def test_simple(self):
help = HelpCommand()
options = OptionsContext()
for option in HelpCommand.common_options:
options.add_option(option)
context = CmdContext([], options, None, None)
help.run(context)
def test_simple(self):
help = HelpCommand()
options = OptionsContext()
for option in HelpCommand.common_options:
options.add_option(option)
global_context = GlobalContext(self.registry, None, None, None)
context = HelpContext(global_context, [], options, None, None)
help.run(context)
def test_command(self):
help = HelpCommand()
options = OptionsContext()
for option in HelpCommand.common_options:
options.add_option(option)
context = CmdContext(["configure"], options, None, None)
context.options_registry = self.options_registry
help.run(context)
def test_simple(self):
help = HelpCommand()
options = OptionsContext()
for option in HelpCommand.common_options:
options.add_option(option)
global_context = GlobalContext(None,
commands_registry=self.registry,
options_registry=self.options_registry)
pkg = PackageDescription()
context = HelpContext(global_context, [], options, pkg, self.run_node)
run_command_in_context(context, help)
def test_compiled_library(self):
from bento.backends.distutils_backend import DistutilsBuildContext
r_full_name = "lib/_foo"
bento_info = """\
Name: foo
Library:
CompiledLibrary: lib/_foo
Sources: foo.c
"""
package = PackageDescription.from_string(bento_info)
create_fake_package_from_bento_info(self.top_node, bento_info)
options = OptionsContext.from_command(BuildCommand())
context = DistutilsBuildContext(None, [], options, package, self.run_node)
context.pre_recurse(self.top_node)
try:
def builder(a):
self.assertEqual(a.name, r_full_name)
builder.is_called = True
builder.is_called = False
context.register_compiled_library_builder("lib/_foo", builder)
finally:
context.post_recurse()
context.compile()
self.assertTrue(builder.is_called, "registered builder not called")
def _run_configure_and_build(self, bento_info, install_prefix):
top_node = self.top_node
create_fake_package_from_bento_info(top_node, bento_info)
context = GlobalContext(None)
options = PackageOptions.from_string(bento_info)
context.register_package_options(options)
cmd_argv = ["--prefix=%s" % install_prefix, "--exec-prefix=%s" % install_prefix]
conf, configure = prepare_configure(top_node, bento_info, ConfigureYakuContext, cmd_argv)
context.register_command("configure", configure)
options_context = OptionsContext.from_command(configure)
if not context.is_options_context_registered("configure"):
context.register_options_context("configure", options_context)
context.save_command_argv("configure", cmd_argv)
run_command_in_context(conf, configure)
bld, build = prepare_build(top_node, bento_info)
run_command_in_context(bld, build)
return context, conf, configure, bld, build
def test_extra_source_registration(self):
bento_info = """\
Name: foo
Version: 1.0
Library:
Modules: fubar
"""
archive_list = [op.join("foo-1.0", f) for f in ["fubar.py", "yeah.info"]]
extra_node = self.top_node.make_node("yeah.info")
extra_node.write("")
create_fake_package_from_bento_info(self.top_node, bento_info)
package = PackageDescription.from_string(bento_info)
sdist = SdistCommand()
opts = OptionsContext.from_command(sdist)
cmd_argv = ["--output-file=foo.zip", "--format=zip"]
context = SdistContext(None, cmd_argv, opts, package, self.run_node)
context.register_source_node(self.top_node.find_node("yeah.info"))
sdist.run(context)
sdist.shutdown(context)
context.shutdown()
archive = self.run_node.find_node(op.join("dist", "foo.zip"))
z = zipfile.ZipFile(archive.abspath(), "r")
for f in archive_list:
if not f in z.namelist():
self.failUnless(op.join("foo-1.0", f) in files)
def test_template_filling(self):
bento_info = """\
Name: foo
Version: 1.0
MetaTemplateFile: release.py.in
Library:
Modules: fubar
"""
archive_list = [op.join("foo-1.0", f) for f in ["fubar.py", "release.py.in", "release.py"]]
