__version__ = "0.1" __license__ = "GPL" __author__ = "Marc NICOLAS" __credit__ = "Marc NICOLAS" __maintainer__ = "Marc NICOLAS" __email__ = "marc.nicolas@ias.u-psud.fr" import sys, os try: import copy except: sys.exit("Import failed in module libStatSitools :\n\tcopy module is required") try: import pygeoip except: sys.exit("Import failed in module libStatSitools :\n\tpygeoip module is required") try: from datetime import datetime, timedelta except: sys.exit("Import failed in module libStatSitools :\n\tdatetime module is required") try: import os except: sys.exit("Import failed in module libStatSitools :\n\tos module is required") try: import string except: sys.exit("Import failed in module libStatSitools :\n\tstring module is required") try: import time except: sys.exit("Import failed in module libStatSitools :\n\ttime module is required") try: import copy except: sys.exit("Import failed in module libStatSitools :\n\tcopy module is required") try: from libChart4StatSitools2 import * except: sys.exit("Import failed in module lancementStat :\n\tlibChart4StatSitools2 module is required") try: from libStatSitoolsConstante import * except: sys.exit("Import failed in module lancementStat :\n\tlibStatSitoolsConstante module is required") try: import re except: sys.exit("Import failed in module lancementStat :\n\tre module is required") try: import operator except: sys.exit("Import failed in module lancementStat :\n\toperator module is required") try: # PATH FOR PROD #gi = pygeoip.GeoIP("/usr/local/sitools2_webstat/webstat/GeoIP.dat") # PATH FOR DEV gi = pygeoip.GeoIP("/home/marc/MyDev/sitools-idoc/webstatDev/idoc_Maison/webstat/GeoIP.dat") except: sys.exit("Import of GeoIP.dat failed. Verify that the GeoIP file exists !") time_format = "%Y-%m-%d %H:%M:%S" time_format_for_by_month = "%Y-%m-%d" def reduce_dico(dico, max_per_cent): dico2 = refactor_dico(dico, max_per_cent) return dico2 def stat_log(application, cond_app): try: dico_cste = defCst(application) dico_project = dico_cste["dicoProject"] list_path_logs = dico_cste["listPathLogs"] start_date = cond_app["start_date"] end_date = cond_app["end_date"] # if cond_app["is_access_access_by_country"]: reg_infos_url = re.compile(ur'\d{1,3}.\d{1,3}.\d{1,3}.\d{1,3}') #************************* VARIABLE POUR LES STAT D'ACCES ***************************************** dico_access_ip = {} dico_access_by_country = {} dico_access_by_month = {} nb_access_ip = 0 dico_vo_ip = {} dico_vo_by_country = {} nb_vo_ip = 0 #************************* VARIABLE POUR LES STAT DE DOWNLOAD ***************************************** vol_download = 0 nb_download = 0 total_down_by_months = {} total_down_during_period = 0 total_down_per_country = {} total_down_per_project = {} total_down_per_user = {} total_down_per_ip = {} for pathLog in list_path_logs: listarbo = os.listdir(pathLog) print "PathLog : ",pathLog for fileToOpen in listarbo: pathfile = pathLog + "/" + fileToOpen if os.path.isfile(pathfile) and os.path.basename(fileToOpen).split(".")[1] == "log" and os.path.getsize(pathfile) != 0 and "sitools-log-service" in fileToOpen: print "Traitement de ",pathfile print "taille : ",os.path.getsize(pathfile) fileopen = open(pathfile, "r") lines = fileopen.readlines() for line in lines: infos = line.split("\t") my_time = datetime.strptime(infos[0].split(" ")[0][:len(infos[0].split(" ")[0]) - 4].replace("T", " ").split(" ")[0], time_format_for_by_month).date() if len(infos) > 14 and infos[2] not in dico_cste["listIpToExclude"] and dico_cste["patternBot"] not in infos[14] and dico_cste["patternYahoo"] not in infos[14] \ and not any(s in infos[14] for s in dico_cste["patternBaidu"]): if start_date < my_time < end_date: #--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- # ******************************************************************* STATISTIQUE SUR LES DOWNLOAD ***************************************************************** #------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- if len(infos) == 16 and infos[6] == dico_cste["pattern_http_method"] and infos[9] == dico_cste["pattern_code_retour"] and any(s in infos[7] for s in dico_cste["pattern_download"]) \ and not any(s in infos[7] for s in dico_cste["sia"]) and not any(s in infos[7] for s in dico_cste["CutFits"]) and gi.country_code_by_addr(infos[2]) != "CN" : nb_download += 1 try: vol_download += float(infos[10]) except: pass ################################ DOWNLOAD BY PROJECT ########################## if cond_app["is_down_stat_by_project"]: if len(infos) == 16: project_tmp = infos[15].split("/") if project_tmp[0] == "-\n": project = infos[7].split("/")[8] elif len(project_tmp) == 7: project = project_tmp[5] else: project = "others" if project.lower() not in dico_project.keys(): project = "others" else: if infos[15] != "-\n": project = "others" else: if len(infos[7].split("/")) < 8: project = "others" else: project_tmp2 = infos[7].split("/")[8] #print "project_tmp2 : ",project_tmp2 if project_tmp2.lower() not in dico_project.keys(): project = "others" else: project = project_tmp2 try: if dico_project[project.lower()] not in total_down_per_project.keys(): total_down_per_project[dico_project[project.lower()]] = float(infos[10]) else: total_down_per_project[dico_project[project.lower()]] += float(infos[10]) except: pass ############################### DOWNLOAD BY MONTH ############################### if cond_app["is_down_stat_by_months"]: try: if (my_time.month, my_time.year) not in total_down_by_months.keys(): total_down_by_months[my_time.month, my_time.year] = float(infos[10]) total_down_during_period += float(infos[10]) else: total_down_by_months[my_time.month, my_time.year] += float(infos[10]) total_down_during_period += float(infos[10]) except: pass ############################# DOWNLOAD BY COUNTRY ################################## if cond_app["is_down_stat_by_country"]: try: if gi.country_code_by_addr(infos[2]) not in total_down_per_country.keys(): total_down_per_country[gi.country_code_by_addr(infos[2])] = float(infos[10]) else: total_down_per_country[gi.country_code_by_addr(infos[2])] += float(infos[10]) except: pass ######################### DOWNLOAD BY IP ########################################## if cond_app["is_down_stat_by_ip"]: try: if infos[2] not in total_down_per_ip.keys(): total_down_per_ip[infos[2]] = float(infos[10]) else: total_down_per_ip[infos[2]] += float(infos[10]) except: pass ######################### DOWNLOAD BY USER ####################################### if cond_app["is_down_stat_by_user"]: pass # AJOUT D'UNE CONDITION SUR 127.0.0.1 POUR EXCLURE HOBBIT PENDANT UNE PERIODE OU ON AVAIT PLUS ACCES AU "VRAI" IP #--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- # *************************************************** STATISTIQUES SUR LES ACCESS ************************************************************* #------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- if not infos[2] == "127.0.0.1" and re.match(reg_infos_url, infos[2]) is not None and gi.country_code_by_addr(infos[2]) != "CN": #********************************* ACCESS By IP ****************************************** if cond_app["is_access_access_by_ip"]: if dico_cste["patternAccessToSeek"] == infos[7]:# and gi.country_code_by_addr(infos[2]) != "CN": # incrementing of number access nb_access_ip += 1 if infos[2] not in dico_access_ip.keys(): dico_access_ip[infos[2]] = 1 else: dico_access_ip[infos[2]] += 1 #********************************* ACCESS By COUNTRY ************************************* if cond_app["is_access_access_by_country"]: if dico_cste["patternAccessToSeek"] == infos[7]:# and gi.country_code_by_addr(infos[2]) != "CN": if re.match(reg_infos_url, infos[2]) is not None: if gi.country_name_by_name(infos[2]) not in dico_access_by_country.keys(): dico_access_by_country[gi.country_name_by_name(infos[2])] = 1 else: dico_access_by_country[gi.country_name_by_name(infos[2])] += 1 #********************************* ACCESS By MONTH *************************************** if cond_app["is_access_access_by_months"]: if dico_cste["patternAccessToSeek"] == infos[7]:# and gi.country_code_by_addr(infos[2]) != "CN": if (my_time.month, my_time.year) not in dico_access_by_month.keys(): dico_access_by_month[my_time.month, my_time.year] = 1 else: dico_access_by_month[my_time.month, my_time.year] += 