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| ############ -THREAD ARRET TOTAL- ########################
def th_arret_total(request,p1,p2, p3,p4, dechiffre_pwd):
today = timezone.now()
print "today UTC: %s" % today
#p1 = param['serveur']
#p2 = param['pwd']
#p3 = param['ip']
#p4 = param['username']
cmd_arret = str('init 0')
try:
output = subprocess.check_output(['sshpass -p '+dechiffre_pwd+' ssh -o ConnectTimeout=2 '+p4+'@'+p3+ ' '+cmd_arret],shell=True,stderr=subprocess.STDOUT) # LE shell=True permet d'executer avec des option ssh
print "Sortie premiere commande: %s" % output
print "\n----------Srv P: %s" % p1 +"---------------\n"
print "Resultat %s : %s" % (p1,output)
fichier_cnf = io.open(chemin_du_fichier_log, "a", encoding='utf8')
fichier_cnf.write(u'{nl}{nl}********-LOG ARRET -*****************************\
{nl}date execution script = {date}\
{nl}Serveur = {p1}\
{nl}*************************************{nl}'.format(
date=today,
p1=p1,
nl='\n')
)
fichier_cnf.close()
except subprocess.CalledProcessError as grepexc:
print "\nCode Erreur ", grepexc.returncode, grepexc.output
fichier_cnf = io.open(chemin_du_fichier_log, "a", encoding='utf8')
fichier_cnf.write(u'{nl}{nl}********-LOG ARRET (erreur)-*****************************\
{nl}date execution script = {date}\
{nl}Serveur = {p1}\
{nl}code erreur = {code_erreur}\
{nl}*************************************{nl}'.format(
date=today,
p1=p1,
code_erreur=grepexc.output,
nl='\n')
)
fichier_cnf.close()
print type(grepexc.output), str(grepexc.output)
erreur_verif_key = str('Host key verification failed.')
# COMPARAISON DE RETOUR D'ERREUR "Host key verification failed." AVEC LA VARIBLE grepexc.output
error1 = [(grepexc.output).decode("utf-8").rstrip('\n\r')] # Permet de supprimer le retour chariot a la fin
print "\n----------Srv P: %s" % p1 +"---------------\n"
print 'Erreur_1: %s - %s' % (p1, error1)
for place in error1:
print ('Verification %s with %s: %s' % (place, erreur_verif_key, place == erreur_verif_key))
print (place == erreur_verif_key)
if (place == erreur_verif_key) == True:
# SI L'ERREUR EST POSITIVE, ALORS ON ENTRE LA CLE ECDSA DANS LE FICHIER KNOW_HOST DE SSH
output1 = str(
'sshpass -p ' + dechiffre_pwd + ' ssh -o StrictHostKeyChecking=no ' + p4 + '@' + p3 + ' exit')
print output1
os.system(output1)
print "\n----------Srv P: %s" % p1 +"---------------\n"
print('\nSortie Cle ECDSA: ', output1.decode('UTF-8'))
# RENVOI DE LA COMMANDE DE MANIERE AUTOMATIQUE
try:
output = subprocess.check_output(['sshpass -p '+dechiffre_pwd+' ssh -o ConnectTimeout=2 '+p4+'@'+p3+ ' '+cmd_arret], shell=True,
stderr=subprocess.STDOUT)
print('Sortie relance Cmd: ', output.decode('UTF-8'))
fichier_cnf = io.open(chemin_du_fichier_log, "a", encoding='utf8')
fichier_cnf.write(u'{nl}{nl}********-LOG ARRET (relance)-*****************************\
{nl}date execution script = {date}\
{nl}Serveur = {p1}\
{nl}Sortie relance = {output}\
{nl}*************************************{nl}'.format(
date=today,
p1=p1,
output=output,
nl='\n')
)
fichier_cnf.close()
# SI ERREUR, AFFICHAGE DU MESSAGE D'ERREUR SUR LA PAGE "retour_global.html"
except subprocess.CalledProcessError as grepexc:
print "\n----------Srv P: %s" % p1 +"---------------\n"
print "\nCode Generale", grepexc.returncode, grepexc.output
fichier_cnf = io.open(chemin_du_fichier_log, "a", encoding='utf8')
fichier_cnf.write(u'{nl}{nl}********-LOG ARRET (relance)-*****************************\
{nl}date execution script = {date}\
{nl}Serveur = {p1}\
{nl}Sortie generale = {sortie_generale}\
{nl}*************************************{nl}'.format(
date=today,
p1=p1,
sortie_generale=grepexc.output,
nl='\n')
)
fichier_cnf.close()
return render(request, 'retour_global.html', {'output': grepexc.output})
