import unittest
import textwrap
import antlr3
import testbase
class t042ast(testbase.ANTLRTest):
## def lexerClass(self, base):
## class TLexer(base):
## def reportError(self, re):
## # no error recovery yet, just crash!
## raise re
## return TLexer
def parserClass(self, base):
class TParser(base):
def recover(self, input, re):
# no error recovery yet, just crash!
raise
return TParser
def parse(self, text, method, rArgs=(), **kwargs):
self.compileGrammar() #options='-trace')
cStream = antlr3.StringStream(text)
self.lexer = self.getLexer(cStream)
tStream = antlr3.CommonTokenStream(self.lexer)
self.parser = self.getParser(tStream)
for attr, val in kwargs.items():
setattr(self.parser, attr, val)
return getattr(self.parser, method)(*rArgs)
def testR1(self):
r = self.parse("1 + 2", 'r1')
self.assertEqual(
r.tree.toStringTree(),
'(+ 1 2)'
)
def testR2a(self):
r = self.parse("assert 2+3;", 'r2')
self.assertEqual(
r.tree.toStringTree(),
'(assert (+ 2 3))'
)
def testR2b(self):
r = self.parse("assert 2+3 : 5;", 'r2')
self.assertEqual(
r.tree.toStringTree(),
'(assert (+ 2 3) 5)'
)
def testR3a(self):
r = self.parse("if 1 fooze", 'r3')
self.assertEqual(
r.tree.toStringTree(),
'(if 1 fooze)'
)
def testR3b(self):
r = self.parse("if 1 fooze else fooze", 'r3')
self.assertEqual(
r.tree.toStringTree(),
'(if 1 fooze fooze)'
)
def testR4a(self):
r = self.parse("while 2 fooze", 'r4')
self.assertEqual(
r.tree.toStringTree(),
'(while 2 fooze)'
)
def testR5a(self):
r = self.parse("return;", 'r5')
self.assertEqual(
r.tree.toStringTree(),
'return'
)
def testR5b(self):
r = self.parse("return 2+3;", 'r5')
self.assertEqual(
r.tree.toStringTree(),
'(return (+ 2 3))'
)
def testR6a(self):
r = self.parse("3", 'r6')
self.assertEqual(
r.tree.toStringTree(),
'3'
)
def testR6b(self):
r = self.parse("3 a", 'r6')
self.assertEqual(
r.tree.toStringTree(),
'3 a'
)
def testR7(self):
r = self.parse("3", 'r7')
self.assertIsNone(r.tree)
def testR8(self):
r = self.parse("var foo:bool", 'r8')
self.assertEqual(
r.tree.toStringTree(),
'(var bool foo)'
)
def testR9(self):
r = self.parse("int foo;", 'r9')
self.assertEqual(
r.tree.toStringTree(),
'(VARDEF int foo)'
)
def testR10(self):
r = self.parse("10", 'r10')
self.assertEqual(
r.tree.toStringTree(),
'10.0'
)
def testR11a(self):
r = self.parse("1+2", 'r11')
self.assertEqual(
r.tree.toStringTree(),
'(EXPR (+ 1 2))'
)
def testR11b(self):
r = self.parse("", 'r11')
self.assertEqual(
r.tree.toStringTree(),
'EXPR'
)
def testR12a(self):
r = self.parse("foo", 'r12')
self.assertEqual(
r.tree.toStringTree(),
'foo'
)
def testR12b(self):
r = self.parse("foo, bar, gnurz", 'r12')
self.assertEqual(
r.tree.toStringTree(),
'foo bar gnurz'
)
def testR13a(self):
r = self.parse("int foo;", 'r13')
self.assertEqual(
r.tree.toStringTree(),
'(int foo)'
)
def testR13b(self):
r = self.parse("bool foo, bar, gnurz;", 'r13')
self.assertEqual(
r.tree.toStringTree(),
'(bool foo bar gnurz)'
)
def testR14a(self):
r = self.parse("1+2 int", 'r14')
self.assertEqual(
r.tree.toStringTree(),
'(EXPR (+ 1 2) int)'
)
def testR14b(self):
r = self.parse("1+2 int bool", 'r14')
self.assertEqual(
r.tree.toStringTree(),
'(EXPR (+ 1 2) int bool)'
)
def testR14c(self):
r = self.parse("int bool", 'r14')
self.assertEqual(
r.tree.toStringTree(),
'(EXPR int bool)'
)
def testR14d(self):
r = self.parse("fooze fooze int bool", 'r14')
self.assertEqual(
r.tree.toStringTree(),
'(EXPR fooze fooze int bool)'
)
def testR14e(self):
