def _gen_tree(self, level):
"""
Method that will parse subdirectories to find all files
and build a TestTree with it
"""
# Get path prefix and category name
prefix = os.getcwd()
cat_name = os.path.basename(prefix)
# Create a new node
cat = TestTree(level, prefix, cat_name)
cat.info = self._readInfo()
# Call the prelude function
prelude_cat(cat.info)
# Visit files and subdir
for f in os.listdir(prefix):
# Parse subdir and maj test_list
if os.path.isdir(f) and self._is_dir_valid(f):
try:
os.chdir(f)
except:
continue
tmp = self._gen_tree(level + 1)
if tmp.total:
cat.subcat.append(tmp)
cat.total += tmp.total
os.chdir('../')
elif self._is_file_valid(f):
cat.tests.append(Test(prefix, f))
cat.total += len(cat.tests)
return cat
def _gen_tree(self, level):
"""
Method that will parse subdirectories to find all files
and build a TestTree with it
"""
# Get path prefix and category name
prefix = os.getcwd()
cat_name = os.path.basename(prefix)
# Create a new node
cat = TestTree(level, prefix, cat_name)
cat.info = self._readInfo()
# Call the prelude function
prelude_cat(cat.info)
# Visit files and subdir
for f in os.listdir(prefix):
# Parse subdir and maj test_list
if os.path.isdir(f) and self._is_dir_valid(f):
try:
os.chdir(f)
except:
continue
tmp = self._gen_tree(level + 1)
if tmp.total:
cat.subcat.append(tmp)
cat.total += tmp.total
os.chdir('../')
elif self._is_file_valid(f):
cat.tests.append(Test(prefix, f))
cat.total += len(cat.tests)
return cat
