def test_function():
exponential_func = Function(exp)
sin_func = Function(sin)
# print(exponential_func.execute(sin_func.execute(0)))
assert sin_func.execute(0, False) == 0
assert exponential_func.execute(sin_func.execute(0, False), False) == 1
print('Function tested SUCCESSFULLY')
while not STACK.is_empty():
print(STACK.pop())
print("Elements left: " + str(STACK.size()))
print("\nQueue test")
QUEUE = Queue()
for elem in range(2, 6):
QUEUE.push(elem)
while not QUEUE.is_empty():
print(QUEUE.pop())
print("Elements left: " + str(QUEUE.size()))
print("\nFunction test")
EXPONENTIAL_FUNC = Function(numpy.exp)
SIN_FUNC = Function(numpy.sin)
print(EXPONENTIAL_FUNC.execute(SIN_FUNC.execute(0)))
print("\nOperator test")
ADD_OP = Operator(numpy.add, 0)
MULTIPLY_OP = Operator(numpy.multiply, 1)
print(ADD_OP.execute(1, MULTIPLY_OP.execute(2, 3)))
print("\nCalculator test")
CALC = Calculator()
print("Calculator class test: " +
str(CALC.functions['EXP'].execute((CALC.operators['PLUSS'].execute(
1, CALC.operators['GANGE'].execute(2, 3))))))
CALC.output_queue.push(1)
CALC.output_queue.push(2)
CALC.output_queue.push(3)
CALC.output_queue.push(CALC.operators['GANGE'])
