mirror of
https://github.com/dense-analysis/ale.git
synced 2026-05-15 21:18:32 +08:00
78122497f5
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* fix(tests): fix ale_c_build_dir_names being unset in tests (#5109) - Use ale#Set() to set the ale_c_build_dir_names variable. - Ensure SetUpLinterTest() is called before any Save commands in tests. - Add c.vim to runtime before non-linter tests are executed. - Remove workarounds in c.vim. * feat: Load Prettier from cjs also * Replace AppVeyor with GitHub Actions for Windows CI Migrate Windows tests from AppVeyor (which hangs on PRs) to native GitHub Actions using rhysd/action-setup-vim to install editors dynamically. - Add test_ale_windows job testing Vim 9.0, Neovim 0.7, and Neovim 0.8 on windows-latest, running in parallel with existing Linux CI - Set fail-fast: false so all matrix entries report results independently - Update run-tests.bat to accept VIM_EXE and VIM_HEADLESS env vars instead of hardcoding C:\vim\vim\vim80\vim.exe - Add -n -i NONE and --not-a-term flags to avoid E211 temp file errors caused by Windows 8.3 short name paths losing drive letters - Override TMP/TEMP to C:\tmp in CI to avoid 8.3 path mangling - Use mklink /J directory junction for C:\testplugin to avoid modifying 146+ test files that reference /testplugin/ paths - Update doc/ale-development.txt section 4.3 for the new setup - Remove AppVeyor badge from README.md - Delete .appveyor.yml Fix pre-existing Windows test failures now visible with Neovim on Windows: - autoload/ale/c.vim: ParseCompileCommandsFlags bufnr() fails when the buffer path has a drive letter but the compile_commands key does not. Add fallback path comparison using ale#path#RemoveDriveLetter() so exact file matches work regardless of drive letter presence. - autoload/ale/path.vim: FindNearestFile and FindNearestDirectory now return ale#path#Simplify() paths, fixing mixed slash separators on Windows that caused test_write_good.vader to fail. - test/smoke_test.vader: echo output has trailing \r on Windows. Change strip pattern from ' *$' to '[\r ]*$' in all TestCallback functions. - test/test_prepare_command.vader: &shellcmdflag on Windows is '/s /c' not '/c'. Use split(&shellcmdflag) in expected values so the test adapts to the actual default. - test/test_lint_file_linters.vader: Increase WaitForJobs timeout from 2000ms to 10000ms to prevent spurious timeouts on Windows CI runners. - test/test_writefile_function.vader: Dissociate buffer from temp file before deleting it to avoid E211 on Windows. * Fix Windows path handling and test compatibility issues Production code fixes: - ale/path.vim: Apply Simplify to buffer_filename in IsBufferPath to fix forward-slash vs backslash mismatch on Neovim Windows; handle .\ prefix - ale/c.vim: Use iterative key-matching via RemoveDriveLetter for both file_lookup and dir_lookup in ParseCompileCommandsFlags - ale/filename_mapping.vim: Normalize suffix separators when mapping target uses forward slashes (fixes mixed-separator paths on Windows) - cuda/nvcc.vim: Apply Simplify before fnamemodify(:p) to fix path doubling Test fixes: - smoke_test: Use safe get() indexing and add retry loop for PowerShell test - test_loclist_corrections: Use Simplify for cross-platform buffer paths - test_ocaml_ocamllsp: Set buffer outside project tree before AssertLSPProject - test_tex_textlint: Set buffer outside node_modules tree on Windows - test_setting_problems_found_in_previous_buffers: Use cmd on Windows - test_lint_file_linters: Increase WaitForJobs timeout to 30s * Fix Vim 9.0 tempname() format change and simplify PowerShell test Vim 9.0 changed tempname() to return a flat path (e.g. C:\tmp\VIMXXXXXXXX) instead of the nested C:\tmp\VIMxxx\NNN format. Using :h:h on the flat format resolves to the drive root, causing IsTempName() to match every path on the drive. This broke tslint handler tests, loclist_corrections, and setting_problems_found_in_previous_buffers tests. Fix s:temp_dir to detect when :h:h yields a root path and fall back to :h. Add GetTempBase() helper in test_format_command.vader with same logic. Simplify smoke_test PowerShell test to avoid multi-command chaining that produces unreliable output on Vim 9.0. * fix(tests): normalize Windows path handling in Vim 9 CI Treat win64 and win32unix as Windows in path and job helpers so compile_commands lookups and async command execution behave consistently on GitHub Actions. Normalize NVCC parsed filenames after absolute expansion to keep expected Windows paths stable in handler tests. * fix(tests): handle Windows variants in command paths Use a shared Windows check for command formatting and execution paths so Vim 9 on GitHub Actions still uses CMD-specific behavior. Apply the same check in filename mapping suffix normalization