Creazione folder x 2.6 e 3.0...

This commit is contained in:
Samuele Locatelli
2026-05-12 18:30:46 +02:00
parent 802c748e56
commit a7c3312574
76 changed files with 5702 additions and 0 deletions
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[id]
idxMacchina = 0001
[web]
URLBASE = http://10.74.82.218/MP/IO/IOB/input/
URLALIVE = http://10.74.82.218/MP/IO/IOB
URLENABLED = http://10.74.82.218/MP/IO/IOB/enabled/
URLADV1 = ?valore=
URLREBO = http://10.74.82.218/MP/IO/sendReboot.aspx?idxMacchina=
[time]
SAMPLETIME = 0.05
TIMEOUTSHORT = 0.30
TIMEOUTLONG = 50
SENDURLTIME = 0.15
NMAXSEND = 5
[log]
LOGLEVEL = 10
LOGFILE = logfile.txt
LOGREBO = logReboot.txt
[comm]
port = /dev/ttyAMA0
[blink]
MAX_COUNTER_BLINK = 30
bit0 = 0
bit1 = 0
bit2 = 0
bit3 = 0
bit4 = 0
bit5 = 0
bit6 = 0
bit7 = 0
bit8 = 0
bit9 = 0
bit10 = 0
bit11 = 0
[invert]
bit0 = 0
bit1 = 0
bit2 = 0
bit3 = 0
bit4 = 0
bit5 = 0
bit6 = 0
bit7 = 0
bit8 = 0
bit9 = 0
bit10 = 0
bit11 = 0
[filter]
MAX_COUNTER_FILTER = 8
bit0 = 0
bit1 = 0
bit2 = 0
bit3 = 0
bit4 = 0
bit5 = 0
bit6 = 0
bit7 = 0
bit8 = 0
bit9 = 0
bit10 = 0
bit11 = 0
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[id]
idxMacchina = 2007
[web]
URLBASE = http://192.168.51.77/MP/IO/IOB/input/
URLALIVE = http://192.168.51.77/MP/IO/IOB
URLENABLED = http://192.168.51.77/MP/IO/IOB/enabled/
URLADV1 = ?valore=
URLREBO = http://192.168.51.77/MP/IO/sendReboot.aspx?idxMacchina=
[time]
SAMPLETIME = 0.05
TIMEOUTSHORT = 0.30
TIMEOUTLONG = 50
SENDURLTIME = 0.15
NMAXSEND = 5
[log]
LOGLEVEL = 10
LOGFILE = logfile.txt
LOGREBO = logReboot.txt
[comm]
port = /dev/ttyAMA0
[blink]
MAX_COUNTER_BLINK = 30
bit0 = 0
bit1 = 0
bit2 = 0
bit3 = 1
bit4 = 0
bit5 = 0
bit6 = 0
bit7 = 0
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[id]
idxMacchina = 1005
[web]
URLBASE = http://10.74.82.218/MP/IO/IOB/input/
URLALIVE = http://10.74.82.218/MP/IO/IOB
URLENABLED = http://10.74.82.218/MP/IO/IOB/enabled/
URLADV1 = ?valore=
URLREBO = http://10.74.82.218/MPIO/sendReboot.aspx?idxMacchina=
[time]
SAMPLETIME = 0.05
TIMEOUTSHORT = 0.30
TIMEOUTLONG = 50
SENDURLTIME = 0.15
NMAXSEND = 5
[log]
LOGLEVEL = 10
LOGFILE = logfile.txt
LOGREBO = logReboot.txt
[comm]
port = /dev/ttyAMA0
[blink]
MAX_COUNTER_BLINK = 30
bit0 = 0
bit1 = 0
bit2 = 0
bit3 = 1
bit4 = 0
bit5 = 0
bit6 = 0
bit7 = 0
Binary file not shown.
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50249a64efeef80bad924f3f6351edbc
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#! /bin/bash
### BEGIN INIT INFO
# Provides: MapoIOB: script Steamware per avvio driver IOB
# Required-Start: $remote_fs $syslog
# Required-Stop: $remote_fs $syslog
# Default-Start: 2 3 4 5
# Default-Stop: 0 1 6
# Short-Description: Steamware's MapoIOB driver
# Description: Steamware's MapoIOB driver, versione lettura porta parallela
### END INIT INFO
# /etc/init.d/MapoIOB
export HOME
case "$1" in
start)
echo "Starting readParallela"
cd /home/pi/steamware
/usr/bin/python ./readParallela.py 2>&1 &
;;
stop)
echo "Stopping readParallela"
RS_PID=`ps auxwww | grep readParallela.py | head -1 | awk '{print $2}'`
kill -9 $RS_PID
cd /home/pi/steamware
rm .lockfile
;;
restart)
## Stop the service and regardless of whether it was
## running or not, start it again.
$0 stop
killall python
$0 start
;;
*)
echo "Usage: /etc/init.d/MapoIOB {start|stop|restart}"
exit 1
;;
esac
exit 0
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[Unit]
SourcePath=/etc/init.d/MapoIOB
Description=LSB: Steamware's MapoIOB driver
Before=runlevel2.target runlevel3.target runlevel4.target runlevel5.target shutdown.target
Wants=network-online.target
After=network.target network-online.target auditd.service
Conflicts=shutdown.target
[Service]
Type=forking
Restart=on-failure
RestartSec=5
TimeoutSec=5min
IgnoreSIGPIPE=no
KillMode=process
GuessMainPID=no
RemainAfterExit=yes
SysVStartPriority=1
ExecStartPre=/bin/sleep 5
ExecStart=/etc/init.d/MapoIOB start
ExecStop=/etc/init.d/MapoIOB stop
[Install]
WantedBy=multi-user.target
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/var/log/MapoIOB.log {
size 8M
copytruncate
create 700 pi pi
dateext
rotate 100
compress
maxage 366
missingok
}
/var/log/logReboot.txt {
size 1M
copytruncate
create 700 pi pi
dateext
rotate 30
compress
missingok
}
/var/log/logTemp.txt {
size 1M
copytruncate
create 700 pi pi
dateext
rotate 30
compress
missingok
}
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#!/bin/bash
# controlla se il logfile è correntemente scritto (quindi MapoIOB è alive) altrimenti riavvia!
DATE=`date +%Y-%m-%d`
cd /var/log
if [ -f MapoIOB.log ]
then
# controllo SE sia stato acceduto da meno di 2 minuti (=alive da log...)
trovato=`find . -name 'MapoIOB*' -cmin -1`
if [[ $trovato != './MapoIOB.log' ]]
then
/etc/init.d/MapoIOB restart
echo $date + "riavvio!"
fi
else
# in questo caso AVVIO il processo MapoIOB
/etc/init.d/MapoIOB start
echo $date + "file non trovato, avvio!"
fi
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#!/bin/bash
DATE=`date +%Y-%m-%d_%T`
# log inizio pulizia
echo $DATE " - INIZIO pulizia processi python" >> clean.log
# effettua pulizia processi: killa tutti i processi python
killall python
# avvia MapoIob
/etc/init.d/MapoIOB start
# log fatto!
DATE=`date +%Y-%m-%d_%T`
echo $DATE " - FINE pulizia processi python + riavvio MapoIOB" >> clean.log
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#!/usr/bin/python
# -*- coding: utf-8 -*-
# readFile v. 0.1
# - single instance timer
# - invio multiplo x send eventi accodati
#---------------------------------------------------------------
import os, sys
import argparse
#--------------------------------------------------------------
# gestione parser argomenti in input
parser = argparse.ArgumentParser()
parser.add_argument("inFile")
parser.add_argument("outFile")
args = parser.parse_args()
#with open('logfile.txt', 'r') as inf, open('persMem.dat',"w") as outf:
with open(args.inFile, 'r') as inf, open(args.outFile,"w") as outf:
data = inf.readlines()
lastDt = ""
lastMs = 0
stepMs = 200
for line in data:
words = line.split()
if words[2] == 'queue':
# recupero dataOra
newDt = words[0].replace("-","") + words[1].replace(":","")
# verifico se data/ora identica...
if (lastDt == newDt):
# --> aggiungo stepMs
lastMs += stepMs
else:
lastMs = 0
lastDt = newDt
newDt = newDt + '{:03d}'.format(lastMs) #str(lastMs)
#print words[0].replace("-","") + words[1].replace(":","") + " | " + newDt + "\n"
# print words
# outf.write(words[0].replace("-","") + words[1].replace(":","") + '#' + words[4].replace(">","") + '#' + words[5].replace("[","").replace("]","") +'\n')
outf.write(newDt + '#' + words[4].replace(">","") + '#' + words[5].replace("[","").replace("]","") +'\n')
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* * * * * /bin/bash /home/pi/steamware/checkAlive.sh >> /home/pi/stdout 2>> /home/pi/stderr
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#|/bin/bash
#installa il necessario per RPI-3-IOB partendo dal contenuto della folder /home/pi/steamware
#step 1: creo file di log nuovi
rm /var/log/log*.txt
rm /var/log/MapoIOB*
rm /home/pi/steamware/log*.txt
touch /var/log/logReboot.txt
touch /var/log/logTemp.txt
touch /var/log/MapoIOB.log
ln -sf /var/log/logReboot.txt /home/pi/steamware/logReboot.txt
ln -sf /var/log/logTemp.txt /home/pi/steamware/logTemp.txt
ln -sf /var/log/MapoIOB.log /home/pi/steamware/logfile.txt
chown pi:pi /home/pi -R
chmod 666 /var/log/log*.txt
chmod 666 /var/log/MapoIOB.log
#step 2: copio files in /usr/local/bin
cd /home/pi/steamware
chmod +x *.sh
cp *.sh /usr/local/bin/
#step 3: copio files x logrotate...
cd /home/pi/steamware
cp MapoIOB_logrot /etc/logrotate.d/
# step 4: copio target systemd in avvio...
cp -f sendRebootIOB /etc/init.d/sendRebootIOB
cp -f sendRebootIOB.service /etc/systemd/system/sendRebootIOB.service
#echo ""
#echo "-----------------------------------------------"
#echo "Completare registrazione servizio avvio: digitare i seguenti comandi"
#echo "systemctl enable sendRebootIOB"
#echo "systemctl daemon-reload"
#echo "systemctl status sendRebootIOB"
#echo "-----------------------------------------------"
#echo ""
# step 5: copio target MapoIOB in avvio...
cp -f MapoIOB /etc/init.d/MapoIOB
cp -f MapoIOB.service /etc/systemd/system/MapoIOB.service
#echo ""
#echo ""
#echo "-----------------------------------------------"
#echo "Infine creare voce crontab che salvi temperatura CPU/GPU ogni 20 minuti..."
#echo "crontab -e"
#echo "*/20 * * * * /usr/local/bin/saveTemp.sh"
#echo "-----------------------------------------------"
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#!/usr/bin/python
# -*- coding: utf-8 -*-
# readFile v. 0.1
# - single instance timer
# - invio multiplo x send eventi accodati
#---------------------------------------------------------------
import time
from datetime import datetime
import urllib
import ConfigParser
import os, sys
import logging
import logging.handlers
import Queue
import argparse
#--------------------------------------------------------------
# gestione parser argomenti in input
parser = argparse.ArgumentParser()
parser.add_argument("memFile")
parser.add_argument("logFile")
args = parser.parse_args()
#definizione variabili BASE
stepQueuePut=25000
stepQueueGet=250
NMAXSEND=500000 # limite invio file x fare prove...
idxMacchina = "2003"
#--------------------------------------------------------------
# Gestione coda (condivisa) x registrazione eventi ed invio URL
#print "Creazione coda illimitata"
Coda = Queue.Queue(0)
#---------------------------------------------------------------
#Funzione di scrittura su coda con try-except
def accoda(valore):
try:
Coda.put(valore)
except Queue.Full:
logPro.error( "Queue full" + dtEve + '#' + value + '#' + cont )
except:
logPro.error( "NETWORK:Errore http-no com rete-timeout" + url )
#--------------------------------------------------------------
# svuotaCoda x invio dati al server
def svuota_coda():
global NMAXSEND
try:
if not Coda.empty():
# invio SOLO i primi NMAXSEND eventi... SE minore del num eventi...
if NMAXSEND > Coda.qsize():
NMAXSEND = Coda.qsize()
i = 0
with open(args.logFile,"w") as outf:
while i <= NMAXSEND:
if not Coda.empty():
# formatto dataOra corrente
dtCurr = datetime.utcnow().strftime('%Y%m%d%H%M%S%f')[:-3]
#prendo primo elemento dalla coda
resp = Coda.get()
# recupero valori da elemento coda!
dtEve = resp.split("#")[0]
value = resp.split("#")[1]
cnt = resp.split("#")[2]
url = URLBASE + idxMacchina + URLADV1 + value
url = url + '&dtCurr=' + dtCurr + '&dtEve=' + dtEve + '&cnt=' + cnt
# CHIAMO URL
response3 = urllib.urlopen ( url )
answ3 = response3.read()
# registro chiamata + risposta
# outf.write(url + " --> " + answ3 + "\n")
# incremento e controllo se mostrare output
i += 1
if (i % stepQueueGet) == 0:
print "Inviati %d valori..." % i
print "Inviati %d valori..." % i
except:
print "Errore in svuotamento coda!"
#---------------------------------------------------------------
# MAIN
try:
config = ConfigParser.RawConfigParser()
config.read ( 'IOB.cfg' )
# NMAXSEND = config.getint ( 'time' , 'NMAXSEND' )
# idxMacchina = config.get ( 'id' , 'idxMacchina' )
URLBASE = config.get ( 'web' , 'URLBASE' )
URLADV1 = config.get ( 'web' , 'URLADV1' )
LOGFILE = config.get ( 'log' , 'LOGFILE' )
LOGLEVEL = config.get ( 'log' , 'LOGLEVEL' )
except:
print "\n\n" + PROGRAM_NAME + ' - Error 4 - in config file ' 'IOB.cfg'
sys.exit(1)
#---------------------------------------------------------------
dtCurr = datetime.utcnow().strftime('%H:%M:%S.%f')[:-3]
print "Inizio elaborazione: %s" % dtCurr
# Leggo il file!
i = 0
with open(args.memFile, 'r') as inf, open(args.logFile,"w") as outf:
data = inf.readlines()
print "Trovate %d da processare..." % len(data)
# leggo e metto in QUEUE...
for line in data:
accoda(line)
i += 1
if (i % stepQueuePut) == 0:
print "Accodati %d valori..." % i
print "Completata lettura file! %d righe accodate da trasmettere" % Coda.qsize()
dtCurr = datetime.utcnow().strftime('%H:%M:%S.%f')[:-3]
print "Inizio invio: %s" % dtCurr
# chiamo procedura x svuotare coda...
svuota_coda()
dtCurr = datetime.utcnow().strftime('%H:%M:%S.%f')[:-3]
print "Completato invio: %s" % dtCurr
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#!/usr/bin/python
# -*- coding: utf-8 -*-
# readParallela v. 2.5.2 12 Ingressi
# - single instance timer
# - invio multiplo x send eventi accodati
# - gestione segnali BLINKING
# - gestione INVERSIONE segnali cv 10-VII-2018
# - gestione FILTRAGGIO segnali brevi cv 23-VII-2018
# - (2.3) gestione 12 bit cv 14-I-2020
# - (2.4) fix ingressi e conf apertura parallela + gestione vari bit filtraggio x nuovi ingressi + update conf con 12 parametri bit SEL 15-I-2020
# - (2.4.8) versione adatta a raspberry PI vecchia generazione (GPIO corto, 8bit)
# - (2.5) Fix (hope) ciclo "wait send to complete", gestione timeout (rety infinito se IO riparte in modo anomalo)
# - (2.5.1) Fix numero versione 18.05.2023
# - (2.5.2) Fix gestione eccezioni con report dettagliato
#---------------------------------------------------------------
# levare locking
# timer semplificata
# GPIO global
import time
import sys
from datetime import datetime
import urllib
import ConfigParser
import os, sys
import logging
import logging.handlers
import threading
import Queue
from array import *
#--------------------------------------------------------------
# COSTANTI
MSGLEN = 9
TIMEOUTSERIALE = 10
MAXRETRY = 10
# numero campioni filtraggio segnale ballerino
MAX_COUNTER_BLINK = 10
PROGRAM_NAME ="ReadPar IOB-pi v.2.5.2"
# DA FILE CONF
idxMacchina = "1001"
SAMPLETIME = 0.1
TIMEOUTSHORT = (SAMPLETIME*20)
TIMEOUTLONG = (SAMPLETIME*600)
SENDURLTIME = 0.08
NMAXSEND = 5 # numero massimo di invii per singolo ciclo di svuotamento
# VAR
to_enable = False
to_short = TIMEOUTSHORT
to_long = TIMEOUTLONG
to_serial = TIMEOUTSERIALE
to_retry = MAXRETRY
errormsglen = 0
# VAR
out_0 = 24
out_1 = 26
in_0 = 11
in_1 = 12
in_2 = 13
in_3 = 15
in_4 = 16
in_5 = 18
in_6 = 22
in_7 = 7
in_8 = 29
in_9 = 31
in_10 = 32
in_11 = 36
# contatore: serve x match tra accoda ed invia x possibile controllo a posteriori... ogni volta che accodo incremento di 1, va da 0 a 9999
cont = '0'
# variabile stato online/offline della macchina
onLine = '1'
# variabile stato seinding/waiting x la parte invio URL
sending = '0'
# variabile stato timer thread busy
timer_busy = False
#
# array per ingressi filtrati
i_counters = array ( 'i',[0,0,0,0,0,0,0,0,0,0,0,0])
B_blinking = array ( 'B',[0,0,0,0,0,0,0,0,0,0,0,0])
B_previous = array ( 'B',[0,0,0,0,0,0,0,0,0,0,0,0])
B_input = array ( 'B',[0,0,0,0,0,0,0,0,0,0,0,0])
B_output = array ( 'B',[0,0,0,0,0,0,0,0,0,0,0,0])
B_inverting = array ( 'B',[0,0,0,0,0,0,0,0,0,0,0,0])
B_filter = array ( 'B',[0,0,0,0,0,0,0,0,0,0,0,0])
B_filter_prev = array ( 'B',[0,0,0,0,0,0,0,0,0,0,0,0])
B_temp = array ( 'B',[0,0,0,0,0,0,0,0,0,0,0,0])
i_filter_counters = array ( 'i',[0,0,0,0,0,0,0,0,0,0,0,0])
#--------------------------------------------------------------
# Gestione coda (condivisa) x registrazione eventi ed invio URL
#print "Creazione coda illimitata"
Coda = Queue.Queue(0)
#queueLock = threading.Lock()
#---------------------------------------------------------------
# lettura parallela
# ritorna il byte letto pulito ( due char hex )
def readParallelaFiltrata():
global in_0
global in_1
global in_2
global in_3
global in_4
global in_5
global in_6
global in_7
global in_8
global in_9
global in_10
global in_11
global GPIO
current = ''
try:
if GPIO.input(in_0):
B_input[0] = 0
else:
B_input[0] = 1
if GPIO.input(in_1):
B_input[1] = 0
else:
B_input[1] = 1
if GPIO.input(in_2):
B_input[2] = 0
else:
B_input[2] = 1
if GPIO.input(in_3):
B_input[3] = 0
else:
B_input[3] = 1
if GPIO.input(in_4):
B_input[4] = 0
else:
B_input[4] = 1
if GPIO.input(in_5):
B_input[5] = 0
else:
B_input[5] = 1
if GPIO.input(in_6):
B_input[6] = 0
else:
B_input[6] = 1
if GPIO.input(in_7):
B_input[7] = 0
else:
B_input[7] = 1
if GPIO.input(in_8):
B_input[8] = 0
else:
B_input[8] = 1
if GPIO.input(in_9):
B_input[9] = 0
else:
B_input[9] = 1
if GPIO.input(in_10):
B_input[10] = 0
else:
B_input[10] = 1
if GPIO.input(in_11):
B_input[11] = 0
else:
B_input[11] = 1
#ciclo per ogni segnale
for i in xrange(12) :
#print (i)
# v2.1 gestione inversione bit ingresso
if ( B_inverting[i] == 1 ) :
if ( B_input[i] == 0 ) :
B_input[i] = 1
else :
B_input[i] = 0
# v2.2 gestione filtro segnali brevi
if ( B_filter[i] == 1 ) :
# fronte 0 -> 1
if ( B_input[i] == 1 ) and ( B_filter_prev [i] == 0 ) :
if ( i_filter_counters[i] == 0 ) :
# vero fronte 0 -> 1
i_filter_counters[i] = MAX_COUNTER_FILTER
B_temp[i] = 0 # tengo l' ingresso a 0
#logPro.info("START spike 0->1 on bit " + `i` )
else :
# fine disturbo breve di uno stato 1
i_filter_counters[i] = 0
B_temp[i] = 1 # tengo l' ingresso a 1
logPro.info("END spike 0->1 on bit " + `i` )
# stabile 1 -> 1
if ( B_input[i] == 1 ) and ( B_filter_prev [i] == 1 ) :
if ( i_filter_counters[i] == 0 ) :
# segnale stabile a 1
B_temp[i] = 1 # tengo l' ingresso a 1
else :
# poco dopo il fronte
i_filter_counters[i] = i_filter_counters[i] - 1
B_temp[i] = 0 # tengo l' ingresso a 0
# fronte 1 -> 0
if ( B_input[i] == 0 ) and ( B_filter_prev [i] == 1 ) :
if ( i_filter_counters[i] == 0 ) :
# vero fronte 1 -> 0
i_filter_counters[i] = MAX_COUNTER_FILTER
B_temp[i] = 1 # tengo l' ingresso a 1
#logPro.info("START spike 1->0 on bit " + `i` )
else :
# fine disturbo breve di uno stato 0
i_filter_counters[i] = 0
B_temp[i] = 0 # tengo l' ingresso a 0
logPro.info("END spike 1->0 on bit " + `i` )
# stabile 0 -> 0
if ( B_input[i] == 0 ) and ( B_filter_prev [i] == 0 ) :
if ( i_filter_counters[i] == 0 ) :
# segnale stabile a 0
B_temp[i] = 0 # tengo l' ingresso a 0
else :
# poco dopo il fronte
i_filter_counters[i] = i_filter_counters[i] - 1
B_temp[i] = 1 # tengo l' ingresso a 1
B_filter_prev [i] = B_input[i]
B_input[i] = B_temp[i]
# fine gestione filtro segnali brevi
# se non blinking, copia ingresso
if ( B_blinking[i] == 0 ) :
B_output[i] = B_input[i]
else:
# gestione segnale blinking
# se fronte del segnale
if ( B_previous[i] != B_input[i] ) :
B_previous[i] = B_input[i]
# se fronte di salita
if ( B_input[i] == 1 ) :
# subito uscita = 1
B_output[i] = 1
i_counters[i] = MAX_COUNTER_BLINK
#else :
