def test_when_have_a_program_Then_the_memory_is_write_with_a_new_program(
self):
program = Program()
instruction1 = Instruction("Cpu Instruction1", InstructionType.cpu,
ResourceType.Monitor)
instruction2 = Instruction("Cpu Instruction1", InstructionType.cpu,
ResourceType.Monitor)
instruction3 = Instruction("Cpu Instruction1", InstructionType.cpu,
ResourceType.Monitor)
instruction4 = Instruction("Cpu Instruction1", InstructionType.cpu,
ResourceType.Monitor)
program.add(instruction1)
program.add(instruction2)
program.add(instruction3)
program.add(instruction4)
self.memoryManager.loadToMemory(
self.programLoader.createPcb(program, "program0"),
program.instructions)
self.assertEqual(self.memory.cells[1], instruction2)
def test_when_write_program_toDisk_Then_verify_that_the_program_list_is_incremented(
self):
program = Program()
self.disk.writeProgram(program)
self.assertEqual(len(self.disk.programs), 1)
def test_when_write_program_toDisk_Then_verify_that_obtain_the_program(
self):
program = Program()
self.disk.writeProgram(program)
self.assertEqual(self.disk.getProgram("program0"), program)
def test_when_have_a_program_Then_I_want_to_add_a_two_instructions(self):
program = Program()
program.add(Mock())
program.add(Mock())
self.assertEqual(len(program.instructions), 2)
def test_when_have_a_program_Then_I_want_to_create_a_pcb_with_pid_1(self):
program = Program()
self.assertEqual(
self.programLoader.createPcb(program, "program0").pid, 1)