so Windows-style temporary and mapped paths are converted consistently in tests. * ci: test newer Vim and Neovim versions Update Linux and Windows test targets to newer Vim and Neovim releases in GitHub Actions and the local run-tests workflow. Refresh the Docker test image and helper scripts so the selected editor versions can be built and executed consistently across environments. * fix(tests): adapt checks for Neovim 0.12 and Python 3.12 - Replace deprecated imp with import.util in python tests. - Reorder ale.txt to match help files order. - Add lines to sign test to ensure there are enough lines for the signs. * fix(tests): avoid ftplugin side-effects in uncrustify test * fix(tests): stabilize Windows Vim smoke and path mapping cases Harden smoke_test callback handling for Vim job output race conditions on Windows by safely handling empty callback output lists instead of indexing output[0].\n\nMake disabling_ale assertions compare against a baseline message history entry so preexisting Vim startup messages do not cause false failures.\n\nUpdate path-mapping tests to account for Vim 9 Windows tempname layout changes and to validate filename-modifier behavior after full-path filename mapping is applied. * fix(tests): normalize Windows test paths to resolved workspace paths On Windows Neovim 0.10, test working directories can resolve to host checkout paths (for example D:\a\ale\ale) instead of container-style mount paths (for example C:\testplugin). Many tests compared absolute paths against g:dir-derived expectations and failed despite equivalent files.\n\nNormalize test directory handling in ale#test helpers by storing and using ale#path#Simplify(resolve(getcwd())), so expected paths match the same canonical form used by path discovery functions.\n\nAlso update tests that manually reassign g:dir from raw getcwd() and Gradle path assertions to use resolved/simplified paths, preventing regressions from mixed mount-path forms across Vim/Neovim and CI environments. * fix(tests): restore g:dir semantics for fixer and test helpers * Revert "fix(tests): normalize Windows test paths to resolved workspace paths" This reverts commit 1136e2daec2645f643211e7e41819fa3eeba61b4. * fix(tests): use resolve() in ant test assertions for Windows junction paths On Windows CI, a junction C:\testplugin -> D:\a\ale\ale is used so tests can cd to /testplugin paths. However, findfile() + fnamemodify(':p') resolves junction points to real paths, while g:dir holds the junction-based path. Fix the two ant test files to use resolve(g:dir) only in the specific assertions that compare paths returned by findfile()-based functions (ale#ant#FindProjectRoot, ale#ant#BuildClasspathCommand). This way: - On Linux: resolve() is a no-op, behaviour unchanged - On Windows: resolve(g:dir) gives the real path that matches what findfile() returns, fixing the assertion mismatch The global test infrastructure (ale#test#SetDirectory) is left unchanged to avoid breaking the many fixer tests that rely on junction-based paths. * Fix Windows junction path resolution in tests On Windows CI, tests run from a junction point (C:\testplugin) that points to the real workspace (D:\a\ale\ale). Functions like ale#path#FindNearestFile resolve junctions via findfile()/fnamemodify(':p'), returning the real path, while g:dir holds the junction path. Wrap expected path values with resolve() so junction paths are resolved to their real counterparts on Windows (resolve() is a no-op on Linux), making assertions match across both platforms. * fix(test): use fnamemodify to compute expected nvcc path on Windows The test hardcoded 'C:\tmp\...' for Windows paths, but GitHub Actions runners use D: drive. Use ale#path#Simplify(fnamemodify(..., ':p')) in expected values to mirror exactly what the handler produces, making the test drive-letter-agnostic. * fix: resolve symlinks/junctions in FindNearest* path functions On Windows, Vim's findfile()/finddir() returns junction paths while Neovim resolves them. This inconsistency causes test failures when comparing paths from these functions against g:dir (set via getcwd()). Add resolve() to FindNearestFile, FindNearestDirectory, and FindNearestFileOrDirectory so they always return canonical paths, making behavior consistent across Vim and Neovim on Windows. On Linux, resolve() is a no-op for non-symlinked paths. * fix: resolve junctions in python path functions and fix trailing separator - Add resolve() to FindVirtualenv, FindProjectRoot, FindProjectRootIni in autoload/ale/python.vim so they return canonical paths on Windows NTFS junctions - Move trailing '/' inside ale#path#Simplify() in FindNearestDirectory and FindNearestFileOrDirectory so separator is OS-appropriate * fix: remove unnecessary junction in Windows CI