# # loggo che ho rilevato un blink...
# logPro.info("Blink down on bit " + `i`)
else:
# no , segnale eguale a prima
# se input a 0
if ( B_input[i] == 0 ) :
# E CONTEGGIO IN CORSO
if ( i_counters[i] > 0 ) :
i_counters[i] = i_counters[i] -1
if ( i_counters[i] == 0 ) :
B_output[i] = 0
logPro.info("END Blink on bit " + `i` )
#Rimettiamo insieme i bit
new_value = 0
if ( B_output[0] == 1 ) :
new_value = new_value + 1
if ( B_output[1] == 1 ) :
new_value = new_value + 2
if ( B_output[2] == 1 ) :
new_value = new_value + 4
if ( B_output[3] == 1 ) :
new_value = new_value + 8
if ( B_output[4] == 1 ) :
new_value = new_value + 16
if ( B_output[5] == 1 ) :
new_value = new_value + 32
if ( B_output[6] == 1 ) :
new_value = new_value + 64
if ( B_output[7] == 1 ) :
new_value = new_value + 128
if ( B_output[8] == 1 ) :
new_value = new_value + 256
if ( B_output[9] == 1 ) :
new_value = new_value + 512
if ( B_output[10] == 1 ) :
new_value = new_value + 1024
if ( B_output[11] == 1 ) :
new_value = new_value + 2048
current = hex( new_value ).replace ( "0x" , "" ).upper()
except Exception as e:
print "Errore in readParallelaFiltrata \n\n"
print str(e)
pass
return current
#---------------------------------------------------------------
#Funzione di scrittura su coda con try-except
def accoda():
try:
dtEve = datetime.utcnow().strftime('%Y%m%d%H%M%S%f')[:-3]
Coda.put(dtEve + '#' + value + '#' + cont)
except Queue.Full:
logPro.error( "Queue full" + `dtEve` + '#' + `value` + '#' + `cont` )
except Exception as e:
logPro.error( "NETWORK:Errore http-no com rete-timeout" + url )
logPro.error(str(e))
#--------------------------------------------------------------
# svuotaCoda x invio dati al server
def svuota_coda():
global onLine
global sending
global timer_busy
global NMAXSEND
#print "start timer "
if ( timer_busy == False ):
timer_busy = True
#print "start timer ok "
try:
if not Coda.empty():
#print "coda da svuotare!"
response = urllib.urlopen(URLALIVE)
answ = response.read()
if answ == 'OK':
#print "OK alive"
response2 = urllib.urlopen(URLENABLED + idxMacchina)
answ2 = response2.read()
if answ2 == 'OK':
# aggiorno stato ad online
if onLine == '0':
logPro.info("IOB ONLINE!")
#print("IOB ONLINE")
onLine = '1' # imposto comunque online
else:
if onLine == '1':
logPro.error("IOB offline")
#print("IOB offline")
onLine = '0'
else:
if onLine == '1':
logPro.error("Server offline")
#print("Server offline")
onLine = '0'
# ora verifico SE si possa inviare (ovvero sia online server e NON ci siano altri send attivi...)
if onLine == '1':
if sending == '0':
#segnalo che sono in sending!
sending = '1'
# SAM 2016.12.23: modifica x invio FINO A nMaxSend ELEMENTI ad ogni ciclo di svuotamento
i = NMAXSEND
while i >= 0:
if not Coda.empty():
# formatto dataOra corrente
dtCurr = datetime.utcnow().strftime('%Y%m%d%H%M%S%f')[:-3]
#prendo primo elemento dalla coda
resp = Coda.get()
# recupero valori da elemento coda!
dtEve = resp.split("#")[0]
value = resp.split("#")[1]
cnt = resp.split("#")[2]
url = URLBASE + idxMacchina + URLADV1 + value
url = url + '&dtCurr=' + dtCurr + '&dtEve=' + dtEve + '&cnt=' + cnt
# CHIAMO URL
response3 = urllib.urlopen ( url )
answ3 = response3.read()
#print(url)
# log valore inviato!
logSnd.info( value + ' ['+ cnt +']' + ' R:' + answ3 )
#print "Valore smaltito dalla coda"
# tolgo 1 al contatore
i -= 1
# completato invio, riporto sending a zero!
sending = '0'
else:
if to_retry > 0:
to_retry -= 1
logPro.info("WAIT active send to complete")
else:
sending = '0'
to_retry = MAXRETRY
logPro.info("END WAIT, reset to_retry var")
else:
pass
else:
pass
except Exception as e:
if onLine == '1':
logPro.error("Server Non raggiungibile")
logPro.error(str(e))
#print "Non raggiungibile"
onLine = '0'
# in ogni caso
timer_busy = False
#print "end timer ok"
#print "end timer "
#---------------------------------------------------------------
# funzione timer thread
#---------------------------------------------------------------
def do_every (interval, worker_func, iterations = 0):
if iterations != 1:
threading.Timer (
interval,
do_every, [interval, worker_func, 0 if iterations == 0 else iterations-1]
).start ();
worker_func ();
#---------------------------------------------------------------
# gestione contatore
#---------------------------------------------------------------
def contatore():
try:
global cont
ctr = int(cont)
ctr +=1
ctr = ctr % 10000 # round robin 10000 eventi x track
cont = str(ctr)
except Exception as e:
print("errore incremento contatore \n\n")
print(str(e))
#---------------------------------------------------------------
# avvia porta parallela
#---------------------------------------------------------------
def avviaParallela():
global in_0
global in_1
global in_2
global in_3
global in_4
global in_5
global in_6
global in_7
global in_8
global in_9
global in_10
global in_11
global GPIO
try:
GPIO.setmode(GPIO.BOARD)
GPIO.setwarnings(False)
#GPIO.setup(out_0, GPIO.OUT) # output 0
#GPIO.setup(out_1, GPIO.OUT) # output 1
GPIO.setup(in_0, GPIO.IN) # input 0
GPIO.setup(in_1, GPIO.IN) # input 1
GPIO.setup(in_2, GPIO.IN) # input 2
GPIO.setup(in_3, GPIO.IN) # input 3
GPIO.setup(in_4, GPIO.IN) # input 4
GPIO.setup(in_5, GPIO.IN) # input 5
GPIO.setup(in_6, GPIO.IN) # input 6
GPIO.setup(in_7, GPIO.IN) # input 7
GPIO.setup(in_8, GPIO.IN) # input 8
GPIO.setup(in_9, GPIO.IN) # input 9
GPIO.setup(in_10, GPIO.IN) # input 10
GPIO.setup(in_11, GPIO.IN) # input 11
except Exception as e:
print( "\n\n" + PROGRAM_NAME + " - Error 3 on RPi.GPIO ! \n\n")
print str(e)
sys.exit(1)
print( "\n\n" + PROGRAM_NAME + " - init ok \n\n")
#---------------------------------------------------------------
#---------------------------------------------------------------
# MAIN
try:
config = ConfigParser.RawConfigParser()
config.read ( 'IOB.cfg' )
SAMPLETIME = config.getfloat ( 'time' , 'SAMPLETIME' )
TIMEOUTSHORT = config.getfloat ( 'time' , 'TIMEOUTSHORT' )
TIMEOUTLONG = config.getfloat ( 'time' , 'TIMEOUTLONG' )
SENDURLTIME = config.getfloat ( 'time' , 'SENDURLTIME' )
NMAXSEND = config.getint ( 'time' , 'NMAXSEND' )
idxMacchina = config.get ( 'id' , 'idxMacchina' )
URLBASE = config.get ( 'web' , 'URLBASE' )
URLENABLED = config.get('web' , 'URLENABLED')
URLALIVE = config.get ('web' , 'URLALIVE')
URLADV1 = config.get ( 'web' , 'URLADV1' )
LOGFILE = config.get ( 'log' , 'LOGFILE' )
LOGLEVEL = config.get ( 'log' , 'LOGLEVEL' )
B_blinking[0] = config.getint ( 'blink' , 'bit0' )
B_blinking[1] = config.getint ( 'blink' , 'bit1' )
B_blinking[2] = config.getint ( 'blink' , 'bit2' )
B_blinking[3] = config.getint ( 'blink' , 'bit3' )
B_blinking[4] = config.getint ( 'blink' , 'bit4' )
B_blinking[5] = config.getint ( 'blink' , 'bit5' )
B_blinking[6] = config.getint ( 'blink' , 'bit6' )
B_blinking[7] = config.getint ( 'blink' , 'bit7' )
B_blinking[8] = config.getint ( 'blink' , 'bit8' )
B_blinking[9] = config.getint ( 'blink' , 'bit9' )
B_blinking[10] = config.getint ( 'blink' , 'bit10' )
B_blinking[11] = config.getint ( 'blink' , 'bit11' )
MAX_COUNTER_BLINK = config.getint ( 'blink' , 'MAX_COUNTER_BLINK' )
# cv 2.1 se bit = 1 allora inverto segnale in ingresso...
B_inverting[0] = config.getint ( 'invert' , 'bit0' )
B_inverting[1] = config.getint ( 'invert' , 'bit1' )
B_inverting[2] = config.getint ( 'invert' , 'bit2' )
B_inverting[3] = config.getint ( 'invert' , 'bit3' )
B_inverting[4] = config.getint ( 'invert' , 'bit4' )
B_inverting[5] = config.getint ( 'invert' , 'bit5' )
B_inverting[6] = config.getint ( 'invert' , 'bit6' )
B_inverting[7] = config.getint ( 'invert' , 'bit7' )
B_inverting[8] = config.getint ( 'invert' , 'bit8' )
B_inverting[9] = config.getint ( 'invert' , 'bit9' )
B_inverting[10] = config.getint ( 'invert' , 'bit10' )
B_inverting[11] = config.getint ( 'invert' , 'bit11' )
# cv 2.2 se bit = 1 allora filtro segnali brevi ...
B_filter[0] = config.getint ( 'filter' , 'bit0' )
B_filter[1] = config.getint ( 'filter' , 'bit1' )
B_filter[2] = config.getint ( 'filter' , 'bit2' )
B_filter[3] = config.getint ( 'filter' , 'bit3' )
B_filter[4] = config.getint ( 'filter' , 'bit4' )
B_filter[5] = config.getint ( 'filter' , 'bit5' )
B_filter[6] = config.getint ( 'filter' , 'bit6' )
B_filter[7] = config.getint ( 'filter' , 'bit7' )
B_filter[8] = config.getint ( 'filter' , 'bit8' )
B_filter[9] = config.getint ( 'filter' , 'bit9' )
B_filter[10] = config.getint ( 'filter' , 'bit10' )
B_filter[11] = config.getint ( 'filter' , 'bit11' )
MAX_COUNTER_FILTER = config.getint ( 'filter' , 'MAX_COUNTER_FILTER' )
except Exception as e:
print "\n\n" + PROGRAM_NAME + ' - Error 4 - in config file ' 'IOB.cfg'
print str(e)
sys.exit(1)
#--------------------------------------------
# oggetto Logger
#--------------------------------------------
try:
logging.basicConfig(level=logging.DEBUG,
format='%(asctime)s %(name)-8s %(levelname)-8s %(message)s',
datefmt='%Y-%m-%d %H:%M:%S',
filename=LOGFILE,
filemode='a'
)
# aggiungo 2 logger specifici x queue e send...
logQue = logging.getLogger('queue')
logSnd = logging.getLogger('sendUrl')
logPro = logging.getLogger('program')
except Exception as e:
# manda mail o simili - FARE!!!
print "LOG: Impossibile creare file log con nome"
print (LOGFILE)
print "\n\n"
print str(e)
#--------------------------------------------
print "\n\n" + PROGRAM_NAME + "\n\n"
global startstatus
startstatus = 1
if startstatus == 1:
logPro.info("Avvio Programma" + PROGRAM_NAME)
## Verifica l'OS e di conseguenza carica il file relativo con metodo di lockfile appropriato + check singola istanza
if os.name == 'posix':
import unix
else:
import win
logPro.info( "Start " + PROGRAM_NAME )
# lettura file configurazione
# [id]
# idxMacchina = 2001
# [time]
# SAMPLETIME = 0.1
# TIMEOUTSHORT = 200
# TIMEOUTLONG = 6000
print ( ' idxMacchina = %s' % ( idxMacchina ) )
print ( ' SAMPLETIME = %4.2f' % ( SAMPLETIME ) )
print ( ' TIMEOUTSHORT = %4.2f' % ( TIMEOUTSHORT ) )
print ( ' TIMEOUTLONG = %4.2f' % ( TIMEOUTLONG ) )
print ( ' SENDURLTIME = %4.2f' % ( SENDURLTIME ) )
print ( ' URLBASE = %s' % ( URLBASE ) )
print ( ' URLADV1 = %s' % ( URLADV1 ) )
print ( ' LOGFILE = %s' % ( LOGFILE ) )
print ( ' LOGLEVEL = %s' % ( LOGLEVEL ) )
# -sys.stdout.write ( 'idxMacchina ?' + idxMacchina + '\n')
to_short = TIMEOUTSHORT
to_long = TIMEOUTLONG
#--------------------------------------------------------------
# apertura parallela
try:
import RPi.GPIO as GPIO
except RuntimeError:
print( "\n\n" + PROGRAM_NAME + " - Error 1 - you need superuser privileges")
except Exception as e:
print( "\n\n" + PROGRAM_NAME + " - Error 2 - you need superuser privileges. USE 'sudo' to run your script\n\n")
print str(e)
sys.exit(1)
avviaParallela()
#--------------------------------------------------------------
# MARCO: qui inserire avvio thread di "svuotaCoda"
# avviaSvuotaCoda
#print "Avvia svuota coda"
do_every ( SENDURLTIME , svuota_coda );
#---------------------------------------------------------------
# ciclo forever and ever
old = ''
#print "Avvio ciclo"
logPro.info("Avvio loop principale")
while 1:
try:
time.sleep (SAMPLETIME)
except Exception as e:
logPro.info("First_SLEEP: errore attesa sampletime")
logPro.error(str(e))
# lettura dati da IOB
value = readParallelaFiltrata()
if ( value != '' ) :
if value != old :
#loggo e invio dati
try:
logQue.info( value + ' ['+ cont +']')
errormsglen = 0
accoda()
contatore()
except Exception as e:
logPro.error("URLBROWSER: errore registrazione valore e accoda")
logPro.error(str(e))
pass
#enable e reset timer
to_enable = True
to_short = TIMEOUTSHORT
to_long = TIMEOUTLONG
old = value
# gestione timeout breve
if ( to_enable ) :
to_short = to_short - SAMPLETIME
if to_short <= 0:
#loggo e invio dati
try:
logQue.info( '>' + value + ' ['+ cont +']')
errormsglen = 0
accoda()
contatore()
except Exception as e:
logPro.error("URLBROWSER: errore registrazione valore e accoda TO_short")
logPro.error(str(e))
pass
to_short = TIMEOUTSHORT
to_enable = False # dopo un colpo il timer breve viene disabilitato
to_long = TIMEOUTLONG
# gestione timeout lungo
to_long = to_long - SAMPLETIME
if to_long <= 0:
#loggo e invio dati
try:
logQue.info( '>>' + value + ' ['+ cont +']')
errormsglen = 0
accoda()
contatore()
except Exception as e:
logPro.error("URLBROWSER: errore registrazione valore e accoda TO_long")
logPro.error(str(e))
pass
to_long = TIMEOUTLONG
+363
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@@ -0,0 +1,363 @@
#!/usr/bin/python
# -*- coding: utf-8 -*-
#---------------------------------------------------------------
import serial
import time
import sys
import datetime
import urllib
import ConfigParser
import os, sys
#---------------------------------------------------------------
# COSTANTI
MSGLEN = 9
TIMEOUTSERIALE = 10
MAXRETRY = 3
# DA FILE CONF
idxMacchina = "2001"
SAMPLETIME = 0.1
TIMEOUTSHORT = (SAMPLETIME*20)
TIMEOUTLONG = (SAMPLETIME*600)
# VAR
to_enable = False
to_short = TIMEOUTSHORT
to_long = TIMEOUTLONG
to_serial = TIMEOUTSERIALE
to_retry = MAXRETRY
errormsglen = 0
#---------------------------------------------------------------
# classe logger
class Logger:
def __init__(self, filename):
try:
self.filename = filename
except:
logga("LOGGER: errore try su self.filename")
sys.exit(1)
def __call__(self, string):
try:
file = open(self.filename, 'a')
file.write('[' + time.strftime("%Y-%m-%d %H:%M:%S") + '] ')
file.write(string + '\n')
file.close()
except:
logga("LOGGER: errore try su scrittura")
sys.exit(1)
#---------------------------------------------------------------
# lettura buffer seriale e pulizia caratteri non stampabili
# ritorna '' se non c'è un messaggio buono o il messaggio pulito ( due bytes hex )
# il messaggio ha il formato xx<ACK>i00 00<CR><LF>xxx
def readSeriale():
global to_serial
global to_retry
global errormsglen
ret = ''
current = ''
i = 0
# ritorna '' se non ci sono abbastanza caratteri
try:
if ser.inWaiting() < MSGLEN :
