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freebsd-ports/Mk/bsd.python.mk

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# -*- tab-width: 4; -*-
# ex: ts=4
#
# $FreeBSD$
#
.if !defined(_POSTMKINCLUDED) && !defined(Python_Pre_Include)
Python_Pre_Include= bsd.python.mk
Python_Include_MAINTAINER= python@FreeBSD.org
# This file contains some variable definitions that are supposed to
# make your life easier when dealing with ports related to the Python
# language. It's automatically included when USE_PYTHON is defined in
# the ports' makefile. If your port requires only some set of Python
# versions, you can define USE_PYTHON as [min]-[max] or min+ or -max
# or as an explicit version or as a meta port version (eg. 3.1-3.2
# for [min]-[max], 2.7+ or -3.2 for min+ and -max, 2.7 for an
# explicit version or 3 for a meta port version).
#
# The variables:
#
# PYTHONBASE - Python port's installation prefix.
# default: ${LOCALBASE}
#
# PYTHON_CMD - Python's command line file name, including the version
# number (used for dependencies).
# default: ${PYTHONBASE}/bin/${PYTHON_VERSION}
#
# PYTHON_DISTNAME - The ${DISTNAME} for your python version. Needed for
2013-09-07 17:21:58 +00:00
# extensions like bsddb, gdbm, sqlite3 and tkinter, which
# are built from sources contained in the Python
# distribution.
#
# PYTHON_MASTER_SITES
# - The ${MASTER_SITES} for your python version. (You must
# use this instead of ${MASTER_SITE_PYTHON} to support
# python-devel port.)
#
# PYTHON_MASTER_SITE_SUBDIR
# - The ${MASTER_SITE_SUBDIR} for your python version.
#
# PYTHON_INCLUDEDIR - Location of the Python include files.
# default: ${PYTHONBASE}/include/${PYTHON_VERSION}
#
# PYTHON_LIBDIR - Base of the python library tree
# default: ${PYTHONBASE}/lib/${PYTHON_VERSION}
#
# PYTHON_PKGNAMEPREFIX
# - Use this as a ${PKGNAMEPREFIX} to distinguish
# packages for different Python versions.
# default: py${PYTHON_SUFFIX}-
#
# PYTHON_PKGNAMESUFFIX
# - If your port's name is more popular without `py-'
# prefix, use this as a ${PKGNAMESUFFIX} alternatively.
# default: -py${PYTHON_SUFFIX}
#
# PYTHON_PLATFORM - Python's idea of the OS release.
# XXX This is faked with ${OPSYS} and ${OSREL} until I
# find out how to delay defining a variable until after
# a certain target has been built.
#
# PYTHON_PORTSDIR - The source of your binary's port. Needed for the
# RUN_DEPENDS.
#
# PYTHON_PORTVERSION
# - Version number suitable for ${PORTVERSION}.
#
# PYTHON_REL - Version number in numerical format, to ease
# comparison in makefiles
#
# PYTHON_SITELIBDIR - Location of the site-packages tree. Don't change,
# unless you know what you do.
# default: ${PYTHON_LIBDIR}/site-packages
#
# PYTHON_SUFFIX - Yet another short version number, primarily intended
# for ${PYTHON_PKGNAMEPREFIX}.
#
# PYTHON_VERSION - Version of the python binary in your ${PATH}, in the
# format "python2.0". Set this in your makefile in case you
# want to build extensions with an older binary.
# default: depends on the version of your python binary
#
# PYTHON_VER - Version of the python binary in your ${PATH}, in the
# format "2.7".
#
# PYTHON_DEFAULT_VERSION
# - Version of the default python binary in your ${PATH}, in
# the format "python2.7".
#
# PYTHON2_DEFAULT_VERSION
# - Version of the default python2 binary in your ${PATH}, in
# the format "python2.7".
#
# PYTHON3_DEFAULT_VERSION
# - Version of the default python3 binary in your ${PATH}, in
# the format "python3.2".
#
# PYTHON_MAJOR_VER - Python version major number. 2 for python-2.x,
# 3 for python-3.x and so on.
#
# PYTHON_WRKSRC - The ${WRKSRC} for your python version. Needed for
# extensions like Tkinter, py-gdbm and py-expat, which
# are built from sources contained in the Python
# distribution.
#
# There are PREFIX-clean variants of the PYTHON_*DIR variables above.
# They are meant to be used in the installation targets.
#
# PYTHONPREFIX_INCLUDEDIR default: ${PREFIX}/include/${PYTHON_VERSION}
# PYTHONPREFIX_LIBDIR default: ${PREFIX}/lib/${PYTHON_VERSION}
# PYTHONPREFIX_SITELIBDIR default: ${PYTHONPREFIX_LIBDIR}/site-packages
#
# PYGAME - Dependency line for the Pygame library.
#
2008-12-12 15:48:05 +00:00
# PYNUMERIC - Dependency line for the numeric extension.
#
# PYNUMPY - Dependency line for the new numeric extension.
# py-numpy, Py-Numeric is deprecated.
#
# PYXML - Dependency line for the XML extension. As of Python-2.0,
# this extension is in the base distribution.
#
# USE_PYTHON_PREFIX - Says that the port installs in ${PYTHONBASE}.
#
# USE_PYDISTUTILS - Use distutils as do-configure, do-build and do-install
# targets.
#
# PYSETUP - Name of the setup script used by the distutils package.
# default: setup.py
#
# PYDISTUTILS_AUTOPLIST
# - Automatically generates the packaging list for a port that uses
# distutils or setuptools (easy_install) when defined.
# requires: USE_PYDISTUTILS
#
# PYTHON_PY3K_PLIST_HACK
# - Automatically generates Python 3.x compatible __pycache__ entries
# from a Python 2.x packaging list when defined. Use this for ports that
# do *not* use standard Python packaging mechanisms such as distutils
# or setuptools, and support *both* Python 2.x and 3.x. Not needed when
# PYDISTUTILS_AUTOPLIST is defined.
#
# PYDISTUTILS_PKGNAME
# - Internal name in the distutils for egg-info.
# default: ${PORTNAME}
#
# PYDISTUTILS_PKGVERSION
# - Internal version in the distutils for egg-info.
# default: ${PORTVERSION}
#
# PYDISTUTILS_CONFIGURE_TARGET
# - Pass this command to distutils on configure stage.
# default: config
#
# PYDISTUTILS_BUILD_TARGET
# - Pass this command to distutils on build stage.
# default: build
#
# PYDISTUTILS_INSTALL_TARGET
# - Pass this command to distutils on install stage.
# default: install
#
# PYDISTUTILS_CONFIGUREARGS
# - Arguments to config with distutils.
# default: <empty>
#
# PYDISTUTILS_BUILDARGS
# - Arguments to build with distutils.
# default: <empty>
#
# PYDISTUTILS_INSTALLARGS
# - Arguments to install with distutils.
# default: -c -O1 --prefix=${PREFIX}
#
# PYDISTUTILS_EGGINFO
# - Canonical name for egg-info.
# default: ${PYDISTUTILS_PKGNAME:C/[^A-Za-z0-9.]+/_/g}-${PYDISTUTILS_PKGVERSION:C/[^A-Za-z0-9.]+/_/g}-py${PYTHON_VER}.egg-info