The C:\testplugin junction was a leftover from AppVeyor. It caused C: vs D: path mismatches when resolve() canonicalized paths. Running directly from the workspace eliminates the discrepancy. * fix: use getcwd() for Windows runtimepath instead of hardcoded C:\testplugin The junction no longer exists, so use the actual working directory to find ALE plugin files in the test vimrc. * fix: map /testplugin/ paths to repo root on Windows Without the C:\testplugin junction, SetDirectory('/testplugin/test') failed silently, leaving cwd at the repo root. Now on Windows, the /testplugin/ prefix is replaced with the actual repo root derived from the script's file path. * fix: remaining Windows test failures (format_command, dprint, tslint, smoke) - test_format_command: compute :h modifier depth dynamically since Vim 9.x Windows uses flat tempname() while NeoVim uses nested dirs - test_dprint_fixer: replace hardcoded C:\testplugin path with dynamic path relative to g:dir - smoke_test: increase PowerShell job timeout and add sleep between retries for flaky Windows CI - workflow: set TMP/TEMP on same drive as workspace to fix cross-drive relative path resolution in tslint handler test * fix: skip PowerShell smoke test on Vim Windows The test is inherently flaky with Vim's Windows job implementation when &shell=powershell. NeoVim handles it reliably and still tests this code path. * fix: NeoVim Windows test failures (dmd handler, c_flag_parsing, lint_file timeout) - dmd handler: replace \f+ with [^(]+ in regex since NeoVim's isfname on Windows doesn't include \ or :, so \f+ can't match absolute paths - c_flag_parsing: use FullPath() helper for file! commands and dict keys so NeoVim v0.10.4 resolves drive-relative paths correctly - lint_file_linters: increase WaitForJobs timeout from 30s to 60s for slower NeoVim Windows CI runners * fix: skip flaky NeoVim Windows tests (c_flag_parsing, lint_file_linters) - c_flag_parsing test 18: skip on NeoVim Windows because fnamemodify(':p') does not reliably add a drive letter to fake absolute paths on NeoVim <= 0.10, causing dir_lookup key mismatches - lint_file_linters test 8: skip on NeoVim Windows because jobs don't complete within the 30s timeout due to slower job handling Both tests pass on Linux and Vim Windows. TODO comments added to restore them once the underlying NeoVim Windows issues are resolved. * ci: update checkout githuh action to v6 * Preserve Vim 8.2 as a minimum supported version for now * fix: Use a lower Vim version for Windows tests --------- Co-authored-by: w0rp <devw0rp@gmail.com>
426 lines
12 KiB
Bash
426 lines
12 KiB
Bash
#!/bin/sh
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set -e
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set -x
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bail() {
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echo "$@" >&2
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exit 1
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}
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init_vars() {
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FLAVOR=
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TAG=
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NAME=
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PYTHON2=
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PYTHON3=
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RUBY=0
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LUA=0
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CONFIGURE_OPTIONS=
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PREBUILD_SCRIPT=
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}
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# "apk add --virtual" does not add to existing virtual package anymore since
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# Alpine 3.9 (https://bugs.alpinelinux.org/issues/9651).
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APK_BUILD_DEPS=
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apk_add_build_dep() {
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for dep; do
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if ! apk info -e "$dep"; then
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apk add "$dep"
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APK_BUILD_DEPS="$APK_BUILD_DEPS $dep"
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fi
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done
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}
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prepare_build() {
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[ -z $TAG ] && bail "-tag is required"
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# Parse TAG into repo and tag.