r = self.parse("7+9 fooze fooze int bool", 'r14')
self.assertEqual(
r.tree.toStringTree(),
'(EXPR (+ 7 9) fooze fooze int bool)'
)
def testR15(self):
r = self.parse("7", 'r15')
self.assertEqual(
r.tree.toStringTree(),
'7 7'
)
def testR16a(self):
r = self.parse("int foo", 'r16')
self.assertEqual(
r.tree.toStringTree(),
'(int foo)'
)
def testR16b(self):
r = self.parse("int foo, bar, gnurz", 'r16')
self.assertEqual(
r.tree.toStringTree(),
'(int foo) (int bar) (int gnurz)'
)
def testR17a(self):
r = self.parse("for ( fooze ; 1 + 2 ; fooze ) fooze", 'r17')
self.assertEqual(
r.tree.toStringTree(),
'(for fooze (+ 1 2) fooze fooze)'
)
def testR18a(self):
r = self.parse("for", 'r18')
self.assertEqual(
r.tree.toStringTree(),
'BLOCK'
)
def testR19a(self):
r = self.parse("for", 'r19')
self.assertEqual(
r.tree.toStringTree(),
'for'
)
def testR20a(self):
r = self.parse("for", 'r20')
self.assertEqual(
r.tree.toStringTree(),
'FOR'
)
def testR21a(self):
r = self.parse("for", 'r21')
self.assertEqual(
r.tree.toStringTree(),
'BLOCK'
)
def testR22a(self):
r = self.parse("for", 'r22')
self.assertEqual(
r.tree.toStringTree(),
'for'
)
def testR23a(self):
r = self.parse("for", 'r23')
self.assertEqual(
r.tree.toStringTree(),
'FOR'
)
def testR24a(self):
r = self.parse("fooze 1 + 2", 'r24')
self.assertEqual(
r.tree.toStringTree(),
'(fooze (+ 1 2))'
)
def testR25a(self):
r = self.parse("fooze, fooze2 1 + 2", 'r25')
self.assertEqual(
r.tree.toStringTree(),
'(fooze (+ 1 2))'
)
def testR26a(self):
r = self.parse("fooze, fooze2", 'r26')
self.assertEqual(
r.tree.toStringTree(),
'(BLOCK fooze fooze2)'
)
def testR27a(self):
r = self.parse("fooze 1 + 2", 'r27')
self.assertEqual(
r.tree.toStringTree(),
'(fooze (fooze (+ 1 2)))'
)
def testR28(self):
r = self.parse("foo28a", 'r28')
self.assertIsNone(r.tree)
def testR29(self):
self.assertRaises(RuntimeError, self.parse, "", 'r29')
# FIXME: broken upstream?
## def testR30(self):
## try:
## r = self.parse("fooze fooze", 'r30')
## self.fail(r.tree.toStringTree())
## except RuntimeError:
## pass
def testR31a(self):
r = self.parse("public int gnurz = 1 + 2;", 'r31', flag=0)
self.assertEqual(
r.tree.toStringTree(),
'(VARDEF gnurz public int (+ 1 2))'
)
def testR31b(self):
r = self.parse("public int gnurz = 1 + 2;", 'r31', flag=1)
self.assertEqual(
r.tree.toStringTree(),
'(VARIABLE gnurz public int (+ 1 2))'
)
def testR31c(self):
r = self.parse("public int gnurz = 1 + 2;", 'r31', flag=2)
self.assertEqual(
r.tree.toStringTree(),
'(FIELD gnurz public int (+ 1 2))'
)
def testR32a(self):
r = self.parse("gnurz 32", 'r32', [1], flag=2)
self.assertEqual(
r.tree.toStringTree(),
'gnurz'
)
def testR32b(self):
r = self.parse("gnurz 32", 'r32', [2], flag=2)
self.assertEqual(
r.tree.toStringTree(),
'32'
)
def testR32c(self):
r = self.parse("gnurz 32", 'r32', [3], flag=2)
self.assertIsNone(r.tree)
def testR33a(self):
r = self.parse("public private fooze", 'r33')
self.assertEqual(
r.tree.toStringTree(),
'fooze'
)
def testR34a(self):
r = self.parse("public class gnurz { fooze fooze2 }", 'r34')
self.assertEqual(
r.tree.toStringTree(),
'(class gnurz public fooze fooze2)'
)
def testR34b(self):
r = self.parse("public class gnurz extends bool implements int, bool { fooze fooze2 }", 'r34')
self.assertEqual(
r.tree.toStringTree(),
'(class gnurz public (extends bool) (implements int bool) fooze fooze2)'
)
def testR35(self):
self.assertRaises(RuntimeError, self.parse, "{ extends }", 'r35')
