def hybridencode(self, input, want):
# Check the C implementation if it's in use
got = store._pathencode(input)
self.assertEqual(want, got)
# Check the reference implementation in Python
refgot = store._hybridencode(input, True)
self.assertEqual(want, refgot)
def runtests(rng, seed, count):
nerrs = 0
for p in genpath(rng, count):
h = store._pathencode(p) # uses C implementation, if available
r = store._hybridencode(p, True) # reference implementation in Python
if h != r:
if nerrs == 0:
print >> sys.stderr, 'seed:', hex(seed)[:-1]
print >> sys.stderr, "\np: '%s'" % p.encode("string_escape")
print >> sys.stderr, "h: '%s'" % h.encode("string_escape")
print >> sys.stderr, "r: '%s'" % r.encode("string_escape")
nerrs += 1
return nerrs
def show(s):
# show test input
print("A = '%s'" % s.encode("string_escape"))
# show the result of the C implementation, if available
h = store._pathencode(s)
print("B = '%s'" % h.encode("string_escape"))
# compare it with reference implementation in Python
r = store._hybridencode(s, True)
if h != r:
print("R = '%s'" % r.encode("string_escape"))
print()
def runtests(rng, seed, count):
nerrs = 0
for p in genpath(rng, count):
h = store._pathencode(p) # uses C implementation, if available
r = store._hybridencode(p, True) # reference implementation in Python
if h != r:
if nerrs == 0:
print >> sys.stderr, 'seed:', hex(seed)[:-1]
print >> sys.stderr, "\np: '%s'" % p.encode("string_escape")
print >> sys.stderr, "h: '%s'" % h.encode("string_escape")
print >> sys.stderr, "r: '%s'" % r.encode("string_escape")
nerrs += 1
return nerrs
def show(s):
# show test input
print "A = '%s'" % s.encode("string_escape")
# show the result of the C implementation, if available
h = store._pathencode(s)
print "B = '%s'" % h.encode("string_escape")
# compare it with reference implementation in Python
r = store._hybridencode(s, True)
if h != r:
print "R = '%s'" % r.encode("string_escape")
print
