex.rb from lib/rubocop/ast/node_pattern/lexer.rex
racc -l -v -o lib/rubocop/ast/node_pattern/parser.racc.rb lib/rubocop/ast/node_pattern/parser.y
dh_auto_build
dh_ruby --build
make[1]: Leaving directory '/build/reproducible-path/ruby-rubocop-ast-1.24.0'
dh_auto_test -O--buildsystem=ruby
dh_ruby --test
create-stamp debian/debhelper-build-stamp
dh_testroot -O--buildsystem=ruby
dh_prep -O--buildsystem=ruby
dh_auto_install --destdir=debian/ruby-rubocop-ast/ -O--buildsystem=ruby
dh_ruby --install /build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast
┌──────────────────────────────────────────────────────────────────────────────┐
│ ruby-rubocop-ast: Installing files and building extensions for ruby3.1 │
└──────────────────────────────────────────────────────────────────────────────┘
/usr/bin/ruby3.1 -S gem build --config-file /dev/null --verbose /tmp/d20260310-63455-6dhtfb/gemspec
WARNING: open-ended dependency on parser (>= 3.1.1.0) is not recommended
if parser is semantically versioned, use:
add_runtime_dependency "parser", "~> 3.1", ">= 3.1.1.0"
WARNING: See https://guides.rubygems.org/specification-reference/ for help
Successfully built RubyGem
Name: rubocop-ast
Version: 1.24.0
File: rubocop-ast-1.24.0.gem
/usr/bin/ruby3.1 -S gem install --config-file /dev/null --verbose --local --verbose --no-document --ignore-dependencies --install-dir debian/ruby-rubocop-ast/usr/share/rubygems-integration/all /tmp/d20260310-63455-6dhtfb/rubocop-ast-1.24.0.gem
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop-ast.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/builder.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/ext/range.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/ext/range_min_max.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/alias_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/and_asgn_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/and_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/arg_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/args_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/array_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/asgn_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/block_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/break_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/case_match_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/case_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/casgn_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/class_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/const_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/def_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/defined_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/dstr_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/ensure_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/float_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/for_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/forward_args_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/hash_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/if_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/in_pattern_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/index_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/indexasgn_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/int_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/keyword_splat_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/lambda_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/mixin/basic_literal_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/mixin/binary_operator_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/mixin/collection_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/mixin/conditional_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/mixin/descendence.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/mixin/hash_element_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/mixin/method_dispatch_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/mixin/method_identifier_predicates.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/mixin/modifier_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/mixin/numeric_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/mixin/parameterized_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/mixin/predicate_operator_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/module_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/next_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/op_asgn_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/or_asgn_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/or_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/pair_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/procarg0_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/range_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/regexp_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/resbody_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/rescue_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/return_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/self_class_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/send_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/str_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/super_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/symbol_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/until_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/when_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/while_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node/yield_node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node_pattern.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node_pattern/builder.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node_pattern/comment.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node_pattern/compiler.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node_pattern/compiler/atom_subcompiler.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node_pattern/compiler/binding.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node_pattern/compiler/debug.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node_pattern/compiler/node_pattern_subcompiler.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node_pattern/compiler/sequence_subcompiler.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node_pattern/compiler/subcompiler.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node_pattern/lexer.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node_pattern/lexer.rex.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node_pattern/method_definer.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node_pattern/node.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node_pattern/parser.racc.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node_pattern/parser.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node_pattern/sets.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/node_pattern/with_meta.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/processed_source.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/rubocop_compatibility.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/sexp.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/token.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/traversal.rb
/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all/gems/rubocop-ast-1.24.0/lib/rubocop/ast/version.rb
Successfully installed rubocop-ast-1.24.0
1 gem installed
cd debian/ruby-rubocop-ast/usr/share/rubygems-integration/all
rm -rf bin
rm -rf build_info
rm -rf cache
rm -rf doc
rm -rf extensions
rmdir plugins
cd gems/rubocop-ast-1.24.0
rm -f
chmod 644 lib/rubocop/ast/builder.rb lib/rubocop/ast/ext/range.rb lib/rubocop/ast/ext/range_min_max.rb lib/rubocop/ast/node/alias_node.rb lib/rubocop/ast/node/and_asgn_node.rb lib/rubocop/ast/node/and_node.rb lib/rubocop/ast/node/arg_node.rb lib/rubocop/ast/node/args_node.rb lib/rubocop/ast/node/array_node.rb lib/rubocop/ast/node/asgn_node.rb lib/rubocop/ast/node/block_node.rb lib/rubocop/ast/node/break_node.rb lib/rubocop/ast/node/case_match_node.rb lib/rubocop/ast/node/case_node.rb lib/rubocop/ast/node/casgn_node.rb lib/rubocop/ast/node/class_node.rb lib/rubocop/ast/node/const_node.rb lib/rubocop/ast/node/def_node.rb lib/rubocop/ast/node/defined_node.rb lib/rubocop/ast/node/dstr_node.rb lib/rubocop/ast/node/ensure_node.rb lib/rubocop/ast/node/float_node.rb lib/rubocop/ast/node/for_node.rb lib/rubocop/ast/node/forward_args_node.rb lib/rubocop/ast/node/hash_node.rb lib/rubocop/ast/node/if_node.rb lib/rubocop/ast/node/in_pattern_node.rb lib/rubocop/ast/node/index_node.rb lib/rubocop/ast/node/indexasgn_node.rb lib/rubocop/ast/node/int_node.rb lib/rubocop/ast/node/keyword_splat_node.rb lib/rubocop/ast/node/lambda_node.rb lib/rubocop/ast/node/mixin/basic_literal_node.rb lib/rubocop/ast/node/mixin/binary_operator_node.rb lib/rubocop/ast/node/mixin/collection_node.rb lib/rubocop/ast/node/mixin/conditional_node.rb lib/rubocop/ast/node/mixin/descendence.rb lib/rubocop/ast/node/mixin/hash_element_node.rb lib/rubocop/ast/node/mixin/method_dispatch_node.rb lib/rubocop/ast/node/mixin/method_identifier_predicates.rb lib/rubocop/ast/node/mixin/modifier_node.rb lib/rubocop/ast/node/mixin/numeric_node.rb lib/rubocop/ast/node/mixin/parameterized_node.rb lib/rubocop/ast/node/mixin/predicate_operator_node.rb lib/rubocop/ast/node/module_node.rb lib/rubocop/ast/node/next_node.rb lib/rubocop/ast/node/op_asgn_node.rb lib/rubocop/ast/node/or_asgn_node.rb lib/rubocop/ast/node/or_node.rb lib/rubocop/ast/node/pair_node.rb lib/rubocop/ast/node/procarg0_node.rb lib/rubocop/ast/node/range_node.rb lib/rubocop/ast/node/regexp_node.rb lib/rubocop/ast/node/resbody_node.rb lib/rubocop/ast/node/rescue_node.rb lib/rubocop/ast/node/return_node.rb lib/rubocop/ast/node/self_class_node.rb lib/rubocop/ast/node/send_node.rb lib/rubocop/ast/node/str_node.rb lib/rubocop/ast/node/super_node.rb lib/rubocop/ast/node/symbol_node.rb lib/rubocop/ast/node/until_node.rb lib/rubocop/ast/node/when_node.rb lib/rubocop/ast/node/while_node.rb lib/rubocop/ast/node/yield_node.rb lib/rubocop/ast/node.rb lib/rubocop/ast/node_pattern/builder.rb lib/rubocop/ast/node_pattern/comment.rb lib/rubocop/ast/node_pattern/compiler/atom_subcompiler.rb lib/rubocop/ast/node_pattern/compiler/binding.rb lib/rubocop/ast/node_pattern/compiler/debug.rb lib/rubocop/ast/node_pattern/compiler/node_pattern_subcompiler.rb lib/rubocop/ast/node_pattern/compiler/sequence_subcompiler.rb lib/rubocop/ast/node_pattern/compiler/subcompiler.rb lib/rubocop/ast/node_pattern/compiler.rb lib/rubocop/ast/node_pattern/lexer.rb lib/rubocop/ast/node_pattern/lexer.rex.rb lib/rubocop/ast/node_pattern/method_definer.rb lib/rubocop/ast/node_pattern/node.rb lib/rubocop/ast/node_pattern/parser.racc.rb lib/rubocop/ast/node_pattern/parser.rb lib/rubocop/ast/node_pattern/sets.rb lib/rubocop/ast/node_pattern/with_meta.rb lib/rubocop/ast/node_pattern.rb lib/rubocop/ast/processed_source.rb lib/rubocop/ast/rubocop_compatibility.rb lib/rubocop/ast/sexp.rb lib/rubocop/ast/token.rb lib/rubocop/ast/traversal.rb lib/rubocop/ast/version.rb lib/rubocop/ast.rb lib/rubocop-ast.rb
find lib/ -type d -empty -delete
cd -
cd -
dh_installchangelogs -pruby-rubocop-ast /build/reproducible-path/ruby-rubocop-ast-1.24.0/CHANGELOG.md upstream
/usr/bin/ruby3.1 /usr/bin/gem2deb-test-runner
┌──────────────────────────────────────────────────────────────────────────────┐
│ Checking Rubygems dependency resolution on ruby3.1 │
└──────────────────────────────────────────────────────────────────────────────┘
RUBYLIB=. GEM_PATH=/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all:/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/.debhelper/generated/_source/home/.local/share/gem/ruby/3.1.0:/var/lib/gems/3.1.0:/usr/local/lib/ruby/gems/3.1.0:/usr/lib/ruby/gems/3.1.0:/usr/lib/i386-linux-gnu/ruby/gems/3.1.0:/usr/share/rubygems-integration/3.1.0:/usr/share/rubygems-integration/all:/usr/lib/i386-linux-gnu/rubygems-integration/3.1.0 ruby3.1 -e gem\ \"rubocop-ast\"
┌──────────────────────────────────────────────────────────────────────────────┐
│ Run tests for ruby3.1 from debian/ruby-tests.rake │
└──────────────────────────────────────────────────────────────────────────────┘
RUBYLIB=. GEM_PATH=/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all:/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/.debhelper/generated/_source/home/.local/share/gem/ruby/3.1.0:/var/lib/gems/3.1.0:/usr/local/lib/ruby/gems/3.1.0:/usr/lib/ruby/gems/3.1.0:/usr/lib/i386-linux-gnu/ruby/gems/3.1.0:/usr/share/rubygems-integration/3.1.0:/usr/share/rubygems-integration/all:/usr/lib/i386-linux-gnu/rubygems-integration/3.1.0 ruby3.1 -S rake --rakelibdir /gem2deb-nonexistent -f debian/ruby-tests.rake
/usr/bin/ruby3.1 -ruri -I/usr/share/rubygems-integration/all/gems/rspec-support-3.13.1/lib:/usr/share/rubygems-integration/all/gems/rspec-core-3.13.0/lib /usr/share/rubygems-integration/all/gems/rspec-core-3.13.0/exe/rspec --pattern ./spec/\*\*/\*_spec.rb --format documentation
warning: parser/current is loading parser/ruby31, which recognizes 3.1.6-compliant syntax, but you are running 3.1.2.
Please see https://github.com/whitequark/parser#compatibility-with-ruby-mri.
Randomized with seed 36516
RuboCop::AST::AndNode
#alternate_operator
with a logical and node
is expected to eq "and"
with a semantic and node
is expected to eq "&&"
#inverse_operator
with a semantic and node
is expected to eq "or"
with a logical and node
is expected to eq "||"
#logical_operator?
with a semantic and node
is expected not to be logical operator
with a logical and node
is expected to be logical operator
#operator
with a logical and node
is expected to eq "&&"
with a semantic and node
is expected to eq "and"
#lhs
with a semantic and node
is expected to be sym type
with a logical and node
is expected to be sym type
#rhs
with a semantic and node
is expected to be int type
with a logical and node
is expected to be int type
#semantic_operator?
with a semantic and node
is expected to be semantic operator
with a logical and node
is expected not to be semantic operator
.new
with a logical and node
is expected to be a kind of RuboCop::AST::AndNode
with a semantic and node
is expected to be a kind of RuboCop::AST::AndNode
RuboCop::AST::UntilNode
#do?
with a do keyword
is expected to be do
without a do keyword
is expected not to be do
#loop_keyword?
with a modifier until
is expected to be loop keyword
with a statement until
is expected to be loop keyword
#post_condition_loop?
with a statement until
is expected not to be post condition loop
with a modifier until
is expected to be post condition loop
.new
with a modifier until
is expected to be a kind of RuboCop::AST::UntilNode
with a statement until
is expected to be a kind of RuboCop::AST::UntilNode
#inverse_keyword
is expected to eq "while"
#keyword
is expected to eq "until"
RuboCop::AST::OpAsgnNode
#assignment_node
is expected to be a kind of RuboCop::AST::AsgnNode
#expression
is expected to eq s(:send, nil, :value)
#name
is expected to eq :var
.new
with an `op_asgn_node` node
is expected to be a kind of RuboCop::AST::OpAsgnNode
#operator
with **=
is expected to eq :**
with %=
is expected to eq :%
with /=
is expected to eq :/
with *=
is expected to eq :*
with &=
is expected to eq :&
with |=
is expected to eq :|
with +=
is expected to eq :+
with -=
is expected to eq :-
RuboCop::AST::SelfClassNode
#body
with a multi-expression body
is expected to be begin type
with a single expression body
is expected to be send type
with an empty body
is expected to be nil
.new
is expected to be a kind of RuboCop::AST::SelfClassNode
#identifier
is expected to be self type
RuboCop::AST::PairNode
#delimiter
when using a colon delimiter
is expected to eq ": "
is expected to eq ":"
when using a hash rocket delimiter
is expected to eq " => "
is expected to eq "=>"
#hash_rocket?
when using a colon delimiter
is expected not to be hash rocket
when using a hash rocket delimiter
is expected to be hash rocket
.new
is expected to be a kind of RuboCop::AST::PairNode
#value_omission?
when using hash value omission
is expected to be value omission
when not using hash value omission
is expected not to be value omission
#inverse_delimiter
when using a hash rocket delimiter
is expected to eq ": "
is expected to eq ":"
when using a colon delimiter
is expected to eq " => "
is expected to eq "=>"
#value
is expected to be int type
#colon?
when using a colon delimiter
is expected to be colon
when using a hash rocket delimiter
is expected not to be colon
#key_delta
with alignment set to :right
when using hash rocket delimiters
when receiver key is ahead
when second pair is a keyword splat
is expected to eq 0
when both pairs are explicit pairs
is expected to eq 2
when both keys are on the same line
when second pair is a keyword splat
is expected to eq 0
when both pairs are explicit pairs
is expected to eq 0
when keys are aligned
when second key is a keyword splat
is expected to eq 0
when both keys are explicit keys
is expected to eq 0
when receiver key is behind
when second pair is a keyword splat
is expected to eq 0
when both pairs are explicit pairs
is expected to eq -2
when using colon delimiters
when receiver key is ahead
when second pair is a keyword splat
is expected to eq 0
when both pairs are explicit pairs
is expected to eq 2
when keys are aligned
when second pair is a keyword splat
is expected to eq 0
when both pairs are explicit pairs
is expected to eq 0
when both keys are on the same line
when second pair is a keyword splat
is expected to eq 0
when both pairs are explicit pairs
is expected to eq 0
when receiver key is behind
when second pair is a keyword splat
is expected to eq 0
when both pairs are reail pairs
is expected to eq -2
with alignment set to :left
when using colon delimiters
when receiver key is ahead
when both pairs are explicit pairs
is expected to eq 2
when second pair is a keyword splat
is expected to eq 2
when keys are aligned
when second pair is a keyword splat
is expected to eq 0
when both pairs are explicit pairs
is expected to eq 0
when receiver key is behind
when second pair is a keyword splat
is expected to eq -2
when both pairs are reail pairs
is expected to eq -2
when both keys are on the same line
when second pair is a keyword splat
is expected to eq 0
when both pairs are explicit pairs
is expected to eq 0
when using hash rocket delimiters
when receiver key is ahead
when second pair is a keyword splat
is expected to eq 2
when both pairs are explicit pairs
is expected to eq 2
when both keys are on the same line
when second pair is a keyword splat
is expected to eq 0
when both pairs are explicit pairs
is expected to eq 0
when receiver key is behind
when both pairs are explicit pairs
is expected to eq -2
when second pair is a keyword splat
is expected to eq -2
when keys are aligned
when both keys are explicit keys
is expected to eq 0
when second key is a keyword splat
is expected to eq 0
#same_line?
when both pairs are on the same line
when both pairs are explicit pairs
is expected to be same line s(:pair,
s(:sym, :b),
s(:int, 2))
when both pair is a keyword splat
is expected to be same line s(:kwsplat,
s(:send, nil, :foo))
when a multiline pair shares the same line
when last pair is a keyword splat
is expected to be same line s(:pair,
s(:sym, :a),
s(:begin))
is expected to be same line s(:kwsplat,
s(:send, nil, :foo))
when both pairs are explicit pairs
is expected to be same line s(:pair,
s(:sym, :b),
s(:int, 2))
is expected to be same line s(:pair,
s(:sym, :a),
s(:begin))
when pairs are on separate lines
when last pair is a keyword splat
is expected not to be same line s(:kwsplat,
s(:send, nil, :foo))
when both pairs are explicit pairs
is expected not to be same line s(:pair,
s(:sym, :b),
s(:int, 2))
#key
when using a symbol key
is expected to be sym type
when using a string key
is expected to be str type
#value_delta
when using colon delimiters
when receiver value is behind
is expected to eq -2
when values are aligned
when second pair is a keyword splat
is expected to eq 0
when both pairs are explicit pairs
is expected to eq 0
when receiver value is ahead
is expected to eq 2
when both pairs are on the same line
is expected to eq 0
when using hash rocket delimiters
when both pairs are on the same line
is expected to eq 0
when receiver value is ahead
is expected to eq 2
when values are aligned
when second pair is a keyword splat
is expected to eq 0
when both pairs are explicit pairs
is expected to eq 0
when receiver value is behind
is expected to eq -2
#value_on_new_line?
when value starts on a new line
is expected to be value on new line
when pair is on a single line
is expected not to be value on new line
when value spans multiple lines
is expected not to be value on new line
RuboCop::AST::DefNode
#arguments?
with no arguments
is expected not to be arguments
with a single regular argument
is expected to be arguments
with a single rest argument
is expected to be arguments
with multiple regular arguments
is expected to be arguments
with multiple mixed arguments
is expected to be arguments
with a single keyword argument
is expected to be arguments
#camel_case_method?
with a camel case method
is expected to be camel case method
with a regular method
is expected not to be camel case method
#comparison_method?
with a comparison method
is expected to be comparison method
with a regular method
is expected not to be comparison method
#method?
when message does not match
when argument is a symbol
is expected not to be method :foo
when argument is a string
is expected not to be method "foo"
when message matches
when argument is a string
is expected to be method "bar"
when argument is a symbol
is expected to be method :bar
#body
with a single expression body
is expected to be send type
with no body
is expected to be nil
with a multi-expression body
is expected to be begin type
#receiver
with an instance method definition
is expected to be nil
with a singleton method definition
is expected to be const type
with a class method definition
is expected to be self type
#bang_method?
with a bang method
is expected to be bang method
with a regular method
is expected not to be bang method
with a predicate method
is expected not to be bang method
#predicate_method?
with a regular method
is expected not to be predicate method
with a predicate method
is expected to be predicate method
with a bang method
is expected not to be predicate method
#self_receiver?
with an instance method definition
is expected not to be self receiver
with a singleton method definition
is expected not to be self receiver
with a class method definition
is expected to be self receiver
#block_argument?
with no arguments
is expected not to be block argument
with regular arguments
is expected not to be block argument
with a block argument
is expected to be block argument
with mixed arguments
is expected to be block argument
#rest_argument?
with regular arguments
is expected not to be rest argument
with no arguments
is expected not to be rest argument
with a rest argument
is expected to be rest argument
with mixed arguments
is expected to be rest argument
#operator_method?
with a unary operator method
is expected to be operator method
with a binary operator method
is expected to be operator method
with a setter method
is expected not to be operator method
with a regular method
is expected not to be operator method
#arguments
with multiple mixed arguments
is expected to eq 2
with multiple regular arguments
is expected to eq 2
with no arguments
is expected to be empty
with argument forwarding
is expected to eq 1
with a single regular argument
is expected to eq 1
with a single rest argument
is expected to eq 1
#const_receiver?
with a class method definition
is expected not to be const receiver
with a singleton method definition
is expected to be const receiver
with an instance method definition
is expected not to be const receiver
#void_context?
with a comparison method
is expected not to be void context
with a bracket assignment method
is expected to be void context
with a regular method
is expected not to be void context
with a regular assignment method
is expected to be void context
with an initializer method
is expected to be void context
#last_argument
with multiple mixed arguments
is expected to be restarg type
with no arguments
is expected to be nil
with a single regular argument
is expected to be arg type
with a single keyword argument
is expected to be kwoptarg type
with multiple regular arguments
is expected to be arg type
with a single rest argument
is expected to be restarg type
.new
with a defs node
is expected to be a kind of RuboCop::AST::DefNode
with a def node
is expected to be a kind of RuboCop::AST::DefNode
when using Ruby 2.7 or newer
#argument_forwarding?
is expected to be argument forwarding
#assignment_method?
with a regular method
is expected not to be assignment method
with a bracket assignment method
is expected to be assignment method
with a comparison method
is expected not to be assignment method
with an assignment method
is expected to be assignment method
#endless?
with endless method definition
is expected to be endless
with standard method definition
is expected not to be endless
#first_argument
with a single keyword argument
is expected to be kwoptarg type
with no arguments
is expected to be nil
with multiple mixed arguments
is expected to be arg type
with a single regular argument
is expected to be arg type
with multiple regular arguments
is expected to be arg type
with a single rest argument
is expected to be restarg type
#method_name
with a plain method
is expected to eq :foo
with a setter method
is expected to eq :foo=
with an operator method
is expected to eq :==
with a unary method
is expected to eq :-@
RuboCop::AST::YieldNode
#const_receiver?
is expected not to be const receiver
#operator_method?
is expected not to be operator method
#method?
when message does not match
when argument is a string
is expected not to be method "foo"
when argument is a symbol
is expected not to be method :foo
when message matches
when argument is a symbol
is expected to be method :yield
when argument is a string
is expected to be method "yield"
#last_argument
with a single splat argument
is expected to be splat type
with multiple mixed arguments
is expected to be splat type
with multiple literal arguments
is expected to be sym type
with no arguments
is expected to be nil
with a single literal argument
is expected to be sym type
#implicit_call?
is expected not to be implicit call
#method_name
is expected to eq :yield
#splat_argument?
with regular arguments
is expected not to be splat argument
with a splat argument
is expected to be splat argument
with mixed arguments
is expected to be splat argument
with no arguments
is expected not to be splat argument
#first_argument
with multiple literal arguments
is expected to be sym type
with a single literal argument
is expected to be sym type
with a single splat argument
is expected to be splat type
with multiple mixed arguments
is expected to be sym type
with no arguments
is expected to be nil
#block_node
is expected to be nil
.new
is expected to be a kind of RuboCop::AST::YieldNode
#assignment_method?
is expected not to be assignment method
#parenthesized?
with arguments
when using parentheses
is expected to be parenthesized
when not using parentheses
is expected not to be parenthesized
with no arguments
when using parentheses
is expected to be parenthesized
when not using parentheses
is expected not to be parenthesized
#command?
when argument is a symbol
is expected to be command :yield
when argument is a string
is expected to be command "yield"
#dot?
is expected not to be dot
#receiver
is expected to be nil
#block_argument?
is expected not to be block argument
#bang_method?
is expected not to be bang method
#setter_method?
is expected not to be setter method
#arguments
with a single splat argument
is expected to eq 1
with multiple mixed arguments
is expected to eq 2
with no arguments
is expected to be empty
with a single literal argument
is expected to eq 1
with multiple literal arguments
is expected to eq 2
#camel_case_method?
is expected not to be camel case method
#self_receiver?
is expected not to be self receiver
#block_literal?
is expected not to be block literal
#arguments?
with a single splat argument
is expected to be arguments
with multiple literal arguments
is expected to be arguments
with no arguments
is expected not to be arguments
with a single literal argument
is expected to be arguments
with multiple mixed arguments
is expected to be arguments
#comparison_method?
is expected not to be comparison method
#double_colon?
is expected not to be double colon
#macro?
is expected not to be macro
#predicate_method?
is expected not to be predicate method
RuboCop::AST::SymbolNode
#value
is expected to eq :foo
.new
with a symbol node
is expected to be a kind of RuboCop::AST::SymbolNode
RuboCop::AST::WhileNode
#do?
with a do keyword
is expected to be do
without a do keyword
is expected not to be do
#keyword
is expected to eq "while"
#loop_keyword?
with a statement while
is expected to be loop keyword
with a modifier while
is expected to be loop keyword
#inverse_keyword
is expected to eq "until"
#post_condition_loop?
with a modifier while
is expected to be post condition loop
with a statement while
is expected not to be post condition loop
.new
with a modifier while
is expected to be a kind of RuboCop::AST::WhileNode
with a statement while
is expected to be a kind of RuboCop::AST::WhileNode
RuboCop::AST::NextNode
behaves like wrapped arguments node
#arguments
with multiple literal arguments
is expected to eq 2
with a single argument
is expected to eq 1
with a single argument and braces
is expected to eq 1
with a single splat argument
is expected to eq 1
with no arguments
is expected to be empty
with no arguments and braces
is expected to be empty
.new
without arguments
is expected to be a kind of RuboCop::AST::NextNode
with arguments
is expected to be a kind of RuboCop::AST::NextNode
RuboCop::AST::ReturnNode
behaves like wrapped arguments node
#arguments
with no arguments and braces
is expected to be empty
with no arguments
is expected to be empty
with a single argument
is expected to eq 1
with a single argument and braces
is expected to eq 1
with multiple literal arguments
is expected to eq 2
with a single splat argument
is expected to eq 1
.new
without arguments
is expected to be a kind of RuboCop::AST::ReturnNode
with arguments
is expected to be a kind of RuboCop::AST::ReturnNode
RuboCop::AST::Procarg0Node
#name
is expected to eq :x
.new
with a block
is expected to be a kind of RuboCop::AST::ArgNode
RuboCop::AST::RescueNode
#else?
without an else statement
is expected not to be else
with an else statement
is expected to be else
.new
is expected to be a kind of RuboCop::AST::RescueNode
#else_branch
without an else statement
is expected to be nil
with an else statement
is expected to be send type
#body
is expected to be send type
#resbody_branches
is expected to all be resbody type
is expected to eq 2
#branches
when there is no else keyword
returns only then rescue bodies
when there is an else
returns all the bodies
with an empty else
returns all the bodies
RuboCop::AST::StrNode
#character_literal?
with a character literal
is expected to be character literal
with a normal string literal
is expected not to be character literal
with a heredoc
is expected not to be character literal
.new
with a normal string
is expected to be a kind of RuboCop::AST::StrNode
with a string with interpolation
is expected to be a kind of RuboCop::AST::StrNode
with a heredoc
is expected to be a kind of RuboCop::AST::StrNode
#heredoc?
with a normal string
is expected not to be heredoc
with a string with interpolation
is expected not to be heredoc
with a heredoc
is expected to be heredoc
RuboCop::AST::BlockNode
.new
is expected to be a kind of RuboCop::AST::BlockNode
#lambda?
when block belongs to a stabby lambda
is expected to be lambda
when block belongs to a method lambda
is expected to be lambda
when block belongs to a non-lambda method
is expected not to be lambda
#single_line?
when block is on several lines
is expected not to be single line
when block is on a single line
is expected to be single line
#braces?
when enclosed in do-end keywords
is expected not to be braces
when enclosed in braces
is expected to be braces
#delimiters
when enclosed in do-end keywords
is expected to eq ["do", "end"]
when enclosed in braces
is expected to eq ["{", "}"]
#argument_list
with no arguments
is expected to be empty
all argument types
is expected to eq [:a, :b, :c, :d, :e, :f, :g, :h, :i]
>= Ruby 2.7
using numbered parameters
with skipped params
is expected to eq [:_1, :_2, :_3, :_4, :_5, :_6, :_7]
with sequential params
is expected to eq [:_1, :_2]
#void_context?
when block method is each
is expected to be void context
when block method is tap
is expected to be void context
when block method is not each
is expected not to be void context
#arguments
with destructured arguments
is expected to eq 2
with multiple mixed arguments
is expected to eq 2
with no arguments
is expected to be empty
with a single literal argument
is expected to eq 1
with a single splat argument
is expected to eq 1
>= Ruby 2.7
using numbered parameters
is expected to be empty
#receiver
with dot operator call
is expected to eq "foo"
with safe navigation operator call
is expected to eq "foo"
#opening_delimiter
when enclosed in do-end keywords
is expected to eq "do"
when enclosed in braces
is expected to eq "{"
#keywords?
when enclosed in do-end keywords
is expected to be keywords
when enclosed in braces
is expected not to be keywords
#closing_delimiter
when enclosed in do-end keywords
is expected to eq "end"
when enclosed in braces
is expected to eq "}"
#arguments?
with no arguments
is expected not to be arguments
with a single argument
is expected to be arguments
with a single splat argument
is expected to be arguments
with destructuring arguments
is expected to be arguments
>= Ruby 2.7
using numbered parameters
is expected not to be arguments
with multiple mixed arguments
is expected to be arguments
#multiline?
when block is on several lines
is expected to be multiline
when block is on a single line
is expected not to be multiline
RuboCop::AST::OrAsgnNode
#operator
is expected to eq :"||"
.new
is expected to be a kind of RuboCop::AST::OrAsgnNode
#assignment_node
is expected to be a kind of RuboCop::AST::AsgnNode
#name
is expected to eq :var
#expression
is expected to eq s(:send, nil, :value)
RuboCop::AST::FloatNode
#value
is expected to eq 1.5
.new
is expected to be a kind of RuboCop::AST::FloatNode
#sign?
explicit positive float
is expected to be sign
explicit negative float
is expected to be sign
RuboCop::AST::RuboCopCompatibility
when ran from a compatible version of Rubocop
issues a warning
when ran from an incompatible version of Rubocop
issues a warning
RuboCop::AST::ConstNode
#module_name?
is expected not to be module name
with a constant with a lowercase letter
is expected to be module name
#each_path
yields all parts of the namespace
#absolute?
is expected to be absolute
with a non-namespaced constant
is expected not to be absolute
with a constant not starting with ::
is expected not to be absolute
#namespace
is expected to eq "::Foo::Bar"
#short_name
is expected to eq :BAZ
#relative?
with a non-namespaced constant
is expected to be relative
RuboCop::AST::Traversal
knows all current node types
for example fun(foo, :foo => 1)
traverses all nodes
for example next()
traverses all nodes
for example while class << self; a = tap do end; end; break; end
traverses all nodes
for example case foo;
in a: {b:}, c:
p c
; end
traverses all nodes
for example :'#@@1'
traverses all nodes
for example begin meth end until foo
traverses all nodes
for example m { |**nil| }
traverses all nodes
for example ::Foo
traverses all nodes
for example case foo; in [x, y, *z] then true; end
traverses all nodes
for example foo::m += raise(bar) rescue nil
traverses all nodes
for example foo::Fun bar
traverses all nodes
for example '#@1'
traverses all nodes
for example foo
traverses all nodes
for example foo::a = 1
traverses all nodes
for example f{ |a| }
traverses all nodes
for example case foo; in x then x; end
traverses all nodes
for example case foo; in 1..2 then true; end
traverses all nodes
for example A += 1
traverses all nodes
for example foo::C ||= raise(bar) rescue nil
traverses all nodes
for example case 1; in 2; 3; else; end
traverses all nodes
for example # Extracted from `parser` gem.