1 #********************************* ACCESS VO By IP **************************************** ''' if dico_cste["patternVoConeSearchToSeek"] == infos[7] and \ dico_cste["patternVoConeSearchToSeek"] != "": # incrementing of number access nb_vo_ip += 1 if infos[2] not in dico_vo_ip.keys(): dico_vo_ip[infos[2]] = 1 else: dico_vo_ip[infos[2]] += 1 if gi.country_name_by_name(infos[2]) not in dico_vo_by_country.keys(): dico_vo_by_country[gi.country_name_by_name(infos[2])] = 1 else: dico_vo_by_country[gi.country_name_by_name(infos[2])] += 1 ''' # Closing the log file fileopen.close() # Creation des graphs : date_title_chart = "" if cond_app["period_date"]: date_title_chart = " entre le "+str(start_date)+" et le "+str(end_date) if cond_app["is_access_access_by_ip"]: dico_tmp_access_ip = reduce_dico(dico_access_ip, dico_cste["dico_max_per_cent"]["is_access_access_by_ip"]) access_ip_chart_svg_png = svg_chart(dico_tmp_access_ip, "Acces par IP"+str(date_title_chart)) else: access_ip_chart_svg_png = None if cond_app["is_access_access_by_country"]: dico_tmp_access_country = reduce_dico(dico_access_by_country, dico_cste["dico_max_per_cent"]["is_access_access_by_country"]) access_country_chart_svg_png = svg_chart(dico_tmp_access_country, "Acces par pays"+str(date_title_chart)) else: access_country_chart_svg_png = None if cond_app["is_access_access_by_months"]: access_month_chart_svg_png = svg_bar_chart(dico_access_by_month, start_date, end_date, "Acces par mois"+str(date_title_chart)) else: access_month_chart_svg_png = None if cond_app["is_down_stat_by_project"]: total_down_per_project_chart = svg_chart(reduce_dico(total_down_per_project, dico_cste["dico_max_per_cent"]["is_down_stat_by_project"]), "Volume de telechargement par projet"+str(date_title_chart)) else: total_down_per_project_chart = None if cond_app["is_down_stat_by_ip"]: total_down_per_ip_chart = svg_chart(reduce_dico(total_down_per_ip, dico_cste["dico_max_per_cent"]["is_down_stat_by_ip"]), "Volume de telechargement par IP"+str(date_title_chart)) else: total_down_per_ip_chart = None if cond_app["is_down_stat_by_months"]: total_down_per_month_chart = svg_bar_chart(total_down_by_months, start_date, end_date,"Volume de telechargement par mois"+str(date_title_chart)) else: total_down_per_month_chart = None if cond_app["is_down_stat_by_country"]: total_down_per_country_chart = svg_chart(reduce_dico(total_down_per_country, dico_cste["dico_max_per_cent"]["is_down_stat_by_country"]), "Volume de telechargement par Pays"+str(date_title_chart)) else: total_down_per_country_chart = None return {"nb_download": nb_download, "vol_download": format_download_vol(vol_download), "nb_access_ip": nb_access_ip, "access_ip_chart_svg_png": access_ip_chart_svg_png, "access_country_chart_svg_png": access_country_chart_svg_png,"access_month_chart_svg_png": access_month_chart_svg_png, "total_down_per_project_chart": total_down_per_project_chart, "total_down_per_month_chart": total_down_per_month_chart, "total_down_per_country_chart": total_down_per_country_chart, "total_down_per_ip_chart": total_down_per_ip_chart, "dico_cste": dico_cste} except BaseException, e: print "Error : ", str(e) def refactor_dico(dico, max): total = float(sum(dico.values())) dico2 = {} for key in dico: #print float(dico[key]/total) #print "dico[key] : ", dico[key], " float(dico[key]/total) : ", float(dico[key])/total if float((dico[key])/total) > max: dico2[key] = dico[key] print dico2 return dico2 def format_download_vol(vol_down): vol_data = "" ''' try: if 1024 <= vol_down < 1048576: vol_data = str(round(vol_down/1024, 2))+" Ko" elif 1048576 <= vol_down < 1073741824: vol_data = str(round(vol_down/1048576, 2))+" Mo" elif 1073741824 <= vol_down < (1073741824*1024): vol_data = str(round(vol_down/1073741824, 2))+" Go" except BaseException, e: print str(e) ''' try: if 1000 <= vol_down < 1000000: vol_data = str(round(vol_down/1000, 2))+" Ko" elif 1000000 <= vol_down < 1000000000: vol_data = str(round(vol_down/1000000, 2))+" Mo" elif 1000000000 <= vol_down < (1000000000*1000): vol_data = str(round(vol_down/1000000000, 2))+" Go" except BaseException, e: print str(e) return vol_data