def test_bytearray_creation(self):
def f(x):
if x:
b = bytearray(str(x))
else:
b = bytearray("def")
return b
ll_res = self.interpret(f, [0])
assert hlbytearray(ll_res) == "def"
ll_res = self.interpret(f, [1])
assert hlbytearray(ll_res) == "1"
def test_bytearray_creation(self):
def f(x):
if x:
b = bytearray(str(x))
else:
b = bytearray("def")
return b
ll_res = self.interpret(f, [0])
assert hlbytearray(ll_res) == "def"
ll_res = self.interpret(f, [1])
assert hlbytearray(ll_res) == "1"
def test_addition(self):
def f(x):
return bytearray("a") + hlstr(x)
ll_res = self.interpret(f, [llstr("def")])
assert hlbytearray(ll_res) == "adef"
def f2(x):
return hlstr(x) + bytearray("a")
ll_res = self.interpret(f2, [llstr("def")])
assert hlbytearray(ll_res) == "defa"
def f3(x):
return bytearray(hlstr(x)) + bytearray("a")
ll_res = self.interpret(f3, [llstr("def")])
assert hlbytearray(ll_res) == "defa"
def test_addition(self):
def f(x):
return bytearray("a") + hlstr(x)
ll_res = self.interpret(f, [llstr("def")])
assert hlbytearray(ll_res) == "adef"
def f2(x):
return hlstr(x) + bytearray("a")
ll_res = self.interpret(f2, [llstr("def")])
assert hlbytearray(ll_res) == "defa"
def f3(x):
return bytearray(hlstr(x)) + bytearray("a")
ll_res = self.interpret(f3, [llstr("def")])
assert hlbytearray(ll_res) == "defa"
