def test7(self):
sample_Python = open('GDL_common.py').read()
import Ast_Py
the = Ast_Py.PY_Parser(sample_Python)
mod = the.handle_main()
outp = Ast_Py.OutP()
the2 = Ast_Py.PY_output(outp)
mod.walkabout(the2)
txt = outp.txt
self.assertEqual(txt.splitlines()[-1].strip(), "print ' ' * len ( self . lst ) + s + '<-'")
def test8(self):
sample_Python = open('Ast_LiuD.py').read()
import Ast_Py
the = Ast_Py.PY_Parser(sample_Python)
mod = the.handle_main()
outp = Ast_Py.OutP()
the2 = Ast_Py.PY_output(outp)
mod.walkabout(the2)
txt = outp.txt
self.assertEqual(txt.splitlines()[-1].strip(), "self . outp . puts ( '?' )")
def test6(self):
sample_Python = open('LiuD_Main_Gen.py').read()
import Ast_Py
the = Ast_Py.PY_Parser(sample_Python)
mod = the.handle_main()
outp = Ast_Py.OutP()
the2 = Ast_Py.PY_output(outp)
mod.walkabout(the2)
txt = outp.txt
self.assertEqual(txt.splitlines()[-1].strip(), 'return s')
def test9(self):
sample_Python = open('Ast_Py.py').read()
import Ast_Py
the = Ast_Py.PY_Parser(sample_Python)
mod = the.handle_main()
outp = Ast_Py.OutP()
the2 = Ast_Py.PY_output(outp)
mod.walkabout(the2)
txt = outp.txt
#print txt
self.assertEqual(txt.splitlines()[-1].strip(), "return PY_litname ( n )")
def test4(self):
sample_Python = open('lesson12.py').read()
import Ast_Py
the = Ast_Py.PY_Parser(sample_Python)
mod = the.handle_main()
#print mod
outp = Ast_Py.OutP()
the2 = Ast_Py.PY_output(outp)
mod.walkabout(the2)
txt = outp.txt
print txt
lines = txt.splitlines()
self.assertEqual(lines[-1].strip(), "print 'good'")
def test5(self):
s = Gen_All(syntax_Py)
#open('Ast_Py2.py', 'w').write(s)
s2 = open('Ast_Py.py').read()
self.assertEqual(s, s2)
import Ast_Py
the = Ast_Py.PY_Parser(sample_Python)
mod = the.handle_main()
outp = Ast_Py.OutP()
the2 = Ast_Py.PY_output(outp)
mod.walkabout(the2)
txt = outp.txt
#print '<%s>' % txt
txt2 = '''
def main ( ) :
c = 2800
f = [ 10000 / 5 ] * 2801
f [ c ] = 0
e = 0
while c != 0 :
d = 0
b = c
while True :
d += f [ b ] * 10000
f [ b ] = d % ( b * 2 - 1 )
d /= ( b * 2 - 1 )
b -= 1
if b == 0 :
break
d *= b
c -= 14
print '%04d' % ( e + d / 10000 ) ,
e = d % 10000
print
main ( )'''
self.assertEqual(txt, txt2)
def test5(self):
s = Gen_All(syntax_Py, True)
#open('Ast_Py2.py', 'w').write(s)
s2 = open('Ast_Py.py').read()
self.assertEqual(s, s2)
#return
import Ast_Py
the = Ast_Py.PY_Parser(sample_Python)
the.deep()
mod = the.handle_main()
last = the.SerialOut()
