def testMarkdownGenerators(self):
"""CommandMarkdownGenerator and CliTreeMarkdownGenerator should match."""
# The normal help doc generation flow: generate the markdown for the loaded
# CLI into a directory, one markdown file per command.
command_directory = os.path.join(self.temp_path, 'command')
walker_util.DocumentGenerator(self.cli, command_directory, 'markdown',
'.md').Walk()
# The help doc generation flow under test: generate the markdown for the
# generated cli_tree into a directory, one markdown file per command using
# the same markdown file name scheme as above.
tree_directory = os.path.join(self.temp_path, 'tree')
files.MakeDir(tree_directory)
internal_tree = walker_util.GCloudTreeGenerator(self.cli).Walk()
external_tree = io.StringIO()
resource_printer.Print(resources=internal_tree,
print_format='json',
out=external_tree)
tree = json.loads(external_tree.getvalue())
GenerateMarkdownFromCliTree(tree, tree, tree_directory)
# Compare the output dir contents.
accumulator = Accumulator()
help_util.DirDiff(command_directory, tree_directory, accumulator)
self.assertEqual(0, accumulator.GetChanges())
def Run(self, args):
return walker_util.GCloudTreeGenerator(self.cli).Walk(args.hidden,
args.restrict)
def testGCloudTreeGenerator(self): """Test the gcloud command and group tree list.""" result = walker_util.GCloudTreeGenerator(self.cli).Walk() resource_printer.Print(resources=result, print_format='json') self.AssertOutputIsGolden(__file__, 'walker_util', 'gcloud.tree')
def Run(self, args):
return walker_util.GCloudTreeGenerator(
self._cli_power_users_only).Walk(args.hidden, args.restrict)