def test_errors(self):
queue = ParsingQueue()
self.assertEqual(queue.get(), {})
with self.assertRaises(ValueError):
queue.add('BuiltIn', 'invalid', None)
with self.assertRaises(KeyError):
queue.set('NotHere')
with self.assertRaises(TypeError):
queue.add('BuiltIn', 'library')
def test_errors(self):
queue = ParsingQueue()
self.assertEqual(
queue.get(),
{})
with self.assertRaises(ValueError):
queue.add('BuiltIn', 'invalid', None)
with self.assertRaises(KeyError):
queue.set('NotHere')
with self.assertRaises(TypeError):
queue.add('BuiltIn', 'library')
class TestLibraryParsingQueue(unittest.TestCase):
"""Unit test for test data parsing queue"""
def setUp(self):
self.queue = ParsingQueue()
self.expected = OrderedDict()
self.not_scanned = {'scanned': False}
self.lib = {'type': 'library'}
self.test = {'type': 'test_suite'}
self.none = {'type': None}
self.resource = {'type': 'resource'}
self.no_args = {'args': None}
def update_expected(self, dict1):
old = self.expected
self.expected = OrderedDict(list(dict1.items()) + list(old.items()))
def test_errors(self):
queue = ParsingQueue()
self.assertEqual(
queue.get(),
{})
with self.assertRaises(ValueError):
queue.add('BuiltIn', 'invalid', None)
with self.assertRaises(KeyError):
queue.set('NotHere')
with self.assertRaises(TypeError):
queue.add('BuiltIn', 'library')
def test_queue_creation(self):
self.assertEqual(
self.queue.queue,
self.expected)
def test_adding_library(self):
self.add_builtin()
self.assertEqual(
self.queue.queue,
self.expected)
# Adding lib second time should not add item to the queue
self.queue.add('BuiltIn', 'library', None)
self.assertEqual(
self.queue.queue,
self.expected)
def test_adding_test_data(self):
self.add_test_data()
self.assertEqual(
self.queue.queue,
self.expected)
self.add_resource()
self.assertEqual(
self.queue.queue,
self.expected)
def test_get_from_queue(self):
self.add_builtin()
self.add_test_data()
self.add_resource()
data = self.queue.get()
except_data = self.expected.popitem(last=False)
except_data[1]['scanned'] = False
self.assertEqual(data, except_data)
except_data[1]['scanned'] = 'queued'
self.expected['resource.robot'] = except_data[1]
self.assertEqual(self.queue.queue, self.expected)
# Adding lib second time should not add item to the queue
self.queue.add('BuiltIn', 'library', None)
self.assertEqual(self.queue.queue, self.expected)
def test_mark_item_as_scanned(self):
self.add_builtin()
self.add_test_data()
self.add_resource()
except_data = self.queue.get()
self.queue.set('resource.robot')
self.expected.popitem(last=False)
except_data[1]['scanned'] = True
self.expected['resource.robot'] = except_data[1]
self.assertEqual(self.queue.queue, self.expected)
# Adding scanned item should not change the item
self.queue.add('resource.robot', 'resource', None)
self.assertEqual(self.queue.queue, self.expected)
def test_add_with_args(self):
self.queue.add('SomeLib', 'library', [1, 2, 3])
self.assertEqual(
self.queue.queue,
OrderedDict([(
'SomeLib',
{'scanned': False, 'type': 'library', 'args': [1, 2, 3]})]))
def test_clear_queue(self):
self.add_test_data()
self.add_resource()
self.add_builtin()
self.assertGreater(len(self.queue.queue), 2)
self.queue.clear_queue()
self.assertEqual(len(self.queue.queue), 0)
def test_add_dublicates(self):
"""Duplicates"""
self.queue.add('/path/to/robot.robot', None, None)
self.assertEqual(len(self.queue.queue), 1)
self.queue.add('/path/to/robot.robot', None, None)
self.assertEqual(len(self.queue.queue), 1)
self.queue.add('/path/to/robot.robot', 'resource', None)
self.assertEqual(len(self.queue.queue), 1)
def test_force_set(self):
self.add_test_data()
self.add_builtin()
self.add_resource()
self.assertEqual(len(self.queue.queue), 3)
resources = ['resource1.robot', 'resource2.robot', 'resource3.robot']
self.queue.force_set(resources[0])
self.queue.force_set(resources[1])