# Add the following code at the beginning of `def assert_parses`:
#
# File.open('./out.rb', 'a+') do |f|
# f << code << "\n\n#----\n" if versions.include? '2.7'
# end
alias $a $b
traverses all nodes
for example foo < 1
traverses all nodes
for example foo.A = 1
traverses all nodes
for example foo[m bar]
traverses all nodes
for example meth 1 do end.fun(bar) {}
traverses all nodes
for example case foo; in [x,] then nil; end
traverses all nodes
for example @a |= 1
traverses all nodes
for example while foo; meth end
traverses all nodes
for example foo / 1
traverses all nodes
for example redo
traverses all nodes
for example def f(*); end
traverses all nodes
for example def String.foo; end
traverses all nodes
for example _1
traverses all nodes
for example desc "foo" do end
traverses all nodes
for example @@var = 10
traverses all nodes
for example p <<~E
x
\ y
E
traverses all nodes
for example a b{c(d)}, "x" do end
traverses all nodes
for example 42
traverses all nodes
when given an unexpected AST
with too many children
raises debugging error
with too few children
raises debugging error
for example case foo; in * then nil; end
traverses all nodes
for example %s{#@@1}
traverses all nodes
for example p <<~E
x
y
E
traverses all nodes
for example foo <= 1
traverses all nodes
for example ~foo
traverses all nodes
for example case foo; in { a: 1 } then true; end
traverses all nodes
for example %I[foo#{bar}]
traverses all nodes
for example tap (proc do end)
traverses all nodes
for example %s{#@1}
traverses all nodes
for example foo::fun (1) {}
traverses all nodes
for example a b(c(d)), 1.0i do end
traverses all nodes
for example p <<~"E"
x
#{foo}
E
traverses all nodes
for example foo::C ||= raise bar rescue nil
traverses all nodes
for example a b(c d), 1.0i do end
traverses all nodes
for example a b(c(d)), /x/m do end
traverses all nodes
for example def f a, o=1, &b; end
traverses all nodes
for example meth 1 do end::fun(bar)
traverses all nodes
for example until foo do meth end
traverses all nodes
for example p -> { :hello }, a: 1 do end
traverses all nodes
for example !(a, b = foo)
traverses all nodes
for example undef foo, :bar, :"foo#{1}"
traverses all nodes
for example case foo; in x, y then nil; end
traverses all nodes
for example def m; class << self; class C; end; end; end
traverses all nodes
for example def foo(...); bar(...); end
traverses all nodes
for example { 1 => 2 }
traverses all nodes
for example p begin 1.times do 1 end end
traverses all nodes
for example fun(f bar)
traverses all nodes
for example fun(:foo => 1, &baz)
traverses all nodes
for example case foo; in [x, *y, z] then true; end
traverses all nodes
for example p <<~E
E
traverses all nodes
for example f{ |;
a
| }
traverses all nodes
for example return(foo)
traverses all nodes
for example defined? @foo
traverses all nodes
for example foo, bar, baz = 1, 2
traverses all nodes
for example f x: -> do meth do end end
traverses all nodes
for example def f ((*, p)); end
traverses all nodes
for example begin meth end while foo
traverses all nodes
for example if foo
then bar end
traverses all nodes
for example %q(foobar)
traverses all nodes
for example <<-'HERE'
a\
b
HERE
traverses all nodes
for example foo[0, 1] &&= 2
traverses all nodes
for example foo % 1
traverses all nodes
for example def self.m; _1; end
traverses all nodes
for example ...100
traverses all nodes
for example case foo; in ...2 then true; end
traverses all nodes
for example break
traverses all nodes
for example not(foo)
traverses all nodes
for example case foo; in ** then true; end
traverses all nodes
for example proc {_1 = nil}
traverses all nodes
for example foo (-1.3).abs
traverses all nodes
for example fun () {}
traverses all nodes
for example def f a, *r, p, &b; end
traverses all nodes
for example self::a, foo = foo
traverses all nodes
for example begin; meth; rescue foo => ex; bar; end
traverses all nodes
for example a b{c(d)}, 1.0r do end
traverses all nodes
for example fun
traverses all nodes
for example while def self.foo; tap do end; end; break; end
traverses all nodes
for example fun(:foo => 1)
traverses all nodes
when a class defines on_arg
calls it for all arguments
for example 1...2
traverses all nodes
for example +42
traverses all nodes
for example super foo
traverses all nodes
for example %W{a\
b}
traverses all nodes
for example ..100
traverses all nodes
for example !(foo...bar)
traverses all nodes
for example if foo; bar; else baz; end
traverses all nodes
for example a b(c(d)), /x/ do end
traverses all nodes
for example def f o=1, *r, &b; end
traverses all nodes
for example a b(c d), 1.0 do end
traverses all nodes
for example let (:a) { m do; end }
traverses all nodes
for example <<-"HERE"
#@@1
HERE
traverses all nodes
for example '#@@1'
traverses all nodes
for example case foo; in self then true; end
traverses all nodes
for example next fun foo do end
traverses all nodes
for example f{ |*| }
traverses all nodes
for example <<-`HERE`
#@1
HERE
traverses all nodes
for example return fun foo do end
traverses all nodes
for example /a\
b/
traverses all nodes
for example foo[0, 1] += m foo
traverses all nodes
for example case foo; in a: then true; end
traverses all nodes
for example meth rescue bar
traverses all nodes
for example p p{p(p);p p}, tap do end
traverses all nodes
for example begin foo!; bar! end
traverses all nodes
for example a b(c(d)), :e do end
traverses all nodes
for example self.A, foo = foo
traverses all nodes
for example case foo; when 1, *baz; bar; when *foo; end
traverses all nodes
for example def f ((a, *r, p)); end
traverses all nodes
for example foo ** 1
traverses all nodes
for example <<-`HERE`
#@@1
HERE
traverses all nodes
for example a b(c d), :e do end
traverses all nodes
for example __ENCODING__
traverses all nodes
for example -42
traverses all nodes
for example BEGIN { 1 }
traverses all nodes
for example -> a: { }
traverses all nodes
for example %Q{a\
b}
traverses all nodes
for example a b(c d), /x/ do end
traverses all nodes
for example def foo
=begin
=end
end
traverses all nodes
for example m1 :k => m2 do; m3() do end; end
traverses all nodes
for example
traverses all nodes
for example case foo;
in {a: 1
}
false
; end
traverses all nodes
for example def f ((a, a1)); end
traverses all nodes
for example def f ((a, *)); end
traverses all nodes
for example [1, 2]
traverses all nodes
for example fun (1
)
traverses all nodes
for example super(foo)
traverses all nodes
for example def f foo: -1
; end
traverses all nodes
for example a b(c d), 1 do end
traverses all nodes
for example unless foo; bar; else baz; end
traverses all nodes
for example not foo
traverses all nodes
for example f{ |a, &b| }
traverses all nodes
for example -> { _1 + _9}
traverses all nodes
for example if foo then bar; end
traverses all nodes
for example m ->(a = ->{_1}) {a}
traverses all nodes
for example /#@1/
traverses all nodes
for example def f a, o=1, *r, p, &b; end
traverses all nodes
for example a b(c d), "x" do end
traverses all nodes
for example def f(**foo); end
traverses all nodes
for example %Q{#@1}
traverses all nodes
for example case foo; in "#{ 'a' }": then true; end
traverses all nodes
for example case foo; in x if true; nil; end
traverses all nodes
for example <<-'HERE'
#@@1
HERE
traverses all nodes
for example unless foo; bar; end
traverses all nodes
for example return
traverses all nodes
for example __ENCODING__
traverses all nodes
for example f{ |o=1, *r, p, &b| }
traverses all nodes
for example def foo(...); super(...); end
traverses all nodes
for example not m foo
traverses all nodes
for example begin; meth; rescue Exception; bar; end
traverses all nodes
for example <<-"HERE"
#@1
HERE
traverses all nodes
for example :foo
traverses all nodes
for example 42.1i
traverses all nodes
for example ()
traverses all nodes
for example true ? 1.tap do |n| p n end : 0
traverses all nodes
for example 42r
traverses all nodes
for example p <<~E
x
y
E
traverses all nodes
for example def f *, **; end
traverses all nodes
for example -foo
traverses all nodes
for example def f ; end
traverses all nodes
for example class A; _1; end
traverses all nodes
for example def foo(_, _); end
traverses all nodes
for example -2.0 ** 10
traverses all nodes
for example class Foo < Bar; end
traverses all nodes
for example "foo#{bar}baz"
traverses all nodes
for example nil
traverses all nodes
for example -> a: 1 { }
traverses all nodes
for example fun(*bar, &baz)
traverses all nodes
for example begin ensure end
traverses all nodes
for example def f(foo:); end
traverses all nodes
for example foo::A += m foo
traverses all nodes
for example f{ |foo: 1, bar: 2, **baz, &b| }
traverses all nodes
when a class defines `on_block_pass`
calls it for all block-pass arguments
for example foo&.bar {}
traverses all nodes
for example f{ |a| }
traverses all nodes
for example a ? b & '': nil
traverses all nodes
for example case foo; in *x then nil; end
traverses all nodes
for example foo | 1
traverses all nodes
for example case foo; in A then true; end
traverses all nodes
for example m "#{[]}"
traverses all nodes
for example a ||= 1
traverses all nodes
for example %W[#@1]
traverses all nodes
for example def f *r, &b; end
traverses all nodes
for example fun(foo, :foo => 1, &baz)
traverses all nodes
for example foo * 1
traverses all nodes
for example meth do; foo; rescue; bar; end
traverses all nodes
for example case foo; in 1.. then true; end
traverses all nodes
for example p <<~E
x
E
traverses all nodes
for example meth until foo
traverses all nodes
for example case foo; in A(1, 2) then true; end
traverses all nodes
for example foo, bar = meth rescue [1, 2]
traverses all nodes
for example p <<~E
x
y
E
traverses all nodes
for example %w[]
traverses all nodes
for example meth 1 do end.fun(bar)
traverses all nodes
for example a, b = *foo, bar
traverses all nodes
for example %I{a\
b}
traverses all nodes
for example m def x(); end; 1.tap do end
traverses all nodes
for example def f(*foo); end
traverses all nodes
for example %I[foo #{bar}]
traverses all nodes
for example lambda{|;a|a}
traverses all nodes
for example *b = bar
traverses all nodes
for example case foo; in a: 1, _a:, ** then true; end
traverses all nodes
for example -1.33
traverses all nodes
for example # coding:utf-8
"\xD0\xBF\xD1\x80\xD0\xBE\xD0\xB2\xD0\xB5\xD1\x80\xD0\xBA\xD0\xB0"
traverses all nodes
for example Foo
traverses all nodes
for example class Foo; end
traverses all nodes
for example def f(foo=1, bar=2); end
traverses all nodes
for example case foo; in [x, y, *] then true; end
traverses all nodes
for example a b{c d}, /x/m do end
traverses all nodes
for example def a; @@var |= 10; end
traverses all nodes
for example def String=; end
traverses all nodes
for example <<-'HERE'
#@1
HERE
traverses all nodes
for example def f &b; end
traverses all nodes
for example f{ |;a| }
traverses all nodes
for example class Foo end
traverses all nodes
for example case foo; in ^foo then nil; end
traverses all nodes
for example if (bar; a, b = foo); end
traverses all nodes
for example f{ |a, o=1, &b| }
traverses all nodes
for example foo ? 1 : 2
traverses all nodes
for example a&.b &&= 1
traverses all nodes
for example false ? raise do end : tap do end
traverses all nodes
for example super()
traverses all nodes
for example f{ |*r, p, &b| }
traverses all nodes
for example case foo; in "#{ %Q{a} }": then true; end
traverses all nodes
for example def String; end
traverses all nodes
for example def self._6; end
traverses all nodes
for example %s{a\
b}
traverses all nodes
for example def foo; end
traverses all nodes
for example module Bar::Foo; end
traverses all nodes
for example f{ |a| }
traverses all nodes
for example fun do end
traverses all nodes
for example foo >> 1
traverses all nodes
for example +foo
traverses all nodes
for example retry
traverses all nodes
for example foo << 1
traverses all nodes
for example def f (((a))); end
traverses all nodes
for example foo::Fun()
traverses all nodes
for example yield
traverses all nodes
for example foo =~ 1
traverses all nodes
for example $+
traverses all nodes
for example foo = *bar
traverses all nodes
for example *b, c = bar
traverses all nodes
for example a b{c d}, "x" do end
traverses all nodes
for example case foo; in A[1, 2] then true; end
traverses all nodes
for example if foo..bar; end
traverses all nodes
for example super
traverses all nodes
for example def f(&block); end
traverses all nodes
for example case foo; in [x, y] then true; end
traverses all nodes
for example yield(foo)
traverses all nodes
for example a b(c d), /x/m do end
traverses all nodes
for example fun (1)
traverses all nodes
for example def f (foo: 1, &b); end
traverses all nodes
for example p <<~"E"
x
#{" y"}
E
traverses all nodes
for example m { |(foo, bar)| }
traverses all nodes
for example a = b += raise :x
traverses all nodes
for example def f ((*r)); end
traverses all nodes
for example %x{#@1}
traverses all nodes
for example 'a\
b'
traverses all nodes
for example case foo; in ..2 then true; end
traverses all nodes
for example foo.m += raise(bar) rescue nil
traverses all nodes
for example f{ |foo: 1, &b| }
traverses all nodes
for example meth (-1.3).abs
traverses all nodes
for example p ->() do a() do end end
traverses all nodes
for example false ? raise {} : tap {}
traverses all nodes
for example case foo; in [*, x] then true; end
traverses all nodes
for example begin; meth; rescue; baz; else foo; ensure; bar end
traverses all nodes
for example break(foo)
traverses all nodes
for example {a: if true then 42 end}
traverses all nodes
for example proc {_1 = nil}
traverses all nodes
for example case; when foo; 'foo'; else 'bar'; end
traverses all nodes
for example case foo; in A[x:] then true; end
traverses all nodes
for example :'#@1'
traverses all nodes
for example /source/im
traverses all nodes
for example case foo; when 'bar'; bar; else baz; end
traverses all nodes
for example ::Foo = 10
traverses all nodes
for example def f a, o=1, *r, &b; end
traverses all nodes
for example %W[foo #{bar}]
traverses all nodes
for example @var = 10
traverses all nodes
for example def m; class << self; module M; end; end; end
traverses all nodes
for example while class Foo a = tap do end; end; break; end
traverses all nodes
for example case foo; in [x, *, y] then true; end
traverses all nodes
for example [/()\1/, ?#]
traverses all nodes
for example meth 1 do end::fun bar
traverses all nodes
for example a b(c d), 1.0r do end
traverses all nodes
for example foo - 1
traverses all nodes
for example $var = 10
traverses all nodes
for example case foo; in A::B then true; end
traverses all nodes
for example <<~E
1 \
2
3
E
traverses all nodes
for example foo + 1
traverses all nodes
for example false
traverses all nodes
for example self::A, foo = foo
traverses all nodes
for example a b{c d}, :e do end
traverses all nodes
for example ((b, )) = foo
traverses all nodes
for example %{#@@1}
traverses all nodes
for example a &&= 1
traverses all nodes
for example a b(c(d)), 1.0 do end
traverses all nodes
for example foo.m += raise bar rescue nil
traverses all nodes
for example break()
traverses all nodes
for example foo = meth rescue bar
traverses all nodes
for example self.a, self[1, 2] = foo
traverses all nodes
for example f{ |&b| }
traverses all nodes
for example foo && bar
traverses all nodes
for example foo::a += 1
traverses all nodes
for example foo.fun bar
traverses all nodes
for example fun(1)
traverses all nodes
for example case foo; when 'bar', 'baz'; bar; end
traverses all nodes
for example case foo; in A[] then true; end
traverses all nodes
for example p :foo, {a: proc do end, b: proc do end}
traverses all nodes
for example @foo
traverses all nodes
for example <<-E
1 \
2
3
E
traverses all nodes
for example fun(1) { }
traverses all nodes
for example alias $a $+
traverses all nodes
for example `a\
b`
traverses all nodes
for example a b{c(d)}, /x/m do end
traverses all nodes
for example not()
traverses all nodes
for example f(a ? "a":1)
traverses all nodes
for example 'foobar'
traverses all nodes
for example foo > 1
traverses all nodes
for example f{ |a, *| }
traverses all nodes
for example case foo; in 1...2 then true; end
traverses all nodes
for example %r{#@@1}
traverses all nodes
for example <<~FOO
baz\
qux
FOO
traverses all nodes
for example begin end
traverses all nodes
for example def f a, o=1, p, &b; end
traverses all nodes
for example p :foo, {proc do end => proc do end, b: proc do end}
traverses all nodes
for example { 1 => 2, :foo => "bar" }
traverses all nodes
for example class A < B
end
traverses all nodes
for example f{ |a, *s, &b| }
traverses all nodes
for example def f o=1, p, &b; end
traverses all nodes
for example a b{c d}, 1 do end
traverses all nodes
for example case foo; in A() then true; end
traverses all nodes
for example { foo: 2 }
traverses all nodes
for example case foo; when 'bar' then bar; end
traverses all nodes
for example 42.1ri
traverses all nodes
for example fun(foo, *bar, &baz)
traverses all nodes
for example _2 = 1
traverses all nodes
for example fun(&bar)
traverses all nodes
for example case foo; in a: 1, b: 2 then true; end
traverses all nodes
for example !/wat/
traverses all nodes
for example if (bar); foo; end
traverses all nodes
for example fun (1).to_i
traverses all nodes
for example foo and bar
traverses all nodes
for example foo.C += raise bar rescue nil
traverses all nodes
for example yield()
traverses all nodes
for example foo[1, 2] = 3
traverses all nodes
for example foo || bar
traverses all nodes
for example if (a, b = foo); end
traverses all nodes
for example proc {|_3|}
traverses all nodes
for example %{#@1}
traverses all nodes
for example p :foo, {"a": proc do end, b: proc do end}
traverses all nodes
for example f{ |a, c| }
traverses all nodes
for example for a in foo do p a; end
traverses all nodes
for example class Foo < a:b; end
traverses all nodes
for example foo.a += 1
traverses all nodes
for example a #
#
.foo
traverses all nodes
for example def f(foo, bar); end
traverses all nodes
for example foo.a ||= 1
traverses all nodes
for example -> (arg={}) {}
traverses all nodes
for example %q{a\
b}
traverses all nodes
for example %i[]
traverses all nodes
for example :"#@@1"
traverses all nodes
for example foo::m += raise bar rescue nil
traverses all nodes
for example m a + b do end
traverses all nodes
for example -2 ** 10
traverses all nodes
for example unless foo then bar; else baz; end
traverses all nodes
for example foo[bar,]
traverses all nodes
for example fun!
traverses all nodes
for example END { 1 }
traverses all nodes
for example 1 in [a]; a
traverses all nodes
for example fun(*bar)
traverses all nodes
for example case foo;
in {a:
}
true
; end
traverses all nodes
for example case foo;
in {a:
2}
false
; end
traverses all nodes
for example "a\
b"
traverses all nodes
for example def f (foo: 1, bar: 2, **baz, &b); end
traverses all nodes
for example a b{c(d)}, 1 do end
traverses all nodes
for example foo.C += raise(bar) rescue nil
traverses all nodes
for example -> do _1 + _9 end
traverses all nodes
for example f{ || }
traverses all nodes
for example [1, *foo, 2]
traverses all nodes
for example a, *b, c = bar
traverses all nodes
for example ->{ }
traverses all nodes
for example while def foo a = tap do end; end; break; end
traverses all nodes
for example foo != 1
traverses all nodes
for example fun(foo, *bar)
traverses all nodes
for example def String::foo; end
traverses all nodes
for example !(foo..bar)
traverses all nodes
for example while foo do meth end
traverses all nodes
for example "#@1"
traverses all nodes
for example { }
traverses all nodes
for example :"foo#{bar}baz"
traverses all nodes
for example a b(c(d)), 1.0r do end
traverses all nodes
for example var = 10; var
traverses all nodes
for example case foo; in [*x, y] then true; end
traverses all nodes
for example def a b:
return
end
traverses all nodes
for example case foo; in A(x:) then true; end
traverses all nodes
for example `foo#{bar}baz`
traverses all nodes
for example case foo; in "#{ %q{a} }": then true; end
traverses all nodes
for example f (g rescue nil)
traverses all nodes
for example foo.a = 1
traverses all nodes
for example case foo; in "a": then true; end
traverses all nodes
for example foo[:baz => 1,]
traverses all nodes
for example "#@@1"
traverses all nodes
for example defined? foo
traverses all nodes
for example ->{ }
traverses all nodes
for example def f foo:
; end
traverses all nodes
for example while not (true) do end
traverses all nodes
for example 1..
traverses all nodes
for example foo[1, 2]
traverses all nodes
for example begin; meth; rescue; foo; else; bar; end
traverses all nodes
for example `#@1`
traverses all nodes
for example case foo; in **a then true; end
traverses all nodes
for example /foo#{bar}baz/
traverses all nodes
for example @@var |= 10
traverses all nodes
for example foo or bar
traverses all nodes
for example until foo; meth end
traverses all nodes
for example 42.1r
traverses all nodes
for example "#@a #@@a #$a"
traverses all nodes
for example a&.b = 1
traverses all nodes
for example a, *b = bar
traverses all nodes
for example /(?<match>bar)/ =~ 'bar'; match
traverses all nodes
for example %{a\
b}
traverses all nodes
for example foo.a &&= 1
traverses all nodes
for example foo::A = 1
traverses all nodes
for example case foo; in "#{ 'a' }": 1 then true; end
traverses all nodes
for example m = -> *args do end
traverses all nodes
for example foo && (a, b = bar)
traverses all nodes
for example foo === 1
traverses all nodes
for example case foo; in 1; end
traverses all nodes
for example case; when foo; 'foo'; end
traverses all nodes
for example a += b = raise :x
traverses all nodes
for example foo.A += 1
traverses all nodes
for example %i[foo bar]
traverses all nodes
for example def f **baz, &b; end
traverses all nodes
for example p :foo, {** proc do end, b: proc do end}
traverses all nodes
for example foo = raise bar rescue nil
traverses all nodes
for example foo[0] += raise(bar) rescue nil
traverses all nodes
for example def foo(...); bar(...); end
traverses all nodes
for example :"a\
b"
traverses all nodes
for example return()
traverses all nodes
for example foo <=> 1
traverses all nodes
for example f{ |a, o=1, o1=2, *r, &b| }
traverses all nodes
for example <<HERE
foo
bar
HERE
traverses all nodes
for example while def foo; tap do end; end; break; end
traverses all nodes
for example def until; end
traverses all nodes
for example meth[] {}
traverses all nodes
for example f{ |a, *s| }
traverses all nodes
for example foo.A += m foo
traverses all nodes
for example def foo raise; raise A::B, ''; end
traverses all nodes
for example :"#@1"
traverses all nodes
for example foo >= 1
traverses all nodes
for example m do _1 + _9 end
traverses all nodes
for example /#@@1/
traverses all nodes
for example bar unless foo
traverses all nodes
for example ->(a) { }
traverses all nodes
for example "#{-> foo {}}"
traverses all nodes
for example def END; end
traverses all nodes
for example if foo; bar; elsif baz; 1; else 2; end
traverses all nodes
for example foo::a += m foo
traverses all nodes
for example foo[1, 2]
traverses all nodes
for example a #
#
.foo
traverses all nodes
for example case foo; in x unless true; nil; end
traverses all nodes
for example foo.fun
traverses all nodes
for example 42i
traverses all nodes
for example ->(scope) {}; scope
traverses all nodes
for example -> do end
traverses all nodes
for example f{ |o=1, *r, &b| }
traverses all nodes
for example break fun foo do end
traverses all nodes
for example module ::Foo; end
traverses all nodes
for example case foo; in *x, y, z then nil; end
traverses all nodes
for example def f ((a, *r)); end
traverses all nodes
for example fun { }
traverses all nodes
for example assert do: true
traverses all nodes
for example case foo; in x, *y, z then nil; end
traverses all nodes
for example ::A, foo = foo
traverses all nodes
for example foo = bar = m foo
traverses all nodes
for example /\xa8/n =~ ""
traverses all nodes
for example m [], 1 do end
traverses all nodes
for example case foo; in a:, b: then true; end
traverses all nodes
for example -> (a) { }
traverses all nodes
for example ->(**nil) {}
traverses all nodes
for example a b{c d}, /x/ do end
traverses all nodes
for example !foo
traverses all nodes
for example p <<~"E"
x\n y
E
traverses all nodes
for example foo[0, 1] ||= 2
traverses all nodes
for example break foo
traverses all nodes
for example fun (1) {}
traverses all nodes
for example %x{#@@1}
traverses all nodes
for example def x(_4) end
traverses all nodes
for example foo::(1)
traverses all nodes
for example %w[ #@@1 ]
traverses all nodes
for example a @b do |c|;end
traverses all nodes
for example let () { m(a) do; end }
traverses all nodes
for example %w[ #@1 ]
traverses all nodes
for example a b{c(d)}, 1.0i do end
traverses all nodes
for example ?a
traverses all nodes
for example `foobar`
traverses all nodes
for example p <<~E
x
y
E
traverses all nodes
for example td (1_500).toString(); td.num do; end
traverses all nodes
for example -> * { }
traverses all nodes
for example a, (b, c) = foo
traverses all nodes
for example defined?(foo)
traverses all nodes
for example foo & 1
traverses all nodes
for example %I[#@@1]
traverses all nodes
for example f{ }
traverses all nodes
for example a b{c d}, 1.0 do end
traverses all nodes
for example case foo; in 1... then true; end
traverses all nodes
for example next foo
traverses all nodes
for example def f *r, p, &b; end
traverses all nodes
for example self
traverses all nodes
for example <<-"HERE"
a\
b
HERE
traverses all nodes
for example begin; meth; rescue; foo; end
traverses all nodes
for example { 'foo': 2, 'bar': {}}
traverses all nodes
for example { 'foo': 2 }
traverses all nodes
for example %W()
traverses all nodes
for example case foo; in [x] then nil; end
traverses all nodes
for example t=1;(foo)?t:T
traverses all nodes
for example a b(c(d)), 1 do end
traverses all nodes
for example ::A += 1
traverses all nodes
for example <<`HERE`
foo
bar
HERE
traverses all nodes
for example %I[#@1]
traverses all nodes
for example next(foo)
traverses all nodes
for example meth 1 do end.fun bar do end
traverses all nodes
for example $foo
traverses all nodes
for example foo !~ 1
traverses all nodes
for example def m; class << self; A = nil; end; end
traverses all nodes
for example def f(**); end
traverses all nodes
for example case 1; in 2; 3; else; 4; end
traverses all nodes
for example class << foo; _1; end
traverses all nodes
for example begin; meth; rescue; baz; ensure; bar; end
traverses all nodes
for example if /wat/; end
traverses all nodes
for example f{ |foo:| }
traverses all nodes
for example unless foo then bar; end
traverses all nodes
for example case foo; in "a": 1 then true; end
traverses all nodes
for example def f a, &b; end
traverses all nodes
for example foo "#{(1+1).to_i}" do; end
traverses all nodes
for example foo += m foo
traverses all nodes
for example def x; self::A ||= 1; end
traverses all nodes
for example %r{#@1}
traverses all nodes
for example a, * = bar
traverses all nodes
for example def f ((*)); end
traverses all nodes
for example assert dogs
traverses all nodes
for example meth 1 do end.fun {}
traverses all nodes
for example %i[ #@1 ]
traverses all nodes
for example a #
#
&.foo
traverses all nodes
for example %q{#@1}
traverses all nodes
for example foo = raise(bar) rescue nil
traverses all nodes
for example $10
traverses all nodes
for example case foo; in (1) then true; end
traverses all nodes
for example case foo; in { a: 1, } then true; end
traverses all nodes
for example f <<-TABLE do
TABLE
end
traverses all nodes
for example bar if foo
traverses all nodes
for example case foo; in "#{ %Q{a} }": 1 then true; end
traverses all nodes
for example def f ((a, *, p)); end
traverses all nodes
for example def foo(_a, _a); end
traverses all nodes
for example meth while foo
traverses all nodes
for example p <<~E
x
y
E
traverses all nodes
for example foo += meth rescue bar
traverses all nodes
for example super do end
traverses all nodes
for example case foo; in 1 | 2 then true; end
traverses all nodes
for example p <<~E " y"
x
E
traverses all nodes
for example for a, b in foo; p a, b; end
traverses all nodes
for example %I()
traverses all nodes
for example `#@@1`
traverses all nodes
for example p <<~E
E
traverses all nodes
for example m { _1 + _9 }
traverses all nodes
for example case foo; in "#{ %q{a} }": 1 then true; end
traverses all nodes
for example for a in foo; p a; end
traverses all nodes
for example p <<~`E`
x
#{foo}
E
traverses all nodes
for example 42ri
traverses all nodes
for example 1.33
traverses all nodes
for example f{ |*, &b| }
traverses all nodes
for example f{ |a, o=1, *r, p, &b| }
traverses all nodes
for example def f(foo: 1); end
traverses all nodes
for example case foo; when 'bar'; bar; end
traverses all nodes
for example foo[0] += raise bar rescue nil
traverses all nodes
for example while class << self; tap do end; end; break; end
traverses all nodes
for example case foo;
in {Foo: 42
}
false
; end
traverses all nodes
for example foo, bar = m foo
traverses all nodes
for example case foo; in x, y, then nil; end
traverses all nodes
for example %W"#{1}"
traverses all nodes
for example def self::foo; end
traverses all nodes
for example a += 1
traverses all nodes
for example a = 1; a b: 1
traverses all nodes
for example def BEGIN; end
traverses all nodes
for example case foo; in [x, y,] then true; end
traverses all nodes
for example [ 1, 2 => 3 ]
traverses all nodes
for example case [__FILE__, __LINE__ + 1, __ENCODING__]
in [__FILE__, __LINE__, __ENCODING__]
end
traverses all nodes
for example %W[#@@1]
traverses all nodes
for example case foo; in a: 1 then true; end
traverses all nodes
for example o = {
a:
1
}
traverses all nodes
for example @@foo
traverses all nodes
for example a = b = raise :x
traverses all nodes
for example Bar::Foo = 10
traverses all nodes
for example a b{c d}, 1.0i do end
traverses all nodes
for example 1...
