OO_hw5_test

OO_hw5_test

Charles Lv7
  2023-03-26 07:51:05 2023-03-26 07:51:05 Created   2023-03-26 14:33:58 2023-03-26 14:33:58 Updated      1.8k Words  10 Mins  

简易hw5程序对拍器分享

到了第二单元电梯周，我深刻感觉到了写对拍器的重要性，那个几百行的输出如果要肉眼判断正确性真是个痛苦的事，所以在此简单分享一下我的对拍程序。（由于时间戳不太好验证，所以我的对拍程序只验证结果的正确性）

数据生成器：

generate.py 
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import random

MAX_INT=1<<31-1
MAX_FLOOR = 11
TIME_LIMIT=40
id_dict = {}

def get_id() :
    id = random.randint(1, MAX_INT)
    while (id_dict.get(id) == False) :
        id = random.randint(1, MAX_INT)
    id_dict[id] = True
    return id

def get_time_gap() :
    chance = random.randint(0, MAX_INT) % 100
    if (chance < 5) :
        return 10
    elif (chance >= 95) :
        return 5
    elif (chance >= 5 and chance < 15 or chance >= 85 and chance < 95) :
        return random.uniform(1.0, 5.0)
    else : 
        return random.uniform(0, 1.0)
    
def get_floor() :
    floor = random.randint(0, MAX_INT) % MAX_FLOOR + 1
    return floor 

def generate(num) :
    time = 0.0
    for _ in range(num) :
        if (time > TIME_LIMIT) : 
            break
        time += get_time_gap()
        id = str(get_id())
        from_floor = str(get_floor())
        to_floor = str(get_floor())
        while (to_floor == from_floor) :
            to_floor = str(get_floor())
        print('[' + str(format(time, '.1f')) + ']' + id + '-FROM-' +  from_floor + '-TO-'  + to_floor)

#main()
num = random.randint(0, MAX_INT) % 100 + 1
generate(num)

结果对拍程序：

outputChecker.py 
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from colorfulPrint import ColorfulPrint

class Req:
    def __init__(self, req):
        eles = self.parseReq(req)
        self.id = int(eles[0])
        self.ff = int(eles[2])
        self.tf = int(eles[4])
    def parseReq(self, req):
        req = req.replace('\n', '')
        index = req.index(']')
        req = req[index + 1:]
        return req.split('-')
    def getId(self):
        return self.id
    def getFromFloor(self):
        return self.ff
    def getToFloor(self):
        return self.tf

STATE_OPEN = 0
STATE_CLOSE = 1
MAX_FLOOR = 11
MIN_FLOOR = 1
MAX_NUM = 6
MIN_NUM = 0

reqDic = {}
floors = []
states = []
passengers = []
lastMoveTime = []
lastOpenTime = []
lastOpTime = []
flag = [0]

def printError(msg, l = 0):
    if l == 0:
        msg = ' ***** ' + msg + ' ***** '
    else:
        msg = ' ***** ' + msg + ' IN LINE: ' + str(l) + ' ***** '
    ColorfulPrint.colorfulPrint(msg, ColorfulPrint.MODE_BOLD, ColorfulPrint.COLOR_RED)
    flag[0] = 0

def initElevator():
    reqDic.clear()
    floors.clear()
    states.clear()
    passengers.clear()
    lastMoveTime.clear()
    lastOpenTime.clear()
    lastOpTime.clear()
    flag[0] = 0
    for i in range(6):
        floors.append(1)
        states.append(STATE_CLOSE)
        passengers.append([])
        lastMoveTime.append(-10.0)
        lastOpenTime.append(-10.0)
    lastOpTime.append(-1.0)

def processInput():
    with open('stdin.txt', 'r') as f:
        tot = f.readlines()
        for ele in tot:
            req = Req(ele)
            reqDic[req.getId()] = req

def checkOutput():
    initElevator()
    processInput()
    flag[0] = 1
    with open('stdout.txt', 'r') as f:
        tot = f.readlines()
        count = 1
        for line in tot:
            process(line, count)
            count += 1
    if len(reqDic) != 0:
        printError('SOME REQUESTS ARE NOT SATIFIED!')
    for i in range(4):
        if len(passengers[i]) != 0:
            printError('SOMEONE IS TRAPPED IN ELEVATOR! ELEVATOR ID: ' + str(i + 1))
        if states[i] != STATE_CLOSE:
            printError('ELEVATOR IS NOT CLOSE! ELEVATOR ID: ' + str(i + 1))
    if flag[0] == 1:
        ColorfulPrint.colorfulPrint(' ===== OUTPUT ACCEPTED ===== ', ColorfulPrint.MODE_BOLD, ColorfulPrint.COLOR_GREEN)
        return True
    else:
        printError('WRONG ANSWER!')
        return False

def process(read, lineNum):
    read = read.replace('\n', '')
    index = read.index(']')
    opTime = float(read[1:index - 1])
    read = read[index + 1:]
    eles = read.split('-')

    if opTime < lastOpTime[0]:
        printError('INCORRECT OUTPUT ORDER!', lineNum)
    lastOpTime[0] = opTime

