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diff --git a/python-wst.spec b/python-wst.spec new file mode 100644 index 0000000..cb27a13 --- /dev/null +++ b/python-wst.spec @@ -0,0 +1,715 @@ +%global _empty_manifest_terminate_build 0 +Name: python-wst +Version: 1.0.18 +Release: 1 +Summary: A lightweight tool for managing a workspace of repositories +License: BSD +URL: https://pypi.org/project/wst/ +Source0: https://mirrors.aliyun.com/pypi/web/packages/32/86/9751c5378df3ba6cb579c19d21af45640622e357b84ded43fa75e180b436/wst-1.0.18.tar.gz +BuildArch: noarch + +Requires: python3-PyYAML + +%description +# Workspace tool +`ws` is a lightweight tool for managing a collection of code repositories. It is +intended to handle coarse dependencies between projects, building multiple +projects in the right order and passing the correct flags to each (such as +`PKG_CONFIG_PATH` and similar). It is not intended to be a full-fledged build +system, but instead should merely build each project in the right order and with +the right environment glue. Everything it does can be done by-hand, so rather +than a replacing existing build tools, it merely automates the tedious task of +manually specifying `--prefix`, setting env vars, and rebuilding projects in the +right order when they change. + +Inside each workspace, projects are installed inside a localized `install` +directory so that no installations ever leak out of a workspace. Projects +dependent on other projects automatically link to the other projects' install +directories by setting `PKG_CONFIG_PATH`, `LD_LIBRARY_PATH`, and everything else +necessary. + +Note that `ws` does not directly handle source code syncing. That job is left to +[repo](https://code.google.com/archive/p/git-repo/) and similar tools. + +## Dependencies +`ws` depends on the Python 3 PyYAML, which you can get either with `sudo apt +install python3-yaml` or via `pip3 install -r requirements.txt` from the top of +the repository. + +## Installing +To install `ws`, you can use the `setup.py` script at the top level of the +repository: `python3 setup.py install <add any custom options here>`. You can +also use pip: `pip3 install .` from the top of the repository. Finally, if you +want the installed `ws` to directly symlink into your source directory instead +of being a one-time copy of the code, use `pip3 install -e .`, which activates +pip "developer mode". This way, code changes immediately take effect without +re-running the install step. + +## ws +The `ws` script is the main point of interaction with your workspaces. It +assumes you have already synced a bunch of code using `repo` or some other tool +and, unless you use special options, it assumes you are currently somewhere +inside the root of the source that `ws` manages. However, you can be anywhere +inside that tree and do not have to be at the top of it. + +The normal workflow for `ws` is as follows: + +``` +repo init -u MANIFEST-REPO-URL +repo sync +ws init -s repo +ws build +``` + +By default, `ws init` will look for a file called `ws-manifest.yaml` at the root +of the repository containing the `git-repo` manifest (the one we passed `-u` +into when we called `repo init`). This file contains dependency and build system +information for the projects that `ws` manages. Note that `ws` does not have to +manage all the same projects that `repo` manages, but it can. The full format +for `ws-manifest.yaml` is at the bottom of the README. + +If you don't use the `git-repo` tool, you can instead pass in your own ws +manifest via `ws init -s fs -m`. This lets you manage the manifest however you +like (e.g. submodules, or manually). + +## bash-completion +If you like bash-completions and typing things fast, you can do: +``` +. bash-completion/ws +``` +And get auto-completion for ws commands. + +### ws init +When you run `ws init`, ws creates a `.ws` directory in the current working +directory. This directory can contain multiple workspaces, but there is always +a default workspace, which is the one that gets used if you don't specify an +alternate workspace with the `-w` option. One reason to create multiple +workspaces is to manage multiple build configurations, such as separate debug +and release builds. However, all workspaces in the same `.ws` directory will +still operate on the same source code (the repositories configured in +`ws-manifest.yaml`). + +If you wish to create multiple workspaces, you can use `ws init` with an +argument to do so. For example, `ws init new` would create a new workspace +called `new`. However, it would not be used by default until you run `ws +default new`. That said, you can also use `-w` to operate on it (e.g. `ws -w +new build`). + +If you specify `-m`, you can manually point to a `ws-manifest.yaml` to use. By +default, this is relative to a repository containing a git-repo manifest (e.g. +if you have a `.repo` directory after running `repo init`, then it is relative +to `.repo/manifests`). If you specify `-s fs`, then it can point +anywhere on the filesystem