template = self.top_node.make_node("release.py.in")
template.write("""\
NAME = $NAME
VERSION = $VERSION
""")
create_fake_package_from_bento_info(self.top_node, bento_info)
package = PackageDescription.from_string(bento_info)
sdist = SdistCommand()
opts = OptionsContext.from_command(sdist)
cmd_argv = ["--output-file=foo.zip", "--format=zip"]
context = SdistContext(None, cmd_argv, opts, package, self.run_node)
sdist.run(context)
sdist.shutdown(context)
context.shutdown()
archive = self.run_node.find_node(op.join("dist", "foo.zip"))
z = zipfile.ZipFile(archive.abspath(), "r")
for f in archive_list:
if not f in z.namelist():
self.fail("File %s not found in archive" % (f,))
def test_simple_package(self):
bento_info = """\
Name: foo
Version: 1.0
ExtraSourceFiles: yeah.info
Library:
Packages: foo, foo.bar
Modules: fubar
"""
archive_list = [
op.join("foo-1.0", f) for f in [
"yeah.info", "PKG_INFO",
op.join("foo", "__init__.py"),
op.join("foo", "bar", "__init__.py"), "fubar.py"
]
]
create_fake_package_from_bento_info(self.top_node, bento_info)
package = PackageDescription.from_string(bento_info)
sdist = SdistCommand()
opts = OptionsContext.from_command(sdist)
cmd_argv = ["--output-file=foo.zip", "--format=zip"]
context = SdistContext(None, cmd_argv, opts, package, self.run_node)
run_command_in_context(context, sdist)
self._assert_archive_equality(op.join("dist", "foo.zip"), archive_list)
def test_extra_source_registration(self):
bento_info = """\
Name: foo
Version: 1.0
Library:
Modules: fubar
"""
archive_list = [
op.join("foo-1.0", f)
for f in ["fubar.py", "yeah.info", "PKG_INFO"]
]
extra_node = self.top_node.make_node("yeah.info")
extra_node.write("")
create_fake_package_from_bento_info(self.top_node, bento_info)
package = PackageDescription.from_string(bento_info)
sdist = SdistCommand()
opts = OptionsContext.from_command(sdist)
cmd_argv = ["--output-file=foo.zip", "--format=zip"]
context = SdistContext(None, cmd_argv, opts, package, self.run_node)
context.register_source_node(self.top_node.find_node("yeah.info"))
run_command_in_context(context, sdist)
self._assert_archive_equality(op.join("dist", "foo.zip"), archive_list)
def _run_configure_and_build(self, bento_info, install_prefix):
top_node = self.top_node
create_fake_package_from_bento_info(top_node, bento_info)
context = GlobalContext(None)
options = PackageOptions.from_string(bento_info)
context.register_package_options(options)
cmd_argv = [
"--prefix=%s" % install_prefix,
"--exec-prefix=%s" % install_prefix
]
conf, configure = prepare_configure(top_node, bento_info,
ConfigureYakuContext, cmd_argv)
context.register_command("configure", configure)
options_context = OptionsContext.from_command(configure)
if not context.is_options_context_registered("configure"):
context.register_options_context("configure", options_context)
context.save_command_argv("configure", cmd_argv)
run_command_in_context(conf, configure)
bld, build = prepare_build(top_node, bento_info)
run_command_in_context(bld, build)
return context, conf, configure, bld, build
def test_template_filling(self):
bento_info = """\
Name: foo
Version: 1.0
MetaTemplateFiles: release.py.in
Library:
Modules: fubar
"""
archive_list = [
op.join("foo-1.0", f)
for f in ["fubar.py", "release.py.in", "release.py", "PKG_INFO"]
]
template = self.top_node.make_node("release.py.in")
template.write("""\
NAME = $NAME
VERSION = $VERSION
""")
create_fake_package_from_bento_info(self.top_node, bento_info)
package = PackageDescription.from_string(bento_info)
sdist = SdistCommand()
opts = OptionsContext.from_command(sdist)
cmd_argv = ["--output-file=foo.zip", "--format=zip"]
context = SdistContext(None, cmd_argv, opts, package, self.run_node)
run_command_in_context(context, sdist)
self._assert_archive_equality(op.join("dist", "foo.zip"), archive_list)
def register_options(global_context, cmd_name):
"""Register options for the given command."""