traverses all nodes
for example *, c, d = bar
traverses all nodes
for example a b{c(d)}, 1.0 do end
traverses all nodes
for example p <<~E
x
y
E
traverses all nodes
for example foo.(1)
traverses all nodes
for example case foo; in 1, "a", [], {} then nil; end
traverses all nodes
for example foo, bar = 1, 2
traverses all nodes
for example def f o=1, &b; end
traverses all nodes
for example %w{a\
b}
traverses all nodes
for example while class Foo; tap do end; end; break; end
traverses all nodes
for example %W[foo #{bar}foo#@baz]
traverses all nodes
for example foo || (a, b = bar)
traverses all nodes
for example true
traverses all nodes
for example Bar::Foo
traverses all nodes
for example f{ |a, *, &b| }
traverses all nodes
for example %q{#@@1}
traverses all nodes
for example * = bar
traverses all nodes
for example def f(**nil); end
traverses all nodes
for example foo[1, 2] = 3
traverses all nodes
for example %x{a\
b}
traverses all nodes
for example ->(a; foo, bar) { }
traverses all nodes
for example f{ |o=1, &b| }
traverses all nodes
for example @foo, @@bar = *foo
traverses all nodes
for example a b(c(d)), "x" do end
traverses all nodes
for example def (foo).foo; end
traverses all nodes
for example [*foo]
traverses all nodes
for example p :foo, {:a => proc do end, b: proc do end}
traverses all nodes
for example case foo; in x, then nil; end
traverses all nodes
for example f{ |**baz, &b| }
traverses all nodes
for example m { |foo| }
traverses all nodes
for example begin; meth; ensure; bar; end
traverses all nodes
for example a, *, c = bar
traverses all nodes
for example [1, *foo]
traverses all nodes
for example %Q{#@@1}
traverses all nodes
for example +2.0 ** 10
traverses all nodes
for example a&.b
traverses all nodes
for example case foo; in ->{ 42 } then true; end
traverses all nodes
for example "#{1}"
traverses all nodes
for example __LINE__
traverses all nodes
for example %r{a\
b}
traverses all nodes
for example !m foo
traverses all nodes
for example a b{c(d)}, /x/ do end
traverses all nodes
for example f{ |a,| }
traverses all nodes
for example def _5; end
traverses all nodes
for example module A; _1; end
traverses all nodes
for example f{ |o=1, p, &b| }
traverses all nodes
for example foo += raise bar rescue nil
traverses all nodes
for example foo == 1
traverses all nodes
for example def f o=1, *r, p, &b; end
traverses all nodes
for example a #
#
&.foo
traverses all nodes
for example /#)/x
traverses all nodes
for example :'a\
b'
traverses all nodes
for example def foo() a:b end
traverses all nodes
for example p <<~E
x
\ y
E
traverses all nodes
for example super foo, bar do end
traverses all nodes
for example if foo then bar; else baz; end
traverses all nodes
for example <<'HERE'
foo
bar
HERE
traverses all nodes
for example f { || a:b }
traverses all nodes
for example __FILE__
traverses all nodes
for example next
traverses all nodes
for example m ->(a: ->{_1}) {a}
traverses all nodes
for example foo = bar, 1
traverses all nodes
for example def f a, *r, &b; end
traverses all nodes
for example p <<~E
x
y
E
traverses all nodes
for example def f foo = 1; end
traverses all nodes
for example Foo = 10
traverses all nodes
for example "foo#@a" "bar"
traverses all nodes
for example /#{1}(?<match>bar)/ =~ 'bar'
traverses all nodes
for example if foo; bar; end
traverses all nodes
for example case foo; in ::A then true; end
traverses all nodes
for example %i[ #@@1 ]
traverses all nodes
for example f{ |*s, &b| }
traverses all nodes
for example module Foo; end
traverses all nodes
for example %w[foo bar]
traverses all nodes
for example if foo...bar; end
traverses all nodes
for example begin; meth; rescue => @ex; bar; end
traverses all nodes
for example yield foo
traverses all nodes
for example def f(foo); end
traverses all nodes
for example f{ |a, o=1, p, &b| }
traverses all nodes
for example -> do rescue; end
traverses all nodes
for example a += b += raise :x
traverses all nodes
for example <<-`HERE`
a\
b
HERE
traverses all nodes
for example a b{c(d)}, :e do end
traverses all nodes
for example 1..2
traverses all nodes
for example case foo; in 1 => a then true; end
traverses all nodes
for example meth 1 do end.fun bar
traverses all nodes
for example foo::fun bar
traverses all nodes
for example { foo: 2, **bar }
traverses all nodes
for example begin; meth; rescue Exception, foo; bar; end
traverses all nodes
for example foo.fun (1) {}
traverses all nodes
for example :'foo'
traverses all nodes
for example foo = m foo
traverses all nodes
for example begin; meth; rescue => ex; bar; end
traverses all nodes
for example class << foo; nil; end
traverses all nodes
for example f{ |*s| }
traverses all nodes
for example (foo, bar) = 1, 2
traverses all nodes
for example [ 1 => 2 ]
traverses all nodes
for example %i{a\
b}
traverses all nodes
for example def self.foo; end
traverses all nodes
for example f{ |a, *r, p, &b| }
traverses all nodes
for example foo.a += m foo
traverses all nodes
for example def foo(...); end
traverses all nodes
for example def x; ::A ||= 1; end
traverses all nodes
for example alias :foo bar
traverses all nodes
for example foo[0, 1] += 2
traverses all nodes
for example bar def foo; self.each do end end
traverses all nodes
for example def foo
a:b end
traverses all nodes
for example def f ((*r, p)); end
traverses all nodes
for example foo = baz, *bar
traverses all nodes
for example f{ | | }
traverses all nodes
for example m [] do end
traverses all nodes
for example foo::fun
traverses all nodes
for example return foo
traverses all nodes
for example foo ^ 1
traverses all nodes
for example fun() { }
traverses all nodes
for example B::A += 1
traverses all nodes
for example foo[bar, :baz => 1,]
traverses all nodes
for example begin; rescue LoadError; else; end
traverses all nodes
for example while def self.foo a = tap do end; end; break; end
traverses all nodes
for example foo += raise(bar) rescue nil
traverses all nodes
for example a b{c d}, 1.0r do end
traverses all nodes
for example case foo; in **nil then true; end
traverses all nodes
for example case foo; in {} then true; end
traverses all nodes
for example m "#{}#{()}"
traverses all nodes
for example f{ |a, b,| }
traverses all nodes
for example fun (f bar)
traverses all nodes
RuboCop::AST::IntNode
#sign?
explicit negative int
is expected to be sign
explicit positive int
is expected to be sign
.new
is expected to be a kind of RuboCop::AST::IntNode
#value
is expected to eq 10
RuboCop::AST::NodePattern
wildcards
unnamed wildcards
within a sequence with other patterns intervening
is expected to match code :@abc and s(:int, 22)
within a sequence
is expected to match code nil and :Const
at the root level
is expected to match code s(:sclass,
s(:self),
s(:def, :something,
s(:args),
s(:int, 1))) and :freeze
negated
behaves like nonmatching
doesn't match
in head position of a sequence
is expected to match code s(:int, 1), :+, and s(:send, nil, :a)
named wildcards
in head position of a sequence
is expected to match code s(:int, 1), :+, and s(:send, nil, :a)
within a sequence
with values which cannot be unified
behaves like nonmatching
doesn't match
with values which can be unified
is expected to match code s(:int, 5), :+, and s(:int, 5)
unifying the node type with an argument
is expected to match code s(:send, nil, :obj) and :send
within a union
with a preceding unifying constraint
that can not be unified
behaves like nonmatching
doesn't match
matching a branch
is expected to match code s(:int, 2) and s(:array,
s(:int, 2),
s(:int, 1))
confined to the union
without unification
is expected to match code s(:int, 2) and s(:int, 1)
with partial unification
matching the unified branch
is expected to match code s(:int, 5) and s(:int, 5)
that can not be unified
behaves like nonmatching
doesn't match
matching the free branch
is expected to match code s(:int, 2) and s(:int, 1)
with a succeeding unifying constraint
with all branches with the wildcard
that can not be unified
behaves like nonmatching
doesn't match
matching the first branch
is expected to match code s(:array,
s(:int, 1),
s(:int, 2)) and s(:int, 2)
matching another branch
is expected to match code s(:array,
s(:int, 2),
s(:int, 1)) and s(:int, 2)
with branches without the wildcard
encountered first
behaves like invalid
is invalid
encountered after
behaves like invalid
is invalid
at the root level
is expected to match code s(:sclass,
s(:self),
s(:def, :something,
s(:args),
s(:int, 1))) and :freeze
within a sequence with other patterns intervening
is expected to match code :@abc and s(:int, 22)
captures on a wildcard
at the root level
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
in head position in a sequence against nil (bug #5470)
behaves like nonmatching
doesn't match
in a nested sequence
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
in non-head position in a sequence
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
nested in any child
behaves like multiple capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
in head position in a sequence
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
in head position in a sequence against literal (bug #5470)
behaves like nonmatching
doesn't match
funcalls
with multiple arguments
is expected to match code s(:str, "c"), "a", and "d"
with one argument
is expected to match code s(:str, "foo") and "foo"
without extra arguments
is expected to match code :a and s(:int, 1)
nil
against a node pattern (bug #5470)
behaves like nonmatching
doesn't match
nil value in AST, use nil? method
is expected to match code nil and :foo
nil literals
is expected to match code
nil value in AST
behaves like nonmatching
doesn't match
in any order
with a captured ellipsis
nested
behaves like multiple capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
matching non sequential children
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
matching all children
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
captured
without ellipsis
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
with an ellipsis
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
invalid
with an ellipsis inside and outside
behaves like multiple capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
containing ellipsis not at the end
behaves like invalid
is invalid
nested
behaves like invalid
is invalid
doubled with ellipsis
behaves like multiple capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
at the beginning of a sequence
behaves like invalid
is invalid
doubled with ellipsis in wrong order
behaves like nonmatching
doesn't match
without ellipsis
with matching children
behaves like multiple capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
with too few children
behaves like nonmatching
doesn't match
with too many children
behaves like nonmatching
doesn't match
doubled
separated by an ellipsis
behaves like multiple capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
separated by fixed argument
behaves like multiple capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
sequence with trailing ...
on a node with the same type and exact number of children
is expected to match code s(:int, 1) and :blah
on a node with non-matching children
behaves like nonmatching
doesn't match
on a node with a different type
behaves like nonmatching
doesn't match
on a node with the same type and more children
with 2 children more
is expected to match code s(:int, 1), :blah, s(:int, 1), and s(:sym, :something)
with 1 child more
is expected to match code s(:int, 1), :blah, and s(:int, 1)
on a node with the same type and fewer children
behaves like nonmatching
doesn't match
on a node with fewer children, with a wildcard preceding
behaves like nonmatching
doesn't match
captures which also perform a match
on a set
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
on []
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
on a node type
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
on a literal
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
when nested
behaves like multiple capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
on a sequence
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
caret (ascend)
using unification to match self within parent
with self in the right position
is expected to match code 2
with self in the wrong position
behaves like nonmatching
doesn't match
used with a node type
which doesn't match
behaves like nonmatching
doesn't match
which matches
is expected to match code 1
inside a union
is expected to match code "abc"
inside an intersection
is expected to match code 1
within sequence
in head
is expected to match code 1
of a sequence
is expected to match code 1
not in head
is expected to match code s(:int, 1) and :inc
of a sequence
is expected to match code s(:int, 1) and :inc
repeated twice
is expected to match code 1
regexp
matches symbols or strings
descend
with a match multiple levels, depth first
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
with an immediate match
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
without match
behaves like nonmatching
doesn't match
with a literal match
is expected to match code s(:int, 1) and s(:array,
s(:array,
s(:int, 2),
s(:int, 3),
s(:array,
s(:array,
s(:int, 5)))),
s(:int, 4))
nested
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
repeated
using *
behaves like repeated pattern
at beginning of sequence
behaves like invalid
is invalid
with an ellipsis in the same sequence
is expected to match code "[:hello, 1, 2, 3]"
with one match
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
nested with multiple subcaptures
behaves like multiple capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
with multiple subcaptures
behaves like multiple capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
without capture
is expected to match code s(:sym, :hello), s(:int, 1), s(:int, 2), and s(:int, 3)
with no match
behaves like nonmatching
doesn't match
with matching children
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
with zero match
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
using ?
behaves like repeated pattern
with an ellipsis in the same sequence
is expected to match code "[:hello, 1, 2, 3]"
with one match
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
at beginning of sequence
behaves like invalid
is invalid
with too many matching children
behaves like nonmatching
doesn't match
with zero match
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
using +
with zero match
behaves like nonmatching
doesn't match
behaves like repeated pattern
with an ellipsis in the same sequence
is expected to match code "[:hello, 1, 2, 3]"
with one match
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
at beginning of sequence
behaves like invalid
is invalid
with matching children
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
captures within union
on simple subpatterns
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
with complex nesting
behaves like multiple capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
with a different number of captures in each branch
behaves like invalid
is invalid
within nested sequences
behaves like multiple capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
unions
nested inside a sequence
is expected to match code s(:const, nil, :Const) and :method
variadic
multiple
works for complex cases
with variadic terms
works for cases with variadic terms before and after union
works for cases with fixed arity before and after union
works for cases with variadic terms after union
with fixed terms
works for cases with variadic terms after union
works for cases with variadic terms before and after union
works for cases with fixed arity before and after union
at the top level
containing symbol literals
when the AST does not have a matching symbol
behaves like nonmatching
doesn't match
when the AST has a matching symbol
is expected to match code s(:send, nil, :obj) and :b
containing string literals
is expected to match code s(:str, "a") and :upcase
containing multiple []
on a node which meets all requirements of the first []
is expected to match code 3
on a node which meets some requirements but not all
behaves like nonmatching
doesn't match
on a node which meets all requirements of the second []
is expected to match code 2.4
containing mixed node and literals
is expected to match code nil and :obj
containing integer literals
is expected to match code s(:int, 10) and :abs
with a nested sequence
is expected to match code s(:const, nil, :Const) and :method
commas
with commas randomly strewn around
behaves like invalid
is invalid
node type
for a child
on a child litteral
behaves like nonmatching
doesn't match
on a child with a different type
behaves like nonmatching
doesn't match
on a child with the same type
is expected to match code s(:send, nil, :foo) and :bar
in seq head
on a node with the same type
is expected to match code s(:ivar, :@ivar), :+, and s(:int, 2)
on a child with a different type
behaves like nonmatching
doesn't match
bad syntax
with variadic unions where not supported
behaves like invalid
is invalid
with unmatched opening paren
behaves like invalid
is invalid
with empty intersection
behaves like invalid
is invalid
with unmatched opening curly
behaves like invalid
is invalid
with unmatched opening paren and `...`
behaves like invalid
is invalid
with unmatched closing paren
behaves like invalid
is invalid
with unsupported subsequence in seq head within union
behaves like invalid
is invalid
with negated ellipsis
behaves like invalid
is invalid
with doubled ellipsis
is expected to match code "foo"
with unmatched closing curly
behaves like invalid
is invalid
with empty union subsequence in seq head
behaves like invalid
is invalid
with empty union
behaves like invalid
is invalid
with empty parentheses
behaves like invalid
is invalid
with doubled comma in arg list
behaves like invalid
is invalid
with negated closing paren
behaves like invalid
is invalid
with negated closing curly
behaves like invalid
is invalid
with leading comma in arg list
behaves like invalid
is invalid
bare node type
marshal compatibility
is expected to match code s(:send, nil, :obj) and :method
on a node with the same type
is expected to match code s(:send, nil, :obj) and :method
#dup
is expected to match code s(:send, nil, :obj) and :method
on a node with a different type
behaves like nonmatching
doesn't match
yaml compatibility
is expected to match code s(:send, nil, :obj) and :method
#==
returns true iff the patterns are similar
#to_s
is instructive
#pattern
returns the pattern
on a node with a matching, hyphenated type
is expected to match code s(:lvasgn, :a), :+, and s(:int, 1)
simple sequence
on a node with too many children
behaves like nonmatching
doesn't match
with a nested sequence in non-head position
is expected to match code s(:send,
s(:send, nil, :obj), :a) and :b
with a nested sequence in head position
behaves like invalid
is invalid
on a node with the same type and non-matching children
with non-matching receiver type
behaves like nonmatching
doesn't match
with non-matching selector
behaves like nonmatching
doesn't match
on a node with a different type
behaves like nonmatching
doesn't match
on a node with the same type and matching children
is expected to match code s(:int, 1), :+, and s(:int, 1)
literals
symbol literals
is expected to match code :foo
bare literal
on a matching literal
is expected to match code :bar
on a node
behaves like nonmatching
doesn't match
negative float literals
is expected to match code -2.5
positive float literals
is expected to match code 1.0
double quoted string literals
is expected to match code "foo"
single quoted string literals
is expected to match code "foo"
negative integer literals
is expected to match code -100
comments
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
negation
on a string
with a matching string
behaves like nonmatching
doesn't match
with a non-matching symbol
is expected to match code s(:str, "bar") and :upcase
on a symbol
with a non-matching symbol, but too many children
behaves like nonmatching
doesn't match
with a non-matching symbol
is expected to match code s(:send, nil, :obj) and :xyz
with a matching symbol
behaves like nonmatching
doesn't match
on a set
with a matching value
behaves like nonmatching
doesn't match
with a non-matching value
is expected to match code :@a and s(:int, 3)
when nested in complex ways
with (send str :<< str)
behaves like nonmatching
doesn't match
with (send str :+ (send str :to_i))
is expected to match code s(:str, "abc"), :+, and s(:send,
s(:str, "1"), :to_i)
with (send int :- int)
is expected to match code s(:int, 1), :-, and s(:int, 1)
on a sequence
with a node of different type
is expected to match code :@@a and s(:int, 1)
with a matching node
behaves like nonmatching
doesn't match
with a node with non-matching children
is expected to match code :@b and s(:int, 1)
on square brackets
with a node which meets all requirements of []
behaves like nonmatching
doesn't match
with a node which meets only 1 requirement of []
is expected to match code 1
predicates
when captured
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
at head position of a sequence
is expected to match code s(:int, 1) and :inc
applied to an integer for which the predicate is false
behaves like nonmatching
doesn't match
in root position
is expected to match code s(:int, 1) and :inc
with name containing a numeral
is expected to match code s(:int, 1) and :inc
when negated
is expected to match code s(:int, 1) and :inc
when in last-child position, but all children have already been matched
behaves like nonmatching
doesn't match
with a named argument
for which the predicate is false
behaves like nonmatching
doesn't match
when not given
raises an error
for which the predicate is true
is expected to match code s(:send,
s(:int, 1), :+,
s(:int, 2)) and {:param=>1}
with extra arguments
raises an error
with a constant argument
for which the predicate is false
behaves like nonmatching
doesn't match
for which the predicate is true
is expected to match code s(:int, 1), :+, and s(:int, 2)
applied to an integer for which the predicate is true
is expected to match code s(:int, 1) and :inc
with one extra argument
for which the predicate is false
behaves like nonmatching
doesn't match
for which the predicate is true
is expected to match code s(:send,
s(:int, 1), :+,
s(:int, 2)) and 1
with an expression argument
for which the predicate is false
behaves like nonmatching
doesn't match
for which the predicate is true
is expected to match code s(:int, 2), :+, and s(:float, 2.0)
with multiple arguments
for which the predicate is false
behaves like nonmatching
doesn't match
for which the predicate is true
is expected to match code s(:str, "c"), "a", and "d"
captures on ...
after a child
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
with a remaining capture at the end
behaves like multiple capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
at the very beginning of a sequence
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
with a remaining sequence at the end
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
with a remaining node type at the end
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
with remaining patterns at the end
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
with a remaining wildcard at the end
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
with a remaining [] at the end
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
with a remaining set at the end
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
with a remaining literal at the end
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
with no remaining pattern at the end
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
.descend
yields all children depth first
yields the given argument if it is not a Node
params
when negated, with a matching value
behaves like nonmatching
doesn't match
in root position
is expected to match code s(:int, 10) and s(:int, 10)
in root position
is expected to match code s(:int, 10) and #<Object:0xf458d12c>
when negated, with a nonmatching value
is expected to match code s(:const,
s(:const, nil, :Namespace), :B) and :A
without explicit number
is expected to match code s(:const,
s(:const, nil, :Namespace), :A), :A, and s(:const, nil, :Namespace)
when preceded by ...
is expected to match code s(:send,
s(:int, 1), :+,
s(:int, 10)) and s(:int, 10)
when captured
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
param number zero
in a position which matches original target node
is expected to match code 1
in a position which does not match original target node
behaves like nonmatching
doesn't match
when inside a union, with a matching value
is expected to match code s(:int, 10) and 10
when inside an intersection
is expected to match code s(:int, 20), 10, and 20
as named parameters
when provided as argument to match
is expected to match code s(:int, 10) and {:foo=>#<Object:0xf44eca74>}
when not provided
raises an ArgumentError
when extra are provided
raises an ArgumentError
when inside a union, with a nonmatching value
behaves like nonmatching
doesn't match
in a nested sequence
is expected to match code s(:send,
s(:send,
s(:int, 5), :dec), :inc), :inc, and :dec
when preceded by $...
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
ellipsis
preceding multiple captures
behaves like multiple capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
with a nested sequence at the end, but no remaining child
behaves like nonmatching
doesn't match
with a wildcard at the end, but no remaining child to match it
behaves like nonmatching
doesn't match
preceding a capture
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
with a set at the end, but no remaining child to match it
behaves like nonmatching
doesn't match
at the very beginning of a sequence
is expected to match code s(:int, 10), :*, and s(:int, 1)
with a nodetype at the end, but no remaining child to match it
behaves like nonmatching
doesn't match
with [] at the end, but no remaining child to match it
behaves like nonmatching
doesn't match
macros
with a pattern with a constant
is expected to match code :hello
when the value is not in the set
behaves like nonmatching
doesn't match
with a pattern with a namespaced call
is expected to match code :hello
when the value is not in the set
behaves like nonmatching
doesn't match
with a pattern with captures
def_node_matcher
when it errors
raises an error with the right location
when called on matching code
is expected to eq :hello
when called on non-matching code
behaves like nonmatching
doesn't match
def_node_search
with a predicate name
when called on matching code
is expected to match code nil, :foo, s(:sym, :hello), and s(:sym, :world)
when called on non-matching code
behaves like nonmatching
doesn't match
when it errors
raises an error with the right location
without a predicate name
when called on matching code
returns an enumerator yielding the captures
when the pattern contains keyword_params
returns an enumerator yielding the captures
when helper is called with default keyword_params
is overridden when calling the matcher
and no value is given to the matcher
uses the defaults
some defaults are not params
raises an error
when it errors
raises an error with the right location
when called on non-matching code
returns an enumerator yielding nothing
with a pattern without captures
def_node_search
returns the method name
with a predicate name
when it errors
raises an error with the right location
when called on matching code
is expected to match code nil, :foo, s(:sym, :hello), and s(:sym, :world)
when called on non-matching code
behaves like nonmatching
doesn't match
without a predicate name
when it errors
raises an error with the right location
when called on matching code
returns an enumerator yielding the matches
when called on non-matching code
returns an enumerator yielding nothing
def_node_matcher
returns the method name
when it errors
raises an error with the right location
when called on non-matching code
behaves like nonmatching
doesn't match
when called on matching code
is expected to match code :hello
RuboCop::AST::RegexpNode
#slash_literal?
with %r{-delimiters
is expected not to be slash literal
with multi-line %r{-delimiters
is expected not to be slash literal
with %r<-delimiters
is expected not to be slash literal
with %r/-delimiters
is expected not to be slash literal
with /-delimiters
is expected to be slash literal
#multiline_mode?
with only m option
is expected to be multiline mode
with no options
is expected not to be multiline mode
with other options
is expected not to be multiline mode
with m and other options
is expected to be multiline mode
.new
is expected to be a kind of RuboCop::AST::RegexpNode
#to_regexp
with a regexp with option
is expected to eq /.+/mix
with an empty regexp
is expected to eq //
with a multi-line regexp without option
is expected to eq /
.+
/
with a regexp with an "n" option
is expected to eq "/abc/n"
with a regexp with an "u" option
is expected to eq "/abc/"
with a regexp without option
is expected to eq /.+/
with a regexp with an "o" option
is expected to eq "/abc/i"
with a multi-line regexp with option
is expected to eq /
.+
/ix
with an empty regexp with option
is expected to eq //ix
#options
with an empty regexp
is expected to eq 0
with a regexp with "o" option
is expected to eq 0
with a regexp with multiple options
is expected to eq 3
with a regexp without option
is expected to eq 0
with a regexp with single option
is expected to eq 1
#interpolation?
with regexp quote
is expected to be interpolation
with no interpolation returns false
is expected not to be interpolation
with direct variable interpoation
is expected to be interpolation
#no_encoding?
with only n option
is expected to be no encoding
with no options
is expected not to be no encoding
with n and other options
is expected to be no encoding
with other options
is expected not to be no encoding
#percent_r_literal?
with multi-line %r{-delimiters
is expected to be percent r literal
with %r{-delimiters
is expected to be percent r literal
with %r/-delimiters
is expected to be percent r literal
with %r<-delimiters
is expected to be percent r literal
with /-delimiters
is expected not to be percent r literal
#fixed_encoding?
with only u option
is expected to be fixed encoding
with u and other options
is expected to be fixed encoding
with other options
is expected not to be fixed encoding
with no options
is expected not to be fixed encoding
#ignore_case?
with only i option
is expected to be ignore case
with i and other options
is expected to be ignore case
with other options
is expected not to be ignore case
with no options
is expected not to be ignore case
#extended?
with no options
is expected not to be extended
with x and other options
is expected to be extended
with other options
is expected not to be extended
with only x option
is expected to be extended
#regopt
with a regexp without option
is expected to be regopt type
is expected to be empty
with a regexp with option
is expected to be regopt type
is expected to eq [:i, :m, :x]
with a multi-line regexp without option
is expected to be empty
is expected to be regopt type
with a multi-line regexp with option
is expected to eq [:i, :m, :x]
is expected to be regopt type
with an empty regexp
is expected to be empty
is expected to be regopt type
with an empty regexp with option
is expected to eq [:i, :x]
is expected to be regopt type
#content
with a regexp with option
is expected to eq ".+"
with an empty regexp with option
is expected to eq ""
with a regexp without option
is expected to eq ".+"
with a multi-line regexp with option
is expected to eq "\n.+\n"
with an empty regexp
is expected to eq ""
with a multi-line regexp without option
is expected to eq "\n.+\n"
#delimiter?
with %r<-delimiters
is expected not to be delimiter "}"
is expected not to be delimiter "r"
is expected to be delimiter ">"
is expected not to be delimiter "%"
is expected to be delimiter "<"
is expected not to be delimiter "%r{"
is expected not to be delimiter "%r/"
is expected not to be delimiter "{"
is expected not to be delimiter "%r"
is expected not to be delimiter "%r<"
is expected not to be delimiter "/"
with /-delimiters
is expected to be delimiter "/"
is expected not to be delimiter "{"
with %r{-delimiters
is expected not to be delimiter "%r"
is expected not to be delimiter "%r{"
is expected to be delimiter "}"
is expected not to be delimiter "/"
is expected to be delimiter "{"
is expected not to be delimiter "r"
is expected not to be delimiter "%"
is expected not to be delimiter "%r/"
with multi-line %r{-delimiters
is expected not to be delimiter "%r"
is expected not to be delimiter "%r{"
is expected to be delimiter "}"
is expected not to be delimiter "/"
is expected not to be delimiter "%"
is expected to be delimiter "{"
is expected not to be delimiter "r"
is expected not to be delimiter "%r/"
with %r/-delimiters
is expected not to be delimiter "r"
is expected not to be delimiter "%"
is expected not to be delimiter "}"
is expected not to be delimiter "%r"
is expected not to be delimiter "{"
is expected not to be delimiter "%r/"
is expected to be delimiter "/"
#single_interpolation?
with no options
is expected not to be single interpolation
with only o option
is expected to be single interpolation
with o and other options
is expected to be single interpolation
with other options
is expected not to be single interpolation
#delimiters
with %r{-delimiters
is expected to eq ["{", "}"]
with /-delimiters
is expected to eq ["/", "/"]
with multi-line %r{-delimiters
is expected to eq ["{", "}"]
with %r/-delimiters
is expected to eq ["/", "/"]
with %r<-delimiters
is expected to eq ["<", ">"]
Set#===
tests for inclusion
RuboCop::AST::AndAsgnNode
#assignment_node
is expected to be a kind of RuboCop::AST::AsgnNode
#expression
is expected to eq s(:send, nil, :value)
#name
is expected to eq :var
.new
is expected to be a kind of RuboCop::AST::AndAsgnNode
#operator
is expected to eq :"&&"
RuboCop::AST::WhenNode
.new
is expected to be a kind of RuboCop::AST::WhenNode
#conditions
with a single condition
is expected to eq 1
is expected to all be literal
with a multiple conditions
is expected to eq 3
is expected to all be literal
#then?
without a then keyword
is expected not to be then
with a then keyword
is expected to be then
#branch_index
is expected to eq 2
is expected to eq 0
is expected to eq 1
#body
without a then keyword
is expected to be array type
with a then keyword
is expected to be sym type
#each_condition
when passed a block
yields all the conditions
when not passed a block
is expected to be a kind of Enumerator
RuboCop::AST::ArgNode
.new
with a keyword argument
is expected to be a kind of RuboCop::AST::ArgNode
with a block
is expected to be a kind of RuboCop::AST::ArgNode
with a shadow argument
is expected to be a kind of RuboCop::AST::ArgNode
with an optional argument
is expected to be a kind of RuboCop::AST::ArgNode
with a block argument
is expected to be a kind of RuboCop::AST::ArgNode
with argument forwarding
with Ruby >= 2.7
is expected to be a kind of RuboCop::AST::ArgNode
with Ruby >= 3.0
is expected to be a kind of RuboCop::AST::ArgNode
with an optional keyword argument
is expected to be a kind of RuboCop::AST::ArgNode
with a double splatted argument
is expected to be a kind of RuboCop::AST::ArgNode
with a splatted argument
is expected to be a kind of RuboCop::AST::ArgNode
with a method definition
is expected to be a kind of RuboCop::AST::ArgNode
with a lambda literal
is expected to be a kind of RuboCop::AST::ArgNode
#default_value
with a block
is expected to be nil
with a splatted argument
is expected to be nil
with an optional keyword argument
is expected to eq s(:int, 42)
with argument forwarding
with Ruby >= 2.7
is expected to be nil
with Ruby >= 3.0
is expected to be nil
with a block argument
is expected to be nil
with an optional argument
is expected to eq s(:int, 42)
with a shadow argument
is expected to be nil
with a regular argument
is expected to be nil
with a double splatted argument
is expected to be nil
#name
with a nameless splatted argument
is expected to be nil
with a shadow argument
is expected to eq :x
with a regular argument
is expected to eq :x
with argument forwarding
with Ruby >= 2.7
is expected to be nil
with Ruby >= 3.0
is expected to be nil
with a keyword argument
is expected to eq :x
with an optional argument
is expected to eq :x
with a block argument
is expected to eq :x
with a double splatted argument
is expected to eq :x
with a splatted argument
is expected to eq :x
with a block
is expected to eq :x
with a nameless double splatted argument
is expected to be nil
with an optional keyword argument
is expected to eq :x
#default?
with a double splatted argument
is expected to equal false
with an optional keyword argument
is expected to equal true
with a shadow argument
is expected to equal false
with argument forwarding
with Ruby >= 3.0
is expected to equal false
with Ruby >= 2.7
is expected to equal false
with a splatted argument
is expected to equal false
with a regular argument
is expected to equal false
with an optional argument
is expected to equal true
with a block
is expected to equal false
with a block argument
is expected to equal false
RuboCop::AST::InPatternNode
when using Ruby 2.7 or newer
#pattern
with an array pattern
is expected to be array pattern type
with a hash pattern
is expected to be hash pattern type
with a value pattern
is expected to be int type
with an alternative pattern
is expected to be match alt type
with a pin operator
is expected to be pin type
with a variable pattern
is expected to be match var type
with an as pattern
is expected to be match as type
.new
is expected to be a kind of RuboCop::AST::InPatternNode
#branch_index
is expected to eq 0
is expected to eq 2
is expected to eq 1
#then?
without a then keyword
is expected not to be then
with a then keyword
is expected to be then
#body
with a then keyword
is expected to be sym type
without a then keyword
is expected to be array type
RuboCop::AST::DstrNode
#value
with a multiline string
is expected to eq "this is a multiline string"
with interpolation
is expected to eq "foo \#{bar} baz"
with implicit concatenation
is expected to eq "foo bar baz"
RuboCop::AST::EnsureNode
#body
is expected to be sym type
.new
is expected to be a kind of RuboCop::AST::EnsureNode
RuboCop::AST::ForwardArgsNode
when using Ruby 2.7 or newer
#to_a
is expected to contain exactly (be forward arg type)
RuboCop::AST::Ext::Range
#line_span
returns the range of lines a range occupies
accepts an `exclude_end` keyword argument
RuboCop::AST::NodePattern::Sets
is expected not to eq "::RuboCop::AST::NodePattern::Sets::SET_1_2_3_ETC_2"
is expected to eq "::RuboCop::AST::NodePattern::Sets::SET_1_2_3_ETC"
is expected to eq "::RuboCop::AST::NodePattern::Sets::SET_1_2_3_ETC"
creates a constant with the right value
RuboCop::AST::ResbodyNode
.new
is expected to be a kind of RuboCop::AST::ResbodyNode
#exceptions
with a single exception
is expected to eq 1
is expected to all be const type
with multiple exceptions
is expected to all be const type
is expected to eq 2
without exception
is expected to eq 0
#body
is expected to be sym type
#branch_index
is expected to eq 1
is expected to eq 2
is expected to eq 0
#exception_variable
when an exception variable is not given
is expected to be nil
for an explicit rescue
is expected to eq "ex"
for an implicit rescue
is expected to eq "ex"
RuboCop::AST::AliasNode
.new
is expected to be a kind of RuboCop::AST::AliasNode
#old_identifier
is expected to be sym type
is expected to eq :bar
#new_identifier
is expected to be sym type
is expected to eq :foo
RuboCop::AST::IfNode
#else?
without an else statement
is expected not to be elsif
with an elsif statement
is expected to be else
#if_branch
with a ternary operator
is expected to be sym type
with an if statement
is expected to be sym type
with an unless statement
is expected to be sym type
#nested_conditional?