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IFS=: read -r -- repo tag <<EOF
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$TAG
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EOF
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if [ -z "$tag" ]; then
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tag="$repo"
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repo=
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elif [ "$repo" = vim ]; then
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repo="vim/vim"
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elif [ "$repo" = neovim ]; then
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repo="neovim/neovim"
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[ -z "$FLAVOR" ] && FLAVOR=neovim
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elif [ "${repo#*/}" = "$repo" ]; then
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bail "Unrecognized repo ($repo) from tag: $TAG"
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elif [ "${repo#*/neovim}" != "$repo" ]; then
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FLAVOR=neovim
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fi
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if [ -z "$FLAVOR" ]; then
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FLAVOR=vim
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fi
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if [ -z "$repo" ]; then
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if [ "$FLAVOR" = vim ]; then
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repo="vim/vim"
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else
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repo="neovim/neovim"
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fi
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fi
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[ -z $NAME ] && NAME="${FLAVOR}-${tag}"
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if [ "$FLAVOR" = vim ]; then
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VIM_NAME="${repo}/${tag}_py${PYTHON2}${PYTHON3}_rb${RUBY}_lua${LUA}"
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else
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VIM_NAME="${repo}/${tag}"
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fi
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INSTALL_PREFIX="/vim-build/$VIM_NAME"
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if [ "$FLAVOR" = vim ]; then
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VIM_CONFIG_ARGS="--prefix=$INSTALL_PREFIX --enable-multibyte --without-x --enable-gui=no --with-compiledby=vim-testbed --with-tlib=ncurses"
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fi
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set +x
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echo "TAG:$TAG"
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echo "repo:$repo"
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echo "tag:$tag"
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echo "FLAVOR:$FLAVOR"
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echo "NAME:$NAME"
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set -x
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apk_add_build_dep gcc libc-dev make
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if [ -n "$PYTHON2" ]; then
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apk_add_build_dep python2-dev
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if [ "$FLAVOR" = vim ]; then
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VIM_CONFIG_ARGS="$VIM_CONFIG_ARGS --enable-pythoninterp=dynamic"
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else
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apk add python2
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apk_add_build_dep g++ # for building greenlet
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python2 -m ensurepip
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pip2 install pynvim
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fi
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fi
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if [ -n "$PYTHON3" ]; then
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apk_add_build_dep python3-dev
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if [ "$FLAVOR" = vim ]; then
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VIM_CONFIG_ARGS="$VIM_CONFIG_ARGS --enable-python3interp=dynamic"
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else
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apk add python3
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apk add py3-pynvim
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fi
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fi
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if [ $RUBY -eq 1 ]; then
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apk_add_build_dep ruby-dev
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apk add ruby
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if [ "$FLAVOR" = vim ]; then
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VIM_CONFIG_ARGS="$VIM_CONFIG_ARGS --enable-rubyinterp"
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else
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apk_add_build_dep ruby-rdoc ruby-irb
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gem install neovim
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fi
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fi
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if [ $LUA -eq 1 ]; then
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if [ "$FLAVOR" = vim ]; then
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VIM_CONFIG_ARGS="$VIM_CONFIG_ARGS --enable-luainterp"
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apk_add_build_dep lua5.3-dev
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apk add lua5.3-libs
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# Install symlinks to make Vim's configure pick it up.
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(cd /usr/bin && ln -s lua5.3 lua)
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(cd /usr/lib && ln -s lua5.3/liblua.so liblua5.3.so)
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else
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echo 'NOTE: -lua is automatically used with Neovim 0.2.1+, and not supported before.'
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fi
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fi
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if [ "$FLAVOR" = vim ] && [ -n "$CONFIGURE_OPTIONS" ]; then
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VIM_CONFIG_ARGS="$VIM_CONFIG_ARGS $CONFIGURE_OPTIONS"
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fi
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cd /vim
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if [ -d "$INSTALL_PREFIX" ]; then
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echo "WARNING: $INSTALL_PREFIX exists already. Overwriting."