#
# PYDISTUTILS_NOEGGINFO
# - Skip an egg-info entry from plist when defined.
#
# PYEASYINSTALL_EGG
# - Canonical directory name for easy_install egg packages.
# default: ${PYDISTUTILS_PKGNAME:C/[^A-Za-z0-9.]+/_/g}-${PYDISTUTILS_PKGVERSION:C/[^A-Za-z0-9.]+/_/g}-py${PYTHON_VER}${PYEASYINSTALL_OSARCH}.egg
#
2007-07-30 17:52:58 +00:00
# PYEASYINSTALL_OSARCH
# - Platform identifier for easy_install.
# default: -${OPSYS:tl}-${OSVERSION:C/([0-9]*)[0-9]{5}/\1/}-${ARCH}
# if PYEASYINSTALL_ARCHDEP is defined.
#
# PYEASYINSTALL_CMD - Full file path to easy_install command.
# default: ${LOCALBASE}/bin/easy_install-${PYTHON_VER}
_PYTHON_PORTBRANCH= 2.7
Welcome Python 3.4 to the FreeBSD Ports Tree! The FreeBSD Python Team warmly welcomes Python 3.4 to the Ports tree: - Add lang/python34 - Add devel/py-setuptools34 - Add Python 3.4.0 docs to lang/python-doc Release Announcement and Major Features: https://www.python.org/download/releases/3.4.0/ This also marks the next stage of a cleaner, much-closer-to-upstream approach to Python on FreeBSD, that builds upon the hard work of the entire FreeBSD Python team over the last year. This port is built "entirely" from scratch, retiring as much of the legacy, workarounds, patches and hacks from the existing Python ports as possible. Of particular note: static + shared dual-build is gone, as it was flaky at best, grossly untested upstream and caused more issues than it solved. It is replaced by a shared build by default. The static python library remains installed and usable. Major changes in this structure are: - Replace dual static and shared in-tree build with shared-only. - Use options helpers - Replace plat-freebsd* hacks with a lighter weight alternative - Strip all libraries and shared extensions - Only retain patches that are absolutely necessary - Replace static disabled_module_list with one from upstream - Retain NIS and sparc64 workarounds from python33 - Deprecate SEM option, no longer optional. - Deprecate PTH option, no longer maintained or supported upstream - Deprecate FPECTL option, no longer maintained or supported upstream - Add upstream issue references & breadcrumb annotations where possible Tested by: many (Special thanks to Andrew Berg) Reviewed by: xmj, nemysis, antoine
2014-04-08 13:10:25 +00:00
_PYTHON_ALLBRANCHES= 2.7 3.4 3.3 3.2 3.1 # preferred first
# Determine version number of Python to use
.include "${PORTSDIR}/Mk/bsd.default-versions.mk"
.if defined(PYTHON_DEFAULT_VERSION)
WARNING+= "PYTHON_DEFAULT_VERSION is defined, consider using DEFAULT_VERSIONS=python=${PYTHON_DEFAULT_VERSION:S/^python//} instead"
.endif
.if defined(PYTHON2_DEFAULT_VERSION)
WARNING+= "PYTHON2_DEFAULT_VERSION is defined, consider using DEFAULT_VERSIONS=python2=${PYTHON2_DEFAULT_VERSION:S/^python//} instead"
.endif
.if defined(PYTHON3_DEFAULT_VERSION)
WARNING+= "PYTHON3_DEFAULT_VERSION is defined, consider using DEFAULT_VERSIONS=python3=${PYTHON3_DEFAULT_VERSION:S/^python//} instead"
.endif
.if exists(${LOCALBASE}/bin/python)
_PYTHON_DEFAULT_VERSION!= (${LOCALBASE}/bin/python -c \
'import sys; print(sys.version[:3])' 2> /dev/null \
|| ${ECHO_CMD} ${_PYTHON_PORTBRANCH}) | ${TAIL} -1
.if defined(PYTHON_DEFAULT) && (${PYTHON_DEFAULT} != ${_PYTHON_DEFAULT_VERSION})
WARNING+= "Your requested default python version ${PYTHON_DEFAULT} is different from the installed default python interpreter version ${_PYTHON_DEFAULT_VERSION}"
.endif
PYTHON_DEFAULT_VERSION= python${_PYTHON_DEFAULT_VERSION}
.else
PYTHON_DEFAULT_VERSION= python${PYTHON_DEFAULT}
.endif # exists(${LOCALBASE}/bin/python)
# Is only a meta-port version defined?
.if ${PYTHON_DEFAULT_VERSION} == "python2"
PYTHON2_DEFAULT_VERSION?= python${PYTHON2_DEFAULT}
.elif ${PYTHON_DEFAULT_VERSION:R} == "python2"
PYTHON2_DEFAULT_VERSION= ${PYTHON_DEFAULT_VERSION}
.else
PYTHON2_DEFAULT_VERSION?= python${PYTHON2_DEFAULT}
.endif
.if ${PYTHON_DEFAULT_VERSION} == "python3"
PYTHON3_DEFAULT_VERSION?= python${PYTHON3_DEFAULT}
.elif ${PYTHON_DEFAULT_VERSION:R} == "python3"
PYTHON3_DEFAULT_VERSION= ${PYTHON_DEFAULT_VERSION}
.else
PYTHON3_DEFAULT_VERSION?= python${PYTHON3_DEFAULT}
.endif
.if defined(PYTHON_VERSION)
_PYTHON_VERSION:= ${PYTHON_VERSION:S/^python//}
_PYTHON_CMD= ${LOCALBASE}/bin/${PYTHON_VERSION}
.else
_PYTHON_VERSION:= ${PYTHON_DEFAULT_VERSION:S/^python//}
_PYTHON_CMD= ${LOCALBASE}/bin/${PYTHON_DEFAULT_VERSION}
.endif
.if !defined(USE_PYTHON)
.if defined(USE_PYTHON_BUILD)
USE_PYTHON= ${USE_PYTHON_BUILD}
.elif defined(USE_PYTHON_RUN)
USE_PYTHON= ${USE_PYTHON_RUN}
.else
USE_PYTHON= yes
.endif # defined(USE_PYTHON_BUILD)
.else
USE_PYTHON_BUILD= yes
USE_PYTHON_RUN= yes
.endif # !defined(USE_PYTHON)
.if ${USE_PYTHON} == "2"
USE_PYTHON= ${PYTHON2_DEFAULT_VERSION:S/^python//}
_WANTS_META_PORT= 2
.elif ${USE_PYTHON} == "3"
USE_PYTHON= ${PYTHON3_DEFAULT_VERSION:S/^python//}
_WANTS_META_PORT= 3
.endif # ${USE_PYTHON} == "2"
# Validate Python version whether it meets USE_PYTHON version restriction.
_PYTHON_VERSION_CHECK:= ${USE_PYTHON:C/^([1-9]\.[0-9])$/\1-\1/}
_PYTHON_VERSION_MINIMUM_TMP:= ${_PYTHON_VERSION_CHECK:C/([1-9]\.[0-9])[-+].*/\1/}
_PYTHON_VERSION_MINIMUM:= ${_PYTHON_VERSION_MINIMUM_TMP:M[1-9].[0-9]}
_PYTHON_VERSION_MAXIMUM_TMP:= ${_PYTHON_VERSION_CHECK:C/.*-([1-9]\.[0-9])/\1/}
_PYTHON_VERSION_MAXIMUM:= ${_PYTHON_VERSION_MAXIMUM_TMP:M[1-9].[0-9]}
.if !empty(_PYTHON_VERSION_MINIMUM) && ( \
${_PYTHON_VERSION} < ${_PYTHON_VERSION_MINIMUM})
_PYTHON_VERSION_NONSUPPORTED= ${_PYTHON_VERSION_MINIMUM} at least
.elif !empty(_PYTHON_VERSION_MAXIMUM) && ( \
${_PYTHON_VERSION} > ${_PYTHON_VERSION_MAXIMUM})
