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serve.py
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serve.py
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# import http.server
# from urllib.parse import urlparse, urlsplit, parse_qsl
# import time, requests, json, hashlib, pymysql
# import numpy as np
# import traceback, ssl
# GET=True
# POST=False
# FETCH_ONE=1
# FETCH_ALL=0
# def SQLquery(query,get=GET,FETCH=FETCH_ALL):
# conn=pymysql.connect(host='0.0.0.0', user='root', password='diplab504', db='commuting_service', charset='utf8')
# sql=conn.cursor()
# sql.execute(query)
# if get:
# if FETCH==FETCH_ALL:
# ret=sql.fetchall()
# else:
# ret=sql.fetchone()
# conn.close()
# return ret
# else:
# conn.commit()
# conn.close()
# return True
# class Handler(http.server.SimpleHTTPRequestHandler):
# def do_GET(self):
# global sql,conn
# data=urlparse(self.path)
# path=[d for d in data.path.split("/") if len(d)>0]
# recv=dict([d.split("=") if "=" in d else [d,"True"] for d in data.query.split("&") if d != ""])
# if path[0] == "hashcode":
# content={"hashcode":hashlib.sha256(str(np.random.random()).encode()).hexdigest()}
# self.do_ok(content)
# elif path[0] == "status":
# try:
# userid=recv['id']
# resp=SQLquery("SELECT type FROM commutinglist WHERE id='"+userid+"' ORDER BY timestamp DESC",GET,FETCH_ONE)
# if resp is None:
# self.do_error(4)
# else:
# self.do_ok({'status':resp[0]})
# except:
# self.do_error(2)
# elif path[0] == "checkins":
# try:
# userid=recv['id']
# if len(path)>1:
# if path[1] == "today":
# st=time.time()
# st=time.localtime(st)
# _Y=st.tm_year
# _M=st.tm_mon
# _D=st.tm_mday
# st=time.mktime((_Y,_M,_D,0,0,0,0,0,0))
# elif path[1] == "last":
# resp=SQLquery("SELECT timestamp FROM commutinglist WHERE id='"+userid+"' and type='c' ORDER BY timestamp DESC",GET,FETCH_ONE)
# if resp is None:
# self.do_error(4)
# else:
# self.do_ok({'timestamp':resp[0]})
# return 0
# else:
# _Y=2000+int(path[1][:2])
# _M=int(path[1][2:4])
# _D=int(path[1][4:])
# st=time.mktime((_Y,_M,_D,0,0,0,0,0,0))
# else:
# st=time.time()
# st=time.localtime(st)
# _Y=st.tm_year
# _M=st.tm_mon
# _D=st.tm_mday
# st=time.mktime((_Y,_M,_D,0,0,0,0,0,0))
# if len(path)>2:
# _Y=2000+int(path[2][:2])
# _M=int(path[2][2:4])
# _D=int(path[2][4:])
# et=time.mktime((_Y,_M,_D+1,0,0,-1,0,0,0))
# else:
# et=time.mktime((_Y,_M,_D+1,0,0,-1,0,0,0))
# resp=SQLquery("SELECT timestamp FROM commutinglist WHERE id='"+userid+"' and type='c' and