def __init__(self):
'''controls and connects everything'''
self.Instructions_memory = Reader.CardReader()
print("Ingresa nombre del codigo (sin el .code)")
file_name = input()
data = [""] * 8 #creating data
self.Instructions_memory.change_file(file_name)
self.ALU = ALU.ALU()
self.ram = RAM()
self.registerA = Registers(data)
self.registerB = Registers(data)
self.registerC = Registers(data)
self.registerD = Registers(data)
self.instruction_register = Registers(
data, 8) #shows the selected data that was located in RAM
self.output_register = Registers(data)
data_bios = Reader.YamlReader().yaml_loader()
### variables to assign to CPU parts
ramdata = data_bios.get('RAM_NUMBERS')
ramdata = ramdata.split(' ')
clockdata = data_bios.get('clock')
self.clock_time = int(clockdata)
visualizationdata = data_bios.get('visualization')
##asigns all ram data to each ram space
for i in range(16):
adress = bin(i)[2:]
if len(adress) < 4:
if len(adress) == 1:
adress = "000" + adress
if len(adress) == 2:
adress = "00" + adress
if len(adress) == 3:
adress = "0" + adress
self.ram.write_enable(adress, ramdata[i])
self.visualization_code = visualizationdata['code']
self.visualization_ram = visualizationdata['RAM']
self.visualization_registers = visualizationdata['Registers']
self.visualization_clock = visualizationdata['clock']
self.visualization_alu = visualizationdata['ALU']