_PYTHON_VERSION_NONSUPPORTED= ${_PYTHON_VERSION_MAXIMUM} at most
.endif
# If we have an unsupported version of Python, try another.
.if defined(_PYTHON_VERSION_NONSUPPORTED)
.if defined(PYTHON_VERSION) || defined(PYTHON_CMD)
IGNORE= needs Python ${_PYTHON_VERSION_NONSUPPORTED}.\
But you specified ${_PYTHON_VERSION}
.else
.undef _PYTHON_VERSION
.for ver in ${PYTHON2_DEFAULT} ${PYTHON3_DEFAULT} ${_PYTHON_ALLBRANCHES}
__VER= ${ver}
.if !defined(_PYTHON_VERSION) && \
!(!empty(_PYTHON_VERSION_MINIMUM) && ( \
${__VER} < ${_PYTHON_VERSION_MINIMUM})) && \
!(!empty(_PYTHON_VERSION_MAXIMUM) && ( \
${__VER} > ${_PYTHON_VERSION_MAXIMUM}))
_PYTHON_VERSION= ${ver}
_PYTHON_CMD= ${LOCALBASE}/bin/python${ver}
.endif
.endfor
.if !defined(_PYTHON_VERSION)
IGNORE= needs an unsupported version of Python
_PYTHON_VERSION= ${_PYTHON_PORTBRANCH} # just to avoid version sanity checking.
.endif
.endif # defined(PYTHON_VERSION) || defined(PYTHON_CMD)
.endif # defined(_PYTHON_VERSION_NONSUPPORTED)
PYTHON_VERSION?= python${_PYTHON_VERSION}
PYTHON_CMD?= ${_PYTHON_CMD}
Major optimizations for 'make index' and other recursive traversal targets. * Use /rescue/sh for index builds instead of /bin/sh, when it exists. The former is statically linked and faster to execute, which becomes significant when executing it tens of thousands of times. This trick can be used with other recursive targets by passing in __MAKE_SHELL. * Get rid of make variable assignments that use != command invocations in the critical path, using several methods: - rewriting logic to use shell or make builtins instead of external command executions - macroizing commands and executing them in the targets where they are needed instead of with every invocation of make - precomputing the results of invariant commands in bsd.port.subdir.mk and passing them in explicitly to child makes, and using this to avoid recalculation in all the children. NB: the commands are still run one per top-level subdirectory but this does not currently seem to be a major issue. They could be moved further up into the top-level Makefile at the cost of some cleanliness. - Committers are strongly discouraged from adding further "bare" != assignments to the ports tree, even in their own ports. One of the above strategies should be used to avoid future bloat. * Rewrite the core 'describe' target to work entirely within a single shell process using only builtin commands. The old version is retained as a backup for use on systems older than 603104, which does not have the make :u modifier. This cuts down the number of processes executed during the course of a 'make index' by an order of magnitude, and we are essentially now amortized to the minimum of a single make + sh instance per port, plus whatever commands the port makefile itself executes (which are usually unnecessary and bogus). * Less validation of the WWW: target is performed; this can become policed at a port level by portlint. Specifically we look at the second word of the first line beginning with "WWW:" in pkg-descr, and append "http://" to it unless it already begins with "http://", "https://" or "ftp://". Thanks to dougb for the idea of how to extract WWW: using shell builtins. * Use the "true" shell builtin instead of echo > /dev/null for a measurable decrease in CPU use. * Add a note about dubious escaping strategy in bsd.port.subdir.mk * Minor change in output of 'make describe': it no longer strips trailing CR characters from pkg-descr files with MSDOS CR/LF termination. Instead the makeindex perl script that post-processes make describe into the INDEX is tweaked to strip on input. The bottom line is that on my test hardware INDEX builds are now faster by more than a factor of 2 and with a reduction in system time by a factor of 4-8 depending on configuration.
2008-07-19 17:59:41 +00:00
.if !defined(PYTHONBASE)
PYTHONBASE!= (${PYTHON_CMD} -c 'import sys; print(sys.prefix)' \
2> /dev/null || ${ECHO_CMD} ${LOCALBASE}) | ${TAIL} -1
Major optimizations for 'make index' and other recursive traversal targets. * Use /rescue/sh for index builds instead of /bin/sh, when it exists. The former is statically linked and faster to execute, which becomes significant when executing it tens of thousands of times. This trick can be used with other recursive targets by passing in __MAKE_SHELL. * Get rid of make variable assignments that use != command invocations in the critical path, using several methods: - rewriting logic to use shell or make builtins instead of external command executions - macroizing commands and executing them in the targets where they are needed instead of with every invocation of make - precomputing the results of invariant commands in bsd.port.subdir.mk and passing them in explicitly to child makes, and using this to avoid recalculation in all the children. NB: the commands are still run one per top-level subdirectory but this does not currently seem to be a major issue. They could be moved further up into the top-level Makefile at the cost of some cleanliness. - Committers are strongly discouraged from adding further "bare" != assignments to the ports tree, even in their own ports. One of the above strategies should be used to avoid future bloat. * Rewrite the core 'describe' target to work entirely within a single shell process using only builtin commands. The old version is retained as a backup for use on systems older than 603104, which does not have the make :u modifier. This cuts down the number of processes executed during the course of a 'make index' by an order of magnitude, and we are essentially now amortized to the minimum of a single make + sh instance per port, plus whatever commands the port makefile itself executes (which are usually unnecessary and bogus). * Less validation of the WWW: target is performed; this can become policed at a port level by portlint. Specifically we look at the second word of the first line beginning with "WWW:" in pkg-descr, and append "http://" to it unless it already begins with "http://", "https://" or "ftp://". Thanks to dougb for the idea of how to extract WWW: using shell builtins. * Use the "true" shell builtin instead of echo > /dev/null for a measurable decrease in CPU use. * Add a note about dubious escaping strategy in bsd.port.subdir.mk * Minor change in output of 'make describe': it no longer strips trailing CR characters from pkg-descr files with MSDOS CR/LF termination. Instead the makeindex perl script that post-processes make describe into the INDEX is tweaked to strip on input. The bottom line is that on my test hardware INDEX builds are now faster by more than a factor of 2 and with a reduction in system time by a factor of 4-8 depending on configuration.
