def whl_library(wheel):
attrs = []
attrs += [("name", quote(lib_repo(wheel)))]
attrs += [("version", quote(wheel.version()))]
attrs += [("wheel_name", quote(wheel.basename()))]
if args.digests:
attrs += [("sha256", quote(wheel_digests[wheel.name()]))]
url = downloaded_wheel_urls.get(wheel.basename(), None)
if url:
attrs += [("urls", '[{}]'.format(quote(url)))]
if args.output_format != 'download':
attrs += [("wheel", '"@{}//:{}"'.format(args.name,
wheel.basename()))]
extras = ', '.join(
[quote(extra) for extra in sorted(possible_extras.get(wheel, []))])
if extras != '':
attrs += [("extras", '[{}]'.format(extras))]
build_deps = {
w.name()
for w in transitive_build_deps(wheel, build_info)
}
build_deps = ', '.join([quote(dep) for dep in sorted(build_deps)])
if build_deps != '':
attrs += [("build_deps", '[{}]'.format(build_deps))]
return """"{}": {{
{},
}},""".format(
wheel.name(),
",\n ".join(['"{}": {}'.format(k, v) for k, v in attrs]))
def whl_library(wheel):
attrs = []
attrs += [("name", quote(lib_repo(wheel)))]
attrs += [("version", quote(wheel.version()))]
attrs += [("wheel_name", quote(wheel.basename()))]
url = requirement_download_url(wheel.basename())
if url:
attrs += [("urls", '[{}]'.format(quote(url)))]
if args.output_format != 'download':
attrs += [("whl", '"@{}//:{}"'.format(args.name,
wheel.basename()))]
extras = ', '.join(
[quote(extra) for extra in sorted(possible_extras.get(wheel, []))])
if extras != '':
attrs += [("extras", '[{}]'.format(extras))]
runtime_deps = ', '.join([quote(dep) for dep in wheel.dependencies()])
#if runtime_deps != '':
# attrs["runtime_deps"] = '[{}]'.format(runtime_deps)
transitive_runtime_deps = set(
[split_extra(dep)[0] for dep in transitive_deps(wheel)])
transitive_runtime_deps = ', '.join(
[quote(dep) for dep in sorted(transitive_runtime_deps)])
if transitive_runtime_deps != '':
attrs += [("transitive_runtime_deps",
'[{}]'.format(transitive_runtime_deps))]
# Indentation here matters. whl_library must be within the scope
# of the function below. We also avoid reimporting an existing WHL.
return """"{}": {{
{},
}},""".format(
wheel.name(),
",\n ".join(['"{}": {}'.format(k, v) for k, v in attrs]))
def transitive_build_deps(wheel, build_info):
deps = set()
for build_dep in build_info.get(wheel.name(), {}).get("additional_buildtime_deps", []):
# Add any packages mentioned explicitly in "additional_buildtime_deps".
deps |= {whl_map[build_dep]}
# Add any runtime deps of such packages.
for runtime_dep_of_build_dep in transitive_deps(whl_map[build_dep], build_info=build_info):
deps |= {whl_map[runtime_dep_of_build_dep]}
return deps
def transitive_deps(wheel, extra=None, collected=None, build_info=None):
deps = wheel.dependencies(extra)
if build_info:
deps |= set(build_info.get(wheel.name(), {}).get("additional_runtime_deps", []))
if collected is None:
collected = set()
for dep in deps.copy():
if dep not in collected:
collected.add(dep)
d, extra = split_extra(dep)
deps |= transitive_deps(whl_map[d], extra, collected, build_info)
return deps