stand = [[['main', [], [[[['c', 1], [[[['2800', 0], 4], 2]]], 5], [[['f', 1], [[[[[[[[[['10000', 0], 4], 2]], '/', [[['5', 0], 4]]]], 0], 1]], '*', [[['2801', 0], 4]]]], 5], [[[['f', [[[['c', 1], 4], 2]]], 0], [[[['0', 0], 4], 2]]], 5], [[['e', 1], [[[['0', 0], 4], 2]]], 5], [[[[[[['c', 1], 4], 2]], '!=', [[['0', 0], 4]]], [[[['d', 1], [[[['0', 0], 4], 2]]], 5], [[['b', 1], [[[['c', 1], 4], 2]]], 5], [[[[[0, 3], 2]], [[[['d', 1], 0, [[[[['f', [[[['b', 1], 4], 2]]], 2], 2]], '*', [[['10000', 0], 4]]]], 6], [[[['f', [[[['b', 1], 4], 2]]], 0], [[[[['d', 1], 4], 2]], '%', [[[[[[[['b', 1], 4], 2]], '*', [[['2', 0], 4]]], '-', [[['1', 0], 4]]], 0]]]], 5], [[['d', 1], 2, [[[[[[[[['b', 1], 4], 2]], '*', [[['2', 0], 4]]], '-', [[['1', 0], 4]]], 0], 2]]], 6], [[['b', 1], 1, [[[['1', 0], 4], 2]]], 6], [[[[[[['b', 1], 4], 2]], '==', [[['0', 0], 4]]], [[[[[['break', 1], 4], 2]], 7]], []], 0], [[['d', 1], 3, [[[['b', 1], 4], 2]]], 6]], []], 1], [[['c', 1], 1, [[[['14', 0], 4], 2]]], 6], [[[[[[[["'%04d'", 2], 4], 2]], '%', [[[[[[['e', 1], 4], 2]], '+', [[[['d', 1], 4]], '/', [[['10000', 0], 4]]]], 0]]]], 1], 3], [[['e', 1], [[[[['d', 1], 4], 2]], '%', [[['10000', 0], 4]]]], 5]], []], 1], [[[], 0], 3]]], 4], [[[[['main', []], 1], 2]], 7]]
if last != stand:
print last
self.assertEqual(last, stand)
the2 = Ast_Py.PY_SerialIn()
mod2 = the2.handle_main(stand)
outp = Ast_Py.OutP()
the2 = Ast_Py.PY_output(outp)
mod.walkabout(the2)
txt = outp.txt
#print '<%s>' % txt
print txt
txt2 = '''
def main ( ) :
c = 2800
f = [ 10000 / 5 ] * 2801
f [ c ] = 0
e = 0
while c != 0 :
d = 0
b = c
while True :
d += f [ b ] * 10000
f [ b ] = d % ( b * 2 - 1 )
d /= ( b * 2 - 1 )
b -= 1
if b == 0 :
break
d *= b
c -= 14
print '%04d' % ( e + d / 10000 ) ,
e = d % 10000
print
main ( )'''
self.assertEqual(txt, txt2)
outp = Ast_Py.OutP()
the2 = Ast_Py.PY_output(outp)
mod2.walkabout(the2)
txt = outp.txt
self.assertEqual(txt, txt2)
def test5(self):
s = Gen_All(syntax_Py, True)
#open('Ast_Py2.py', 'w').write(s)
s2 = open('Ast_Py.py').read()
self.assertEqual(s, s2)
#return
import Ast_Py
the = Ast_Py.PY_Parser(sample_Python)
the.deep()
mod = the.handle_main()
last = the.SerialOut()
stand = [[[[['LiuD_Main_Gen'], [[[['Gen_All'], []]], 1]], 0], 6], [['cls1', [], [[[[[['v3', 0], 2], [[[[[[[[[[[[[[[[[['a1', 1], 1], 7], 0], 'a2'], 3], [[[[[[[[[['3', 0], 1], 7], 0], 1]]]]], 2]], 1], 'a3'], 3], [[[], [[[[[[[[['a4', 1], 1], 7], 0], 1]]]]]], [[], [[[[[[[[['a5', 1], 1], 7], 0], 1]]]]]]]], 2], 1]]]]], 1]], 2], 9]]], 7], [['cls2', [[['cls1'], ['object']]], [[[[[['v', 0], 2], [[[[[[[[[[[['3', 0], 1], 7], 0], 1]], '+', [[[[['2', 0], 1], 7], 0]]]]], [[[[[0, 6], 0], 1]]], [[[[0, [[[['66', 0], 1], 7], 0]], 0]]]]], 1]], 2], 9]]], 7], [[[[['s', 0], 2], [[[[[[[[[['"""test\ntest\n multiline\n string"""', 0], 0], 7], 0], 1]]]]], 1]], 2], 9], [['main', [], [[[[[['c', 0], 2], [[[[[[[[[['2800', 0], 1], 7], 0], 1]]]]], 1]], 2], 9], [[[[['f', 0], 2], [[[[[[[[[[[[[[[[[[[[['10000', 0], 1], 7], 0], 1]], '/', [[[[['5', 0], 1], 7], 0]]]]]]], 0], 0], 0], 1]], '*', [[[[['2801', 0], 1], 7], 0]]]]]], 1]], 2], 9], [[[[[[['f', 0], [[[[[[[[[['c', 1], 1], 7], 0], 1]]]]], 2]], 1], 2], [[[[[[[[[['0', 0], 1], 7], 0], 1]]]]], 1]], 2], 9], [[[[['e', 0], 2], [[[[[[[[[['0', 0], 1], 7], 0], 1]]]]], 1]], 2], 9], [[[[[[[[[[[['c', 1], 1], 7], 0], 1]]], '!