cmd = global_context.retrieve_command(cmd_name)
context = OptionsContext.from_command(cmd)
if not global_context.is_options_context_registered(cmd_name):
global_context.register_options_context(cmd_name, context)
def test_template_filling(self):
bento_info = """\
Name: foo
Version: 1.0
MetaTemplateFile: release.py.in
Library:
Modules: fubar
"""
archive_list = [op.join("foo-1.0", f) for f in ["fubar.py", "release.py.in", "release.py"]]
template = self.top_node.make_node("release.py.in")
template.write("""\
NAME = $NAME
VERSION = $VERSION
""")
create_fake_package_from_bento_info(self.top_node, bento_info)
package = PackageDescription.from_string(bento_info)
sdist = SdistCommand()
opts = OptionsContext.from_command(sdist)
cmd_argv = ["--output-file=foo.zip", "--format=zip"]
context = SdistContext(None, cmd_argv, opts, package, self.run_node)
run_command_in_context(context, sdist)
self._assert_archive_equality(op.join("dist", "foo.zip"), archive_list)
def register_options(global_context, cmd_name):
"""Register options for the given command."""
cmd = global_context.retrieve_command(cmd_name)
context = OptionsContext.from_command(cmd)
if not global_context.is_options_context_registered(cmd_name):
global_context.register_options_context(cmd_name, context)
def test_simple_package(self):
bento_info = """\
Name: foo
Version: 1.0
ExtraSourceFiles: yeah.info
Library:
Packages: foo, foo.bar
Modules: fubar
"""
archive_list = [op.join("foo-1.0", f) for f in ["yeah.info",
op.join("foo", "__init__.py"),
op.join("foo", "bar", "__init__.py"),
"fubar.py"]]
create_fake_package_from_bento_info(self.top_node, bento_info)
package = PackageDescription.from_string(bento_info)
sdist = SdistCommand()
opts = OptionsContext.from_command(sdist)
cmd_argv = ["--output-file=foo.zip", "--format=zip"]
context = SdistContext(None, cmd_argv, opts, package, self.run_node)
run_command_in_context(context, sdist)
self._assert_archive_equality(op.join("dist", "foo.zip"), archive_list)
def test_extra_source_registration(self):
bento_info = """\
Name: foo
Version: 1.0
Library:
Modules: fubar
"""
archive_list = [op.join("foo-1.0", f) for f in ["fubar.py", "yeah.info"]]
extra_node = self.top_node.make_node("yeah.info")
extra_node.write("")
create_fake_package_from_bento_info(self.top_node, bento_info)
package = PackageDescription.from_string(bento_info)
sdist = SdistCommand()
opts = OptionsContext.from_command(sdist)
cmd_argv = ["--output-file=foo.zip", "--format=zip"]
context = SdistContext(None, cmd_argv, opts, package, self.run_node)
context.register_source_node(self.top_node.find_node("yeah.info"))
run_command_in_context(context, sdist)
self._assert_archive_equality(op.join("dist", "foo.zip"), archive_list)
def test_compiled_library(self):
from bento.backends.distutils_backend import DistutilsBuildContext
r_full_name = "lib/_foo"
bento_info = """\
Name: foo
Library:
CompiledLibrary: lib/_foo
Sources: foo.c
"""
package = PackageDescription.from_string(bento_info)
create_fake_package_from_bento_info(self.top_node, bento_info)
options = OptionsContext.from_command(BuildCommand())
context = DistutilsBuildContext(None, [], options, package,
self.run_node)
context.pre_recurse(self.top_node)
try:
def builder(a):
self.assertEqual(a.name, r_full_name)
builder.is_called = True
builder.is_called = False
context.register_compiled_library_builder("lib/_foo", builder)
finally:
context.post_recurse()
context.compile()
self.assertTrue(builder.is_called, "registered builder not called")
def test_simple_package(self):
bento_info = """\
Name: foo
Version: 1.0
ExtraSourceFiles: yeah.info
Library:
Packages: foo, foo.bar
Modules: fubar
"""
archive_list = [op.join("foo-1.0", f) for f in ["yeah.info",
op.join("foo", "__init__.py"),
op.join("foo", "bar", "__init__.py"),
"fubar.py"]]