2008-07-19 17:59:41 +00:00
.endif
DEPENDS_ARGS+= PYTHON_VERSION=${PYTHON_VERSION}
Major optimizations for 'make index' and other recursive traversal targets. * Use /rescue/sh for index builds instead of /bin/sh, when it exists. The former is statically linked and faster to execute, which becomes significant when executing it tens of thousands of times. This trick can be used with other recursive targets by passing in __MAKE_SHELL. * Get rid of make variable assignments that use != command invocations in the critical path, using several methods: - rewriting logic to use shell or make builtins instead of external command executions - macroizing commands and executing them in the targets where they are needed instead of with every invocation of make - precomputing the results of invariant commands in bsd.port.subdir.mk and passing them in explicitly to child makes, and using this to avoid recalculation in all the children. NB: the commands are still run one per top-level subdirectory but this does not currently seem to be a major issue. They could be moved further up into the top-level Makefile at the cost of some cleanliness. - Committers are strongly discouraged from adding further "bare" != assignments to the ports tree, even in their own ports. One of the above strategies should be used to avoid future bloat. * Rewrite the core 'describe' target to work entirely within a single shell process using only builtin commands. The old version is retained as a backup for use on systems older than 603104, which does not have the make :u modifier. This cuts down the number of processes executed during the course of a 'make index' by an order of magnitude, and we are essentially now amortized to the minimum of a single make + sh instance per port, plus whatever commands the port makefile itself executes (which are usually unnecessary and bogus). * Less validation of the WWW: target is performed; this can become policed at a port level by portlint. Specifically we look at the second word of the first line beginning with "WWW:" in pkg-descr, and append "http://" to it unless it already begins with "http://", "https://" or "ftp://". Thanks to dougb for the idea of how to extract WWW: using shell builtins. * Use the "true" shell builtin instead of echo > /dev/null for a measurable decrease in CPU use. * Add a note about dubious escaping strategy in bsd.port.subdir.mk * Minor change in output of 'make describe': it no longer strips trailing CR characters from pkg-descr files with MSDOS CR/LF termination. Instead the makeindex perl script that post-processes make describe into the INDEX is tweaked to strip on input. The bottom line is that on my test hardware INDEX builds are now faster by more than a factor of 2 and with a reduction in system time by a factor of 4-8 depending on configuration.
2008-07-19 17:59:41 +00:00
# We can only use the cached version if we are using the default python version. Otherwise it
# should point to some other version we have installed, according to the port USE_PYTHON
# specification
.if !defined(PYTHON_DEFAULT_PORTVERSION) || (${PYTHON_VERSION} != ${PYTHON_DEFAULT_VERSION})
.if exists(${PYTHON_CMD})
_PYTHON_PORTVERSION!= (${PYTHON_CMD} -c 'import sys; \
print(sys.version.split()[0].replace("b",".b"))' 2> /dev/null) | ${TAIL} -1
.endif
.if !defined(PYTHON_NO_DEPENDS) && !empty(_PYTHON_PORTVERSION)
PYTHON_PORTVERSION= ${_PYTHON_PORTVERSION}
.endif
Major optimizations for 'make index' and other recursive traversal targets. * Use /rescue/sh for index builds instead of /bin/sh, when it exists. The former is statically linked and faster to execute, which becomes significant when executing it tens of thousands of times. This trick can be used with other recursive targets by passing in __MAKE_SHELL. * Get rid of make variable assignments that use != command invocations in the critical path, using several methods: - rewriting logic to use shell or make builtins instead of external command executions - macroizing commands and executing them in the targets where they are needed instead of with every invocation of make - precomputing the results of invariant commands in bsd.port.subdir.mk and passing them in explicitly to child makes, and using this to avoid recalculation in all the children. NB: the commands are still run one per top-level subdirectory but this does not currently seem to be a major issue. They could be moved further up into the top-level Makefile at the cost of some cleanliness. - Committers are strongly discouraged from adding further "bare" != assignments to the ports tree, even in their own ports. One of the above strategies should be used to avoid future bloat. * Rewrite the core 'describe' target to work entirely within a single shell process using only builtin commands. The old version is retained as a backup for use on systems older than 603104, which does not have the make :u modifier. This cuts down the number of processes executed during the course of a 'make index' by an order of magnitude, and we are essentially now amortized to the minimum of a single make + sh instance per port, plus whatever commands the port makefile itself executes (which are usually unnecessary and bogus). * Less validation of the WWW: target is performed; this can become policed at a port level by portlint. Specifically we look at the second word of the first line beginning with "WWW:" in pkg-descr, and append "http://" to it unless it already begins with "http://", "https://" or "ftp://". Thanks to dougb for the idea of how to extract WWW: using shell builtins. * Use the "true" shell builtin instead of echo > /dev/null for a measurable decrease in CPU use. * Add a note about dubious escaping strategy in bsd.port.subdir.mk * Minor change in output of 'make describe': it no longer strips trailing CR characters from pkg-descr files with MSDOS CR/LF termination. Instead the makeindex perl script that post-processes make describe into the INDEX is tweaked to strip on input. The bottom line is that on my test hardware INDEX builds are now faster by more than a factor of 2 and with a reduction in system time by a factor of 4-8 depending on configuration.
2008-07-19 17:59:41 +00:00
.elif defined(PYTHON_DEFAULT_PORTVERSION)
PYTHON_PORTVERSION= ${PYTHON_DEFAULT_PORTVERSION}
.endif
2001-05-02 11:49:36 +00:00
# Propagate the chosen python version to submakes.
.MAKEFLAGS: PYTHON_VERSION=python${_PYTHON_VERSION}