#
# to_serial = to_serial - 1 # se non mi risponde, faccio un ' altra richiesta....
# if to_serial <= 0:
# try:
# requestData ()
# except:
# logga("SERIALE: errore su requestData")
# sys.exit(1)
# to_serial = TIMEOUTSERIALE # ripristino timer
# to_retry = to_retry - 1 # contatore retry
# if to_retry <= 0:
# logga ( 'IOB not responding' )
# return ret
logga("SERIALE: errore msglen < 9 char - Errore no. " + str(errormsglen))
errormsglen = errormsglen +1
avviaSeriale()
time.sleep(.2)
if errormsglen > 30:
sys.exit(1)
except:
if startstatus == 0:
logga ("Porta SERIALE non disponibile - ser.inWaiting error - exit... - Errore no. " + str(errormsglen))
errormsglen = errormsglen +1
avviaSeriale()
time.sleep(.2)
if errormsglen > 30:
sys.exit(1)
# finchè c'è robba .. leggi e tieni i buoni
to_serial = TIMEOUTSERIALE
to_retry = MAXRETRY
try:
while ser.inWaiting() > 0 :
try:
c = ser.read(1)
except:
logga("SERIALE: errore su try ser.read")
sys.exit(1)
# filtra caratteri non stampabili
if c > ' ' :
current += c
#sys.stdout.write(current + '<<<<\n')
# ora il messaggio ha il formato xxxxxi00 00xxx : cerco la 'i' iniziale
try:
while i < len(current) and current[i] != 'i':
i = i + 1
except:
logga("SERIALE: errore su ricerca i iniziale")
sys.exit(1)
# se non ho trovato la 'i' restituisco ''
if i == len(current)-1:
return ret
else:
current = current[i+1:i+3]
# richiesta dati ad IOB
requestData()
#sys.stdout.write ( current + '\n')
except:
if startstatus == 0:
logga ('Porta SERIALE non disponibile - ser.inWaiting e filtraggio error...exit')
sys.exit(1)
return current
#---------------------------------------------------------------
# richiesta dati ad IOB : scrittura su seriale
def requestData ():
try :
ser.write ("$i" + '\r\n')
ser.flush()
except :
if startstatus == 0:
logga ( "SERIAL: Errore di scrittura/flush")
#---------------------------------------------------------------
#Funzione di scrittura su url con try-except
def chiamaUrl():
try:
url = URLBASE + idxMacchina + URLADV1 + value
urllib.urlopen ( url )
except:
logga ( "NETWORK:Errore http-no com rete-timeout" + url )
#---------------------------------------------------------------
# Funzione che verifica possibilità di creare log e include testo corrente
def logga(message) :
try:
log(message)
except :
pass
#---------------------------------------------------------------
def avviaSeriale():
global ser
try:
ser = serial.Serial(
port = comm_port ,
baudrate = 9600 ,
parity = serial.PARITY_NONE ,
stopbits = serial.STOPBITS_ONE ,
bytesize = serial.EIGHTBITS
)
startstatus = 0
except serial.serialutil.SerialException , e :
try:
if startstatus == 0:
logga ( "SERIAL:Errore apertura seriale - " + comm_port)
except:
pass
sys.stdout.write ( '\nErrore apertura seriale\n\n%s\n\n' % e )
if errormsglen > 30:
sys.exit (1)
#---------------------------------------------------------------
#---------------------------------------------------------------
# MAIN
try:
config = ConfigParser.RawConfigParser()
config.read ( 'readSeriale.cfg' )
SAMPLETIME = config.getfloat ( 'time' , 'SAMPLETIME' )
TIMEOUTSHORT = config.getfloat ( 'time' , 'TIMEOUTSHORT' )
TIMEOUTLONG = config.getfloat ( 'time' , 'TIMEOUTLONG' )
idxMacchina = config.get ( 'id' , 'idxMacchina' )
comm_port = config.get ( 'comm' , 'port' )
URLBASE = config.get ( 'web' , 'URLBASE' )
URLADV1 = config.get ( 'web' , 'URLADV1' )
LOGFILE = config.get ( 'log' , 'LOGFILE' )
LOGLEVEL = config.get ( 'log' , 'LOGLEVEL' )
except:
sys.exit(1)
# oggetto Logger
try:
log = Logger(LOGFILE)
except:
# manda mail o simili - FARE!!!
print "LOG: Impossibile creare file log con nome "
print (LOGFILE)
print '\n\n Read seriale IOB v.0.2 !!!!\n'
global startstatus
startstatus = 1
if startstatus == 1:
logga("Avvio Programma")
# Verifica l'OS e di conseguenza carica il file relativo con metodo di lockfile appropriato + check singola istanza
if os.name == 'posix':
import unix
else:
import win
logga ( "Start Read seriale IOB v.0.2")
# lettura file configurazione
# [comm]
# port = /dev/ttyS0
# [id]
# idxMacchina = 2001
# [time]
# SAMPLETIME = 0.1
# TIMEOUTSHORT = 200
# TIMEOUTLONG = 6000
print ( ' comm_port = %s' % ( comm_port ) )
print ( ' idxMacchina = %s' % ( idxMacchina ) )
print ( ' SAMPLETIME = %4.2f' % ( SAMPLETIME ) )
print ( ' TIMEOUTSHORT = %4.2f' % ( TIMEOUTSHORT ) )
print ( ' TIMEOUTLONG = %4.2f' % ( TIMEOUTLONG ) )
print ( ' URLBASE = %s' % ( URLBASE ) )
print ( ' URLADV1 = %s' % ( URLADV1 ) )
print ( ' LOGFILE = %s' % ( LOGFILE ) )
print ( ' LOGLEVEL = %s' % ( LOGLEVEL ) )
# -sys.stdout.write ( 'idxMacchina ?' + idxMacchina + '\n')
to_short = TIMEOUTSHORT
to_long = TIMEOUTLONG
#--------------------------------------------------------------
#---------------------------------------------------------------
# apertura seriale
avviaSeriale()
#try:
# ser = serial.Serial(
# port = comm_port ,
# baudrate = 9600 ,
# parity = serial.PARITY_NONE ,
# stopbits = serial.STOPBITS_ONE ,
# bytesize = serial.EIGHTBITS
# )
# print "Initialized!"
#except serial.serialutil.SerialException , e :
# try:
# logga ( "SERIAL:Errore apertura seriale - " + comm_port)
# except:
# pass
# sys.stdout.write ( '\nErrore apertura seriale\n\n%s\n\n' % e )
# sys.exit (1)
#---------------------------------------------------------------
# ciclo forever and ever
old = ''
# richiesta dati ad IOB
try:
requestData()
except:
logga("SERIALE: errore sul try di requestData")
sys.exit(1)
while 1:
try:
time.sleep (SAMPLETIME)
except:
logga("SERIALE_SLEEP: errore attesa sampletime")
# lettura dati da IOB
try:
value = readSeriale()
except:
if startstatus == 0:
logga("errore PRIMA LETTURA SERIALE")
sys.exit(1)
if ( value != '' ) :
if value != old :
#loggo e invio dati
try:
logga ( value )
errormsglen = 0
chiamaUrl()
except:
logga("URLBROWSER: errore registrazione valore e chiamaUrl")
pass
#enable e reset timer
to_enable = True
to_short = TIMEOUTSHORT
to_long = TIMEOUTLONG
old = value
# gestione timeout breve
if ( to_enable ) :
to_short = to_short - SAMPLETIME
if to_short <= 0:
#loggo e invio dati
try:
logga ( '>' + value )
errormsglen = 0
chiamaUrl()
except:
pass
to_short = TIMEOUTSHORT
to_enable = False # dopo un colpo il timer breve viene disabilitato
to_long = TIMEOUTLONG
# gestione timeout lungo
to_long = to_long - SAMPLETIME
if to_long <= 0:
#loggo e invio dati
try:
logga ( '>>' + value )
errormsglen = 0
chiamaUrl()
except:
pass
to_long = TIMEOUTLONG
+17
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@@ -0,0 +1,17 @@
#!/bin/bash
#salva la temperatura CPU e GPU su chiamata...
# imposto logfile...
logFile="/var/log/logTemp.txt"
cpuTemp0=$(cat /sys/class/thermal/thermal_zone0/temp)
cpuTemp1=$(($cpuTemp0/1000))
cpuTemp2=$(($cpuTemp0/100))
cpuTempM=$(($cpuTemp2 % $cpuTemp1))
gpuTemp=`vcgencmd measure_temp`
loadAvg=`cat /proc/loadavg`
echo "$(date) | CPU: temp=$cpuTemp1.$cpuTempM ºC | GPU: $gpuTemp | LoadAvg: $loadAvg" >> $logFile
+135
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@@ -0,0 +1,135 @@
#!/usr/bin/python
# -*- coding: utf-8 -*-
# sendReboot v. 1.8
# - (2.5.2) Fix gestione eccezioni con report dettagliato
#---------------------------------------------------------------
import time
import sys
from datetime import datetime
import urllib
import ConfigParser
import os, sys
import logging
import time
#---------------------------------------------------------------
# COSTANTI
SR_PROG_NAME = "SendReboot IOB-pi v.2.5.2"
# DA FILE CONF
idxMacchina = "99"
# registro se ho fatto chiamata
global numTry
numTry = 1
#---------------------------------------------------------------
#Funzione di scrittura su url con try-except
#---------------------------------------------------------------
def chiamaUrl(numTry):
try:
urllib.urlopen ( url )
numTry = numTry + 10
except Exception as e:
print("Errore in chiamaUrl")
print(str(e))
logging.info ( str(e) )
print("Url chiamato: " , url)
return numTry
#---------------------------------------------------------------
# Funzione di recupero mac address per poterlo inviare a MPIO
#---------------------------------------------------------------
def getMAC(interface):
# Return the MAC address of interface
try:
str = open('/sys/class/net/' + interface + '/address').read()
except:
str = "00:00:00:00:00:00"
return str[0:17]
#---------------------------------------------------------------
# MAIN
#---------------------------------------------------------------
try:
config = ConfigParser.RawConfigParser()
config.read ( 'IOB.cfg' )
idxMacchina = config.get ( 'id' , 'idxMacchina' )
URLREBO = config.get ( 'web' , 'URLREBO' )
LOGFILE = config.get ( 'log' , 'LOGREBO' )
except Exception as e:
print("\n\n" + SR_PROG_NAME + ' - Error 4 - in config file ' 'IOB.cfg')
print(str(e))
sys.exit(1)
#--------------------------------------------
# oggetto Logger
#--------------------------------------------
try:
# log = Logger(LOGFILE)
logging.basicConfig(level=logging.DEBUG,
format='%(asctime)s %(name)-8s %(levelname)-8s %(message)s',
datefmt='%Y-%m-%d %H:%M:%S',
filename=LOGFILE,
filemode='a')
except Exception as e:
# manda mail o simili - FARE!!!
print("LOG: Impossibile creare file log con nome ")
print(LOGFILE)
print(str(e))
#--------------------------------------------
print("\n\n" + SR_PROG_NAME + "\n\n")
global startstatus
startstatus = 1
if startstatus == 1:
logging.info("Avvio Programma " + SR_PROG_NAME)
# lettura file configurazione
print ( ' idxMacchina = %s' % ( idxMacchina ) )
print ( ' URLREBO = %s' % ( URLREBO ) )
print ( ' LOGFILE = %s' % ( LOGFILE ) )
# lettura mac address
myMac = getMAC('eth0')
print ( ' MAC Address = %s' % ( myMac ) )
# configuro URL da inviare
url = URLREBO + idxMacchina + "&mac=" + myMac
# modifica: cerco se ho inviato segnale altrimenti ritento invio...
while (numTry < 11):
logging.info("Tentativo invio URL: $numTry" )
numTry = chiamaUrl(numTry)
time.sleep(3)
numTry = numTry + 1
# registro che ho inviato!
logging.info("Inviato segnale di reboot!: " + url )
+33
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#!/bin/sh -
#
### BEGIN INIT INFO
# Provides: sendReboot
# Required-Start: $network $remote_fs $syslog
# Required-Stop: $remote_fs $syslog
# Default-Start: 2 3 4 5
# Default-Stop: 0 1 6
# Short-Description: Steamware's IOB reboot signal
# Description: Steamware's sendReboot segnalazione reboot dispositivo
### END INIT INFO
#! /bin/sh
# /etc/init.d/sendReboot
export HOME
case "$1" in
start)
cd /home/pi/steamware
echo "Starting sendReboot"
/usr/bin/python ./sendReboot.py 2>&1 &
echo "Verifica Rete e file IOB"
/usr/local/bin/setIobConf.sh
;;
*)
echo "Usage: /etc/init.d/sendReboot {start}"
exit 1
;;
esac
exit 0
@@ -0,0 +1,22 @@
[Unit]
SourcePath=/etc/init.d/sendRebootIOB
Description=LSB: Steamware's IOB reboot signal
Before=runlevel2.target runlevel3.target runlevel4.target runlevel5.target shutdown.target
Wants=network-online.target
After=network.target network-online.target auditd.service
Conflicts=shutdown.target
[Service]
Type=forking
Restart=no
TimeoutSec=5min
IgnoreSIGPIPE=no
KillMode=process
GuessMainPID=no
RemainAfterExit=yes
SysVStartPriority=2
ExecStart=/etc/init.d/sendRebootIOB start
ExecStop=/etc/init.d/sendRebootIOB stop
[Install]
WantedBy=multi-user.target
+26
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@@ -0,0 +1,26 @@
#!/bin/bash
# verifico se sia rete donati o rete steamware o offline...
netStatus=`cat /sys/class/net/eth0/operstate`
iaddr=`ifconfig eth0 | grep "inet addr" | cut -d ':' -f 2 | cut -d ' ' -f 1`
cd /home/pi/steamware
if [[ $netStatus != "up" ]]
then
echo "Siamo Offline, pagina demo!"
elif [[ $iaddr == "10.74.82"* ]]
then
cp IOB.cfg.steamware IOB.cfg -f
echo "Siamo in Steamware!"
elif [[ $iaddr == "192.168.51"* ]]
then
cp IOB.cfg.donati IOB.cfg -f
echo "Siamo a Passirano!"
else
echo "Siamo altrove, pagina demo!"
fi
echo "$iaddr"
chown pi:pi *
+31
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import fcntl
import os
import logging
#---------------------------------------------------------------
# meccanismo di file lock per evitare multiple instances
# The function will try to lock the file specified , if it success, return True, else return False.
# The nice thing is that the lock will be dropped when the program terminates.
# >>>Use :
# if not lockFile(".lock.pod"):
# sys.exit(0)
def lockFile ( lockfile ) :
fd = os.open ( lockfile , os.O_CREAT | os.O_TRUNC | os.O_WRONLY )
try:
# Request exclusive (EX) non-blocking (NB) advisory lock.
fcntl.lockf ( fd , fcntl.LOCK_EX | fcntl.LOCK_NB )
except IOError:
return False
return True
if not lockFile ( ".lockfile" ) :
print '\n noi non siamo soli ...\n'
logging.error( "LOCK: Piu istanze aperte")
#sys.exit ( 0 )
#- print '\n running alone ...\n'
Binary file not shown.
+54
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#|/bin/bash
#installa il necessario per RPI-3-IOB partendo dal contenuto della folder /home/pi/steamware
#step 1: creo file di log nuovi
rm /var/log/log*.txt
rm /var/log/MapoIOB*
rm /home/pi/steamware/log*.txt
touch /var/log/logReboot.txt
touch /var/log/logTemp.txt
touch /var/log/MapoIOB.log
ln -sf /var/log/logReboot.txt /home/pi/steamware/logReboot.txt
ln -sf /var/log/logTemp.txt /home/pi/steamware/logTemp.txt
ln -sf /var/log/MapoIOB.log /home/pi/steamware/logfile.txt
chown pi:pi /home/pi -R
chmod 666 /var/log/log*.txt
chmod 666 /var/log/MapoIOB.log
#step 2: copio files in /usr/local/bin
cd /home/pi/steamware
chmod +x *.sh
cp *.sh /usr/local/bin/
#step 3: copio files x logrotate...
cd /home/pi/steamware
cp MapoIOB_logrot /etc/logrotate.d/
# step 4: copio target systemd in avvio...
cp -f sendRebootIOB /etc/init.d/sendRebootIOB
cp -f sendRebootIOB.service /etc/systemd/system/sendRebootIOB.service
#echo ""
#echo "-----------------------------------------------"
#echo "Completare registrazione servizio avvio: digitare i seguenti comandi"
#echo "systemctl enable sendRebootIOB"
#echo "systemctl daemon-reload"
#echo "systemctl status sendRebootIOB"
#echo "-----------------------------------------------"
#echo ""
# step 5: copio target MapoIOB in avvio...
cp -f MapoIOB /etc/init.d/MapoIOB
cp -f MapoIOB.service /etc/systemd/system/MapoIOB.service
#echo ""
#echo ""
#echo "-----------------------------------------------"
#echo "Infine creare voce crontab che salvi temperatura CPU/GPU ogni 20 minuti..."
#echo "crontab -e"
#echo "*/20 * * * * /usr/local/bin/saveTemp.sh"
#echo "-----------------------------------------------"
+32
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import win32api
print " Running on WINDOWS\n"
import os
#---------------------------------------------------------------
# meccanismo di file lock per evitare multiple instances
# The function will try to lock the file specified , if it success, return True, else return False.
# The nice thing is that the lock will be dropped when the program terminates.
# >>>Use :
# if not lockFile(".lock.pod"):
# sys.exit(0)
def lockFile ( lockfile ) :
try:
fd = os.open ( lockfile , os.O_CREAT | os.O_TRUNC | os.O_WRONLY )
except:
logga("Errore nel file WIN.PY per FD")
try:
# Request exclusive (EX) non-blocking (NB) advisory lock.
#fcntl.lockf ( fd , fcntl.LOCK_EX | fcntl.LOCK_NB )
print " Dummy Method! Completa Lockfile\n"
except IOError:
return False
return True
try:
if not lockFile ( ".lockfile" ) :
print '\n noi non siamo soli ...\n'
logga ( "LOCK: Piu istanze aperte")
sys.exit ( 0 )
except:
logga("if not lockfile NON RIUSCITO in file WIN.PY")
sys.exit(1)
+56
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[id]
idxMacchina = 0001
[web]
URLBASE = http://10.74.82.218/MP/IO/IOB/input/
URLALIVE = http://10.74.82.218/MP/IO/IOB
URLENABLED = http://10.74.82.218/MP/IO/IOB/enabled/
URLADV1 = ?valore=
URLREBO = http://10.74.82.218/MP/IO/sendReboot.aspx?idxMacchina=
[time]
SAMPLETIME = 0.05
TIMEOUTSHORT = 0.30
TIMEOUTLONG = 50
SENDURLTIME = 0.15
NMAXSEND = 5
[log]
LOGLEVEL = 10
LOGFILE = logfile.txt
LOGREBO = logReboot.txt
[comm]
port = /dev/ttyAMA0
[blink]
MAX_COUNTER_BLINK = 30
bit0 = 0
bit1 = 0
bit2 = 0
bit3 = 0
bit4 = 0
bit5 = 0
bit6 = 0
bit7 = 0
[invert]
bit0 = 0
bit1 = 0
bit2 = 0
bit3 = 0
bit4 = 0
bit5 = 0
bit6 = 0
bit7 = 0
[filter]
MAX_COUNTER_FILTER = 8
bit0 = 0
bit1 = 0
bit2 = 0
bit3 = 0
bit4 = 0
bit5 = 0
bit6 = 0
bit7 = 0
+35
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@@ -0,0 +1,35 @@
[id]
idxMacchina = 2007
[web]
URLBASE = http://192.168.51.77/MP/IO/IOB/input/
URLALIVE = http://192.168.51.77/MP/IO/IOB
URLENABLED = http://192.168.51.77/MP/IO/IOB/enabled/
URLADV1 = ?valore=
URLREBO = http://192.168.51.77/MP/IO/sendReboot.aspx?idxMacchina=
[time]
SAMPLETIME = 0.05
TIMEOUTSHORT = 0.30
TIMEOUTLONG = 50
SENDURLTIME = 0.15
NMAXSEND = 5
[log]
LOGLEVEL = 10
LOGFILE = logfile.txt
LOGREBO = logReboot.txt
[comm]
port = /dev/ttyAMA0
[blink]
MAX_COUNTER_BLINK = 30
bit0 = 0
bit1 = 0
bit2 = 0
bit3 = 1
bit4 = 0
bit5 = 0
bit6 = 0
bit7 = 0
+35
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@@ -0,0 +1,35 @@
[id]
idxMacchina = 1005
[web]
URLBASE = http://10.74.82.218/MP/IO/IOB/input/
URLALIVE = http://10.74.82.218/MP/IO/IOB
URLENABLED = http://10.74.82.218/MP/IO/IOB/enabled/
URLADV1 = ?valore=
URLREBO = http://10.74.82.218/MPIO/sendReboot.aspx?idxMacchina=
[time]
SAMPLETIME = 0.05
TIMEOUTSHORT = 0.30
TIMEOUTLONG = 50
SENDURLTIME = 0.15
NMAXSEND = 5
[log]
LOGLEVEL = 10
LOGFILE = logfile.txt
LOGREBO = logReboot.txt
[comm]
port = /dev/ttyAMA0
[blink]
MAX_COUNTER_BLINK = 30
bit0 = 0
bit1 = 0
bit2 = 0
bit3 = 1
bit4 = 0
bit5 = 0
bit6 = 0
bit7 = 0
+41
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#! /bin/bash
### BEGIN INIT INFO
# Provides: MapoIOB: script Steamware per avvio driver IOB
# Required-Start: $remote_fs $syslog
# Required-Stop: $remote_fs $syslog
# Default-Start: 2 3 4 5
# Default-Stop: 0 1 6
# Short-Description: Steamware's MapoIOB driver
# Description: Steamware's MapoIOB driver, versione lettura porta parallela
### END INIT INFO
# /etc/init.d/MapoIOB
export HOME
case "$1" in
start)
echo "Starting readParallela"
cd /home/pi/steamware
/usr/bin/python ./readParallela.py 2>&1 &
;;
stop)
echo "Stopping readParallela"
RS_PID=`ps auxwww | grep readParallela.py | head -1 | awk '{print $2}'`
kill -9 $RS_PID
cd /home/pi/steamware
rm .lockfile
;;
restart)
## Stop the service and regardless of whether it was
## running or not, start it again.
$0 stop
killall python
$0 start
;;
*)
echo "Usage: /etc/init.d/MapoIOB {start|stop|restart}"
exit 1
;;
esac
exit 0
+24
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@@ -0,0 +1,24 @@
[Unit]
SourcePath=/etc/init.d/MapoIOB
Description=LSB: Steamware's MapoIOB driver
Before=runlevel2.target runlevel3.target runlevel4.target runlevel5.target shutdown.target
Wants=network-online.target
After=network.target network-online.target auditd.service
Conflicts=shutdown.target
[Service]
Type=forking
Restart=on-failure
RestartSec=5
TimeoutSec=5min
IgnoreSIGPIPE=no
KillMode=process
GuessMainPID=no
RemainAfterExit=yes
SysVStartPriority=1
ExecStartPre=/bin/sleep 5
ExecStart=/etc/init.d/MapoIOB start
ExecStop=/etc/init.d/MapoIOB stop
[Install]
WantedBy=multi-user.target
+28
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/var/log/MapoIOB.log {
size 8M
copytruncate
create 700 pi pi
dateext
rotate 100
compress
maxage 366
missingok
}
/var/log/logReboot.txt {
size 1M
copytruncate
create 700 pi pi
dateext
rotate 30
compress
missingok
}
/var/log/logTemp.txt {
size 1M
copytruncate
create 700 pi pi
dateext
rotate 30
compress
missingok
}
+20
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@@ -0,0 +1,20 @@
#!/bin/bash
# controlla se il logfile è correntemente scritto (quindi MapoIOB è alive) altrimenti riavvia!
DATE=`date +%Y-%m-%d`
cd /var/log
if [ -f MapoIOB.log ]
then
# controllo SE sia stato acceduto da meno di 2 minuti (=alive da log...)
trovato=`find . -name 'MapoIOB*' -cmin -1`
if [[ $trovato != './MapoIOB.log' ]]
then
/etc/init.d/MapoIOB restart
echo $date + "riavvio!"