with nested conditionals in elsif clause
is expected to be nested conditional
with no nested conditionals
is expected not to be nested conditional
with nested ternary operators
when nested in the truthy branch
is expected to be nested conditional
when nested in the falsey branch
is expected to be nested conditional
with nested conditionals in if clause
is expected to be nested conditional
with nested conditionals in else clause
is expected to be nested conditional
#branches
with a ternary operator
is expected to all be literal
is expected to eq 2
with an elsif statement
is expected to all be literal
is expected to eq 3
with an unless statement
is expected to all be literal
is expected to eq 1
with an else statement
is expected to eq 2
is expected to all be literal
with an if statement
is expected to eq 1
is expected to all be literal
.new
with a regular if statement
is expected to be a kind of RuboCop::AST::IfNode
with a modifier statement
is expected to be a kind of RuboCop::AST::IfNode
with a ternary operator
is expected to be a kind of RuboCop::AST::IfNode
#if?
with an unless statement
is expected not to be if
with an if statement
is expected to be if
with a ternary operator
is expected not to be if
#modifier_form?
with a non-modifier if statement
is expected not to be modifier form
with a ternary operator
is expected not to be modifier form
with a modifier unless statement
is expected to be modifier form
with a modifier if statement
is expected to be modifier form
with a non-modifier unless statement
is expected not to be modifier form
#ternary?
with an if statement
is expected not to be ternary
with a ternary operator
is expected to be ternary
with an unless statement
is expected not to be ternary
#inverse_keyword?
with a ternary operator
is expected to eq ""
with an unless statement
is expected to eq "if"
with an if statement
is expected to eq "unless"
#keyword
with an if statement
is expected to eq "if"
with an unless statement
is expected to eq "unless"
with a ternary operator
is expected to eq ""
#elsif?
without an elsif statement
is expected not to be elsif
with an elsif statement
is expected to be elsif
with an if statement comtaining an elsif
is expected not to be elsif
#elsif_conditional?
with nested conditionals in else clause
is expected not to be elsif conditional
with multiple elsif conditionals
is expected to be elsif conditional
with nested conditionals in if clause
is expected not to be elsif conditional
with one elsif conditional
is expected to be elsif conditional
with nested ternary operators
when nested in the falsey branch
is expected not to be elsif conditional
when nested in the truthy branch
is expected not to be elsif conditional
#else_branch
with an if statement
is expected to be int type
with a ternary operator
is expected to be int type
with an unless statement
is expected to be int type
#unless?
with an unless statement
is expected to be unless
with a ternary operator
is expected not to be unless
with an if statement
is expected not to be unless
#each_branch
when not passed a block
is expected to be a kind of Enumerator
when passed a block
yields all the branches
RuboCop::AST::ArgsNode
.new
with a block
is expected to be a kind of RuboCop::AST::ArgsNode
with a method definition
is expected to be a kind of RuboCop::AST::ArgsNode
with a lambda literal
is expected to be a kind of RuboCop::AST::ArgsNode
#empty_and_without_delimiters?
with empty arguments
with a lambda literal
is expected to equal true
with a block
is expected to equal true
with a method definition
is expected to equal true
with arguments
with a method definition
is expected to equal false
with a lambda literal
is expected to equal false
with delimiters
with a method definition
is expected to equal false
with a block
is expected to equal false
with a lambda literal
is expected to equal false
#argument_list
is expected to eq [s(:arg, :a), s(:optarg, :b,
s(:int, 42)), s(:arg, :c), s(:restarg, :d), s(:kwarg, :e), s(:kwoptarg, :f,
s(:int, 42)), s(:kwrestarg, :g), s(:blockarg, :h), s(:shadowarg, :i)]
when using Ruby 2.7 or newer
with argument forwarding
is expected to eq [s(:forward_arg)]
RuboCop::AST::OrNode
#operator
with a semantic or node
is expected to eq "or"
with a logical or node
is expected to eq "||"
#logical_operator?
with a semantic or node
is expected not to be logical operator
with a logical or node
is expected to be logical operator
#lhs
with a logical or node
is expected to be sym type
with a semantic or node
is expected to be sym type
.new
with a semantic or node
is expected to be a kind of RuboCop::AST::OrNode
with a logical or node
is expected to be a kind of RuboCop::AST::OrNode
#inverse_operator
with a logical or node
is expected to eq "&&"
with a semantic or node
is expected to eq "and"
#alternate_operator
with a logical or node
is expected to eq "or"
with a semantic or node
is expected to eq "||"
#semantic_operator?
with a logical or node
is expected not to be semantic operator
with a semantic or node
is expected to be semantic operator
#rhs
with a semantic or node
is expected to be int type
with a logical or node
is expected to be int type
RuboCop::AST::CaseMatchNode
when using Ruby 2.7 or newer
.new
is expected to be a kind of RuboCop::AST::CaseMatchNode
#keyword
is expected to eq "case"
#each_in_pattern
when not passed a block
is expected to be a kind of Enumerator
when passed a block
yields all the conditions
#else?
without an else statement
is expected not to be else
with an else statement
is expected to be else
#in_pattern_branches
is expected to all be in pattern type
is expected to eq 3
#branches
when there is no else keyword
returns only then when bodies
when there is an else
with else body
returns all the bodies
with empty else
returns all the bodies
#else_branch
#else?
with an else statement
is expected to be sym type
with an empty else statement
is expected to be empty else type
without an else statement
is expected to be nil
RuboCop::AST::ProcessedSource
#following_line
returns source of line after token
#lines
contains lines as string without linefeed
is an array
has same number of elements as line count
#comments
is an array of comments
when the source is invalid
returns []
#parser_error
when the source could not be parsed due to encoding error
returns the error
when the source was properly parsed
is nil
when the source lacks encoding comment and is really utf-8 encoded but has been read as US-ASCII
is nil
#tokens
has an array of tokens
#tokens_within
returns tokens for node
accepts Node as an argument
when heredoc as argument is present
returns tokens for node after heredoc
returns tokens for heredoc node
returns tokens for node before heredoc
#path
is the path passed to .new
#start_with?
with blank source
returns false
with present source
returns true when passed string that starts source
returns false when passed string that does not start source
#buffer
is a source buffer
#preceding_line
returns source of line before token
#[]
when an index is passed
returns the line
when a range is passed
returns the array of lines
when start index and length are passed
returns the array of lines
valid_syntax?
when the source itself is valid encoding but includes strange encoding literals that are accepted by MRI
returns true
when the source is completely valid
returns true
when the source is valid but has some warning diagnostics
returns true
when a line starts with an integer literal
tokenizes the source correctly
when the source is invalid
returns false
when the source could not be parsed due to encoding error
returns false
#ast
is the root node of AST
with heavily commented source
#comment_at_line
returns nil if line has no comment
returns the comment at the given line number
#each_comment
yields all comments
#contains_comment?
provided source_range on line with comment
is expected to equal true
provided source_range on line without comment
is expected to equal false
provided source_range on comment line
is expected to equal true
provided a multiline source_range with at least one line with comment
is expected to equal true
#each_comment_in_lines
yields the comments
#line_with_comment?
returns false for lines without comments
returns true for lines with comments
#comments_before_line
returns comments on or before given line
#find_comment
yields correct comment
yields nil when there is no match
#last_token_of
accepts Node as an argument
returns last token for node
token enumerables
#find_token
yields nil when there is no match
yields correct token
#each_token
yields all tokens
#first_token_of
accepts Node as an argument
returns first token for node
.from_file
raises a Errno::ENOENT when the file does not exist
when the file exists
returns an instance of ProcessedSource
sets the file path to the instance's #path
#file_path
returns file path
#blank?
with source of no content
returns true
with source with content
returns false
RuboCop::AST::SuperNode
#block_argument?
with mixed arguments
is expected to be block argument
with regular arguments
is expected not to be block argument
with a block argument
is expected to be block argument
with no arguments
is expected not to be block argument
#camel_case_method?
is expected not to be camel case method
#bang_method?
is expected not to be bang method
#block_literal?
with a block argument
is expected not to be block literal
with a block literal
is expected to be block literal
with no block
is expected not to be block literal
#assignment_method?
is expected not to be assignment method
#self_receiver?
is expected not to be self receiver
#macro?
is expected not to be macro
#setter_method?
is expected not to be setter method
#splat_argument?
with no arguments
is expected not to be splat argument
with mixed arguments
is expected to be splat argument
with regular arguments
is expected not to be splat argument
with a splat argument
is expected to be splat argument
#last_argument
with no arguments
is expected to be nil
with a single literal argument
is expected to be sym type
with multiple mixed arguments
is expected to be splat type
with multiple literal arguments
is expected to be sym type
with a single splat argument
is expected to be splat type
#arguments
with no arguments
is expected to be empty
with multiple mixed arguments
is expected to eq 2
with multiple literal arguments
is expected to eq 2
with a single literal argument
is expected to eq 1
with a single splat argument
is expected to eq 1
#double_colon?
is expected not to be double colon
#command?
when argument is a string
is expected to be command "super"
when argument is a symbol
is expected to be command :super
#method_name
is expected to eq :super
#method?
when message does not match
when argument is a string
is expected not to be method "foo"
when argument is a symbol
is expected not to be method :foo
when message matches
when argument is a symbol
is expected to be method :super
when argument is a string
is expected to be method "super"
#predicate_method?
is expected not to be predicate method
#parenthesized?
with no arguments
when using parentheses
is expected to be parenthesized
when not using parentheses
is expected not to be parenthesized
with arguments
when using parentheses
is expected to be parenthesized
when not using parentheses
is expected not to be parenthesized
#receiver
is expected to be nil
.new
with a zsuper node
is expected to be a kind of RuboCop::AST::SuperNode
with a super node
is expected to be a kind of RuboCop::AST::SuperNode
#implicit_call?
is expected not to be implicit call
#dot?
is expected not to be dot
#operator_method?
is expected not to be operator method
#first_argument
with a single splat argument
is expected to be splat type
with multiple mixed arguments
is expected to be sym type
with multiple literal arguments
is expected to be sym type
with a single literal argument
is expected to be sym type
with no arguments
is expected to be nil
#block_node
with a block argument
is expected to be nil
with no block
is expected to be nil
with a block literal
is expected to be block type
#comparison_method?
is expected not to be comparison method
#const_receiver?
is expected not to be const receiver
#arguments?
with no arguments
is expected not to be arguments
with multiple literal arguments
is expected to be arguments
with a single splat argument
is expected to be arguments
with a single literal argument
is expected to be arguments
with multiple mixed arguments
is expected to be arguments
RuboCop::AST::ForNode
#do?
with a do keyword
is expected to be do
without a do keyword
is expected not to be do
#post_condition_loop?
is expected not to be post condition loop
.new
is expected to be a kind of RuboCop::AST::ForNode
#collection
is expected to be sym type
#keyword
is expected to eq "for"
#variable
is expected to be lvasgn type
#body
is expected to be sym type
#void_context?
without a do keyword
is expected to be void context
with a do keyword
is expected to be void context
#loop_keyword?
is expected to be loop keyword
RuboCop::AST::AsgnNode
#expression
with a `lvasgn` node
is expected to eq s(:send, nil, :value)
with a `ivasgn` node
is expected to eq s(:send, nil, :value)
with a `cvasgn` node
is expected to eq s(:send, nil, :value)
with a `gvasgn` node
is expected to eq s(:send, nil, :value)
.new
with a `ivasgn` node
is expected to be a kind of RuboCop::AST::AsgnNode
with a `cvasgn` node
is expected to be a kind of RuboCop::AST::AsgnNode
with a `lvasgn` node
is expected to be a kind of RuboCop::AST::AsgnNode
with a `gvasgn` node
is expected to be a kind of RuboCop::AST::AsgnNode
#name
with a `gvasgn` node
is expected to eq :$var
with a `cvasgn` node
is expected to eq :@@var
with a `ivasgn` node
is expected to eq :@var
with a `lvasgn` node
is expected to eq :var
RuboCop::AST::CaseNode
#else?
without an else statement
is expected not to be else
with an else statement
is expected to be else
#keyword
is expected to eq "case"
#else_branch
#else?
without an else statement
is expected to be nil
with an else statement
is expected to be sym type
with an empty else statement
is expected to be nil
#each_when
when not passed a block
is expected to be a kind of Enumerator
when passed a block
yields all the conditions
#branches
when there is no else keyword
returns only then when bodies
when there is an else
returns all the bodies
with an empty else
returns all the bodies
when compared to an IfNode
returns the same
.new
is expected to be a kind of RuboCop::AST::CaseNode
#when_branches
is expected to eq 3
is expected to all be when type
RuboCop::AST::LambdaNode
#method_name
is expected to eq :lambda
#receiver
is expected to be nil
#arguments
is expected to eq 2
RuboCop::AST::KeywordSplatNode
#key_delta
with alignment set to :left
when using hash rocket delimiters
when keyword splat is aligned
is expected to eq 0
when keyword splat is behind
is expected to eq -2
when keyword splat is ahead
is expected to eq 2
when keyword splat is on the same line
is expected to eq 0
when using colon delimiters
when keyword splat is behind
is expected to eq -2
when keyword splat is on the same line
is expected to eq 0
when keyword splat is aligned
is expected to eq 0
when keyword splat is ahead
is expected to eq 2
with alignment set to :right
when using hash rocket delimiters
when keyword splat is ahead
is expected to eq 0
when keyword splat is behind
is expected to eq 0
when keyword splat is on the same line
is expected to eq 0
when keyword splat is aligned
is expected to eq 0
when using colon delimiters
when keyword splat is on the same line
is expected to eq 0
when keyword splat is aligned
is expected to eq 0
when keyword splat is ahead
is expected to eq 0
when keyword splat is behind
is expected to eq 0
#operator
is expected to eq "**"
.new
is expected to be a kind of RuboCop::AST::KeywordSplatNode
#hash_rocket?
is expected not to be hash rocket
#value
is expected to eq s(:kwsplat,
s(:send, nil, :foo))
#key
is expected to eq s(:kwsplat,
s(:send, nil, :foo))
#colon?
is expected not to be colon
#same_line?
when both pairs are on the same line
is expected to be same line s(:kwsplat,
s(:send, nil, :foo))
when a multiline pair shares the same line
is expected to be same line s(:pair,
s(:sym, :a),
s(:begin))
is expected to be same line s(:kwsplat,
s(:send, nil, :foo))
when pairs are on separate lines
is expected not to be same line s(:kwsplat,
s(:send, nil, :foo))
#value_delta
when using colon delimiters
when keyword splat is on the same line
is expected to eq 0
when keyword splat is left aligned
is expected to eq 0
when keyword splat is behind
is expected to eq 0
when keyword splat is ahead
is expected to eq 0
when using hash rocket delimiters
when keyword splat is on the same line
is expected to eq 0
when keyword splat is ahead
is expected to eq 0
when keyword splat is left aligned
is expected to eq 0
when keyword splat is behind
is expected to eq 0
RuboCop::AST::Token
#line
returns line of token
type predicates
#left_ref_bracket?
returns true for left_ref_bracket tokens
returns false for non left_ref_bracket tokens
#left_bracket?
returns false for non left_bracket tokens
returns true for all left_bracket tokens
#rescue_modifier?
returns false for non rescue modifier tokens
returns true for rescue modifier tokens
#regexp_dots?
returns true for regexp tokens
returns false for non comma tokens
#equals_sign?
returns false for non equals sign tokens
returns true for equals sign tokens
#end?
returns false for non end tokens
returns true for end tokens
with braces & parens
#right_parens?
returns true for right parens tokens
returns false for non right parens tokens
#right_curly_brace?
returns false for non right brace tokens
returns true for all right brace tokens
#left_parens?
returns true for left parens tokens
returns false for non left parens tokens
#left_brace?
returns false for non left hash brace tokens
returns true for left hash brace tokens
#left_curly_brace?
returns false for non left block brace tokens
returns true for left block brace tokens
#semicolon?
returns false for non semicolon tokens
returns true for semicolon tokens
#new_line?
returns false for non new line tokens
returns true for new line tokens
#right_bracket?
returns false for non right_bracket tokens
returns true for all right_bracket tokens
#left_array_bracket?
returns true for left_array_bracket tokens
returns false for non left_array_bracket tokens
#left_brace?
returns false for non right_bracket tokens
returns true for right_bracket tokens
#comment?
returns false for non comment tokens
returns true for comment tokens
#dot?
returns false for non dot tokens
returns true for dot tokens
#comma?
returns true for comma tokens
returns false for non comma tokens
#space_before
returns truthy MatchData when there is a space before token
returns nil when it is on the first line
returns nil when there is not a space before token
#column
returns index of first char in token range on that line
#to_s
returns string of token data
.from_parser_token
sets parser token's range to rubocop token's pos
sets parser token's type to rubocop token's type
sets parser token's text to rubocop token's text
returns a #to_s useful for debugging
#end_pos
returns index of last char in token range of entire source
#space_after
returns truthy MatchData when there is a space after token
returns nil when there is not a space after token
#begin_pos
returns index of first char in token range of entire source
RuboCop::AST::Node
#struct_constructor?
::Struct
matches
struct definition without block
does not match
struct definition with a block
matches
sibling_access
returns trivial values for a root node
for a single child
returns the expected values
for a node with siblings
returns the expected values
#parent_module_name
when node on module
is expected to eq "Foo"
when node nested in an unknown block
is expected to be nil
when node on top level
is expected to eq "Object"
when node nested in a class << exp
is expected to be nil
when node on singleton class
is expected to eq "Foo::#<Class:Foo>"
when node on class in singleton class
is expected to eq "Foo::#<Class:Foo>::Bar"
#class_definition?
with ::ClassName
matches
with inheritance
matches
namespaced class
matches
with Struct
matches
when using numbered parameter
matches
constant defined as Struct without block
does not match
with Class.new
matches
when using numbered parameter
matches
with object singleton class
matches
with self singleton class
matches
without inheritance
matches
#numeric_type?
when string literal
is true
when rational literal
is true
when integer literal
is true
when complex literal whose imaginary part is a rational
is true
when float literal
is true
when complex literal
is true
#module_definition?
namespaced modules
matches
prepend Module.new
matches
with Module.new
matches
when using numbered parameter
matches
with ::ModuleName
matches
nested modules
matches
using module keyword
matches
included module definition
matches
#pure?
for a nested if
where one branch contains a method call
returns false
where one branch contains an assignment statement
returns false
where the innermost descendants are local vars and literals
returns true
for an lvar assignment
returns false
for a hash literal
which contains a method call
returns false
with only literal children
returns true
for an ivar assignment
returns false
for a regexp
with options
returns true
with interpolated segments
returns false
with no interpolation
returns true
for a method call
returns false
for a gvar assignment
returns false
for an integer literal
returns true
for a class definition
returns false
for a module definition
returns false
for an array literal
which contains a method call
returns false
with only literal children
returns true
for a cvar assignment
returns false
#recursive_basic_literal?
behaves like non literal
returns false for `/.#{some_method_call}/`
behaves like literal
returns true for `(false && true)`
behaves like non literal
returns false for `(x or false)`
behaves like literal
returns true for `false`
behaves like literal
returns true for `{ :a => 1, :b => 2 }`
behaves like non literal
returns false for `some_method_call(x, y)`
behaves like literal
returns true for `[1, 2, 3]`
behaves like literal
returns true for `1`
behaves like non literal
returns false for `some_method_call`
behaves like non literal
returns false for `{ :sym => some_method_call }`
behaves like non literal
returns false for `{ some_method_call => :sym }`
behaves like literal
returns true for `(false or true)`
behaves like literal
returns true for `(false <=> true)`
behaves like non literal
returns false for `%r{abx#{foo}}ixo`
behaves like non literal
returns false for `(x == false)`
behaves like non literal
returns false for `(x && false)`
behaves like literal
returns true for `'str'`
behaves like literal
returns true for `/./`
behaves like non literal
returns false for `[some_method_call]`
behaves like literal
returns true for `nil`
behaves like literal
returns true for `{ a: 1, b: 2 }`
behaves like literal
returns true for `"#{2}"`
behaves like literal
returns true for `(1)`
behaves like literal
returns true for `1.0`
behaves like literal
returns true for `%r{abx}ixo`
behaves like literal
returns true for `!true`
#argument_type?
method arguments
returns true for all argument types
block arguments
returns true for all argument types
#conditional?
when `until` node
is true
when `if` node
is true
when post condition loop node
is false
when `case_match` node
is true
when `case` node
is true
when `while` node
is true
#value_used?
within a module definition node
is always true
within a singleton class node
is always true
within an array literal
at the top level
is always false
assigned to an ivar
is always true
within a while node
is true only for the condition
within a method call node
is always true
at the top level
is false
at the end of a block
is always true
within an if...else..end node
nested in a method call
is always true
at the top level
is true only for the condition
within a class definition node
is always true
#class_constructor?
class definition with a block
matches
class definition on outer scope
matches
class definition
does not match
module definition with a block
matches
RuboCop::AST::ModuleNode
#identifier
is expected to be const type
#body
with a multi-expression body
is expected to be begin type
with a single expression body
is expected to be send type
with an empty body
is expected to be nil
.new
is expected to be a kind of RuboCop::AST::ModuleNode
Changelog
merges correctly
parses correctly
Changelog::Entry
generates correct content
RuboCop::AST::NodePattern::Lexer
provides tokens via next_token
when given node types and constants
distinguishes them
with $type+
is parsed as `$ int + x`
when given a regexp /[abc]+\/()?/x
round trips
when given arithmetic symbols
is parsed as `:&`
when given a regexp /back\\slash/
round trips
when given a regexp ending with a backslash
does not lexes it properly
when given a regexp /test/
round trips
RuboCop::AST::BreakNode
behaves like wrapped arguments node
#arguments
with no arguments
is expected to be empty
with a single argument and braces
is expected to eq 1
with a single splat argument
is expected to eq 1
with multiple literal arguments
is expected to eq 2
with a single argument
is expected to eq 1
with no arguments and braces
is expected to be empty
.new
without arguments
is expected to be a kind of RuboCop::AST::BreakNode
with arguments
is expected to be a kind of RuboCop::AST::BreakNode
RuboCop::AST::HashNode
#mixed_delimiters?
when pairs are using different delimiters
is expected to be mixed delimiters
when all pairs are using a hash rocket delimiter
is expected not to be mixed delimiters
when all pairs are using a colon delimiter
is expected not to be mixed delimiters
#empty?
with a hash containing a keyword splat
is expected not to be empty
with a hash containing pairs
is expected not to be empty
with an empty hash
is expected to be empty
#keys
with a hash with string keys
is expected to all be str type
is expected to eq 2
with an empty hash
is expected to be empty
with a hash with symbol keys
is expected to eq 3
is expected to all be sym type
.new
is expected to be a kind of RuboCop::AST::HashNode
#braces?
as an argument with braces
is expected to be braces
with braces
is expected to be braces
as an argument with no braces
is expected not to be braces
#each_key
when passed a block
yields all the pairs
when not passed a block
is expected to be a kind of Enumerator
#values
with a hash with string keys
is expected to eq 2
is expected to all be send type
with a hash with literal values
is expected to all be literal
is expected to eq 3
with an empty hash
is expected to be empty
#each_value
when passed a block
yields all the pairs
when not passed a block
is expected to be a kind of Enumerator
#pairs
with a hash of literals
is expected to all be pair type
is expected to eq 3
with an empty hash
is expected to be empty
with a hash of variables
is expected to eq 2
is expected to all be pair type
#pairs_on_same_line?
with some pairs on the same line
is expected to be pairs on same line
with all pairs on the same line
is expected to be pairs on same line
with no pairs on the same line
is expected not to be pairs on same line
#each_pair
when not passed a block
is expected to be a kind of Enumerator
when passed a block
yields all the pairs
RuboCop::AST::ArrayNode
#square_brackets?
with square brackets
is expected to be square brackets
with a percent literal
is expected not to be square brackets
#values
with an array of literals
is expected to all be literal
is expected to eq 3
with an array of variables
is expected to all be send type
is expected to eq 2
with an empty array
is expected to be empty
.new
is expected to be a kind of RuboCop::AST::ArrayNode
#percent_literal?
with square brackets
is expected not to be percent literal :string
is expected not to be percent literal
is expected not to be percent literal :symbol
with a string percent literal
is expected not to be percent literal :symbol
is expected to be percent literal
is expected to be percent literal :string
with a symbol percent literal
is expected to be percent literal :symbol
is expected to be percent literal
is expected not to be percent literal :string
#bracketed?
unbracketed
is expected to be nil
with square brackets
is expected to be bracketed
with a percent literal
is expected to be bracketed
#each_value
with block
is expected to be a kind of RuboCop::AST::ArrayNode
is expected to eq ["(int 1)", "(int 2)", "(int 3)"]
without block
is expected to be a kind of Enumerator
RuboCop::AST::ClassNode
.new
is expected to be a kind of RuboCop::AST::ClassNode
#parent_class
when a parent class is specified
is expected to be const type
when no parent class is specified
is expected to be nil
#identifier
is expected to be const type
#body
with a single expression body
is expected to be send type
with a multi-expression body
is expected to be begin type
with an empty body
is expected to be nil
RuboCop::AST::DefinedNode
.new
with a defined? node
is expected to be a kind of RuboCop::AST::DefinedNode
#method_name
is expected to eq :defined?
#receiver
is expected to be nil
#arguments
is expected to eq 1
is expected to all be sym type
RuboCop::AST::SendNode
#double_colon?
with a unary method
is expected not to be double colon
without a dot
is expected not to be double colon
with a dot
is expected not to be double colon
with a double colon
is expected to be double colon
#prefix_bang?
with a non-negated method
is expected not to be prefix bang
with a bang method
is expected to be prefix bang
with keyword `not`
is expected not to be prefix bang
#splat_argument?
with mixed arguments
is expected to be splat argument
with no arguments
is expected not to be splat argument
with a splat argument
is expected to be splat argument
with regular arguments
is expected not to be splat argument
#lambda?
with a method named lambda in a class
is expected not to be lambda
with a non-lambda method
is expected not to be lambda
with a lambda method
is expected to be lambda
with a stabby lambda method
is expected to be lambda
#negation_method?
with prefix bang
is expected to be negation method
with a non-negated method
is expected not to be negation method
with prefix `not`
is expected to be negation method
with suffix `not`
is expected not to be negation method
#arguments
with multiple literal arguments
is expected to eq 2
with multiple mixed arguments
is expected to eq 2
with a single splat argument
is expected to eq 1
with no arguments
is expected to be empty
with a single literal argument
is expected to eq 1
#operator_method?
with a unary operator method
is expected to be operator method
with a setter method
is expected not to be operator method
with a regular method
is expected not to be operator method
with a binary operator method
is expected to be operator method
#attribute_accessor?
with an accessor
returns the accessor method and Array<accessors>]
with a call without arguments
is expected to be nil
#lambda_literal?
with a non-lambda method
is expected not to be lambda
with `a.() {}` style method
is expected not to be lambda
with a stabby lambda
is expected to be lambda literal
with a lambda method
is expected not to be lambda literal
#nonmutating_binary_operator_method?
with a mutating binary operator method
is expected not to be nonmutating binary operator method
with a regular method
is expected not to be nonmutating binary operator method
with a nonmutating binary operator method
is expected to be nonmutating binary operator method
#arguments?
with multiple mixed arguments
is expected to be arguments
with a single literal argument
is expected to be arguments
with no arguments
is expected not to be arguments
with multiple literal arguments
is expected to be arguments
with a single splat argument
is expected to be arguments
#block_argument?
with a block argument
is expected to be block argument
with mixed arguments
is expected to be block argument
with regular arguments
is expected not to be block argument
with no arguments
is expected not to be block argument
#prefix_not?
with keyword `not`
is expected to be prefix not
with a non-negated method
is expected not to be prefix not
with a bang method
is expected not to be prefix not
.new
with a regular method send
is expected to be a kind of RuboCop::AST::SendNode
with a safe navigation method send
is expected to be a kind of RuboCop::AST::SendNode
#binary_operation??
with a unary operation
is expected not to be binary operation
with an implicit call method
is expected not to be binary operation
with a binary operation
is expected to be binary operation
with a regular method call
is expected not to be binary operation
#non_bare_access_modifier?
when node is not an access modifier
is expected not to be non bare access modifier
when node does not have an argument
is expected not to be non bare access modifier
when node is a non-bare `module_function`
is expected to be non bare access modifier
#setter_method?
with a setter method
is expected to be setter method
with an indexed setter method
is expected to be setter method
with an operator method
is expected not to be setter method
with a regular method
is expected not to be setter method
#bang_method?
with a bang method
is expected to be bang method
with a regular method
is expected not to be bang method
with a predicate method
is expected not to be bang method
#block_literal?
with no block
is expected not to be block literal
with a block literal
is expected to be block literal
with a block argument
is expected not to be block literal
with Ruby >= 2.7
with a numblock literal
is expected to be block literal
#def_modifier
with several prefixed def modifiers
is expected to eq :qux
with a block containing a method definition
is expected to be nil
with call with no argument
is expected to be nil
with a prefixed def modifier
is expected to eq :bar
#parenthesized?
with arguments
when not using parentheses
is expected not to be parenthesized
when using parentheses
is expected to be parenthesized
with no arguments
when not using parentheses
is expected not to be parenthesized
when using parentheses
is expected to be parenthesized
#receiver
with no receiver
is expected to be nil
with a variable receiver
is expected to be send type
with a literal receiver
is expected to be str type
#camel_case_method?
with a camel case method
is expected to be camel case method
with a regular method
is expected not to be camel case method
#unary_operation?
with a unary operation
is expected to be unary operation
with a regular method call
is expected not to be unary operation
with a binary operation
is expected not to be unary operation
with an implicit call method
is expected not to be unary operation
#access_modifier?
when node is a bare `module_function`
is expected to be access modifier
when node is not an access modifier
is expected not to be bare access modifier
when node is a non-bare `module_function`
is expected to be access modifier
#nonmutating_unary_operator_method?
with a nonmutating unary operator method
is expected to be nonmutating unary operator method
with a regular method
is expected not to be nonmutating unary operator method
#def_modifier?
with several prefixed def modifiers
is expected to be def modifier
with a prefixed def modifier
is expected to be def modifier
with a block containing a method definition
is expected not to be def modifier
#method_name
with an operator method
is expected to eq :==
with a setter method
is expected to eq :bar=
with an implicit call method
is expected to eq :call
with a plain method
is expected to eq :bar
#self_receiver?
with an implicit receiver
is expected not to be self receiver
with a self receiver
is expected to be self receiver
with a non-self receiver
is expected not to be self receiver
#macro?
with a receiver
when parent is a class
is expected not to be macro
when parent is a module
is expected not to be macro
without a receiver
when parent is a block in a macro scope
is expected to be macro
with Ruby >= 2.7
when parent is a numblock in a macro scope
is expected to be macro
when parent is a keyword begin inside of an class
is expected to be macro
when parent is a module
is expected to be macro
when in the global scope
is expected to be macro
when the condition of an if
is expected not to be macro
when parent is a block not in a macro scope
is expected not to be macro
when in an if
is expected to be macro
when parent is a class
is expected to be macro
without a parent
is expected to be macro
when parent is a struct constructor
is expected to be macro
when parent is a method definition
is expected not to be macro
when parent is a singleton class
is expected to be macro
when parent is a begin without a parent
is expected to be macro
when parent is a class constructor
is expected to be macro
#const_receiver?
with a self receiver
is expected not to be const receiver
with a non-constant receiver
is expected not to be const receiver
with a constant receiver
is expected to be const receiver
#implicit_call?
with an implicit call method
is expected to be implicit call
with a regular method
is expected not to be implicit call
with an explicit call method
is expected not to be implicit call
#predicate_method?
with a bang method
is expected not to be predicate method
with a predicate method
is expected to be predicate method
with a regular method
is expected not to be predicate method
#loop_keyword?
is expected not to be loop keyword
#block_node
with a block literal
is expected to be block type
with no block
is expected to be nil
with a block argument
is expected to be nil
with Ruby >= 2.7
with a numblock literal
is expected to be numblock type
#comparison_method?
with a comparison method
is expected to be comparison method
with a regular method
is expected not to be comparison method
with a negation method
is expected not to be comparison method
#bare_access_modifier?
with Ruby >= 2.7
when node is access modifier in block
is expected to be bare access modifier
when node is access modifier in numblock
is expected to be bare access modifier
when node is not an access modifier
is expected not to be bare access modifier
when node is a bare `module_function`
is expected to be bare access modifier
when node has an argument
is expected not to be bare access modifier
#command?
when argument is a string
with an implicit receiver
is expected to be command "bar"
with an explicit receiver
is expected not to be command "bar"
when argument is a symbol
with an explicit receiver
is expected not to be command :bar
with an implicit receiver
is expected to be command :bar
#enumerable_method?
with a regular method
is expected not to be enumerable method
with an enumerable method
is expected to be enumerable method
#method?