create_fake_package_from_bento_info(self.top_node, bento_info)
package = PackageDescription.from_string(bento_info)
sdist = SdistCommand()
opts = OptionsContext.from_command(sdist)
cmd_argv = ["--output-file=foo.zip", "--format=zip"]
context = SdistContext(None, cmd_argv, opts, package, self.run_node)
sdist.run(context)
sdist.shutdown(context)
context.shutdown()
archive = self.run_node.find_node(op.join("dist", "foo.zip"))
z = zipfile.ZipFile(archive.abspath(), "r")
for f in archive_list:
if not f in z.namelist():
self.failUnless(op.join("foo-1.0", f) in files)
def prepare_options(cmd_name, cmd, context_klass):
opts = OptionsContext.from_command(cmd)
g_context = FakeGlobalContext()
g_context._cmd_opts[cmd_name] = opts
# FIXME: the way new options are registered for custom contexts sucks:
# there should be a context class independent way to do it
if context_klass.__name__ == "BuildWafContext":
from bento.commands.extras.waf import register_options
register_options(g_context)
return opts
def _test_run(self, bento_info):
install_prefix = tempfile.mkdtemp()
try:
conf, configure, bld, build = self._run_configure_and_build(bento_info, install_prefix)
install = InstallCommand()
opts = OptionsContext.from_command(install)
inst = CmdContext(None, [], opts, conf.pkg, self.top_node)
install.run(inst)
finally:
shutil.rmtree(install_prefix)
def test_simple_distutils(self):
top_node = self.top_node
create_fake_package_from_bento_info(top_node, BENTO_INFO_WITH_EXT)
conf, configure = prepare_configure(top_node, BENTO_INFO_WITH_EXT, DistutilsConfigureContext)
run_command_in_context(conf, configure)
build = BuildCommand()
opts = OptionsContext.from_command(build)
bld = DistutilsBuildContext(None, [], opts, conf.pkg, top_node)
run_command_in_context(bld, build)
def test_simple_distutils(self):
top_node = self.top_node
create_fake_package_from_bento_info(top_node, BENTO_INFO_WITH_EXT)
conf, configure = prepare_configure(top_node, BENTO_INFO_WITH_EXT, DistutilsConfigureContext)
run_command_in_context(conf, configure)
build = BuildCommand()
opts = OptionsContext.from_command(build)
bld = DistutilsBuildContext(None, [], opts, conf.pkg, top_node)
run_command_in_context(bld, build)
def register_options_special(global_context):
# Register options for special topics not attached to a "real" command
# (e.g. 'commands')
context = OptionsContext()
def print_usage():
print(get_usage(global_context))
context.parser.print_help = print_usage
global_context.register_options_context_without_command(
"commands", context)
context = OptionsContext()
def print_help():
global_options = global_context.retrieve_options_context("")
p = global_options.parser
return (p.print_help())
context.parser.print_help = print_help
global_context.register_options_context_without_command("globals", context)
def _test_dry_run(self, bento_info):
install_prefix = tempfile.mkdtemp()
try:
context, conf, configure, bld, build = self._run_configure_and_build(bento_info, install_prefix)
install = InstallCommand()
opts = OptionsContext.from_command(install)
inst = ContextWithBuildDirectory(context, ["--list-files"], opts, conf.pkg, self.top_node)
run_command_in_context(inst, install)
finally:
shutil.rmtree(install_prefix)
def test_simple_yaku(self):
top_node = self.top_node
create_fake_package_from_bento_info(top_node, BENTO_INFO_WITH_EXT)
conf, configure = prepare_configure(top_node, BENTO_INFO_WITH_EXT, ConfigureYakuContext)
configure.run(conf)
conf.shutdown()
build = BuildCommand()
opts = OptionsContext.from_command(build)
bld = BuildYakuContext([], opts, conf.pkg, top_node)
build.run(bld)
def _run_command(self):
setup_node = self.top_node.make_node("setup.py")
setup_node.safe_write("")
create_fake_package_from_bento_info(self.top_node, "")
package = PackageDescription.from_string("")