fi
else
# in questo caso AVVIO il processo MapoIOB
/etc/init.d/MapoIOB start
echo $date + "file non trovato, avvio!"
fi
+14
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@@ -0,0 +1,14 @@
#!/bin/bash
DATE=`date +%Y-%m-%d_%T`
# log inizio pulizia
echo $DATE " - INIZIO pulizia processi python" >> clean.log
# effettua pulizia processi: killa tutti i processi python
killall python
# avvia MapoIob
/etc/init.d/MapoIOB start
# log fatto!
DATE=`date +%Y-%m-%d_%T`
echo $DATE " - FINE pulizia processi python + riavvio MapoIOB" >> clean.log
+46
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#!/usr/bin/python
# -*- coding: utf-8 -*-
# readFile v. 0.1
# - single instance timer
# - invio multiplo x send eventi accodati
#---------------------------------------------------------------
import os, sys
import argparse
#--------------------------------------------------------------
# gestione parser argomenti in input
parser = argparse.ArgumentParser()
parser.add_argument("inFile")
parser.add_argument("outFile")
args = parser.parse_args()
#with open('logfile.txt', 'r') as inf, open('persMem.dat',"w") as outf:
with open(args.inFile, 'r') as inf, open(args.outFile,"w") as outf:
data = inf.readlines()
lastDt = ""
lastMs = 0
stepMs = 200
for line in data:
words = line.split()
if words[2] == 'queue':
# recupero dataOra
newDt = words[0].replace("-","") + words[1].replace(":","")
# verifico se data/ora identica...
if (lastDt == newDt):
# --> aggiungo stepMs
lastMs += stepMs
else:
lastMs = 0
lastDt = newDt
newDt = newDt + '{:03d}'.format(lastMs) #str(lastMs)
#print words[0].replace("-","") + words[1].replace(":","") + " | " + newDt + "\n"
# print words
# outf.write(words[0].replace("-","") + words[1].replace(":","") + '#' + words[4].replace(">","") + '#' + words[5].replace("[","").replace("]","") +'\n')
outf.write(newDt + '#' + words[4].replace(">","") + '#' + words[5].replace("[","").replace("]","") +'\n')
+1
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@@ -0,0 +1 @@
* * * * * /bin/bash /home/pi/steamware/checkAlive.sh >> /home/pi/stdout 2>> /home/pi/stderr
+54
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@@ -0,0 +1,54 @@
#|/bin/bash
#installa il necessario per RPI-3-IOB partendo dal contenuto della folder /home/pi/steamware
#step 1: creo file di log nuovi
rm /var/log/log*.txt
rm /var/log/MapoIOB*
rm /home/pi/steamware/log*.txt
touch /var/log/logReboot.txt
touch /var/log/logTemp.txt
touch /var/log/MapoIOB.log
ln -sf /var/log/logReboot.txt /home/pi/steamware/logReboot.txt
ln -sf /var/log/logTemp.txt /home/pi/steamware/logTemp.txt
ln -sf /var/log/MapoIOB.log /home/pi/steamware/logfile.txt
chown pi:pi /home/pi -R
chmod 666 /var/log/log*.txt
chmod 666 /var/log/MapoIOB.log
#step 2: copio files in /usr/local/bin
cd /home/pi/steamware
chmod +x *.sh
cp *.sh /usr/local/bin/
#step 3: copio files x logrotate...
cd /home/pi/steamware
cp MapoIOB_logrot /etc/logrotate.d/
# step 4: copio target systemd in avvio...
cp -f sendRebootIOB /etc/init.d/sendRebootIOB
cp -f sendRebootIOB.service /etc/systemd/system/sendRebootIOB.service
#echo ""
#echo "-----------------------------------------------"
#echo "Completare registrazione servizio avvio: digitare i seguenti comandi"
#echo "systemctl enable sendRebootIOB"
#echo "systemctl daemon-reload"
#echo "systemctl status sendRebootIOB"
#echo "-----------------------------------------------"
#echo ""
# step 5: copio target MapoIOB in avvio...
cp -f MapoIOB /etc/init.d/MapoIOB
cp -f MapoIOB.service /etc/systemd/system/MapoIOB.service
#echo ""
#echo ""
#echo "-----------------------------------------------"
#echo "Infine creare voce crontab che salvi temperatura CPU/GPU ogni 20 minuti..."
#echo "crontab -e"
#echo "*/20 * * * * /usr/local/bin/saveTemp.sh"
#echo "-----------------------------------------------"
+152
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#!/usr/bin/python
# -*- coding: utf-8 -*-
# readFile v. 0.1
# - single instance timer
# - invio multiplo x send eventi accodati
#---------------------------------------------------------------
import time
from datetime import datetime
import urllib
import ConfigParser
import os, sys
import logging
import logging.handlers
import Queue
import argparse
#--------------------------------------------------------------
# gestione parser argomenti in input
parser = argparse.ArgumentParser()
parser.add_argument("memFile")
parser.add_argument("logFile")
args = parser.parse_args()
#definizione variabili BASE
stepQueuePut=25000
stepQueueGet=250
NMAXSEND=500000 # limite invio file x fare prove...
idxMacchina = "2003"
#--------------------------------------------------------------
# Gestione coda (condivisa) x registrazione eventi ed invio URL
#print "Creazione coda illimitata"
Coda = Queue.Queue(0)
#---------------------------------------------------------------
#Funzione di scrittura su coda con try-except
def accoda(valore):
try:
Coda.put(valore)
except Queue.Full:
logPro.error( "Queue full" + dtEve + '#' + value + '#' + cont )
except:
logPro.error( "NETWORK:Errore http-no com rete-timeout" + url )
#--------------------------------------------------------------
# svuotaCoda x invio dati al server
def svuota_coda():
global NMAXSEND
try:
if not Coda.empty():
# invio SOLO i primi NMAXSEND eventi... SE minore del num eventi...
if NMAXSEND > Coda.qsize():
NMAXSEND = Coda.qsize()
i = 0
with open(args.logFile,"w") as outf:
while i <= NMAXSEND:
if not Coda.empty():
# formatto dataOra corrente
dtCurr = datetime.utcnow().strftime('%Y%m%d%H%M%S%f')[:-3]
#prendo primo elemento dalla coda
resp = Coda.get()
# recupero valori da elemento coda!
dtEve = resp.split("#")[0]
value = resp.split("#")[1]
cnt = resp.split("#")[2]
url = URLBASE + idxMacchina + URLADV1 + value
url = url + '&dtCurr=' + dtCurr + '&dtEve=' + dtEve + '&cnt=' + cnt
# CHIAMO URL
response3 = urllib.urlopen ( url )
answ3 = response3.read()
# registro chiamata + risposta
# outf.write(url + " --> " + answ3 + "\n")
# incremento e controllo se mostrare output
i += 1
if (i % stepQueueGet) == 0:
print "Inviati %d valori..." % i
print "Inviati %d valori..." % i
except:
print "Errore in svuotamento coda!"
#---------------------------------------------------------------
# MAIN
try:
config = ConfigParser.RawConfigParser()
config.read ( 'IOB.cfg' )
# NMAXSEND = config.getint ( 'time' , 'NMAXSEND' )
# idxMacchina = config.get ( 'id' , 'idxMacchina' )
URLBASE = config.get ( 'web' , 'URLBASE' )
URLADV1 = config.get ( 'web' , 'URLADV1' )
LOGFILE = config.get ( 'log' , 'LOGFILE' )
LOGLEVEL = config.get ( 'log' , 'LOGLEVEL' )
except:
print "\n\n" + PROGRAM_NAME + ' - Error 4 - in config file ' 'IOB.cfg'
sys.exit(1)
#---------------------------------------------------------------
dtCurr = datetime.utcnow().strftime('%H:%M:%S.%f')[:-3]
print "Inizio elaborazione: %s" % dtCurr
# Leggo il file!
i = 0
with open(args.memFile, 'r') as inf, open(args.logFile,"w") as outf:
data = inf.readlines()
print "Trovate %d da processare..." % len(data)
# leggo e metto in QUEUE...
for line in data:
accoda(line)
i += 1
if (i % stepQueuePut) == 0:
print "Accodati %d valori..." % i
print "Completata lettura file! %d righe accodate da trasmettere" % Coda.qsize()
dtCurr = datetime.utcnow().strftime('%H:%M:%S.%f')[:-3]
print "Inizio invio: %s" % dtCurr
# chiamo procedura x svuotare coda...
svuota_coda()
dtCurr = datetime.utcnow().strftime('%H:%M:%S.%f')[:-3]
print "Completato invio: %s" % dtCurr
+733
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#!/usr/bin/python
# -*- coding: utf-8 -*-
# readParallela v. 2.5.2 8 Ingressi
# - single instance timer
# - invio multiplo x send eventi accodati
# - gestione segnali BLINKING
# - gestione INVERSIONE segnali cv 10-VII-2018
# - gestione FILTRAGGIO segnali brevi cv 23-VII-2018
# - (2.3) gestione 12 bit cv 14-I-2020
# - (2.4) fix ingressi e conf apertura parallela + gestione vari bit filtraggio x nuovi ingressi + update conf con 12 parametri bit SEL 15-I-2020
# - (2.4.8) versione adatta a raspberry PI vecchia generazione (GPIO corto, 8bit)
# - (2.5) Fix (hope) ciclo "wait send to complete", gestione timeout (rety infinito se IO riparte in modo anomalo)
# - (2.5.1) Fix numero versione 18.05.2023
# - (2.5.2) Fix gestione eccezioni con report dettagliato
#---------------------------------------------------------------
# levare locking
# timer semplificata
# GPIO global
import time
import sys
from datetime import datetime
import urllib
import ConfigParser
import os, sys
import logging
import logging.handlers
import threading
import Queue
from array import *
#--------------------------------------------------------------
# COSTANTI
MSGLEN = 9
TIMEOUTSERIALE = 10
MAXRETRY = 10
# numero campioni filtraggio segnale ballerino
MAX_COUNTER_BLINK = 10
PROGRAM_NAME ="ReadPar IOB-pi v.2.5.2"
# DA FILE CONF
idxMacchina = "1001"
SAMPLETIME = 0.1
TIMEOUTSHORT = (SAMPLETIME*20)
TIMEOUTLONG = (SAMPLETIME*600)
SENDURLTIME = 0.08
NMAXSEND = 5 # numero massimo di invii per singolo ciclo di svuotamento
# VAR
to_enable = False
to_short = TIMEOUTSHORT
to_long = TIMEOUTLONG
to_serial = TIMEOUTSERIALE
to_retry = MAXRETRY
errormsglen = 0
# VAR
out_0 = 24
out_1 = 26
in_0 = 11
in_1 = 12
in_2 = 13
in_3 = 15
in_4 = 16
in_5 = 18
in_6 = 22
in_7 = 7
# contatore: serve x match tra accoda ed invia x possibile controllo a posteriori... ogni volta che accodo incremento di 1, va da 0 a 9999
cont = '0'
# variabile stato online/offline della macchina
onLine = '1'
# variabile stato seinding/waiting x la parte invio URL
sending = '0'
# variabile stato timer thread busy
timer_busy = False
#
# array per ingressi filtrati
i_counters = array ( 'i',[0,0,0,0,0,0,0,0])
B_blinking = array ( 'B',[0,0,0,0,0,0,0,0])
B_previous = array ( 'B',[0,0,0,0,0,0,0,0])
B_input = array ( 'B',[0,0,0,0,0,0,0,0])
B_output = array ( 'B',[0,0,0,0,0,0,0,0])
B_inverting = array ( 'B',[0,0,0,0,0,0,0,0])
B_filter = array ( 'B',[0,0,0,0,0,0,0,0])
B_filter_prev = array ( 'B',[0,0,0,0,0,0,0,0])
B_temp = array ( 'B',[0,0,0,0,0,0,0,0])
i_filter_counters = array ( 'i',[0,0,0,0,0,0,0,0])
#--------------------------------------------------------------
# Gestione coda (condivisa) x registrazione eventi ed invio URL
#print "Creazione coda illimitata"
Coda = Queue.Queue(0)
#queueLock = threading.Lock()
#---------------------------------------------------------------
# lettura parallela
# ritorna il byte letto pulito ( due char hex )
def readParallelaFiltrata():
global in_0
global in_1
global in_2
global in_3
global in_4
global in_5
global in_6
global in_7
global GPIO
current = ''
try:
if GPIO.input(in_0):
B_input[0] = 0
else:
B_input[0] = 1
if GPIO.input(in_1):
B_input[1] = 0
else:
B_input[1] = 1
if GPIO.input(in_2):
B_input[2] = 0
else:
B_input[2] = 1
if GPIO.input(in_3):
B_input[3] = 0
else:
B_input[3] = 1
if GPIO.input(in_4):
B_input[4] = 0
else:
B_input[4] = 1
if GPIO.input(in_5):
B_input[5] = 0
else:
B_input[5] = 1
if GPIO.input(in_6):
B_input[6] = 0
else:
B_input[6] = 1
if GPIO.input(in_7):
B_input[7] = 0
else:
B_input[7] = 1
#ciclo per ogni segnale
for i in xrange(8) :
#print (i)
# v2.1 gestione inversione bit ingresso
if ( B_inverting[i] == 1 ) :
if ( B_input[i] == 0 ) :
B_input[i] = 1
else :
B_input[i] = 0
# v2.2 gestione filtro segnali brevi
if ( B_filter[i] == 1 ) :
# fronte 0 -> 1
if ( B_input[i] == 1 ) and ( B_filter_prev [i] == 0 ) :
if ( i_filter_counters[i] == 0 ) :
# vero fronte 0 -> 1
i_filter_counters[i] = MAX_COUNTER_FILTER
B_temp[i] = 0 # tengo l' ingresso a 0
#logPro.info("START spike 0->1 on bit " + `i` )
else :
# fine disturbo breve di uno stato 1
i_filter_counters[i] = 0
B_temp[i] = 1 # tengo l' ingresso a 1
logPro.info("END spike 0->1 on bit " + `i` )
# stabile 1 -> 1
if ( B_input[i] == 1 ) and ( B_filter_prev [i] == 1 ) :
if ( i_filter_counters[i] == 0 ) :
# segnale stabile a 1
B_temp[i] = 1 # tengo l' ingresso a 1
else :
# poco dopo il fronte
i_filter_counters[i] = i_filter_counters[i] - 1
B_temp[i] = 0 # tengo l' ingresso a 0
# fronte 1 -> 0
if ( B_input[i] == 0 ) and ( B_filter_prev [i] == 1 ) :
if ( i_filter_counters[i] == 0 ) :
# vero fronte 1 -> 0
i_filter_counters[i] = MAX_COUNTER_FILTER
B_temp[i] = 1 # tengo l' ingresso a 1
#logPro.info("START spike 1->0 on bit " + `i` )
else :
# fine disturbo breve di uno stato 0
i_filter_counters[i] = 0
B_temp[i] = 0 # tengo l' ingresso a 0
logPro.info("END spike 1->0 on bit " + `i` )
# stabile 0 -> 0
if ( B_input[i] == 0 ) and ( B_filter_prev [i] == 0 ) :
if ( i_filter_counters[i] == 0 ) :
# segnale stabile a 0
B_temp[i] = 0 # tengo l' ingresso a 0
else :
# poco dopo il fronte
i_filter_counters[i] = i_filter_counters[i] - 1
B_temp[i] = 1 # tengo l' ingresso a 1
B_filter_prev [i] = B_input[i]
B_input[i] = B_temp[i]
# fine gestione filtro segnali brevi
# se non blinking, copia ingresso
if ( B_blinking[i] == 0 ) :
B_output[i] = B_input[i]
else:
# gestione segnale blinking
# se fronte del segnale
if ( B_previous[i] != B_input[i] ) :
B_previous[i] = B_input[i]
# se fronte di salita
if ( B_input[i] == 1 ) :
# subito uscita = 1
B_output[i] = 1
i_counters[i] = MAX_COUNTER_BLINK
#else :
# # loggo che ho rilevato un blink...
# logPro.info("Blink down on bit " + `i`)
else:
# no , segnale eguale a prima
# se input a 0
if ( B_input[i] == 0 ) :
# E CONTEGGIO IN CORSO
if ( i_counters[i] > 0 ) :
i_counters[i] = i_counters[i] -1
if ( i_counters[i] == 0 ) :
B_output[i] = 0
logPro.info("END Blink on bit " + `i` )
#Rimettiamo insieme i bit
new_value = 0
if ( B_output[0] == 1 ) :
new_value = new_value + 1
if ( B_output[1] == 1 ) :
new_value = new_value + 2
if ( B_output[2] == 1 ) :
new_value = new_value + 4
if ( B_output[3] == 1 ) :
new_value = new_value + 8
if ( B_output[4] == 1 ) :
new_value = new_value + 16
if ( B_output[5] == 1 ) :
new_value = new_value + 32
if ( B_output[6] == 1 ) :
new_value = new_value + 64
if ( B_output[7] == 1 ) :
new_value = new_value + 128
current = hex( new_value ).replace ( "0x" , "" ).upper()
except Exception as e:
print "Errore in readParallelaFiltrata \n\n"
print str(e)
pass
return current
#---------------------------------------------------------------
#Funzione di scrittura su coda con try-except
def accoda():
try:
dtEve = datetime.utcnow().strftime('%Y%m%d%H%M%S%f')[:-3]
Coda.put(dtEve + '#' + value + '#' + cont)
except Queue.Full:
logPro.error( "Queue full" + `dtEve` + '#' + `value` + '#' + `cont` )
except Exception as e:
logPro.error( "NETWORK:Errore http-no com rete-timeout" + url )
logPro.error(str(e))
#--------------------------------------------------------------
# svuotaCoda x invio dati al server
def svuota_coda():
global onLine
global sending
global timer_busy
global NMAXSEND
#print "start timer "
if ( timer_busy == False ):
timer_busy = True
#print "start timer ok "
try:
if not Coda.empty():
#print "coda da svuotare!"
response = urllib.urlopen(URLALIVE)
answ = response.read()
if answ == 'OK':
#print "OK alive"
response2 = urllib.urlopen(URLENABLED + idxMacchina)
answ2 = response2.read()
if answ2 == 'OK':
# aggiorno stato ad online
if onLine == '0':
logPro.info("IOB ONLINE!")