when message does not match
when argument is a symbol
is expected not to be method :foo
when argument is a string
is expected not to be method "foo"
when message matches
when argument is a symbol
is expected to be method :bar
when argument is a string
is expected to be method "bar"
#assignment_method?
with a bracket assignment method
is expected to be assignment method
with an assignment method
is expected to be assignment method
with a comparison method
is expected not to be assignment method
with a regular method
is expected not to be assignment method
#nonmutating_array_method?
with a regular method
is expected not to be nonmutating array method
with a nonmutating Array method
is expected to be nonmutating array method
with a mutating Array method
is expected not to be nonmutating array method
#first_argument
with a single literal argument
is expected to be sym type
with multiple literal arguments
is expected to be sym type
with a single splat argument
is expected to be splat type
with no arguments
is expected to be nil
with multiple mixed arguments
is expected to be sym type
#arithmetic_operation?
with a binary arithmetic operation
is expected to be arithmetic operation
with a unary numeric operation
is expected not to be arithmetic operation
with a regular method call
is expected not to be arithmetic operation
#nonmutating_operator_method?
with a nonmutating unary operator method
is expected to be nonmutating operator method
with a nonmutating binary operator method
is expected to be nonmutating operator method
with a mutating binary operator method
is expected not to be nonmutating operator method
with a regular method
is expected not to be nonmutating operator method
#dot?
with a unary method
is expected not to be dot
without a dot
is expected not to be dot
with a double colon
is expected not to be dot
with a dot
is expected to be dot
#last_argument
with a single splat argument
is expected to be splat type
with a single literal argument
is expected to be sym type
with no arguments
is expected to be nil
with multiple mixed arguments
is expected to be splat type
with multiple literal arguments
is expected to be sym type
#nonmutating_hash_method?
with a mutating Hash method
is expected not to be nonmutating hash method
with a nonmutating Hash method
is expected to be nonmutating hash method
with a regular method
is expected not to be nonmutating hash method
#nonmutating_string_method?
with a regular method
is expected not to be nonmutating string method
with a nonmutating String method
is expected to be nonmutating string method
with a mutating String method
is expected not to be nonmutating string method
#post_condition_loop?
is expected not to be post condition loop
RuboCop::AST::NodePattern::Parser
sequences
parses simple sequences properly
expands ... in sequence head deep inside unions
generates specialized nodes
parses capture vs repetition with correct priority
parses unions of literals as a set
parses function calls
RuboCop::AST::CasgnNode
#name
is expected to eq :VAR
#expression
is expected to eq s(:send, nil, :value)
.new
with a `casgn` node
is expected to be a kind of RuboCop::AST::CasgnNode
#namespace
when there is no parent
is expected to be nil
when the parent is a `const`
is expected to eq s(:const, nil, :FOO)
when the parent is a `cbase`
is expected to eq s(:cbase)
RuboCop::AST::RangeNode
.new
with an inclusive range
is expected to be range type
is expected to be a kind of RuboCop::AST::RangeNode
with a beignless range
is expected to be range type
is expected to be a kind of RuboCop::AST::RangeNode
with an exclusive range
is expected to be range type
is expected to be a kind of RuboCop::AST::RangeNode
with an infinite range
is expected to be range type
is expected to be a kind of RuboCop::AST::RangeNode
Finished in 16.91 seconds (files took 16.91 seconds to load)
2392 examples, 0 failures
Randomized with seed 36516
/usr/bin/ruby3.3 /usr/bin/gem2deb-test-runner
┌──────────────────────────────────────────────────────────────────────────────┐
│ Checking Rubygems dependency resolution on ruby3.3 │
└──────────────────────────────────────────────────────────────────────────────┘
RUBYLIB=. GEM_PATH=/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all:/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/.debhelper/generated/_source/home/.local/share/gem/ruby/3.3.0:/var/lib/gems/3.3.0:/usr/local/lib/ruby/gems/3.3.0:/usr/lib/ruby/gems/3.3.0:/usr/lib/i386-linux-gnu/ruby/gems/3.3.0:/usr/share/rubygems-integration/3.3.0:/usr/share/rubygems-integration/all:/usr/lib/i386-linux-gnu/rubygems-integration/3.3.0 ruby3.3 -e gem\ \"rubocop-ast\"
┌──────────────────────────────────────────────────────────────────────────────┐
│ Run tests for ruby3.3 from debian/ruby-tests.rake │
└──────────────────────────────────────────────────────────────────────────────┘
RUBYLIB=. GEM_PATH=/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/ruby-rubocop-ast/usr/share/rubygems-integration/all:/build/reproducible-path/ruby-rubocop-ast-1.24.0/debian/.debhelper/generated/_source/home/.local/share/gem/ruby/3.3.0:/var/lib/gems/3.3.0:/usr/local/lib/ruby/gems/3.3.0:/usr/lib/ruby/gems/3.3.0:/usr/lib/i386-linux-gnu/ruby/gems/3.3.0:/usr/share/rubygems-integration/3.3.0:/usr/share/rubygems-integration/all:/usr/lib/i386-linux-gnu/rubygems-integration/3.3.0 ruby3.3 -S rake --rakelibdir /gem2deb-nonexistent -f debian/ruby-tests.rake
/usr/bin/ruby3.3 -ruri -I/usr/share/rubygems-integration/all/gems/rspec-support-3.13.1/lib:/usr/share/rubygems-integration/all/gems/rspec-core-3.13.0/lib /usr/share/rubygems-integration/all/gems/rspec-core-3.13.0/exe/rspec --pattern ./spec/\*\*/\*_spec.rb --format documentation
warning: parser/current is loading parser/ruby33, which recognizes 3.3.4-compliant syntax, but you are running 3.3.7.
Please see https://github.com/whitequark/parser#compatibility-with-ruby-mri.
Randomized with seed 19072
RuboCop::AST::IntNode
#sign?
explicit positive int
is expected to be sign
explicit negative int
is expected to be sign
#value
is expected to eq 10
.new
is expected to be a kind of RuboCop::AST::IntNode
RuboCop::AST::RegexpNode
#single_interpolation?
with o and other options
is expected to be single interpolation
with only o option
is expected to be single interpolation
with other options
is expected not to be single interpolation
with no options
is expected not to be single interpolation
#options
with a regexp with single option
is expected to eq 1
with an empty regexp
is expected to eq 0
with a regexp without option
is expected to eq 0
with a regexp with multiple options
is expected to eq 3
with a regexp with "o" option
is expected to eq 0
#no_encoding?
with no options
is expected not to be no encoding
with only n option
is expected to be no encoding
with other options
is expected not to be no encoding
with n and other options
is expected to be no encoding
#interpolation?
with regexp quote
is expected to be interpolation
with no interpolation returns false
is expected not to be interpolation
with direct variable interpoation
is expected to be interpolation
#fixed_encoding?
with no options
is expected not to be fixed encoding
with u and other options
is expected to be fixed encoding
with other options
is expected not to be fixed encoding
with only u option
is expected to be fixed encoding
#ignore_case?
with no options
is expected not to be ignore case
with other options
is expected not to be ignore case
with i and other options
is expected to be ignore case
with only i option
is expected to be ignore case
#to_regexp
with a regexp with option
is expected to eq /.+/mix
with a regexp with an "o" option
is expected to eq "/abc/i"
with a regexp without option
is expected to eq /.+/
with a regexp with an "u" option
is expected to eq "/abc/"
with an empty regexp with option
is expected to eq //ix
with a multi-line regexp with option
is expected to eq /
.+
/ix
with a regexp with an "n" option
is expected to eq "/abc/n"
with a multi-line regexp without option
is expected to eq /
.+
/
with an empty regexp
is expected to eq //
#extended?
with no options
is expected not to be extended
with x and other options
is expected to be extended
with only x option
is expected to be extended
with other options
is expected not to be extended
#content
with a multi-line regexp with option
is expected to eq "\n.+\n"
with a multi-line regexp without option
is expected to eq "\n.+\n"
with a regexp without option
is expected to eq ".+"
with an empty regexp
is expected to eq ""
with an empty regexp with option
is expected to eq ""
with a regexp with option
is expected to eq ".+"
#multiline_mode?
with m and other options
is expected to be multiline mode
with no options
is expected not to be multiline mode
with only m option
is expected to be multiline mode
with other options
is expected not to be multiline mode
#delimiter?
with %r/-delimiters
is expected not to be delimiter "{"
is expected not to be delimiter "%r"
is expected not to be delimiter "%r/"
is expected to be delimiter "/"
is expected not to be delimiter "r"
is expected not to be delimiter "%"
is expected not to be delimiter "}"
with multi-line %r{-delimiters
is expected not to be delimiter "%r"
is expected not to be delimiter "r"
is expected to be delimiter "}"
is expected not to be delimiter "%r{"
is expected not to be delimiter "%"
is expected not to be delimiter "%r/"
is expected not to be delimiter "/"
is expected to be delimiter "{"
with %r{-delimiters
is expected not to be delimiter "r"
is expected not to be delimiter "%r"
is expected to be delimiter "{"
is expected not to be delimiter "%"
is expected to be delimiter "}"
is expected not to be delimiter "/"
is expected not to be delimiter "%r{"
is expected not to be delimiter "%r/"
with %r<-delimiters
is expected not to be delimiter "{"
is expected not to be delimiter "}"
is expected not to be delimiter "%r{"
is expected to be delimiter ">"
is expected to be delimiter "<"
is expected not to be delimiter "%r/"
is expected not to be delimiter "%"
is expected not to be delimiter "/"
is expected not to be delimiter "%r"
is expected not to be delimiter "r"
is expected not to be delimiter "%r<"
with /-delimiters
is expected to be delimiter "/"
is expected not to be delimiter "{"
.new
is expected to be a kind of RuboCop::AST::RegexpNode
#percent_r_literal?
with %r<-delimiters
is expected to be percent r literal
with multi-line %r{-delimiters
is expected to be percent r literal
with /-delimiters
is expected not to be percent r literal
with %r{-delimiters
is expected to be percent r literal
with %r/-delimiters
is expected to be percent r literal
#delimiters
with %r/-delimiters
is expected to eq ["/", "/"]
with multi-line %r{-delimiters
is expected to eq ["{", "}"]
with /-delimiters
is expected to eq ["/", "/"]
with %r{-delimiters
is expected to eq ["{", "}"]
with %r<-delimiters
is expected to eq ["<", ">"]
#slash_literal?
with multi-line %r{-delimiters
is expected not to be slash literal
with %r/-delimiters
is expected not to be slash literal
with %r<-delimiters
is expected not to be slash literal
with /-delimiters
is expected to be slash literal
with %r{-delimiters
is expected not to be slash literal
#regopt
with a multi-line regexp with option
is expected to be regopt type
is expected to eq [:i, :m, :x]
with an empty regexp with option
is expected to eq [:i, :x]
is expected to be regopt type
with an empty regexp
is expected to be regopt type
is expected to be empty
with a regexp without option
is expected to be regopt type
is expected to be empty
with a regexp with option
is expected to eq [:i, :m, :x]
is expected to be regopt type
with a multi-line regexp without option
is expected to be empty
is expected to be regopt type
RuboCop::AST::SendNode
#const_receiver?
with a non-constant receiver
is expected not to be const receiver
with a constant receiver
is expected to be const receiver
with a self receiver
is expected not to be const receiver
#block_literal?
with Ruby >= 2.7
with a numblock literal
is expected to be block literal
with no block
is expected not to be block literal
with a block literal
is expected to be block literal
with a block argument
is expected not to be block literal
#bang_method?
with a regular method
is expected not to be bang method
with a bang method
is expected to be bang method
with a predicate method
is expected not to be bang method
#def_modifier
with call with no argument
is expected to be nil
with a block containing a method definition
is expected to be nil
with several prefixed def modifiers
is expected to eq :qux
with a prefixed def modifier
is expected to eq :bar
#def_modifier?
with a prefixed def modifier
is expected to be def modifier
with several prefixed def modifiers
is expected to be def modifier
with a block containing a method definition
is expected not to be def modifier
#block_argument?
with no arguments
is expected not to be block argument
with mixed arguments
is expected to be block argument
with regular arguments
is expected not to be block argument
with a block argument
is expected to be block argument
#comparison_method?
with a comparison method
is expected to be comparison method
with a negation method
is expected not to be comparison method
with a regular method
is expected not to be comparison method
#arithmetic_operation?
with a binary arithmetic operation
is expected to be arithmetic operation
with a regular method call
is expected not to be arithmetic operation
with a unary numeric operation
is expected not to be arithmetic operation
#arguments?
with no arguments
is expected not to be arguments
with multiple literal arguments
is expected to be arguments
with a single splat argument
is expected to be arguments
with a single literal argument
is expected to be arguments
with multiple mixed arguments
is expected to be arguments
#loop_keyword?
is expected not to be loop keyword
#attribute_accessor?
with an accessor
returns the accessor method and Array<accessors>]
with a call without arguments
is expected to be nil
#bare_access_modifier?
with Ruby >= 2.7
when node is access modifier in numblock
is expected to be bare access modifier
when node is access modifier in block
is expected to be bare access modifier
when node is not an access modifier
is expected not to be bare access modifier
when node has an argument
is expected not to be bare access modifier
when node is a bare `module_function`
is expected to be bare access modifier
#nonmutating_hash_method?
with a mutating Hash method
is expected not to be nonmutating hash method
with a regular method
is expected not to be nonmutating hash method
with a nonmutating Hash method
is expected to be nonmutating hash method
#predicate_method?
with a bang method
is expected not to be predicate method
with a regular method
is expected not to be predicate method
with a predicate method
is expected to be predicate method
#post_condition_loop?
is expected not to be post condition loop
#nonmutating_operator_method?
with a mutating binary operator method
is expected not to be nonmutating operator method
with a nonmutating unary operator method
is expected to be nonmutating operator method
with a nonmutating binary operator method
is expected to be nonmutating operator method
with a regular method
is expected not to be nonmutating operator method
#macro?
without a receiver
when parent is a singleton class
is expected to be macro
when parent is a block in a macro scope
is expected to be macro
when parent is a struct constructor
is expected to be macro
when in an if
is expected to be macro
when parent is a keyword begin inside of an class
is expected to be macro
without a parent
is expected to be macro
when parent is a class constructor
is expected to be macro
when parent is a class
is expected to be macro
with Ruby >= 2.7
when parent is a numblock in a macro scope
is expected to be macro
when the condition of an if
is expected not to be macro
when in the global scope
is expected to be macro
when parent is a block not in a macro scope
is expected not to be macro
when parent is a begin without a parent
is expected to be macro
when parent is a module
is expected to be macro
when parent is a method definition
is expected not to be macro
with a receiver
when parent is a class
is expected not to be macro
when parent is a module
is expected not to be macro
.new
with a safe navigation method send
is expected to be a kind of RuboCop::AST::SendNode
with a regular method send
is expected to be a kind of RuboCop::AST::SendNode
#nonmutating_array_method?
with a regular method
is expected not to be nonmutating array method
with a nonmutating Array method
is expected to be nonmutating array method
with a mutating Array method
is expected not to be nonmutating array method
#implicit_call?
with a regular method
is expected not to be implicit call
with an explicit call method
is expected not to be implicit call
with an implicit call method
is expected to be implicit call
#prefix_not?
with a non-negated method
is expected not to be prefix not
with keyword `not`
is expected to be prefix not
with a bang method
is expected not to be prefix not
#parenthesized?
with arguments
when not using parentheses
is expected not to be parenthesized
when using parentheses
is expected to be parenthesized
with no arguments
when using parentheses
is expected to be parenthesized
when not using parentheses
is expected not to be parenthesized
#command?
when argument is a symbol
with an explicit receiver
is expected not to be command :bar
with an implicit receiver
is expected to be command :bar
when argument is a string
with an explicit receiver
is expected not to be command "bar"
with an implicit receiver
is expected to be command "bar"
#splat_argument?
with a splat argument
is expected to be splat argument
with no arguments
is expected not to be splat argument
with regular arguments
is expected not to be splat argument
with mixed arguments
is expected to be splat argument
#prefix_bang?
with keyword `not`
is expected not to be prefix bang
with a non-negated method
is expected not to be prefix bang
with a bang method
is expected to be prefix bang
#nonmutating_unary_operator_method?
with a nonmutating unary operator method
is expected to be nonmutating unary operator method
with a regular method
is expected not to be nonmutating unary operator method
#camel_case_method?
with a regular method
is expected not to be camel case method
with a camel case method
is expected to be camel case method
#unary_operation?
with an implicit call method
is expected not to be unary operation
with a binary operation
is expected not to be unary operation
with a unary operation
is expected to be unary operation
with a regular method call
is expected not to be unary operation
#nonmutating_binary_operator_method?
with a nonmutating binary operator method
is expected to be nonmutating binary operator method
with a mutating binary operator method
is expected not to be nonmutating binary operator method
with a regular method
is expected not to be nonmutating binary operator method
#block_node
with Ruby >= 2.7
with a numblock literal
is expected to be numblock type
with a block argument
is expected to be nil
with no block
is expected to be nil
with a block literal
is expected to be block type
#self_receiver?
with a non-self receiver
is expected not to be self receiver
with a self receiver
is expected to be self receiver
with an implicit receiver
is expected not to be self receiver
#access_modifier?
when node is not an access modifier
is expected not to be bare access modifier
when node is a bare `module_function`
is expected to be access modifier
when node is a non-bare `module_function`
is expected to be access modifier
#nonmutating_string_method?
with a nonmutating String method
is expected to be nonmutating string method
with a regular method
is expected not to be nonmutating string method
with a mutating String method
is expected not to be nonmutating string method
#non_bare_access_modifier?
when node is not an access modifier
is expected not to be non bare access modifier
when node does not have an argument
is expected not to be non bare access modifier
when node is a non-bare `module_function`
is expected to be non bare access modifier
#operator_method?
with a binary operator method
is expected to be operator method
with a unary operator method
is expected to be operator method
with a setter method
is expected not to be operator method
with a regular method
is expected not to be operator method
#lambda_literal?
with `a.() {}` style method
is expected not to be lambda
with a non-lambda method
is expected not to be lambda
with a lambda method
is expected not to be lambda literal
with a stabby lambda
is expected to be lambda literal
#binary_operation??
with a unary operation
is expected not to be binary operation
with an implicit call method
is expected not to be binary operation
with a binary operation
is expected to be binary operation
with a regular method call
is expected not to be binary operation
#arguments
with multiple mixed arguments
is expected to eq 2
with no arguments
is expected to be empty
with a single splat argument
is expected to eq 1
with a single literal argument
is expected to eq 1
with multiple literal arguments
is expected to eq 2
#negation_method?
with prefix `not`
is expected to be negation method
with prefix bang
is expected to be negation method
with suffix `not`
is expected not to be negation method
with a non-negated method
is expected not to be negation method
#method?
when message does not match
when argument is a symbol
is expected not to be method :foo
when argument is a string
is expected not to be method "foo"
when message matches
when argument is a symbol
is expected to be method :bar
when argument is a string
is expected to be method "bar"
#lambda?
with a non-lambda method
is expected not to be lambda
with a method named lambda in a class
is expected not to be lambda
with a stabby lambda method
is expected to be lambda
with a lambda method
is expected to be lambda
#double_colon?
with a double colon
is expected to be double colon
without a dot
is expected not to be double colon
with a dot
is expected not to be double colon
with a unary method
is expected not to be double colon
#setter_method?
with an indexed setter method
is expected to be setter method
with a regular method
is expected not to be setter method
with an operator method
is expected not to be setter method
with a setter method
is expected to be setter method
#receiver
with no receiver
is expected to be nil
with a literal receiver
is expected to be str type
with a variable receiver
is expected to be send type
#method_name
with a plain method
is expected to eq :bar
with a setter method
is expected to eq :bar=
with an implicit call method
is expected to eq :call
with an operator method
is expected to eq :==
#assignment_method?
with a comparison method
is expected not to be assignment method
with an assignment method
is expected to be assignment method
with a bracket assignment method
is expected to be assignment method
with a regular method
is expected not to be assignment method
#enumerable_method?
with an enumerable method
is expected to be enumerable method
with a regular method
is expected not to be enumerable method
#last_argument
with multiple literal arguments
is expected to be sym type
with no arguments
is expected to be nil
with multiple mixed arguments
is expected to be splat type
with a single splat argument
is expected to be splat type
with a single literal argument
is expected to be sym type
#first_argument
with a single splat argument
is expected to be splat type
with a single literal argument
is expected to be sym type
with multiple literal arguments
is expected to be sym type
with multiple mixed arguments
is expected to be sym type
with no arguments
is expected to be nil
#dot?
with a double colon
is expected not to be dot
without a dot
is expected not to be dot
with a unary method
is expected not to be dot
with a dot
is expected to be dot
RuboCop::AST::WhileNode
.new
with a statement while
is expected to be a kind of RuboCop::AST::WhileNode
with a modifier while
is expected to be a kind of RuboCop::AST::WhileNode
#post_condition_loop?
with a statement while
is expected not to be post condition loop
with a modifier while
is expected to be post condition loop
#do?
without a do keyword
is expected not to be do
with a do keyword
is expected to be do
#keyword
is expected to eq "while"
#loop_keyword?
with a modifier while
is expected to be loop keyword
with a statement while
is expected to be loop keyword
#inverse_keyword
is expected to eq "until"
RuboCop::AST::AndAsgnNode
#assignment_node
is expected to be a kind of RuboCop::AST::AsgnNode
.new
is expected to be a kind of RuboCop::AST::AndAsgnNode
#expression
is expected to eq s(:send, nil, :value)
#operator
is expected to eq :"&&"
#name
is expected to eq :var
RuboCop::AST::AliasNode
#old_identifier
is expected to eq :bar
is expected to be sym type
#new_identifier
is expected to be sym type
is expected to eq :foo
.new
is expected to be a kind of RuboCop::AST::AliasNode
RuboCop::AST::NextNode
behaves like wrapped arguments node
#arguments
with multiple literal arguments
is expected to eq 2
with a single argument
is expected to eq 1
with a single splat argument
is expected to eq 1
with no arguments
is expected to be empty
with no arguments and braces
is expected to be empty
with a single argument and braces
is expected to eq 1
.new
without arguments
is expected to be a kind of RuboCop::AST::NextNode
with arguments
is expected to be a kind of RuboCop::AST::NextNode
RuboCop::AST::ArgNode
#default?
with a block
is expected to equal false
with a block argument
is expected to equal false
with an optional keyword argument
is expected to equal true
with argument forwarding
with Ruby >= 3.0
is expected to equal false
with Ruby >= 2.7
is expected to equal false
with a regular argument
is expected to equal false
with a shadow argument
is expected to equal false
with a splatted argument
is expected to equal false
with an optional argument
is expected to equal true
with a double splatted argument
is expected to equal false
#default_value
with a shadow argument
is expected to be nil
with a double splatted argument
is expected to be nil
with an optional keyword argument
is expected to eq s(:int, 42)
with a block
is expected to be nil
with a splatted argument
is expected to be nil
with a regular argument
is expected to be nil
with a block argument
is expected to be nil
with argument forwarding
with Ruby >= 2.7
is expected to be nil
with Ruby >= 3.0
is expected to be nil
with an optional argument
is expected to eq s(:int, 42)
#name
with a regular argument
is expected to eq :x
with a splatted argument
is expected to eq :x
with a shadow argument
is expected to eq :x
with a nameless double splatted argument
is expected to be nil
with an optional argument
is expected to eq :x
with a double splatted argument
is expected to eq :x
with a keyword argument
is expected to eq :x
with a block argument
is expected to eq :x
with a block
is expected to eq :x
with an optional keyword argument
is expected to eq :x
with argument forwarding
with Ruby >= 2.7
is expected to be nil
with Ruby >= 3.0
is expected to be nil
with a nameless splatted argument
is expected to be nil
.new
with a shadow argument
is expected to be a kind of RuboCop::AST::ArgNode
with an optional argument
is expected to be a kind of RuboCop::AST::ArgNode
with an optional keyword argument
is expected to be a kind of RuboCop::AST::ArgNode
with a splatted argument
is expected to be a kind of RuboCop::AST::ArgNode
with a double splatted argument
is expected to be a kind of RuboCop::AST::ArgNode
with a block argument
is expected to be a kind of RuboCop::AST::ArgNode
with argument forwarding
with Ruby >= 2.7
is expected to be a kind of RuboCop::AST::ArgNode
with Ruby >= 3.0
is expected to be a kind of RuboCop::AST::ArgNode
with a block
is expected to be a kind of RuboCop::AST::ArgNode
with a method definition
is expected to be a kind of RuboCop::AST::ArgNode
with a lambda literal
is expected to be a kind of RuboCop::AST::ArgNode
with a keyword argument
is expected to be a kind of RuboCop::AST::ArgNode
RuboCop::AST::Node
#value_used?
within a singleton class node
is always true
within a while node
is true only for the condition
at the top level
is false
within an if...else..end node
at the top level
is true only for the condition
nested in a method call
is always true
within a class definition node
is always true
within a module definition node
is always true
at the end of a block
is always true
within an array literal
at the top level
is always false
assigned to an ivar
is always true
within a method call node
is always true
#recursive_basic_literal?
behaves like literal
returns true for `[1, 2, 3]`
behaves like literal
returns true for `!true`
behaves like non literal
returns false for `{ :sym => some_method_call }`
behaves like non literal
returns false for `[some_method_call]`
behaves like literal
returns true for `(false <=> true)`
behaves like non literal
returns false for `(x && false)`
behaves like literal
returns true for `{ a: 1, b: 2 }`
behaves like non literal
returns false for `(x == false)`
behaves like non literal
returns false for `some_method_call(x, y)`
behaves like literal
returns true for `/./`
behaves like literal
returns true for `1.0`
behaves like literal
returns true for `%r{abx}ixo`
behaves like literal
returns true for `"#{2}"`
behaves like non literal
returns false for `/.#{some_method_call}/`
behaves like literal
returns true for `(false && true)`
behaves like non literal
returns false for `some_method_call`
behaves like non literal
returns false for `(x or false)`
behaves like literal
returns true for `false`
behaves like literal
returns true for `nil`
behaves like non literal
returns false for `%r{abx#{foo}}ixo`
behaves like literal
returns true for `1`
behaves like literal
returns true for `(1)`
behaves like non literal
returns false for `{ some_method_call => :sym }`
behaves like literal
returns true for `'str'`
behaves like literal
returns true for `{ :a => 1, :b => 2 }`
behaves like literal
returns true for `(false or true)`
#struct_constructor?
::Struct
matches
struct definition without block
does not match
struct definition with a block
matches
#numeric_type?
when float literal
is true
when integer literal
is true
when string literal
is true
when complex literal
is true
when rational literal
is true
when complex literal whose imaginary part is a rational
is true
#parent_module_name
when node nested in an unknown block
is expected to be nil
when node on module
is expected to eq "Foo"
when node on top level
is expected to eq "Object"
when node nested in a class << exp
is expected to be nil
when node on class in singleton class
is expected to eq "Foo::#<Class:Foo>::Bar"
when node on singleton class
is expected to eq "Foo::#<Class:Foo>"
#module_definition?
with Module.new
matches
when using numbered parameter
matches
using module keyword
matches
namespaced modules
matches
prepend Module.new
matches
with ::ModuleName
matches
included module definition
matches
nested modules
matches
#pure?
for a nested if
where one branch contains an assignment statement
returns false
where the innermost descendants are local vars and literals
returns true
where one branch contains a method call
returns false
for an ivar assignment
returns false
for a cvar assignment
returns false
for a module definition
returns false
for a regexp
with interpolated segments
returns false
with options
returns true
with no interpolation
returns true
for an integer literal
returns true
for a gvar assignment
returns false
for a method call
returns false
for an lvar assignment
returns false
for a hash literal
with only literal children
returns true
which contains a method call
returns false
for an array literal
with only literal children
returns true
which contains a method call
returns false
for a class definition
returns false
sibling_access
returns trivial values for a root node
for a node with siblings
returns the expected values
for a single child
returns the expected values
#argument_type?
method arguments
returns true for all argument types
block arguments
returns true for all argument types
#conditional?
when `until` node
is true
when `while` node
is true
when post condition loop node
is false
when `if` node
is true
when `case_match` node
is true
when `case` node
is true
#class_constructor?
class definition with a block
matches
class definition
does not match
module definition with a block
matches
class definition on outer scope
matches
#class_definition?