instead. + +### ws default +`ws default` is used to change the default workspace (the one used when you +don't specify a `-w` option). + +### ws build +`ws build` is the main command you run. If you specify no arguments, it will +build every project that repo knows about. If you instead specify a project or +list of projects, it will build only those, plus any dependencies of them. +Additionally, `ws` will checksum the source code on a per-repo basis and avoid +rebuilding anything that hasn't changed. The checksumming logic uses git for +speed and reliability, so source managed by `ws` has to use git. + +### ws clean +`ws clean` cleans the specified projects, or all projects if no arguments +are given. By default, it just runs the clean command for the underlying build +system (meson, cmake, etc.). If you also use the `-f/--force` switch, it will +instead remove the entire build directory instead of trusting the underlying +build system. + +### ws env +`ws env` allows you to enter the build environment for a given project. If given +no arguments, it gives you an interactive shell inside the build directory for +the project. If given arguments, it instead runs the specified command from that +directory. In both cases, it sets up the right build enviroment so build +commands you might use will work correctly and you can inspect if something +seems wrong. + +An example use of `ws env` is to manually build something or to tweak the build +configuration of a given project in a way that `ws` doesn't know how to handle. + +### ws test +`ws test` allows you to run unit tests on a project that you built. The tests +are configured in the `ws` manifest file and can be any set of arbitrary +commands. The tests will be run from the build directory of the project as if +you had run `ws env -b PROJECT TEST`. + +The `cwd` paremeter to the tests allows tests to run in an alternate directory +that the build directory. Any of the template variables listed below can be used +for this. + +### ws config +`ws config` sets either workspace-wide or per-project configuration settings. +The following settings are supported: + +Workspace-wide settings: +- `type`: `debug` or `release`. This specifies the workspace build type. + +Per-project settings: +- `enable`: sets whether or not to build the given project. Typically you want to + build everything, but you might satisfy a particular dependency from the + distro, or manually build and install it outside of the workspace. +- `args`: sets build arguments for a particular project, which get directly passed + to the builder (e.g. `cmake` or `meson`). An example would be passing `-D + KEY=VAL` to set a preprocessor variable. + + +## ws manifest +The `ws` manifest is a YAML file specifying a few things about the projects `ws` +manages: +- What build system they use (currently supports `meson`, `cmake`, and + `setuptools`). +- What dependencies they have on other projects managed by `ws`. +- Any special environment variables they need. +- Any special builder options needed (e.g. `-DCMAKE_` type of options). These + options are passed straight through into each build system without + modification. +- Any other manifests that should be included. Include paths can be absolute or + relative. If they are relative, they are interpreted relative to the parent + directory of the including manifest. Directories can also be included, in + which case every manifest file in the directory file is included. +- Any search paths to search for manifests listed in "include". Can be either + absolute or relative. If relative, it's relative to the parent directory of + this manifest. + +The syntax is as follows: +``` +include: + - some-other-manifest.yaml + - some-directory-of-manifests + +search-path: + - ../projects # a directory containing manifests + +projects: + some-project: + build: meson + deps: + - gstreamer + - ... + targets: + - docs + - install + env: + GST_PLUGIN_PATH: ${LIBDIR}/gstreamer-1.0 + tests: + - some test command here + - some other test command here + - cwd: ${SRCDIR} + cmds: + - these commands + - will be run from the source directory + - instead of the build directory + + gstreamer: + build: meson + args: + - -D gtk_doc=disabled +``` + +In this case, `some-project` builds with `meson`, and requires `gstreamer` and +some other dependencies. In order to find gstreamer plugins, it needs +`GST_PLUGIN_PATH` set. It uses template syntax to refer to `${LIBDIR}`, which will +be filled in with the library path for the project. + +Here is the complete list of usable template variables: +``` +- ${BUILDDIR}: the project build directory +- ${SRCDIR}: the project source directory (top of the project's git repository) +- ${LIBDIR}: the library path for the project (what `LD_LIBRARY_PATH` will be + set to for the project's build environment. +- ${PREFIX}: the project's prefix (what you would pass to `--prefix`). +``` + + + + +%package -n python3-wst +Summary: A lightweight tool for managing a workspace of repositories +Provides: python-wst +BuildRequires: python3-devel +BuildRequires: python3-setuptools +BuildRequires: python3-pip +%description -n python3-wst +# Workspace tool +`ws` is a lightweight tool for managing a collection of code repositories. It is +intended to handle coarse dependencies between projects, building multiple +projects in the right order and passing the correct flags to each (such as +`PKG_CONFIG_PATH` and similar). It is not intended to be a full-fledged build +system, but instead should merely build each project in the right order and with +the right environment glue. Everything it does can be done by-hand, so rather +than a replacing existing build tools, it merely automates the tedious task of +manually specifying `--prefix`, setting env vars, and rebuilding projects in the +right order when they change. + +Inside each workspace, projects are installed inside a localized `install` +directory so that no installations ever leak out of a workspace. Projects +dependent on other projects automatically link to the other projects' install +directories by setting `PKG_CONFIG_PATH`, `LD_LIBRARY_PATH`, and everything else +necessary. + +Note that `ws` does not directly handle source code syncing. That job is left to +[repo](https://code.google.com/archive/p/git-repo/) and similar tools. + +## Dependencies +`ws` depends on the Python 3 PyYAML, which you can get either with `sudo apt +install python3-yaml` or via `pip3 install -r requirements.txt` from the top of +the repository. + +## Installing +To install `ws`, you can use the `setup.py` script at the top level of the +repository: `python3 setup.py install <add any custom options here>`. You can +also use pip: `pip3 install .` from the top of the repository. Finally, if you +want the installed `ws` to directly symlink into your source directory instead +of being a one-time copy of the code, use `pip3 install -e .`, which activates +pip "developer mode". This way, code changes immediately take effect without +re-running the install step. + +## ws +The `ws` script is the main point of interaction with your workspaces. It +assumes you have already synced a bunch of code using `repo` or some other tool +and, unless you use special options, it assumes you are currently somewhere +inside the root of the source that `ws` manages. However, you can be anywhere +inside that tree and do not have to be at the top of it. + +The normal workflow for `ws` is as follows: + +``` +repo init -u MANIFEST-REPO-URL +repo sync +ws init -s repo +ws build +``` + +By default, `ws init` will look for a file called `ws-manifest.yaml` at the root +of the repository containing the `git-repo` manifest (the one we passed `-u` +into when we called `repo init`). This file contains dependency and build system +information for the projects that `ws` manages. Note that `ws` does not have to +manage all the same projects that `repo` manages, but it can. The full format +for `ws-manifest.yaml` is at the bottom of the README. + +If you don't use the `git-repo` tool, you can instead pass in your own ws +manifest via `ws init -s fs -m`. This lets you manage the manifest however you +like (e.g. submodules, or manually). + +## bash-completion +If you like bash-completions and typing things fast, you can do: +``` +. bash-completion/ws +``` +And get auto-completion for ws commands. + +### ws init +When you run `ws init`, ws creates a `.ws` directory in the current working +directory. This directory can contain multiple workspaces, but there is always +a default workspace, which is the one that gets used if you don't specify an +alternate workspace with the `-w` option. One reason to create multiple +workspaces is to manage multiple build configurations, such as separate debug +and release builds. However, all workspaces in the same `.ws` directory will +still operate on the same source code (the repositories configured in +`ws-manifest.yaml`). + +If you wish to create multiple workspaces, you can use `ws init` with an +argument to do so. For example, `ws init new` would create a new workspace +called `new`. However, it would not be used by default until you run `ws +default new`. That said, you can also use `-w` to operate on it (e.g. `ws -w +new build`). + +If you specify `-m`, you can manually point to a `ws-manifest.yaml` to use. By +default, this is relative to a repository containing a git-repo manifest (e.g. +if you have a `.repo` directory after running `repo init`, then it is relative +to `.repo/manifests`). If you specify `-s fs`, then it can point +anywhere on the filesystem instead. + +### ws default +`ws default` is used to change the default workspace (the one used when you +don't specify a `-w` option). + +### ws build +`ws build` is the main command you run. If you specify no arguments, it will +build every project that repo knows about. If you instead specify a project or +list of projects, it will build only those, plus any dependencies of them. +Additionally, `ws` will checksum the source code on a per-repo basis and avoid +rebuilding