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Wildcard Match provides an enhanced fnmatch, glob, and pathlib library in order to provide file matching and globbing that more closely follows the features found in Bash. In some ways these libraries are similar to Python's builtin libraries as they provide a similar interface to match, filter, and glob the file system. But they also include a number of features found in Bash's globbing such as backslash escaping, brace expansion, extended glob pattern groups, etc. They also add a number of new useful functions as well, such as globmatch which functions like fnmatch, but for paths. WWW: https://pypi.org/project/wcmatch/
2021-02-27 13:28:21 +01:00
PORTNAME= wcmatch
textproc/py-wcmatch: update to 8.4.1 The upstream package nolonger uses python setuptools, instead building a wheel using hatchling. There is no build target to install the python module directly -- the generated wheel has to be processed by pip. Indeed, with the PEP-517 support in recent versions of pip, the whole package can be built and installed in one commandline using pip. There are two approaches here: * maintain our own setup.py etc. to recreate the setuptools support from older versions -- an approach taken in textproc/py-pymdown-extensions, which is another package by the same upstream author with similar tooling. * alternatively, embrace the new python build system, using hatchling to create a python wheel and pip to install it to staging. I chose the latter, but it is trickier than it seems. pip is not really designed for installing to a staging location as required when building a port. pip options for manipulating the installation prefix (--root, --prefix) pollute the installed _pycache_ files with the staging directory path. In fact, this only works at all, because everything in this package is installed under PYTHON_SITELIBDIR and we can set the `--target` option to ${STAGING}${PYTHON_SITELIBDIR} to achive the desired effect. The PEP-517 ideal would be to use pip to build and install everything, and manage all the dependency resolution etc., but that's not compatible with port building. Fortunately, it is possible to turn off all of the unrequired functionality. It would be cleaner to implement a python module to directly convert wheels into FreeBSD pkgs, or vice-versa. Changes: https://github.com/facelessuser/wcmatch/releases/tag/8.4 Changes: https://github.com/facelessuser/wcmatch/releases/tag/8.4.1
2022-12-12 14:38:19 +01:00
PORTVERSION= 8.4.1
Wildcard Match provides an enhanced fnmatch, glob, and pathlib library in order to provide file matching and globbing that more closely follows the features found in Bash. In some ways these libraries are similar to Python's builtin libraries as they provide a similar interface to match, filter, and glob the file system. But they also include a number of features found in Bash's globbing such as backslash escaping, brace expansion, extended glob pattern groups, etc. They also add a number of new useful functions as well, such as globmatch which functions like fnmatch, but for paths. WWW: https://pypi.org/project/wcmatch/
2021-02-27 13:28:21 +01:00
CATEGORIES= textproc python
MASTER_SITES= CHEESESHOP
PKGNAMEPREFIX= ${PYTHON_PKGNAMEPREFIX}
MAINTAINER= matthew@FreeBSD.org
COMMENT= Wildcard/glob file name matcher
Add WWW entries to port Makefiles It has been common practice to have one or more URLs at the end of the ports' pkg-descr files, one per line and prefixed with "WWW:". These URLs should point at a project website or other relevant resources. Access to these URLs required processing of the pkg-descr files, and they have often become stale over time. If more than one such URL was present in a pkg-descr file, only the first one was tarnsfered into the port INDEX, but for many ports only the last line did contain the port specific URL to further information. There have been several proposals to make a project URL available as a macro in the ports' Makefiles, over time. This commit implements such a proposal and moves one of the WWW: entries of each pkg-descr file into the respective port's Makefile. A heuristic attempts to identify the most relevant URL in case there is more than one WWW: entry in some pkg-descr file. URLs that are not moved into the Makefile are prefixed with "See also:" instead of "WWW:" in the pkg-descr files in order to preserve them. There are 1256 ports that had no WWW: entries in pkg-descr files. These ports will not be touched in this commit. The portlint port has been adjusted to expect a WWW entry in each port Makefile, and to flag any remaining "WWW:" lines in pkg-descr files as deprecated. Approved by: portmgr (tcberner)
2022-09-07 23:06:12 +02:00
WWW= https://pypi.org/project/wcmatch/
Wildcard Match provides an enhanced fnmatch, glob, and pathlib library in order to provide file matching and globbing that more closely follows the features found in Bash. In some ways these libraries are similar to Python's builtin libraries as they provide a similar interface to match, filter, and glob the file system. But they also include a number of features found in Bash's globbing such as backslash escaping, brace expansion, extended glob pattern groups, etc. They also add a number of new useful functions as well, such as globmatch which functions like fnmatch, but for paths. WWW: https://pypi.org/project/wcmatch/