=', [[[[[[['0', 0], 1], 7], 0], 1]]]]]], [[[[[['d', 0], 2], [[[[[[[[[['0', 0], 1], 7], 0], 1]]]]], 1]], 2], 9], [[[[['b', 0], 2], [[[[[[[[[['c', 1], 1], 7], 0], 1]]]]], 1]], 2], 9], [[[[[[[[[0, 6], 0], 1]]]]], [[[[[['d', 0], 2], 0, [[[[[[[[[[[['f', 1], 1], 7], 0], [[[[[[[[[['b', 1], 1], 7], 0], 1]]]]], 2]], 1], 1]], '*', [[[[['10000', 0], 1], 7], 0]]]]]]], 3], 9], [[[[[[['f', 0], [[[[[[[[[['b', 1], 1], 7], 0], 1]]]]], 2]], 1], 2], [[[[[[[[[[['d', 1], 1], 7], 0], 1]]], '%', [[[[[[[[[[[[[[[['b', 1], 1], 7], 0], 1]], '*', [[[[['2', 0], 1], 7], 0]]], '-', [[[[['1', 0], 1], 7], 0]]]]]], 4], 0], 1]]]]]], 1]], 2], 9], [[[[['d', 0], 2], 2, [[[[[[[[[[[[[[[[[['b', 1], 1], 7], 0], 1]], '*', [[[[['2', 0], 1], 7], 0]]], '-', [[[[['1', 0], 1], 7], 0]]]]]], 4], 0], 1]]]]]], 3], 9], [[[[['b', 0], 2], 1, [[[[[[[[['1', 0], 1], 7], 0], 1]]]]]], 3], 9], [[[[[[[[[[[['b', 1], 1], 7], 0], 1]]], '==', [[[[[[['0', 0], 1], 7], 0], 1]]]]]], [[[1, 0], 9]], [], []], 0], [[[[['d', 0], 2], 3, [[[[[[[[['b', 1], 1], 7], 0], 1]]]]]], 3], 9]], []], 1], [[[[['c', 0], 2], 1, [[[[[[[[['14', 0], 1], 7], 0], 1]]]]]], 3], 9], [[[[[[[[[[[[["'%04d'", 6], 0], 7], 0], 1]]], '%', [[[[[[[[[[[[[[['e', 1], 1], 7], 0], 1]], '+', [[[[[['d', 1], 1], 7], 0]], '/', [[[[['10000', 0], 1], 7], 0]]]]]]], 4], 0], 1]]]]]]], 1], 4], [[[[['e', 0], 2], [[[[[[[[[[['d', 1], 1], 7], 0], 1]]], '%', [[[[[[['10000', 0], 1], 7], 0], 1]]]]]], 1]], 2], 9]], []], 1], [[[], 0], 4]]], 5], [[[[[[[[[['main', []], 5], 0], 1]]]]], 4], 9]]
if last != stand:
print last
self.assertEqual(last, stand)
the2 = Ast_Py.PY_SerialIn()
mod2 = the2.handle_main(stand)
outp = Ast_Py.OutP()
the2 = Ast_Py.PY_output(outp)
mod.walkabout(the2)
txt = outp.txt
#print '<%s>' % txt
txt2 = '''from LiuD_Main_Gen import Gen_All
class cls1 :
v3 = a1 . a2 [ 3 ] . a3 ( a4 , a5 )
class cls2 ( cls1 , object ) :
v = 3 + 2 if True else - 66
s = """test
test
multiline
string"""
def main ( ) :
c = 2800
f = [ 10000 / 5 ] * 2801
f [ c ] = 0
e = 0
while c != 0 :
d = 0
b = c
while True :
d += f [ b ] * 10000
f [ b ] = d % ( b * 2 - 1 )
d /= ( b * 2 - 1 )
b -= 1
if b == 0 :
break
d *= b
c -= 14
print '%04d' % ( e + d / 10000 ) ,
e = d % 10000
print
main ( )'''
self.assertEqual(txt, txt2)
if True:
outp = Ast_Py.OutP()
the2 = Ast_Py.PY_output(outp)
mod2.walkabout(the2)
txt = outp.txt
print '<%s>' % txt
self.assertEqual(txt, txt2)