Welcome Python 3.4 to the FreeBSD Ports Tree! The FreeBSD Python Team warmly welcomes Python 3.4 to the Ports tree: - Add lang/python34 - Add devel/py-setuptools34 - Add Python 3.4.0 docs to lang/python-doc Release Announcement and Major Features: https://www.python.org/download/releases/3.4.0/ This also marks the next stage of a cleaner, much-closer-to-upstream approach to Python on FreeBSD, that builds upon the hard work of the entire FreeBSD Python team over the last year. This port is built "entirely" from scratch, retiring as much of the legacy, workarounds, patches and hacks from the existing Python ports as possible. Of particular note: static + shared dual-build is gone, as it was flaky at best, grossly untested upstream and caused more issues than it solved. It is replaced by a shared build by default. The static python library remains installed and usable. Major changes in this structure are: - Replace dual static and shared in-tree build with shared-only. - Use options helpers - Replace plat-freebsd* hacks with a lighter weight alternative - Strip all libraries and shared extensions - Only retain patches that are absolutely necessary - Replace static disabled_module_list with one from upstream - Retain NIS and sparc64 workarounds from python33 - Deprecate SEM option, no longer optional. - Deprecate PTH option, no longer maintained or supported upstream - Deprecate FPECTL option, no longer maintained or supported upstream - Add upstream issue references & breadcrumb annotations where possible Tested by: many (Special thanks to Andrew Berg) Reviewed by: xmj, nemysis, antoine
2014-04-08 13:10:25 +00:00
# Python-3.4
.if ${PYTHON_VERSION} == "python3.4"
PYTHON_PORTVERSION?= 3.4.0
PYTHON_PORTSDIR= ${PORTSDIR}/lang/python34
PYTHON_REL= 340
PYTHON_SUFFIX= 34
PYTHON_VER= 3.4
.if exists(${PYTHON_CMD}-config) && ${PORTNAME} != python34
PYTHON_ABIVER!= ${PYTHON_CMD}-config --abiflags
.endif
# Python-3.3
Welcome Python 3.4 to the FreeBSD Ports Tree! The FreeBSD Python Team warmly welcomes Python 3.4 to the Ports tree: - Add lang/python34 - Add devel/py-setuptools34 - Add Python 3.4.0 docs to lang/python-doc Release Announcement and Major Features: https://www.python.org/download/releases/3.4.0/ This also marks the next stage of a cleaner, much-closer-to-upstream approach to Python on FreeBSD, that builds upon the hard work of the entire FreeBSD Python team over the last year. This port is built "entirely" from scratch, retiring as much of the legacy, workarounds, patches and hacks from the existing Python ports as possible. Of particular note: static + shared dual-build is gone, as it was flaky at best, grossly untested upstream and caused more issues than it solved. It is replaced by a shared build by default. The static python library remains installed and usable. Major changes in this structure are: - Replace dual static and shared in-tree build with shared-only. - Use options helpers - Replace plat-freebsd* hacks with a lighter weight alternative - Strip all libraries and shared extensions - Only retain patches that are absolutely necessary - Replace static disabled_module_list with one from upstream - Retain NIS and sparc64 workarounds from python33 - Deprecate SEM option, no longer optional. - Deprecate PTH option, no longer maintained or supported upstream - Deprecate FPECTL option, no longer maintained or supported upstream - Add upstream issue references & breadcrumb annotations where possible Tested by: many (Special thanks to Andrew Berg) Reviewed by: xmj, nemysis, antoine
2014-04-08 13:10:25 +00:00
.elif ${PYTHON_VERSION} == "python3.3"
2014-03-10 11:28:55 +00:00
PYTHON_PORTVERSION?= 3.3.5
PYTHON_PORTSDIR= ${PORTSDIR}/lang/python33
2014-03-10 11:28:55 +00:00
PYTHON_REL= 335
PYTHON_SUFFIX= 33
PYTHON_VER= 3.3
.if exists(${PYTHON_CMD}-config) && defined(PORTNAME) && ${PORTNAME} != python33
PYTHON_ABIVER!= ${PYTHON_CMD}-config --abiflags
.endif
# Python-3.2
.elif ${PYTHON_VERSION} == "python3.2"
PYTHON_PORTVERSION?= 3.2.5
PYTHON_PORTSDIR= ${PORTSDIR}/lang/python32
PYTHON_REL= 325
PYTHON_SUFFIX= 32
PYTHON_VER= 3.2
.if exists(${PYTHON_CMD}-config) && defined(PORTNAME) && ${PORTNAME} != python32
PYTHON_ABIVER!= ${PYTHON_CMD}-config --abiflags
.endif
2009-07-06 20:30:29 +00:00
# Python-3.1
.elif ${PYTHON_VERSION} == "python3.1"
PYTHON_PORTVERSION?= 3.1.5
2009-07-06 20:30:29 +00:00
PYTHON_PORTSDIR= ${PORTSDIR}/lang/python31
PYTHON_REL= 315
2009-07-06 20:30:29 +00:00
PYTHON_SUFFIX= 31
PYTHON_VER= 3.1
2009-07-06 20:30:29 +00:00
# Python-2.7
.elif ${PYTHON_VERSION} == "python2.7"
PYTHON_PORTVERSION?= 2.7.6
PYTHON_PORTSDIR= ${PORTSDIR}/lang/python27
PYTHON_REL= 276
PYTHON_SUFFIX= 27
PYTHON_VER= 2.7
# Python versions in development
.elif defined(FORCE_PYTHON_VERSION)
PYTHON_PORTSDIR= # empty
PYTHON_NO_DEPENDS= YES
PYTHON_REL!= ${PYTHON_CMD} -c 'import sys; h = "%x" % sys.hexversion; \
print(h[0]+h[2]+h[4])'
PYTHON_SUFFIX!= ${PYTHON_CMD} -c 'import sys; h = "%x" % sys.hexversion; \
print(h[0]+h[2])'
PYTHON_VER!= ${PYTHON_CMD} -c 'import sys; print(sys.version[:3])'
.else
Here come the patches! * Add ghostscript knobs [1] * Add per-port persistent build options with a menu-driven front-end [2] * Allow porters to override the message generated when do-configure fails [3] * Add patch to obviate many pkg-plist files [4] * Fix the PKG_DBDIR comment [5] * Make ports framework more robust with regard to make index [6] * Add new command macros to bsd.port.mk [7] * Remove direct command use from bsd.port.mk [8] * Make the ports system respect WITHOUT_CPU_CFLAGS [9] * Break the SDL code out into bsd.sdl.mk [10] * Add working support for USE_SIZE [11] * Fix RANDOMIZE_MASTER_SITES on -CURRENT [12] * Convert some spaces to tabs [13] * Add new physcial categories accessibility and x11-themes [14] * Speed up GNU configure scripts [15] * Remove "//" from MLINKS items in PLISTs and fix make -s install and make -s deinstall [16] * Be more specific about looking for files in distinfo [17] * Add new run-autotools target, and resort configure targets [18] * Make CONFLICTS compare prefix for installed packages and PREFIX [19] * Change directory to ${.CURDIR} before running certain make commands [20] * When INSTALL_AS_USER is set, run ldconfig with failures ignored [21] * Speed up the security check phase [22] * Fix some corner cases in the PORTDOCS code [23] * Add a new DEPRECATED macro [24] * Make INDEX breakage more informative [25] Look for a full write-up to follow on ports@ and ports-developers@. PR: 36112 [1] 59909 [4] 61351 [6] 59058 [7] 59058 [8] 59493 [9] 55494 [10] 59058 [11] 59315 [12] 59058 [13] 59811 [15] 59058 [16] 59058 [17] 60882 [18] 58149 [19] 59058 [20] 61133 [21] 55331 [22] 59070 [23] 59362 [24] 59626 [25] Submitted by: linimon [1] eivind [2] marcus [3] trevor [4] gerald [5] linimon [6] eik [7] eik [8] jeh [9] edwin [10] eik [11] Sergey Matveychuk <sem@ciam.ru> [12] eik [13] trevor gnome [14] adamw [15] eik [16] eik [17] edwin [18] clement [19] eik [20] edwin lev [21] Eugene M. Kim <ab@astralblue.com> [22] eik [23] linimon [24] eik [25]
2004-01-20 09:14:10 +00:00
check-makevars::
@${ECHO} "Makefile error: bad value for PYTHON_VERSION: ${PYTHON_VERSION}."