namespaced class
matches
with inheritance
matches
with self singleton class
matches
without inheritance
matches
with object singleton class
matches
with ::ClassName
matches
with Class.new
matches
when using numbered parameter
matches
constant defined as Struct without block
does not match
with Struct
matches
when using numbered parameter
matches
RuboCop::AST::Traversal
knows all current node types
for example case foo; in 1..2 then true; end
traverses all nodes
for example p <<~E
x
y
E
traverses all nodes
for example def f(*); end
traverses all nodes
for example %I[foo #{bar}]
traverses all nodes
for example foo & 1
traverses all nodes
for example foo = bar, 1
traverses all nodes
for example def (foo).foo; end
traverses all nodes
for example :'#@1'
traverses all nodes
for example a b(c d), 1.0i do end
traverses all nodes
for example
traverses all nodes
for example { foo: 2, **bar }
traverses all nodes
for example begin; meth; rescue Exception, foo; bar; end
traverses all nodes
for example super(foo)
traverses all nodes
for example foo::a += m foo
traverses all nodes
for example bar if foo
traverses all nodes
for example case foo; in [x,] then nil; end
traverses all nodes
for example m { _1 + _9 }
traverses all nodes
for example fun(:foo => 1, &baz)
traverses all nodes
for example foo <= 1
traverses all nodes
for example m { |foo| }
traverses all nodes
for example case foo; in [x] then nil; end
traverses all nodes
for example a b{c d}, /x/m do end
traverses all nodes
for example f{ |a, b,| }
traverses all nodes
for example return foo
traverses all nodes
for example :'foo'
traverses all nodes
for example class Foo end
traverses all nodes
for example *, c, d = bar
traverses all nodes
for example ->(**nil) {}
traverses all nodes
for example p <<~E
x
y
E
traverses all nodes
for example a #
#
&.foo
traverses all nodes
for example <<~FOO
baz\
qux
FOO
traverses all nodes
for example f{ || }
traverses all nodes
for example foo ** 1
traverses all nodes
for example foo.A += m foo
traverses all nodes
for example a&.b
traverses all nodes
for example foo[1, 2] = 3
traverses all nodes
for example foo.(1)
traverses all nodes
for example begin; meth; rescue; foo; else; bar; end
traverses all nodes
for example "foo#@a" "bar"
traverses all nodes
for example f{ |foo: 1, bar: 2, **baz, &b| }
traverses all nodes
for example +2.0 ** 10
traverses all nodes
for example foo << 1
traverses all nodes
for example %w[foo bar]
traverses all nodes
for example def f ((*r)); end
traverses all nodes
for example a b(c d), 1.0r do end
traverses all nodes
for example a&.b &&= 1
traverses all nodes
for example case foo; in [x, y, *] then true; end
traverses all nodes
for example foo.a = 1
traverses all nodes
for example p <<~E " y"
x
E
traverses all nodes
for example def m; class << self; A = nil; end; end
traverses all nodes
for example foo::A += m foo
traverses all nodes
for example fun { }
traverses all nodes
for example foo[0, 1] &&= 2
traverses all nodes
for example def self._6; end
traverses all nodes
for example f <<-TABLE do
TABLE
end
traverses all nodes
for example __ENCODING__
traverses all nodes
for example foo::m += raise(bar) rescue nil
traverses all nodes
for example p <<~"E"
x\n y
E
traverses all nodes
for example case foo; in *x then nil; end
traverses all nodes
for example 42i
traverses all nodes
for example def f(&block); end
traverses all nodes
for example begin; meth; rescue => @ex; bar; end
traverses all nodes
for example case foo; in A() then true; end
traverses all nodes
for example case foo; in [*, x] then true; end
traverses all nodes
for example yield(foo)
traverses all nodes
for example case foo; in 1 => a then true; end
traverses all nodes
for example def f (foo: 1, bar: 2, **baz, &b); end
traverses all nodes
for example while foo do meth end
traverses all nodes
for example not foo
traverses all nodes
for example { }
traverses all nodes
for example "foo#{bar}baz"
traverses all nodes
for example %W[#@1]
traverses all nodes
for example <<-"HERE"
#@@1
HERE
traverses all nodes
for example a, b = *foo, bar
traverses all nodes
for example foo.A += 1
traverses all nodes
for example def f ((*, p)); end
traverses all nodes
for example -> do _1 + _9 end
traverses all nodes
for example +42
traverses all nodes
for example next()
traverses all nodes
for example td (1_500).toString(); td.num do; end
traverses all nodes
for example ..100
traverses all nodes
for example [*foo]
traverses all nodes
for example not m foo
traverses all nodes
for example class A < B
end
traverses all nodes
for example case foo; in {} then true; end
traverses all nodes
for example def f(**); end
traverses all nodes
for example foo[bar,]
traverses all nodes
for example let (:a) { m do; end }
traverses all nodes
for example let () { m(a) do; end }
traverses all nodes
for example '#@1'
traverses all nodes
for example a, * = bar
traverses all nodes
for example foo.a &&= 1
traverses all nodes
for example def a b:
return
end
traverses all nodes
for example !(a, b = foo)
traverses all nodes
for example while def foo a = tap do end; end; break; end
traverses all nodes
for example self
traverses all nodes
for example case; when foo; 'foo'; end
traverses all nodes
for example %r{a\
b}
traverses all nodes
for example class << foo; nil; end
traverses all nodes
for example %{#@@1}
traverses all nodes
for example a b(c(d)), :e do end
traverses all nodes
for example %I[foo#{bar}]
traverses all nodes
for example case foo; in A::B then true; end
traverses all nodes
for example return fun foo do end
traverses all nodes
for example 1 in [a]; a
traverses all nodes
for example def f **baz, &b; end
traverses all nodes
for example foo.fun
traverses all nodes
for example %W[#@@1]
traverses all nodes
for example f{ |a| }
traverses all nodes
for example case 1; in 2; 3; else; 4; end
traverses all nodes
for example :'#@@1'
traverses all nodes
for example def f ((*)); end
traverses all nodes
for example !(foo..bar)
traverses all nodes
for example meth (-1.3).abs
traverses all nodes
for example begin; meth; rescue => ex; bar; end
traverses all nodes
for example %s{a\
b}
traverses all nodes
for example p p{p(p);p p}, tap do end
traverses all nodes
for example %x{#@1}
traverses all nodes
for example a, (b, c) = foo
traverses all nodes
for example foo::A = 1
traverses all nodes
for example Foo
traverses all nodes
for example foo.C += raise bar rescue nil
traverses all nodes
for example `foobar`
traverses all nodes
for example f{ |**baz, &b| }
traverses all nodes
for example a += b = raise :x
traverses all nodes
for example `a\
b`
traverses all nodes
for example foo >= 1
traverses all nodes
for example case foo; in x if true; nil; end
traverses all nodes
for example def f o=1, *r, &b; end
traverses all nodes
for example a @b do |c|;end
traverses all nodes
for example meth do; foo; rescue; bar; end
traverses all nodes
for example def self.foo; end
traverses all nodes
for example def f(foo, bar); end
traverses all nodes
for example fun (1).to_i
traverses all nodes
for example def f a, *r, &b; end
traverses all nodes
for example foo.fun bar
traverses all nodes
for example fun(foo, *bar)
traverses all nodes
for example class Foo < Bar; end
traverses all nodes
for example super()
traverses all nodes
for example class A; _1; end
traverses all nodes
for example case foo;
in {Foo: 42
}
false
; end
traverses all nodes
for example def f foo: -1
; end
traverses all nodes
for example p <<~"E"
x
#{" y"}
E
traverses all nodes
for example if foo then bar; end
traverses all nodes
for example while not (true) do end
traverses all nodes
for example def foo() a:b end
traverses all nodes
for example %W[foo #{bar}foo#@baz]
traverses all nodes
for example { foo: 2 }
traverses all nodes
for example case foo; in a: 1 then true; end
traverses all nodes
for example %q{#@@1}
traverses all nodes
for example p <<~E
x
y
E
traverses all nodes
for example %{#@1}
traverses all nodes
for example 'a\
b'
traverses all nodes
for example while class Foo; tap do end; end; break; end
traverses all nodes
for example case foo; in ^foo then nil; end
traverses all nodes
for example foo::Fun bar
traverses all nodes
for example <<`HERE`
foo
bar
HERE
traverses all nodes
for example def f (foo: 1, &b); end
traverses all nodes
for example f{ |a, o=1, p, &b| }
traverses all nodes
for example def x; ::A ||= 1; end
traverses all nodes
for example a b{c(d)}, 1.0 do end
traverses all nodes
for example def f o=1, p, &b; end
traverses all nodes
for example p :foo, {** proc do end, b: proc do end}
traverses all nodes
for example a b{c d}, /x/ do end
traverses all nodes
for example if foo..bar; end
traverses all nodes
for example a b{c(d)}, "x" do end
traverses all nodes
for example self::a, foo = foo
traverses all nodes
for example begin; meth; rescue; baz; ensure; bar; end
traverses all nodes
for example foo < 1
traverses all nodes
for example !/wat/
traverses all nodes
for example case foo; in a: 1, _a:, ** then true; end
traverses all nodes
for example $+
traverses all nodes
for example def x; self::A ||= 1; end
traverses all nodes
for example foo::a += 1
traverses all nodes
for example foo::C ||= raise bar rescue nil
traverses all nodes
for example f{ |a, *r, p, &b| }
traverses all nodes
for example defined? @foo
traverses all nodes
for example -42
traverses all nodes
for example fun() { }
traverses all nodes
for example /#)/x
traverses all nodes
for example f{ |*| }
traverses all nodes
for example foo = raise bar rescue nil
traverses all nodes
for example @foo, @@bar = *foo
traverses all nodes
for example p ->() do a() do end end
traverses all nodes
for example ?a
traverses all nodes
for example foo or bar
traverses all nodes
for example a b(c(d)), 1.0i do end
traverses all nodes
for example def f ((a, *)); end
traverses all nodes
for example <<-'HERE'
#@1
HERE
traverses all nodes
when given an unexpected AST
with too few children
raises debugging error
with too many children
raises debugging error
for example 'foobar'
traverses all nodes
for example retry
traverses all nodes
when a class defines `on_block_pass`
calls it for all block-pass arguments
for example foo || bar
traverses all nodes
for example while class Foo a = tap do end; end; break; end
traverses all nodes
for example p <<~"E"
x
#{foo}
E
traverses all nodes
for example _2 = 1
traverses all nodes
for example @var = 10
traverses all nodes
for example meth 1 do end.fun bar
traverses all nodes
for example case foo; in [x, y, *z] then true; end
traverses all nodes
for example `#@1`
traverses all nodes
for example `foo#{bar}baz`
traverses all nodes
for example "a\
b"
traverses all nodes
for example a b(c d), :e do end
traverses all nodes
for example 42.1r
traverses all nodes
for example def f foo:
; end
traverses all nodes
for example case foo; in 1 | 2 then true; end
traverses all nodes
for example def String.foo; end
traverses all nodes
for example a b(c d), /x/m do end
traverses all nodes
for example begin; rescue LoadError; else; end
traverses all nodes
for example case foo; in "#{ 'a' }": 1 then true; end
traverses all nodes
for example foo && bar
traverses all nodes
for example case foo; in **nil then true; end
traverses all nodes
for example f{ }
traverses all nodes
for example <<'HERE'
foo
bar
HERE
traverses all nodes
for example a b(c d), "x" do end
traverses all nodes
for example m ->(a: ->{_1}) {a}
traverses all nodes
for example ->{ }
traverses all nodes
for example meth 1 do end.fun(bar)
traverses all nodes
for example case 1; in 2; 3; else; end
traverses all nodes
for example fun (1) {}
traverses all nodes
for example foo and bar
traverses all nodes
for example while def self.foo a = tap do end; end; break; end
traverses all nodes
for example case foo; in a: then true; end
traverses all nodes
for example if /wat/; end
traverses all nodes
for example foo[0] += raise bar rescue nil
traverses all nodes
for example "#@@1"
traverses all nodes
for example until foo do meth end
traverses all nodes
for example p <<~E
x
y
E
traverses all nodes
for example %q{#@1}
traverses all nodes
for example def foo
=begin
=end
end
traverses all nodes
for example foo - 1
traverses all nodes
for example case foo; in x unless true; nil; end
traverses all nodes
for example B::A += 1
traverses all nodes
for example :"a\
b"
traverses all nodes
for example meth 1 do end.fun bar do end
traverses all nodes
for example f{ |o=1, *r, &b| }
traverses all nodes
for example case foo; in ->{ 42 } then true; end
traverses all nodes
for example foo = raise(bar) rescue nil
traverses all nodes
for example foo::fun bar
traverses all nodes
for example _1
traverses all nodes
for example foo, bar = meth rescue [1, 2]
traverses all nodes
for example def f (((a))); end
traverses all nodes
for example def f o=1, &b; end
traverses all nodes
for example f x: -> do meth do end end
traverses all nodes
for example foo (-1.3).abs
traverses all nodes
for example a ||= 1
traverses all nodes
for example fun(foo, :foo => 1)
traverses all nodes
for example 42
traverses all nodes
for example /foo#{bar}baz/
traverses all nodes
for example a b(c d), 1.0 do end
traverses all nodes
for example foo.a += m foo
traverses all nodes
for example foo[1, 2]
traverses all nodes
for example f{ |a, o=1, *r, p, &b| }
traverses all nodes
for example f (g rescue nil)
traverses all nodes
for example case foo; in "#{ %Q{a} }": then true; end
traverses all nodes
for example BEGIN { 1 }
traverses all nodes
for example case foo; in * then nil; end
traverses all nodes
for example p :foo, {a: proc do end, b: proc do end}
traverses all nodes
for example meth rescue bar
traverses all nodes
for example a b(c(d)), /x/ do end
traverses all nodes
for example case foo; in a:, b: then true; end
traverses all nodes
for example def foo(...); end
traverses all nodes
for example bar def foo; self.each do end end
traverses all nodes
for example foo | 1
traverses all nodes
for example var = 10; var
traverses all nodes
for example :'a\
b'
traverses all nodes
for example defined? foo
traverses all nodes
for example m { |**nil| }
traverses all nodes
for example [ 1, 2 => 3 ]
traverses all nodes
for example %x{#@@1}
traverses all nodes
for example if foo...bar; end
traverses all nodes
for example %W()
traverses all nodes
for example def f ((a, *, p)); end
traverses all nodes
for example t=1;(foo)?t:T
traverses all nodes
for example m "#{}#{()}"
traverses all nodes
for example %s{#@1}
traverses all nodes
for example [ 1 => 2 ]
traverses all nodes
for example a b(c(d)), 1.0 do end
traverses all nodes
for example f(a ? "a":1)
traverses all nodes
for example begin; meth; ensure; bar; end
traverses all nodes
for example case foo; in [*x, y] then true; end
traverses all nodes
for example meth until foo
traverses all nodes
for example foo = meth rescue bar
traverses all nodes
for example while class << self; tap do end; end; break; end
traverses all nodes
for example foo ^ 1
traverses all nodes
for example foo.m += raise(bar) rescue nil
traverses all nodes
for example m { |(foo, bar)| }
traverses all nodes
for example foo = bar = m foo
traverses all nodes
for example meth while foo
traverses all nodes
for example case foo; in 1, "a", [], {} then nil; end
traverses all nodes
for example def f *r, p, &b; end
traverses all nodes
for example f{ |a, o=1, &b| }
traverses all nodes
for example <<-"HERE"
#@1
HERE
traverses all nodes
for example foo += raise(bar) rescue nil
traverses all nodes
for example until foo; meth end
traverses all nodes
for example a b(c(d)), /x/m do end
traverses all nodes
for example break(foo)
traverses all nodes
for example self.a, self[1, 2] = foo
traverses all nodes
for example a b{c d}, 1 do end
traverses all nodes
for example def String::foo; end
traverses all nodes
for example a b{c(d)}, :e do end
traverses all nodes
for example foo::Fun()
traverses all nodes
for example case foo; in "#{ %Q{a} }": 1 then true; end
traverses all nodes
for example desc "foo" do end
traverses all nodes
for example def x(_4) end
traverses all nodes
for example proc {_1 = nil}
traverses all nodes
for example case foo;
in {a: 1
}
false
; end
traverses all nodes
for example nil
traverses all nodes
for example "#@1"
traverses all nodes
for example foo.a ||= 1
traverses all nodes
for example case foo; in A then true; end
traverses all nodes
for example %q(foobar)
traverses all nodes
for example f{ |*r, p, &b| }
traverses all nodes
for example while def self.foo; tap do end; end; break; end
traverses all nodes
for example /#@@1/
traverses all nodes
for example def f foo = 1; end
traverses all nodes
for example a b{c d}, :e do end
traverses all nodes
for example %x{a\
b}
traverses all nodes
for example %i[ #@@1 ]
traverses all nodes
for example p begin 1.times do 1 end end
traverses all nodes
for example /source/im
traverses all nodes
for example %{a\
b}
traverses all nodes
for example p <<~E
x
\ y
E
traverses all nodes
for example return()
traverses all nodes
for example a b{c(d)}, /x/ do end
traverses all nodes
for example Bar::Foo = 10
traverses all nodes
for example case [__FILE__, __LINE__ + 1, __ENCODING__]
in [__FILE__, __LINE__, __ENCODING__]
end
traverses all nodes
for example @@foo
traverses all nodes
for example ->(a) { }
traverses all nodes
for example '#@@1'
traverses all nodes
for example class Foo; end
traverses all nodes
for example 1..2
traverses all nodes
for example 42ri
traverses all nodes
for example <<~E
1 \
2
3
E
traverses all nodes
for example foo[1, 2]
traverses all nodes
for example !(foo...bar)
traverses all nodes
for example module Bar::Foo; end
traverses all nodes
for example for a, b in foo; p a, b; end
traverses all nodes
for example begin ensure end
traverses all nodes
for example fun do end
traverses all nodes
for example a b(c(d)), 1.0r do end
traverses all nodes
for example m1 :k => m2 do; m3() do end; end
traverses all nodes
for example ...100
traverses all nodes
for example f{ | | }
traverses all nodes
for example begin; meth; rescue foo => ex; bar; end
traverses all nodes
for example next
traverses all nodes
for example f{ |a, &b| }
traverses all nodes
for example 1..
traverses all nodes
for example if foo; bar; else baz; end
traverses all nodes
for example begin; meth; rescue; baz; else foo; ensure; bar end
traverses all nodes
for example assert dogs
traverses all nodes
for example def until; end
traverses all nodes
for example 1.33
traverses all nodes
for example def f ((*r, p)); end
traverses all nodes
for example -> do rescue; end
traverses all nodes
for example fun (1)
traverses all nodes
for example def f ((a, *r, p)); end
traverses all nodes
for example /#{1}(?<match>bar)/ =~ 'bar'
traverses all nodes
for example f{ |;
a
| }
traverses all nodes
for example yield
traverses all nodes
for example def f a, *r, p, &b; end
traverses all nodes
for example # Extracted from `parser` gem.
# Add the following code at the beginning of `def assert_parses`:
#
# File.open('./out.rb', 'a+') do |f|
# f << code << "\n\n#----\n" if versions.include? '2.7'
# end
alias $a $b
traverses all nodes
for example case foo; in A(x:) then true; end
traverses all nodes
for example case foo; in x, then nil; end
traverses all nodes
for example %I{a\
b}
traverses all nodes
for example return(foo)
traverses all nodes
for example def f(foo); end
traverses all nodes
for example foo += meth rescue bar
traverses all nodes
for example not()
traverses all nodes
for example assert do: true
traverses all nodes
for example def f(**nil); end
traverses all nodes
for example def _5; end
traverses all nodes
for example foo, bar, baz = 1, 2
traverses all nodes
for example yield()
traverses all nodes
for example class Foo < a:b; end
traverses all nodes
for example a = 1; a b: 1
traverses all nodes
for example case foo; in x, y, then nil; end
traverses all nodes
for example foo, bar = m foo
traverses all nodes
for example a += 1
traverses all nodes
for example def self.m; _1; end
traverses all nodes
for example def String=; end
traverses all nodes
for example f { || a:b }
traverses all nodes
for example defined?(foo)
traverses all nodes
for example foo <=> 1
traverses all nodes
for example %w{a\
b}
traverses all nodes
for example begin; meth; rescue Exception; bar; end
traverses all nodes
for example f{ |&b| }
traverses all nodes
for example !m foo
traverses all nodes
for example case foo; in ...2 then true; end
traverses all nodes
for example case foo; in a: 1, b: 2 then true; end
traverses all nodes
for example super
traverses all nodes
for example fun(f bar)
traverses all nodes
for example p :foo, {:a => proc do end, b: proc do end}
traverses all nodes
for example [1, *foo, 2]
traverses all nodes
for example ~foo
traverses all nodes
for example !foo
traverses all nodes
for example a b(c d), /x/ do end
traverses all nodes
for example -> (a) { }
traverses all nodes
for example -> do end
traverses all nodes
for example super foo, bar do end
traverses all nodes
for example %q{a\
b}
traverses all nodes
for example p <<~E
x
E
traverses all nodes
for example class << foo; _1; end
traverses all nodes
for example case foo; in A[1, 2] then true; end
traverses all nodes
for example fun(:foo => 1)
traverses all nodes
for example @a |= 1
traverses all nodes
for example def foo(...); super(...); end
traverses all nodes
for example foo != 1
traverses all nodes
for example 1...
traverses all nodes
for example break()
traverses all nodes
for example f{ |o=1, *r, p, &b| }
traverses all nodes
for example while def foo; tap do end; end; break; end
traverses all nodes
for example super do end
traverses all nodes
for example fun (1
)
traverses all nodes
for example %r{#@1}
traverses all nodes
for example foo.A = 1
traverses all nodes
for example a #
#
.foo
traverses all nodes
for example if (bar; a, b = foo); end
traverses all nodes
for example case foo; in ::A then true; end
traverses all nodes
for example foo[bar, :baz => 1,]
traverses all nodes
for example # coding:utf-8
"\xD0\xBF\xD1\x80\xD0\xBE\xD0\xB2\xD0\xB5\xD1\x80\xD0\xBA\xD0\xB0"
traverses all nodes
for example %I[#@@1]
traverses all nodes
for example case foo; when 'bar', 'baz'; bar; end
traverses all nodes
for example foo += raise bar rescue nil
traverses all nodes
for example foo[0, 1] += 2
traverses all nodes
for example -> * { }
traverses all nodes
for example $var = 10
traverses all nodes
for example case foo; in "a": then true; end
traverses all nodes
for example a b{c(d)}, /x/m do end
traverses all nodes
for example def m; class << self; module M; end; end; end
traverses all nodes
for example case foo; in [x, y] then true; end
traverses all nodes
for example a b{c(d)}, 1 do end
traverses all nodes
for example case; when foo; 'foo'; else 'bar'; end
traverses all nodes
for example <<-`HERE`
#@@1
HERE
traverses all nodes
for example foo[1, 2] = 3
traverses all nodes
for example fun(1) { }
traverses all nodes
for example unless foo then bar; else baz; end
traverses all nodes
for example [1, *foo]
traverses all nodes
for example ((b, )) = foo
traverses all nodes
for example break
traverses all nodes
for example foo::fun
traverses all nodes
for example super foo
traverses all nodes
for example case foo; in "#{ 'a' }": then true; end
traverses all nodes
for example begin; meth; rescue; foo; end
traverses all nodes
for example foo[0, 1] += m foo
traverses all nodes
for example redo
traverses all nodes
for example case foo;
in {a:
2}
false
; end
traverses all nodes
for example def END; end
traverses all nodes
for example case foo; when 1, *baz; bar; when *foo; end
traverses all nodes
for example while foo; meth end
traverses all nodes
for example break fun foo do end
traverses all nodes
for example module A; _1; end
traverses all nodes
for example foo[:baz => 1,]
traverses all nodes
for example case foo; when 'bar' then bar; end
traverses all nodes
for example begin end
traverses all nodes
for example def self::foo; end
traverses all nodes
for example a #
#
&.foo
traverses all nodes
for example foo && (a, b = bar)
traverses all nodes
for example ::A += 1
traverses all nodes
for example { 'foo': 2 }
traverses all nodes
for example a b{c(d)}, 1.0i do end
traverses all nodes
for example foo !~ 1
traverses all nodes
for example def f *r, &b; end
traverses all nodes
for example for a in foo; p a; end
traverses all nodes
for example foo = m foo
traverses all nodes
for example f{ |a, *| }
traverses all nodes
for example def f ; end
traverses all nodes
for example f{ |a, o=1, o1=2, *r, &b| }
traverses all nodes
for example def f a, o=1, *r, &b; end
traverses all nodes
for example fun(*bar, &baz)
traverses all nodes
for example case foo; in A(1, 2) then true; end
traverses all nodes
for example A += 1
traverses all nodes
for example module ::Foo; end
traverses all nodes
for example unless foo; bar; else baz; end
traverses all nodes
for example %W[foo #{bar}]
traverses all nodes
for example {a: if true then 42 end}
traverses all nodes
for example ()
traverses all nodes
for example f{ |o=1, &b| }
traverses all nodes
for example case foo; in (1) then true; end
traverses all nodes
for example if foo; bar; end
traverses all nodes
for example case foo; in 1... then true; end
traverses all nodes
for example m ->(a = ->{_1}) {a}
traverses all nodes
for example a b{c d}, 1.0r do end
traverses all nodes
for example foo >> 1
traverses all nodes
for example foo % 1
traverses all nodes
for example foo::(1)
traverses all nodes
for example meth 1 do end.fun(bar) {}
traverses all nodes
for example __LINE__
traverses all nodes
for example case foo; in A[] then true; end
traverses all nodes
for example $10
traverses all nodes
for example %i[foo bar]
traverses all nodes
for example f{ |a, *s| }
traverses all nodes
for example proc {|_3|}
traverses all nodes
for example <<-`HERE`
#@1
HERE
traverses all nodes
for example __FILE__
traverses all nodes
for example fun(&bar)
traverses all nodes
for example def f &b; end
traverses all nodes
for example ::Foo = 10
traverses all nodes
for example foo::a = 1
traverses all nodes
for example Bar::Foo
traverses all nodes
for example %i{a\
b}
traverses all nodes
for example foo.m += raise bar rescue nil
traverses all nodes
for example "#{-> foo {}}"
traverses all nodes
for example -> a: 1 { }
traverses all nodes
for example break foo
traverses all nodes
for example foo === 1
traverses all nodes
for example def foo(_a, _a); end
traverses all nodes
for example bar unless foo
traverses all nodes
for example { 'foo': 2, 'bar': {}}
traverses all nodes
for example fun(foo, :foo => 1, &baz)
traverses all nodes
for example case foo; in x then x; end
traverses all nodes
for example p :foo, {"a": proc do end, b: proc do end}
traverses all nodes
for example begin meth end until foo
traverses all nodes
for example def f *, **; end
traverses all nodes
for example case foo; in "#{ %q{a} }": then true; end
traverses all nodes
for example def foo(_, _); end
traverses all nodes
for example case foo; in "a": 1 then true; end
traverses all nodes
for example foo&.bar {}
traverses all nodes
for example def f(**foo); end
traverses all nodes
for example -2.0 ** 10
traverses all nodes
for example /\xa8/n =~ ""
traverses all nodes
for example true
traverses all nodes
for example /a\
b/
traverses all nodes
for example foo::fun (1) {}
traverses all nodes
for example a b(c(d)), "x" do end
traverses all nodes
for example f{ |a| }
traverses all nodes
for example foo.fun (1) {}
traverses all nodes
for example -> (arg={}) {}
traverses all nodes
for example if foo
then bar end
traverses all nodes
for example p <<~E
E
traverses all nodes
for example def foo(...); bar(...); end
traverses all nodes
for example a b{c d}, "x" do end
traverses all nodes
for example def foo
a:b end
traverses all nodes
for example <<-"HERE"
a\
b
HERE
traverses all nodes
for example case foo; in *x, y, z then nil; end
traverses all nodes
for example undef foo, :bar, :"foo#{1}"
traverses all nodes
for example %w[]
traverses all nodes
for example alias :foo bar
traverses all nodes
for example <<-`HERE`
a\
b
HERE
traverses all nodes
for example for a in foo do p a; end
traverses all nodes
for example -foo
traverses all nodes
for example END { 1 }
traverses all nodes
for example if foo; bar; elsif baz; 1; else 2; end
traverses all nodes
for example meth 1 do end.fun {}
traverses all nodes
for example foo[0, 1] ||= 2
traverses all nodes
for example a b(c(d)), 1 do end
traverses all nodes
for example ->(a; foo, bar) { }
traverses all nodes
for example next(foo)
traverses all nodes
for example foo * 1
traverses all nodes
for example alias $a $+
traverses all nodes
for example fun(*bar)
traverses all nodes
for example false ? raise {} : tap {}
traverses all nodes
for example foo::m += raise bar rescue nil
traverses all nodes
for example foo + 1
traverses all nodes
for example def BEGIN; end
traverses all nodes
for example false
traverses all nodes
for example fun(1)
traverses all nodes
for example foo = baz, *bar
traverses all nodes
for example a #
#
.foo
traverses all nodes
for example case foo; in 1.. then true; end
traverses all nodes
for example a b{c d}, 1.0i do end
traverses all nodes
for example def f o=1, *r, p, &b; end
traverses all nodes
for example case foo; in **a then true; end
traverses all nodes
for example case foo; in [x, *y, z] then true; end
traverses all nodes
for example @foo
traverses all nodes
for example 42.1i
traverses all nodes
for example %i[]
traverses all nodes
for example /(?<match>bar)/ =~ 'bar'; match
traverses all nodes
for example case foo; in ..2 then true; end
traverses all nodes
for example def f(foo:); end
traverses all nodes
for example fun (f bar)
traverses all nodes
for example yield foo
traverses all nodes
for example def String; end
traverses all nodes
for example a &&= 1
traverses all nodes
for example "#@a #@@a #$a"
traverses all nodes
for example @@var |= 10
traverses all nodes
for example (foo, bar) = 1, 2
traverses all nodes
for example a&.b = 1
traverses all nodes
for example %Q{#@1}
traverses all nodes
for example p <<~`E`
x
#{foo}
E
traverses all nodes
for example foo = *bar
traverses all nodes
for example a = b = raise :x
traverses all nodes
for example %Q{#@@1}
traverses all nodes
for example meth 1 do end::fun bar
traverses all nodes
for example f{ |a, *s, &b| }
traverses all nodes
for example f{ |foo: 1, &b| }
traverses all nodes
for example ::Foo
traverses all nodes
for example { 1 => 2 }
traverses all nodes
for example proc {_1 = nil}
traverses all nodes
for example ->{ }
traverses all nodes
for example m do _1 + _9 end
traverses all nodes
for example foo == 1
traverses all nodes
for example %W{a\
b}
traverses all nodes
for example f{ |;a| }
traverses all nodes
for example begin foo!; bar! end
traverses all nodes
for example def m; class << self; class C; end; end; end
traverses all nodes
for example foo
traverses all nodes
for example :"#@@1"
traverses all nodes
for example :"foo#{bar}baz"
traverses all nodes
for example p <<~E
E
traverses all nodes
for example return
traverses all nodes
for example -1.33
traverses all nodes
for example { 1 => 2, :foo => "bar" }
traverses all nodes
for example fun!
traverses all nodes
for example %W"#{1}"
traverses all nodes
for example self.A, foo = foo
traverses all nodes
for example Foo = 10
traverses all nodes
for example foo::C ||= raise(bar) rescue nil
traverses all nodes
for example next foo
traverses all nodes
for example if (a, b = foo); end
traverses all nodes
for example foo[0] += raise(bar) rescue nil
traverses all nodes
for example foo "#{(1+1).to_i}" do; end
traverses all nodes
for example def f a, o=1, &b; end
traverses all nodes
for example while class << self; a = tap do end; end; break; end
traverses all nodes
for example <<-'HERE'
#@@1
HERE
traverses all nodes
for example 42.1ri
traverses all nodes
for example f{ |a,| }
traverses all nodes
for example case foo; in [x, *, y] then true; end
traverses all nodes
for example not(foo)
traverses all nodes
for example a = b += raise :x
traverses all nodes
for example case foo; in A[x:] then true; end
traverses all nodes
for example -> { _1 + _9}
traverses all nodes
for example foo += m foo
traverses all nodes
for example __ENCODING__
traverses all nodes
for example %i[ #@1 ]
traverses all nodes
for example unless foo then bar; end
traverses all nodes
for example %Q{a\
b}
traverses all nodes
for example foo ? 1 : 2
traverses all nodes
for example case foo;
in {a:
}
true
; end
traverses all nodes
for example case foo; in ** then true; end
traverses all nodes
when a class defines on_arg
calls it for all arguments
for example unless foo; bar; end
traverses all nodes
for example foo[m bar]
traverses all nodes
for example @@var = 10
traverses all nodes
for example def f(foo=1, bar=2); end
traverses all nodes
for example <<HERE
foo
bar
HERE
traverses all nodes
for example a, *, c = bar
traverses all nodes
for example :foo
traverses all nodes
for example p <<~E
x
y
E
traverses all nodes
for example [/()\1/, ?#]
traverses all nodes
for example a b{c d}, 1.0 do end
traverses all nodes
for example f{ |*, &b| }
traverses all nodes
for example meth 1 do end::fun(bar)
traverses all nodes
for example true ? 1.tap do |n| p n end : 0
traverses all nodes
for example %I[#@1]
traverses all nodes
for example f{ |*s, &b| }
traverses all nodes
for example m "#{[]}"
traverses all nodes
for example lambda{|;a|a}
traverses all nodes
for example foo || (a, b = bar)
traverses all nodes
for example next fun foo do end
traverses all nodes
for example foo.a += 1
traverses all nodes
for example ->(scope) {}; scope
traverses all nodes
for example <<-E
1 \
2
3
E
traverses all nodes
for example f{ |*s| }
traverses all nodes
for example * = bar
traverses all nodes
for example def foo; end
traverses all nodes
for example case foo; in { a: 1, } then true; end
traverses all nodes
for example "#{1}"
traverses all nodes
for example a += b += raise :x
traverses all nodes
for example -> a: { }
traverses all nodes
for example f{ |o=1, p, &b| }
traverses all nodes
for example case foo; in x, *y, z then nil; end
traverses all nodes
for example case foo;
in a: {b:}, c:
p c
; end
traverses all nodes
for example foo / 1
traverses all nodes
for example $foo
traverses all nodes
for example a b{c(d)}, 1.0r do end
traverses all nodes
for example 42r
traverses all nodes
for example false ? raise do end : tap do end
traverses all nodes
for example a b(c d), 1 do end
traverses all nodes
for example %w[ #@1 ]
traverses all nodes
for example <<-'HERE'
a\
b
HERE
traverses all nodes
for example f{ |a, *, &b| }
traverses all nodes
for example foo > 1
traverses all nodes
for example p <<~E
x
\ y
E
traverses all nodes
for example case foo; in 1; end
traverses all nodes
for example def foo(...); bar(...); end
traverses all nodes
for example foo =~ 1
traverses all nodes
for example case foo; when 'bar'; bar; else baz; end
traverses all nodes
for example %w[ #@@1 ]
traverses all nodes
for example `#@@1`
traverses all nodes
for example begin meth end while foo
traverses all nodes
for example case foo; in [x, y,] then true; end
traverses all nodes
for example +foo
traverses all nodes
for example m = -> *args do end
traverses all nodes
for example def f a, o=1, p, &b; end
traverses all nodes
for example o = {
a:
1
}
traverses all nodes
for example ::A, foo = foo
traverses all nodes
for example a, *b, c = bar
traverses all nodes
for example case foo; in { a: 1 } then true; end
traverses all nodes
for example f{ |a, c| }
traverses all nodes
for example if foo then bar; else baz; end
traverses all nodes
for example def f a, &b; end
traverses all nodes
for example p :foo, {proc do end => proc do end, b: proc do end}
traverses all nodes
for example m def x(); end; 1.tap do end
traverses all nodes
for example def f ((a, a1)); end
traverses all nodes
for example f{ |foo:| }
traverses all nodes
for example m a + b do end
traverses all nodes
for example fun(foo, *bar, &baz)
traverses all nodes
for example *b = bar
traverses all nodes
for example 1...2
traverses all nodes
for example fun () {}
traverses all nodes
for example if (bar); foo; end
traverses all nodes
for example p <<~E
x
y
E
traverses all nodes
for example m [], 1 do end
traverses all nodes
for example f{ |a| }
traverses all nodes
for example p <<~E
x
y
E
traverses all nodes
for example def foo raise; raise A::B, ''; end
traverses all nodes
for example meth[] {}
traverses all nodes
for example a, *b = bar
traverses all nodes
for example foo, bar = 1, 2
traverses all nodes
for example case foo; in "#{ %q{a} }": 1 then true; end
traverses all nodes
for example tap (proc do end)
traverses all nodes
for example def a; @@var |= 10; end
traverses all nodes
for example def f(foo: 1); end
traverses all nodes
for example :"#@1"
traverses all nodes
for example %r{#@@1}
traverses all nodes
for example case foo; in x, y then nil; end
traverses all nodes
for example [1, 2]
traverses all nodes
for example def f ((a, *r)); end
traverses all nodes
for example def f a, o=1, *r, p, &b; end
traverses all nodes
for example case foo; in 1...2 then true; end
traverses all nodes
for example def f(*foo); end
traverses all nodes
for example case foo; when 'bar'; bar; end
traverses all nodes
for example case foo; in self then true; end
traverses all nodes
for example self::A, foo = foo
traverses all nodes
for example a ? b & '': nil
traverses all nodes
for example *b, c = bar
traverses all nodes
for example %I()
traverses all nodes
for example p -> { :hello }, a: 1 do end
traverses all nodes
for example -2 ** 10
traverses all nodes
for example module Foo; end
traverses all nodes
for example %s{#@@1}
traverses all nodes
for example fun
traverses all nodes
for example m [] do end
traverses all nodes
for example /#@1/
traverses all nodes
for example foo.C += raise(bar) rescue nil
traverses all nodes
RuboCop::AST::DstrNode
#value
with interpolation
is expected to eq "foo \#{bar} baz"
with implicit concatenation
is expected to eq "foo bar baz"
with a multiline string
is expected to eq "this is a multiline string"
Set#===
tests for inclusion
RuboCop::AST::EnsureNode
.new
is expected to be a kind of RuboCop::AST::EnsureNode
#body
is expected to be sym type
RuboCop::AST::WhenNode
#body
with a then keyword
is expected to be sym type
without a then keyword
is expected to be array type
.new
is expected to be a kind of RuboCop::AST::WhenNode
#conditions
with a single condition
is expected to eq 1
is expected to all be literal
with a multiple conditions
is expected to eq 3
is expected to all be literal
#branch_index
is expected to eq 2
is expected to eq 1
is expected to eq 0
#then?