2021-02-27 13:28:21 +01:00
LICENSE= MIT
LICENSE_FILE= ${WRKSRC}/LICENSE.md
textproc/py-wcmatch: update to 8.4.1 The upstream package nolonger uses python setuptools, instead building a wheel using hatchling. There is no build target to install the python module directly -- the generated wheel has to be processed by pip. Indeed, with the PEP-517 support in recent versions of pip, the whole package can be built and installed in one commandline using pip. There are two approaches here: * maintain our own setup.py etc. to recreate the setuptools support from older versions -- an approach taken in textproc/py-pymdown-extensions, which is another package by the same upstream author with similar tooling. * alternatively, embrace the new python build system, using hatchling to create a python wheel and pip to install it to staging. I chose the latter, but it is trickier than it seems. pip is not really designed for installing to a staging location as required when building a port. pip options for manipulating the installation prefix (--root, --prefix) pollute the installed _pycache_ files with the staging directory path. In fact, this only works at all, because everything in this package is installed under PYTHON_SITELIBDIR and we can set the `--target` option to ${STAGING}${PYTHON_SITELIBDIR} to achive the desired effect. The PEP-517 ideal would be to use pip to build and install everything, and manage all the dependency resolution etc., but that's not compatible with port building. Fortunately, it is possible to turn off all of the unrequired functionality. It would be cleaner to implement a python module to directly convert wheels into FreeBSD pkgs, or vice-versa. Changes: https://github.com/facelessuser/wcmatch/releases/tag/8.4 Changes: https://github.com/facelessuser/wcmatch/releases/tag/8.4.1
2022-12-12 14:38:19 +01:00
BUILD_DEPENDS= ${PYTHON_PKGNAMEPREFIX}hatchling>=0.21.1:devel/py-hatchling@${PY_FLAVOR} \
${PYTHON_PKGNAMEPREFIX}pip>=22.2:devel/py-pip@${PY_FLAVOR}
textproc/py-wcmatch: bracex should be a RUN_DEPENDS instead of the BUILD_DEPENDS I originally had it as. PR: 261077 Reported by: bas at area536.com
2022-01-10 20:22:15 +01:00
RUN_DEPENDS= ${PYTHON_PKGNAMEPREFIX}bracex>=2.1.1:textproc/py-bracex@${PY_FLAVOR}
Wildcard Match provides an enhanced fnmatch, glob, and pathlib library in order to provide file matching and globbing that more closely follows the features found in Bash. In some ways these libraries are similar to Python's builtin libraries as they provide a similar interface to match, filter, and glob the file system. But they also include a number of features found in Bash's globbing such as backslash escaping, brace expansion, extended glob pattern groups, etc. They also add a number of new useful functions as well, such as globmatch which functions like fnmatch, but for paths. WWW: https://pypi.org/project/wcmatch/
2021-02-27 13:28:21 +01:00
TEST_DEPENDS= ${PYTHON_PKGNAMEPREFIX}pytest>0:devel/py-pytest@${PY_FLAVOR} \
${PYTHON_PKGNAMEPREFIX}pytest-cov>0:devel/py-pytest-cov@${PY_FLAVOR} \
${PYTHON_PKGNAMEPREFIX}coverage>0:devel/py-coverage@${PY_FLAVOR}
textproc/py-wcmatch: update to 8.4.1 The upstream package nolonger uses python setuptools, instead building a wheel using hatchling. There is no build target to install the python module directly -- the generated wheel has to be processed by pip. Indeed, with the PEP-517 support in recent versions of pip, the whole package can be built and installed in one commandline using pip. There are two approaches here: * maintain our own setup.py etc. to recreate the setuptools support from older versions -- an approach taken in textproc/py-pymdown-extensions, which is another package by the same upstream author with similar tooling. * alternatively, embrace the new python build system, using hatchling to create a python wheel and pip to install it to staging. I chose the latter, but it is trickier than it seems. pip is not really designed for installing to a staging location as required when building a port. pip options for manipulating the installation prefix (--root, --prefix) pollute the installed _pycache_ files with the staging directory path. In fact, this only works at all, because everything in this package is installed under PYTHON_SITELIBDIR and we can set the `--target` option to ${STAGING}${PYTHON_SITELIBDIR} to achive the desired effect. The PEP-517 ideal would be to use pip to build and install everything, and manage all the dependency resolution etc., but that's not compatible with port building. Fortunately, it is possible to turn off all of the unrequired functionality. It would be cleaner to implement a python module to directly convert wheels into FreeBSD pkgs, or vice-versa. Changes: https://github.com/facelessuser/wcmatch/releases/tag/8.4 Changes: https://github.com/facelessuser/wcmatch/releases/tag/8.4.1
