def build_package_group(self, group):
relpath = os.path.relpath(group.path, self.build_config.root_path)
group_node = self.ctx.path.make_node(relpath)
flags = group.flags
internal_dep = [d + '_lib' for d in sorted(group.dep)]
external_dep = [l.upper() for l in sorted(group.external_dep)]
lib_install_path = self.install_config.get_lib_install_path(group.name)
# Create task generators in topological order so that the actual task
# build order would appear to be meaningful.
ordered_package_names = graphutil.topological_sort(
buildconfigutil.get_package_digraph(self.build_config, group.name))
for package_name in ordered_package_names:
package = self.build_config.inner_packages[package_name]
self.build_inner_package(package, group)
if group.name in self.build_config.soname_overrides:
custom_soname = self.build_config.soname_overrides[group.name]
else:
custom_soname = None
self.gen_pc_file(group)
self.ctx(name=group.name + '_lib',
path=group_node,
target=self.install_config.get_target_name(group.name),
features=['cxx'] + self.libtype_features,
linkflags=flags.linkflags,
lib=flags.libs,
stlib=flags.stlibs,
cust_libpaths=flags.libpaths,
source=[p + '_lib' for p in ordered_package_names],
use=internal_dep,
uselib=external_dep,
export_includes=[group_node.make_node(p) for p in
ordered_package_names],
install_path=lib_install_path,
bdevnum=group.version,
bdesoname=custom_soname,
depends_on=[group.name + '_pc'],
idx=self.global_taskgen_idx
)
self.ctx(
name=group.name,
depends_on=[group.name + '_lib'] +
[p + '_tst' for p in ordered_package_names]
)
def build_package_group(self, group):
relpath = os.path.relpath(group.path, self.build_config.root_path)
group_node = self.ctx.path.make_node(relpath)
flags = group.flags
internal_dep = [d + '_lib' for d in sorted(group.dep)]
external_dep = [l.upper() for l in sorted(group.external_dep)]
lib_install_path = self.install_config.get_lib_install_path(group.name)
# Create task generators in topological order so that the actual task
# build order would appear to be meaningful.
ordered_package_names = graphutil.topological_sort(
buildconfigutil.get_package_digraph(self.build_config, group.name))
for package_name in ordered_package_names:
package = self.build_config.inner_packages[package_name]
self.build_inner_package(package, group)
if group.name in self.build_config.soname_overrides:
custom_soname = self.build_config.soname_overrides[group.name]
else:
custom_soname = None
self.gen_pc_file(group)
self.ctx(name=group.name + '_lib',
path=group_node,
target=self.install_config.get_target_name(group.name),
features=['cxx'] + self.libtype_features,
linkflags=flags.linkflags,
lib=flags.libs,
stlib=flags.stlibs,
cust_libpaths=flags.libpaths,
source=[p + '_lib' for p in ordered_package_names],
use=internal_dep,
uselib=external_dep,
export_includes=[
group_node.make_node(p) for p in ordered_package_names
],
install_path=lib_install_path,
bdevnum=group.version,
bdesoname=custom_soname,
depends_on=[group.name + '_pc'],
idx=self.global_taskgen_idx)
self.ctx(name=group.name,
depends_on=[group.name + '_lib'] +
[p + '_tst' for p in ordered_package_names])
def build(self):
if not self.ctx.targets or self.ctx.targets == '*':
digraph = buildconfigutil.get_uor_digraph(self.build_config)
self.draw_imp(digraph, 'UORs', '__all__')
return
elif self.ctx.targets in self.build_config.package_groups:
group_name = self.ctx.targets
digraph = buildconfigutil.get_package_digraph(
self.build_config, group_name)
self.draw_imp(digraph, group_name, group_name)
return
package = None
if self.ctx.targets in self.build_config.stdalone_packages:
package = self.build_config.stdalone_packages[self.ctx.targets]
elif self.ctx.targets in self.build_config.inner_packages:
package = self.build_config.inner_packages[self.ctx.targets]
if not package or package.type_ == repounits.PackageType.PACKAGE_PLUS:
Logs.warn('Graph target must be either empty, '
'a package group, or a package that is not '
'a + package.')
return
digraph = cpreproc.get_component_digraph(
package, self.ctx.options.use_test_only == 'yes')
prefix = package.name + '_'
def remove_prefix(str_):
if str_.startswith(prefix):
return str_[len(prefix):]
return str_
# Remove prefix
digraph_new = {}
for node in digraph:
digraph_new[remove_prefix(node)] = [
remove_prefix(c) for c in digraph[node]
]
self.draw_imp(digraph_new, package.name, package.name)
def build(self):
if not self.ctx.targets or self.ctx.targets == '*':
digraph = buildconfigutil.get_uor_digraph(
self.build_config)
self.draw_imp(digraph, 'UORs', '__all__')
return
elif self.ctx.targets in self.build_config.package_groups:
group_name = self.ctx.targets
digraph = buildconfigutil.get_package_digraph(
self.build_config, group_name)
self.draw_imp(digraph, group_name, group_name)
return
package = None
if self.ctx.targets in self.build_config.stdalone_packages:
package = self.build_config.stdalone_packages[self.ctx.targets]
elif self.ctx.targets in self.build_config.inner_packages:
package = self.build_config.inner_packages[self.ctx.targets]
if not package or package.type_ == repounits.PackageType.PACKAGE_PLUS:
Logs.warn('Graph target must be either empty, '
'a package group, or a package that is not '
'a + package.')
return
digraph = cpreproc.get_component_digraph(
package, self.ctx.options.use_test_only == 'yes')
prefix = package.name + '_'
def remove_prefix(str_):
if str_.startswith(prefix):
return str_[len(prefix):]
return str_
# Remove prefix
digraph_new = {}
for node in digraph:
digraph_new[remove_prefix(node)] = [remove_prefix(c) for
c in digraph[node]]
self.draw_imp(digraph_new, package.name, package.name)
