Fix indentation to use 2 spaces to match surrounding code

Author: dbieber

gonotego/command_center/wifi_commands.py

@@ -11,169 +11,169 @@
 @register_command('wifi {} {}')
 @register_command('wpa {} {}')
 def add_wpa_wifi(ssid, psk):
-    if '"' in ssid or '"' in psk:
-        say('WiFi not set.')
-        return
-
-    # Load existing networks
-    networks = wifi.get_networks()
-
-    # Check if this network already exists
-    for network in networks:
-        if network.get('ssid') == ssid:
-            network['psk'] = psk
-            break
-    else:
-        # Network doesn't exist, add it
-        networks.append({'ssid': ssid, 'psk': psk})
-
-    # Save updated networks
-    wifi.save_networks(networks)
-    
-    # Update NetworkManager connections
-    if wifi.update_network_connections():
-        wifi.reconfigure_wifi()
-        say(f'WiFi network {ssid} added.')
-    else:
-        say('Failed to update WiFi configuration.')
+  if '"' in ssid or '"' in psk:
+    say('WiFi not set.')
+    return
+
+  # Load existing networks
+  networks = wifi.get_networks()
+
+  # Check if this network already exists
+  for network in networks:
+    if network.get('ssid') == ssid:
+      network['psk'] = psk
+      break
+  else:
+    # Network doesn't exist, add it
+    networks.append({'ssid': ssid, 'psk': psk})
+
+  # Save updated networks
+  wifi.save_networks(networks)
+  
+  # Update NetworkManager connections
+  if wifi.update_network_connections():
+    wifi.reconfigure_wifi()
+    say(f'WiFi network {ssid} added.')
+  else:
+    say('Failed to update WiFi configuration.')
 
 
 @register_command('wifi {}')
 def add_wifi_no_psk(ssid):
-    if '"' in ssid:
-        say('WiFi not set.')
-        return
-    
-    # Load existing networks
-    networks = wifi.get_networks()
-    
-    # Check if this network already exists
-    for network in networks:
-        if network.get('ssid') == ssid:
-            network.pop('psk', None)  # Remove password if it exists
-            break
-    else:
-        # Network doesn't exist, add it
-        networks.append({'ssid': ssid})
-    
-    # Save updated networks
-    wifi.save_networks(networks)
-    
-    # Update NetworkManager connections
-    if wifi.update_network_connections():
-        wifi.reconfigure_wifi()
-        say(f'Open WiFi network {ssid} added.')
-    else:
-        say('Failed to update WiFi configuration.')
+  if '"' in ssid:
+    say('WiFi not set.')
+    return
+  
+  # Load existing networks
+  networks = wifi.get_networks()
+  
+  # Check if this network already exists
+  for network in networks:
+    if network.get('ssid') == ssid:
+      network.pop('psk', None)  # Remove password if it exists
+      break
+  else:
+    # Network doesn't exist, add it
+    networks.append({'ssid': ssid})
+  
+  # Save updated networks
+  wifi.save_networks(networks)
+  
+  # Update NetworkManager connections
+  if wifi.update_network_connections():
+    wifi.reconfigure_wifi()
+    say(f'Open WiFi network {ssid} added.')
+  else:
+    say('Failed to update WiFi configuration.')
 
 
 @register_command('wifi-list')
 def list_wifi_networks():
-    networks = wifi.get_networks()
-    if not networks:
-        say('No WiFi networks configured.')
-        return
-    
-    network_list = [f"{i+1}. {network['ssid']}" for i, network in enumerate(networks)]
-    say('Configured WiFi networks: ' + ', '.join(network_list))
+  networks = wifi.get_networks()
+  if not networks:
+    say('No WiFi networks configured.')
+    return
+  
+  network_list = [f"{i+1}. {network['ssid']}" for i, network in enumerate(networks)]
+  say('Configured WiFi networks: ' + ', '.join(network_list))
 
 
 @register_command('wifi-migrate')
 def migrate_wifi_networks():
-    """Migrate existing networks from wpa_supplicant.conf to NetworkManager."""
-    networks = wifi.migrate_networks_from_wpa_supplicant()
+  """Migrate existing networks from wpa_supplicant.conf to NetworkManager."""
+  networks = wifi.migrate_networks_from_wpa_supplicant()
+  
+  if networks is None:
+    say('WiFi configuration file not found or error reading it.')
+    return
 
-    if networks is None:
-        say('WiFi configuration file not found or error reading it.')
-        return
-        
-    # Save the extracted networks to Redis
-    if networks:
-        wifi.save_networks(networks)
-        say(f'Migrated {len(networks)} WiFi networks to settings.')
-        
-        # Update NetworkManager connections
-        wifi.update_network_connections()
-        wifi.reconfigure_wifi()
-    else:
-        say('No WiFi networks found to migrate.')
+  # Save the extracted networks to Redis
+  if networks:
+    wifi.save_networks(networks)
+    say(f'Migrated {len(networks)} WiFi networks to settings.')
+    
+    # Update NetworkManager connections
+    wifi.update_network_connections()
+    wifi.reconfigure_wifi()
+  else:
+    say('No WiFi networks found to migrate.')
 