anything that hasn't changed. The checksumming logic uses git for +speed and reliability, so source managed by `ws` has to use git. + +### ws clean +`ws clean` cleans the specified projects, or all projects if no arguments +are given. By default, it just runs the clean command for the underlying build +system (meson, cmake, etc.). If you also use the `-f/--force` switch, it will +instead remove the entire build directory instead of trusting the underlying +build system. + +### ws env +`ws env` allows you to enter the build environment for a given project. If given +no arguments, it gives you an interactive shell inside the build directory for +the project. If given arguments, it instead runs the specified command from that +directory. In both cases, it sets up the right build enviroment so build +commands you might use will work correctly and you can inspect if something +seems wrong. + +An example use of `ws env` is to manually build something or to tweak the build +configuration of a given project in a way that `ws` doesn't know how to handle. + +### ws test +`ws test` allows you to run unit tests on a project that you built. The tests +are configured in the `ws` manifest file and can be any set of arbitrary +commands. The tests will be run from the build directory of the project as if +you had run `ws env -b PROJECT TEST`. + +The `cwd` paremeter to the tests allows tests to run in an alternate directory +that the build directory. Any of the template variables listed below can be used +for this. + +### ws config +`ws config` sets either workspace-wide or per-project configuration settings. +The following settings are supported: + +Workspace-wide settings: +- `type`: `debug` or `release`. This specifies the workspace build type. + +Per-project settings: +- `enable`: sets whether or not to build the given project. Typically you want to + build everything, but you might satisfy a particular dependency from the + distro, or manually build and install it outside of the workspace. +- `args`: sets build arguments for a particular project, which get directly passed + to the builder (e.g. `cmake` or `meson`). An example would be passing `-D + KEY=VAL` to set a preprocessor variable. + + +## ws manifest +The `ws` manifest is a YAML file specifying a few things about the projects `ws` +manages: +- What build system they use (currently supports `meson`, `cmake`, and + `setuptools`). +- What dependencies they have on other projects managed by `ws`. +- Any special environment variables they need. +- Any special builder options needed (e.g. `-DCMAKE_` type of options). These + options are passed straight through into each build system without + modification. +- Any other manifests that should be included. Include paths can be absolute or + relative. If they are relative, they are interpreted relative to the parent + directory of the including manifest. Directories can also be included, in + which case every manifest file in the directory file is included. +- Any search paths to search for manifests listed in "include". Can be either + absolute or relative. If relative, it's relative to the parent directory of + this manifest. + +The syntax is as follows: +``` +include: + - some-other-manifest.yaml + - some-directory-of-manifests + +search-path: + - ../projects # a directory containing manifests + +projects: + some-project: + build: meson + deps: + - gstreamer + - ... + targets: + - docs + - install + env: + GST_PLUGIN_PATH: ${LIBDIR}/gstreamer-1.0 + tests: + - some test command here + - some other test command here + - cwd: ${SRCDIR} + cmds: + - these commands + - will be run from the source directory + - instead of the build directory + + gstreamer: + build: meson + args: + - -D gtk_doc=disabled +``` + +In this case, `some-project` builds with `meson`, and requires `gstreamer` and +some other dependencies. In order to find gstreamer plugins, it needs +`GST_PLUGIN_PATH` set. It uses template syntax to refer to `${LIBDIR}`, which will +be filled in with the library path for the project. + +Here is the complete list of usable template variables: +``` +- ${BUILDDIR}: the project build directory +- ${SRCDIR}: the project source directory (top of the project's git repository) +- ${LIBDIR}: the library path for the project (what `LD_LIBRARY_PATH` will be + set to for the project's build environment. +- ${PREFIX}: the project's prefix (what you would pass to `--prefix`). +``` + + + + +%package help +Summary: Development documents and examples for wst +Provides: python3-wst-doc +%description help +# Workspace tool +`ws` is a lightweight tool for managing a collection of code repositories. It is +intended to handle coarse dependencies between projects, building multiple +projects in the right order and passing the correct flags to each (such as +`PKG_CONFIG_PATH` and similar). It is not intended to be a full-fledged build +system, but instead should merely build each project in the right order and with +the right environment glue. Everything it does can be done by-hand, so