except request.Timeout as err:
print "TIMEOUT"
print err.message
pass
except CalledProcessError:
#return redirect('ping')
return render(request, 'ping.html')
except:
print "PASS"
pass
def arret_total(request):
print request.user.has_perm("sar.executer_commande_arret")
if not request.user.has_perm("sar.executer_commande_arret"):
return HttpResponse('The user is not superuser')
else:
# RECUPERATION FUSEAU HORAIRE FR
PT = pytz.country_timezones['FR']
print PT
# HEURE AU FORMAT UTC
today = timezone.now()
print "today UTC: %s" % today
# HEURE AU FORMAT UTC+1
today_11 = timezone.localtime()
print "today UTC+11: %s" % today_11
delta_10min = timezone.now() + timedelta(minutes=10)
print type(delta_10min)
delta = delta_10min.strftime('%Y-%m-%d %H:%M')
print "delta: %s" % delta
print type(delta)
if request.method == 'POST':
arret_form = ArretTotalForm(request.POST)
mastercode = MasterCodeForm(request.POST)
if arret_form.is_valid() and mastercode.is_valid():
code1 = arret_form.cleaned_data['code1']
code2 = arret_form.cleaned_data['code2']
code_maitre = mastercode.cleaned_data['code_maitre']
try:
recup_date = ArretTotal.objects.get(Q(code1=code1) & Q(code2=code2)).date
verif_code_master = MasterCode.objects.values('code_maitre').filter(code_maitre__startswith='C')
for result in verif_code_master:
solution = result['code_maitre']
substring = "C"
print solution
if solution.find(substring) is not -1:
print 'solution %s' % solution
else:
print solution.find(substring)
messages.error(request, messages.INFO, "Error")
return render(request, 'arret_total.html', {'arret_form': arret_form, 'mastercode': mastercode})
print "recup_date"
print recup_date
except ObjectDoesNotExist:
return redirect('erreur_code_arret')
compare_heure = (today_11 - recup_date).seconds
print "compare_heure: %s" % compare_heure
print type(compare_heure)
if compare_heure < int(600) and solution == code_maitre:
liste_srv = Globale.objects.values('serveur', 'pwd', 'ip', 'username').exclude(type=10).exclude(type=9).order_by('priorite')
print liste_srv.query
for param in liste_srv:
p1 = param['serveur']
p2 = param['pwd']
p3 = param['ip']
p4 = param['username']
dechiffre_pwd = dechiffre.dechiffre(p2)
threading.Thread(target=th_arret_total, args=(request, p1,p2,p3,p4, dechiffre_pwd)).start()
# SUPPRESSION DES CODES 1 ET 2 ET DU CODE MAITRE DE LA BDD
lst = [Q(code1=code1), Q(code2=code2)]
obj = ArretTotal.objects.filter(reduce(AND,lst))
obj2 = MasterCode.objects.filter(code_maitre=code_maitre)
print obj.query
obj.delete()
obj2.delete()
# GENERATION D'UN NOUVEAU CODE MAITRE
generation_code_maitre = random.randrange(100000, 500000)
Exe = MasterCode(code_maitre= str('C')+str(generation_code_maitre))
Exe.save()
print request.user.email
# PERMET D'ENVOYER LE MAIL
perms = Permission.objects.get(codename='executer_commande_arret')
users = User.objects.get(username='admin').email
print 'users: %s' % users
sujet = 'CODE MAITRE'
message = 'Bonjour,\n' \
'Voici le Code Maitre pour valider l\'arrêt :\n\n' \
'######################## - CODE MAITRE - ########################\n\n' \
'CODE MAITRE: C' + str(generation_code_maitre) + '\n\n' \
'######################## - CODE MAITRE - ########################\n\n' \
'Celui-ci n\'est valide que pour une seule utilisation, il est auto-généré.\n' \
'Cette commande à été demandée par l\'utilisateur: ' + request.user.username + '.\n' \
'Cdt\n' \
'--Mail automatique ne pas répondre.--'
envoyeur = 'user@logtest.com'
destinataires = [users]
send_mail(sujet, message, envoyeur, destinataires)
return HttpResponseRedirect('ping')
else:
arret_form = ArretTotalForm()
mastercode = MasterCodeForm()
return render(request, 'arret_total.html', {'arret_form': arret_form, 'mastercode': mastercode}) |
