Update GitLab CI script
Changes SHA detection to find the start of the MR and makes check_coding return non-zero when formatting changes needed
This commit is contained in:
Ian McInerney
Seth Hillbrand
parent
581dc81358
commit
f0c386f5dd
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@ -1,5 +1,13 @@
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before_script:
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- apt-get update -qq -y && apt-get install -y -qq clang-format git
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# We must manually add the KiCad remote to ensure it is named sensibly
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- git remote add product https://gitlab.com/kicad/code/kicad.git
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- git fetch -n product
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- git fetch -n origin
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# Get the SHAs of the commits
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- "TARGET_HEAD_SHA=$(git rev-parse product/${CI_MERGE_REQUEST_TARGET_BRANCH_NAME})"
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- "SOURCE_HEAD_SHA=$(git rev-parse origin/${CI_MERGE_REQUEST_SOURCE_BRANCH_NAME})"
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- "MERGE_BASE_SHA=$(git merge-base ${TARGET_HEAD_SHA} ${SOURCE_HEAD_SHA})"
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# The variable CI_COMMIT_BEFORE_SHA is not available in normal merge requests
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# so we must build the commit hash ourselves, see:
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@ -7,9 +15,7 @@ before_script:
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test_formatting:
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stage: test
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script:
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- git fetch -n origin
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- "TARGET_SHA=$(git rev-parse origin/$CI_MERGE_REQUEST_TARGET_BRANCH_NAME)"
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- echo "Testing formatting from commit $TARGET_SHA"
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- ./tools/check_coding.sh --diff --commit $TARGET_SHA
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- echo "Testing formatting from commit ${MERGE_BASE_SHA}"
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- ./tools/check_coding.sh --diff --ci --commit ${MERGE_BASE_SHA}
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only:
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- merge_requests
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72
INSTALL.txt
72
INSTALL.txt
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@ -3,55 +3,54 @@ KiCad installation
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The parts of KiCad
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------------------
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KiCad consists of 3 packages:
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KiCad consists of 3 components:
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kicad - KiCad programs and core files.
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kicad-doc - Documentation and interactive help (optional package).
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kicad-library - KiCad schematic, pcb & 3D-model libraries (optional package).
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This repository contains the source code for the main KiCad programs. The documentation
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and library sources are available at https://gitlab.com/kicad
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Installation from binary packages
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---------------------------------
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KiCad binary packages exist for Linux and Windows (XP, 2000).
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Compiled KiCad binaries exist for Windows (7, 8.1, 10), Mac OS (10.12+) and several
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Linux distributions (Fedora, Debian, Ubuntu, Arch). These are available from the
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main KiCad website: https://kicad-pcb.org/download/
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Data files (schematic, boards, libraries) are compatible with all platforms.
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*.zip - KiCad packages for Windows.
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*.tbz2 - KiCad for Linux.
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Installation from binary packages for Windows
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---------------------------------------------
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The KiCad binary archive can be installed anywhere on the system that as long as the user
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has write privileges.
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You can create a shortcut to '${prefix}\bin\kicad.exe' where ${prefix} is the install path.
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KiCad can be installed anywhere on the system as long as the user has write privileges.
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Pre-made installers are available on the KiCad website: https://kicad-pcb.org/download/windows/
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Installation from binary packages for Linux
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-------------------------------------------
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KiCad can be installed in '/usr' or '/usr/local'. You must have "root" access for installation.
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cd /
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tar -xjf kicad-{version}.tbz2
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tar -xjf kicad-doc-{version}.tbz2
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tar -xjf kicad-library-{version}.tbz2
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The main program is '/usr/bin/kicad'.
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KiCad comes packaged on many Linux platforms including Debian, Fedora, Ubuntu and Arch,
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and is available in their respective package repositories. More information can be found on
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the platform's page at https://kicad-pcb.org/download/
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Linux and Windows KiCad install tree
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Linux install tree
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-------------------------------------
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The default locations KiCad uses to install its components on Linux are:
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${prefix}/bin - Binaries (executable files).
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${prefix}/lib/kicad - Shared libraries
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${prefix}/share/doc/kicad/ - Various documentation.
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${prefix}/share/doc/kicad/help - Interactive help.
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${prefix}/share/kicad/demos - Sample schematics and printed boards.
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${prefix}/share/kicad/internat - Dictionaries for interface localization.