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fi
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BUILD_DIR="${FLAVOR}-${repo}-${tag}"
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if [ ! -d "$BUILD_DIR" ]; then
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apk_add_build_dep git
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git clone -b "$tag" "https://github.com/$repo" "$BUILD_DIR"
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cd "$BUILD_DIR"
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else
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cd "$BUILD_DIR"
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fi
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if [ "$FLAVOR" = vim ]; then
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apk_add_build_dep ncurses-dev
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apk add ncurses
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elif [ "$FLAVOR" = neovim ]; then
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# Some of them will be installed already, but it is a good reference for
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# what is required.
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# luajit is required with Neomvim 0.2.1+ (previously only during build).
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apk add gettext \
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libuv \
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libtermkey \
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libvterm \
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luajit \
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msgpack-c \
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unibilium
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apk_add_build_dep \
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autoconf \
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automake \
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ca-certificates \
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cmake \
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g++ \
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gettext-dev \
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gperf \
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libtool \
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libuv-dev \
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libtermkey-dev \
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libvterm-dev \
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lua5.1-lpeg \
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lua5.1-mpack \
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luajit-dev \
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m4 \
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make \
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msgpack-c-dev \
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perl \
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unzip \
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unibilium-dev \
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xz
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else
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bail "Unexpected FLAVOR: $FLAVOR (use vim or neovim)."
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fi
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}
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build() {
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if [ -n "$PREBUILD_SCRIPT" ]; then
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eval "$PREBUILD_SCRIPT"
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fi
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if [ "$FLAVOR" = vim ]; then
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# Apply build fix from v7.1.148.
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# NOTE: this silently does nothing with 7.1.148+, but can be skipped with
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# Vim 8+ (and needs to be for 8.0.0082, where src/configure.in was renamed
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# to src/configure.ac).
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MAJOR="$(sed -n '/^MAJOR = / s~MAJOR = ~~p' Makefile)"
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if [ "$MAJOR" -lt 8 ]; then
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sed -i 's~sys/time.h termio.h~sys/time.h sys/types.h termio.h~' src/configure.in src/auto/configure
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fi
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# Apply Vim patch v8.0.1635 to fix build with Python.
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if grep -q _POSIX_THREADS src/if_python3.c; then
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sed -i '/#ifdef _POSIX_THREADS/,+2 d' src/if_python3.c
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fi
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if [ -n "$PYTHON3" ]; then
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# Vim patch 8.1.2201 (cannot build with dynamically linked Python 3.8).
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if ! grep -q "# if PY_VERSION_HEX >= 0x030800f0" src/if_python3.c; then
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apk_add_build_dep curl patch
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curl https://github.com/vim/vim/commit/13a1f3fb0.patch \
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| patch -p1
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fi
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# Vim patch 8.2.0354 (Python 3.9 does not define _Py_DEC_REFTOTAL).
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if grep -q "^ _Py_DEC_REFTOTAL;$" src/if_python3.c; then
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apk_add_build_dep curl patch
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curl https://github.com/vim/vim/commit/a65bb5351.patch \
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| patch -p1
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fi
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# Vim patch 8.2.1225: linker errors when building with dynamic Python 3.9.
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if ! grep -q "^# define PyType_GetFlags py3_PyType_GetFlags" src/if_python3.c; then
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# NOTE: --fuzz=3 needed with Vim v7.4.052 (likely due to e.g. missingv8.1.0735).
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apk_add_build_dep curl patch
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curl https://github.com/vim/vim/commit/ee1b93169.patch \
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| patch -p1 --fuzz=3
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fi
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fi
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# Older xxd sources redeclare libc functions without arguments, which
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# newer system headers reject.
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if grep -q '^extern long int strtol();$' src/xxd/xxd.c; then
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sed -i '/^extern long int strtol();$/d' src/xxd/xxd.c
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fi
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if grep -q '^extern long int ftell();$' src/xxd/xxd.c; then
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sed -i '/^extern long int ftell();$/d' src/xxd/xxd.c
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fi
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echo "Configuring with: $VIM_CONFIG_ARGS"
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# shellcheck disable=SC2086
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./configure $VIM_CONFIG_ARGS || bail "Could not configure"
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make CFLAGS="-Wno-error=incompatible-pointer-types -Wno-incompatible-pointer-types -Wno-error=int-conversion -Wno-int-conversion -U_FORTIFY_SOURCE -D_FORTIFY_SOURCE=2" -j4 || bail "Make failed"
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make install || bail "Install failed"
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elif [ "$FLAVOR" = neovim ]; then
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CMAKE_EXTRA_FLAGS="-DCMAKE_INSTALL_PREFIX=$INSTALL_PREFIX"
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DEPS_CMAKE_FLAGS="$DEPS_CMAKE_FLAGS -DUSE_BUNDLED_TS_PARSERS=ON"
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DEPS_CMAKE_FLAGS="$DEPS_CMAKE_FLAGS -DUSE_BUNDLED_TS=ON"
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# Use bundled libvterm. Neovim 0.4.x requires 0.1, which is not yet in
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# Alpine Linux. Using the bundled version also makes it easier for older
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# Neovim versions when Alpine updates it.
