def snap_not_end(stream, PatternDict):
sm_list = snap_curly_bracketed_expression(stream, PatternDict, "not-end operator", "NotEnd",
MinN=2, MaxN=sys.maxint)
if len(sm_list) == 2:
return complement_end.do(sm_list[0], sm_list[1])
else:
return complement_end.do(sm_list[0], union.do(sm_list[1:]))
def __core(Original, Cutter):
print ("Original = " + Original).replace("\n", "\\n").replace("\t", "\\t")
print ("Cutter = " + Cutter).replace("\n", "\\n").replace("\t", "\\t")
orig = regex.do(Original, {}).sm
cutter = regex.do(Cutter, {}).sm
#print orig.get_string(NormalizeF=False)
#print cutter.get_string(NormalizeF=False)
result = clean(complement_end.do(orig, cutter))
print
if not special.is_none(result):
print "superset(Original, result): %s" % superset.do(orig, result)
if not special.is_none(result):
tmp = clean(intersection.do([cutter, result]))
print "intersection(Cutter, result) is None: %s" % special.is_none(tmp)
tmp = clean(union.do([orig, result]))
print "union(Original, result) == Original: %s" % identity.do(tmp, orig)
print
print "result = ", result.get_string(NormalizeF=True)
def __core(Original, Cutter):
print("Original = " + Original).replace("\n",
"\\n").replace("\t", "\\t")
print("Cutter = " + Cutter).replace("\n", "\\n").replace("\t", "\\t")
orig = regex.do(Original, {}).sm
cutter = regex.do(Cutter, {}).sm
#print orig.get_string(NormalizeF=False)
#print cutter.get_string(NormalizeF=False)
result = clean(complement_end.do(orig, cutter))
print
if not special.is_none(result):
print "superset(Original, result): %s" % superset.do(
orig, result)
if not special.is_none(result):
tmp = clean(intersection.do([cutter, result]))
print "intersection(Cutter, result) is None: %s" % special.is_none(
tmp)
tmp = clean(union.do([orig, result]))
print "union(Original, result) == Original: %s" % identity.do(
tmp, orig)
print
print "result = ", result.get_string(NormalizeF=True)
def not_in(A, B):
return complement_in.do(A, B)
def not_end(A, B):
return complement_end.do(A, B)
def not_in(A, B): return complement_in.do(A, B) def cut_begin(A, B): return module_cut_begin.do(A, B)
def not_end(A, B): return complement_end.do(A, B) def not_in(A, B): return complement_in.do(A, B)