timestamp>="+str(st*1000)+" and timestamp<="+str(et*1000),GET)
# if len(resp)==0:
# self.do_error(4)
# else:
# self.do_ok({'timestamp':[r[0] for r in resp]})
# except:
# self.do_error(2)
# elif path[0] == "checkouts":
# try:
# userid=recv['id']
# if len(path)>1:
# if path[1] == "today":
# st=time.time()
# st=time.localtime(st)
# _Y=st.tm_year
# _M=st.tm_mon
# _D=st.tm_mday
# st=time.mktime((_Y,_M,_D,0,0,0,0,0,0))
# elif path[1] == "last":
# resp=SQLquery("SELECT timestamp FROM commutinglist WHERE id='"+userid+"' and type='q' ORDER BY timestamp DESC",GET,FETCH_ONE)
# if resp is None:
# self.do_error(4)
# else:
# self.do_ok({'timestamp':resp[0]})
# return 0
# else:
# _Y=2000+int(path[1][:2])
# _M=int(path[1][2:4])
# _D=int(path[1][4:])
# st=time.mktime((_Y,_M,_D,0,0,0,0,0,0))
# else:
# st=time.time()
# st=time.localtime(st)
# _Y=st.tm_year
# _M=st.tm_mon
# _D=st.tm_mday
# st=time.mktime((_Y,_M,_D,0,0,0,0,0,0))
# if len(path)>2:
# _Y=2000+int(path[2][:2])
# _M=int(path[2][2:4])
# _D=int(path[2][4:])
# et=time.mktime((_Y,_M,_D+1,0,0,-1,0,0,0))
# else:
# et=time.mktime((_Y,_M,_D+1,0,0,-1,0,0,0))
# resp=SQLquery("SELECT timestamp FROM commutinglist WHERE id='"+userid+"' and type='q' and timestamp>="+str(st*1000)+" and timestamp<="+str(et*1000),GET)
# if len(resp)==0:
# self.do_error(4)
# else:
# self.do_ok({'timestamp':[r[0] for r in resp]})
# except:
# self.do_error(2)
# elif path[0] == "working_hours":
# try:
# date_range=path[1]
# except:
# self.do_error(1)
# try:
# userid=recv['id']
# if len(path)>2:
# _Ys=2000+int(path[2][:2])
# _Ms=int(path[2][2:4])
# if len(path[2])>4:
# _Ds=int(path[2][4:])
# else:
# _Ds=1
# st=time.mktime((_Ys,_Ms,_Ds,0,0,0,0,0,0))
# else:
# st=time.time()
# st=time.localtime(st)
# _Ys=st.tm_year
# _Ms=st.tm_mon
# _Ds=st.tm_mday
# st=time.mktime((_Ys,_Ms,_Ds,0,0,0,0,0,0))
# if len(path)>3:
# _Ye=2000+int(path[3][:2])
# _Me=int(path[3][2:4])
# if len(path[2])>4:
# _De=int(path[3][4:])
# else:
# _De=1
# et=time.mktime((_Ye,_Me,_De+1,0,0,-1,0,0,0))
# else:
# _Ye=_Ys
# _Me=_Ms
# _De=_Ds
# et=time.mktime((_Ye,_Me,_De+1,0,0,-1,0,0,0))
# if date_range=="day":
# if userid==INQKEY:
# id_list=SQLquery("SELECT DISTINCT id FROM workinghours WHERE timestamp>="+str(st*1000)+" and timestamp<="+str(et*1000),GET)
# content={'hours':{},'namelist':[]}
# for uid in id_list:
# uname=SQLquery("SELECT name FROM userlist WHERE id='"+uid[0]+"'",GET,FETCH_ONE)
# if uname is not None:
# content['namelist'].append(uname[0])
# if 