cmd = DetectTypeCommand()
opts = OptionsContext.from_command(cmd)
context = CmdContext(None, [], opts, package, self.run_node)
cmd.run(context)
cmd.finish(context)
context.finish()
def _test_dry_run(self, bento_info):
install_prefix = tempfile.mkdtemp()
try:
context, conf, configure, bld, build = self._run_configure_and_build(
bento_info, install_prefix)
install = InstallCommand()
opts = OptionsContext.from_command(install)
inst = ContextWithBuildDirectory(context, ["--list-files"], opts,
conf.pkg, self.top_node)
run_command_in_context(inst, install)
finally:
shutil.rmtree(install_prefix)
def test_simple(self):
root = self.root
top_node = root.find_node(self.d)
create_fake_package_from_bento_info(top_node, BENTO_INFO)
conf, configure = prepare_configure(top_node, BENTO_INFO, ConfigureYakuContext)
configure.run(conf)
conf.shutdown()
build = BuildCommand()
opts = OptionsContext.from_command(build)
bld = BuildYakuContext([], opts, conf.pkg, top_node)
build.run(bld)
def _run_convert_command(top_node, run_node, setup_py, bento_info, cmd_argv):
setup_node = top_node.make_node("setup.py")
setup_node.safe_write(setup_py)
create_fake_package_from_bento_info(top_node, bento_info)
package = PackageDescription.from_string(bento_info)
cmd = ConvertCommand()
opts = OptionsContext.from_command(cmd)
context = CmdContext(None, cmd_argv, opts, package, run_node)
cmd.run(context)
cmd.finish(context)
context.finish()
def _run_command(self):
setup_node = self.top_node.make_node("setup.py")
setup_node.safe_write("")
create_fake_package_from_bento_info(self.top_node, "")
package = PackageDescription.from_string("")
cmd = DetectTypeCommand()
opts = OptionsContext.from_command(cmd)
context = CmdContext(None, [], opts, package, self.run_node)
cmd.run(context)
cmd.finish(context)
context.finish()
def _run_convert_command(top_node, run_node, setup_py, bento_info, cmd_argv):
setup_node = top_node.make_node("setup.py")
setup_node.safe_write(setup_py)
create_fake_package_from_bento_info(top_node, bento_info)
package = PackageDescription.from_string(bento_info)
cmd = ConvertCommand()
opts = OptionsContext.from_command(cmd)
context = CmdContext(None, cmd_argv, opts, package, run_node)
cmd.run(context)
cmd.finish(context)
context.finish()
def global_context_factory(package_options):
# FIXME: factor this out with the similar code in bentomakerlib
global_context = GlobalContext(None)
global_context.register_package_options(package_options)
register_commands(global_context)
register_command_contexts(global_context)
for cmd_name in global_context.command_names():
cmd = global_context.retrieve_command(cmd_name)
options_context = OptionsContext.from_command(cmd)
if not global_context.is_options_context_registered(cmd_name):
global_context.register_options_context(cmd_name, options_context)
return global_context
def global_context_factory(package_options):
# FIXME: factor this out with the similar code in bentomakerlib
global_context = GlobalContext(None)
global_context.register_package_options(package_options)
register_commands(global_context)
register_command_contexts(global_context)
for cmd_name in global_context.command_names():
cmd = global_context.retrieve_command(cmd_name)
options_context = OptionsContext.from_command(cmd)
if not global_context.is_options_context_registered(cmd_name):
global_context.register_options_context(cmd_name, options_context)
return global_context
def _setup_hooks(self, package, global_context, mods):
if package.use_backends:
if len(package.use_backends) > 1:
raise ValueError("Only up to one backend supported for now")
else:
assert global_context.backend is None
global_context.backend = load_backend(
package.use_backends[0])()
startup_hooks = find_startup_hooks(mods)
option_hooks = find_options_hooks(mods)
shutdown_hooks = find_shutdown_hooks(mods)