def testR36a(self):
r = self.parse("if ( 1 + 2 ) fooze", 'r36')
self.assertEqual(
r.tree.toStringTree(),
'(if (EXPR (+ 1 2)) fooze)'
)
def testR36b(self):
r = self.parse("if ( 1 + 2 ) fooze else fooze2", 'r36')
self.assertEqual(
r.tree.toStringTree(),
'(if (EXPR (+ 1 2)) fooze fooze2)'
)
def testR37(self):
r = self.parse("1 + 2 + 3", 'r37')
self.assertEqual(
r.tree.toStringTree(),
'(+ (+ 1 2) 3)'
)
def testR38(self):
r = self.parse("1 + 2 + 3", 'r38')
self.assertEqual(
r.tree.toStringTree(),
'(+ (+ 1 2) 3)'
)
def testR39a(self):
r = self.parse("gnurz[1]", 'r39')
self.assertEqual(
r.tree.toStringTree(),
'(INDEX gnurz 1)'
)
def testR39b(self):
r = self.parse("gnurz(2)", 'r39')
self.assertEqual(
r.tree.toStringTree(),
'(CALL gnurz 2)'
)
def testR39c(self):
r = self.parse("gnurz.gnarz", 'r39')
self.assertEqual(
r.tree.toStringTree(),
'(FIELDACCESS gnurz gnarz)'
)
def testR39d(self):
r = self.parse("gnurz.gnarz.gnorz", 'r39')
self.assertEqual(
r.tree.toStringTree(),
'(FIELDACCESS (FIELDACCESS gnurz gnarz) gnorz)'
)
def testR40(self):
r = self.parse("1 + 2 + 3;", 'r40')
self.assertEqual(
r.tree.toStringTree(),
'(+ 1 2 3)'
)
def testR41(self):
r = self.parse("1 + 2 + 3;", 'r41')
self.assertEqual(
r.tree.toStringTree(),
'(3 (2 1))'
)
def testR42(self):
r = self.parse("gnurz, gnarz, gnorz", 'r42')
self.assertEqual(
r.tree.toStringTree(),
'gnurz gnarz gnorz'
)
def testR43(self):
r = self.parse("gnurz, gnarz, gnorz", 'r43')
self.assertIsNone(r.tree)
self.assertEqual(
r.res,
['gnurz', 'gnarz', 'gnorz']
)
def testR44(self):
r = self.parse("gnurz, gnarz, gnorz", 'r44')
self.assertEqual(
r.tree.toStringTree(),
'(gnorz (gnarz gnurz))'
)
def testR45(self):
r = self.parse("gnurz", 'r45')
self.assertEqual(
r.tree.toStringTree(),
'gnurz'
)
def testR46(self):
r = self.parse("gnurz, gnarz, gnorz", 'r46')
self.assertIsNone(r.tree)
self.assertEqual(
r.res,
['gnurz', 'gnarz', 'gnorz']
)
def testR47(self):
r = self.parse("gnurz, gnarz, gnorz", 'r47')
self.assertEqual(
r.tree.toStringTree(),
'gnurz gnarz gnorz'
)
def testR48(self):
r = self.parse("gnurz, gnarz, gnorz", 'r48')
self.assertEqual(
r.tree.toStringTree(),
'gnurz gnarz gnorz'
)
def testR49(self):
r = self.parse("gnurz gnorz", 'r49')
self.assertEqual(
r.tree.toStringTree(),
'(gnurz gnorz)'
)
def testR50(self):
r = self.parse("gnurz", 'r50')
self.assertEqual(
r.tree.toStringTree(),
'(1.0 gnurz)'
)
def testR51(self):
r = self.parse("gnurza gnurzb gnurzc", 'r51')
self.assertEqual(
r.res.toStringTree(),
'gnurzb'
)
def testR52(self):
r = self.parse("gnurz", 'r52')
self.assertEqual(
r.res.toStringTree(),
'gnurz'
)
def testR53(self):
r = self.parse("gnurz", 'r53')
self.assertEqual(
r.res.toStringTree(),
'gnurz'
)
def testR54(self):
r = self.parse("gnurza 1 + 2 gnurzb", 'r54')
self.assertEqual(
r.tree.toStringTree(),
'(+ 1 2)'
)
def testR55a(self):
r = self.parse("public private 1 + 2", 'r55')
self.assertEqual(
r.tree.toStringTree(),
'public private (+ 1 2)'
)
def testR55b(self):
r = self.parse("public fooze", 'r55')
self.assertEqual(
r.tree.toStringTree(),
'public fooze'
)
def testR56(self):
r = self.parse("a b c d", 'r56')
self.assertEqual(
r.tree.toStringTree(),
'foo'
)
def testR57(self):
r = self.parse("a b c d", 'r57')
self.assertEqual(
r.tree.toStringTree(),
'foo'
)
def testR59(self):
r = self.parse("a b c fooze", 'r59')
self.assertEqual(
r.tree.toStringTree(),
'(a fooze) (b fooze) (c fooze)'
)
if __name__ == '__main__':
unittest.main()