self.queue.force_set(resources[2])
self.assertEqual(len(self.queue.queue), 6)
first_index = 3
status = {'scanned': True, 'type': None, 'args': None}
for index, key in enumerate(self.queue.queue):
if key in resources:
self.assertEqual(index, first_index)
first_index += 1
self.assertEqual(self.queue.queue[key], status)
resource = 'resource.robot'
self.queue.force_set(resource)
for index, key in enumerate(self.queue.queue):
if key in resource:
self.assertEqual(self.queue.queue[key], status)
self.assertEqual(index, 5)
def add_builtin(self):
tmp = OrderedDict({})
tmp['BuiltIn'] = self.join_dict(
self.not_scanned, self.lib, self.no_args)
self.update_expected(tmp)
self.queue.add('BuiltIn', 'library', None)
def add_test_data(self):
tmp = OrderedDict({})
tmp['some.robot'] = self.join_dict(
self.not_scanned, self.none, self.no_args)
self.update_expected(tmp)
self.queue.add('some.robot', None, None)
def add_resource(self):
tmp = OrderedDict({})
tmp['resource.robot'] = self.join_dict(
self.not_scanned, self.resource, self.no_args)
self.update_expected(tmp)
self.queue.add('resource.robot', 'resource', None)
def join_dict(self, dict1, dict2, dict3):
x = dict1.copy()
x.update(dict2)
x.update(dict3)
return x
class Index(object):
"""Reads the database and returns index's of keywords and variables"""
def __init__(self, db_path, index_path, xml_libraries=None):
self.queue = ParsingQueue()
self.data_parser = DataParser()
self.index_path = index_path
self.db_path = db_path
self.xml_libraries = xml_libraries
self.library_alias = []
def index_consturctor(self, table):
"""Creates a single table index.
`table` - name of the db table where index is created
Will walk on all imported resources and libraries and
adds all keyword and variables to the index file.
"""
logging.info('Creating index for: {0}'.format(table))
index_table_path = self.get_index_path(table)
data = self.create_index_for_table(self.db_path, table)
self.write_data(index_table_path, data)
self.library_alias = []
def write_data(self, index_table_path, data):
f = open(index_table_path, 'w')
json_dump(data, f)
f.close()
def create_index_for_table(self, db_path, table_name):
"""Creates index for a single table.
Index contains all imported kw and variables
"""
self.queue.clear_queue()
self.queue.add(table_name, None, None)
self.add_builtin_to_queue(db_path)
if self.xml_libraries:
self.add_xml_libraries(self.xml_libraries)
keywords = []
variables = []
while True:
item = self.get_item_from_queue()
if not item:
break
t_name = item[0]
kws, vars_ = self.create_index(db_path, t_name, table_name)
if kws:
keywords.extend(kws)
if vars_:
variables.extend(vars_)
return {
DBJsonSetting.keywords: keywords,
DBJsonSetting.variables: variables
}
def create_index(self, db_path, t_name, table_name):
"""Returns single table data for indexing
`db_path`- Where database tables are found
`t_name` - From which table to read the data
`table_name`- Name of the table where index is created for
"""
variables = []
keywords = []
data = None
try:
data, read_status = self.read_table(path.join(db_path, t_name))
variables, keywords = self.parse_table_data(data, t_name)
except ValueError:
read_status = 2
if read_status == 1:
logging.warning('Error finding: %s', path.join(db_path, t_name))
logging.debug('When creating index for: %s', table_name)
elif read_status == 2:
logging.error('Unknown ValueError on %s', t_name)
if data:
logging.debug(data)
else:
logging.debug('Looks like read_table error')
return keywords, variables
def add_builtin_to_queue(self, db_path):
for table in listdir(db_path):
if table.lower().startswith('builtin'):
self.queue.add(table, None, None)
return
def add_xml_libraries(self, path_to_xml):
"""Adds the found xml libraries to the queue"""
for file_ in finder(path_to_xml, 'xml'):
root = ET.parse(file_).getroot()
