def _analyze(self, oFile, oLine, iLineNumber):
if oLine.isVariable:
self.dDatabase['variable'].append(
utils.extract_class_identifier_list(oLine)[0])
if oLine.insideProcess:
lWords = extract_word_list(oLine)
check_violations(self, lWords, iLineNumber)
def _analyze(self, oFile, oLine, iLineNumber):
if oLine.isSignal:
self.dDatabase['signal'].extend(
utils.extract_class_identifier_list(oLine))
if oLine.insideArchitecture:
if oLine.insideProcess and not oLine.isEndProcess and not oLine.isProcessDeclarative:
lWords = extract_word_list(oLine)
check_violations(self, lWords, iLineNumber)
if oLine.isInstantiationPortAssignment:
lWords = extract_word_list(oLine)
check_violations(self, lWords, iLineNumber)
if oLine.insideConcurrent:
lWords = extract_word_list(oLine)
check_violations(self, lWords, iLineNumber)
def _analyze(self, oFile, oLine, iLineNumber):
if oLine.isConstant:
self.dDatabase['constant'].append(
utils.extract_class_identifier_list(oLine)[0])
if oLine.insideArchitecture:
if oLine.insideProcess:
lWords = extract_word_list(oLine)
check_violations(self, lWords, iLineNumber)
if oLine.isInstantiationPortAssignment:
lWords = extract_word_list(oLine)
check_violations(self, lWords, iLineNumber)
if oLine.insideConcurrent:
lWords = extract_word_list(oLine)
check_violations(self, lWords, iLineNumber)
if oLine.insideConstant:
lWords = extract_word_list(oLine)
check_violations(self, lWords, iLineNumber)
if oLine.isSignal:
lWords = extract_word_list(oLine)
check_violations(self, lWords, iLineNumber)
def test_extract_class_identifier_list(self):
oLine = line.blank_line()
oLine.update_line('signal s1, s2, s3 : std_logic := \'1\';')
sExpected = ['s1', 's2', 's3']
sActual = utils.extract_class_identifier_list(oLine)
self.assertEqual(sExpected, sActual)
oLine = line.blank_line()
oLine.update_line('signal s1, s2, s3')
sExpected = ['s1', 's2', 's3']
sActual = utils.extract_class_identifier_list(oLine)
self.assertEqual(sExpected, sActual)
oLine = line.blank_line()
oLine.update_line('signal s_x: std_logic;')
sExpected = ['s_x']
sActual = utils.extract_class_identifier_list(oLine)
self.assertEqual(sExpected, sActual)
oLine = line.blank_line()
oLine.update_line('s1, s2, s3;')
sExpected = ['s1', 's2', 's3']
sActual = utils.extract_class_identifier_list(oLine)
self.assertEqual(sExpected, sActual)
oLine = line.blank_line()
oLine.update_line('sig;')
sExpected = ['sig']
sActual = utils.extract_class_identifier_list(oLine)
self.assertEqual(sExpected, sActual)
oLine = line.blank_line()
oLine.update_line('constant C_VALUE : integer;')
sExpected = ['C_VALUE']
sActual = utils.extract_class_identifier_list(oLine)
self.assertEqual(sExpected, sActual)
oLine = line.blank_line()
oLine.update_line('variable var1, var2 : integer := -32;')
sExpected = ['var1', 'var2']
sActual = utils.extract_class_identifier_list(oLine)
self.assertEqual(sExpected, sActual)
def _extract(self, oLine):
return utils.extract_class_identifier_list(oLine)