def gen_command(args):
modules = module_searcher.parse_all()
modules, mains = module_searcher.filter_mains(modules, args)
print("Main modules: %s" % ", ".join([m.name for m in mains]))
module_checker.check(modules)
source_map = dependency_finder.track(modules)
depend_generator.gen(config.DEPEND_FILE_NAME, modules, source_map, mains)
def list_command(args):
modules = module_searcher.parse_all()
used_modules, _ = module_searcher.filter_mains(modules, args)
used_map = {}
for m in used_modules:
used_map[m.name] = True
if len(modules) == 0:
print "No module found"
else:
unused_count = len(modules) - len(used_modules)
extra = "" if unused_count == 0 else "\033[90m(+%d unused)\033[0m " % unused_count
print "%d %smodule%s:" % (len(used_modules), extra,
"s" if len(modules) > 1 else "")
max_len = 0
for m in modules:
if len(m.name) > max_len:
max_len = len(m.name)
for m in sorted(modules,
key=lambda m:
(m.name in used_map, not m.is_main, m.name)):
prefix, suffix = ("\033[90m",
"\033[0m") if not m.name in used_map else (
"\033[32m", "\033[0m") if m.is_main else ("",
"")
print(
"\t%s%-*s (%s)%s" %
(prefix, max_len, m.name, os.path.relpath(m.base_dir), suffix))
def gen_command(args):
modules = module_searcher.parse_all()
modules, mains = module_searcher.filter_mains(modules, args)
print("Main modules: %s" % ", ".join([m.name for m in mains]))
module_checker.check(modules)
source_map = dependency_finder.track(modules)
depend_generator.gen(config.DEPEND_FILE_NAME, modules, source_map, mains)
def check_command(args): modules = module_searcher.parse_all() module_checker.check(modules) dependency_finder.track(modules) if len(modules) == 0: print "No module found" else: print "%d modules - OK" % len(modules)
def print_command(args): # TODO: use args modules = module_searcher.parse_all() used_modules = module_searcher.filter_unused(modules) if len(args) == 0 or args[0] != '--all': modules = used_modules file_name = module_printer.gen(modules, set([m.name for m in used_modules])) print "Module tree generated to %s" % file_name utils.open_browser(file_name)
def check_command(args):
modules = module_searcher.parse_all()
module_checker.check(modules)
dependency_finder.track(modules)
if len(modules) == 0:
print "No module found"
else:
print "%d modules - OK" % len(modules)
def print_command(args): # TODO: use args
modules = module_searcher.parse_all()
used_modules = module_searcher.filter_unused(modules)
if len(args) == 0 or args[0] != '--all':
modules = used_modules
file_name = module_printer.gen(modules,
set([m.name for m in used_modules]))
print "Module tree generated to %s" % file_name
utils.open_browser(file_name)
def _info_modules(args):
modules = module_searcher.parse_all()
modules = module_searcher.filter_mains(modules, [])
module_checker.check(modules)
if len(args) == 0:
return modules
arg_modules = []
for m_name in args:
ok = False
for m in modules:
if m.name == m_name:
arg_modules.append(m)
ok = True
break
if not ok:
raise config.BaseError("Unknown module '%s'" % m_name) # TODO: exception
return arg_modules
def _info_modules(args):
modules = module_searcher.parse_all()
modules = module_searcher.filter_mains(modules, [])
module_checker.check(modules)
if len(args) == 0:
return modules
arg_modules = []
for m_name in args:
ok = False
for m in modules:
if m.name == m_name:
arg_modules.append(m)
ok = True
break
if not ok:
raise config.BaseError("Unknown module '%s'" %
m_name) # TODO: exception
return arg_modules
def list_command(args):
modules = module_searcher.parse_all()
used_modules, _ = module_searcher.filter_mains(modules, args)
used_map = {}
for m in used_modules:
used_map[m.name] = True
if len(modules) == 0:
print "No module found"
else:
unused_count = len(modules) - len(used_modules)
extra = "" if unused_count == 0 else "\033[90m(+%d unused)\033[0m " % unused_count
print "%d %smodule%s:" % (len(used_modules), extra, "s" if len(modules) > 1 else "")
max_len = 0
for m in modules:
if len(m.name) > max_len:
max_len = len(m.name)
for m in sorted(modules, key=lambda m: (m.name in used_map, not m.is_main, m.name)):
prefix, suffix = ("\033[90m", "\033[0m") if not m.name in used_map else ("\033[32m", "\033[0m") if m.is_main else ("", "")
print ("\t%s%-*s (%s)%s" % (
prefix, max_len, m.name, os.path.relpath(m.base_dir), suffix
))