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#
# Need to preserve timestamp for Grammar files. If the pickle files are older,
# Python will try to rebuild them.
# We patch auto* files, so regenerate headers and configure
# to find the ncurses headers
# enable large files how they did in JDS
# libffi for _ctypes
# because python links with $(CC) ... $(LDFLAGS) ...
# build pic
# for DWARF
# The python build is profile-guided for studio; to see the benefits of that,
# Python must be compiled with -xO5 and a different build target must be used.
# Use of xprofile requires that the same options be used during compilation and
# linking. The targets chosen are based on Solaris 11 minimum supported system
# requirements.
#
# We bypass the profile build for one file (ceval.c; see the DTrace patch)
# and reduce the optimization level for that same file to work around a
# problem (see bug 23467236) where Python would core dump on sparc when
# run under DTrace.
CEVAL_PATSUBST.i386 =
CEVAL_PATSUBST.sparc = "-xprofile=\%"
# Use the Studio VIS SDK in order to explicitly generate nonfaulting loads
# that allow Python to work with ADI-aware memory allocators.
# Python puts its header files in a special place.
# PYTHONPATH in the environment can be harmful, but setting it to empty via
# _INSTALL_ENV causes problems too, so just ignore the entire environment.
# Because of this, we need to specify PATH in multiple places below.
ENV += -i
# 64 bit shared objects need to go in a 64-bit directory
# Simplify the definitions of CC, CXX, CFLAGS and LDFLAGS so they hard-code
# neither paths from our build systems nor Studio-specific options.
-e 's/^CXX=.*/CXX=\t\tCC/' \
-e 's/^CFLAGS=.*/CFLAGS=\t\t\$$\(BASECFLAGS) \$$\(OPT) \$$\(EXTRA_CFLAGS)/' \
-e 's|^LDFLAGS=.*|LDFLAGS=|' \
# Because we stripped the Makefile above, we need to pass several things in the
# environment, and use -e to tell gmake to pay attention to the environment.
COMPONENT_INSTALL_ARGS += -e
# 1. Setup pyconfig.h file to support 32 & 64 bit.
# related *.txt files in the same directory, it will rebuild them any time
# you try to build a Python module. So here we also touch the pickle files
# to avoid this.
# 3. Strip build machine paths from _sysconfigdata.py & config/Makefile.
# Note that although the 64-bit version is not used (and thus commented
# out in the manifest), we still need to specify the 32-/64-bit paths,
# otherwise the 64-bit build will fail to find the 32-bit path.
# 4. (Re)compile _sysconfigdata.py since we just updated it.
# common targets
$(INSTALL_32): $(INSTALL_64)
build: $(BUILD_32_and_64)
# Using "-uall,-network" ensures all tests are run except the network tests.
# The network tests contain many expected failures when run behind a firewall.
# The "-v" ensures verbose mode. You can set TESTOPTS_PYTHON_TEST to a
# particular test if you want to run just one test. For example, run gmake with
# "-k" so it continues and does both 32-bit and 64-bit tests, even if there is a
# failure, like this:
# $ TESTOPTS_PYTHON_TEST=test_sys gmake -k test
# Note that when a test succeeds, the builds/*/.tested file gets created. You
# may need to remove these files, or run "gmake clobber" or "gmake clean"
# between tests.
#
# The distutils tests need $CC in $PATH.
COMPONENT_TEST_TARGETS = test
# The test output contains details from each test, in whatever order they
# complete. The default _TRANSFORMER is not powerful enough to deal with
# this; we need heavier artillery. Extract just the sections that start
# with "tests OK." and end with "Makefile: " for comparison.
COMPONENT_TEST_TRANSFORMS = "'/tests OK./ {results = 1}; /Makefile:/ {results = 0} {if (results) print $0 } '"
test: $(TEST_32_and_64)
system-test: $(SYSTEM_TESTS_NOT_IMPLEMENTED)