if root.attrib['type'] == DBJsonSetting.library:
self.queue.add(lib_table_name(root.attrib['name']), None, None)
def parse_table_data(self, data, t_name):
var = self.get_variables(data)
kw, args = self.get_keywords(data)
if kw:
object_name = self.get_object_name(data)
kw_index = self.get_kw_for_index(kw, args, t_name, object_name)
else:
kw_index = []
self.add_imports_to_queue(self.get_imports(data))
self.queue.set(t_name)
return var, kw_index
def add_imports_to_queue(self, imports):
for import_ in imports:
self.queue.add(import_, None, None)
def get_item_from_queue(self):
item = self.queue.get()
if not item:
return item
elif not item[1]['scanned']:
return item
else:
return {}
def get_object_name(self, data):
object_name = None
if DBJsonSetting.library_module not in data:
object_name = data[DBJsonSetting.file_name].split('.')[0]
elif DBJsonSetting.library_module in data:
object_name = data[DBJsonSetting.library_module]
if not object_name:
raise ValueError('Parsing error: {0}'.format(data))
else:
return object_name
def get_imports(self, data):
result = []
if DBJsonSetting.libraries in data:
result += self.get_library_imports(data)
if DBJsonSetting.variable_files in data:
for var in data[DBJsonSetting.variable_files]:
result.append(rf_table_name(var.keys()[0]))
if DBJsonSetting.resources in data:
for resource in data[DBJsonSetting.resources]:
result.append(rf_table_name(resource))
return result
def get_library_imports(self, data):
l = []
for lib in data[DBJsonSetting.libraries]:
if lib[DBJsonSetting.library_path]:
lib_import = lib[DBJsonSetting.library_path]
else:
lib_import = lib[DBJsonSetting.library_name]
lib_args = lib[DBJsonSetting.library_arguments]
lib_data = None
try:
lib_data = self.data_parser.parse_library(lib_import, lib_args)
logging.info("Library import successful. %s" % lib_import)
except ValueError:
message = ('Unable to parse library "{0}"'
', with args: "{1}"'.format(lib_import, lib_args))
logging.error(message)
if lib_data:
table_name = lib_table_name(
lib_data[DBJsonSetting.library_module])
l.append(table_name)
self.library_alias.append(
(table_name, lib[DBJsonSetting.library_alias]))
return l
def get_variables(self, data):
result = []
if DBJsonSetting.variables in data:
for var in data[DBJsonSetting.variables]:
result.append(var)
return result
def get_keywords(self, data):
kw_list = []
arg_list = []
if DBJsonSetting.keywords in data:
kws = data[DBJsonSetting.keywords]
for kw in kws.iterkeys():
kw_list.append(kws[kw][DBJsonSetting.keyword_name])
kw_args = self.get_kw_arguments(
kws[kw][DBJsonSetting.keyword_arguments])
arg_list.append(kw_args)
return kw_list, arg_list
def get_kw_arguments(self, kw_args):
"""Formats keyword arguments to suite completions"""
pattern = re.compile('(?:[\@\$\&]\{)(.+)(?:\})')
comletion_args = []
for arg in kw_args:
arg_name, arg_default = self.split_arg(arg)
match = pattern.search(arg_name)
if not match:
comletion_args.append(arg_name)
else:
arg_text = match.group(1)
if arg.startswith('$') and arg_default:
comletion_args.append('{}={}'.format(
arg_text.encode("utf-8"), arg_default.encode("utf-8")))
elif arg.startswith('$') and not arg_default:
comletion_args.append(arg_text)
elif arg.startswith('@'):
comletion_args.append('*{0}'.format(arg_text))
else:
comletion_args.append('**{0}'.format(arg_text))
return comletion_args
def split_arg(self, arg):
arg_name = arg
arg_default = None
if '=' in arg:
arg_name, arg_default = arg.split('=', 1)
return arg_name, arg_default
def get_kw_for_index(self, kw_list, argument_list, table_name,
object_name):
KeywordRecord = namedtuple(
'KeywordRecord',
'keyword argument object_name table_name object_alias')
kw_index = []
library_alias = self.get_library_alias(table_name)
for kw, argument in zip(kw_list, argument_list):
kw_index.append(
KeywordRecord(keyword=kw,
argument=argument,
object_name=object_name,