#print("IOB ONLINE")
onLine = '1' # imposto comunque online
else:
if onLine == '1':
logPro.error("IOB offline")
#print("IOB offline")
onLine = '0'
else:
if onLine == '1':
logPro.error("Server offline")
#print("Server offline")
onLine = '0'
# ora verifico SE si possa inviare (ovvero sia online server e NON ci siano altri send attivi...)
if onLine == '1':
if sending == '0':
#segnalo che sono in sending!
sending = '1'
# SAM 2016.12.23: modifica x invio FINO A nMaxSend ELEMENTI ad ogni ciclo di svuotamento
i = NMAXSEND
while i >= 0:
if not Coda.empty():
# formatto dataOra corrente
dtCurr = datetime.utcnow().strftime('%Y%m%d%H%M%S%f')[:-3]
#prendo primo elemento dalla coda
resp = Coda.get()
# recupero valori da elemento coda!
dtEve = resp.split("#")[0]
value = resp.split("#")[1]
cnt = resp.split("#")[2]
url = URLBASE + idxMacchina + URLADV1 + value
url = url + '&dtCurr=' + dtCurr + '&dtEve=' + dtEve + '&cnt=' + cnt
# CHIAMO URL
response3 = urllib.urlopen ( url )
answ3 = response3.read()
#print(url)
# log valore inviato!
logSnd.info( value + ' ['+ cnt +']' + ' R:' + answ3 )
#print "Valore smaltito dalla coda"
# tolgo 1 al contatore
i -= 1
# completato invio, riporto sending a zero!
sending = '0'
else:
if to_retry > 0:
to_retry -= 1
logPro.info("WAIT active send to complete")
else:
sending = '0'
to_retry = MAXRETRY
logPro.info("END WAIT, reset to_retry var")
else:
pass
else:
pass
except Exception as e:
if onLine == '1':
logPro.error("Server Non raggiungibile")
logPro.error(str(e))
#print "Non raggiungibile"
onLine = '0'
# in ogni caso
timer_busy = False
#print "end timer ok"
#print "end timer "
#---------------------------------------------------------------
# funzione timer thread
#---------------------------------------------------------------
def do_every (interval, worker_func, iterations = 0):
if iterations != 1:
threading.Timer (
interval,
do_every, [interval, worker_func, 0 if iterations == 0 else iterations-1]
).start ();
worker_func ();
#---------------------------------------------------------------
# gestione contatore
#---------------------------------------------------------------
def contatore():
try:
global cont
ctr = int(cont)
ctr +=1
ctr = ctr % 10000 # round robin 10000 eventi x track
cont = str(ctr)
except Exception as e:
print("errore incremento contatore \n\n")
print(str(e))
#---------------------------------------------------------------
# avvia porta parallela
#---------------------------------------------------------------
def avviaParallela():
global in_0
global in_1
global in_2
global in_3
global in_4
global in_5
global in_6
global in_7
global GPIO
try:
GPIO.setmode(GPIO.BOARD)
GPIO.setwarnings(False)
#GPIO.setup(out_0, GPIO.OUT) # output 0
#GPIO.setup(out_1, GPIO.OUT) # output 1
GPIO.setup(in_0, GPIO.IN) # input 0
GPIO.setup(in_1, GPIO.IN) # input 1
GPIO.setup(in_2, GPIO.IN) # input 2
GPIO.setup(in_3, GPIO.IN) # input 3
GPIO.setup(in_4, GPIO.IN) # input 4
GPIO.setup(in_5, GPIO.IN) # input 5
GPIO.setup(in_6, GPIO.IN) # input 6
GPIO.setup(in_7, GPIO.IN) # input 7
except Exception as e:
print( "\n\n" + PROGRAM_NAME + " - Error 3 on RPi.GPIO ! \n\n")
print str(e)
sys.exit(1)
print( "\n\n" + PROGRAM_NAME + " - init ok \n\n")
#---------------------------------------------------------------
#---------------------------------------------------------------
# MAIN
try:
config = ConfigParser.RawConfigParser()
config.read ( 'IOB.cfg' )
SAMPLETIME = config.getfloat ( 'time' , 'SAMPLETIME' )
TIMEOUTSHORT = config.getfloat ( 'time' , 'TIMEOUTSHORT' )
TIMEOUTLONG = config.getfloat ( 'time' , 'TIMEOUTLONG' )
SENDURLTIME = config.getfloat ( 'time' , 'SENDURLTIME' )
NMAXSEND = config.getint ( 'time' , 'NMAXSEND' )
idxMacchina = config.get ( 'id' , 'idxMacchina' )
URLBASE = config.get ( 'web' , 'URLBASE' )
URLENABLED = config.get('web' , 'URLENABLED')
URLALIVE = config.get ('web' , 'URLALIVE')
URLADV1 = config.get ( 'web' , 'URLADV1' )
LOGFILE = config.get ( 'log' , 'LOGFILE' )
LOGLEVEL = config.get ( 'log' , 'LOGLEVEL' )
B_blinking[0] = config.getint ( 'blink' , 'bit0' )
B_blinking[1] = config.getint ( 'blink' , 'bit1' )
B_blinking[2] = config.getint ( 'blink' , 'bit2' )
B_blinking[3] = config.getint ( 'blink' , 'bit3' )
B_blinking[4] = config.getint ( 'blink' , 'bit4' )
B_blinking[5] = config.getint ( 'blink' , 'bit5' )
B_blinking[6] = config.getint ( 'blink' , 'bit6' )
B_blinking[7] = config.getint ( 'blink' , 'bit7' )
MAX_COUNTER_BLINK = config.getint ( 'blink' , 'MAX_COUNTER_BLINK' )
# cv 2.1 se bit = 1 allora inverto segnale in ingresso...
B_inverting[0] = config.getint ( 'invert' , 'bit0' )
B_inverting[1] = config.getint ( 'invert' , 'bit1' )
B_inverting[2] = config.getint ( 'invert' , 'bit2' )
B_inverting[3] = config.getint ( 'invert' , 'bit3' )
B_inverting[4] = config.getint ( 'invert' , 'bit4' )
B_inverting[5] = config.getint ( 'invert' , 'bit5' )
B_inverting[6] = config.getint ( 'invert' , 'bit6' )
B_inverting[7] = config.getint ( 'invert' , 'bit7' )
# cv 2.2 se bit = 1 allora filtro segnali brevi ...
B_filter[0] = config.getint ( 'filter' , 'bit0' )
B_filter[1] = config.getint ( 'filter' , 'bit1' )
B_filter[2] = config.getint ( 'filter' , 'bit2' )
B_filter[3] = config.getint ( 'filter' , 'bit3' )
B_filter[4] = config.getint ( 'filter' , 'bit4' )
B_filter[5] = config.getint ( 'filter' , 'bit5' )
B_filter[6] = config.getint ( 'filter' , 'bit6' )
B_filter[7] = config.getint ( 'filter' , 'bit7' )
MAX_COUNTER_FILTER = config.getint ( 'filter' , 'MAX_COUNTER_FILTER' )
except Exception as e:
print "\n\n" + PROGRAM_NAME + ' - Error 4 - in config file ' 'IOB.cfg'
print str(e)
sys.exit(1)
#--------------------------------------------
# oggetto Logger
#--------------------------------------------
try:
logging.basicConfig(level=logging.DEBUG,
format='%(asctime)s %(name)-8s %(levelname)-8s %(message)s',
datefmt='%Y-%m-%d %H:%M:%S',
filename=LOGFILE,
filemode='a'
)
# aggiungo 2 logger specifici x queue e send...
logQue = logging.getLogger('queue')
logSnd = logging.getLogger('sendUrl')
logPro = logging.getLogger('program')
except Exception as e:
# manda mail o simili - FARE!!!
print "LOG: Impossibile creare file log con nome"
print (LOGFILE)
print "\n\n"
print str(e)
#--------------------------------------------
print "\n\n" + PROGRAM_NAME + "\n\n"
global startstatus
startstatus = 1
if startstatus == 1:
logPro.info("Avvio Programma" + PROGRAM_NAME)
## Verifica l'OS e di conseguenza carica il file relativo con metodo di lockfile appropriato + check singola istanza
if os.name == 'posix':
import unix
else:
import win
logPro.info( "Start " + PROGRAM_NAME )
# lettura file configurazione
# [id]
# idxMacchina = 2001
# [time]
# SAMPLETIME = 0.1
# TIMEOUTSHORT = 200
# TIMEOUTLONG = 6000
print ( ' idxMacchina = %s' % ( idxMacchina ) )
print ( ' SAMPLETIME = %4.2f' % ( SAMPLETIME ) )
print ( ' TIMEOUTSHORT = %4.2f' % ( TIMEOUTSHORT ) )
print ( ' TIMEOUTLONG = %4.2f' % ( TIMEOUTLONG ) )
print ( ' SENDURLTIME = %4.2f' % ( SENDURLTIME ) )
print ( ' URLBASE = %s' % ( URLBASE ) )
print ( ' URLADV1 = %s' % ( URLADV1 ) )
print ( ' LOGFILE = %s' % ( LOGFILE ) )
print ( ' LOGLEVEL = %s' % ( LOGLEVEL ) )
# -sys.stdout.write ( 'idxMacchina ?' + idxMacchina + '\n')
to_short = TIMEOUTSHORT
to_long = TIMEOUTLONG
#--------------------------------------------------------------
# apertura parallela
try:
import RPi.GPIO as GPIO
except RuntimeError:
print( "\n\n" + PROGRAM_NAME + " - Error 1 - you need superuser privileges")
except Exception as e:
print( "\n\n" + PROGRAM_NAME + " - Error 2 - you need superuser privileges. USE 'sudo' to run your script\n\n")
print str(e)
sys.exit(1)
avviaParallela()
#--------------------------------------------------------------
# MARCO: qui inserire avvio thread di "svuotaCoda"
# avviaSvuotaCoda
#print "Avvia svuota coda"
do_every ( SENDURLTIME , svuota_coda );
#---------------------------------------------------------------
# ciclo forever and ever
old = ''
#print "Avvio ciclo"
logPro.info("Avvio loop principale")
while 1:
try:
time.sleep (SAMPLETIME)
except Exception as e:
logPro.info("First_SLEEP: errore attesa sampletime")
logPro.error(str(e))
# lettura dati da IOB
value = readParallelaFiltrata()
if ( value != '' ) :
if value != old :
#loggo e invio dati
try:
logQue.info( value + ' ['+ cont +']')
errormsglen = 0
accoda()
contatore()
except Exception as e:
logPro.error("URLBROWSER: errore registrazione valore e accoda")
logPro.error(str(e))
pass
#enable e reset timer
to_enable = True
to_short = TIMEOUTSHORT
to_long = TIMEOUTLONG
old = value
# gestione timeout breve
if ( to_enable ) :
to_short = to_short - SAMPLETIME
if to_short <= 0:
#loggo e invio dati
try:
logQue.info( '>' + value + ' ['+ cont +']')
errormsglen = 0
accoda()
contatore()
except Exception as e:
logPro.error("URLBROWSER: errore registrazione valore e accoda TO_short")
logPro.error(str(e))
pass
to_short = TIMEOUTSHORT
to_enable = False # dopo un colpo il timer breve viene disabilitato
to_long = TIMEOUTLONG
# gestione timeout lungo
to_long = to_long - SAMPLETIME
if to_long <= 0:
#loggo e invio dati
try:
logQue.info( '>>' + value + ' ['+ cont +']')
errormsglen = 0
accoda()
contatore()
except Exception as e:
logPro.error("URLBROWSER: errore registrazione valore e accoda TO_long")
logPro.error(str(e))
pass
to_long = TIMEOUTLONG
+363
View File
@@ -0,0 +1,363 @@
#!/usr/bin/python
# -*- coding: utf-8 -*-
#---------------------------------------------------------------
import serial
import time
import sys
import datetime
import urllib
import ConfigParser
import os, sys
#---------------------------------------------------------------
# COSTANTI
MSGLEN = 9
TIMEOUTSERIALE = 10
MAXRETRY = 3
# DA FILE CONF
idxMacchina = "2001"
SAMPLETIME = 0.1
TIMEOUTSHORT = (SAMPLETIME*20)
TIMEOUTLONG = (SAMPLETIME*600)
# VAR
to_enable = False
to_short = TIMEOUTSHORT
to_long = TIMEOUTLONG
to_serial = TIMEOUTSERIALE
to_retry = MAXRETRY
errormsglen = 0
#---------------------------------------------------------------
# classe logger
class Logger:
def __init__(self, filename):
try:
self.filename = filename
except:
logga("LOGGER: errore try su self.filename")
sys.exit(1)
def __call__(self, string):
try:
file = open(self.filename, 'a')
file.write('[' + time.strftime("%Y-%m-%d %H:%M:%S") + '] ')
file.write(string + '\n')
file.close()
except:
logga("LOGGER: errore try su scrittura")
sys.exit(1)
#---------------------------------------------------------------
# lettura buffer seriale e pulizia caratteri non stampabili
# ritorna '' se non c'è un messaggio buono o il messaggio pulito ( due bytes hex )
# il messaggio ha il formato xx<ACK>i00 00<CR><LF>xxx
def readSeriale():
global to_serial
global to_retry
global errormsglen
ret = ''
current = ''
i = 0
# ritorna '' se non ci sono abbastanza caratteri
try:
if ser.inWaiting() < MSGLEN :
#
# to_serial = to_serial - 1 # se non mi risponde, faccio un ' altra richiesta....
# if to_serial <= 0:
# try:
# requestData ()
# except:
# logga("SERIALE: errore su requestData")
# sys.exit(1)
# to_serial = TIMEOUTSERIALE # ripristino timer
# to_retry = to_retry - 1 # contatore retry
# if to_retry <= 0:
# logga ( 'IOB not responding' )
# return ret
logga("SERIALE: errore msglen < 9 char - Errore no. " + str(errormsglen))
errormsglen = errormsglen +1
avviaSeriale()
time.sleep(.2)
if errormsglen > 30:
sys.exit(1)
except:
if startstatus == 0:
logga ("Porta SERIALE non disponibile - ser.inWaiting error - exit... - Errore no. " + str(errormsglen))
errormsglen = errormsglen +1
avviaSeriale()
time.sleep(.2)
if errormsglen > 30:
sys.exit(1)
# finchè c'è robba .. leggi e tieni i buoni
to_serial = TIMEOUTSERIALE
to_retry = MAXRETRY
try:
while ser.inWaiting() > 0 :
try:
c = ser.read(1)
except:
logga("SERIALE: errore su try ser.read")
sys.exit(1)
# filtra caratteri non stampabili
if c > ' ' :
current += c
#sys.stdout.write(current + '<<<<\n')
# ora il messaggio ha il formato xxxxxi00 00xxx : cerco la 'i' iniziale
try:
while i < len(current) and current[i] != 'i':
i = i + 1
except:
logga("SERIALE: errore su ricerca i iniziale")
sys.exit(1)
# se non ho trovato la 'i' restituisco ''
if i == len(current)-1:
return ret
else:
current = current[i+1:i+3]
# richiesta dati ad IOB
requestData()
#sys.stdout.write ( current + '\n')
except:
if startstatus == 0:
logga ('Porta SERIALE non disponibile - ser.inWaiting e filtraggio error...exit')
sys.exit(1)
return current
#---------------------------------------------------------------
# richiesta dati ad IOB : scrittura su seriale
def requestData ():
try :
ser.write ("$i" + '\r\n')
ser.flush()
except :
if startstatus == 0:
logga ( "SERIAL: Errore di scrittura/flush")
#---------------------------------------------------------------
#Funzione di scrittura su url con try-except
def chiamaUrl():
try:
url = URLBASE + idxMacchina + URLADV1 + value
urllib.urlopen ( url )
except:
logga ( "NETWORK:Errore http-no com rete-timeout" + url )
#---------------------------------------------------------------
# Funzione che verifica possibilità di creare log e include testo corrente
def logga(message) :
try:
log(message)
except :
pass
#---------------------------------------------------------------
def avviaSeriale():
global ser
try:
ser = serial.Serial(
port = comm_port ,
baudrate = 9600 ,
parity = serial.PARITY_NONE ,
stopbits = serial.STOPBITS_ONE ,
bytesize = serial.EIGHTBITS
)
startstatus = 0
except serial.serialutil.SerialException , e :
try:
if startstatus == 0:
logga ( "SERIAL:Errore apertura seriale - " + comm_port)
except:
pass
sys.stdout.write ( '\nErrore apertura seriale\n\n%s\n\n' % e )
if errormsglen > 30:
sys.exit (1)
#---------------------------------------------------------------
#---------------------------------------------------------------
# MAIN
try:
config = ConfigParser.RawConfigParser()
config.read ( 'readSeriale.cfg' )
SAMPLETIME = config.getfloat ( 'time' , 'SAMPLETIME' )
TIMEOUTSHORT = config.getfloat ( 'time' , 'TIMEOUTSHORT' )
TIMEOUTLONG = config.getfloat ( 'time' , 'TIMEOUTLONG' )
idxMacchina = config.get ( 'id' , 'idxMacchina' )
comm_port = config.get ( 'comm' , 'port' )
URLBASE = config.get ( 'web' , 'URLBASE' )
URLADV1 = config.get ( 'web' , 'URLADV1' )
LOGFILE = config.get ( 'log' , 'LOGFILE' )
LOGLEVEL = config.get ( 'log' , 'LOGLEVEL' )
except:
sys.exit(1)
# oggetto Logger
try:
log = Logger(LOGFILE)
except:
# manda mail o simili - FARE!!!
print "LOG: Impossibile creare file log con nome "
print (LOGFILE)
print '\n\n Read seriale IOB v.0.2 !!!!\n'
global startstatus
startstatus = 1
if startstatus == 1:
logga("Avvio Programma")
# Verifica l'OS e di conseguenza carica il file relativo con metodo di lockfile appropriato + check singola istanza
if os.name == 'posix':
import unix
else:
import win
logga ( "Start Read seriale IOB v.0.2")
# lettura file configurazione
# [comm]
# port = /dev/ttyS0
# [id]
# idxMacchina = 2001
# [time]
# SAMPLETIME = 0.1
# TIMEOUTSHORT = 200
# TIMEOUTLONG = 6000
print ( ' comm_port = %s' % ( comm_port ) )
print ( ' idxMacchina = %s' % ( idxMacchina ) )
print ( ' SAMPLETIME = %4.2f' % ( SAMPLETIME ) )
print ( ' TIMEOUTSHORT = %4.2f' % ( TIMEOUTSHORT ) )
print ( ' TIMEOUTLONG = %4.2f' % ( TIMEOUTLONG ) )
print ( ' URLBASE = %s' % ( URLBASE ) )
print ( ' URLADV1 = %s' % ( URLADV1 ) )
print ( ' LOGFILE = %s' % ( LOGFILE ) )
print ( ' LOGLEVEL = %s' % ( LOGLEVEL ) )
# -sys.stdout.write ( 'idxMacchina ?' + idxMacchina + '\n')
to_short = TIMEOUTSHORT
to_long = TIMEOUTLONG
#--------------------------------------------------------------
#---------------------------------------------------------------
# apertura seriale
avviaSeriale()
#try:
# ser = serial.Serial(
# port = comm_port ,
# baudrate = 9600 ,
# parity = serial.PARITY_NONE ,
# stopbits = serial.STOPBITS_ONE ,
# bytesize = serial.EIGHTBITS
# )
# print "Initialized!"
#except serial.serialutil.SerialException , e :
# try:
# logga ( "SERIAL:Errore apertura seriale - " + comm_port)
# except:
# pass
# sys.stdout.write ( '\nErrore apertura seriale\n\n%s\n\n' % e )
# sys.exit (1)
#---------------------------------------------------------------
# ciclo forever and ever
old = ''
# richiesta dati ad IOB
try:
requestData()
except:
logga("SERIALE: errore sul try di requestData")
sys.exit(1)
while 1:
try:
time.sleep (SAMPLETIME)
except:
logga("SERIALE_SLEEP: errore attesa sampletime")
# lettura dati da IOB
try:
value = readSeriale()
except:
if startstatus == 0:
logga("errore PRIMA LETTURA SERIALE")
sys.exit(1)
if ( value != '' ) :
if value != old :
#loggo e invio dati
try:
logga ( value )
errormsglen = 0
chiamaUrl()
except:
logga("URLBROWSER: errore registrazione valore e chiamaUrl")
pass
#enable e reset timer
to_enable = True
to_short = TIMEOUTSHORT
to_long = TIMEOUTLONG
old = value
# gestione timeout breve
if ( to_enable ) :
to_short = to_short - SAMPLETIME
if to_short <= 0:
#loggo e invio dati
try:
logga ( '>' + value )
errormsglen = 0
chiamaUrl()
except:
pass
to_short = TIMEOUTSHORT
to_enable = False # dopo un colpo il timer breve viene disabilitato
to_long = TIMEOUTLONG
# gestione timeout lungo
to_long = to_long - SAMPLETIME
if to_long <= 0:
#loggo e invio dati
try:
logga ( '>>' + value )
errormsglen = 0
chiamaUrl()
except:
pass
to_long = TIMEOUTLONG
+17
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#!/bin/bash
#salva la temperatura CPU e GPU su chiamata...