rather +than a replacing existing build tools, it merely automates the tedious task of +manually specifying `--prefix`, setting env vars, and rebuilding projects in the +right order when they change. + +Inside each workspace, projects are installed inside a localized `install` +directory so that no installations ever leak out of a workspace. Projects +dependent on other projects automatically link to the other projects' install +directories by setting `PKG_CONFIG_PATH`, `LD_LIBRARY_PATH`, and everything else +necessary. + +Note that `ws` does not directly handle source code syncing. That job is left to +[repo](https://code.google.com/archive/p/git-repo/) and similar tools. + +## Dependencies +`ws` depends on the Python 3 PyYAML, which you can get either with `sudo apt +install python3-yaml` or via `pip3 install -r requirements.txt` from the top of +the repository. + +## Installing +To install `ws`, you can use the `setup.py` script at the top level of the +repository: `python3 setup.py install <add any custom options here>`. You can +also use pip: `pip3 install .` from the top of the repository. Finally, if you +want the installed `ws` to directly symlink into your source directory instead +of being a one-time copy of the code, use `pip3 install -e .`, which activates +pip "developer mode". This way, code changes immediately take effect without +re-running the install step. + +## ws +The `ws` script is the main point of interaction with your workspaces. It +assumes you have already synced a bunch of code using `repo` or some other tool +and, unless you use special options, it assumes you are currently somewhere +inside the root of the source that `ws` manages. However, you can be anywhere +inside that tree and do not have to be at the top of it. + +The normal workflow for `ws` is as follows: + +``` +repo init -u MANIFEST-REPO-URL +repo sync +ws init -s repo +ws build +``` + +By default, `ws init` will look for a file called `ws-manifest.yaml` at the root +of the repository containing the `git-repo` manifest (the one we passed `-u` +into when we called `repo init`). This file contains dependency and build system +information for the projects that `ws` manages. Note that `ws` does not have to +manage all the same projects that `repo` manages, but it can. The full format +for `ws-manifest.yaml` is at the bottom of the README. + +If you don't use the `git-repo` tool, you can instead pass in your own ws +manifest via `ws init -s fs -m`. This lets you manage the manifest however you +like (e.g. submodules, or manually). + +## bash-completion +If you like bash-completions and typing things fast, you can do: +``` +. bash-completion/ws +``` +And get auto-completion for ws commands. + +### ws init +When you run `ws init`, ws creates a `.ws` directory in the current working +directory. This directory can contain multiple workspaces, but there is always +a default workspace, which is the one that gets used if you don't specify an +alternate workspace with the `-w` option. One reason to create multiple +workspaces is to manage multiple build configurations, such as separate debug +and release builds. However, all workspaces in the same `.ws` directory will +still operate on the same source code (the repositories configured in +`ws-manifest.yaml`). + +If you wish to create multiple workspaces, you can use `ws init` with an +argument to do so. For example, `ws init new` would create a new workspace +called `new`. However, it would not be used by default until you run `ws +default new`. That said, you can also use `-w` to operate on it (e.g. `ws -w +new build`). + +If you specify `-m`, you can manually point to a `ws-manifest.yaml` to use. By +default, this is relative to a repository containing a git-repo manifest (e.g. +if you have a `.repo` directory after running `repo init`, then it is relative +to `.repo/manifests`). If you specify `-s fs`, then it can point +anywhere on the filesystem instead. + +### ws default +`ws default` is used to change the default workspace (the one used when you +don't specify a `-w` option). + +### ws build +`ws build` is the main command you run. If you specify no arguments, it will +build every project that repo knows about. If you instead specify a project or +list of projects, it will build only those, plus any dependencies of them. +Additionally, `ws` will checksum the source code on a per-repo basis and avoid +rebuilding anything that hasn't changed. The checksumming logic uses git for +speed and reliability, so source managed by `ws` has to use git. + +### ws clean +`ws clean` cleans the specified projects, or all projects if no arguments +are given. By default, it just runs the clean command for the underlying build +system (meson, cmake, etc.). If you also use the `-f/--force` switch, it will +instead remove the entire build directory instead of trusting the underlying +build system. + +### ws env +`ws env` allows you to enter the build environment for a given project. If given +no arguments, it gives you an interactive