def test_BuildAfterChange(self):
# Test that changes trigger a rebuild immediately.
with pynacl.working_directory.TemporaryWorkingDirectory() as work_dir:
source_dir = os.path.join(work_dir, 'src')
output_dir = os.path.join(work_dir, 'out')
cache_dir = os.path.join(work_dir, 'cache')
readme_out = os.path.join(output_dir, 'newlib_build_install',
'test1')
args = [
'--source', source_dir, '--output', output_dir, '--cache',
cache_dir, '--no-use-remote-cache', '--sync'
]
if '-v' in sys.argv or '--verbose' in sys.argv:
args += ['--verbose', '--emit-signatures=-', '--no-annotator']
else:
args += ['--quiet']
packages = GetTestPackages(change_readme=False)
package_targets = GetTestPackageTargets()
# Build once (so things are in place).
tb = toolchain_main.PackageBuilder(packages, package_targets, args)
tb.Main()
self.assertEqual(INITIAL_README_TEXT,
pynacl.file_tools.ReadFile(readme_out))
# Build again (so the the cache is hit).
tb = toolchain_main.PackageBuilder(packages, package_targets, args)
tb.Main()
self.assertEqual(INITIAL_README_TEXT,
pynacl.file_tools.ReadFile(readme_out))
# Build again after changing README.
packages = GetTestPackages(change_readme=True)
tb = toolchain_main.PackageBuilder(packages, package_targets, args)
tb.Main()
self.assertEqual(LATER_README_TEXT,
pynacl.file_tools.ReadFile(readme_out))
def FetchAndBuildGCC():
if 'arm' in ARCHES:
tc_args = ['-y', '--no-use-remote-cache', 'gcc_libs_arm']
toolchain_main.PackageBuilder(toolchain_build.PACKAGES, tc_args).Main()
if 'x86' in ARCHES:
process.Run(['make', 'sync'], cwd=os.path.join(NATIVE_CLIENT, 'tools'))
def FetchAndBuild_gcc_libs():
tc_args = [
'-y', '--no-use-cached-results', '--no-use-remote-cache',
'gcc_libs_arm'
]
# Call toolchain_build to build the gcc libs. We do not need to fill in
# any package targets since we are using toolchain_build as an
# intermediate step.
toolchain_main.PackageBuilder(toolchain_build.PACKAGES, {}, tc_args).Main()
},
}
return libs
def CollectPackages(targets):
packages = HOST_GCC_LIBS.copy()
for target in targets:
packages.update(HostTools(target))
# We build target libraries only on Linux for two reasons:
# 1. We only need to build them once.
# 2. Linux is the fastest to build.
# TODO(mcgrathr): In future set up some scheme whereby non-Linux
# bots can build target libraries but not archive them, only verifying
# that the results came out the same as the ones archived by the
# official builder bot. That will serve as a test of the host tools
# on the other host platforms.
if sys.platform.startswith('linux'):
packages.update(TargetLibs(target))
return packages
PACKAGES = CollectPackages(TARGET_LIST)
if __name__ == '__main__':
tb = toolchain_main.PackageBuilder(PACKAGES, sys.argv[1:])
# TODO(mcgrathr): The bot ought to run some native_client tests
# using the new toolchain, like the old x86 toolchain bots do.
tb.Main()
def FetchAndBuild_gcc_libs():
tc_args = ['-y', '--no-use-remote-cache', 'gcc_libs_arm']
toolchain_main.PackageBuilder(toolchain_build.PACKAGES, tc_args).Main()
else:
hosts = [pynacl.platform.PlatformTriple()]
if pynacl.platform.IsLinux() and BUILD_CROSS_MINGW:
hosts.append('i686-w64-mingw32')
for host in hosts:
packages.update(HostLibs(host))
packages.update(HostTools(host, args))
# Don't build the target libs on Windows because of pathname issues.
# Don't build the target libs on Mac because the gold plugin's rpaths
# aren't right.
# On linux use the 32-bit compiler to build the target libs since that's what
# most developers will be using. (hosts[0] is i686-linux on linux64)
# For now, don't build anything more than once.
# TODO(dschuff): Figure out a better way to test things on toolchain bots.
if pynacl.platform.IsLinux64():
packages.update(
pnacl_targetlibs.TargetLibsSrc(GetGitSyncCmdsCallback(revisions)))
for bias in BITCODE_BIASES:
packages.update(pnacl_targetlibs.BitcodeLibs(hosts[0], bias))
for arch in ALL_ARCHES:
packages.update(pnacl_targetlibs.NativeLibs(hosts[0], arch))
packages.update(Metadata())
if pynacl.platform.IsLinux() or pynacl.platform.IsMac():
packages.update(
pnacl_targetlibs.UnsandboxedIRT('x86-32-%s' %
pynacl.platform.GetOS()))
tb = toolchain_main.PackageBuilder(packages, GetUploadPackageTargets(),
leftover_args)
tb.Main()
if pynacl.platform.Is64BitLinux():
hosts = ['i686-linux']
if args.build_64bit_host:
hosts.append(NativeTriple())
else:
hosts = [NativeTriple()]
if pynacl.platform.IsLinux() and BUILD_CROSS_MINGW:
hosts.append('i686-w64-mingw32')
for host in hosts:
packages.update(HostLibs(host))
packages.update(HostTools(host))
# Don't build the target libs on Windows because of pathname issues.
# Don't build the target libs on Mac because the gold plugin's rpaths
# aren't right.
# On linux use the 32-bit compiler to build the target libs since that's what
# most developers will be using.
if pynacl.platform.IsLinux():
packages.update(pnacl_targetlibs.TargetLibsSrc(
GetGitSyncCmdCallback(revisions)))
for bias in BITCODE_BIASES:
packages.update(pnacl_targetlibs.BitcodeLibs(hosts[0], bias))
for arch in ALL_ARCHES:
packages.update(pnacl_targetlibs.NativeLibs(hosts[0], arch))
packages.update(pnacl_targetlibs.NativeLibsUnsandboxed('linux-x86-32'))
packages.update(Metadata())
tb = toolchain_main.PackageBuilder(packages,
leftover_args)
tb.Main()