# imposto logfile...
logFile="/var/log/logTemp.txt"
cpuTemp0=$(cat /sys/class/thermal/thermal_zone0/temp)
cpuTemp1=$(($cpuTemp0/1000))
cpuTemp2=$(($cpuTemp0/100))
cpuTempM=$(($cpuTemp2 % $cpuTemp1))
gpuTemp=`vcgencmd measure_temp`
loadAvg=`cat /proc/loadavg`
echo "$(date) | CPU: temp=$cpuTemp1.$cpuTempM ºC | GPU: $gpuTemp | LoadAvg: $loadAvg" >> $logFile
+135
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#!/usr/bin/python
# -*- coding: utf-8 -*-
# sendReboot v. 1.8
# - (2.5.2) Fix gestione eccezioni con report dettagliato
#---------------------------------------------------------------
import time
import sys
from datetime import datetime
import urllib
import ConfigParser
import os, sys
import logging
import time
#---------------------------------------------------------------
# COSTANTI
SR_PROG_NAME = "SendReboot IOB-pi v.2.5.2"
# DA FILE CONF
idxMacchina = "99"
# registro se ho fatto chiamata
global numTry
numTry = 1
#---------------------------------------------------------------
#Funzione di scrittura su url con try-except
#---------------------------------------------------------------
def chiamaUrl(numTry):
try:
urllib.urlopen ( url )
numTry = numTry + 10
except Exception as e:
print("Errore in chiamaUrl")
print(str(e))
logging.info ( str(e) )
print("Url chiamato: " , url)
return numTry
#---------------------------------------------------------------
# Funzione di recupero mac address per poterlo inviare a MPIO
#---------------------------------------------------------------
def getMAC(interface):
# Return the MAC address of interface
try:
str = open('/sys/class/net/' + interface + '/address').read()
except:
str = "00:00:00:00:00:00"
return str[0:17]
#---------------------------------------------------------------
# MAIN
#---------------------------------------------------------------
try:
config = ConfigParser.RawConfigParser()
config.read ( 'IOB.cfg' )
idxMacchina = config.get ( 'id' , 'idxMacchina' )
URLREBO = config.get ( 'web' , 'URLREBO' )
LOGFILE = config.get ( 'log' , 'LOGREBO' )
except Exception as e:
print("\n\n" + SR_PROG_NAME + ' - Error 4 - in config file ' 'IOB.cfg')
print(str(e))
sys.exit(1)
#--------------------------------------------
# oggetto Logger
#--------------------------------------------
try:
# log = Logger(LOGFILE)
logging.basicConfig(level=logging.DEBUG,
format='%(asctime)s %(name)-8s %(levelname)-8s %(message)s',
datefmt='%Y-%m-%d %H:%M:%S',
filename=LOGFILE,
filemode='a')
except Exception as e:
# manda mail o simili - FARE!!!
print("LOG: Impossibile creare file log con nome ")
print(LOGFILE)
print(str(e))
#--------------------------------------------
print("\n\n" + SR_PROG_NAME + "\n\n")
global startstatus
startstatus = 1
if startstatus == 1:
logging.info("Avvio Programma " + SR_PROG_NAME)
# lettura file configurazione
print ( ' idxMacchina = %s' % ( idxMacchina ) )
print ( ' URLREBO = %s' % ( URLREBO ) )
print ( ' LOGFILE = %s' % ( LOGFILE ) )
# lettura mac address
myMac = getMAC('eth0')
print ( ' MAC Address = %s' % ( myMac ) )
# configuro URL da inviare
url = URLREBO + idxMacchina + "&mac=" + myMac
# modifica: cerco se ho inviato segnale altrimenti ritento invio...
while (numTry < 11):
logging.info("Tentativo invio URL: $numTry" )
numTry = chiamaUrl(numTry)
time.sleep(3)
numTry = numTry + 1
# registro che ho inviato!
logging.info("Inviato segnale di reboot!: " + url )
+33
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#!/bin/sh -
#
### BEGIN INIT INFO
# Provides: sendReboot
# Required-Start: $network $remote_fs $syslog
# Required-Stop: $remote_fs $syslog
# Default-Start: 2 3 4 5
# Default-Stop: 0 1 6
# Short-Description: Steamware's IOB reboot signal
# Description: Steamware's sendReboot segnalazione reboot dispositivo
### END INIT INFO
#! /bin/sh
# /etc/init.d/sendReboot
export HOME
case "$1" in
start)
cd /home/pi/steamware
echo "Starting sendReboot"
/usr/bin/python ./sendReboot.py 2>&1 &
echo "Verifica Rete e file IOB"
/usr/local/bin/setIobConf.sh
;;
*)
echo "Usage: /etc/init.d/sendReboot {start}"
exit 1
;;
esac
exit 0
+22
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@@ -0,0 +1,22 @@
[Unit]
SourcePath=/etc/init.d/sendRebootIOB
Description=LSB: Steamware's IOB reboot signal
Before=runlevel2.target runlevel3.target runlevel4.target runlevel5.target shutdown.target
Wants=network-online.target
After=network.target network-online.target auditd.service
Conflicts=shutdown.target
[Service]
Type=forking
Restart=no
TimeoutSec=5min
IgnoreSIGPIPE=no
KillMode=process
GuessMainPID=no
RemainAfterExit=yes
SysVStartPriority=2
ExecStart=/etc/init.d/sendRebootIOB start
ExecStop=/etc/init.d/sendRebootIOB stop
[Install]
WantedBy=multi-user.target
+26
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#!/bin/bash
# verifico se sia rete donati o rete steamware o offline...
netStatus=`cat /sys/class/net/eth0/operstate`
iaddr=`ifconfig eth0 | grep "inet addr" | cut -d ':' -f 2 | cut -d ' ' -f 1`
cd /home/pi/steamware
if [[ $netStatus != "up" ]]
then
echo "Siamo Offline, pagina demo!"
elif [[ $iaddr == "10.74.82"* ]]
then
cp IOB.cfg.steamware IOB.cfg -f
echo "Siamo in Steamware!"
elif [[ $iaddr == "192.168.51"* ]]
then
cp IOB.cfg.donati IOB.cfg -f
echo "Siamo a Passirano!"
else
echo "Siamo altrove, pagina demo!"
fi
echo "$iaddr"
chown pi:pi *
+31
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import fcntl
import os
import logging
#---------------------------------------------------------------
# meccanismo di file lock per evitare multiple instances
# The function will try to lock the file specified , if it success, return True, else return False.
# The nice thing is that the lock will be dropped when the program terminates.
# >>>Use :
# if not lockFile(".lock.pod"):
# sys.exit(0)
def lockFile ( lockfile ) :
fd = os.open ( lockfile , os.O_CREAT | os.O_TRUNC | os.O_WRONLY )
try:
# Request exclusive (EX) non-blocking (NB) advisory lock.
fcntl.lockf ( fd , fcntl.LOCK_EX | fcntl.LOCK_NB )
except IOError:
return False
return True
if not lockFile ( ".lockfile" ) :
print '\n noi non siamo soli ...\n'
logging.error( "LOCK: Piu istanze aperte")
#sys.exit ( 0 )
#- print '\n running alone ...\n'
Binary file not shown.
+54
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#|/bin/bash
#installa il necessario per RPI-3-IOB partendo dal contenuto della folder /home/pi/steamware
#step 1: creo file di log nuovi
rm /var/log/log*.txt
rm /var/log/MapoIOB*
rm /home/pi/steamware/log*.txt
touch /var/log/logReboot.txt
touch /var/log/logTemp.txt
touch /var/log/MapoIOB.log
ln -sf /var/log/logReboot.txt /home/pi/steamware/logReboot.txt
ln -sf /var/log/logTemp.txt /home/pi/steamware/logTemp.txt
ln -sf /var/log/MapoIOB.log /home/pi/steamware/logfile.txt
chown pi:pi /home/pi -R
chmod 666 /var/log/log*.txt
chmod 666 /var/log/MapoIOB.log
#step 2: copio files in /usr/local/bin
cd /home/pi/steamware
chmod +x *.sh
cp *.sh /usr/local/bin/
#step 3: copio files x logrotate...
cd /home/pi/steamware
cp MapoIOB_logrot /etc/logrotate.d/
# step 4: copio target systemd in avvio...
cp -f sendRebootIOB /etc/init.d/sendRebootIOB
cp -f sendRebootIOB.service /etc/systemd/system/sendRebootIOB.service
#echo ""
#echo "-----------------------------------------------"
#echo "Completare registrazione servizio avvio: digitare i seguenti comandi"
#echo "systemctl enable sendRebootIOB"
#echo "systemctl daemon-reload"
#echo "systemctl status sendRebootIOB"
#echo "-----------------------------------------------"
#echo ""
# step 5: copio target MapoIOB in avvio...
cp -f MapoIOB /etc/init.d/MapoIOB
cp -f MapoIOB.service /etc/systemd/system/MapoIOB.service
#echo ""
#echo ""
#echo "-----------------------------------------------"
#echo "Infine creare voce crontab che salvi temperatura CPU/GPU ogni 20 minuti..."
#echo "crontab -e"
#echo "*/20 * * * * /usr/local/bin/saveTemp.sh"
#echo "-----------------------------------------------"
+32
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import win32api
print " Running on WINDOWS\n"
import os
#---------------------------------------------------------------
# meccanismo di file lock per evitare multiple instances
# The function will try to lock the file specified , if it success, return True, else return False.
# The nice thing is that the lock will be dropped when the program terminates.
# >>>Use :
# if not lockFile(".lock.pod"):
# sys.exit(0)
def lockFile ( lockfile ) :
try:
fd = os.open ( lockfile , os.O_CREAT | os.O_TRUNC | os.O_WRONLY )
except:
logga("Errore nel file WIN.PY per FD")
try:
# Request exclusive (EX) non-blocking (NB) advisory lock.
#fcntl.lockf ( fd , fcntl.LOCK_EX | fcntl.LOCK_NB )
print " Dummy Method! Completa Lockfile\n"
except IOError:
return False
return True
try:
if not lockFile ( ".lockfile" ) :
print '\n noi non siamo soli ...\n'
logga ( "LOCK: Piu istanze aperte")
sys.exit ( 0 )
except:
logga("if not lockfile NON RIUSCITO in file WIN.PY")
sys.exit(1)
+72
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[id]
idxMacchina = 0001
#idxMacchina = SIMUL_01
#numParams=8
numParams=12
[web]
URLBASE = http://10.74.82.218/MP/RIOC/api/IOB/input/
URLALIVE = http://10.74.82.218/MP/RIOC/api/IOB
URLENABLED = http://10.74.82.218/MP/RIOC/api/IOB/enabled/
URLADV1 = ?valore=
URLREBO = http://10.74.82.218/MP/IOC/api/IOB/sendReboot/
URLINFO = http://10.74.82.218/MP/RIOC/api/IOB/setM2IOB/
[time]
SAMPLETIME = 0.05
TIMEOUTSHORT = 0.50
TIMEOUTLONG = 80
SENDURLTIME = 0.15
NMAXSEND = 5
[log]
LOGLEVEL = 10
LOGFILE = logfile.txt
LOGREBO = logReboot.txt
[comm]
port = /dev/ttyAMA0
[blink]
MAX_COUNTER_BLINK = 30
bit0 = 0
bit1 = 0
bit2 = 0
bit3 = 0
bit4 = 0
bit5 = 0
bit6 = 0
bit7 = 0
bit8 = 0
bit9 = 0
bit10 = 0
bit11 = 0
[invert]
bit0 = 0
bit1 = 0
bit2 = 0
bit3 = 0
bit4 = 0
bit5 = 0
bit6 = 0
bit7 = 0
bit8 = 0
bit9 = 0
bit10 = 0
bit11 = 0
[filter]
MAX_COUNTER_FILTER = 8
bit0 = 0
bit1 = 0
bit2 = 0
bit3 = 0
bit4 = 0
bit5 = 0
bit6 = 0
bit7 = 0
bit8 = 0
bit9 = 0
bit10 = 0
bit11 = 0
+35
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@@ -0,0 +1,35 @@
[id]
idxMacchina = 2007
[web]
URLBASE = http://192.168.51.77/MP/IO/IOB/input/
URLALIVE = http://192.168.51.77/MP/IO/IOB
URLENABLED = http://192.168.51.77/MP/IO/IOB/enabled/
URLADV1 = ?valore=
URLREBO = http://192.168.51.77/MP/IO/sendReboot.aspx?idxMacchina=
[time]
SAMPLETIME = 0.05
TIMEOUTSHORT = 0.30
TIMEOUTLONG = 50
SENDURLTIME = 0.15
NMAXSEND = 5
[log]
LOGLEVEL = 10
LOGFILE = logfile.txt
LOGREBO = logReboot.txt
[comm]
port = /dev/ttyAMA0
[blink]
MAX_COUNTER_BLINK = 30
bit0 = 0
bit1 = 0
bit2 = 0
bit3 = 1
bit4 = 0
bit5 = 0
bit6 = 0
bit7 = 0
+35
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@@ -0,0 +1,35 @@
[id]
idxMacchina = 1005
[web]
URLBASE = http://10.74.82.218/MP/IO/IOB/input/
URLALIVE = http://10.74.82.218/MP/IO/IOB
URLENABLED = http://10.74.82.218/MP/IO/IOB/enabled/
URLADV1 = ?valore=
URLREBO = http://10.74.82.218/MPIO/sendReboot.aspx?idxMacchina=
[time]
SAMPLETIME = 0.05
TIMEOUTSHORT = 0.30
TIMEOUTLONG = 50
SENDURLTIME = 0.15
NMAXSEND = 5
[log]
LOGLEVEL = 10
LOGFILE = logfile.txt
LOGREBO = logReboot.txt
[comm]
port = /dev/ttyAMA0
[blink]
MAX_COUNTER_BLINK = 30
bit0 = 0
bit1 = 0
bit2 = 0
bit3 = 1
bit4 = 0
bit5 = 0
bit6 = 0
bit7 = 0
Binary file not shown.
+1
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@@ -0,0 +1 @@
50249a64efeef80bad924f3f6351edbc
+41
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@@ -0,0 +1,41 @@
#! /bin/bash
### BEGIN INIT INFO
# Provides: MapoIOB: script Steamware per avvio driver IOB
# Required-Start: $remote_fs $syslog
# Required-Stop: $remote_fs $syslog
# Default-Start: 2 3 4 5
# Default-Stop: 0 1 6
# Short-Description: Steamware's MapoIOB driver
# Description: Steamware's MapoIOB driver, versione lettura porta parallela
### END INIT INFO
# /etc/init.d/MapoIOB
export HOME
case "$1" in
start)
echo "Starting readParallela"
cd /home/pi/steamware
/usr/bin/python ./readParallela.py 2>&1 &
;;
stop)
echo "Stopping readParallela"
RS_PID=`ps auxwww | grep readParallela.py | head -1 | awk '{print $2}'`
kill -9 $RS_PID
cd /home/pi/steamware
rm .lockfile
;;
restart)
## Stop the service and regardless of whether it was
## running or not, start it again.
$0 stop
killall python
$0 start
;;
*)
echo "Usage: /etc/init.d/MapoIOB {start|stop|restart}"
exit 1
;;
esac
exit 0
+24
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@@ -0,0 +1,24 @@
[Unit]
SourcePath=/etc/init.d/MapoIOB
Description=LSB: Steamware's MapoIOB driver
Before=runlevel2.target runlevel3.target runlevel4.target runlevel5.target shutdown.target
Wants=network-online.target
After=network.target network-online.target auditd.service
Conflicts=shutdown.target
[Service]
Type=forking
Restart=on-failure
RestartSec=5
TimeoutSec=5min
IgnoreSIGPIPE=no
KillMode=process
GuessMainPID=no
RemainAfterExit=yes
SysVStartPriority=1
ExecStartPre=/bin/sleep 5
ExecStart=/etc/init.d/MapoIOB start
ExecStop=/etc/init.d/MapoIOB stop
[Install]
WantedBy=multi-user.target
+28
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@@ -0,0 +1,28 @@
/var/log/MapoIOB.log {
size 8M
copytruncate
create 700 pi pi
dateext
rotate 100
compress
maxage 366
missingok
}
/var/log/logReboot.txt {
size 1M
copytruncate
create 700 pi pi
dateext
rotate 30
compress
missingok
}
/var/log/logTemp.txt {
size 1M
copytruncate
create 700 pi pi
dateext
rotate 30
compress
missingok
}
+20
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@@ -0,0 +1,20 @@
#!/bin/bash
# controlla se il logfile è correntemente scritto (quindi MapoIOB è alive) altrimenti riavvia!
DATE=`date +%Y-%m-%d`
cd /var/log
if [ -f MapoIOB.log ]
then
# controllo SE sia stato acceduto da meno di 2 minuti (=alive da log...)
trovato=`find . -name 'MapoIOB*' -cmin -1`
if [[ $trovato != './MapoIOB.log' ]]
then
/etc/init.d/MapoIOB restart
echo $date + "riavvio!"
fi
else
# in questo caso AVVIO il processo MapoIOB
/etc/init.d/MapoIOB start
echo $date + "file non trovato, avvio!"
fi
+14
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#!/bin/bash
DATE=`date +%Y-%m-%d_%T`
# log inizio pulizia
echo $DATE " - INIZIO pulizia processi python" >> clean.log
# effettua pulizia processi: killa tutti i processi python
killall python
# avvia MapoIob
/etc/init.d/MapoIOB start
# log fatto!
DATE=`date +%Y-%m-%d_%T`
echo $DATE " - FINE pulizia processi python + riavvio MapoIOB" >> clean.log
+46
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#!/usr/bin/python
# -*- coding: utf-8 -*-
# readFile v. 0.1
# - single instance timer
# - invio multiplo x send eventi accodati
#---------------------------------------------------------------
import os, sys
import argparse
#--------------------------------------------------------------
# gestione parser argomenti in input
parser = argparse.ArgumentParser()
parser.add_argument("inFile")
parser.add_argument("outFile")
args = parser.parse_args()
#with open('logfile.txt', 'r') as inf, open('persMem.dat',"w") as outf:
with open(args.inFile, 'r') as inf, open(args.outFile,"w") as outf:
data = inf.readlines()
lastDt = ""
lastMs = 0
stepMs = 200
for line in data:
words = line.split()
if words[2] == 'queue':
# recupero dataOra
newDt = words[0].replace("-","") + words[1].replace(":","")
# verifico se data/ora identica...
if (lastDt == newDt):
# --> aggiungo stepMs
lastMs += stepMs
else:
lastMs = 0
lastDt = newDt
newDt = newDt + '{:03d}'.format(lastMs) #str(lastMs)
#print words[0].replace("-","") + words[1].replace(":","") + " | " + newDt + "\n"
# print words
# outf.write(words[0].replace("-","") + words[1].replace(":","") + '#' + words[4].replace(">","") + '#' + words[5].replace("[","").replace("]","") +'\n')
outf.write(newDt + '#' + words[4].replace(">","") + '#' + words[5].replace("[","").replace("]","") +'\n')
+1
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* * * * * /bin/bash /home/pi/steamware/checkAlive.sh >> /home/pi/stdout 2>> /home/pi/stderr
+54
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#|/bin/bash
#installa il necessario per RPI-3-IOB partendo dal contenuto della folder /home/pi/steamware
#step 1: creo file di log nuovi
rm /var/log/log*.txt
rm /var/log/MapoIOB*
rm /home/pi/steamware/log*.txt
touch /var/log/logReboot.txt
touch /var/log/logTemp.txt
touch /var/log/MapoIOB.log
ln -sf /var/log/logReboot.txt /home/pi/steamware/logReboot.txt
ln -sf /var/log/logTemp.txt /home/pi/steamware/logTemp.txt
ln -sf /var/log/MapoIOB.log /home/pi/steamware/logfile.txt
chown pi:pi /home/pi -R
chmod 666 /var/log/log*.txt
chmod 666 /var/log/MapoIOB.log
#step 2: copio files in /usr/local/bin
cd /home/pi/steamware
chmod +x *.sh
cp *.sh /usr/local/bin/
#step 3: copio files x logrotate...
cd /home/pi/steamware
cp MapoIOB_logrot /etc/logrotate.d/
# step 4: copio target systemd in avvio...
cp -f sendRebootIOB /etc/init.d/sendRebootIOB
cp -f sendRebootIOB.service /etc/systemd/system/sendRebootIOB.service
#echo ""
#echo "-----------------------------------------------"
#echo "Completare registrazione servizio avvio: digitare i seguenti comandi"
#echo "systemctl enable sendRebootIOB"
#echo "systemctl daemon-reload"
#echo "systemctl status sendRebootIOB"
#echo "-----------------------------------------------"
#echo ""
# step 5: copio target MapoIOB in avvio...
cp -f MapoIOB /etc/init.d/MapoIOB
cp -f MapoIOB.service /etc/systemd/system/MapoIOB.service
#echo ""
#echo ""
#echo "-----------------------------------------------"
#echo "Infine creare voce crontab che salvi temperatura CPU/GPU ogni 20 minuti..."