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${prefix}/share/kicad/library - Interface localization files.
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${prefix}/share/kicad/template - Template projects and sheets.
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${prefix}/share/kicad/library - Symbol libraries.
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${prefix}/share/kicad/modules - Module libraries for printed boards.
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${prefix}/share/kicad/modules/packages3d - 3D component models (.wrl and .step format).
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@ -81,6 +80,7 @@ Warning:
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These paths are hardcoded into KiCad, if you put them somewhere else KiCad will not find
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them when a new project is created.
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Installation from source code
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-----------------------------
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@ -90,11 +90,9 @@ Some dependencies must be satisfied for the correct installation of KiCad:
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wxWidgets >= 3.0.0 http://www.wxwidgets.org/
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CMake >= 2.8.4 http://www.cmake.org/
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CMake >= 3.0.2 http://www.cmake.org/
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Boost C++ Libraries: >= 1.54 http://www.boost.org/
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files used by kicad are autmatically downloaded and patched if needed
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from boost site.
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Boost C++ Libraries: >= 1.59 http://www.boost.org/
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OpenGL >= 2.1
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Linux: Mesa 3D Graphics Library http://www.mesa3d.org/
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@ -102,7 +100,7 @@ OpenGL >= 2.1
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Zlib Compression Library http://www.zlib.net/
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cairo http://cairographics.org/
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cairo >= 1.12 http://cairographics.org/
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GLEW http://glew.sourceforge.net/
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@ -124,29 +122,13 @@ SWIG >= 3.0 (optional) http://swig.org/
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libngspice (optional) http://ngspice.sourceforge.net/
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One of:
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OCE >= 0.16 (optional) https://github.com/tpaviot/oce
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In source-tree-build are mostly unwanted, so make a subdir called "build" and
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change to it.
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OCC >= 6.8.0 (optiona) https://www.opencascade.com/content/latest-release
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Call cmake with the path to KiCad. E.g., when your build-folder is "build"
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within source-tree, type "cmake ../".
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Now your system get checked if it is able compiling KiCad and cmake generates
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the Makefiles.
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After calling cmake just type "make" and build begins.
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It is easy to build only a specific binary such as pcbnew alone:
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make pcbnew
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After "make" type "make install" and install begins.
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You may install to a temporary-root with
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make install DESTDIR=<temproot>
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If you want to uninstall KiCad again type "make uninstall" from within the
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build directory.
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Complete documentation for building from source can be found in the developer
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documentation located in Documentation/development/compiling.md
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Important parameters to cmake
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@ -33,6 +33,7 @@ usage='usage: check_coding.sh [<options>] [--]
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--cached Re-format changes currently staged for commit (default)
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--amend Re-format changes made in the previous commit
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--commit <commit-rev> Re-format changes made since commit-rev
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--ci Run in CI mode to return non-zero when there are formatting errors
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'
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help="$usage"'
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@ -48,6 +49,7 @@ die() {
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}
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# Parse command-line arguments.
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ci=false
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diff=false
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mode='cached'
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@ -60,6 +62,7 @@ while test "$#" != 0; do
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format_ref_commit="$2"
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shift
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;;
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--ci) ci=true ;;
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--) shift ; break ;;
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-*) die "$usage" ;;
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*) break ;;
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@ -104,6 +107,14 @@ else
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format_command="git clang-format ${format_commit}"
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fi
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if [ "${ci}" = true ]; then
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# In CI mode we want to set the return value based on modifications (1 = modifications
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# needed, 0 = no modifications). We must capture the output to do this (since git clang-format
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# will always return 0). By capturing the output, we break the terminal coloring, so we hide
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# this inside a special CI mode.
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format_results="$( \
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${git_list_files} |
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# Filter sources with the formatting attribute set
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@ -115,3 +126,28 @@ ${git_list_files} |
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# Apply the formatting command
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xargs ${format_command}
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)"
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echo "$format_results"
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# Read the results to see if modifications have been requested
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if [[ $format_results == "no modified files to format" ]] \
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|| [[ $format_results == "clang-format did not modify any files" ]];
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then
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true
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else
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false
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fi
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else
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${git_list_files} |
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# Filter sources with the formatting attribute set
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git check-attr ${format_attribute} --stdin |
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# output only the file names
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grep ": set$" |
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cut -d: -f1 |
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# Apply the formatting command
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xargs ${format_command}
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fi
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