def test_normalize_parse_tree(self):
num_matches = 0
for parse_tree, s, e in CiscoIOSParser.lineRegion.scanString(self.ios_data1):
num_matches = num_matches + 1
#pprint.pprint(parse_tree.asList())
nparse_tree = CiscoIOSParser.normalizeParseTree(parse_tree.asList())
#pprint.pprint(nparse_tree)
self.assertEqual(num_matches, 16)
num_matches = 0
for parse_tree, s, e in CiscoIOSParser.indentedLineRegion.scanString(self.ios_data1):
num_matches = num_matches + 1
#pprint.pprint(parse_tree.asList())
nparse_tree = CiscoIOSParser.normalizeParseTree(parse_tree.asList())
#pprint.pprint(nparse_tree)
self.assertEqual(num_matches, 12)
num_matches = 0
for parse_tree, s, e in CiscoIOSParser.interfaceRegion.scanString(self.ios_data1):
num_matches = num_matches + 1
nparse_tree = CiscoIOSParser.normalizeParseTree(parse_tree.asList())
#pprint.pprint(parse_tree.asList())
#pprint.pprint(nparse_tree)
self.assertTrue(nparse_tree['type'] == 'interface')
self.assertTrue(nparse_tree['id'] != None)
self.assertEqual(num_matches, 2)
num_matches = 0
for parse_tree, s, e in CiscoIOSParser.cryptoRegion.scanString(self.ios_data1):
num_matches = num_matches + 1
#pprint.pprint(parse_tree.asList())
nparse_tree = CiscoIOSParser.normalizeParseTree(parse_tree.asList())
#pprint.pprint(nparse_tree)
self.assertTrue(nparse_tree['type'] == 'crypto')
self.assertTrue(nparse_tree['id'] != None)
self.assertEqual(num_matches, 0)
num_matches = 0
for parse_tree, s, e in CiscoIOSParser.configFileRegion.scanString(self.ios_data1):
num_matches = num_matches + 1
#pprint.pprint(parse_tree.asList())
nparse_tree = CiscoIOSParser.normalizeParseTree(parse_tree.asList())
#pprint.pprint(nparse_tree)
self.assertTrue(nparse_tree['type'] == None)
self.assertTrue(nparse_tree['id'] == None)
self.assertEqual(num_matches, 1)
def test_get_region_id(self):
# Write Cisco IOS tests for interface, and line
parser = CiscoIOSParser()
line_nos = range(1, 45)
line_nos = map(str, line_nos)
expected_ids = {'line': line_nos,
'interface': ['Loopback0', 'GigabitEthernet4/2']}
for region_type in expected_ids.keys():
production = parser.getGrammarForUnit(region_type)
match_forest = production.scanString(self.ios_data1)
ids = []
subtree_idx = 0
for subtree, s, e in match_forest:
new_id = parser.getRegionID(subtree, region_type, subtree_idx)
ids.append(new_id)
subtree_idx = subtree_idx + 1
i = 0
for id in ids:
self.assertEqual(id, expected_ids[region_type][i])
i = i + 1