if startup_hooks:
# FIXME: there should be an error or a warning if startup defined in
# mods beyond the first one
startup_hooks[0](global_context)
if global_context.backend:
global_context.backend.register_command_contexts(global_context)
for command in find_command_hooks(mods):
global_context.register_command(command.name, command)
if global_context.backend:
global_context.backend.register_options_contexts(global_context)
if option_hooks:
# FIXME: there should be an error or a warning if shutdown defined in
# mods beyond the first one
option_hooks[0](global_context)
# FIXME: this registered options for new commands registered in hook. It
# should be made all in one place (hook and non-hook)
for cmd_name in global_context.command_names(public_only=False):
if not global_context.is_options_context_registered(cmd_name):
# FIXME: this should be supported in global context directly
# (redundant with bentomakerlib)
cmd = global_context.retrieve_command(cmd_name)
context = OptionsContext.from_command(cmd)
if not global_context.is_options_context_registered(cmd_name):
global_context.register_options_context(cmd_name, context)
for cmd_name in global_context.command_names():
for hook in find_pre_hooks(mods, cmd_name):
global_context.add_pre_hook(hook, cmd_name)
for hook in find_post_hooks(mods, cmd_name):
global_context.add_post_hook(hook, cmd_name)
def test_simple(self):
n = self.top_node.make_node("doc/conf.py")
n.parent.mkdir()
n.write("")
n = self.top_node.make_node("doc/contents.rst")
n.write("")
bento_info = "Name: foo"
package = PackageDescription.from_string(bento_info)
sphinx = SphinxCommand()
opts = OptionsContext.from_command(sphinx)
context = ContextWithBuildDirectory(None, [], opts, package, self.run_node)
run_command_in_context(context, sphinx)
def test_simple(self):
n = self.top_node.make_node("doc/conf.py")
n.parent.mkdir()
n.write("")
n = self.top_node.make_node("doc/contents.rst")
n.write("")
bento_info = "Name: foo"
package = PackageDescription.from_string(bento_info)
sphinx = SphinxCommand()
opts = OptionsContext.from_command(sphinx)
context = ContextWithBuildDirectory(None, [], opts, package, self.run_node)
run_command_in_context(context, sphinx)
def setUp(self):
self.run_node = create_first_node(os.getcwd())
registry = bento.commands.registries.CommandRegistry()
# help command assumes those always exist
registry.register("configure", Command)
registry.register("build", Command)
registry.register("install", Command)
registry.register("sdist", Command)
registry.register("build_wininst", Command)
registry.register("build_egg", Command)
self.registry = registry
self.options_registry = bento.commands.registries.OptionsRegistry()
self.options_registry.register("configure", OptionsContext())
def _setup_hooks(self, package, global_context, mods):
if package.use_backends:
if len(package.use_backends) > 1:
raise ValueError("Only up to one backend supported for now")
else:
assert global_context.backend is None
global_context.backend = load_backend(package.use_backends[0])()
startup_hooks = find_startup_hooks(mods)
option_hooks = find_options_hooks(mods)
shutdown_hooks = find_shutdown_hooks(mods)
if startup_hooks:
# FIXME: there should be an error or a warning if startup defined in
# mods beyond the first one
startup_hooks[0](global_context)
if global_context.backend:
global_context.backend.register_command_contexts(global_context)
for command in find_command_hooks(mods):
global_context.register_command(command.name, command)
if global_context.backend:
global_context.backend.register_options_contexts(global_context)
if option_hooks:
# FIXME: there should be an error or a warning if shutdown defined in
# mods beyond the first one
option_hooks[0](global_context)
