v1.1 reboot after beacon

created for very specific corner cases when the hotspot is freezing after generating a beacon

helium_watchdog_beacon_reboot.py

@@ -0,0 +1,98 @@
+import bobcat
+import helium
+import _gmail
+from utilities import LogFile
+
+import time
+from datetime import datetime
+
+import db_actions
+import secrets
+
+secrets = db_actions.secrets()
+
+verbose = secrets['verbose']
+send_emails = secrets['send_emails']
+dry_run = secrets['dry_run']
+cache_name = secrets['cache_name']
+cache_address = secrets['cache_address']
+log = secrets['log']
+email_to = secrets['email_to']
+sleep = int(secrets['sleep'])
+# print(verbose)
+
+cache_last_beacon = '1000000000'
+
+# Check for stale hotspot
+def beacon_check(address = secrets['cache_address'], ip=secrets['cache_ip']):
+ now = datetime.now()
+ dt_string = now.strftime("%d/%m/%Y %H:%M:%S")
+
+ last_beacon = helium.get_hotspot_beacon(secrets['cache_address'])
+ last_beacon_date_time = last_beacon['last_beacon_date_time']
+ if last_beacon['status_code'] == 200:
+ if int(last_beacon_date_time) > int(cache_last_beacon) and int(cache_last_beacon) != 1000000000: # v1.1 fix to avoid reboot when starting the script for the 1st time as the new Beacont time value will always be higher than 1000000000
+ if dry_run == 'False':
+ if verbose == 'True':
+ print(f" {dt_string} Updated last Beacont to : {int(last_beacon_date_time)}")
+ bobcat.bobcat_reboot(ip)
+ time.sleep(30)
+ else:
+ if verbose == 'True':
+ print(f" {dt_string} Updated last Beacont to : {int(last_beacon_date_time)}")
+
+ if send_emails == 'True':
+ _gmail.send_email("Hotspot Restarted after BEACON", f"""{dt_string}\n{cache_name}\nHotspot was restarted after a BEACON) \n>>>>> REBOOTING <<<<<""", email_to)
+ if verbose == 'True':
+ print(f" {dt_string} Sending email ...")
+ else:
+ if verbose == 'True':
+ print(f" {dt_string} Helium API not responding")
+# stale_check()
+
+#################################################
+if log == 'True':
+ LogFile.start()
+
+# initialize()
+now = datetime.now()
+dt_string = now.strftime("%d/%m/%Y %H:%M:%S")
+if send_emails == 'True':
+ _gmail.send_email(f"ECHO watchdog started at {dt_string}", f"""Hi,\nI'm ECHO the watchdog for your BOBCAT 300 {secrets['cache_name']}.\nEvery {int(secrets['sleep'])/60/60} hours I will check the status.\nIf something important happens I will bark and send you an email.""", email_to)
+ if verbose == 'True':
+ print(f" {dt_string} Sending email ...")
+
+global iteration
+iteration = 0
+print("=====================================================")
+print(f":: MONITORING session in a {sleep/60/60} hours loop ::")
+print("=====================================================")
+now = datetime.now()
+dt_string = now.strftime("%d/%m/%Y %H:%M:%S")
+print(f":::::: Starting LOOP at {dt_string}")
+try:
+ while True:
+ now = datetime.now()
+ dt_string = now.strftime("%d/%m/%Y %H:%M:%S")
+
+
+ #####
+ if verbose == 'True':
+ print(f":::::: Beacon check")
+
+ try:
+ beacon_check()
+ except Exception as ex:
+ if verbose == 'True':
+ print(f" {dt_string} ERROR in BEACON check \n{ex}")
+
+ iteration += 1
+ if verbose == 'True':
+ print(f":::::: {dt_string} Going to sleep for {sleep / 60} minutes")
+ time.sleep(sleep)
+except Exception as ex:
+ if verbose == 'True':
+ print(f" {dt_string} ERROR the loop \n{ex}")
+finally:
+ if log == 'True':
+ LogFile.close()