def setUp(self):
import langscape
self.python = langscape.load_langlet("python")
self.cover = langscape.load_langlet("coverage")
from langscape.base.cstfunction import CSTFunction
self.fn_py = CSTFunction(self.python)
self.fn_cov = CSTFunction(self.cover)
class TestCSTFunctionBase(unittest.TestCase):
def setUp(self):
import langscape
self.python = langscape.load_langlet("python")
self.cover = langscape.load_langlet("coverage")
from langscape.base.cstfunction import CSTFunction
self.fn_py = CSTFunction(self.python)
self.fn_cov = CSTFunction(self.cover)
def test_split_py(self):
src = '''
if foo:
print bar
print 89
'''
cst = self.python.parse(dedent(src))
self.assertEqual(len(self.fn_py.split(cst)) >= 2, True)
def test_split_cov(self):
src = '''
if foo:
print bar
print 89
'''
cst = self.cover.parse(dedent(src))
self.assertTrue(len(self.fn_cov.split(cst)) >= 2)
def test_map(self):
cst = self.cover.parse("del a,b\n")
exprlist = find_node(cst, self.cover.parse_symbol.exprlist)
testlist = self.fn_cov.map(exprlist, self.cover.parse_symbol.testlist)
self.assertTrue(len(testlist) == 4)
def test_normalize(self):
cst = self.cover.parse("def foo(): pass\n")
suite = find_node(cst, self.cover.parse_symbol.suite)
suite_z = self.fn_cov.normalize(suite,
self.cover.parse_symbol.simple_stmt,
self.cover.parse_symbol.stmt)
self.assertTrue(
find_node(suite_z, self.cover.parse_token.INDENT) is not None)
def test_match_token_seq(self):
cst = self.cover.parse("def foo(): pass\n")
tokenseq = find_all_token(cst)
self.assertTrue(
self.fn_cov.match_token_seq(
cst, ["def", "foo", "(", ")", ":", "pass", "\n"]))
self.assertTrue(self.fn_cov.match_token_seq(cst, ["def", "foo"]))
self.assertFalse(self.fn_cov.match_token_seq(cst, ["foo", "("]))