3>=len(path)>1:
# resp=SQLquery("SELECT hours FROM workinghours WHERE id='"+uid[0]+"' and timestamp>="+str(st*1000)+" and timestamp<="+str(et*1000),GET,FETCH_ONE)
# content['hours'][uname[0]]=resp[0]
# elif len(path)>3:
# content['hours'][uname[0]]=[]
# for i in range(int(np.ceil(float(et-st)/86400.))):
# resp=SQLquery("SELECT hours FROM workinghours WHERE id='"+uid[0]+"' and timestamp>="+str((st+i*86400)*1000)+" and timestamp<="+str(np.minimum((st+(i+1)*86400)*1000,et*1000)),GET,FETCH_ONE)
# content['hours'][uname[0]].append(0 if resp is None else resp[0])
# self.do_ok(content)
# else:
# if len(path)==0:
# self.do_error(4)
# elif 3>=len(path)>1:
# resp=SQLquery("SELECT hours FROM workinghours WHERE id='"+userid+"' and timestamp>="+str(st*1000)+" and timestamp<="+str(et*1000),GET,FETCH_ONE)
# self.do_ok({'hours':0 if resp is None else resp[0]})
# elif len(path)>3:
# content=[]
# for i in range(int(np.ceil(float(et-st)/86400.))):
# resp=SQLquery("SELECT hours FROM workinghours WHERE id='"+userid+"' and timestamp>="+str((st+i*86400)*1000)+" and timestamp<="+str(np.minimum((st+(i+1)*86400)*1000,et*1000)),GET,FETCH_ONE)
# content.append(0 if resp is None else resp[0])
# self.do_ok({'hours':content})
# elif date_range=="week":
# weekdate=(time.localtime(st).tm_wday+1)%7
# st=time.mktime((_Ys,_Ms,_Ds-weekdate,0,0,0,0,0,0))
# weekdate=(time.localtime(et).tm_wday+1)%7
# et=time.mktime((_Ye,_Me,_De-weekdate+7,0,0,-1,0,0,0))
# week_st=st
# week_et=week_st+60*60*24*7
# hours=[]
# while et>week_et:
# resp=SQLquery("SELECT SUM(hours) FROM workinghours WHERE id='"+userid+"' and timestamp>="+str(week_st*1000)+" and timestamp<"+str(week_et*1000),GET,FETCH_ONE)
# if resp[0] is not None:
# hours.append(resp[0])
# else:
# hours.append(0.0)
# week_st=week_et
# week_et=week_st+60*60*24*7
# resp=SQLquery("SELECT SUM(hours) FROM workinghours WHERE id='"+userid+"' and timestamp>="+str(week_st*1000)+" and timestamp<"+str(et*1000),GET,FETCH_ONE)
# if resp[0] is not None:
# hours.append(resp[0])
# else:
# hours.append(0.0)
# if 3>=len(path)>1:
# self.do_ok({'hours':hours[0]})
# elif len(path)>3:
# self.do_ok({'hours':hours})
# elif date_range=="month":
# cnt=(_Ye-_Ys)*12+(_Me-_Ms)+1
# hours=[]
# for n in range(cnt):
# st=time.mktime((_Ys,_Ms+n,1,0,0,0,0,0,0))
# et=time.mktime((_Ys,_Ms+n+1,0,0,-1,0,0,0,0))
# resp=SQLquery("SELECT SUM(hours) FROM workinghours WHERE id='"+userid+"' and timestamp>="+str(st*1000)+" and timestamp<="+str(et*1000),GET,FETCH_ONE)