2001-05-02 11:49:36 +00:00
@${ECHO} "Legal values are:"
@${ECHO} " python2.7 (default)"
2009-07-06 20:30:29 +00:00
@${ECHO} " python3.1"
@${ECHO} " python3.2"
@${ECHO} " python3.3"
@${ECHO} " python3.4"
@${FALSE}
.endif
PYTHON_MAJOR_VER= ${PYTHON_VER:R}
PYTHON_MASTER_SITES= ${MASTER_SITE_PYTHON}
PYTHON_MASTER_SITE_SUBDIR= ftp/python/${PYTHON_PORTVERSION:C/rc[0-9]//}
PYTHON_DISTNAME= Python-${PYTHON_PORTVERSION:S/.rc/rc/}
PYTHON_WRKSRC= ${WRKDIR}/Python-${PYTHON_PORTVERSION:S/.rc/rc/}
PYTHON_ABIVER?= # empty
PYTHON_INCLUDEDIR= ${PYTHONBASE}/include/${PYTHON_VERSION}${PYTHON_ABIVER}
PYTHON_LIBDIR= ${PYTHONBASE}/lib/${PYTHON_VERSION}
PYTHON_PKGNAMEPREFIX= py${PYTHON_SUFFIX}-
PYTHON_PKGNAMESUFFIX= -py${PYTHON_SUFFIX}
PYTHON_PLATFORM= ${OPSYS:tl}${OSREL:C/\.[0-9.]*//}
PYTHON_SITELIBDIR= ${PYTHON_LIBDIR}/site-packages
PYTHONPREFIX_INCLUDEDIR= ${PYTHON_INCLUDEDIR:S;${PYTHONBASE};${PREFIX};}
PYTHONPREFIX_LIBDIR= ${PYTHON_LIBDIR:S;${PYTHONBASE};${PREFIX};}
PYTHONPREFIX_SITELIBDIR= ${PYTHON_SITELIBDIR:S;${PYTHONBASE};${PREFIX};}
_CURRENTPORT:= ${PKGNAMEPREFIX}${PORTNAME}${PKGNAMESUFFIX}
.if defined(USE_PYDISTUTILS) && ${_CURRENTPORT:S/${PYTHON_SUFFIX}$//} != ${PYTHON_PKGNAMEPREFIX}setuptools
BUILD_DEPENDS+= ${PYTHON_PKGNAMEPREFIX}setuptools${PYTHON_SUFFIX}>0:${PORTSDIR}/devel/py-setuptools${PYTHON_SUFFIX}
RUN_DEPENDS+= ${PYTHON_PKGNAMEPREFIX}setuptools${PYTHON_SUFFIX}>0:${PORTSDIR}/devel/py-setuptools${PYTHON_SUFFIX}
.endif
# setuptools support
.if defined(USE_PYDISTUTILS) && ${USE_PYDISTUTILS} == "easy_install"
PYDISTUTILS_BUILD_TARGET?= bdist_egg
PYDISTUTILS_INSTALL_TARGET?= easy_install
PYDISTUTILS_INSTALLARGS?= -O 1 -N -S ${PYTHON_SITELIBDIR} \
-d ${PYEASYINSTALL_SITELIBDIR} \
-s ${PYEASYINSTALL_BINDIR} \
${WRKSRC}/dist/${PYEASYINSTALL_EGG}
.if !defined(NO_STAGE)
MAKE_ENV+= PYTHONUSERBASE=${STAGEDIR}${PYTHONBASE}
PYDISTUTILS_INSTALLARGS:= -m -q --user ${PYDISTUTILS_INSTALLARGS}
.endif
.if ${PREFIX} != ${LOCALBASE} || !defined(NO_STAGE)
MAKE_ENV+= PYTHONPATH=${PYEASYINSTALL_SITELIBDIR}
.endif
.if defined(PYEASYINSTALL_ARCHDEP)
PYEASYINSTALL_OSARCH?= -${OPSYS:tl}-${OSVERSION:C/([0-9]*)[0-9]{5}/\1/}-${ARCH}
MAKE_ENV+= _PYTHON_HOST_PLATFORM=${PYEASYINSTALL_OSARCH}
.endif
PYEASYINSTALL_EGG?= ${PYDISTUTILS_PKGNAME:C/[^A-Za-z0-9.]+/_/g}-${PYDISTUTILS_PKGVERSION:C/[^A-Za-z0-9.]+/_/g}-py${PYTHON_VER}${PYEASYINSTALL_OSARCH}.egg
PYEASYINSTALL_CMD?= ${LOCALBASE}/bin/easy_install-${PYTHON_VER}
PYEASYINSTALL_BINDIR?= ${PREFIX}/bin
PYEASYINSTALL_SITELIBDIR?= ${PYTHONPREFIX_SITELIBDIR}
PLIST_SUB+= PYEASYINSTALL_EGG=${PYEASYINSTALL_EGG}
pre-install: pre-install-easyinstall
pre-install-easyinstall:
.if defined(NO_STAGE)
@${MKDIR} ${PYEASYINSTALL_SITELIBDIR}
.else
@${MKDIR} ${STAGEDIR}${PYEASYINSTALL_SITELIBDIR}
.endif
add-plist-post: add-plist-easyinstall
add-plist-easyinstall:
@# Easiest to fake pyeasyinstall, or it complains about paths
@${ECHO_CMD} "@unexec ${REINPLACE_CMD} -i '' \
-e '\,^\./${PYEASYINSTALL_EGG}$$,d' \
${PYEASYINSTALL_SITELIBDIR}/easy-install.pth" \
>> ${TMPPLIST}
@${ECHO_CMD} "@exec ${PRINTF} '1a\n./${PYEASYINSTALL_EGG}\n.\nw\nq\n' | \
/bin/ed ${PYEASYINSTALL_SITELIBDIR}/easy-install.pth" \
>> ${TMPPLIST}
.if !defined(NO_STAGE)
.if !target(stage-python-compileall)
stage-python-compileall:
(cd ${STAGEDIR}${PREFIX} && \
${PYTHON_CMD} ${PYTHON_LIBDIR}/compileall.py \
-d ${PYTHONPREFIX_SITELIBDIR} -f ${PYTHONPREFIX_SITELIBDIR:S;${PREFIX}/;;} && \
${PYTHON_CMD} -O ${PYTHON_LIBDIR}/compileall.py \
-d ${PYTHONPREFIX_SITELIBDIR} -f ${PYTHONPREFIX_SITELIBDIR:S;${PREFIX}/;;})
.endif
post-install: stage-python-compileall
.endif
.endif # defined(USE_PYDISTUTILS) && ${USE_PYDISTUTILS} == "easy_install"
# distutils support
PYSETUP?= setup.py
PYDISTUTILS_SETUP?= -c "import setuptools; __file__='${PYSETUP}'; exec(compile(open(__file__).read().replace('\\r\\n', '\\n'), __file__, 'exec'))"
PYDISTUTILS_CONFIGUREARGS?=
PYDISTUTILS_BUILDARGS?=
PYDISTUTILS_INSTALLARGS?= -c -O1 --prefix=${PREFIX}
.if defined(USE_PYDISTUTILS) && ${USE_PYDISTUTILS} != "easy_install"
. if !defined(PYDISTUTILS_INSTALLNOSINGLE)
PYDISTUTILS_INSTALLARGS+= --single-version-externally-managed
. endif
. if !defined(NO_STAGE)
Add support for staging area in the ports tree The ports tree is now staged by default. With pkgng the sequence hasn't changed, the main difference is that creating package is now independent from installing it. With pkg_install, the package is now created first and make install, do install the package. New macros: - STAGEDIR: PATH to the directory where the port will be staged. - NO_STAGE: Keep the old behaviour of the ports tree (aka no staging area) Unsupported macro if NO_STAGE is not set: - MAN* with staging man page compression and handling of hardlinks and symlinks is automatically done in the stage. the manpages becomes then a "normal" plist files and should be tracked in pkg-plist. - MANCOMPRESSED the compress-man target is able to only compress when it needed. New target: - stage: this installs everything into the stage directory - makeplist: this will create a pkg-plist and print it to stdout. This is a sample plist and it should always be _reviewed_ not directly used. NOTE: with staging only what is in the plist will be installed, nothing more, meaning a port staged cannot have leftovers exect directories left. It is really important to double check the pkg-plist to make sure all the files the maintainer want to package are