shell inside the build directory for +the project. If given arguments, it instead runs the specified command from that +directory. In both cases, it sets up the right build enviroment so build +commands you might use will work correctly and you can inspect if something +seems wrong. + +An example use of `ws env` is to manually build something or to tweak the build +configuration of a given project in a way that `ws` doesn't know how to handle. + +### ws test +`ws test` allows you to run unit tests on a project that you built. The tests +are configured in the `ws` manifest file and can be any set of arbitrary +commands. The tests will be run from the build directory of the project as if +you had run `ws env -b PROJECT TEST`. + +The `cwd` paremeter to the tests allows tests to run in an alternate directory +that the build directory. Any of the template variables listed below can be used +for this. + +### ws config +`ws config` sets either workspace-wide or per-project configuration settings. +The following settings are supported: + +Workspace-wide settings: +- `type`: `debug` or `release`. This specifies the workspace build type. + +Per-project settings: +- `enable`: sets whether or not to build the given project. Typically you want to + build everything, but you might satisfy a particular dependency from the + distro, or manually build and install it outside of the workspace. +- `args`: sets build arguments for a particular project, which get directly passed + to the builder (e.g. `cmake` or `meson`). An example would be passing `-D + KEY=VAL` to set a preprocessor variable. + + +## ws manifest +The `ws` manifest is a YAML file specifying a few things about the projects `ws` +manages: +- What build system they use (currently supports `meson`, `cmake`, and + `setuptools`). +- What dependencies they have on other projects managed by `ws`. +- Any special environment variables they need. +- Any special builder options needed (e.g. `-DCMAKE_` type of options). These + options are passed straight through into each build system without + modification. +- Any other manifests that should be included. Include paths can be absolute or + relative. If they are relative, they are interpreted relative to the parent + directory of the including manifest. Directories can also be included, in + which case every manifest file in the directory file is included. +- Any search paths to search for manifests listed in "include". Can be either + absolute or relative. If relative, it's relative to the parent directory of + this manifest. + +The syntax is as follows: +``` +include: + - some-other-manifest.yaml + - some-directory-of-manifests + +search-path: + - ../projects # a directory containing manifests + +projects: + some-project: + build: meson + deps: + - gstreamer + - ... + targets: + - docs + - install + env: + GST_PLUGIN_PATH: ${LIBDIR}/gstreamer-1.0 + tests: + - some test command here + - some other test command here + - cwd: ${SRCDIR} + cmds: + - these commands + - will be run from the source directory + - instead of the build directory + + gstreamer: + build: meson + args: + - -D gtk_doc=disabled +``` + +In this case, `some-project` builds with `meson`, and requires `gstreamer` and +some other dependencies. In order to find gstreamer plugins, it needs +`GST_PLUGIN_PATH` set. It uses template syntax to refer to `${LIBDIR}`, which will +be filled in with the library path for the project. + +Here is the complete list of usable template variables: +``` +- ${BUILDDIR}: the project build directory +- ${SRCDIR}: the project source directory (top of the project's git repository) +- ${LIBDIR}: the library path for the project (what `LD_LIBRARY_PATH` will be + set to for the project's build environment. +- ${PREFIX}: the project's prefix (what you would pass to `--prefix`). +``` + + + + +%prep +%autosetup -n wst-1.0.18 + +%build +%py3_build + +%install +%py3_install +install -d -m755 %{buildroot}/%{_pkgdocdir} +if [ -d doc ]; then cp -arf doc %{buildroot}/%{_pkgdocdir}; fi +if [ -d docs ]; then cp -arf docs %{buildroot}/%{_pkgdocdir}; fi +if [ -d example ]; then cp -arf example %{buildroot}/%{_pkgdocdir}; fi +if [ -d examples ]; then cp -arf examples %{buildroot}/%{_pkgdocdir}; fi +pushd %{buildroot} +if [ -d usr/lib ]; then + find usr/lib -type f -printf "\"/%h/%f\"\n" >> filelist.lst +fi +if [ -d usr/lib64 ]; then + find usr/lib64 -type f -printf "\"/%h/%f\"\n" >> filelist.lst +fi +if [ -d usr/bin ]; then + find usr/bin -type f -printf "\"/%h/%f\"\n" >> filelist.lst +fi +if [ -d usr/sbin ]; then + find usr/sbin -type f -printf "\"/%h/%f\"\n" >> filelist.lst +fi +touch doclist.lst +if [ -d usr/share/man ]; then + find usr/share/man -type f -printf "\"/%h/%f.gz\"\n" >> doclist.lst +fi +popd +mv %{buildroot}/filelist.lst . +mv %{buildroot}/doclist.lst . + +%files -n python3-wst -f filelist.lst +%dir %{python3_sitelib}/* + +%files help -f doclist.lst +%{_docdir}/* + +%changelog +* Tue Jun 20 2023 Python_Bot <Python_Bot@openeuler.org> - 1.0.18-1 +- Package Spec generated |