def test_13(self):
"""StrTree: test_13(): keywords (all)."""
myV = set((
'asm', 'do', 'if', 'return', 'typedef',
'auto', 'double', 'inline', 'short', 'typeid',
'bool', 'dynamic_cast', 'int', 'signed', 'typename',
'break', 'else', 'long', 'sizeof', 'union',
'case', 'enum', 'mutable', 'static', 'unsigned',
'catch', 'explicit', 'namespace', 'static_cast', 'using',
'char', 'export', 'new', 'struct', 'virtual',
'class', 'extern', 'operator', 'switch', 'void',
'const', 'false', 'private', 'template', 'volatile',
'const_cast', 'float', 'protected', 'this', 'wchar_t',
'continue', 'for', 'public', 'throw', 'while',
'default', 'friend', 'register', 'true',
'delete', 'goto', 'reinterpret_cast', 'try',
))
mySt = StrTree.StrTree(myV)
#print()
#print mySt.values()
#print str(mySt)
self.assertEqual(2, mySt.has('do'))
self.assertEqual(2, mySt.has('dou'))
self.assertEqual(2, mySt.has('doub'))
self.assertEqual(2, mySt.has('doubl'))
self.assertEqual(6, mySt.has('double'))
self.assertEquals(myV, set(mySt.values()))
def test_10(self):
"""StrTree: test_10(): preprocessing operators."""
myV = set((
'{', '}', '[', ']', '#', '##', '(', ')',
'<:', ':>', '<%', '%>', '%:', '%:%:', ';', ':', '...',
'new', 'delete', '?', '::', '.', '.*',
'+', '-', '*', '/', '%', '^', '&', '|', '~',
'!', '=', '<', '>', '+=', '-=', '*=', '/=', '%=',
'^=', '&=', '|=', '<<', '>>', '>>=', '<<=', '==', '!=',
'<=', '>=', '&&', '||', '++', '--', ',', '->*', '->',
'and', 'and_eq', 'bitand', 'bitor', 'compl', 'not', 'not_eq',
'or', 'or_eq', 'xor', 'xor_eq',
))
mySt = StrTree.StrTree(myV)
#print()
#print mySt.values()
#print str(mySt)
self.assertEqual(1, mySt.has('#'))
self.assertEqual(2, mySt.has('##'))
self.assertEqual(2, mySt.has('###'))
self.assertEqual(2, mySt.has('####'))
self.assertEqual(3, mySt.has('and'))
self.assertEqual(3, mySt.has('and_'))
self.assertEqual(3, mySt.has('and_e'))
self.assertEqual(6, mySt.has('and_eq'))
self.assertEquals(myV, set(mySt.values()))
def test_12(self):
"""StrTree: test_12(): keywords (a few)."""
myV = set((
'asm',
'auto',
'bool',
'break',
'case',
'catch',
'char',
'class',
'const',
'const_cast',
'continue',
'default',
'delete',
'do',
'double',
))
mySt = StrTree.StrTree(myV)
#print()
#print mySt.values()
#print str(mySt)
self.assertEqual(2, mySt.has('do'))
self.assertEqual(2, mySt.has('dou'))
self.assertEqual(2, mySt.has('doub'))
self.assertEqual(2, mySt.has('doubl'))
self.assertEqual(6, mySt.has('double'))
self.assertEquals(myV, set(mySt.values()))
def test_01(self):
"""StrTree: test_01(): simple test."""
myV = set(('#', '###',))
mySt = StrTree.StrTree(myV)
#print mySt.values()
#print str(mySt)
self.assertEqual(1, mySt.has('#'))
self.assertEqual(1, mySt.has('##'))
self.assertEqual(3, mySt.has('###'))
self.assertEqual(3, mySt.has('####'))
self.assertEqual(3, mySt.has('#####'))
self.assertEquals(myV, set(mySt.values()))
def test_11(self):
"""StrTree: test_11(): keywords (three)."""
