第二次结对编程作业

1.链接

同组同学博客地址：https://www.cnblogs.com/yuanzhengwen/p/11754531.html
GitHub地址：https://github.com/AndreiIvanovichMihailov/031702217/tree/master/gambler

2.分工

于瀚翔：完成AI
袁正闻：完成UI

3.PSP表格

PSP2.1	Personal Software Process Stages	预估耗时（分钟）	实际耗时（分钟）
Planning	计划	15	15
Estimate	估计这个任务需要多少时间	5	5
Development	开发	15	15
Analysis	需求分析 (包括学习新技术)	180	300
Design Spec	生成设计文档	5	5
Design Review	设计复审	30	60
Coding Standard	代码规范 (为目前的开发制定合适的规范)	10	10
Design	具体设计	20	120
Coding	具体编码	420	1200
Code Review	代码复审	30	90
Test	测试（自我测试，修改代码，提交修改）	10	60
Reporting	报告	10	15
Test Repor	测试报告	15	15
Size Measurement	计算工作量	5	5
Postmortem & Process Improvement Plan	事后总结, 并提出过程改进计划	10	10
合计		780	1925

4.解题思路描述与设计实现说明

网络接口的使用

def paixukey(elem):
return elem.num
url='http://www.revth.com:12300/auth/register2'
form_data={
"username": "Andrei",
"password": "Mihailov",
"student_number":"031702217",
"student_password":"qwe123456789"
}
headers={
"Content-Type":'application/json',
}
response=requests.post(url=url,headers=headers,data=json.dumps(form_data),verify=False)
print(response.text)
url = "http://api.revth.com/auth/login"
headers = {
"Content-Type":"application/json"
}

data = {

"username": username,

"password": password

}

payload = "{"username":"Andrei","password":"Mihailov"}"
response = requests.request("POST", url, data=payload, headers=headers)
print(response.text)

p = re.compile(r'token":"(.+?)"')

aaa = str(response.text)
print(aaa)

token = re.search('token": "(.+)"',aaa)

p = re.compile(r'token":"(.+?)"')
token = p.findall(aaa)[0]

token = p.findall(response.text)[0]

header = {
"x-auth-token": token
}
print(token)
def validate(header):

url = 'http://api.revth.com/auth/validate'
headers = {
    "x-auth-token": token111
}
response = requests.request("GET", url, headers=headers)
print(response.text)

def logout(header):
url = 'http://api.revth.com/auth/logout'
data = {}
respond = requests.post(url, json=data).text
print(respond)
def openn(header):
url = 'http://api.revth.com/game/open'
header = str(header)
headers = {'x-auth-token': header}
data = {}
response = requests.request("POST", url, headers=headers)
return response
def submit(idd, listt):
url = "http://api.revth.com/game/submit"
headers = {
'content-type': "application/json",
'x-auth-token': token
}
payload = "{"id":"
payload = payload + str(idd)
payload = payload + ","card":[""
# payload = "{"id":"
# payload=payload+str(idd)
# payload=payload+"","card":[""
if len(listt) == 1:
payload = payload + str(listt[0])
else:
payload = payload + str(listt[0])
payload = payload + "",""
payload = payload + str(listt[1])
payload = payload + "",""
payload = payload + str(listt[2])
payload = payload + ""]}"
# print(payload)
# dataa=str(data)
response = requests.request("POST", url, data=payload, headers=headers)
print(response.text)
'''
p = re.compile(r'token":"(.+?)"')
token = p.findall(respond)[0]
print(token)
return token
'''
def history(header):
u = 'http://api.revth.com/history'
header = {
"x-auth-token": token
}
response = requests.get(url=u, headers=header).text
print(response)
通过搜索教程和文档中已经给出的样例实现

代码组织与内部实现设计

思路就是把发来的牌组合一下，然后逐个得去判断牌型然后给一分数最后用分数最高的作为真正出的牌

说明算法的关键与关键实现部分流程图

5.关键代码的解释

def score(list, m):
if m == 5:
f = tonghuashun(list)
if f:
return 150000+f700
f = zhadan(list)
if f:
return 120000+f700
f = hulu(list)
if f:
return 90000+f700
f = tonghua(list)
if f:
return 70000+f0.000007
f = shunzi(list)
if f:
return 60000+f700
f = santiao(list)
if f:
return 50000+f700
f = liandui(list)
if f:
return 40000+f7
f = erdui(list)
if f:
return 30000+f7
f = duizi(list)
if f:
return 20000+f100
f = sanpai(list)
if f:
return 10000+f
elif m == 3:
"""
f = tonghuashun(list)
if f:
return 100000+f0.07
f = tonghua(list)
if f:
return 70000+f0.07
f = shunzi(list)
if f:
return 60000+f700
"""
f = santiao(list)
if f:
return 50000+f700
f = duizi(list)
if f:
return 20000+f100
f = sanpai(list)
if f:
return 10000+100*f
这是判断完牌型的评分环节，将最终决定到底将哪个排序输出