 
 @register_command('wifi-nm-migrate')
 def migrate_from_networkmanager():
-    """Migrate existing NetworkManager connections to Go Note Go settings."""
-    networks = wifi.migrate_from_networkmanger()
+  """Migrate existing NetworkManager connections to Go Note Go settings."""
+  networks = wifi.migrate_from_networkmanger()
+  
+  if networks is None:
+    say('Error reading NetworkManager connections.')
+    return
 
-    if networks is None:
-        say('Error reading NetworkManager connections.')
-        return
-        
-    # Save the extracted networks to Redis
-    if networks:
-        wifi.save_networks(networks)
-        say(f'Migrated {len(networks)} WiFi networks from NetworkManager to settings.')
-    else:
-        say('No WiFi networks found to migrate.')
+  # Save the extracted networks to Redis
+  if networks:
+    wifi.save_networks(networks)
+    say(f'Migrated {len(networks)} WiFi networks from NetworkManager to settings.')
+  else:
+    say('No WiFi networks found to migrate.')
 
 
 @register_command('wifi-remove {}')
 def remove_wifi_network(ssid):
-    networks = wifi.get_networks()
-    initial_count = len(networks)
-    
-    # Remove networks with matching SSID
-    networks = [network for network in networks if network.get('ssid') != ssid]
+  networks = wifi.get_networks()
+  initial_count = len(networks)
+  
+  # Remove networks with matching SSID
+  networks = [network for network in networks if network.get('ssid') != ssid]
+  
+  if len(networks) < initial_count:
+    # Save updated networks
+    wifi.save_networks(networks)
 
-    if len(networks) < initial_count:
-        # Save updated networks
-        wifi.save_networks(networks)
-        
-        # Update NetworkManager connections
-        if wifi.update_network_connections():
-            wifi.reconfigure_wifi()
-            say(f'WiFi network {ssid} removed.')
-        else:
-            say('Failed to update WiFi configuration.')
+    # Update NetworkManager connections
+    if wifi.update_network_connections():
+      wifi.reconfigure_wifi()
+      say(f'WiFi network {ssid} removed.')
     else:
-        say(f'WiFi network {ssid} not found.')
+      say('Failed to update WiFi configuration.')
+  else:
+    say(f'WiFi network {ssid} not found.')
 
 
 @register_command('reconnect')
 @register_command('wifi-refresh')
 @register_command('wifi-reconfigure')
 def reconfigure_wifi():
-    wifi.reconfigure_wifi()
+  wifi.reconfigure_wifi()
 
 
 @register_command('wifi-scan')
 def scan_wifi_networks():
-    """Scan for available WiFi networks."""
-    try:
-        # Ensure the WiFi adapter is on
-        shell('sudo nmcli radio wifi on')
-        
-        # Scan for networks
-        result = shell('nmcli -t -f SSID,SIGNAL,SECURITY device wifi list')
-        
-        networks = []
-        for line in result.stdout.strip().split('\n'):
-            if line:
-                parts = line.split(':', 2)
-                if len(parts) >= 3 and parts[0]:  # Ensure SSID is not empty
-                    ssid, signal, security = parts
-                    networks.append((ssid, int(signal), security))
-        
-        # Sort by signal strength (descending)
-        networks.sort(key=lambda x: x[1], reverse=True)
-        
-        # Take the top 5 networks
-        top_networks = networks[:5]
-        
-        if top_networks:
-            network_list = [f"{i+1}. {ssid} ({signal}%)" 
-                           for i, (ssid, signal, _) in enumerate(top_networks)]
-            say('Available WiFi networks: ' + ', '.join(network_list))
-        else:
-            say('No WiFi networks found.')
-    except Exception as e:
-        say(f'Error scanning for WiFi networks: {str(e)}')
+  """Scan for available WiFi networks."""
+  try:
+    # Ensure the WiFi adapter is on
+    shell('sudo nmcli radio wifi on')
+    
+    # Scan for networks
+    result = shell('nmcli -t -f SSID,SIGNAL,SECURITY device wifi list')
+    
+    networks = []
+    for line in result.stdout.strip().split('\n'):
+      if line:
+        parts = line.split(':', 2)
+        if len(parts) >= 3 and parts[0]:  # Ensure SSID is not empty
+          ssid, signal, security = parts
+          networks.append((ssid, int(signal), security))
+    
+    # Sort by signal strength (descending)
+    networks.sort(key=lambda x: x[1], reverse=True)
+    
+    # Take the top 5 networks
+    top_networks = networks[:5]
+    
+    if top_networks:
+      network_list = [f"{i+1}. {ssid} ({signal}%)" 
+                     for i, (ssid, signal, _) in enumerate(top_networks)]
+      say('Available WiFi networks: ' + ', '.join(network_list))
+    else:
+      say('No WiFi networks found.')
+  except Exception as e:
+    say(f'Error scanning for WiFi networks: {str(e)}')