#echo "crontab -e"
#echo "*/20 * * * * /usr/local/bin/saveTemp.sh"
#echo "-----------------------------------------------"
+152
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#!/usr/bin/python
# -*- coding: utf-8 -*-
# readFile v. 0.1
# - single instance timer
# - invio multiplo x send eventi accodati
#---------------------------------------------------------------
import time
from datetime import datetime
import urllib
import ConfigParser
import os, sys
import logging
import logging.handlers
import Queue
import argparse
#--------------------------------------------------------------
# gestione parser argomenti in input
parser = argparse.ArgumentParser()
parser.add_argument("memFile")
parser.add_argument("logFile")
args = parser.parse_args()
#definizione variabili BASE
stepQueuePut=25000
stepQueueGet=250
NMAXSEND=500000 # limite invio file x fare prove...
idxMacchina = "2003"
#--------------------------------------------------------------
# Gestione coda (condivisa) x registrazione eventi ed invio URL
#print "Creazione coda illimitata"
Coda = Queue.Queue(0)
#---------------------------------------------------------------
#Funzione di scrittura su coda con try-except
def accoda(valore):
try:
Coda.put(valore)
except Queue.Full:
logPro.error( "Queue full" + dtEve + '#' + value + '#' + cont )
except:
logPro.error( "NETWORK:Errore http-no com rete-timeout" + url )
#--------------------------------------------------------------
# svuotaCoda x invio dati al server
def svuota_coda():
global NMAXSEND
try:
if not Coda.empty():
# invio SOLO i primi NMAXSEND eventi... SE minore del num eventi...
if NMAXSEND > Coda.qsize():
NMAXSEND = Coda.qsize()
i = 0
with open(args.logFile,"w") as outf:
while i <= NMAXSEND:
if not Coda.empty():
# formatto dataOra corrente
dtCurr = datetime.utcnow().strftime('%Y%m%d%H%M%S%f')[:-3]
#prendo primo elemento dalla coda
resp = Coda.get()
# recupero valori da elemento coda!
dtEve = resp.split("#")[0]
value = resp.split("#")[1]
cnt = resp.split("#")[2]
url = URLBASE + idxMacchina + URLADV1 + value
url = url + '&dtCurr=' + dtCurr + '&dtEve=' + dtEve + '&cnt=' + cnt
# CHIAMO URL
response3 = urllib.urlopen ( url )
answ3 = response3.read()
# registro chiamata + risposta
# outf.write(url + " --> " + answ3 + "\n")
# incremento e controllo se mostrare output
i += 1
if (i % stepQueueGet) == 0:
print "Inviati %d valori..." % i
print "Inviati %d valori..." % i
except:
print "Errore in svuotamento coda!"
#---------------------------------------------------------------
# MAIN
try:
config = ConfigParser.RawConfigParser()
config.read ( 'IOB.cfg' )
# NMAXSEND = config.getint ( 'time' , 'NMAXSEND' )
# idxMacchina = config.get ( 'id' , 'idxMacchina' )
URLBASE = config.get ( 'web' , 'URLBASE' )
URLADV1 = config.get ( 'web' , 'URLADV1' )
LOGFILE = config.get ( 'log' , 'LOGFILE' )
LOGLEVEL = config.get ( 'log' , 'LOGLEVEL' )
except:
print "\n\n" + PROGRAM_NAME + ' - Error 4 - in config file ' 'IOB.cfg'
sys.exit(1)
#---------------------------------------------------------------
dtCurr = datetime.utcnow().strftime('%H:%M:%S.%f')[:-3]
print "Inizio elaborazione: %s" % dtCurr
# Leggo il file!
i = 0
with open(args.memFile, 'r') as inf, open(args.logFile,"w") as outf:
data = inf.readlines()
print "Trovate %d da processare..." % len(data)
# leggo e metto in QUEUE...
for line in data:
accoda(line)
i += 1
if (i % stepQueuePut) == 0:
print "Accodati %d valori..." % i
print "Completata lettura file! %d righe accodate da trasmettere" % Coda.qsize()
dtCurr = datetime.utcnow().strftime('%H:%M:%S.%f')[:-3]
print "Inizio invio: %s" % dtCurr
# chiamo procedura x svuotare coda...
svuota_coda()
dtCurr = datetime.utcnow().strftime('%H:%M:%S.%f')[:-3]
print "Completato invio: %s" % dtCurr
+435
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#!/usr/bin/python
# -*- coding: utf-8 -*-
# readParallela v. 3.1.2 12 Ingressi
# - single instance timer
# - invio multiplo x send eventi accodati
# - gestione segnali BLINKING
# - gestione INVERSIONE segnali cv 10-VII-2018
# - gestione FILTRAGGIO segnali brevi cv 23-VII-2018
# - (2.3) gestione 12 bit cv 14-I-2020
# - (2.4) fix ingressi e conf apertura parallela + gestione vari bit filtraggio x nuovi ingressi + update conf con 12 parametri bit SEL 15-I-2020
# - (2.4.8) versione adatta a raspberry PI vecchia generazione (GPIO corto, 8bit)
# - (2.5) Fix (hope) ciclo "wait send to complete", gestione timeout (rety infinito se IO riparte in modo anomalo)
# - (2.5.1) Fix numero versione 18.05.2023
# - (2.5.2) Fix gestione eccezioni con report dettagliato
# - (2.5.3) Fix gestione stringhe e print x python 3.11 in debian 12 / raspberry OS 2025
# - (2.6.0) Aggiunto gestione Redis x code salvate ogni minuto e ricaricate all'avvio 2025.04.17
# - (2.6.1) Cleanup generale vecchia queue post test vari
# - (2.6.2) Fix in global di to_retry in send_coda per evitare problemi
# - (3.0.0) Prima versione code-assisted: riformulazione e ottimizzazione globale programma
# - (3.1.2) Ottimizzazione gestione letture GPIO (sempre code-assisted)
import time
import sys
import os
import logging
import logging.handlers
import threading
import configparser
from datetime import datetime, timezone
from array import array
import redis
import requests
import urllib3
# Disable urllib3 debug logging to keep application logs clean
urllib3.disable_warnings()
logging.getLogger("urllib3").setLevel(logging.WARNING)
# Note: RPi.GPIO is imported inside the class or at runtime to prevent errors on non-Pi systems
try:
import RPi.GPIO as GPIO
except ImportError:
GPIO = None
class ReadParallelaIOB:
def __init__(self, config_path='IOB.cfg'):
self.PROGRAM_NAME = "ReadPar IOB-pi v.3.1.2 (2026)"
self.MAXRETRY = 10
self.MAX_COUNTER_BLINK = 10
# Configuration and State
self.config = configparser
# Hardware Pin Maps
self._PINS_8 = [11, 12, 13, 15, 16, 18, 22, 7]
self._PINS_12 = [11, 12, 13, 15, 16, 18, 22, 7, 29, 31, 32, 36]
# Default configuration (will be overwritten by load_config)
self.num_params = 12
self.input_pins = self._PINS_12
# Internal State Arrays
self.i_counters = array('i', [0] * 12)
self.B_blinking = array('B', [0] * 12)
self.B_previous = array('B', [0] * 12)
self.B_input = array('B', [0] * 12)
self.B_output = array('B', [0] * 12)
self.B_inverting = array('B', [0] * 12)
self.B_filter = array('B', [0] * 12)
self.B_filter_prev = array('B', [0] * 12)
self.B_temp = array('B', [0] * 12)
self.i_filter_counters = array('i', [0] * 12)
# Load configuration after arrays are initialized
self.load_config(config_path)
# Control Variables
self.cont = 0
self.onLine = '1'
self.sending = False
self.timer_busy = False
self.to_enable = False
self.to_short = self.TIMEOUTSHORT
self.to_long = self.TIMEOUTLONG
self.to_retry = self.MAXRETRY
# Redis
self.CodaR = redis.Redis(host='localhost', port=6379, db=0, password='24068Seriate')
self.queue_name = 'IOB'
# Logging
self.setup_logging()
def load_config(self, path):
"""
Loads configuration parameters from the specified .cfg file.
Sets up timing, URL, logging, and bit-specific settings (blinking, inversion, filtering).
"""
config = configparser.RawConfigParser()
if not os.path.exists(path):
print(f"Error: Config file {path} not found.")
sys.exit(1)
config.read(path)
# 1. Determine number of parameters
try:
val = config.getint('id', 'numParams', fallback=12)
if val in [8, 12]:
self.num_params = val
else:
self.num_params = 12
except ValueError:
self.num_params = 12
# 2. Update hardware pins and arrays based on num_params
if self.num_params == 8:
self.input_pins = self._PINS_8
else:
self.input_pins = self._PINS_12
self.i_counters = array('i', [0] * self.num_params)
self.B_blinking = array('B', [0] * self.num_params)
self.B_previous = array('B', [0] * self.num_params)
self.B_input = array('B', [0] * self.num_params)
self.B_output = array('B', [0] * self.num_params)
self.B_inverting = array('B', [0] * self.num_params)
self.B_filter = array('B', [0] * self.num_params)
self.B_filter_prev = array('B', [0] * self.num_params)
self.B_temp = array('B', [0] * self.num_params)
self.i_filter_counters = array('i', [0] * self.num_params)
# 3. Load other parameters
self.idxMacchina = config.get('id', 'idxMacchina')
self.SAMPLETIME = config.getfloat('time', 'SAMPLETIME')
self.TIMEOUTSHORT = config.getfloat('time', 'TIMEOUTSHORT')
self.TIMEOUTLONG = config.getfloat('time', 'TIMEOUTLONG')
self.SENDURLTIME = config.getfloat('time', 'SENDURLTIME')
self.NMAXSEND = config.getint('time', 'NMAXSEND')
self.URLBASE = config.get('web', 'URLBASE')
self.URLENABLED = config.get('web', 'URLENABLED')
self.URLALIVE = config.get('web', 'URLALIVE')
self.URLADV1 = config.get('web', 'URLADV1')
self.LOGFILE = config.get('log', 'LOGFILE')
self.LOGLEVEL = config.get('log', 'LOGLEVEL')
# 4. Load bit settings using loops
for i in range(self.num_params):
self.B_blinking[i] = config.getint('blink', f'bit{i}')
self.MAX_COUNTER_BLINK = config.getint('blink', 'MAX_COUNTER_BLINK')
for i in range(self.num_params):
self.B_inverting[i] = config.getint('invert', f'bit{i}')
self.B_filter[i] = config.getint('filter', f'bit{i}')
self.MAX_COUNTER_FILTER = config.getint('filter', 'MAX_COUNTER_FILTER')
def setup_logging(self):
"""
Configures the logging system.
"""
logging.basicConfig(
level=logging.DEBUG,
format='%(asctime)s %(name)-8s %(levelname)-8s %(message)s',
datefmt='%Y-%m-%d %H:%M:%S',
filename=self.LOGFILE,
filemode='a'
)
self.logQue = logging.getLogger('queue')
self.logSnd = logging.getLogger('sendUrl')
self.logPro = logging.getLogger('program')
def setup_gpio(self):
"""
Initializes the GPIO pins for input.
"""
if GPIO is None:
self.logPro.error("GPIO library not found. Are you on a Raspberry Pi?")
sys.exit(1)
try:
GPIO.setmode(GPIO.BOARD)
GPIO.setwarnings(False)
for pin in self.input_pins:
GPIO.setup(pin, GPIO.IN)
self.logPro.info("GPIO initialized successfully.")
except Exception as e:
self.logPro.error(f"GPIO Setup Error: {e}")
sys.exit(1)
def rqEnqueue(self, item):
"""
Adds an item to the Redis queue.
"""
self.CodaR.rpush(self.queue_name, item)
def rqDequeue(self):
"""
Removes and returns an item from the Redis queue.
"""
item = self.CodaR.lpop(self.queue_name)
return item.decode('utf-8') if item else None
def rqLen(self):
"""
Returns the current length of the Redis queue.
"""
return self.CodaR.llen(self.queue_name)
def readParallelaFiltrata(self):
"""
Performs the core logic: reads GPIO, applies inversion, filtering,
and blinking, then reconstructs the value as a hex string.
"""
try:
# 1. Efficient GPIO Read
# Using a local reference for speed in loops
gpio_input = GPIO.input
pins = self.input_pins
inverting = self.B_inverting
input_arr = self.B_input
for i in range(self.num_params):
# Read and invert logic immediately if required
raw_val = 0 if gpio_input(pins[i]) else 1
if inverting[i]:
raw_val = 1 - raw_val
input_arr[i] = raw_val
# 2. Processing Loop (Filtering & Blinking)
# Pre-caching references to reduce attribute lookups in tight loops
filter_arr = self.B_filter
filter_prev = self.B_filter_prev
filter_counters = self.i_filter_counters
max_filter = self.MAX_COUNTER_FILTER
blinking = self.B_blinking
previous = self.B_previous
output_arr = self.B_output
blink_counters = self.i_counters
for i in range(self.num_params):
# Debounce / Filter logic
if filter_arr[i]:
curr_in = input_arr[i]
prev_in = filter_prev[i]
if curr_in != prev_in:
# State change detected
if curr_in == 1:
filter_counters[i] = max_filter if filter_counters[i] == 0 else 0
self.B_temp[i] = 0 if filter_counters[i] == max_filter else 1
else:
filter_counters[i] = max_filter if filter_counters[i] == 0 else 0
self.B_temp[i] = 1 if filter_counters[i] == max_filter else 0
filter_prev[i] = curr_in
input_arr[i] = self.B_temp[i]
else:
# No state change, maintain or decrement counter
if filter_counters[i] > 0:
filter_counters[i] -= 1
self.B_temp[i] = 0 if curr_in == 1 else 1
else:
self.B_temp[i] = 1 if curr_in == 1 else 0
# Update the actual input array with the filtered value
input_arr[i] = self.B_temp[i]
# Blinking Logic
if blinking[i] == 0:
output_arr[i] = input_arr[i]
else:
if previous[i] != input_arr[i]:
previous[i] = input_arr[i]
if input_arr[i] == 1:
output_arr[i] = 1
blink_counters[i] = self.MAX_COUNTER_BLINK
else:
if input_arr[i] == 0 and blink_counters[i] > 0:
blink_counters[i] -= 1
if blink_counters[i] == 0:
output_arr[i] = 0
# 3. Optimized Bitwise Reconstruction
new_value = 0
for i in range(self.num_params):
if output_arr[i]:
new_value |= (1 << i)
if self.num_params == 8:
return f"{new_value:02X}"
else:
# For 12 bits, we want to ensure we don't have leading 0s if not needed,
# but the user's log showed F83, which is a 3-digit hex.
# hex(new_value)[2:].upper() is fine.
return hex(new_value)[2:].upper()
except Exception as e:
self.logPro.error(f"Error in readParallelaFiltrata: {e}")
return ''
def accoda(self, value):
try:
dt_eve = datetime.now(timezone.utc).strftime('%Y%m%d%H%M%S%f')[:-3]
self.rqEnqueue(f"{dt_eve}#{value}#{self.cont}")
except Exception as e:
self.logPro.error(f"QUEUE ERROR: {e}")
def svuotaCoda(self):
if self.timer_busy:
return
self.timer_busy = True
try:
if self.rqLen() > 0:
# Check connectivity using requests
try:
res_alive = requests.get(self.URLALIVE, timeout=5)
if res_alive.text == 'OK':
res_enabled = requests.get(self.URLENABLED + self.idxMacchina, timeout=5)
if res_enabled.text == 'OK':
if self.onLine == '0':
self.logPro.info("IOB ONLINE!")
self.onLine = '1'
else:
self.onLine = '0'
else:
self.onLine = '0'
except Exception as e:
self.logPro.error(f"Server Connection Error: {e}")
self.onLine = '0'
if self.onLine == '1' and not self.sending:
self.sending = True
for _ in range(self.NMAXSEND):
if self.rqLen() == 0:
break
resp = self.rqDequeue()
if not resp: break
parts = resp.split("#")
dt_eve, val, cnt = parts[0], parts[1], parts[2]
dt_curr = datetime.now(timezone.utc).strftime('%Y%m%d%H%M%S%f')[:-3]
url = f"{self.URLBASE}{self.idxMacchina}{self.URLADV1}{val}&dtCurr={dt_curr}&dtEve={dt_eve}&cnt={cnt}"
try:
r = requests.get(url, timeout=5)
self.logSnd.info(f"{val} [{cnt}] R:{r.text}")
except Exception as e:
self.logSnd.error(f"Send Error: {e}")
self.sending = False
elif self.sending:
if self.to_retry > 0:
self.to_retry -= 1
self.logPro.info("WAIT active send to complete")
else:
self.sending = False
self.to_retry = self.MAXRETRY
self.logPro.info("END WAIT, reset to_retry")
except Exception as e:
self.logPro.error(f"svuotaCoda Error: {e}")
finally:
self.timer_busy = False
def run(self):
"""
Starts the main execution loop:
1. Initializes GPIO.
2. Spawns a background daemon thread to empty the Redis queue.
3. Enters a loop to sample GPIO inputs, apply filters/blinking, and queue changes.
"""
self.logPro.info("-----------------------------")
self.logPro.info(self.PROGRAM_NAME)
self.logPro.info("-----------------------------")
self.setup_gpio()
# Start background thread for queue emptying
def timer_worker():
while True:
self.svuotaCoda()
time.sleep(self.SENDURLTIME)
threading.Thread(target=timer_worker, daemon=True).start()
old_value = ''
self.logPro.info("Starting main loop")
while True:
try:
time.sleep(self.SAMPLETIME)
value = self.readParallelaFiltrata()
if value != '':
if value != old_value:
self.logQue.info(f"{value} [{self.cont}]")
self.accoda(value)
self.cont = (self.cont + 1) % 10000
self.to_enable = True
self.to_short = self.TIMEOUTSHORT
self.to_long = self.TIMEOUTLONG
old_value = value
# Handle Timeouts
if self.to_enable:
self.to_short -= self.SAMPLETIME
if self.to_short <= 0:
self.logQue.info(f">{value} [{self.cont}]")
self.accoda(value)
self.to_short = self.TIMEOUTSHORT
self.to_enable = False
self.to_long = self.TIMEOUTLONG
self.to_long -= self.SAMPLETIME
if self.to_long <= 0:
self.logQue.info(f">>{value} [{self.cont}]")
self.accoda(value)
self.to_long = self.TIMEOUTLONG
except KeyboardInterrupt:
self.logPro.info("Keyboard interrupt received. Exiting...")