    if eles[0] == 'ARRIVE':
        index = int(eles[2]) - 1
        if not 0 <= index <= 5:
            printError('UNKNOW ELEVATOR ID!', lineNum)
            return
        if states[index] != STATE_CLOSE:
            printError('MOVE WHEN DORR IS OPEN!', lineNum)
        if opTime - lastMoveTime[index] < 0.4 - 0.00001:
            printError('MOVE TOO FAST!', lineNum)
        lastMoveTime[index] = opTime
        if int(eles[1]) > MAX_FLOOR or int(eles[1]) < MIN_FLOOR:
            printError('ELEVATOR ON A NON-EXISTENT FLOOR!', lineNum)
        if floors[index] - int(eles[1]) != 1 and floors[index] - int(eles[1]) != -1:
            printError('ILLEGAL ELEVATOR MOVEMENT!', lineNum)
        floors[index] = int(eles[1])

    elif eles[0] == 'OPEN':
        index = int(eles[2]) - 1
        if not 0 <= index <= 5:
            printError('UNKNOW ELEVATOR ID!', lineNum)
            return
        if states[index] != STATE_CLOSE:
            printError('ELEVATOR ALREADY OPEN!', lineNum)
        states[index] = STATE_OPEN
        lastOpenTime[index] = opTime
        if floors[index] != int(eles[1]):
            printError('ELEVATOR UNMATCHED FLOOR!', lineNum)

    elif eles[0] == 'CLOSE':
        index = int(eles[2]) - 1
        lastMoveTime[index] = opTime
        if not 0 <= index <= 5:
            printError('UNKNOW ELEVATOR ID!', lineNum)
            return
        if states[index] != STATE_OPEN:
            printError('ELEVATOR ALREADY CLOSE!', lineNum)
        states[index] = STATE_CLOSE
        if floors[index] != int(eles[1]):
            printError('ELEVATOR UNMATCH FLOOR!', lineNum)
        if opTime - lastOpenTime[index] < 0.4 - 0.00001:
            printError('CLOSE TOO FAST!', lineNum)

    elif eles[0] == 'IN':
        index = int(eles[3]) - 1
        passengerIndex = int(eles[1])
        if not 0 <= index <= 5:
            printError('UNKNOW ELEVATOR ID!', lineNum)
            return
        if states[index] != STATE_OPEN:
            printError('PASSENGER CAN\'T IN!', lineNum)
        passengers[index].append(passengerIndex)
        req = reqDic.get(passengerIndex)
        if req == None:
            printError('PASSENGER NOT EXIST!', lineNum)
        else:
            if req.getFromFloor() != int(eles[2]) :
                printError('IN MESSAGE NUMATCH REQUEST!', lineNum)
        if len(passengers[index]) > MAX_NUM:
            printError('ELEVATOR OVERLOAD!', lineNum)
        if floors[index] != int(eles[2]):
            printError('ELEVATOR UNMATCHED FLOOR!', lineNum)

    elif eles[0] == 'OUT':
        index = int(eles[3]) - 1
        passengerIndex = int(eles[1])
        if states[index] != STATE_OPEN:
            printError('PASSENGER CAN\'T OUT!', lineNum)
        if passengerIndex not in passengers[index]:
            printError('PASSENGER NOT IN ELEVATOR!', lineNum)
        else:
            passengers[index].remove(passengerIndex)
        req = reqDic.get(passengerIndex)
        if req == None:
            printError('PASSENGER NOT EXIST!', lineNum)
        else:
            if req.getToFloor() != int(eles[2]) :
                printError('OUT MESSAGE NUMATCH REQUEST!', lineNum)
            reqDic.pop(passengerIndex)

    else:
        printError('UNKNOW OPTION!', lineNum)

if __name__ == "__main__":
    checkOutput()

终端渲染包：

colorfulPrint.py 
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# 支持两种模式：正常(NORMAL)和加粗(BOLD)
# 支持8种颜色：灰色、红色、绿色、黄色、蓝色、粉色、青色、白色
class ColorfulPrint():
    MODE_NORMAL = 1
    MODE_BOLD = 2
    COLOR_GRAY = 0
    COLOR_RED = 1
    COLOR_GREEN = 2
    COLOR_YELLOW = 3
    COLOR_BLUE = 4
    COLOR_PINK = 5
    COLOR_CYAN = 6
    COLOR_WHITE = 7
    @staticmethod
    def colorfulPrint(msg, mode, color):
        head = '\033['
        if mode == ColorfulPrint.MODE_NORMAL:
            head = head + '0;'
        elif mode == ColorfulPrint.MODE_BOLD:
            head = head + '1;'
        else:
            print('\033[1;31;40m' + ' ***** MODE ERROR ***** ' + '\033[0m')
            return
        if 0 <= color <= 7:
            head = head + str(30 + color) + ';40m'
        else:
            print('\033[1;31;40m' + ' ***** COLOR ERROR ***** ' + '\033[0m')
        tail = '\033[0m'
        print(head + msg + tail)


if __name__ == "__main__":
    # 彩色打印示例
    ColorfulPrint.colorfulPrint('This is a test', ColorfulPrint.MODE_BOLD, ColorfulPrint.COLOR_BLUE)