# if resp[0] is not None:
# hours.append(resp[0])
# else:
# hours.append(0.0)
# if 3>=len(path)>1:
# self.do_ok({'hours':hours[0]})
# elif len(path)>3:
# self.do_ok({'hours':hours})
# except Exception as e:
# traceback.print_exc()
# self.do_error(2)
# else:
# self.do_error(1)
# def do_POST(self):
# data=urlparse(self.path)
# path=[d for d in data.path.split("/") if len(d)>0]
# global sql,conn
# if path[0] == "checkin":
# try:
# content_length=int(self.headers['Content-Length'])
# recv=json.loads(self.rfile.read(content_length).decode())
# userid=recv['id']
# resp=SQLquery("SELECT * FROM commutinglist WHERE id='"+userid+"' ORDER BY timestamp DESC",GET,FETCH_ONE)
# if resp is not None and resp[1]=='c':
# self.do_error(5)
# else:
# SQLquery("INSERT INTO commutinglist VALUES('"+userid+"','c',"+str(time.time()*1000)+")",POST)
# self.do_ok()
# except Exception as e:
# print(e)
# self.do_error(2)
# elif path[0] == "checkout":
# try:
# content_length=int(self.headers['Content-Length'])
# recv=json.loads(self.rfile.read(content_length).decode())
# userid=recv['id']
# resp=SQLquery("SELECT * FROM commutinglist WHERE id='"+userid+"' ORDER BY timestamp DESC",GET,FETCH_ONE)
# if resp is None or resp[1]=='q':
# self.do_error(6)
# else:
# _time=time.time()
# SQLquery("INSERT INTO commutinglist VALUES('"+userid+"','q',"+str(_time*1000)+")",POST)
# workhour=_time-resp[2]/1000
# workhour=time.gmtime(workhour)
# workhour=(workhour.tm_mday-1)*24+workhour.tm_hour+workhour.tm_min/60.
# timelog=time.localtime(_time)
# _Y=timelog.tm_year
# _M=timelog.tm_mon
# _D=timelog.tm_mday
# ptimelog=time.localtime(resp[2]/1000)
# _pY=ptimelog.tm_year
# _pM=ptimelog.tm_mon
# _pD=ptimelog.tm_mday
# workday=time.mktime((_Y,_M,_D,0,0,0,0,0,0))
# if resp[2]/1000>=workday:
# resp=SQLquery("SELECT * FROM workinghours WHERE id='"+userid+"' and timestamp="+str(workday*1000),GET,FETCH_ONE)
# if resp is not None:
# workhour_last=resp[2]
# SQLquery("UPDATE workinghours SET hours='"+str(workhour_last+workhour)+"' WHERE id='"+userid+"' and timestamp="+str(workday*1000),POST)
# else:
# SQLquery("INSERT INTO workinghours VALUES('"+userid+"',"+str(workday*1000)+","+str(workhour)+")",POST)
# else:
# workhour_0=workday-resp[2]/1000
# workhour_0=workhour_0/60/60
# workday_0=time.mktime((_pY,_pM,_pD,0,0,0,0,0,0))
# i=1
# while workhour_0>24:
# workday_=time.mktime((_pY,_pM,_pD+i,0,0,0,0,0,0))
# workhour_=24.
# resp=len(SQLquery("SELECT * FROM workinghours WHERE id='"+userid+"' and timestamp="+str(workday_*1000),GET))
# if resp>0:
# SQLquery("UPDATE workinghours SET hours='"+str(workhour_)+"' WHERE id='"+userid+"' and timestamp="+str(workday_*1000),POST)
# else:
# SQLquery("INSERT INTO workinghours VALUES('"+userid+"',"+str(workday_*1000)+","+str(workhour_)+")",POST)
# workhour_0-=24
# i+=1
# resp=SQLquery("SELECT * FROM workinghours WHERE id='"+userid+"' and timestamp="+str(workday_0*1000),GET,FETCH_ONE)
# if resp is not None:
# workhour_last=resp[2]
# SQLquery("UPDATE workinghours SET hours='"+str(workhour_last+workhour_0)+"' WHERE id='"+userid+"' and timestamp="+str(workday_0*1000),POST)
# else:
# SQLquery("INSERT INTO workinghours VALUES('"+userid+"',"+str(workday_0*1000)+","+str(workhour_0)+")",POST)
# workhour_1=_time-workday
# workhour_1=time.gmtime(workhour_1)
# workhour_1=(workhour_1.tm_mday-1)*24+workhour_1.tm_hour+workhour_1.tm_min/60.
# workday_1=time.mktime((_Y,_M,_D,0,0,0,0,0,0))
# resp=SQLquery("SELECT * FROM workinghours WHERE id='"+userid+"' and timestamp="+str(workday_1),GET,FETCH_ONE)
# if resp is not None:
# workhour_last=resp[2]
# SQLquery("UPDATE workinghours SET hours='"+str(workhour_last+workhour_1)+"' WHERE id='"+userid+"' and timestamp="+str(workday_1*1000),POST)
