From 8dfc2e7c33a6a113ca66c680f3f9da7b400aa2bc Mon Sep 17 00:00:00 2001
From: Matthew Frost <m.frost@mattronix.nl>
Date: Fri, 9 Feb 2024 12:46:07 +0100
Subject: [PATCH] less code

---
 app/jobs.py | 67 -----------------------------------------------------
 1 file changed, 67 deletions(-)

diff --git a/app/jobs.py b/app/jobs.py
index 2a0d004..487f148 100644
--- a/app/jobs.py
+++ b/app/jobs.py
@@ -5,79 +5,12 @@ import time
 
 scheduler = APScheduler()
 
-#@scheduler.task('interval', id='do_periodic_serial_job', seconds=3, max_instances=1)
-def periodic_serial_job():
-   print("Running Sync Job")
-   for powerbar in powerbars:
-
-      on_command  = "On "
-      off_command = "Off "
-      
-      print(f"Checking powerbar state {powerbar}")
-      outlets = powerbars[powerbar]['outlets']
-      
-      on_list = []
-      off_list = []
-
-      counter_on = 0 
-      counter_off = 0
-      max = 9
-      for outlet in outlets:
-
-         outlet_id = outlet
-         outlet_status = powerbars[powerbar]['outlets'][outlet].get('state', 'unknown')
-         
-         if outlet_status == 'on':
-            on_list.append(outlet)
-
-         if outlet_status == 'off':
-            off_list.append(outlet)
-            
-      print(f"on_list: {on_list}")
-      print(f"off_list: {off_list}")
-
-      n = 5  # Size of each sublist 
-      
-      # Using list comprehension and slicing 
-      sublist_on = [on_list[i:i + n] for i in range(0, len(on_list), n)] 
-      sublist_off = [off_list[i:i + n] for i in range(0, len(off_list), n)] 
-      print(f"sublist_on: {sublist_on}")
-      print(f"sublist_off: {sublist_off}")
-
-      commands = []
-
-      for list in sublist_on:
-         on_command = "On "
-         for outlet in list:
-            on_command += f"{outlet},"
-         commands.append(on_command.rstrip(','))
-
-      for list in sublist_off:
-         off_command = "Off "
-         for outlet in list:
-            off_command += f"{outlet},"
-         commands.append(off_command.rstrip(','))
-
-      print(f"commands: {commands}")
-
-      
-      for command in commands:
-         print(f"Running command: {command}")
-         run_telnet_command(powerbar, command)
-         time.sleep(0.1)
-         
-   print("Sync Job Done")
-
-
-
 def generate_batch_jobs():
       for powerbar in powerbars:
          if powerbars[powerbar]['method'] == 'batch_telnet':
             if powerbars[powerbar]['type'] == 'baytech':
                scheduler.add_job(f"baytech-batch-update-job-{powerbar}", baytech_batch_update, args=[powerbar], trigger='interval', seconds=3, max_instances=1)
 
-
-
 def baytech_batch_update(powerbar):
    print(f"Running Sync Job: {powerbar}")