def test_str_append_data():
global x
x = pstr.string(length=5).a
data = 'hola mundo'
[x.append(pstr.char_t().set(by)) for by in data]
if x[5:].serialize() == data.encode('ascii'):
raise Success
def test_str_string():
x = pstr.string()
string = "helllo world ok, i'm hungry for some sushi\x00"
x.length = len(string)/2
x.source = provider.string(string)
x.load()
if x.str() == string[:len(string)/2]:
raise Success
def test_str_set_default():
data = 'hola'
x = pstr.string(length=10).a
if x.serialize() != b'\0\0\0\0\0\0\0\0\0\0':
raise Failure
x.set(data)
if x.serialize() == b'hola\0\0\0\0\0\0':
raise Success
def test_str_set_resized():
data = 'hola'
x = pstr.string(length=10).a
if x.serialize() != b'\0\0\0\0\0\0\0\0\0\0':
raise Failure
x.set(data, retain=False)
if x.serialize() == b'hola':
raise Success
def test_str_string():
x = pstr.string()
string = b'helllo world ok, i\'m hungry for some sushi\0'
x.length = len(string) // 2
x.source = provider.bytes(string)
x.load()
if x.str() == string[:len(string) // 2].decode(x[0].encoding.name):
raise Success
def test_str_string():
x = pstr.string()
string = "helllo world ok, i'm hungry for some sushi\x00"
x.length = len(string)/2
x.source = provider.string(string)
x.load()
if x.str() == string[:len(string)/2]:
raise Success
def test_str_append_data_getoffset():
x = pstr.string(length=5, offset=0x10).a
offset = x.append(pstr.char_t().set('F'))
if offset == x.getoffset() + 5:
raise Success