# else:
# SQLquery("INSERT INTO workinghours VALUES('"+userid+"',"+str(workday_1*1000)+","+str(workhour_1)+")",POST)
# self.do_ok()
# except Exception as e:
# print(e)
# self.do_error(2)
# else:
# self.do_error(1)
# def do_PUT(self):
# data=urlparse(self.path)
# path=[d for d in data.path.split("/") if len(d)>0]
# global sql,conn
# if path[0] == "user":
# try:
# content_length=int(self.headers['Content-Length'])
# recv=json.loads(self.rfile.read(content_length).decode())
# userid=recv['id']
# name=recv['name']
# resp=len(SQLquery("SELECT * FROM userlist WHERE id='"+userid+"'",GET))
# if resp>0:
# self.do_error(2,"Already exist ID.")
# else:
# resp=len(SQLquery("SELECT * FROM userlist WHERE name='"+name+"'",GET))
# if resp>0:
# self.do_error(2,"Already exist name.")
# else:
# SQLquery("INSERT INTO userlist VALUES('"+userid+"','"+name+"')",POST)
# self.do_ok()
# except:
# self.do_error(2)
# else:
# self.do_error(1)
# def do_DELETE(self):
# data=urlparse(self.path)
# path=[d for d in data.path.split("/") if len(d)>0]
# global sql,conn
# if path[0] == "user":
# try:
# content_length=int(self.headers['Content-Length'])
# recv=json.loads(self.rfile.read(content_length).decode())
# userid=recv['id']
# name=recv['name']
# auth=recv['authorization']
# if auth!=AUTHKEY:
# self.do_error(2, "Not available an authorization key.")
# else:
# resp=len(SQLquery("SELECT * FROM userlist WHERE id='"+userid+"' and name='"+name+"'",GET))
# if resp==0:
# self.do_error(4)
# else:
# SQLquery("DELETE FROM userlist WHERE id='"+userid+"' and name='"+name+"'",POST)
# self.do_ok()
# except:
# self.do_error(2)
# else:
# self.do_error(1)
# def do_PATCH(self):
# data=urlparse(self.path)
# path=[d for d in data.path.split("/") if len(d)>0]
# global sql,conn
# if path[0] == "user":
# try:
# content_length=int(self.headers['Content-Length'])
# recv=json.loads(self.rfile.read(content_length).decode())
# userid=recv['id']
# name=recv['name']
# auth=recv['authorization']
# if auth!=AUTHKEY:
# self.do_error(2, "Not available an authorization key.")
# else:
# resp=len(SQLquery("SELECT * FROM userlist WHERE name='"+name+"'",GET))
# if resp==0:
# self.do_error(4)
# else:
# SQLquery("UPDATE userlist SET id='"+userid+"' WHERE name='"+name+"'",POST)
# self.do_ok()
# except:
# self.do_error(2)
# else:
# self.do_error(1)
# def do_OPTIONS(self):
# self.do_ok()
# def do_error(self,n,msg=None):
# if n==1:
# if msg is None:
# msg="Isn't expected URI."
# content=json.dumps({'errcode':1,'err':msg})
# self.send_response(404)
# elif n==2:
# if msg is None:
# msg="Isn't expected content."
# content=json.dumps({'errcode':2,'err':msg})
# self.send_response(400)
# elif n==3:
# if msg is None:
# msg="Doesn't exist id."
# content=json.dumps({'errcode':3,'err':msg})
# self.send_response(400)
# elif n==4:
# if msg is None:
# msg="Doesn't exist."
# content=json.dumps({'errcode':4,'err':msg})
# self.send_response(404)
# elif n==5:
# if msg is None:
# msg="Already checked-in."
# content=json.dumps({'errcode':5,'err':msg})
# self.send_response(400)
# elif n==6:
# if msg is None:
# msg="Already checked-out."
# content=json.dumps({'errcode':6,'err':msg})
# self.send_response(400)
# self.send_header('Access-Control-Allow-Origin', '*')
# self.send_header('Access-Control-Allow-Methods', 'GET,DELETE,PATCH,POST,PUT')
# self.send_header('Access-Control-Allow-Headers', '*')
# self.end_headers()
# self.wfile.write(content.encode("UTF-8"))
# def do_ok(self,content=dict()):
# content['errcode']=0
# content['err']="ok"
# self.send_response(200)
# self.send_header('Content-Type', 'application/json; charset=utf-8')
# self.send_header('Access-Control-Allow-Origin', '*')
# self.send_header('Access-Control-Allow-Methods', 'GET,DELETE,PATCH,POST,PUT')
# self.send_header('Access-Control-Allow-Headers', '*')
# self.end_headers()
# self.wfile.write(json.dumps(content).encode("UTF-8"))
# server = http.server.HTTPServer(('0.0.0.0',55555),Handler)
# server.socket = ssl.wrap_socket(server.socket, server_side=True, certfile='snakeoil.pem', keyfile='snakeoil-key.pem', ssl_version=ssl.PROTOCOL_TLS)
# try:
# server.serve_forever()
# except:
# server.server_close()