in! make makeplist can help in that area. The goal is to handle as quickly as possible a full removal of the NO_STAGE support. More features can be added once the full ports tree is converted to using the staging area Conversion notes: - Remove NO_STAGE - in {pre,do,post}-install * Before any usage of ${PREFIX}, ${ETCDIR}, ${PORTSDIR}, ${PORTEXAMPLES} prepend ${STAGEDIR} * Remove any thing that is done by @exec or +INSTALL script it will be done automatically when syncing packages * Remove any code to show PKG-MESSAGE it will be done automatically when syncing packages * Directory creation should remain in post-install (in particular because pkgng doesn't work like pkg_install in that area and pkgng ignores the @exec mkdir but directly pack the directory even if empty) - PORTDOCS/PORTEXAMPELS To support PORTDOCS, PORTEXAMPLES most of the time there is no more need for hacks. just add the right %%PORTDOCS%% or %%PORTEXAMPLES%% in your plist then the given files from the stagedir will or will not sync according to NOPORTDOCS and NOPORTEXAMPLES. With hat: portmgr Reviewed by: bdrewery
2013-09-23 05:56:35 +00:00
PYDISTUTILS_INSTALLARGS+= --root=${STAGEDIR}
. endif
Add support for staging area in the ports tree The ports tree is now staged by default. With pkgng the sequence hasn't changed, the main difference is that creating package is now independent from installing it. With pkg_install, the package is now created first and make install, do install the package. New macros: - STAGEDIR: PATH to the directory where the port will be staged. - NO_STAGE: Keep the old behaviour of the ports tree (aka no staging area) Unsupported macro if NO_STAGE is not set: - MAN* with staging man page compression and handling of hardlinks and symlinks is automatically done in the stage. the manpages becomes then a "normal" plist files and should be tracked in pkg-plist. - MANCOMPRESSED the compress-man target is able to only compress when it needed. New target: - stage: this installs everything into the stage directory - makeplist: this will create a pkg-plist and print it to stdout. This is a sample plist and it should always be _reviewed_ not directly used. NOTE: with staging only what is in the plist will be installed, nothing more, meaning a port staged cannot have leftovers exect directories left. It is really important to double check the pkg-plist to make sure all the files the maintainer want to package are in! make makeplist can help in that area. The goal is to handle as quickly as possible a full removal of the NO_STAGE support. More features can be added once the full ports tree is converted to using the staging area Conversion notes: - Remove NO_STAGE - in {pre,do,post}-install * Before any usage of ${PREFIX}, ${ETCDIR}, ${PORTSDIR}, ${PORTEXAMPLES} prepend ${STAGEDIR} * Remove any thing that is done by @exec or +INSTALL script it will be done automatically when syncing packages * Remove any code to show PKG-MESSAGE it will be done automatically when syncing packages * Directory creation should remain in post-install (in particular because pkgng doesn't work like pkg_install in that area and pkgng ignores the @exec mkdir but directly pack the directory even if empty) - PORTDOCS/PORTEXAMPELS To support PORTDOCS, PORTEXAMPLES most of the time there is no more need for hacks. just add the right %%PORTDOCS%% or %%PORTEXAMPLES%% in your plist then the given files from the stagedir will or will not sync according to NOPORTDOCS and NOPORTEXAMPLES. With hat: portmgr Reviewed by: bdrewery
2013-09-23 05:56:35 +00:00
.endif
_PYTHONPKGLIST= ${WRKDIR}/.PLIST.pymodtmp
PYDISTUTILS_INSTALLARGS:= --record ${_PYTHONPKGLIST} \
${PYDISTUTILS_INSTALLARGS}
PYDISTUTILS_PKGNAME?= ${PORTNAME}
PYDISTUTILS_PKGVERSION?=${PORTVERSION}
PYDISTUTILS_EGGINFO?= ${PYDISTUTILS_PKGNAME:C/[^A-Za-z0-9.]+/_/g}-${PYDISTUTILS_PKGVERSION:C/[^A-Za-z0-9.]+/_/g}-py${PYTHON_VER}.egg-info
PYDISTUTILS_EGGINFODIR?=${STAGEDIR}${PYTHONPREFIX_SITELIBDIR}
add-plist-egginfo:
.if !defined(PYDISTUTILS_NOEGGINFO) && \
!defined(PYDISTUTILS_AUTOPLIST) && \
(defined(INSTALLS_EGGINFO) || \
(defined(USE_PYDISTUTILS) && \
${USE_PYDISTUTILS} != "easy_install")) && \
defined(PYTHON_REL)
. for egginfo in ${PYDISTUTILS_EGGINFO}
if [ -d "${PYDISTUTILS_EGGINFODIR}/${egginfo}" ]; then \
${LS} ${PYDISTUTILS_EGGINFODIR}/${egginfo} | while read f; do \
${ECHO_CMD} ${PYDISTUTILS_EGGINFODIR:S;^${STAGEDIR}${PYTHONBASE}/;;}/${egginfo}/$${f} >> ${TMPPLIST}; \
done; \
${ECHO_CMD} "@unexec rmdir \"%D/${PYDISTUTILS_EGGINFODIR:S;${STAGEDIR}${PYTHONBASE}/;;}/${egginfo}\" 2>/dev/null || true" >> ${TMPPLIST}; \
fi;
. endfor
.else
@${DO_NADA}
.endif
.if defined(PYDISTUTILS_AUTOPLIST) && defined(USE_PYDISTUTILS)
_RELSITELIBDIR= ${PYTHONPREFIX_SITELIBDIR:S;${PREFIX}/;;}
_RELLIBDIR= ${PYTHONPREFIX_LIBDIR:S;${PREFIX}/;;}
add-plist-post: add-plist-pymod
add-plist-pymod:
@{ ${ECHO_CMD} "#mtree"; ${CAT} ${MTREE_FILE}; } | ${TAR} tf - | \
${SED} '/^\.$$/d' > ${WRKDIR}/.localmtree
@${ECHO_CMD} "${_RELSITELIBDIR}" >> ${WRKDIR}/.localmtree
@${ECHO_CMD} "${_RELLIBDIR}" >> ${WRKDIR}/.localmtree
@${SED} -e 's|^${STAGEDIR}${PREFIX}/||' \
-e 's|^${PREFIX}/||' \
-e 's|^\(man/man[0-9]\)/\(.*\.[0-9]\)$$|\1/\2${MANEXT}|' \
${_PYTHONPKGLIST} | ${SORT} >> ${TMPPLIST}
@${SED} -e 's|^${STAGEDIR}${PREFIX}/\(.*\)/\(.*\)|\1|' \
-e 's|^${PREFIX}/\(.*\)/\(.*\)|\1|' ${_PYTHONPKGLIST} | \
${AWK} '{ num = split($$0, a, "/"); res=""; \
