def test_lists(self):
result = self._execute_simple(
"""
LIST_NEW 0
LIST_ADD 0 1 # 0 data0.append(data1)
LIST_ADD 0 1 # 1 data0.append(data1)
LIST_ADD 0 2 # 2 data0.append(data2)
LEN 0 3 # 3 data3 = len(data0)
EQ 3 5 6 # 4 data6 = (data3 == data5)
LIST_REM 0 4 # 5 data0.remove(data4 (represents an index))
LEN 0 3 # 6 data3 = len(data0)
NEQ 3 5 7 # 7 data7 = (data3 != data5)
EQ 6 7 8 # 8 data8 = (data6 == data7)
RET 8 # 9 return data8
""",
[
DList(), # data0, list
DInteger.new_int(5), # data1, fake value to add to the list
DString.new_str("hi"), # data2, fake value to add to the list
DInteger(), # data3, list length
DInteger.new_int(2), # data4, list index
DInteger.new_int(3), # data5, expected list length
DBool(), # data6, comp1
DBool(), # data7, comp2
DBool(), # data8, output
])
self.assertEqual(result.int_py(), True)
def test_len(self):
result = self._execute_simple(
"""
LEN 0 1 # 0
RET 1 # 1
""",
[
DString.new_str("neat"), # data0
DInteger(), # data1
])
self.assertEqual(result.int_py(), 4)
def test_div(self):
result = self._execute_simple(
"""
DIV 0 1 2 # 0
RET 2 # 1
""",
[
DInteger.new_int(64), # data0
DInteger.new_int(2), # data1
DInteger(), # data2
])
self.assertEqual(result.int_py(), 32)
def test_mul(self):
result = self._execute_simple(
"""
MUL 0 1 2 # 0
RET 2 # 1
""",
[
DInteger.new_int(64), # data0
DInteger.new_int(32), # data1
DInteger(), # data2
])
self.assertEqual(result.int_py(), 2048)