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DEPS_CMAKE_FLAGS="$DEPS_CMAKE_FLAGS -DUSE_BUNDLED_LIBVTERM=ON"
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# Install luv, for Neovim 0.4.0+, shipped with Alpine 3.10+.
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# Only add it when required, since it was broken with nvim-0.2.0
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# (at least, maybe only when using the bundled one), where it is optional
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# (only for tests).
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if grep -iq 'find.*libluv' CMakeLists.txt; then
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apk add libluv
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apk_add_build_dep libluv-dev
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fi
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# NOTE: ENABLE_JEMALLOC has been removed in v0.3.4-168-gc2343180d
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# (https://github.com/neovim/neovim/commit/c2343180d).
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if grep -q 'ENABLE_JEMALLOC' CMakeLists.txt; then
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CMAKE_EXTRA_FLAGS="$CMAKE_EXTRA_FLAGS -DENABLE_JEMALLOC=OFF"
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fi
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# Use bundled unibilium with older releases that use data directly, and not
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# through unibi_var_from_num like it is required now.
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if ! grep -qF 'unibi_var_from_num' src/nvim/tui/tui.c; then
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DEPS_CMAKE_FLAGS="$DEPS_CMAKE_FLAGS -DUSE_BUNDLED_UNIBILIUM=ON"
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fi
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if grep -qF 'UTF8PROC' CMakeLists.txt; then
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apk add utf8proc
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apk_add_build_dep utf8proc-dev
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fi
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# gcc10 fixes (due to -fno-common),
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# required to fix builds with v0.3.0+, until v0.4.4/v0.5.0.
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# Ref: https://github.com/neovim/neovim/commit/c036e24f3.patch
|
|
if grep -q '\} ListLenSpecials;$' src/nvim/eval/typval.h; then
|
|
apk_add_build_dep curl patch
|
|
curl https://github.com/neovim/neovim/commit/ebcde1de4.patch | patch -p1
|
|
fi
|
|
if grep -q '\} ExprParserFlags;$' src/nvim/viml/parser/expressions.h; then
|
|
apk_add_build_dep curl patch
|
|
curl https://github.com/neovim/neovim/commit/b87b4a614.patch | patch -p1
|
|
fi
|
|
if grep -q '\} RemapValues;$' src/nvim/getchar.h; then
|
|
apk_add_build_dep curl patch
|
|
curl https://github.com/neovim/neovim/commit/986db1adb.patch | patch -p1
|
|
fi
|
|
if grep -q "^MultiQueue \*ch_before_blocking_events;" src/nvim/msgpack_rpc/channel.h; then
|
|
apk_add_build_dep curl patch
|
|
curl https://github.com/neovim/neovim/commit/517bf1560.patch | patch -p1
|
|
fi
|
|
if grep -q '^EXTERN PMap(uint64_t) \*channels;$' src/nvim/channel.h; then
|
|
apk_add_build_dep curl patch
|
|
curl https://github.com/neovim/neovim/commit/823b2104c.patch | patch -p1
|
|
fi
|
|
|
|
# NOTE: uses "make cmake" to avoid linking twice when changing versiondef.h
|
|
make cmake CMAKE_BUILD_TYPE=RelWithDebInfo \
|
|
CMAKE_EXTRA_FLAGS="$CMAKE_EXTRA_FLAGS" \
|
|
DEPS_CMAKE_FLAGS="$DEPS_CMAKE_FLAGS" \
|
|
|| bail "make cmake failed"
|
|
|
|
make install || bail "Install failed"
|
|
fi
|
|
|
|
# Clean, but don't delete the source in case you want make a different build
|
|
# with the same version.
|
|
make distclean
|
|
|
|
if [ "$FLAVOR" = vim ]; then
|
|
VIM_BIN="$INSTALL_PREFIX/bin/vim"
|
|
else
|
|
VIM_BIN="$INSTALL_PREFIX/bin/nvim"
|
|
fi
|
|
if ! [ -e "$VIM_BIN" ]; then
|
|
bail "Binary $VIM_BIN was not created."
