def testBracketize(self):
ob = t.OpenBracket
cb = t.CloseBracket
op = t.OpenParen
cp = t.CloseParen
tokens = [
t.NewLine,
t.I("def"),
t.I("foo"),
op,
cp,
t.Colon,
t.NewLine,
t.Indent,
op,
t.I("bar"),
cp,
t.NewLine,
t.I("def"),
t.I("baz"),
op,
cp,
t.Colon,
t.NewLine,
t.Indent,
t.I("quux"),
t.NewLine,
t.Dedent,
t.Dedent,
t.I("hooj"),
t.NewLine,
]
expected = [
op,
t.I("def"),
t.I("foo"),
op,
cp,
op,
t.I("bar"),
cp,
op,
t.I("def"),
t.I("baz"),
op,
cp,
t.I("quux"),
cp,
cp,
t.I("hooj"),
]
result = parse.bracketize(tokens)
result = [x for x in result if x is not t.NewLine]
self.assertEquals(result, expected)
def testCrappyBracketize(self):
p = self.p.parse
c = """
class Subol (unittest.TestCase):
def testMath (self):
(self.assertEquals (+ 3 (/ 6 2)) 6)
(self.assertEquals (- 3 2) 1)
(self.assertEquals (* 5 5) 25)
def testInfix (self):
(self.assertEquals {3 + {6 / 2}} 6)
{a = 1}
(= b 2)
(self.assertEquals a 1)
(self.assertEquals b 2)
"""
ob = t.OpenBracket
cb = t.CloseBracket
op = t.OpenParen
cp = t.CloseParen
oc = t.OpenCurly
cc = t.CloseCurly
expected = [
op,
t.I("class"),
t.I("Subol"),
op,
t.I("unittest.TestCase"),
cp,
op,
t.I("def"),
t.I("testMath"),
op,
t.I("self"),
cp,
op,
t.I("self.assertEquals"),
op,
t.I("+"),
3,
op,
t.I("/"),
6,
2,
cp,
cp,
6,
cp,
op,
t.I("self.assertEquals"),
op,
t.I("-"),
3,
2,
cp,
1,
cp,
op,
t.I("self.assertEquals"),
op,
t.I("*"),
5,
5,
cp,
25,
cp,
cp, # close testMath
op,
t.I("def"),
t.I("testInfix"),
op,
t.I("self"),
cp,
op,
t.I("self.assertEquals"),
oc,
3,
t.I("+"),
oc,
6,
t.I("/"),
2,
cc,
cc,
6,
cp,
oc,
t.I("a"),
t.I("="),
1,
cc,
op,
t.I("="),
t.I("b"),
2,
cp,
op,
t.I("self.assertEquals"),
t.I("a"),
1,
cp,
op,
t.I("self.assertEquals"),
t.I("b"),
2,
cp,
cp, # close testInfix
cp, # close class
]
v = p(c)
v2 = parse.bracketize(v)
result = [x for x in v2 if x is not t.NewLine]
## for a, b in zip(v2, expected, ):
## print "---"
## print a, b
## print "==="
self.assertEquals(result, expected)