# FIXME: this registered options for new commands registered in hook. It
# should be made all in one place (hook and non-hook)
for cmd_name in global_context.command_names(public_only=False):
if not global_context.is_options_context_registered(cmd_name):
# FIXME: this should be supported in global context directly
# (redundant with bentomakerlib)
cmd = global_context.retrieve_command(cmd_name)
context = OptionsContext.from_command(cmd)
if not global_context.is_options_context_registered(cmd_name):
global_context.register_options_context(cmd_name, context)
for cmd_name in global_context.command_names():
for hook in find_pre_hooks(mods, cmd_name):
global_context.add_pre_hook(hook, cmd_name)
for hook in find_post_hooks(mods, cmd_name):
global_context.add_post_hook(hook, cmd_name)
def _prepare_command(run_node, bento_info, cmd_klass, context_klass, cmd_argv):
top_node = run_node._ctx.srcnode
top_node.make_node("bento.info").safe_write(bento_info)
package = PackageDescription.from_string(bento_info)
package_options = PackageOptions.from_string(bento_info)
cmd = cmd_klass()
options_context = OptionsContext.from_command(cmd)
cmd.register_options(options_context, package_options)
global_context = GlobalContext(None)
global_context.register_package_options(package_options)
context = context_klass(global_context, cmd_argv, options_context, package, run_node)
return context, cmd
def _prepare_command(run_node, bento_info, cmd_klass, context_klass, cmd_argv):
top_node = run_node._ctx.srcnode
top_node.make_node("bento.info").safe_write(bento_info)
package = PackageDescription.from_string(bento_info)
package_options = PackageOptions.from_string(bento_info)
cmd = cmd_klass()
options_context = OptionsContext.from_command(cmd)
cmd.register_options(options_context, package_options)
global_context = GlobalContext(None)
global_context.register_package_options(package_options)
context = context_klass(global_context, cmd_argv, options_context, package, run_node)
return context, cmd
def global_context_factory(package_options):
# FIXME: factor this out with the similar code in bentomakerlib
options_registry = OptionsRegistry()
# This is a dummy for now, to fulfill global_context API
cmd_scheduler = CommandScheduler()
commands_registry = CommandRegistry()
register_commands(commands_registry)
register_command_contexts()
for cmd_name in commands_registry.command_names():
if not options_registry.is_registered(cmd_name):
cmd = commands_registry.retrieve(cmd_name)
options_context = OptionsContext.from_command(cmd)
options_registry.register(cmd_name, options_context)
configure_options_context = options_registry.retrieve("configure")
_setup_options_parser(configure_options_context, package_options)
global_context = GlobalContext(commands_registry, CONTEXT_REGISTRY,
options_registry, cmd_scheduler)
return global_context
def write_record(self):
dist = self.distribution
install = InstallCommand()
options_context = OptionsContext.from_command(install)
context = CmdContext([], options_context, dist.pkg, dist.run_node)
if self.record:
n = context.build_node.make_node(IPKG_PATH)
ipkg = InstalledPkgDescription.from_file(n.abspath())
scheme = context.get_paths_scheme()
ipkg.update_paths(scheme)
file_sections = ipkg.resolve_paths(src_root_dir=context.build_node.abspath())
fid = open(self.record, "w")
try:
for kind, source, target in iter_files(file_sections):
fid.write("%s\n" % target)
finally:
fid.close()
def prepare_configure(run_node, bento_info, context_klass=ConfigureYakuContext, cmd_argv=None):
if cmd_argv is None:
cmd_argv = []
top_node = run_node._ctx.srcnode
top_node.make_node("bento.info").safe_write(bento_info)
package = PackageDescription.from_string(bento_info)
package_options = PackageOptions.from_string(bento_info)
configure = ConfigureCommand()
opts = OptionsContext.from_command(configure)
