def build_file_graph(file_dict, dir_path):
"""
Build a hierarchical graph with a given file paths and
store the root path in 'data/Constants.json' file.
:param file_dict:
File dictionary returned by coala.
:param dir_path:
Directory that stores the generated webpage code.
"""
tr = Tree(parse_file_dict(file_dict).keys())
home_file = get_file(Constants.CONFIGS['home'], dir_path)
with open(home_file, 'w') as hm:
hm.write(tr.root.name)
return tr.extract()
def build_file_graph(file_dict, dir_path):
"""
Build a hierarchical graph with a given file paths and
store the root path in 'data/Constants.json' file.
:param file_dict:
File dictionary returned by coala.
:param dir_path:
Directory that stores the generated webpage code.
"""
tr = Tree(parse_file_dict(file_dict).keys())
home_file = get_file(Constants.CONFIGS['home'], dir_path)
with open(home_file, 'w') as hm:
hm.write(tr.root.name)
return tr.extract()
def test_graph(self):
tr = Tree(self.FL)
testChild = tr.root.child['tests'].child.get('specs', None)
self.assertTrue(testChild)
def test_extract(self):
tr = Tree(self.FL)
result = tr.extract()
self.assertIn(tr.root.abspath, result.keys())
def test_graph(self):
tr = Tree(self.FL)
testChild = tr.root.child.keys()
self.assertCountEqual(testChild, os.listdir('tests'))
def test_extract(self):
tr = Tree(self.FL)
result = tr.extract()
self.assertIn(tr.root.abspath, result.keys())