break
except Exception as e:
self.logPro.error(f"Main loop error: {e}")
if __name__ == "__main__":
app = ReadParallelaIOB()
app.run()
+363
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#!/usr/bin/python
# -*- coding: utf-8 -*-
#---------------------------------------------------------------
import serial
import time
import sys
import datetime
import urllib
import ConfigParser
import os, sys
#---------------------------------------------------------------
# COSTANTI
MSGLEN = 9
TIMEOUTSERIALE = 10
MAXRETRY = 3
# DA FILE CONF
idxMacchina = "2001"
SAMPLETIME = 0.1
TIMEOUTSHORT = (SAMPLETIME*20)
TIMEOUTLONG = (SAMPLETIME*600)
# VAR
to_enable = False
to_short = TIMEOUTSHORT
to_long = TIMEOUTLONG
to_serial = TIMEOUTSERIALE
to_retry = MAXRETRY
errormsglen = 0
#---------------------------------------------------------------
# classe logger
class Logger:
def __init__(self, filename):
try:
self.filename = filename
except:
logga("LOGGER: errore try su self.filename")
sys.exit(1)
def __call__(self, string):
try:
file = open(self.filename, 'a')
file.write('[' + time.strftime("%Y-%m-%d %H:%M:%S") + '] ')
file.write(string + '\n')
file.close()
except:
logga("LOGGER: errore try su scrittura")
sys.exit(1)
#---------------------------------------------------------------
# lettura buffer seriale e pulizia caratteri non stampabili
# ritorna '' se non c'è un messaggio buono o il messaggio pulito ( due bytes hex )
# il messaggio ha il formato xx<ACK>i00 00<CR><LF>xxx
def readSeriale():
global to_serial
global to_retry
global errormsglen
ret = ''
current = ''
i = 0
# ritorna '' se non ci sono abbastanza caratteri
try:
if ser.inWaiting() < MSGLEN :
#
# to_serial = to_serial - 1 # se non mi risponde, faccio un ' altra richiesta....
# if to_serial <= 0:
# try:
# requestData ()
# except:
# logga("SERIALE: errore su requestData")
# sys.exit(1)
# to_serial = TIMEOUTSERIALE # ripristino timer
# to_retry = to_retry - 1 # contatore retry
# if to_retry <= 0:
# logga ( 'IOB not responding' )
# return ret
logga("SERIALE: errore msglen < 9 char - Errore no. " + str(errormsglen))
errormsglen = errormsglen +1
avviaSeriale()
time.sleep(.2)
if errormsglen > 30:
sys.exit(1)
except:
if startstatus == 0:
logga ("Porta SERIALE non disponibile - ser.inWaiting error - exit... - Errore no. " + str(errormsglen))
errormsglen = errormsglen +1
avviaSeriale()
time.sleep(.2)
if errormsglen > 30:
sys.exit(1)
# finchè c'è robba .. leggi e tieni i buoni
to_serial = TIMEOUTSERIALE
to_retry = MAXRETRY
try:
while ser.inWaiting() > 0 :
try:
c = ser.read(1)
except:
logga("SERIALE: errore su try ser.read")
sys.exit(1)
# filtra caratteri non stampabili
if c > ' ' :
current += c
#sys.stdout.write(current + '<<<<\n')
# ora il messaggio ha il formato xxxxxi00 00xxx : cerco la 'i' iniziale
try:
while i < len(current) and current[i] != 'i':
i = i + 1
except:
logga("SERIALE: errore su ricerca i iniziale")
sys.exit(1)
# se non ho trovato la 'i' restituisco ''
if i == len(current)-1:
return ret
else:
current = current[i+1:i+3]
# richiesta dati ad IOB
requestData()
#sys.stdout.write ( current + '\n')
except:
if startstatus == 0:
logga ('Porta SERIALE non disponibile - ser.inWaiting e filtraggio error...exit')
sys.exit(1)
return current
#---------------------------------------------------------------
# richiesta dati ad IOB : scrittura su seriale
def requestData ():
try :
ser.write ("$i" + '\r\n')
ser.flush()
except :
if startstatus == 0:
logga ( "SERIAL: Errore di scrittura/flush")
#---------------------------------------------------------------
#Funzione di scrittura su url con try-except
def chiamaUrl():
try:
url = URLBASE + idxMacchina + URLADV1 + value
urllib.urlopen ( url )
except:
logga ( "NETWORK:Errore http-no com rete-timeout" + url )
#---------------------------------------------------------------
# Funzione che verifica possibilità di creare log e include testo corrente
def logga(message) :
try:
log(message)
except :
pass
#---------------------------------------------------------------
def avviaSeriale():
global ser
try:
ser = serial.Serial(
port = comm_port ,
baudrate = 9600 ,
parity = serial.PARITY_NONE ,
stopbits = serial.STOPBITS_ONE ,
bytesize = serial.EIGHTBITS
)
startstatus = 0
except serial.serialutil.SerialException , e :
try:
if startstatus == 0:
logga ( "SERIAL:Errore apertura seriale - " + comm_port)
except:
pass
sys.stdout.write ( '\nErrore apertura seriale\n\n%s\n\n' % e )
if errormsglen > 30:
sys.exit (1)
#---------------------------------------------------------------
#---------------------------------------------------------------
# MAIN
try:
config = ConfigParser.RawConfigParser()
config.read ( 'readSeriale.cfg' )
SAMPLETIME = config.getfloat ( 'time' , 'SAMPLETIME' )
TIMEOUTSHORT = config.getfloat ( 'time' , 'TIMEOUTSHORT' )
TIMEOUTLONG = config.getfloat ( 'time' , 'TIMEOUTLONG' )
idxMacchina = config.get ( 'id' , 'idxMacchina' )
comm_port = config.get ( 'comm' , 'port' )
URLBASE = config.get ( 'web' , 'URLBASE' )
URLADV1 = config.get ( 'web' , 'URLADV1' )
LOGFILE = config.get ( 'log' , 'LOGFILE' )
LOGLEVEL = config.get ( 'log' , 'LOGLEVEL' )
except:
sys.exit(1)
# oggetto Logger
try:
log = Logger(LOGFILE)
except:
# manda mail o simili - FARE!!!
print "LOG: Impossibile creare file log con nome "
print (LOGFILE)
print '\n\n Read seriale IOB v.0.2 !!!!\n'
global startstatus
startstatus = 1
if startstatus == 1:
logga("Avvio Programma")
# Verifica l'OS e di conseguenza carica il file relativo con metodo di lockfile appropriato + check singola istanza
if os.name == 'posix':
import unix
else:
import win
logga ( "Start Read seriale IOB v.0.2")
# lettura file configurazione
# [comm]
# port = /dev/ttyS0
# [id]
# idxMacchina = 2001
# [time]
# SAMPLETIME = 0.1
# TIMEOUTSHORT = 200
# TIMEOUTLONG = 6000
print ( ' comm_port = %s' % ( comm_port ) )
print ( ' idxMacchina = %s' % ( idxMacchina ) )
print ( ' SAMPLETIME = %4.2f' % ( SAMPLETIME ) )
print ( ' TIMEOUTSHORT = %4.2f' % ( TIMEOUTSHORT ) )
print ( ' TIMEOUTLONG = %4.2f' % ( TIMEOUTLONG ) )
print ( ' URLBASE = %s' % ( URLBASE ) )
print ( ' URLADV1 = %s' % ( URLADV1 ) )
print ( ' LOGFILE = %s' % ( LOGFILE ) )
print ( ' LOGLEVEL = %s' % ( LOGLEVEL ) )
# -sys.stdout.write ( 'idxMacchina ?' + idxMacchina + '\n')
to_short = TIMEOUTSHORT
to_long = TIMEOUTLONG
#--------------------------------------------------------------
#---------------------------------------------------------------
# apertura seriale
avviaSeriale()
#try:
# ser = serial.Serial(
# port = comm_port ,
# baudrate = 9600 ,
# parity = serial.PARITY_NONE ,
# stopbits = serial.STOPBITS_ONE ,
# bytesize = serial.EIGHTBITS
# )
# print "Initialized!"
#except serial.serialutil.SerialException , e :
# try:
# logga ( "SERIAL:Errore apertura seriale - " + comm_port)
# except:
# pass
# sys.stdout.write ( '\nErrore apertura seriale\n\n%s\n\n' % e )
# sys.exit (1)
#---------------------------------------------------------------
# ciclo forever and ever
old = ''
# richiesta dati ad IOB
try:
requestData()
except:
logga("SERIALE: errore sul try di requestData")
sys.exit(1)
while 1:
try:
time.sleep (SAMPLETIME)
except:
logga("SERIALE_SLEEP: errore attesa sampletime")
# lettura dati da IOB
try:
value = readSeriale()
except:
if startstatus == 0:
logga("errore PRIMA LETTURA SERIALE")
sys.exit(1)
if ( value != '' ) :
if value != old :
#loggo e invio dati
try:
logga ( value )
errormsglen = 0
chiamaUrl()
except:
logga("URLBROWSER: errore registrazione valore e chiamaUrl")
pass
#enable e reset timer
to_enable = True
to_short = TIMEOUTSHORT
to_long = TIMEOUTLONG
old = value
# gestione timeout breve
if ( to_enable ) :
to_short = to_short - SAMPLETIME
if to_short <= 0:
#loggo e invio dati
try:
logga ( '>' + value )
errormsglen = 0
chiamaUrl()
except:
pass
to_short = TIMEOUTSHORT
to_enable = False # dopo un colpo il timer breve viene disabilitato
to_long = TIMEOUTLONG
# gestione timeout lungo
to_long = to_long - SAMPLETIME
if to_long <= 0:
#loggo e invio dati
try:
logga ( '>>' + value )
errormsglen = 0
chiamaUrl()
except:
pass
to_long = TIMEOUTLONG
+17
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#!/bin/bash
#salva la temperatura CPU e GPU su chiamata...
# imposto logfile...
logFile="/var/log/logTemp.txt"
cpuTemp0=$(cat /sys/class/thermal/thermal_zone0/temp)
cpuTemp1=$(($cpuTemp0/1000))
cpuTemp2=$(($cpuTemp0/100))
cpuTempM=$(($cpuTemp2 % $cpuTemp1))
gpuTemp=`vcgencmd measure_temp`
loadAvg=`cat /proc/loadavg`
echo "$(date) | CPU: temp=$cpuTemp1.$cpuTempM ºC | GPU: $gpuTemp | LoadAvg: $loadAvg" >> $logFile
+138
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#!/usr/bin/python
# -*- coding: utf-8 -*-
# sendReboot v. 1.8
# - (2.5.2) Fix gestione eccezioni con report dettagliato
#---------------------------------------------------------------
import time
import sys
from datetime import datetime
#import urllib
#import ConfigParser
import urllib.request
import configparser
import os, sys
import logging
import time
#---------------------------------------------------------------
# COSTANTI
SR_PROG_NAME = "SendReboot IOB-pi v.2.5.2"
# DA FILE CONF
idxMacchina = "99"
# registro se ho fatto chiamata
global numTry
numTry = 1
#---------------------------------------------------------------
#Funzione di scrittura su url con try-except
#---------------------------------------------------------------
def chiamaUrl(numTry):
try:
urllib.request.urlopen ( url )
numTry = numTry + 10
except Exception as e:
print("Errore in chiamaUrl")
print(str(e))
logging.info ( str(e) )
print("Url chiamato: " , url)
return numTry
#---------------------------------------------------------------
# Funzione di recupero mac address per poterlo inviare a MPIO
#---------------------------------------------------------------
def getMAC(interface):
# Return the MAC address of interface
try:
str = open('/sys/class/net/' + interface + '/address').read()
except:
str = "00:00:00:00:00:00"
return str[0:17]
#---------------------------------------------------------------
# MAIN
#---------------------------------------------------------------
try:
#config = ConfigParser.RawConfigParser()
config = configparser.RawConfigParser()
config.read ( 'IOB.cfg' )
idxMacchina = config.get ( 'id' , 'idxMacchina' )
URLREBO = config.get ( 'web' , 'URLREBO' )
LOGFILE = config.get ( 'log' , 'LOGREBO' )
except Exception as e:
print("\n\n" + SR_PROG_NAME + ' - Error 4 - in config file ' 'IOB.cfg')
print(str(e))
sys.exit(1)
#--------------------------------------------
# oggetto Logger
#--------------------------------------------
try:
# log = Logger(LOGFILE)
logging.basicConfig(level=logging.DEBUG,
format='%(asctime)s %(name)-8s %(levelname)-8s %(message)s',
datefmt='%Y-%m-%d %H:%M:%S',
filename=LOGFILE,
filemode='a')
except Exception as e:
# manda mail o simili - FARE!!!
print("LOG: Impossibile creare file log con nome ")
print(LOGFILE)
print(str(e))
#--------------------------------------------
print("\n\n" + SR_PROG_NAME + "\n\n")
global startstatus
startstatus = 1
if startstatus == 1:
logging.info("Avvio Programma " + SR_PROG_NAME)
# lettura file configurazione
print ( ' idxMacchina = %s' % ( idxMacchina ) )
print ( ' URLREBO = %s' % ( URLREBO ) )
print ( ' LOGFILE = %s' % ( LOGFILE ) )
# lettura mac address
myMac = getMAC('eth0')
print ( ' MAC Address = %s' % ( myMac ) )
# configuro URL da inviare
url = URLREBO + idxMacchina + "&mac=" + myMac
# modifica: cerco se ho inviato segnale altrimenti ritento invio...
while (numTry < 11):
logging.info("Tentativo invio URL: $numTry" )
numTry = chiamaUrl(numTry)
time.sleep(3)
numTry = numTry + 1
# registro che ho inviato!
logging.info("Inviato segnale di reboot!: " + url )
+33
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#!/bin/sh -
#
### BEGIN INIT INFO
# Provides: sendReboot
# Required-Start: $network $remote_fs $syslog
# Required-Stop: $remote_fs $syslog
# Default-Start: 2 3 4 5
# Default-Stop: 0 1 6
# Short-Description: Steamware's IOB reboot signal
# Description: Steamware's sendReboot segnalazione reboot dispositivo
### END INIT INFO
#! /bin/sh
# /etc/init.d/sendReboot
export HOME
case "$1" in
start)
cd /home/pi/steamware
echo "Starting sendReboot"
/usr/bin/python ./sendReboot.py 2>&1 &
echo "Verifica Rete e file IOB"
/usr/local/bin/setIobConf.sh
;;
*)
echo "Usage: /etc/init.d/sendReboot {start}"
exit 1
;;
esac
exit 0
+22
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[Unit]
SourcePath=/etc/init.d/sendRebootIOB
Description=LSB: Steamware's IOB reboot signal
Before=runlevel2.target runlevel3.target runlevel4.target runlevel5.target shutdown.target
Wants=network-online.target
After=network.target network-online.target auditd.service
Conflicts=shutdown.target
[Service]
Type=forking
Restart=no
TimeoutSec=5min
IgnoreSIGPIPE=no
KillMode=process
GuessMainPID=no
RemainAfterExit=yes
SysVStartPriority=2
ExecStart=/etc/init.d/sendRebootIOB start
ExecStop=/etc/init.d/sendRebootIOB stop
[Install]
WantedBy=multi-user.target
+26
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#!/bin/bash
# verifico se sia rete donati o rete steamware o offline...
netStatus=`cat /sys/class/net/eth0/operstate`
iaddr=`ifconfig eth0 | grep "inet addr" | cut -d ':' -f 2 | cut -d ' ' -f 1`
cd /home/pi/steamware
if [[ $netStatus != "up" ]]
then
echo "Siamo Offline, pagina demo!"
elif [[ $iaddr == "10.74.82"* ]]
then
cp IOB.cfg.steamware IOB.cfg -f
echo "Siamo in Steamware!"
elif [[ $iaddr == "192.168.51"* ]]
then
cp IOB.cfg.donati IOB.cfg -f
echo "Siamo a Passirano!"
else
echo "Siamo altrove, pagina demo!"
fi
echo "$iaddr"
chown pi:pi *
+48
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import redis
import time
CodaR = redis.Redis(host='localhost', port=6379, db=0, password='24068Seriate')
queue_name='IOB'
#-----------------------------------
# Gestione code REDIS
# per sostituzione 1:1 con coda in ram
# Function to add an item to the queue (enqueue)
def enqueue(item):
CodaR.rpush(queue_name, item)
print(f"Enqueued: {item}")
# Function to remove an item from the queue (dequeue)
def dequeue():
item = CodaR.lpop(queue_name)
if item:
print(f"Dequeued: {item.decode('utf-8')}")
return item.decode('utf-8')
else:
print("Queue is empty")
# Function to count queue actual lenght in Redis
def rqlen():
clen = CodaR.llen(queue_name)
if clen:
print(f"Queue len: {clen}")
return clen
else:
print("Queue is empty")
return 0
lung = rqlen()
print ("queue lenght: "+str(lung))
enqueue('prova1')
enqueue('prova2')
enqueue('prova3')
time.sleep(5)
lung = rqlen()
while lung > 0:
dequeue()
lung = rqlen()
+31
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import fcntl
import os
import logging
#---------------------------------------------------------------
# meccanismo di file lock per evitare multiple instances
# The function will try to lock the file specified , if it success, return True, else return False.
# The nice thing is that the lock will be dropped when the program terminates.
# >>>Use :
# if not lockFile(".lock.pod"):
# sys.exit(0)
def lockFile ( lockfile ) :
fd = os.open ( lockfile , os.O_CREAT | os.O_TRUNC | os.O_WRONLY )
try:
# Request exclusive (EX) non-blocking (NB) advisory lock.
fcntl.lockf ( fd , fcntl.LOCK_EX | fcntl.LOCK_NB )
except IOError:
return False
return True
if not lockFile ( ".lockfile" ) :
print('\n noi non siamo soli ...\n')
logging.error( "LOCK: Piu istanze aperte")
#sys.exit ( 0 )
#- print '\n running alone ...\n'
Binary file not shown.
+54
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#|/bin/bash
#installa il necessario per RPI-3-IOB partendo dal contenuto della folder /home/pi/steamware
#step 1: creo file di log nuovi
rm /var/log/log*.txt
rm /var/log/MapoIOB*
rm /home/pi/steamware/log*.txt
touch /var/log/logReboot.txt
touch /var/log/logTemp.txt
touch /var/log/MapoIOB.log
ln -sf /var/log/logReboot.txt /home/pi/steamware/logReboot.txt
ln -sf /var/log/logTemp.txt /home/pi/steamware/logTemp.txt
ln -sf /var/log/MapoIOB.log /home/pi/steamware/logfile.txt
chown pi:pi /home/pi -R
chmod 666 /var/log/log*.txt
chmod 666 /var/log/MapoIOB.log
#step 2: copio files in /usr/local/bin
cd /home/pi/steamware
chmod +x *.sh
cp *.sh /usr/local/bin/
#step 3: copio files x logrotate...
cd /home/pi/steamware
cp MapoIOB_logrot /etc/logrotate.d/
# step 4: copio target systemd in avvio...
cp -f sendRebootIOB /etc/init.d/sendRebootIOB
cp -f sendRebootIOB.service /etc/systemd/system/sendRebootIOB.service
#echo ""
#echo "-----------------------------------------------"
#echo "Completare registrazione servizio avvio: digitare i seguenti comandi"
#echo "systemctl enable sendRebootIOB"
#echo "systemctl daemon-reload"
#echo "systemctl status sendRebootIOB"
#echo "-----------------------------------------------"
#echo ""
# step 5: copio target MapoIOB in avvio...
cp -f MapoIOB /etc/init.d/MapoIOB
cp -f MapoIOB.service /etc/systemd/system/MapoIOB.service
#echo ""
#echo ""
#echo "-----------------------------------------------"
#echo "Infine creare voce crontab che salvi temperatura CPU/GPU ogni 20 minuti..."
#echo "crontab -e"
#echo "*/20 * * * * /usr/local/bin/saveTemp.sh"
#echo "-----------------------------------------------"
+32
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import win32api
print " Running on WINDOWS\n"
import os
#---------------------------------------------------------------
# meccanismo di file lock per evitare multiple instances
# The function will try to lock the file specified , if it success, return True, else return False.
# The nice thing is that the lock will be dropped when the program terminates.
# >>>Use :
# if not lockFile(".lock.pod"):
# sys.exit(0)
def lockFile ( lockfile ) :
try:
fd = os.open ( lockfile , os.O_CREAT | os.O_TRUNC | os.O_WRONLY )
except:
logga("Errore nel file WIN.PY per FD")
try:
# Request exclusive (EX) non-blocking (NB) advisory lock.
#fcntl.lockf ( fd , fcntl.LOCK_EX | fcntl.LOCK_NB )
print " Dummy Method! Completa Lockfile\n"
except IOError:
return False
return True
try:
if not lockFile ( ".lockfile" ) :
print '\n noi non siamo soli ...\n'
logga ( "LOCK: Piu istanze aperte")
sys.exit ( 0 )
except:
logga("if not lockfile NON RIUSCITO in file WIN.PY")
sys.exit(1)