# FIXME: this emulates the big ugly hack inside bentomaker.
_setup_options_parser(opts, package_options)
context = context_klass(None, cmd_argv, opts, package, run_node)
context.package_options = package_options
return context, configure
def test_simple(self):
root = self.root
top_node = self.top_node
run_node = self.run_node
bento_info = """\
Name: foo
Recurse:
bar
"""
bento_info2 = """\
Recurse:
foo
Library:
Modules: fubar
Extension: _foo
Sources: foo.c
"""
bento_info3 = """\
Library:
Modules: foufoufou
Packages: sub2
"""
bentos = {"bento.info": bento_info, os.path.join("bar", "bento.info"): bento_info2,
os.path.join("bar", "foo", "bento.info"): bento_info3}
create_fake_package_from_bento_infos(run_node, bentos)
conf, configure = prepare_configure(run_node, bento_info, ConfigureYakuContext)
configure.run(conf)
conf.shutdown()
build = BuildCommand()
opts = OptionsContext.from_command(build)
cmd_argv = []
bld = BuildYakuContext(cmd_argv, opts, conf.pkg, run_node)
build.run(bld)
def create_global_context(package, package_options, backend=None):
if backend is None:
backend = YakuBackend()
global_context = GlobalContext(None)
global_context.register_package_options(package_options)
if backend:
global_context.backend = backend
build = BuildCommand()
configure = ConfigureCommand()
commands = (("configure", configure), ("build", build))
for cmd_name, cmd in commands:
global_context.register_command(cmd_name, cmd)
options_context = OptionsContext.from_command(cmd)
global_context.register_options_context(cmd_name, options_context)
global_context.backend.register_command_contexts(global_context)
global_context.backend.register_options_contexts(global_context)
return global_context
def create_global_context(package, package_options, backend=None):
if backend is None:
backend = YakuBackend()
global_context = GlobalContext(None)
global_context.register_package_options(package_options)
if backend:
global_context.backend = backend
build = BuildCommand()
configure = ConfigureCommand()
commands = (("configure", configure), ("build", build))
for cmd_name, cmd in commands:
global_context.register_command(cmd_name, cmd)
options_context = OptionsContext.from_command(cmd)
global_context.register_options_context(cmd_name, options_context)
global_context.backend.register_command_contexts(global_context)
global_context.backend.register_options_contexts(global_context)
return global_context
def create_global_options_context():
context = OptionsContext(usage="%prog [options] [cmd_name [cmd_options]]")
context.add_option(
Option("--version",
"-v",
dest="show_version",
action="store_true",
help="Version"))
context.add_option(
Option("--full-version",
dest="show_full_version",
action="store_true",
help="Full version"))
context.add_option(
Option(
"--build-directory",
dest="build_directory",
help=
"Build directory as relative path from cwd (default: '%default')"))
context.add_option(Option("--bento-info", dest="bento_info",
help="Bento location as a relative path from cwd (default: '%default'). " \
"The base name (without its component) must be 'bento.info("))
context.add_option(
Option("--disable-autoconfigure",
dest="disable_autoconfigure",
action="store_true",
default=False,
help="""\
Do not automatically run configure before build. In this mode, the user is
expected to know what he is doing. This is mainly useful for developers, to
avoid running configure everytime (default: '%default')."""))
context.add_option(
Option("-h",
"--help",
dest="show_help",
action="store_true",
help="Display help and exit"))
context.parser.set_defaults(show_version=False,
show_full_version=False,
show_help=False,
build_directory="build",
bento_info="bento.info")
return context