自动化测试程序：

judger.py 
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import os
from outputChecker import checkOutput
from colorfulPrint import ColorfulPrint
times = []

if __name__ == "__main__":
    waCount = 0
    accCount = 0
    badCount = 0
    tleCount = 0
    passCount = 0
    failCount = 0
    x = 50
    for i in range(x) :
        ColorfulPrint.colorfulPrint(' >>>>>>>>>>>>>>>>>>>>>>> TEST {} <<<<<<<<<<<<<<<<<<<<<<<< '.format(i + 1), ColorfulPrint.MODE_BOLD, ColorfulPrint.COLOR_BLUE)
        cmd = 'python3 generate.py > stdin.txt' 
        os.system(cmd)
        cmd = '.\datainput_student_win64.exe | java -jar code.jar > stdout.txt'
        os.system(cmd)
        temp = checkOutput()
        if temp:
            passCount += 1
        else:
            failCount += 1
            waCount += 1
            with open('stdin.txt', 'r') as f:
                con = f.read()
            with open('./logWA/stdin' + str(i + 1) + '.txt', 'w') as f:
                f.write(con)
            with open('stdout.txt', 'r') as f:
                con = f.read()
            with open('./logWA/stdout' + str(i + 1) + '.txt', 'w') as f:
                f.write(con)
    if waCount == 0:
        ColorfulPrint.colorfulPrint(' ===== YOU HAVE PASSED ALL TESTPOINT ===== ', ColorfulPrint.MODE_BOLD, ColorfulPrint.COLOR_GREEN)
        ColorfulPrint.colorfulPrint(' ===== TESTPOINT PASSED: ' + str(x) + '/' + str(x) + ' ===== ', ColorfulPrint.MODE_BOLD, ColorfulPrint.COLOR_GREEN)
    else:
        ColorfulPrint.colorfulPrint(' ***** YOU HAVE NOT PASSED ALL TESTPOINT ***** ', ColorfulPrint.MODE_BOLD, ColorfulPrint.COLOR_RED)
        ColorfulPrint.colorfulPrint(' ***** TESTPOINT PASSED: ' + str(x - waCount) + '/' + str(x) + ' ***** ', ColorfulPrint.MODE_BOLD, ColorfulPrint.COLOR_RED)
    ColorfulPrint.colorfulPrint(' ===== Time accept: ' + str(accCount) + '/' + str(x) + ' rate: ' + str(accCount * 100 / x) + '% =====', ColorfulPrint.MODE_BOLD, ColorfulPrint.COLOR_GREEN)
    ColorfulPrint.colorfulPrint(' ##### Bad performance: ' + str(badCount) + '/' + str(x) + ' rate: ' + str(badCount * 100 / x) + '% #####', ColorfulPrint.MODE_BOLD, ColorfulPrint.COLOR_YELLOW)
    ColorfulPrint.colorfulPrint(' ***** Tle: ' + str(tleCount) + '/' + str(x) + ' rate: ' + str(tleCount * 100 / x) + '% *****', ColorfulPrint.MODE_BOLD, ColorfulPrint.COLOR_RED)
    ColorfulPrint.colorfulPrint(' ===== Output correct: ' + str(passCount) + '/' + str(x) + ' rate: ' + str(passCount * 100 / x) + '% =====', ColorfulPrint.MODE_BOLD, ColorfulPrint.COLOR_GREEN)
    ColorfulPrint.colorfulPrint(' ***** Output incorrect: ' + str(failCount) + '/' + str(x) + ' rate: ' + str(failCount * 100 / x) + '% *****', ColorfulPrint.MODE_BOLD, ColorfulPrint.COLOR_RED)

使用方法：

将上面四个文件及datainput_student_win64.exe放于同一目录下，并将自己程序的code.jar导出放于该路径，运行Python judger.py即可自动化测试50次，在测试结束后会生成测试报告。

Hacker机

hacker.py 
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import os

My_path = 'D:/coding_file/study/Lesson/oo_lesson/OO/test/hw5'
names = ['Caster', 'Saber', 'Rider', 'Lancer',
         'Archer', 'Assign']  # other person jar name

os.chdir(My_path)
i = 0
# os.system('python production.py')
while i <= len(names)-1:
    print(">>>>>The comparison result with "+str(names[i]) + " is:")
    os.system('.\datainput_student_win64.exe | java -jar '+str(names[i])+'.jar > stdout.txt')
    os.system('python outputChecker.py')
    i = i+1
  • Title: OO_hw5_test
  • Author: Charles
  • Created at : 2023-03-26 07:51:05
  • Updated at : 2023-03-26 14:33:58
  • Link: https://charles2530.github.io/2023/03/26/oo-hw5-test/
  • License: This work is licensed under CC BY-NC-SA 4.0.
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OO_hw5_test
  1. 简易hw5程序对拍器分享
    1. 数据生成器：
    2. 结果对拍程序：
    3. 终端渲染包：
    4. 自动化测试程序：
    5. 使用方法：
  2. Hacker机