2022-12-12 14:38:19 +01:00
USES= python:3.7+
USE_PYTHON= flavors
# PYTHON_EXT_SUFFIX could be used here, except that it is
# special-cased for python3.7 which we don't want.
PYCACHE_SUFFIX= .cpython-${PYTHON_SUFFIX}.pyc
PLIST_SUB+= PORTVERSION=${PORTVERSION} PYCACHE_SUFFIX=${PYCACHE_SUFFIX}
Wildcard Match provides an enhanced fnmatch, glob, and pathlib library in order to provide file matching and globbing that more closely follows the features found in Bash. In some ways these libraries are similar to Python's builtin libraries as they provide a similar interface to match, filter, and glob the file system. But they also include a number of features found in Bash's globbing such as backslash escaping, brace expansion, extended glob pattern groups, etc. They also add a number of new useful functions as well, such as globmatch which functions like fnmatch, but for paths. WWW: https://pypi.org/project/wcmatch/
2021-02-27 13:28:21 +01:00
NO_ARCH= yes
textproc/py-wcmatch: update to 8.4.1 The upstream package nolonger uses python setuptools, instead building a wheel using hatchling. There is no build target to install the python module directly -- the generated wheel has to be processed by pip. Indeed, with the PEP-517 support in recent versions of pip, the whole package can be built and installed in one commandline using pip. There are two approaches here: * maintain our own setup.py etc. to recreate the setuptools support from older versions -- an approach taken in textproc/py-pymdown-extensions, which is another package by the same upstream author with similar tooling. * alternatively, embrace the new python build system, using hatchling to create a python wheel and pip to install it to staging. I chose the latter, but it is trickier than it seems. pip is not really designed for installing to a staging location as required when building a port. pip options for manipulating the installation prefix (--root, --prefix) pollute the installed _pycache_ files with the staging directory path. In fact, this only works at all, because everything in this package is installed under PYTHON_SITELIBDIR and we can set the `--target` option to ${STAGING}${PYTHON_SITELIBDIR} to achive the desired effect. The PEP-517 ideal would be to use pip to build and install everything, and manage all the dependency resolution etc., but that's not compatible with port building. Fortunately, it is possible to turn off all of the unrequired functionality. It would be cleaner to implement a python module to directly convert wheels into FreeBSD pkgs, or vice-versa. Changes: https://github.com/facelessuser/wcmatch/releases/tag/8.4 Changes: https://github.com/facelessuser/wcmatch/releases/tag/8.4.1
2022-12-12 14:38:19 +01:00
do-build:
cd ${WRKSRC} && ${PYTHON_CMD} -m hatchling build -t wheel
do-install:
${PYTHON_CMD} -m pip --no-cache-dir install --no-deps --ignore-installed \
--disable-pip-version-check --target ${STAGEDIR}${PYTHON_SITELIBDIR} \
${WRKSRC}/dist/${PORTNAME}-${PORTVERSION}-py3-none-any.whl
Wildcard Match provides an enhanced fnmatch, glob, and pathlib library in order to provide file matching and globbing that more closely follows the features found in Bash. In some ways these libraries are similar to Python's builtin libraries as they provide a similar interface to match, filter, and glob the file system. But they also include a number of features found in Bash's globbing such as backslash escaping, brace expansion, extended glob pattern groups, etc. They also add a number of new useful functions as well, such as globmatch which functions like fnmatch, but for paths. WWW: https://pypi.org/project/wcmatch/
2021-02-27 13:28:21 +01:00
do-test:
@(cd ${TEST_WRKSRC} && ${SETENV} ${TEST_ENV} ${PYTHON_CMD} -m pytest)
.include <bsd.port.mk>
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