table_name=table_name,
object_alias=library_alias))
return kw_index
def get_library_alias(self, table_name):
for library_alias in self.library_alias:
if library_alias[0] == table_name and library_alias[1]:
return library_alias[1]
def read_table(self, t_path):
try:
f = open(t_path)
status = 0
except IOError:
logging.warning('Could not open table: %s', t_path)
similar = self.find_similar_table(t_path)
logging.info('Instead of %s using: %s', t_path, similar)
f = open(similar)
status = 1
data = json_load(f)
f.close()
return data, status
def find_similar_table(self, t_path):
path_ = path.dirname(t_path)
name = path.basename(t_path).split('-', 1)[0]
similar_table = None
if path.exists(path_):
dir_list = listdir(path_)
else:
dir_list = []
for f_name in dir_list:
if f_name.startswith(name):
similar_table = path.join(path_, f_name)
if not similar_table:
raise ValueError(
'Could not locate similar table to: {0}'.format(t_path))
return similar_table
def get_index_path(self, table):
return path.join(self.index_path, get_index_name(table))
class Index(object):
"""Reads the database and returns index's of keywords and variables"""
def __init__(self, db_path, index_path, xml_libraries=None):
self.queue = ParsingQueue()
self.data_parser = DataParser()
self.index_path = index_path
self.db_path = db_path
self.xml_libraries = xml_libraries
def index_consturctor(self, table):
"""Creates a single table index.
`table` - name of the db table where index is created
Will walk on all imported resources and libraries and
adds all keyword and variables to the index file.
"""
logging.info('Creating index for: {0}'.format(table))
index_table_path = self.get_index_path(table)
data = self.create_index_for_table(self.db_path, table)
self.write_data(index_table_path, data)
def write_data(self, index_table_path, data):
f = open(index_table_path, 'w')
json_dump(data, f)
f.close()
def create_index_for_table(self, db_path, table_name):
"""Creates index for a single table.
Index contains all imported kw and variables
"""
self.queue.clear_queue()
self.queue.add(table_name, None, None)
self.add_builtin_to_queue(db_path)
if self.xml_libraries:
self.add_xml_libraries(self.xml_libraries)
keywords = []
variables = []
while True:
item = self.get_item_from_queue()
if not item:
break
t_name = item[0]
kws, vars_ = self.create_index(
db_path,
t_name,
table_name
)
if kws:
keywords.extend(kws)
if vars_:
variables.extend(vars_)
return {
DBJsonSetting.keyword: keywords,
DBJsonSetting.variable: variables
}
def create_index(self, db_path, t_name, table_name):
"""Returns single table data for indexing
`db_path`- Where database tables are found
`t_name` - From which table to read the data
`table_name`- Name of the table where index is created for
"""
variables = []
keywords = []
data = None
try:
data, read_status = self.read_table(path.join(db_path, t_name))
variables, keywords = self.parse_table_data(data, t_name)
except ValueError:
read_status = 2
if read_status == 1:
logging.warning('Error finding: %s', path.join(db_path, t_name))
logging.debug('When creating index for: %s', table_name)
elif read_status == 2:
logging.error('Unknow ValueError on %s', t_name)
if data:
logging.debug(data)
else:
logging.debug('Looks like read_table error')
return keywords, variables
def add_builtin_to_queue(self, db_path):
for table in listdir(db_path):
if table.lower().startswith('builtin'):
self.queue.add(table, None, None)
return
def add_xml_libraries(self, path_to_xml):
"""Adds the found xml libraries to the queue"""
for file_ in finder(path_to_xml, 'xml'):
root = ET.parse(file_).getroot()
if root.attrib['type'] == DBJsonSetting.library:
self.queue.add(lib_table_name(root.attrib['name']), None, None)
def parse_table_data(self, data, t_name):
var = self.get_variables(data)
kw, args = self.get_keywords(data)
if kw:
