def main(options):
if not options.topological_order:
package_paths = find_package_paths(options.basepath)
for package_path in sorted(package_paths):
package = None
package_abs_path = os.path.join(options.basepath, package_path)
if options.depends_on is not None:
package = parse_package(package_abs_path)
if options.depends_on not in get_unique_depend_names(package):
continue
if options.names_only:
package = package or parse_package(package_abs_path)
print(package.name)
else:
print(package_path)
else:
packages = find_unique_packages(options.basepath)
packages = topological_order_packages(packages)
for package_path, package, _ in packages:
if options.depends_on is not None:
if options.depends_on not in get_unique_depend_names(package):
continue
if options.names_only:
print(package.name)
else:
print(package_path)
def main(options):
lines = []
if not options.topological_order:
package_paths = find_package_paths(options.basepath)
for package_path in package_paths:
package = None
package_abs_path = os.path.join(options.basepath, package_path)
if options.depends_on is not None:
package = parse_package(package_abs_path)
if options.depends_on not in get_unique_depend_names(package):
continue
if options.names_only:
package = package or parse_package(package_abs_path)
lines.append(package.name)
elif options.paths_only:
lines.append(package_path)
else:
package = package or parse_package(package_abs_path)
lines.append(package.name + ' ' + package_path)
lines.sort()
else:
packages = find_unique_packages(options.basepath)
packages = topological_order_packages(packages)
for package_path, package, _ in packages:
if options.depends_on is not None:
if options.depends_on not in get_unique_depend_names(package):
continue
if options.names_only:
lines.append(package.name)
elif options.paths_only:
lines.append(package_path)
else:
lines.append(package.name + ' ' + package_path)
for line in lines:
print(line)
def main(options):
lines = []
if not options.topological_order:
package_paths = find_package_paths(options.basepath)
for package_path in package_paths:
package = None
package_abs_path = os.path.join(options.basepath, package_path)
if options.depends_on is not None:
package = parse_package(package_abs_path)
if options.depends_on not in get_unique_depend_names(package):
continue
if options.names_only:
package = package or parse_package(package_abs_path)
lines.append(package.name)
elif options.paths_only:
lines.append(package_path)
else:
package = package or parse_package(package_abs_path)
lines.append(package.name + ' ' + package_path)
else:
packages = find_unique_packages(options.basepath)
packages = topological_order_packages(packages)
for package_path, package, _ in packages:
if options.depends_on is not None:
if options.depends_on not in get_unique_depend_names(package):
continue
if options.names_only:
lines.append(package.name)
elif options.paths_only:
lines.append(package_path)
else:
lines.append(package.name + ' ' + package_path)
lines.sort()
for line in lines:
print(line)
def main(options):
lines = []
if not options.topological_order:
package_paths = find_package_paths(options.basepath)
# parse package manifests
packages = {}
for package_path in package_paths:
package_abs_path = os.path.join(options.basepath, package_path)
package = parse_package(package_abs_path)
packages[package_path] = package
# evaluate conditions
for package in packages.values():
package.evaluate_conditions(os.environ)
# expand group dependencies
for package in packages.values():
for group in package.group_depends:
if group.evaluated_condition:
group.extract_group_members(packages.values())
for package_path, package in packages.items():
if options.depends_on is not None:
if options.depends_on not in get_unique_depend_names(package):
continue
if options.names_only:
lines.append(package.name)
elif options.paths_only:
lines.append(package_path)
else:
lines.append(package.name + ' ' + package_path)
lines.sort()
else:
packages = find_unique_packages(options.basepath)
packages = topological_order_packages(packages)
for package_path, package, _ in packages:
if options.depends_on is not None:
if options.depends_on not in get_unique_depend_names(package):
continue
if options.names_only:
lines.append(package.name)
elif options.paths_only:
lines.append(package_path)
else:
lines.append(package.name + ' ' + package_path)
for line in lines:
print(line)
def main(group_by_path=True, tred=False):
pkgs = find_unique_packages('src')
pkgs_by_name = dict([(pkg.name, pkg) for pkg_path, pkg in pkgs.items()
# if 'connext' not in pkg.name and 'ament' not in pkg.name])
if 'ament' not in pkg.name])
pkg_names = pkgs_by_name.keys()
graph = pygraphviz.AGraph(directed=True, strict=False) # , concentrate=True)
# add all packages as nodes
for pkg_name in sorted(pkg_names):
graph.add_node(pkg_name)
# group packages by parent folder
groups = {}
for pkg_path, pkg in pkgs.items():
parent_path = os.path.dirname(pkg_path)
if parent_path not in groups:
groups[parent_path] = []
groups[parent_path].append(pkg.name)
# collect all dependencies by type
# and add edges for them
build_depends = {}
run_depends = {}
test_depends = {}
for pkg_name in sorted(pkg_names):
pkg = pkgs_by_name[pkg_name]
build_depends[pkg_name] = set([])
for dep in pkg.build_depends + pkg.buildtool_depends:
if dep.name in pkg_names and dep.name not in build_depends[pkg_name]:
build_depends[pkg_name].add(dep.name)
run_depends[pkg_name] = set([])