myV = set((
'const',
'const_cast',
'continue',
))
mySt = StrTree.StrTree(myV)
#print()
#print mySt.values()
#print str(mySt)
self.assertEqual(5, mySt.has('const'))
self.assertEqual(5, mySt.has('const_'))
self.assertEqual(5, mySt.has('const_c'))
self.assertEqual(5, mySt.has('const_ca'))
self.assertEqual(5, mySt.has('const_cas'))
self.assertEqual(10, mySt.has('const_cast'))
# Not deterministic under Python3
# print()
# print(str(mySt))
# self.assertEquals("""False 0
# "c"
# False 1
# "o"
# False 2
# "n"
# False 3
# "s"
# False 4
# "t"
# True 5
# "_"
# False 6
# "c"
# False 7
# "a"
# False 8
# "s"
# False 9
# "t"
# True 10
# "t"
# False 4
# "i"
# False 5
# "n"
# False 6
# "u"
# False 7
# "e"
# True 8""", str(mySt))
self.assertEquals(myV, set(mySt.values()))
def test_02(self):
"""StrTree: test_02(): empty."""
myV = set()
mySt = StrTree.StrTree(myV)
#print mySt.values()
#print str(mySt)
self.assertEqual(0, mySt.has(''))
self.assertEqual(0, mySt.has('#'))
self.assertEqual(0, mySt.has('##'))
self.assertEqual(0, mySt.has('###'))
self.assertEqual(0, mySt.has('####'))
self.assertEqual(0, mySt.has('#####'))
self.assertEquals(myV, set(mySt.values()))
def test_01(self):
"""TestStrTreeHas: test_01(): has() with offset."""
mySt = StrTree.StrTree(['#', '##', '###'])
#print mySt.values()
#print str(mySt)
self.assertEqual(1, mySt.has('#'))
self.assertEqual(0, mySt.has(' #'))
self.assertEqual(2, mySt.has(' #', 1))
self.assertEqual(0, mySt.has(' #'))
self.assertEqual(0, mySt.has(' #'))
self.assertEqual(4, mySt.has('123#', 3))
self.assertEqual(5, mySt.has('123##', 3))
self.assertEqual(6, mySt.has('123###', 3))
self.assertEqual(6, mySt.has('123####', 3))
self.assertEqual(6, mySt.has('123#####', 3))
def test_str(self):
myV = set((
'#',
'###',
))
mySt = StrTree.StrTree(myV)
# print()
# print(str(mySt))
exp = """False 0
"#"
True 1
"#"
False 2
"#"
True 3"""
self.assertEqual(exp, str(mySt))
def test_00(self):
"""TestStrTreePerf: test_00(): keyword performance."""
myV = set((
'asm', 'do', 'if', 'return', 'typedef',
'auto', 'double', 'inline', 'short', 'typeid',
'bool', 'dynamic_cast', 'int', 'signed', 'typename',
'break', 'else', 'long', 'sizeof', 'union',
'case', 'enum', 'mutable', 'static', 'unsigned',
'catch', 'explicit', 'namespace', 'static_cast', 'using',
'char', 'export', 'new', 'struct', 'virtual',
'class', 'extern', 'operator', 'switch', 'void',
'const', 'false', 'private', 'template', 'volatile',
'const_cast', 'float', 'protected', 'this', 'wchar_t',
'continue', 'for', 'public', 'throw', 'while',
'default', 'friend', 'register', 'true',
'delete', 'goto', 'reinterpret_cast', 'try',
))
myVList = [
'asm', 'do', 'if', 'return', 'typedef',
'auto', 'double', 'inline', 'short', 'typeid',
'bool', 'dynamic_cast', 'int', 'signed', 'typename',
'break', 'else', 'long', 'sizeof', 'union',
'case', 'enum', 'mutable', 'static', 'unsigned',
'catch', 'explicit', 'namespace', 'static_cast', 'using',
'char', 'export', 'new', 'struct', 'virtual',
'class', 'extern', 'operator', 'switch', 'void',
'const', 'false', 'private', 'template', 'volatile',
'const_cast', 'float', 'protected', 'this', 'wchar_t',