for(i = 1; i <= num; ++i) { \
if (i == 1) res = a[i]; \
else res = res "/" a[i]; \
print res; \
} \
}' | \
while read line; do \
${GREP} -qw "^$${line}$$" ${WRKDIR}/.localmtree || { \
[ -n "$${line}" ] && \
${ECHO_CMD} "@unexec rmdir \"%D/$${line}\" 2>/dev/null || true"; \
}; \
done | ${SORT} | uniq | ${SORT} -r >> ${TMPPLIST}
@${ECHO_CMD} "@unexec rmdir \"%D/${PYTHON_SITELIBDIR:S;${PYTHONBASE}/;;}\" 2>/dev/null || true" >> ${TMPPLIST}
@${ECHO_CMD} "@unexec rmdir \"%D/${PYTHON_LIBDIR:S;${PYTHONBASE}/;;}\" 2>/dev/null || true" >> ${TMPPLIST}
.else
.if ${PYTHON_REL} >= 320 && defined(PYTHON_PY3K_PLIST_HACK)
# When Python version is 3.2+ we rewrite all the filenames
# of TMPPLIST that end with .py[co], so that they conform
# to PEP 3147 (see http://www.python.org/dev/peps/pep-3147/)
PYMAGICTAG= ${PYTHON_CMD} -c 'import imp; print(imp.get_tag())'
add-plist-post:
@${AWK} '\
/\.py[co]$$/ && !($$0 ~ "/" pc "/") {id = match($$0, /\/[^\/]+\.py[co]$$/); if (id != 0) {d = substr($$0, 1, RSTART - 1); dirs[d] = 1}; sub(/\.py[co]$$/, "." mt "&"); sub(/[^\/]+\.py[co]$$/, pc "/&"); print; next} \
/^@dirrm / {d = substr($$0, 8); if (d in dirs) {print $$0 "/" pc}; print $$0; next} \
{print} \
END {if (sp in dirs) {print "@dirrm " sp "/" pc}} \
' \
pc="__pycache__" mt="$$(${PYMAGICTAG})" sp="${PYTHON_SITELIBDIR:S,${PYTHONBASE}/,,g}" \
${TMPPLIST} > ${TMPPLIST}.pyc_tmp
@${MV} ${TMPPLIST}.pyc_tmp ${TMPPLIST}
.endif # ${PYTHON_REL} >= 320 && defined(PYTHON_PY3K_PLIST_HACK)
.endif # defined(PYDISTUTILS_AUTOPLIST) && defined(USE_PYDISTUTILS)
# Fix for programs that build python from a GNU auto* environment
CONFIGURE_ENV+= PYTHON="${PYTHON_CMD}"
# Python 3rd-party modules
PYGAME= ${PYTHON_PKGNAMEPREFIX}game>0:${PORTSDIR}/devel/py-game
PYNUMERIC= ${PYTHON_SITELIBDIR}/Numeric/Numeric.py:${PORTSDIR}/math/py-numeric
PYNUMPY= ${PYTHON_SITELIBDIR}/numpy/core/numeric.py:${PORTSDIR}/math/py-numpy
PYXML= ${PYTHON_SITELIBDIR}/_xmlplus/__init__.py:${PORTSDIR}/textproc/py-xml
# dependencies
PYTHON_NO_DEPENDS?= NO
.if ${PYTHON_NO_DEPENDS} == "NO"
.if defined(USE_PYTHON_BUILD)
BUILD_DEPENDS+= ${PYTHON_CMD}:${PYTHON_PORTSDIR}
.if defined(_WANTS_META_PORT)
BUILD_DEPENDS+= python${_WANTS_META_PORT}:${PORTSDIR}/lang/python${_WANTS_META_PORT}
.endif
.endif
.if defined(USE_PYTHON_RUN)
RUN_DEPENDS+= ${PYTHON_CMD}:${PYTHON_PORTSDIR}
.if defined(_WANTS_META_PORT)
RUN_DEPENDS+= python${_WANTS_META_PORT}:${PORTSDIR}/lang/python${_WANTS_META_PORT}
.endif
.endif
.endif # ${PYTHON_NO_DEPENDS} == "NO"
# set $PREFIX as Python's one
.if defined(USE_PYTHON_PREFIX)
PREFIX= ${PYTHONBASE}
.endif
# Substitutions for pkg-plist
# Use a short form of the PYTHONPREFIX_*DIR variables; we don't need the
# base directory in the plist file.
PLIST_SUB+= PYTHON_INCLUDEDIR=${PYTHONPREFIX_INCLUDEDIR:S;${PREFIX}/;;} \
PYTHON_LIBDIR=${PYTHONPREFIX_LIBDIR:S;${PREFIX}/;;} \
PYTHON_PLATFORM=${PYTHON_PLATFORM} \
PYTHON_SITELIBDIR=${PYTHONPREFIX_SITELIBDIR:S;${PREFIX}/;;} \
PYTHON_VERSION=${PYTHON_VERSION}
# XXX Hm, should I export some of the variables above to *_ENV?
# If multiple Python versions are installed and cmake is used, it might
# happen that a cmake-enabled port using find_package(PythonLibs) and
# find_package(PythonInterp) detects different Python versions.
# This in turn might cause it to link against version X while using the
# includes of version Y, leading to a broken port.
# Enforce a certain Python version by using PYTHON_VER for cmake.
CMAKE_ARGS+= -DPythonLibs_FIND_VERSION:STRING="${PYTHON_VER}" \
-DPythonInterp_FIND_VERSION:STRING="${PYTHON_VER}"
.endif # !defined(_POSTMKINCLUDED) && !defined(Python_Pre_Include)
.if defined(_POSTMKINCLUDED) && !defined(Python_Post_Include)
Python_Post_Include= bsd.python.mk
# py-distutils support
PYDISTUTILS_CONFIGURE_TARGET?= config
PYDISTUTILS_BUILD_TARGET?= build
PYDISTUTILS_INSTALL_TARGET?= install
.if defined(USE_PYDISTUTILS)
LDSHARED?= ${CC} -shared
MAKE_ENV+= LDSHARED="${LDSHARED}" PYTHONDONTWRITEBYTECODE= PYTHONOPTIMIZE=
.if !target(do-configure) && !defined(HAS_CONFIGURE) && !defined(GNU_CONFIGURE)
do-configure:
@(cd ${BUILD_WRKSRC}; ${SETENV} ${MAKE_ENV} ${PYTHON_CMD} ${PYDISTUTILS_SETUP} ${PYDISTUTILS_CONFIGURE_TARGET} ${PYDISTUTILS_CONFIGUREARGS})
.endif
.if !target(do-build)
do-build:
@(cd ${BUILD_WRKSRC}; ${SETENV} ${MAKE_ENV} ${PYTHON_CMD} ${PYDISTUTILS_SETUP} ${PYDISTUTILS_BUILD_TARGET} ${PYDISTUTILS_BUILDARGS})
.endif
.if !target(do-install)
do-install:
@(cd ${INSTALL_WRKSRC}; ${SETENV} ${MAKE_ENV} ${PYTHON_CMD} ${PYDISTUTILS_SETUP} ${PYDISTUTILS_INSTALL_TARGET} ${PYDISTUTILS_INSTALLARGS})
.endif
add-plist-post: add-plist-egginfo
.if defined(PYEASYINSTALL_ARCHDEP)
.if !target(easyinstall-setopt)
easyinstall-setopt:
@(cd ${BUILD_WRKSRC}; \
${SETENV} ${MAKE_ENV} ${PYTHON_CMD} ${PYSETUP} setopt -c build -o build-platlib -s lib.${PYEASYINSTALL_OSARCH:S/^-//}; \
${SETENV} ${MAKE_ENV} ${PYTHON_CMD} ${PYSETUP} setopt -c build -o build-temp -s temp.${PYEASYINSTALL_OSARCH:S/^-//}-${PYTHON_VER}; \
${SETENV} ${MAKE_ENV} ${PYTHON_CMD} ${PYSETUP} setopt -c bdist_egg -o plat-name -s ${PYEASYINSTALL_OSARCH:S/^-//}; \
${SETENV} ${MAKE_ENV} ${PYTHON_CMD} ${PYSETUP} setopt -c bdist -o plat-name -s ${PYEASYINSTALL_OSARCH:S/^-//})
.endif # !target(eayinstall-setopt)
pre-build: easyinstall-setopt
.endif # defined(PYEASYINSTALL_ARCHDEP)
.endif # defined(USE_PYDISTUTILS)
.endif # defined(_POSTMKINCLUDED) && !defined(Python_Post_Include)