without a then keyword
is expected not to be then
with a then keyword
is expected to be then
#each_condition
when passed a block
yields all the conditions
when not passed a block
is expected to be a kind of Enumerator
RuboCop::AST::YieldNode
#block_argument?
is expected not to be block argument
#arguments
with a single splat argument
is expected to eq 1
with a single literal argument
is expected to eq 1
with multiple mixed arguments
is expected to eq 2
with no arguments
is expected to be empty
with multiple literal arguments
is expected to eq 2
#predicate_method?
is expected not to be predicate method
#comparison_method?
is expected not to be comparison method
#bang_method?
is expected not to be bang method
#setter_method?
is expected not to be setter method
#implicit_call?
is expected not to be implicit call
#dot?
is expected not to be dot
#first_argument
with multiple literal arguments
is expected to be sym type
with no arguments
is expected to be nil
with multiple mixed arguments
is expected to be sym type
with a single literal argument
is expected to be sym type
with a single splat argument
is expected to be splat type
#last_argument
with no arguments
is expected to be nil
with multiple mixed arguments
is expected to be splat type
with multiple literal arguments
is expected to be sym type
with a single splat argument
is expected to be splat type
with a single literal argument
is expected to be sym type
#const_receiver?
is expected not to be const receiver
#arguments?
with no arguments
is expected not to be arguments
with a single literal argument
is expected to be arguments
with a single splat argument
is expected to be arguments
with multiple literal arguments
is expected to be arguments
with multiple mixed arguments
is expected to be arguments
#camel_case_method?
is expected not to be camel case method
#parenthesized?
with arguments
when not using parentheses
is expected not to be parenthesized
when using parentheses
is expected to be parenthesized
with no arguments
when using parentheses
is expected to be parenthesized
when not using parentheses
is expected not to be parenthesized
#block_node
is expected to be nil
#splat_argument?
with no arguments
is expected not to be splat argument
with regular arguments
is expected not to be splat argument
with mixed arguments
is expected to be splat argument
with a splat argument
is expected to be splat argument
#receiver
is expected to be nil
#self_receiver?
is expected not to be self receiver
#block_literal?
is expected not to be block literal
#macro?
is expected not to be macro
#assignment_method?
is expected not to be assignment method
.new
is expected to be a kind of RuboCop::AST::YieldNode
#method_name
is expected to eq :yield
#double_colon?
is expected not to be double colon
#command?
when argument is a string
is expected to be command "yield"
when argument is a symbol
is expected to be command :yield
#method?
when message does not match
when argument is a string
is expected not to be method "foo"
when argument is a symbol
is expected not to be method :foo
when message matches
when argument is a symbol
is expected to be method :yield
when argument is a string
is expected to be method "yield"
#operator_method?
is expected not to be operator method
RuboCop::AST::BlockNode
#delimiters
when enclosed in braces
is expected to eq ["{", "}"]
when enclosed in do-end keywords
is expected to eq ["do", "end"]
.new
is expected to be a kind of RuboCop::AST::BlockNode
#void_context?
when block method is each
is expected to be void context
when block method is not each
is expected not to be void context
when block method is tap
is expected to be void context
#opening_delimiter
when enclosed in braces
is expected to eq "{"
when enclosed in do-end keywords
is expected to eq "do"
#single_line?
when block is on several lines
is expected not to be single line
when block is on a single line
is expected to be single line
#braces?
when enclosed in do-end keywords
is expected not to be braces
when enclosed in braces
is expected to be braces
#closing_delimiter
when enclosed in do-end keywords
is expected to eq "end"
when enclosed in braces
is expected to eq "}"
#multiline?
when block is on a single line
is expected not to be multiline
when block is on several lines
is expected to be multiline
#arguments?
>= Ruby 2.7
using numbered parameters
is expected not to be arguments
with multiple mixed arguments
is expected to be arguments
with a single argument
is expected to be arguments
with destructuring arguments
is expected to be arguments
with no arguments
is expected not to be arguments
with a single splat argument
is expected to be arguments
#arguments
with a single literal argument
is expected to eq 1
with no arguments
is expected to be empty
with multiple mixed arguments
is expected to eq 2
with destructured arguments
is expected to eq 2
with a single splat argument
is expected to eq 1
>= Ruby 2.7
using numbered parameters
is expected to be empty
#receiver
with dot operator call
is expected to eq "foo"
with safe navigation operator call
is expected to eq "foo"
#argument_list
all argument types
is expected to eq [:a, :b, :c, :d, :e, :f, :g, :h, :i]
with no arguments
is expected to be empty
>= Ruby 2.7
using numbered parameters
with skipped params
is expected to eq [:_1, :_2, :_3, :_4, :_5, :_6, :_7]
with sequential params
is expected to eq [:_1, :_2]
#lambda?
when block belongs to a non-lambda method
is expected not to be lambda
when block belongs to a stabby lambda
is expected to be lambda
when block belongs to a method lambda
is expected to be lambda
#keywords?
when enclosed in do-end keywords
is expected to be keywords
when enclosed in braces
is expected not to be keywords
RuboCop::AST::Ext::Range
#line_span
accepts an `exclude_end` keyword argument
returns the range of lines a range occupies
RuboCop::AST::CaseMatchNode
when using Ruby 2.7 or newer
#in_pattern_branches
is expected to all be in pattern type
is expected to eq 3
#keyword
is expected to eq "case"
#each_in_pattern
when not passed a block
is expected to be a kind of Enumerator
when passed a block
yields all the conditions
.new
is expected to be a kind of RuboCop::AST::CaseMatchNode
#else?
with an else statement
is expected to be else
without an else statement
is expected not to be else
#branches
when there is an else
with empty else
returns all the bodies
with else body
returns all the bodies
when there is no else keyword
returns only then when bodies
#else_branch
#else?
without an else statement
is expected to be nil
with an empty else statement
is expected to be empty else type
with an else statement
is expected to be sym type
RuboCop::AST::CaseNode
#when_branches
is expected to all be when type
is expected to eq 3
#else?
without an else statement
is expected not to be else
with an else statement
is expected to be else
#keyword
is expected to eq "case"
#each_when
when not passed a block
is expected to be a kind of Enumerator
when passed a block
yields all the conditions
#branches
when there is no else keyword
returns only then when bodies
when compared to an IfNode
returns the same
when there is an else
returns all the bodies
with an empty else
returns all the bodies
.new
is expected to be a kind of RuboCop::AST::CaseNode
#else_branch
#else?
with an empty else statement
is expected to be nil
without an else statement
is expected to be nil
with an else statement
is expected to be sym type
RuboCop::AST::NodePattern::Parser
sequences
parses unions of literals as a set
parses capture vs repetition with correct priority
expands ... in sequence head deep inside unions
parses function calls
parses simple sequences properly
generates specialized nodes
RuboCop::AST::StrNode
#character_literal?
with a character literal
is expected to be character literal
with a normal string literal
is expected not to be character literal
with a heredoc
is expected not to be character literal
#heredoc?
with a normal string
is expected not to be heredoc
with a heredoc
is expected to be heredoc
with a string with interpolation
is expected not to be heredoc
.new
with a heredoc
is expected to be a kind of RuboCop::AST::StrNode
with a normal string
is expected to be a kind of RuboCop::AST::StrNode
with a string with interpolation
is expected to be a kind of RuboCop::AST::StrNode
RuboCop::AST::NodePattern
unions
with a nested sequence
is expected to match code s(:const, nil, :Const) and :method
at the top level
containing integer literals
is expected to match code s(:int, 10) and :abs
containing string literals
is expected to match code s(:str, "a") and :upcase
containing mixed node and literals
is expected to match code nil and :obj
containing multiple []
on a node which meets all requirements of the second []
is expected to match code 2.4
on a node which meets some requirements but not all
behaves like nonmatching
doesn't match
on a node which meets all requirements of the first []
is expected to match code 3
containing symbol literals
when the AST has a matching symbol
is expected to match code s(:send, nil, :obj) and :b
when the AST does not have a matching symbol
behaves like nonmatching
doesn't match
variadic
multiple
works for complex cases
with fixed terms
works for cases with fixed arity before and after union
works for cases with variadic terms before and after union
works for cases with variadic terms after union
with variadic terms
works for cases with variadic terms after union
works for cases with variadic terms before and after union
works for cases with fixed arity before and after union
nested inside a sequence
is expected to match code s(:const, nil, :Const) and :method
sequence with trailing ...
on a node with a different type
behaves like nonmatching
doesn't match
on a node with fewer children, with a wildcard preceding
behaves like nonmatching
doesn't match
on a node with the same type and more children
with 1 child more
is expected to match code s(:int, 1), :blah, and s(:int, 1)
with 2 children more
is expected to match code s(:int, 1), :blah, s(:int, 1), and s(:sym, :something)
on a node with non-matching children
behaves like nonmatching
doesn't match
on a node with the same type and fewer children
behaves like nonmatching
doesn't match
on a node with the same type and exact number of children
is expected to match code s(:int, 1) and :blah
simple sequence
on a node with the same type and matching children
is expected to match code s(:int, 1), :+, and s(:int, 1)
on a node with too many children
behaves like nonmatching
doesn't match
with a nested sequence in non-head position
is expected to match code s(:send,
s(:send, nil, :obj), :a) and :b
on a node with a different type
behaves like nonmatching
doesn't match
on a node with the same type and non-matching children
with non-matching receiver type
behaves like nonmatching
doesn't match
with non-matching selector
behaves like nonmatching
doesn't match
with a nested sequence in head position
behaves like invalid
is invalid
funcalls
without extra arguments
is expected to match code :a and s(:int, 1)
with multiple arguments
is expected to match code s(:str, "c"), "a", and "d"
with one argument
is expected to match code s(:str, "foo") and "foo"
bare node type
#pattern
returns the pattern
on a node with the same type
is expected to match code s(:send, nil, :obj) and :method
marshal compatibility
is expected to match code s(:send, nil, :obj) and :method
on a node with a different type
behaves like nonmatching
doesn't match
#dup
is expected to match code s(:send, nil, :obj) and :method
#to_s
is instructive
on a node with a matching, hyphenated type
is expected to match code s(:lvasgn, :a), :+, and s(:int, 1)
yaml compatibility
is expected to match code s(:send, nil, :obj) and :method
#==
returns true iff the patterns are similar
descend
with an immediate match
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
with a literal match
is expected to match code s(:int, 1) and s(:array,
s(:array,
s(:int, 2),
s(:int, 3),
s(:array,
s(:array,
s(:int, 5)))),
s(:int, 4))
nested
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
without match
behaves like nonmatching
doesn't match
with a match multiple levels, depth first
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
regexp
matches symbols or strings
in any order
with an ellipsis
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
without ellipsis
with matching children
behaves like multiple capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
with too many children
behaves like nonmatching
doesn't match
with too few children
behaves like nonmatching
doesn't match
invalid
nested
behaves like invalid
is invalid
doubled with ellipsis in wrong order
behaves like nonmatching
doesn't match
at the beginning of a sequence
behaves like invalid
is invalid
doubled with ellipsis
behaves like multiple capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
containing ellipsis not at the end
behaves like invalid
is invalid
with an ellipsis inside and outside
behaves like multiple capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
doubled
separated by fixed argument
behaves like multiple capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
separated by an ellipsis
behaves like multiple capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
captured
without ellipsis
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
with a captured ellipsis
nested
behaves like multiple capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
matching all children
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
matching non sequential children
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
captures on ...
after a child
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
with a remaining wildcard at the end
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
with a remaining [] at the end
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
with a remaining literal at the end
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
with no remaining pattern at the end
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
with a remaining set at the end
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
with remaining patterns at the end
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
with a remaining node type at the end
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
at the very beginning of a sequence
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
with a remaining sequence at the end
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
with a remaining capture at the end
behaves like multiple capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
node type
in seq head
on a child with a different type
behaves like nonmatching
doesn't match
on a node with the same type
is expected to match code s(:ivar, :@ivar), :+, and s(:int, 2)
for a child
on a child litteral
behaves like nonmatching
doesn't match
on a child with a different type
behaves like nonmatching
doesn't match
on a child with the same type
is expected to match code s(:send, nil, :foo) and :bar
captures which also perform a match
on a sequence
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
when nested
behaves like multiple capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
on a node type
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
on a set
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
on []
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
on a literal
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
ellipsis
with a wildcard at the end, but no remaining child to match it
behaves like nonmatching
doesn't match
preceding multiple captures
behaves like multiple capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
with a set at the end, but no remaining child to match it
behaves like nonmatching
doesn't match
preceding a capture
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
with [] at the end, but no remaining child to match it
behaves like nonmatching
doesn't match
at the very beginning of a sequence
is expected to match code s(:int, 10), :*, and s(:int, 1)
with a nodetype at the end, but no remaining child to match it
behaves like nonmatching
doesn't match
with a nested sequence at the end, but no remaining child
behaves like nonmatching
doesn't match
caret (ascend)
within sequence
in head
is expected to match code 1
of a sequence
is expected to match code 1
not in head
is expected to match code s(:int, 1) and :inc
of a sequence
is expected to match code s(:int, 1) and :inc
repeated twice
is expected to match code 1
used with a node type
which matches
is expected to match code 1
which doesn't match
behaves like nonmatching
doesn't match
using unification to match self within parent
with self in the right position
is expected to match code 2
with self in the wrong position
behaves like nonmatching
doesn't match
inside a union
is expected to match code "abc"
inside an intersection
is expected to match code 1
predicates
with multiple arguments
for which the predicate is true
is expected to match code s(:str, "c"), "a", and "d"
for which the predicate is false
behaves like nonmatching
doesn't match
when captured
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
at head position of a sequence
is expected to match code s(:int, 1) and :inc
when negated
is expected to match code s(:int, 1) and :inc
applied to an integer for which the predicate is false
behaves like nonmatching
doesn't match
in root position
is expected to match code s(:int, 1) and :inc
with name containing a numeral
is expected to match code s(:int, 1) and :inc
with a constant argument
for which the predicate is false
behaves like nonmatching
doesn't match
for which the predicate is true
is expected to match code s(:int, 1), :+, and s(:int, 2)
when in last-child position, but all children have already been matched
behaves like nonmatching
doesn't match
with a named argument
when not given
raises an error
for which the predicate is true
is expected to match code s(:send,
s(:int, 1), :+,
s(:int, 2)) and {:param=>1}
with extra arguments
raises an error
for which the predicate is false
behaves like nonmatching
doesn't match
applied to an integer for which the predicate is true
is expected to match code s(:int, 1) and :inc
with an expression argument
for which the predicate is false
behaves like nonmatching
doesn't match
for which the predicate is true
is expected to match code s(:int, 2), :+, and s(:float, 2.0)
with one extra argument
for which the predicate is true
is expected to match code s(:send,
s(:int, 1), :+,
s(:int, 2)) and 1
for which the predicate is false
behaves like nonmatching
doesn't match
.descend
yields the given argument if it is not a Node
yields all children depth first
literals
double quoted string literals
is expected to match code "foo"
single quoted string literals
is expected to match code "foo"
negative float literals
is expected to match code -2.5
positive float literals
is expected to match code 1.0
negative integer literals
is expected to match code -100
bare literal
on a node
behaves like nonmatching
doesn't match
on a matching literal
is expected to match code :bar
symbol literals
is expected to match code :foo
captures on a wildcard
in head position in a sequence against literal (bug #5470)
behaves like nonmatching
doesn't match
nested in any child
behaves like multiple capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
in a nested sequence
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
in head position in a sequence
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
in non-head position in a sequence
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
at the root level
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
in head position in a sequence against nil (bug #5470)
behaves like nonmatching
doesn't match
commas
with commas randomly strewn around
behaves like invalid
is invalid
bad syntax
with unmatched opening paren and `...`
behaves like invalid
is invalid
with unmatched closing paren
behaves like invalid
is invalid
with empty parentheses
behaves like invalid
is invalid
with negated closing paren
behaves like invalid
is invalid
with unmatched closing curly
behaves like invalid
is invalid
with leading comma in arg list
behaves like invalid
is invalid
with doubled comma in arg list
behaves like invalid
is invalid
with empty intersection
behaves like invalid
is invalid
with unmatched opening paren
behaves like invalid
is invalid
with negated ellipsis
behaves like invalid
is invalid
with unsupported subsequence in seq head within union
behaves like invalid
is invalid
with variadic unions where not supported
behaves like invalid
is invalid
with empty union subsequence in seq head
behaves like invalid
is invalid
with empty union
behaves like invalid
is invalid
with negated closing curly
behaves like invalid
is invalid
with doubled ellipsis
is expected to match code "foo"
with unmatched opening curly
behaves like invalid
is invalid
comments
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
macros
with a pattern with captures
def_node_matcher
when called on matching code
is expected to eq :hello
when it errors
raises an error with the right location
when called on non-matching code
behaves like nonmatching
doesn't match
def_node_search
with a predicate name
when called on matching code
is expected to match code nil, :foo, s(:sym, :hello), and s(:sym, :world)
when called on non-matching code
behaves like nonmatching
doesn't match
when it errors
raises an error with the right location
without a predicate name
when called on non-matching code
returns an enumerator yielding nothing
when called on matching code
returns an enumerator yielding the captures
when the pattern contains keyword_params
returns an enumerator yielding the captures
when helper is called with default keyword_params
is overridden when calling the matcher
and no value is given to the matcher
uses the defaults
some defaults are not params
raises an error
when it errors
raises an error with the right location
with a pattern with a namespaced call
is expected to match code :hello
when the value is not in the set
behaves like nonmatching
doesn't match
with a pattern with a constant
is expected to match code :hello
when the value is not in the set
behaves like nonmatching
doesn't match
with a pattern without captures
def_node_search
returns the method name
with a predicate name
when called on matching code
is expected to match code nil, :foo, s(:sym, :hello), and s(:sym, :world)
when it errors
raises an error with the right location
when called on non-matching code
behaves like nonmatching
doesn't match
without a predicate name
when called on matching code
returns an enumerator yielding the matches
when called on non-matching code
returns an enumerator yielding nothing
when it errors
raises an error with the right location
def_node_matcher
returns the method name
when called on non-matching code
behaves like nonmatching
doesn't match
when it errors
raises an error with the right location
when called on matching code
is expected to match code :hello
params
as named parameters
when extra are provided
raises an ArgumentError
when provided as argument to match
is expected to match code s(:int, 10) and {:foo=>#<Object:0xf47674d4>}
when not provided
raises an ArgumentError
when negated, with a nonmatching value
is expected to match code s(:const,
s(:const, nil, :Namespace), :B) and :A
without explicit number
is expected to match code s(:const,
s(:const, nil, :Namespace), :A), :A, and s(:const, nil, :Namespace)
when preceded by ...
is expected to match code s(:send,
s(:int, 1), :+,
s(:int, 10)) and s(:int, 10)
param number zero
in a position which does not match original target node
behaves like nonmatching
doesn't match
in a position which matches original target node
is expected to match code 1
when captured
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
when preceded by $...
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
when inside a union, with a matching value
is expected to match code s(:int, 10) and 10
when inside an intersection
is expected to match code s(:int, 20), 10, and 20
in a nested sequence
is expected to match code s(:send,
s(:send,
s(:int, 5), :dec), :inc), :inc, and :dec
in root position
is expected to match code s(:int, 10) and s(:int, 10)
in root position
is expected to match code s(:int, 10) and #<Object:0xf4632848>
when inside a union, with a nonmatching value
behaves like nonmatching
doesn't match
when negated, with a matching value
behaves like nonmatching
doesn't match
captures within union
within nested sequences
behaves like multiple capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
with a different number of captures in each branch
behaves like invalid
is invalid
with complex nesting
behaves like multiple capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
on simple subpatterns
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
nil
against a node pattern (bug #5470)
behaves like nonmatching
doesn't match
nil value in AST
behaves like nonmatching
doesn't match
nil literals
is expected to match code
nil value in AST, use nil? method
is expected to match code nil and :foo
repeated
using *
nested with multiple subcaptures
behaves like multiple capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
without capture
is expected to match code s(:sym, :hello), s(:int, 1), s(:int, 2), and s(:int, 3)
with multiple subcaptures
behaves like multiple capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
with zero match
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
behaves like repeated pattern
with one match
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
with an ellipsis in the same sequence
is expected to match code "[:hello, 1, 2, 3]"
at beginning of sequence
behaves like invalid
is invalid
with matching children
behaves like single capture
yields captured value(s) and returns true if there is a block
returns captured values if there is no block
with no match
behaves like nonmatching
doesn't match
using ?
behaves like repeated pattern
with an ellipsis in the same sequence
is expected to match code "[:hello, 1, 2, 3]"
with one match
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
at beginning of sequence
behaves like invalid
is invalid
with too many matching children
behaves like nonmatching
doesn't match
with zero match
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
using +
with matching children
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
behaves like repeated pattern
at beginning of sequence
behaves like invalid
is invalid
with one match
behaves like single capture
returns captured values if there is no block
yields captured value(s) and returns true if there is a block
with an ellipsis in the same sequence
is expected to match code "[:hello, 1, 2, 3]"
with zero match
behaves like nonmatching
doesn't match
wildcards
named wildcards
within a sequence
with values which cannot be unified
behaves like nonmatching
doesn't match
unifying the node type with an argument
is expected to match code s(:send, nil, :obj) and :send
with values which can be unified
is expected to match code s(:int, 5), :+, and s(:int, 5)
within a sequence with other patterns intervening
is expected to match code :@abc and s(:int, 22)
at the root level
is expected to match code s(:sclass,
s(:self),
s(:def, :something,
s(:args),
s(:int, 1))) and :freeze
within a union
confined to the union
without unification
is expected to match code s(:int, 2) and s(:int, 1)
with partial unification
that can not be unified
behaves like nonmatching
doesn't match
matching the free branch
is expected to match code s(:int, 2) and s(:int, 1)
matching the unified branch
is expected to match code s(:int, 5) and s(:int, 5)
with a succeeding unifying constraint
with branches without the wildcard
encountered first
behaves like invalid
is invalid
encountered after
behaves like invalid
is invalid
with all branches with the wildcard
that can not be unified
behaves like nonmatching
doesn't match
matching the first branch
is expected to match code s(:array,
s(:int, 1),
s(:int, 2)) and s(:int, 2)
matching another branch
is expected to match code s(:array,
s(:int, 2),
s(:int, 1)) and s(:int, 2)
with a preceding unifying constraint
matching a branch
is expected to match code s(:int, 2) and s(:array,
s(:int, 2),
s(:int, 1))
that can not be unified
behaves like nonmatching
doesn't match
in head position of a sequence
is expected to match code s(:int, 1), :+, and s(:send, nil, :a)
unnamed wildcards
at the root level
is expected to match code s(:sclass,
s(:self),
s(:def, :something,
s(:args),
s(:int, 1))) and :freeze
within a sequence with other patterns intervening
is expected to match code :@abc and s(:int, 22)
negated
behaves like nonmatching
doesn't match
in head position of a sequence
is expected to match code s(:int, 1), :+, and s(:send, nil, :a)
within a sequence
is expected to match code nil and :Const
negation
on a string
with a non-matching symbol
is expected to match code s(:str, "bar") and :upcase
with a matching string
behaves like nonmatching
doesn't match
on square brackets
with a node which meets only 1 requirement of []
is expected to match code 1
with a node which meets all requirements of []
behaves like nonmatching
doesn't match
when nested in complex ways
with (send int :- int)
is expected to match code s(:int, 1), :-, and s(:int, 1)
with (send str :+ (send str :to_i))
is expected to match code s(:str, "abc"), :+, and s(:send,
s(:str, "1"), :to_i)
with (send str :<< str)
behaves like nonmatching
doesn't match
on a sequence
with a matching node
behaves like nonmatching
doesn't match
with a node with non-matching children
is expected to match code :@b and s(:int, 1)
with a node of different type
is expected to match code :@@a and s(:int, 1)
on a symbol
with a non-matching symbol
is expected to match code s(:send, nil, :obj) and :xyz
with a non-matching symbol, but too many children
behaves like nonmatching
doesn't match
with a matching symbol
behaves like nonmatching
doesn't match
on a set
with a matching value
behaves like nonmatching
doesn't match
with a non-matching value
is expected to match code :@a and s(:int, 3)
RuboCop::AST::FloatNode
.new
is expected to be a kind of RuboCop::AST::FloatNode
#value
is expected to eq 1.5
#sign?
explicit positive float
is expected to be sign
explicit negative float
is expected to be sign
RuboCop::AST::OpAsgnNode
#operator
with |=
is expected to eq :|
with /=
is expected to eq :/
with &=
is expected to eq :&
with +=
is expected to eq :+
with -=
is expected to eq :-
with *=
is expected to eq :*
with %=
is expected to eq :%
with **=
is expected to eq :**
#assignment_node
is expected to be a kind of RuboCop::AST::AsgnNode
#name
is expected to eq :var
.new
with an `op_asgn_node` node
is expected to be a kind of RuboCop::AST::OpAsgnNode
#expression
is expected to eq s(:send, nil, :value)
RuboCop::AST::DefNode
#receiver
with a singleton method definition
is expected to be const type
with a class method definition
is expected to be self type
with an instance method definition
is expected to be nil
#comparison_method?
with a regular method
is expected not to be comparison method
with a comparison method
is expected to be comparison method
#block_argument?
with mixed arguments
is expected to be block argument
with a block argument
is expected to be block argument
with regular arguments
is expected not to be block argument
with no arguments
is expected not to be block argument
#assignment_method?
with a comparison method
is expected not to be assignment method
with a regular method
is expected not to be assignment method
with a bracket assignment method
is expected to be assignment method
with an assignment method
is expected to be assignment method
#operator_method?
with a unary operator method
is expected to be operator method
with a binary operator method
is expected to be operator method
with a setter method
is expected not to be operator method
with a regular method
is expected not to be operator method
#last_argument
with a single rest argument
is expected to be restarg type
with multiple mixed arguments
is expected to be restarg type
with a single regular argument
is expected to be arg type
with a single keyword argument
is expected to be kwoptarg type
with multiple regular arguments
is expected to be arg type
with no arguments
is expected to be nil
#method?
when message matches
when argument is a string
is expected to be method "bar"
when argument is a symbol
is expected to be method :bar
when message does not match
when argument is a symbol
is expected not to be method :foo
when argument is a string
is expected not to be method "foo"
#self_receiver?
with a singleton method definition
is expected not to be self receiver
with an instance method definition
is expected not to be self receiver
with a class method definition
is expected to be self receiver
#camel_case_method?
with a camel case method
is expected to be camel case method
with a regular method
is expected not to be camel case method
#body
with a multi-expression body
is expected to be begin type
with no body
is expected to be nil
with a single expression body
is expected to be send type
#predicate_method?
with a bang method
is expected not to be predicate method
with a predicate method
is expected to be predicate method
with a regular method
is expected not to be predicate method
#arguments
with a single rest argument
is expected to eq 1
with no arguments
is expected to be empty
with multiple mixed arguments
is expected to eq 2
with argument forwarding
is expected to eq 1
with multiple regular arguments
is expected to eq 2
with a single regular argument
is expected to eq 1
#const_receiver?
with an instance method definition
is expected not to be const receiver
with a singleton method definition
is expected to be const receiver
with a class method definition
is expected not to be const receiver
#void_context?
with a comparison method
is expected not to be void context
with a regular assignment method
is expected to be void context
with an initializer method
is expected to be void context
with a regular method
is expected not to be void context
with a bracket assignment method
is expected to be void context
#first_argument
with no arguments
is expected to be nil
with a single keyword argument
is expected to be kwoptarg type
with a single rest argument
is expected to be restarg type
with multiple regular arguments
is expected to be arg type
with a single regular argument
is expected to be arg type
with multiple mixed arguments
is expected to be arg type
#method_name
with a plain method
is expected to eq :foo
with a setter method
is expected to eq :foo=
with a unary method
is expected to eq :-@
with an operator method
is expected to eq :==
#rest_argument?
with no arguments
is expected not to be rest argument
with regular arguments
is expected not to be rest argument
with a rest argument
is expected to be rest argument
with mixed arguments
is expected to be rest argument
when using Ruby 2.7 or newer
#argument_forwarding?
is expected to be argument forwarding
.new
with a def node
is expected to be a kind of RuboCop::AST::DefNode
with a defs node
is expected to be a kind of RuboCop::AST::DefNode
#bang_method?
with a bang method
is expected to be bang method
with a regular method
is expected not to be bang method
with a predicate method
is expected not to be bang method
#endless?
with endless method definition
is expected to be endless
with standard method definition
is expected not to be endless
#arguments?
with a single rest argument
is expected to be arguments
with no arguments
is expected not to be arguments
with multiple mixed arguments
is expected to be arguments
with a single keyword argument
is expected to be arguments
with multiple regular arguments
is expected to be arguments
with a single regular argument
is expected to be arguments
RuboCop::AST::KeywordSplatNode
#colon?
is expected not to be colon
#hash_rocket?
is expected not to be hash rocket
#value
is expected to eq s(:kwsplat,
s(:send, nil, :foo))
#key_delta
with alignment set to :left
when using colon delimiters
when keyword splat is on the same line
is expected to eq 0
when keyword splat is ahead
is expected to eq 2
when keyword splat is behind
is expected to eq -2
when keyword splat is aligned
is expected to eq 0
when using hash rocket delimiters
when keyword splat is on the same line
is expected to eq 0
when keyword splat is aligned
is expected to eq 0
when keyword splat is behind
is expected to eq -2
when keyword splat is ahead
is expected to eq 2
with alignment set to :right
when using colon delimiters
when keyword splat is ahead
is expected to eq 0
when keyword splat is on the same line
is expected to eq 0
when keyword splat is behind
is expected to eq 0
when keyword splat is aligned
is expected to eq 0
when using hash rocket delimiters
when keyword splat is on the same line
is expected to eq 0
when keyword splat is ahead
is expected to eq 0
when keyword splat is behind
is expected to eq 0
when keyword splat is aligned
is expected to eq 0
#value_delta
when using hash rocket delimiters
when keyword splat is left aligned
is expected to eq 0
when keyword splat is on the same line
is expected to eq 0
when keyword splat is behind
is expected to eq 0
when keyword splat is ahead
is expected to eq 0
when using colon delimiters
when keyword splat is ahead
is expected to eq 0
when keyword splat is left aligned
is expected to eq 0
when keyword splat is on the same line
is expected to eq 0
when keyword splat is behind
is expected to eq 0
.new
is expected to be a kind of RuboCop::AST::KeywordSplatNode
#key
is expected to eq s(:kwsplat,
s(:send, nil, :foo))
#operator
is expected to eq "**"
#same_line?
