def label_position():
'''
A function that get label position
'''
file_name = str(sys.argv[2])
a = input.list_labels(input.parse_file(file_name)[0])
return (a[0][1], a[0][0])
def get_label_num():
'''
A function that get number of label
'''
argv = sys.argv
tran_dict = input.parse_file(argv[2])[1]
label_num = len(tran_dict)
return label_num
def get_label_num():
'''
A function that get number of label
'''
argv = sys.argv
file_name = str(argv[2])
a = input.list_labels(input.parse_file(file_name)[0])
label_num = len(a)
return label_num
def get_ins():
'''
A function that get all the instrction, and store in a list
'''
argv = sys.argv
ins_list, tran_dict = input.parse_file(argv[2])
jump_ins = []
for x in range(len(ins_list)):
if (ins_list[x][0] == "bne") or (ins_list[x][0] == "beq"):
ins_list[x][3] = tran_dict[int(ins_list[x][3])].strip("$")
jump_ins.append(x)
res = []
for x in ins_list:
if ins_list.index(x) in jump_ins:
res.append(x[0] + " $" + x[1] + ",$" + x[2] + "," + x[3])
else:
res.append(input.instruction_to_string(x))
return res
cycle[j][cycle_num - 1] = -1
else:
cycle[j][cycle_num - 1] = cycle_num - j
if (cycle_num - j == 5): #WB finished this ins
finished_ins += 1
get_register(register_list,
instruction_split(ins_list[j]))
#get register updated
print_cycle(cycle, cycle_num, ins_num, ins_list) #print cycle
print_register(register_list) #print register
cycle_num += 1 #increment for cycle
print("-" * 82)
print("END OF SIMULATION")
if __name__ == "__main__":
argv = sys.argv
if argv[1] == "F":
label_num = get_label_num()
if label_num == 0:
forward_no_label()
elif label_num == 1:
forward_with_one_label()
else:
print("got fvcked")
else:
filename = str(argv[2])
_list = input.parse_file(argv[2])[0]
no_forward(filename, _list)