180 lines
7.4 KiB
Python
180 lines
7.4 KiB
Python
# coding=utf-8
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from datetime import datetime
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from datetime import timedelta
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import http.client
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import re
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import threading
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import time
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from response import Response
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from .Soutenance import Soutenance
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class SiteSoutenances(threading.Thread):
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def __init__(self, datas):
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self.souts = list()
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self.updated = datetime.now()
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self.datas = datas
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threading.Thread.__init__(self)
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def getPage(self):
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conn = http.client.HTTPSConnection(CONF.getNode("server")["ip"], timeout=10)
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try:
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conn.request("GET", CONF.getNode("server")["url"])
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res = conn.getresponse()
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page = res.read()
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except:
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print ("[%s] impossible de récupérer la page %s."%(s, p))
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return ""
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conn.close()
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return page
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def parsePage(self, page):
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save = False
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for line in page.split("\n"):
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if re.match("</tr>", line) is not None:
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save = False
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elif re.match("<tr.*>", line) is not None:
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save = True
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last = Soutenance()
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self.souts.append(last)
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elif save:
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result = re.match("<td[^>]+>(.*)</td>", line)
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if last.hour is None:
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try:
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last.hour = datetime.fromtimestamp(time.mktime(time.strptime(result.group(1), "%Y-%m-%d %H:%M")))
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except ValueError:
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continue
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elif last.rank == 0:
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last.rank = int (result.group(1))
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elif last.login == None:
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last.login = result.group(1)
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elif last.state == None:
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last.state = result.group(1)
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elif last.assistant == None:
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last.assistant = result.group(1)
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elif last.start == None:
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try:
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last.start = datetime.fromtimestamp(time.mktime(time.strptime(result.group(1), "%Y-%m-%d %H:%M")))
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except ValueError:
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last.start = None
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elif last.end == None:
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try:
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last.end = datetime.fromtimestamp(time.mktime(time.strptime(result.group(1), "%Y-%m-%d %H:%M")))
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except ValueError:
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last.end = None
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def gen_response(self, req, msg):
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"""Generate a text response on right server and channel"""
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return Response(req["sender"], msg, req["channel"], server=req["server"])
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def res_next(self, req):
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soutenance = self.findLast()
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if soutenance is None:
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return self.gen_response(req, "Il ne semble pas y avoir de soutenance pour le moment.")
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else:
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if soutenance.start > soutenance.hour:
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avre = "%s de *retard*"%msg.just_countdown(soutenance.start - soutenance.hour, 4)
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else:
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avre = "%s *d'avance*"%msg.just_countdown(soutenance.hour - soutenance.start, 4)
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self.gen_response(req, "Actuellement à la soutenance numéro %d, commencée il y a %s avec %s."%(soutenance.rank, msg.just_countdown(datetime.now () - soutenance.start, 4), avre))
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def res_assistants(self, req):
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assistants = self.findAssistants()
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if len(assistants) > 0:
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return self.gen_response(req, "Les %d assistants faisant passer les soutenances sont : %s." % (len(assistants), ', '.join(assistants.keys())))
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else:
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return self.gen_response(req, "Il ne semble pas y avoir de soutenance pour le moment.")
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def res_soutenance(self, req):
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name = req["user"]
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if name == "acu" or name == "yaka" or name == "acus" or name == "yakas" or name == "assistant" or name == "assistants":
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return self.res_assistants(req)
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elif name == "next":
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return self.res_next(req)
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soutenance = self.findClose(name)
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if soutenance is None:
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return self.gen_response(req, "Pas d'horaire de soutenance pour %s."%name)
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else:
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if soutenance.state == "En cours":
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return self.gen_response(req, "%s est actuellement en soutenance avec %s. Elle était prévue à %s, position %d."%(name, soutenance.assistant, soutenance.hour, soutenance.rank))
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elif soutenance.state == "Effectue":
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return self.gen_response(req, "%s a passé sa soutenance avec %s. Elle a duré %s."%(name, soutenance.assistant, msg.just_countdown(soutenance.end - soutenance.start, 4)))
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elif soutenance.state == "Retard":
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return self.gen_response(req, "%s était en retard à sa soutenance de %s."%(name, soutenance.hour))
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else:
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last = self.findLast()
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if last is not None:
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if soutenance.hour + (last.start - last.hour) > datetime.now ():
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return self.gen_response(req, "Soutenance de %s : %s, position %d ; estimation du passage : dans %s."%(name, soutenance.hour, soutenance.rank, msg.just_countdown((soutenance.hour - datetime.now ()) + (last.start - last.hour))))
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else:
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return self.gen_response(req, "Soutenance de %s : %s, position %d ; passage imminent."%(name, soutenance.hour, soutenance.rank))
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else:
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return self.gen_response(req, "Soutenance de %s : %s, position %d."%(name, soutenance.hour, soutenance.rank))
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def res_list(self, req):
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name = req["user"]
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souts = self.findAll(name)
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if souts is None:
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self.gen_response(req, "Pas de soutenance prévues pour %s."%name)
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else:
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first = True
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for s in souts:
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if first:
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self.gen_response(req, "Soutenance(s) de %s : - %s (position %d) ;"%(name, s.hour, s.rank))
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first = False
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else:
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self.gen_response(req, " %s - %s (position %d) ;"%(len(name)*' ', s.hour, s.rank))
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def run(self):
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self.parsePage(self.getPage().decode())
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res = list()
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for u in self.datas.getNodes("request"):
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res.append(self.res_soutenance(u))
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return res
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def needUpdate(self):
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if self.findLast() is not None and datetime.now () - self.updated > timedelta(minutes=2):
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return True
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elif datetime.now () - self.updated < timedelta(hours=1):
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return False
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else:
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return True
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def findAssistants(self):
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h = dict()
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for s in self.souts:
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if s.assistant is not None and s.assistant != "":
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h[s.assistant] = (s.start, s.end)
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return h
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def findLast(self):
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close = None
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for s in self.souts:
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if (s.state != "En attente" and s.start is not None and (close is None or close.rank < s.rank or close.hour.day > s.hour.day)) and (close is None or s.hour - close.hour < timedelta(seconds=2499)):
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close = s
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return close
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def findAll(self, login):
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ss = list()
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for s in self.souts:
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if s.login == login:
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ss.append(s)
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return ss
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def findClose(self, login):
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ss = self.findAll(login)
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close = None
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for s in ss:
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if close is not None:
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print (close.hour)
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print (s.hour)
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if close is None or (close.hour < s.hour and close.hour.day >= datetime.datetime().day):
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close = s
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return close
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