def test_STDC_FP_CONTRACT_ON_fail_02(self):
"""TestPragmaHandlerSTDC: Test FP_CONTRACT ON no ON."""
myH = PragmaHandler.PragmaHandlerSTDC()
myTokS = [
PpToken.PpToken('STDC', 'identifier'),
PpToken.PpToken(' ', 'whitespace'),
PpToken.PpToken('FP_CONTRACT', 'identifier'),
PpToken.PpToken(' ', 'whitespace'),
PpToken.PpToken('\n', 'whitespace'),
]
self.assertEqual(myH.pragma(myTokS), '')
def test_STDC_CX_LIMITED_RANGE_OFF(self):
"""TestPragmaHandlerSTDC: Test CX_LIMITED_RANGE OFF."""
myH = PragmaHandler.PragmaHandlerSTDC()
myTokS = [
PpToken.PpToken('STDC', 'identifier'),
PpToken.PpToken(' ', 'whitespace'),
PpToken.PpToken('CX_LIMITED_RANGE', 'identifier'),
PpToken.PpToken(' ', 'whitespace'),
PpToken.PpToken('OFF', 'identifier'),
PpToken.PpToken('\n', 'whitespace'),
]
self.assertEqual(myH.pragma(myTokS), '#define CX_LIMITED_RANGE OFF\n')
def test_STDC_FENV_ACCESS_DEFAULT(self):
"""TestPragmaHandlerSTDC: Test FENV_ACCESS DEFAULT."""
myH = PragmaHandler.PragmaHandlerSTDC()
myTokS = [
PpToken.PpToken('STDC', 'identifier'),
PpToken.PpToken(' ', 'whitespace'),
PpToken.PpToken('FENV_ACCESS', 'identifier'),
PpToken.PpToken(' ', 'whitespace'),
PpToken.PpToken('DEFAULT', 'identifier'),
PpToken.PpToken('\n', 'whitespace'),
]
self.assertEqual(myH.pragma(myTokS), '#define FENV_ACCESS DEFAULT\n')
def test_STDC_FP_CONTRACT_OFF(self):
"""TestPragmaHandlerSTDC: Test FP_CONTRACT OFF."""
myH = PragmaHandler.PragmaHandlerSTDC()
myTokS = [
PpToken.PpToken('STDC', 'identifier'),
PpToken.PpToken(' ', 'whitespace'),
PpToken.PpToken('FP_CONTRACT', 'identifier'),
PpToken.PpToken(' ', 'whitespace'),
PpToken.PpToken('OFF', 'identifier'),
PpToken.PpToken('\n', 'whitespace'),
]
self.assertEqual(myH.pragma(myTokS), '#define FP_CONTRACT OFF\n')
def test_STDC_01(self):
"""TestPragmaHandlerEcho: Test isLiteral."""
myH = PragmaHandler.PragmaHandlerSTDC()
self.assertFalse(myH.isLiteral)
def test_STDC_00(self):
"""TestPragmaHandlerSTDC: Test replaceTokens."""
myH = PragmaHandler.PragmaHandlerSTDC()
self.assertNotEqual(myH.replaceTokens, True)