for dep in pkg.build_export_depends + pkg.buildtool_export_depends + pkg.exec_depends:
if dep.name in pkg_names and dep.name not in run_depends[pkg_name]:
run_depends[pkg_name].add(dep.name)
test_depends[pkg_name] = set([])
for dep in pkg.test_depends:
if dep.name in pkg_names and dep.name not in test_depends[pkg_name]:
test_depends[pkg_name].add(dep.name)
# add edges using parallel splines instead of separately routed multiedges
for pkg_name in sorted(set(build_depends.keys()) | set(run_depends.keys()) | set(test_depends.keys())):
build_deps = set(build_depends.get(pkg_name, []))
run_deps = set(run_depends.get(pkg_name, []))
test_deps = set(test_depends.get(pkg_name, []))
# for dep in sorted(build_deps | run_deps | test_deps):
for dep in sorted(build_deps | run_deps):
colors = []
if dep in build_deps:
colors.append('red')
if dep in run_deps:
colors.append('darkgreen')
# if dep in test_deps:
# colors.append('blue3')
graph.add_edge(pkg_name, dep, color=':'.join(colors))
print(graph.to_string())
# add subgraphs based on rank
if not group_by_path:
depends = {}
for pkg in pkgs.values():
depends[pkg.name] = build_depends[pkg.name] | run_depends[pkg.name] | test_depends[pkg.name]
rank = 1
while depends:
leafs = [pkg_name for pkg_name, deps in depends.items() if not deps]
for leaf in leafs:
del depends[leaf]
for deps in depends.values():
deps -= set(leafs)
graph.add_subgraph(sorted(leafs), name='r%d' % rank, rank='same')
rank += 1
# add subgraphs based on grouping
if group_by_path:
attributes = {
'color': 'gray',
'fontcolor': 'gray',
'style': 'bold',
'weight': 0,
}
i = 0
for parent_path, pkg_names in groups.items():
i += 1
attributes.update({
'label': parent_path,
})
# prevent edges to be duplicated inside subgraph
edges_func = graph.edges
def empty(*args, **kwargs):
return []
graph.edges = empty
# subgraph = graph.add_subgraph(
graph.add_subgraph(
nbunch=pkg_names, name='cluster%d' % i, **attributes)
graph.edges = edges_func
if tred:
# all_edges = graph.edges()
# remove transitive dependencies
graph.tred()
graph.layout('dot')
# if tred:
# # readd transitive dependencies after layout
# for edge in all_edges:
# if not graph.has_edge(edge):
# graph.add_edge(edge)
graph.draw('ament_graph.png')
def main(group_by_path=True, tred=False):
pkgs = find_unique_packages('src')
pkgs_by_name = dict([
(pkg.name, pkg) for pkg_path, pkg in pkgs.items()
# if 'connext' not in pkg.name and 'ament' not in pkg.name])
if 'ament' not in pkg.name
])
pkg_names = pkgs_by_name.keys()
graph = pygraphviz.AGraph(directed=True,
strict=False) # , concentrate=True)
# add all packages as nodes
for pkg_name in sorted(pkg_names):
graph.add_node(pkg_name)
# group packages by parent folder
groups = {}
for pkg_path, pkg in pkgs.items():
parent_path = os.path.dirname(pkg_path)
if parent_path not in groups:
groups[parent_path] = []
groups[parent_path].append(pkg.name)
# collect all dependencies by type
# and add edges for them
build_depends = {}
run_depends = {}
test_depends = {}
for pkg_name in sorted(pkg_names):
pkg = pkgs_by_name[pkg_name]
build_depends[pkg_name] = set([])
for dep in pkg.build_depends + pkg.buildtool_depends:
if dep.name in pkg_names and dep.name not in build_depends[
pkg_name]:
build_depends[pkg_name].add(dep.name)
run_depends[pkg_name] = set([])
for dep in pkg.build_export_depends + pkg.buildtool_export_depends + pkg.exec_depends:
if dep.name in pkg_names and dep.name not in run_depends[pkg_name]:
run_depends[pkg_name].add(dep.name)
test_depends[pkg_name] = set([])
for dep in pkg.test_depends:
if dep.name in pkg_names and dep.name not in test_depends[pkg_name]:
test_depends[pkg_name].add(dep.name)
# add edges using parallel splines instead of separately routed multiedges
for pkg_name in sorted(
set(build_depends.keys()) | set(run_depends.keys())
| set(test_depends.keys())):
build_deps = set(build_depends.get(pkg_name, []))
run_deps = set(run_depends.get(pkg_name, []))
test_deps = set(test_depends.get(pkg_name, []))
# for dep in sorted(build_deps | run_deps | test_deps):
for dep in sorted(build_deps | run_deps):
colors = []
if dep in build_deps:
colors.append('red')
if dep in run_deps:
colors.append('darkgreen')
# if dep in test_deps:
# colors.append('blue3')
graph.add_edge(pkg_name, dep, color=':'.join(colors))
print(graph.to_string())
# add subgraphs based on rank
if not group_by_path:
depends = {}
for pkg in pkgs.values():
depends[pkg.name] = build_depends[pkg.name] | run_depends[
pkg.name] | test_depends[pkg.name]
rank = 1
while depends:
leafs = [
pkg_name for pkg_name, deps in depends.items() if not deps
]
for leaf in leafs:
del depends[leaf]
for deps in depends.values():
deps -= set(leafs)
graph.add_subgraph(sorted(leafs), name='r%d' % rank, rank='same')
rank += 1
# add subgraphs based on grouping
if group_by_path:
attributes = {
'color': 'gray',
'fontcolor': 'gray',
'style': 'bold',
'weight': 0,
}
i = 0
for parent_path, pkg_names in groups.items():
i += 1
attributes.update({
'label': parent_path,
})
# prevent edges to be duplicated inside subgraph
edges_func = graph.edges
def empty(*args, **kwargs):
return []
graph.edges = empty
# subgraph = graph.add_subgraph(
graph.add_subgraph(nbunch=pkg_names,
name='cluster%d' % i,
**attributes)
graph.edges = edges_func
if tred:
# all_edges = graph.edges()
# remove transitive dependencies
graph.tred()
graph.layout('dot')
# if tred:
# # readd transitive dependencies after layout
# for edge in all_edges:
# if not graph.has_edge(edge):
# graph.add_edge(edge)
graph.draw('ament_graph.png')
