import time
que_list = []
que_list = [
{'question': "以下哪种是多发送者对多接收者参与的通信",
'choices': ["A.收集", "B.扫描", "C.广播", "D.规约"],
'answer': 'B'},
{'question': "四种并行编程风范中，用到了归并思想的是（）",
'choices': ["A.相并行", "B.分治并行", "C.流水线并行", "D.工作池并行"],
'answer': 'B'},
]
# question number
# print(que_list[0]['question'])
# def tran(anss): #question choices translation ABCD
# if anss == 0:
# anss='A'
# elif anss == 1:
# anss='B'
# elif anss == 2:
# anss='C'
# elif anss == 3:
# anss='D'
# else:
# print("The answer dosn't set , please check!")
# return anss
def iputans(n):
right_count=0
an = input("input you choices(A,B,C,D):").upper()
# ansss = tran(que_list[n]['answer'])
ansss = que_list[n]['answer']
if an == ansss:
print("true")
right_count = 1
else:
print("right answer is {}".format(ansss))
return right_count
def main():
que_num = len(que_list)
que_right = 0
for i in range(que_num):
print(que_list[i]['question'])
for j in range(4):
print(que_list[i]['choices'][j])
count=iputans(i)#count_right answer
que_right=que_right+count
print("-----------------")
time.sleep(2)
print("finally right_rate:{}%".format((que_right / que_num)*100))
if __name__ == '__main__':
a = time.time()
main()
b = time.time()
print("use time:{}".format(b - a))