object_name = self.get_object_name(data)
kw_index = self.get_kw_for_index(
kw, args, t_name, object_name)
else:
kw_index = []
self.add_imports_to_queue(self.get_imports(data))
self.queue.set(t_name)
return var, kw_index
def add_imports_to_queue(self, imports):
for import_ in imports:
self.queue.add(import_, None, None)
def get_item_from_queue(self):
item = self.queue.get()
if not item:
return item
elif not item[1]['scanned']:
return item
else:
return {}
def get_object_name(self, data):
if DBJsonSetting.library_module not in data:
return data[DBJsonSetting.file_name].split('.')[0]
elif DBJsonSetting.library_module in data:
return data[DBJsonSetting.library_module]
else:
raise ValueError('Parsing error: {0}'.format(data))
def get_imports(self, data):
result = []
if DBJsonSetting.libraries in data:
result += self.get_library_imports(data)
if DBJsonSetting.variable_files in data:
for var in data[DBJsonSetting.variable_files]:
result.append(rf_table_name(var.keys()[0]))
if DBJsonSetting.resources in data:
for resource in data[DBJsonSetting.resources]:
result.append(rf_table_name(resource))
return result
def get_library_imports(self, data):
l = []
for lib in data[DBJsonSetting.libraries]:
if lib[DBJsonSetting.library_path]:
lib_import = lib[DBJsonSetting.library_path]
else:
lib_import = lib[DBJsonSetting.library_name]
lib_args = lib[DBJsonSetting.library_arguments]
lib_data = None
try:
lib_data = self.data_parser.parse_library(
lib_import,
lib_args
)
except ValueError:
message = ('Unable to parse library "{0}"'
', with args: "{1}"'.format(lib_import, lib_args))
logging.error(message)
if lib_data:
l.append(
lib_table_name(lib_data[DBJsonSetting.library_module])
)
return l
def get_variables(self, data):
result = []
if DBJsonSetting.variables in data:
for var in data[DBJsonSetting.variables]:
result.append(var)
return result
def get_keywords(self, data):
kw_list = []
arg_list = []
if DBJsonSetting.keywords in data:
kws = data[DBJsonSetting.keywords]
for kw in kws.iterkeys():
kw_list.append(kws[kw][DBJsonSetting.keyword_name])
kw_args = self.get_kw_arguments(
kws[kw][DBJsonSetting.keyword_arguments])
arg_list.append(kw_args)
return kw_list, arg_list
def get_kw_arguments(self, kw_args):
"""Formats keyword arguments to suite completions"""
pattern = re.compile('(?:[\@\$\&]\{)(.+)(?:\})')
comletion_args = []
for arg in kw_args:
match = pattern.search(arg)
if not match:
comletion_args.append(arg.split('=')[0])
else:
arg_text = match.group(1)
if arg.startswith('$'):
comletion_args.append(arg_text)
elif arg.startswith('@'):
comletion_args.append('*{0}'.format(arg_text))
else:
comletion_args.append('**{0}'.format(arg_text))
return comletion_args
def get_kw_for_index(
self, kw_list, argument_list, table_name, object_name):
KeywordRecord = namedtuple(
'KeywordRecord',
'keyword argument object_name table_name')
kw_index = []
for kw, argument in zip(kw_list, argument_list):
kw_index.append(
KeywordRecord(
keyword=kw,
argument=argument,
object_name=object_name,
table_name=table_name
)
)
return kw_index
def read_table(self, t_path):
try:
f = open(t_path)
status = 0
except IOError:
logging.warning('Could not open table: %s', t_path)
similar = self.find_similar_table(t_path)
logging.info('Instead of %s using: %s', t_path, similar)
f = open(similar)
status = 1
data = json_load(f)
f.close()
return data, status
def find_similar_table(self, t_path):
path_ = path.dirname(t_path)
name = path.basename(t_path).split('-', 1)[0]
similar_table = None
if path.exists(path_):
dir_list = listdir(path_)
else:
dir_list = []
for f_name in dir_list:
if f_name.startswith(name):
similar_table = path.join(path_, f_name)
if not similar_table:
raise ValueError(
'Could not locate similar table to: {0}'.format(t_path))
return similar_table
def get_index_path(self, table):
return path.join(self.index_path, get_index_name(table))