when a multiline pair shares the same line
is expected to be same line s(:kwsplat,
s(:send, nil, :foo))
is expected to be same line s(:pair,
s(:sym, :a),
s(:begin))
when both pairs are on the same line
is expected to be same line s(:kwsplat,
s(:send, nil, :foo))
when pairs are on separate lines
is expected not to be same line s(:kwsplat,
s(:send, nil, :foo))
RuboCop::AST::AsgnNode
.new
with a `cvasgn` node
is expected to be a kind of RuboCop::AST::AsgnNode
with a `lvasgn` node
is expected to be a kind of RuboCop::AST::AsgnNode
with a `ivasgn` node
is expected to be a kind of RuboCop::AST::AsgnNode
with a `gvasgn` node
is expected to be a kind of RuboCop::AST::AsgnNode
#name
with a `gvasgn` node
is expected to eq :$var
with a `ivasgn` node
is expected to eq :@var
with a `lvasgn` node
is expected to eq :var
with a `cvasgn` node
is expected to eq :@@var
#expression
with a `gvasgn` node
is expected to eq s(:send, nil, :value)
with a `cvasgn` node
is expected to eq s(:send, nil, :value)
with a `ivasgn` node
is expected to eq s(:send, nil, :value)
with a `lvasgn` node
is expected to eq s(:send, nil, :value)
RuboCop::AST::ArrayNode
#percent_literal?
with a symbol percent literal
is expected to be percent literal :symbol
is expected not to be percent literal :string
is expected to be percent literal
with square brackets
is expected not to be percent literal
is expected not to be percent literal :string
is expected not to be percent literal :symbol
with a string percent literal
is expected to be percent literal :string
is expected to be percent literal
is expected not to be percent literal :symbol
#square_brackets?
with square brackets
is expected to be square brackets
with a percent literal
is expected not to be square brackets
.new
is expected to be a kind of RuboCop::AST::ArrayNode
#bracketed?
with a percent literal
is expected to be bracketed
with square brackets
is expected to be bracketed
unbracketed
is expected to be nil
#each_value
without block
is expected to be a kind of Enumerator
with block
is expected to eq ["(int 1)", "(int 2)", "(int 3)"]
is expected to be a kind of RuboCop::AST::ArrayNode
#values
with an array of variables
is expected to eq 2
is expected to all be send type
with an empty array
is expected to be empty
with an array of literals
is expected to all be literal
is expected to eq 3
RuboCop::AST::AndNode
#operator
with a logical and node
is expected to eq "&&"
with a semantic and node
is expected to eq "and"
#semantic_operator?
with a semantic and node
is expected to be semantic operator
with a logical and node
is expected not to be semantic operator
#logical_operator?
with a semantic and node
is expected not to be logical operator
with a logical and node
is expected to be logical operator
#alternate_operator
with a logical and node
is expected to eq "and"
with a semantic and node
is expected to eq "&&"
#lhs
with a semantic and node
is expected to be sym type
with a logical and node
is expected to be sym type
#rhs
with a semantic and node
is expected to be int type
with a logical and node
is expected to be int type
#inverse_operator
with a semantic and node
is expected to eq "or"
with a logical and node
is expected to eq "||"
.new
with a logical and node
is expected to be a kind of RuboCop::AST::AndNode
with a semantic and node
is expected to be a kind of RuboCop::AST::AndNode
RuboCop::AST::LambdaNode
#receiver
is expected to be nil
#method_name
is expected to eq :lambda
#arguments
is expected to eq 2
RuboCop::AST::RescueNode
#branches
when there is an else
returns all the bodies
with an empty else
returns all the bodies
when there is no else keyword
returns only then rescue bodies
#else?
with an else statement
is expected to be else
without an else statement
is expected not to be else
.new
is expected to be a kind of RuboCop::AST::RescueNode
#resbody_branches
is expected to all be resbody type
is expected to eq 2
#else_branch
without an else statement
is expected to be nil
with an else statement
is expected to be send type
#body
is expected to be send type
RuboCop::AST::NodePattern::Lexer
provides tokens via next_token
when given arithmetic symbols
is parsed as `:&`
when given a regexp /test/
round trips
when given node types and constants
distinguishes them
when given a regexp /back\\slash/
round trips
when given a regexp /[abc]+\/()?/x
round trips
when given a regexp ending with a backslash
does not lexes it properly
with $type+
is parsed as `$ int + x`
RuboCop::AST::SelfClassNode
#body
with an empty body
is expected to be nil
with a multi-expression body
is expected to be begin type
with a single expression body
is expected to be send type
#identifier
is expected to be self type
.new
is expected to be a kind of RuboCop::AST::SelfClassNode
RuboCop::AST::ArgsNode
#argument_list
is expected to eq [s(:arg, :a), s(:optarg, :b,
s(:int, 42)), s(:arg, :c), s(:restarg, :d), s(:kwarg, :e), s(:kwoptarg, :f,
s(:int, 42)), s(:kwrestarg, :g), s(:blockarg, :h), s(:shadowarg, :i)]
when using Ruby 2.7 or newer
with argument forwarding
is expected to eq [s(:forward_arg)]
.new
with a method definition
is expected to be a kind of RuboCop::AST::ArgsNode
with a block
is expected to be a kind of RuboCop::AST::ArgsNode
with a lambda literal
is expected to be a kind of RuboCop::AST::ArgsNode
#empty_and_without_delimiters?
with arguments
with a lambda literal
is expected to equal false
with a method definition
is expected to equal false
with empty arguments
with a block
is expected to equal true
with a lambda literal
is expected to equal true
with a method definition
is expected to equal true
with delimiters
with a lambda literal
is expected to equal false
with a method definition
is expected to equal false
with a block
is expected to equal false
RuboCop::AST::SuperNode
#bang_method?
is expected not to be bang method
#block_argument?
with a block argument
is expected to be block argument
with regular arguments
is expected not to be block argument
with no arguments
is expected not to be block argument
with mixed arguments
is expected to be block argument
#last_argument
with a single literal argument
is expected to be sym type
with no arguments
is expected to be nil
with multiple mixed arguments
is expected to be splat type
with multiple literal arguments
is expected to be sym type
with a single splat argument
is expected to be splat type
#camel_case_method?
is expected not to be camel case method
#comparison_method?
is expected not to be comparison method
.new
with a super node
is expected to be a kind of RuboCop::AST::SuperNode
with a zsuper node
is expected to be a kind of RuboCop::AST::SuperNode
#method?
when message matches
when argument is a string
is expected to be method "super"
when argument is a symbol
is expected to be method :super
when message does not match
when argument is a string
is expected not to be method "foo"
when argument is a symbol
is expected not to be method :foo
#arguments?
with no arguments
is expected not to be arguments
with a single splat argument
is expected to be arguments
with multiple literal arguments
is expected to be arguments
with multiple mixed arguments
is expected to be arguments
with a single literal argument
is expected to be arguments
#macro?
is expected not to be macro
#receiver
is expected to be nil
#arguments
with multiple mixed arguments
is expected to eq 2
with a single literal argument
is expected to eq 1
with no arguments
is expected to be empty
with a single splat argument
is expected to eq 1
with multiple literal arguments
is expected to eq 2
#block_literal?
with a block literal
is expected to be block literal
with no block
is expected not to be block literal
with a block argument
is expected not to be block literal
#dot?
is expected not to be dot
#block_node
with a block literal
is expected to be block type
with no block
is expected to be nil
with a block argument
is expected to be nil
#operator_method?
is expected not to be operator method
#setter_method?
is expected not to be setter method
#first_argument
with no arguments
is expected to be nil
with a single literal argument
is expected to be sym type
with multiple mixed arguments
is expected to be sym type
with a single splat argument
is expected to be splat type
with multiple literal arguments
is expected to be sym type
#assignment_method?
is expected not to be assignment method
#implicit_call?
is expected not to be implicit call
#const_receiver?
is expected not to be const receiver
#command?
when argument is a string
is expected to be command "super"
when argument is a symbol
is expected to be command :super
#method_name
is expected to eq :super
#self_receiver?
is expected not to be self receiver
#predicate_method?
is expected not to be predicate method
#parenthesized?
with no arguments
when using parentheses
is expected to be parenthesized
when not using parentheses
is expected not to be parenthesized
with arguments
when not using parentheses
is expected not to be parenthesized
when using parentheses
is expected to be parenthesized
#splat_argument?
with mixed arguments
is expected to be splat argument
with regular arguments
is expected not to be splat argument
with no arguments
is expected not to be splat argument
with a splat argument
is expected to be splat argument
#double_colon?
is expected not to be double colon
RuboCop::AST::RangeNode
.new
with a beignless range
is expected to be range type
is expected to be a kind of RuboCop::AST::RangeNode
with an exclusive range
is expected to be range type
is expected to be a kind of RuboCop::AST::RangeNode
with an inclusive range
is expected to be range type
is expected to be a kind of RuboCop::AST::RangeNode
with an infinite range
is expected to be range type
is expected to be a kind of RuboCop::AST::RangeNode
RuboCop::AST::DefinedNode
#arguments
is expected to eq 1
is expected to all be sym type
#method_name
is expected to eq :defined?
.new
with a defined? node
is expected to be a kind of RuboCop::AST::DefinedNode
#receiver
is expected to be nil
RuboCop::AST::HashNode
#empty?
with a hash containing pairs
is expected not to be empty
with a hash containing a keyword splat
is expected not to be empty
with an empty hash
is expected to be empty
#keys
with an empty hash
is expected to be empty
with a hash with symbol keys
is expected to eq 3
is expected to all be sym type
with a hash with string keys
is expected to eq 2
is expected to all be str type
.new
is expected to be a kind of RuboCop::AST::HashNode
#each_key
when not passed a block
is expected to be a kind of Enumerator
when passed a block
yields all the pairs
#values
with an empty hash
is expected to be empty
with a hash with literal values
is expected to all be literal
is expected to eq 3
with a hash with string keys
is expected to all be send type
is expected to eq 2
#each_value
when not passed a block
is expected to be a kind of Enumerator
when passed a block
yields all the pairs
#braces?
as an argument with braces
is expected to be braces
as an argument with no braces
is expected not to be braces
with braces
is expected to be braces
#mixed_delimiters?
when pairs are using different delimiters
is expected to be mixed delimiters
when all pairs are using a colon delimiter
is expected not to be mixed delimiters
when all pairs are using a hash rocket delimiter
is expected not to be mixed delimiters
#each_pair
when passed a block
yields all the pairs
when not passed a block
is expected to be a kind of Enumerator
#pairs_on_same_line?
with no pairs on the same line
is expected not to be pairs on same line
with all pairs on the same line
is expected to be pairs on same line
with some pairs on the same line
is expected to be pairs on same line
#pairs
with a hash of literals
is expected to all be pair type
is expected to eq 3
with an empty hash
is expected to be empty
with a hash of variables
is expected to all be pair type
is expected to eq 2
RuboCop::AST::ForwardArgsNode
when using Ruby 2.7 or newer
#to_a
is expected to contain exactly (be forward arg type)
RuboCop::AST::Token
type predicates
#equals_sign?
returns false for non equals sign tokens
returns true for equals sign tokens
#left_ref_bracket?
returns true for left_ref_bracket tokens
returns false for non left_ref_bracket tokens
#left_bracket?
returns false for non left_bracket tokens
returns true for all left_bracket tokens
#new_line?
returns false for non new line tokens
returns true for new line tokens
#left_array_bracket?
returns false for non left_array_bracket tokens
returns true for left_array_bracket tokens
#left_brace?
returns true for right_bracket tokens
returns false for non right_bracket tokens
#dot?
returns true for dot tokens
returns false for non dot tokens
#end?
returns true for end tokens
returns false for non end tokens
#semicolon?
returns false for non semicolon tokens
returns true for semicolon tokens
#right_bracket?
returns false for non right_bracket tokens
returns true for all right_bracket tokens
#rescue_modifier?
returns true for rescue modifier tokens
returns false for non rescue modifier tokens
#comma?
returns false for non comma tokens
returns true for comma tokens
with braces & parens
#right_parens?
returns true for right parens tokens
returns false for non right parens tokens
#right_curly_brace?
returns true for all right brace tokens
returns false for non right brace tokens
#left_brace?
returns true for left hash brace tokens
returns false for non left hash brace tokens
#left_curly_brace?
returns false for non left block brace tokens
returns true for left block brace tokens
#left_parens?
returns true for left parens tokens
returns false for non left parens tokens
#regexp_dots?
returns true for regexp tokens
returns false for non comma tokens
#comment?
returns false for non comment tokens
returns true for comment tokens
#line
returns line of token
#end_pos
returns index of last char in token range of entire source
.from_parser_token
sets parser token's text to rubocop token's text
returns a #to_s useful for debugging
sets parser token's type to rubocop token's type
sets parser token's range to rubocop token's pos
#begin_pos
returns index of first char in token range of entire source
#space_before
returns nil when it is on the first line
returns truthy MatchData when there is a space before token
returns nil when there is not a space before token
#to_s
returns string of token data
#column
returns index of first char in token range on that line
#space_after
returns truthy MatchData when there is a space after token
returns nil when there is not a space after token
RuboCop::AST::CasgnNode
.new
with a `casgn` node
is expected to be a kind of RuboCop::AST::CasgnNode
#namespace
when the parent is a `const`
is expected to eq s(:const, nil, :FOO)
when the parent is a `cbase`
is expected to eq s(:cbase)
when there is no parent
is expected to be nil
#expression
is expected to eq s(:send, nil, :value)
#name
is expected to eq :VAR
RuboCop::AST::NodePattern::Sets
is expected to eq "::RuboCop::AST::NodePattern::Sets::SET_1_2_3_ETC"
creates a constant with the right value
is expected not to eq "::RuboCop::AST::NodePattern::Sets::SET_1_2_3_ETC_2"
is expected to eq "::RuboCop::AST::NodePattern::Sets::SET_1_2_3_ETC"
RuboCop::AST::ReturnNode
behaves like wrapped arguments node
.new
with arguments
is expected to be a kind of RuboCop::AST::ReturnNode
without arguments
is expected to be a kind of RuboCop::AST::ReturnNode
#arguments
with a single argument and braces
is expected to eq 1
with a single splat argument
is expected to eq 1
with no arguments and braces
is expected to be empty
with no arguments
is expected to be empty
with multiple literal arguments
is expected to eq 2
with a single argument
is expected to eq 1
RuboCop::AST::Procarg0Node
.new
with a block
is expected to be a kind of RuboCop::AST::ArgNode
#name
is expected to eq :x
RuboCop::AST::ConstNode
#relative?
with a non-namespaced constant
is expected to be relative
#absolute?
is expected to be absolute
with a non-namespaced constant
is expected not to be absolute
with a constant not starting with ::
is expected not to be absolute
#namespace
is expected to eq "::Foo::Bar"
#short_name
is expected to eq :BAZ
#module_name?
is expected not to be module name
with a constant with a lowercase letter
is expected to be module name
#each_path
yields all parts of the namespace
RuboCop::AST::UntilNode
#do?
without a do keyword
is expected not to be do
with a do keyword
is expected to be do
#keyword
is expected to eq "until"
#inverse_keyword
is expected to eq "while"
.new
with a modifier until
is expected to be a kind of RuboCop::AST::UntilNode
with a statement until
is expected to be a kind of RuboCop::AST::UntilNode
#loop_keyword?
with a modifier until
is expected to be loop keyword
with a statement until
is expected to be loop keyword
#post_condition_loop?
with a modifier until
is expected to be post condition loop
with a statement until
is expected not to be post condition loop
RuboCop::AST::BreakNode
behaves like wrapped arguments node
.new
without arguments
is expected to be a kind of RuboCop::AST::BreakNode
with arguments
is expected to be a kind of RuboCop::AST::BreakNode
#arguments
with a single argument and braces
is expected to eq 1
with no arguments
is expected to be empty
with a single splat argument
is expected to eq 1
with no arguments and braces
is expected to be empty
with a single argument
is expected to eq 1
with multiple literal arguments
is expected to eq 2
RuboCop::AST::OrNode
#operator
with a logical or node
is expected to eq "||"
with a semantic or node
is expected to eq "or"
#rhs
with a logical or node
is expected to be int type
with a semantic or node
is expected to be int type
#logical_operator?
with a semantic or node
is expected not to be logical operator
with a logical or node
is expected to be logical operator
#alternate_operator
with a semantic or node
is expected to eq "||"
with a logical or node
is expected to eq "or"
#semantic_operator?
with a logical or node
is expected not to be semantic operator
with a semantic or node
is expected to be semantic operator
.new
with a logical or node
is expected to be a kind of RuboCop::AST::OrNode
with a semantic or node
is expected to be a kind of RuboCop::AST::OrNode
#lhs
with a logical or node
is expected to be sym type
with a semantic or node
is expected to be sym type
#inverse_operator
with a semantic or node
is expected to eq "and"
with a logical or node
is expected to eq "&&"
RuboCop::AST::PairNode
#hash_rocket?
when using a hash rocket delimiter
is expected to be hash rocket
when using a colon delimiter
is expected not to be hash rocket
#value
is expected to be int type
#colon?
when using a hash rocket delimiter
is expected not to be colon
when using a colon delimiter
is expected to be colon
#key
when using a symbol key
is expected to be sym type
when using a string key
is expected to be str type
#same_line?
when a multiline pair shares the same line
when last pair is a keyword splat
is expected to be same line s(:kwsplat,
s(:send, nil, :foo))
is expected to be same line s(:pair,
s(:sym, :a),
s(:begin))
when both pairs are explicit pairs
is expected to be same line s(:pair,
s(:sym, :a),
s(:begin))
is expected to be same line s(:pair,
s(:sym, :b),
s(:int, 2))
when pairs are on separate lines
when last pair is a keyword splat
is expected not to be same line s(:kwsplat,
s(:send, nil, :foo))
when both pairs are explicit pairs
is expected not to be same line s(:pair,
s(:sym, :b),
s(:int, 2))
when both pairs are on the same line
when both pair is a keyword splat
is expected to be same line s(:kwsplat,
s(:send, nil, :foo))
when both pairs are explicit pairs
is expected to be same line s(:pair,
s(:sym, :b),
s(:int, 2))
#value_delta
when using hash rocket delimiters
when values are aligned
when both pairs are explicit pairs
is expected to eq 0
when second pair is a keyword splat
is expected to eq 0
when receiver value is behind
is expected to eq -2
when receiver value is ahead
is expected to eq 2
when both pairs are on the same line
is expected to eq 0
when using colon delimiters
when values are aligned
when both pairs are explicit pairs
is expected to eq 0
when second pair is a keyword splat
is expected to eq 0
when receiver value is ahead
is expected to eq 2
when receiver value is behind
is expected to eq -2
when both pairs are on the same line
is expected to eq 0
#key_delta
with alignment set to :left
when using colon delimiters
when receiver key is behind
when second pair is a keyword splat
is expected to eq -2
when both pairs are reail pairs
is expected to eq -2
when keys are aligned
when both pairs are explicit pairs
is expected to eq 0
when second pair is a keyword splat
is expected to eq 0
when both keys are on the same line
when both pairs are explicit pairs
is expected to eq 0
when second pair is a keyword splat
is expected to eq 0
when receiver key is ahead
when both pairs are explicit pairs
is expected to eq 2
when second pair is a keyword splat
is expected to eq 2
when using hash rocket delimiters
when keys are aligned
when both keys are explicit keys
is expected to eq 0
when second key is a keyword splat
is expected to eq 0
when receiver key is behind
when second pair is a keyword splat
is expected to eq -2
when both pairs are explicit pairs
is expected to eq -2
when receiver key is ahead
when second pair is a keyword splat
is expected to eq 2
when both pairs are explicit pairs
is expected to eq 2
when both keys are on the same line
when second pair is a keyword splat
is expected to eq 0
when both pairs are explicit pairs
is expected to eq 0
with alignment set to :right
when using hash rocket delimiters
when receiver key is behind
when second pair is a keyword splat
is expected to eq 0
when both pairs are explicit pairs
is expected to eq -2
when both keys are on the same line
when both pairs are explicit pairs
is expected to eq 0
when second pair is a keyword splat
is expected to eq 0
when keys are aligned
when second key is a keyword splat
is expected to eq 0
when both keys are explicit keys
is expected to eq 0
when receiver key is ahead
when second pair is a keyword splat
is expected to eq 0
when both pairs are explicit pairs
is expected to eq 2
when using colon delimiters
when receiver key is ahead
when second pair is a keyword splat
is expected to eq 0
when both pairs are explicit pairs
is expected to eq 2
when both keys are on the same line
when both pairs are explicit pairs
is expected to eq 0
when second pair is a keyword splat
is expected to eq 0
when receiver key is behind
when both pairs are reail pairs
is expected to eq -2
when second pair is a keyword splat
is expected to eq 0
when keys are aligned
when second pair is a keyword splat
is expected to eq 0
when both pairs are explicit pairs
is expected to eq 0
#value_omission?
when using hash value omission
is expected to be value omission
when not using hash value omission
is expected not to be value omission
.new
is expected to be a kind of RuboCop::AST::PairNode
#delimiter
when using a colon delimiter
is expected to eq ": "
is expected to eq ":"
when using a hash rocket delimiter
is expected to eq " => "
is expected to eq "=>"
#value_on_new_line?
when value spans multiple lines
is expected not to be value on new line
when value starts on a new line
is expected to be value on new line
when pair is on a single line
is expected not to be value on new line
#inverse_delimiter
when using a hash rocket delimiter
is expected to eq ":"
is expected to eq ": "
when using a colon delimiter
is expected to eq " => "
is expected to eq "=>"
RuboCop::AST::ClassNode
.new
is expected to be a kind of RuboCop::AST::ClassNode
#parent_class
when a parent class is specified
is expected to be const type
when no parent class is specified
is expected to be nil
#body
with an empty body
is expected to be nil
with a multi-expression body
is expected to be begin type
with a single expression body
is expected to be send type
#identifier
is expected to be const type
RuboCop::AST::SymbolNode
.new
with a symbol node
is expected to be a kind of RuboCop::AST::SymbolNode
#value
is expected to eq :foo
RuboCop::AST::ResbodyNode
#exception_variable
for an explicit rescue
is expected to eq "ex"
when an exception variable is not given
is expected to be nil
for an implicit rescue
is expected to eq "ex"
#branch_index
is expected to eq 0
is expected to eq 2
is expected to eq 1
#exceptions
with multiple exceptions
is expected to all be const type
is expected to eq 2
without exception
is expected to eq 0
with a single exception
is expected to all be const type
is expected to eq 1
.new
is expected to be a kind of RuboCop::AST::ResbodyNode
#body
is expected to be sym type
RuboCop::AST::InPatternNode
when using Ruby 2.7 or newer
#then?
with a then keyword
is expected to be then
without a then keyword
is expected not to be then
#pattern
with a value pattern
is expected to be int type
with an alternative pattern
is expected to be match alt type
with a variable pattern
is expected to be match var type
with a hash pattern
is expected to be hash pattern type
with a pin operator
is expected to be pin type
with an as pattern
is expected to be match as type
with an array pattern
is expected to be array pattern type
#body
with a then keyword
is expected to be sym type
without a then keyword
is expected to be array type
.new
is expected to be a kind of RuboCop::AST::InPatternNode
#branch_index
is expected to eq 1
is expected to eq 0
is expected to eq 2
RuboCop::AST::ModuleNode
.new
is expected to be a kind of RuboCop::AST::ModuleNode
#body
with a single expression body
is expected to be send type
with a multi-expression body
is expected to be begin type
with an empty body
is expected to be nil
#identifier
is expected to be const type
RuboCop::AST::IfNode
#branches
with an elsif statement
is expected to eq 3
is expected to all be literal
with an if statement
is expected to eq 1
is expected to all be literal
with an else statement
is expected to all be literal
is expected to eq 2
with an unless statement
is expected to eq 1
is expected to all be literal
with a ternary operator
is expected to eq 2
is expected to all be literal
#nested_conditional?
with nested conditionals in else clause
is expected to be nested conditional
with nested conditionals in if clause
is expected to be nested conditional
with nested conditionals in elsif clause
is expected to be nested conditional
with nested ternary operators
when nested in the truthy branch
is expected to be nested conditional
when nested in the falsey branch
is expected to be nested conditional
with no nested conditionals
is expected not to be nested conditional
#elsif_conditional?
with nested ternary operators
when nested in the falsey branch
is expected not to be elsif conditional
when nested in the truthy branch
is expected not to be elsif conditional
with multiple elsif conditionals
is expected to be elsif conditional
with nested conditionals in else clause
is expected not to be elsif conditional
with one elsif conditional
is expected to be elsif conditional
with nested conditionals in if clause
is expected not to be elsif conditional
#inverse_keyword?
with an unless statement
is expected to eq "if"
with an if statement
is expected to eq "unless"
with a ternary operator
is expected to eq ""
.new
with a ternary operator
is expected to be a kind of RuboCop::AST::IfNode
with a modifier statement
is expected to be a kind of RuboCop::AST::IfNode
with a regular if statement
is expected to be a kind of RuboCop::AST::IfNode
#elsif?
with an if statement comtaining an elsif
is expected not to be elsif
without an elsif statement
is expected not to be elsif
with an elsif statement
is expected to be elsif
#if?
with a ternary operator
is expected not to be if
with an if statement
is expected to be if
with an unless statement
is expected not to be if
#else?
with an elsif statement
is expected to be else
without an else statement
is expected not to be elsif
#each_branch
when passed a block
yields all the branches
when not passed a block
is expected to be a kind of Enumerator
#if_branch
with an if statement
is expected to be sym type
with a ternary operator
is expected to be sym type
with an unless statement
is expected to be sym type
#else_branch
with a ternary operator
is expected to be int type
with an unless statement
is expected to be int type
with an if statement
is expected to be int type
#keyword
with an unless statement
is expected to eq "unless"
with a ternary operator
is expected to eq ""
with an if statement
is expected to eq "if"
#ternary?
with a ternary operator
is expected to be ternary
with an unless statement
is expected not to be ternary
with an if statement
is expected not to be ternary
#unless?
with an if statement
is expected not to be unless
with a ternary operator
is expected not to be unless
with an unless statement
is expected to be unless
#modifier_form?
with a modifier if statement
is expected to be modifier form
with a non-modifier unless statement
is expected not to be modifier form
with a modifier unless statement
is expected to be modifier form
with a non-modifier if statement
is expected not to be modifier form
with a ternary operator
is expected not to be modifier form
Changelog
parses correctly
merges correctly
Changelog::Entry
generates correct content
RuboCop::AST::ForNode
#body
is expected to be sym type
#post_condition_loop?
is expected not to be post condition loop
#void_context?
with a do keyword
is expected to be void context
without a do keyword
is expected to be void context
#collection
is expected to be sym type
#keyword
is expected to eq "for"
.new
is expected to be a kind of RuboCop::AST::ForNode
#loop_keyword?
is expected to be loop keyword
#do?
without a do keyword
is expected not to be do
with a do keyword
is expected to be do
#variable
is expected to be lvasgn type
RuboCop::AST::OrAsgnNode
.new
is expected to be a kind of RuboCop::AST::OrAsgnNode
#operator
is expected to eq :"||"
#expression
is expected to eq s(:send, nil, :value)
#name
is expected to eq :var
#assignment_node
is expected to be a kind of RuboCop::AST::AsgnNode
RuboCop::AST::ProcessedSource
#[]
when a range is passed
returns the array of lines
when an index is passed
returns the line
when start index and length are passed
returns the array of lines
#start_with?
with present source
returns true when passed string that starts source
returns false when passed string that does not start source
with blank source
returns false
.from_file
raises a Errno::ENOENT when the file does not exist
when the file exists
returns an instance of ProcessedSource
sets the file path to the instance's #path
#last_token_of
returns last token for node
accepts Node as an argument
#comments
is an array of comments
when the source is invalid
returns []
#following_line
returns source of line after token
token enumerables
#find_token
yields correct token
yields nil when there is no match
#each_token
yields all tokens
#tokens
has an array of tokens
#buffer
is a source buffer
#tokens_within
accepts Node as an argument
returns tokens for node
when heredoc as argument is present
returns tokens for node before heredoc
returns tokens for node after heredoc
returns tokens for heredoc node
#preceding_line
returns source of line before token
#blank?
with source of no content
returns true
with source with content
returns false
#ast
is the root node of AST
#parser_error
when the source lacks encoding comment and is really utf-8 encoded but has been read as US-ASCII
is nil
when the source could not be parsed due to encoding error
returns the error
when the source was properly parsed
is nil
#lines
is an array
contains lines as string without linefeed
has same number of elements as line count
#first_token_of
accepts Node as an argument
returns first token for node
#path
is the path passed to .new
valid_syntax?
when the source is valid but has some warning diagnostics
returns true
when the source is invalid
returns false
when a line starts with an integer literal
tokenizes the source correctly
when the source itself is valid encoding but includes strange encoding literals that are accepted by MRI
returns true
when the source is completely valid
returns true
when the source could not be parsed due to encoding error
returns false
#file_path
returns file path
with heavily commented source
#find_comment
yields nil when there is no match
yields correct comment
#line_with_comment?
returns true for lines with comments
returns false for lines without comments
#comment_at_line
returns the comment at the given line number
returns nil if line has no comment
#each_comment_in_lines
yields the comments
#contains_comment?
provided source_range on line without comment
is expected to equal false
provided a multiline source_range with at least one line with comment
is expected to equal true
provided source_range on comment line
is expected to equal true
provided source_range on line with comment
is expected to equal true
#each_comment
yields all comments
#comments_before_line
returns comments on or before given line
RuboCop::AST::RuboCopCompatibility
when ran from a compatible version of Rubocop
issues a warning
when ran from an incompatible version of Rubocop
issues a warning
Finished in 15.9 seconds (files took 9.52 seconds to load)
2392 examples, 0 failures
Randomized with seed 19072
┌──────────────────────────────────────────────────────────────────────────────┐
│ dh_ruby --install finished │
└──────────────────────────────────────────────────────────────────────────────┘
dh_installdocs -O--buildsystem=ruby
dh_ruby_fixdocs -O--buildsystem=ruby
debian/rules override_dh_installchangelogs
make[1]: Entering directory '/build/reproducible-path/ruby-rubocop-ast-1.24.0'
dh_installchangelogs CHANGELOG.md
make[1]: Leaving directory '/build/reproducible-path/ruby-rubocop-ast-1.24.0'
dh_installsystemduser -O--buildsystem=ruby
dh_perl -O--buildsystem=ruby
dh_link -O--buildsystem=ruby
dh_strip_nondeterminism -O--buildsystem=ruby
dh_compress -X.rb -O--buildsystem=ruby
dh_fixperms -O--buildsystem=ruby
dh_missing -O--buildsystem=ruby
dh_ruby_fixdepends -O--buildsystem=ruby
dh_installdeb -O--buildsystem=ruby
dh_gencontrol -O--buildsystem=ruby
dpkg-gencontrol: warning: Depends field of package ruby-rubocop-ast: substitution variable ${shlibs:Depends} used, but is not defined
dpkg-gencontrol: warning: package ruby-rubocop-ast: substitution variable ${ruby:Versions} used, but is not defined
dh_md5sums -O--buildsystem=ruby
dh_builddeb -O--buildsystem=ruby
dpkg-deb: building package 'ruby-rubocop-ast' in '../ruby-rubocop-ast_1.24.0-2_all.deb'.
dpkg-genbuildinfo --build=binary -O../ruby-rubocop-ast_1.24.0-2_i386.buildinfo
dpkg-genchanges --build=binary -O../ruby-rubocop-ast_1.24.0-2_i386.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: not including original 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/49287 and its subdirectories
I: Current time: Tue Mar 10 19:18:41 -12 2026
I: pbuilder-time-stamp: 1773213521