|
|
fi
|
|
link_target="/vim-build/bin/$NAME"
|
|
if [ -e "$link_target" ]; then
|
|
echo "WARNING: link target for $NAME exists already. Overwriting."
|
|
fi
|
|
ln -sfn "$VIM_BIN" "$link_target"
|
|
"$link_target" --version
|
|
}
|
|
|
|
apk update
|
|
|
|
init_vars
|
|
clean=
|
|
while [ $# -gt 0 ]; do
|
|
case $1 in
|
|
-flavor)
|
|
if [ "$2" != vim ] && [ "$2" != neovim ]; then
|
|
bail "Invalid value for -flavor: $2: only vim or neovim are recognized."
|
|
fi
|
|
FLAVOR="$2"
|
|
shift
|
|
;;
|
|
-name)
|
|
NAME="$2"
|
|
shift
|
|
;;
|
|
-tag)
|
|
TAG="$2"
|
|
shift
|
|
;;
|
|
-py|-py2)
|
|
PYTHON2=2
|
|
;;
|
|
-py3)
|
|
PYTHON3=3
|
|
;;
|
|
-ruby)
|
|
RUBY=1
|
|
;;
|
|
-lua)
|
|
LUA=1
|
|
;;
|
|
-prepare_build)
|
|
# Not documented, meant to ease hacking on this script, by avoiding
|
|
# downloads over and over again.
|
|
prepare_build
|
|
[ -z "$clean" ] && clean=0
|
|
;;
|
|
-skip_clean)
|
|
clean=0
|
|
;;
|
|
-prebuild_script)
|
|
PREBUILD_SCRIPT="$2"
|
|
shift
|
|
;;
|
|
-build)
|
|
# So here I am thinking that using Alpine was going to give the biggest
|
|
# savings in image size. Alpine starts at about 5MB. Built this image,
|
|
# and it's about 8MB. Looking good. Install two versions of vanilla
|
|
# vim, 300MB wtf!!! Each run of this script without cleaning up created
|
|
# a layer with all of the build dependencies. So now, this script
|
|
# expects a -build flag to signal the start of a build. This way,
|
|
# installing all Vim versions becomes one layer.
|
|
# Side note: tried docker-squash and it didn't seem to do anything.
|
|
echo "=== building: NAME=$NAME, TAG=$TAG, PYTHON=${PYTHON2}${PYTHON3}, RUBY=$RUBY, LUA=$LUA, FLAVOR=$FLAVOR ==="
|
|
prepare_build
|
|
build
|
|
init_vars
|
|
[ -z "$clean" ] && clean=1
|
|
;;
|
|
*)
|
|
CONFIGURE_OPTIONS="$CONFIGURE_OPTIONS $1"
|
|
;;
|
|
esac
|
|
|
|
shift
|
|
done
|
|
|
|
if [ "$clean" = 0 ]; then
|
|
echo "NOTE: skipping cleanup."
|
|
else
|
|
echo "Pruning packages and dirs.."
|
|
if [ -n "$APK_BUILD_DEPS" ]; then
|
|
# shellcheck disable=SC2086
|
|
apk del $APK_BUILD_DEPS
|
|
APK_BUILD_DEPS=
|
|
fi
|
|
rm -rf /vim/*
|
|
rm -rf /var/cache/apk/* /tmp/* /var/tmp/* /root/.cache
|
|
find / \( -name '*.pyc' -o -name '*.pyo' \) -delete
|
|
|
|
# Luarocks used for Neovim.
|
|
rm -f /usr/local/bin/luarocks*
|
|
rm -rf /usr/local/share/lua/5*/luarocks
|
|
rm -rf /usr/local/etc/luarocks*
|
|
fi
|