'continue', 'for', 'public', 'throw', 'while',
'default', 'friend', 'register', 'true',
'delete', 'goto', 'reinterpret_cast', 'try',
]
mySt = StrTree.StrTree(myV)
self.assertEquals(myV, set(mySt.values()))
print()
#print mySt.values()
#print str(mySt)
count = 10000
print('Loop count: %d' % count)
FW = 32
cntrFound = 0
cStart = time.clock()
for i in range(count):
if mySt.has('do'):
cntrFound += 1
#sys.stderr.write('has("do"): %8d, Time: %8.3f (s)s ... ' % (count, time.clock() - cStart))
print('%-*s Time: %8.3f (s)s ... ' % (FW, 'has("do")', time.clock() - cStart))
self.assertEqual(count, cntrFound)
cntrFound = 0
cStart = time.clock()
for i in range(count):
if 'do' in myV:
cntrFound += 1
print('%-*s Time: %8.3f (s)s ... ' % (FW, '"do" in set:', time.clock() - cStart))
self.assertEqual(count, cntrFound)
cntrFound = 0
cStart = time.clock()
for i in range(count):
if 'do' in myVList:
cntrFound += 1
print('%-*s Time: %8.3f (s)s ... ' % (FW, '"do" in list:', time.clock() - cStart))
self.assertEqual(count, cntrFound)
cntrFound = 0
cStart = time.clock()
for i in range(count):
if mySt.has('double'):
cntrFound += 1
print('%-*s Time: %8.3f (s)s ... ' % (FW, 'has("double"):', time.clock() - cStart))
self.assertEqual(count, cntrFound)
cntrFound = 0
cStart = time.clock()
for i in range(count):
if 'double' in myV:
cntrFound += 1
print('%-*s Time: %8.3f (s)s ... ' % (FW, '"double" in set:', time.clock() - cStart))
self.assertEqual(count, cntrFound)
cntrFound = 0
cStart = time.clock()
for i in range(count):
if 'double' in myVList:
cntrFound += 1
print('%-*s Time: %8.3f (s)s ... ' % (FW, '"double" in list:', time.clock() - cStart))
self.assertEqual(count, cntrFound)
#'reinterpret_cast'
self.assertEqual(count, cntrFound)
cntrFound = 0
cStart = time.clock()
for i in range(count):
if mySt.has('double'):
cntrFound += 1
print('%-*s Time: %8.3f (s)s ... ' % (FW, 'has("reinterpret_cast"):', time.clock() - cStart))
self.assertEqual(count, cntrFound)
cntrFound = 0
cStart = time.clock()
for i in range(count):
if 'reinterpret_cast' in myV:
cntrFound += 1
print('%-*s Time: %8.3f (s)s ... ' % (FW, '"reinterpret_cast" in set:', time.clock() - cStart))
self.assertEqual(count, cntrFound)
cntrFound = 0
cStart = time.clock()
for i in range(count):
if 'reinterpret_cast' in myVList:
cntrFound += 1
print('%-*s Time: %8.3f (s)s ... ' % (FW, '"reinterpret_cast" in list:', time.clock() - cStart))
self.assertEqual(count, cntrFound)
#'strubbish'
self.assertEqual(count, cntrFound)
cntrFound = 0
cStart = time.clock()
for i in range(count):
if mySt.has('strubbish'):
cntrFound += 1
print('%-*s Time: %8.3f (s)s ... ' % (FW, 'has("strubbish"):', time.clock() - cStart))
self.assertEqual(0, cntrFound)
cntrFound = 0
cStart = time.clock()
for i in range(count):
if 'strubbish' in myV:
cntrFound += 1
print('%-*s Time: %8.3f (s)s ... ' % (FW, '"strubbish" in set:', time.clock() - cStart))
self.assertEqual(0, cntrFound)
cntrFound = 0
cStart = time.clock()
for i in range(count):
if 'strubbish' in myVList:
cntrFound += 1
print('%-*s Time: %8.3f (s)s ... ' % (FW, '"strubbish" in list:', time.clock() - cStart))
self.assertEqual(0, cntrFound)
