1 files changed, 0 insertions, 166 deletions
diff --git a/opendc/api/v1/simulations/simulationId/paths/pathId/branches/endpoint.py b/opendc/api/v1/simulations/simulationId/paths/pathId/branches/endpoint.py
deleted file mode 100644
index 2aa34238..00000000
--- a/opendc/api/v1/simulations/simulationId/paths/pathId/branches/endpoint.py
+++ /dev/null
@@ -1,166 +0,0 @@
-from datetime import datetime
-
-from opendc.models.datacenter import Datacenter
-from opendc.models.machine import Machine
-from opendc.models.object import Object
-from opendc.models.path import Path
-from opendc.models.rack import Rack
-from opendc.models.room import Room
-from opendc.models.section import Section
-from opendc.models.tile import Tile
-from opendc.util import database, exceptions
-from opendc.util.rest import Request, Response
-
-def POST(request):
-    """Create a new Path that branches off of this Path at the specified tick."""
-
-    # Make sure required parameters are there
-
-    try:
-        request.check_required_parameters(
-            path = {
-                'simulationId': 'int',
-                'pathId': 'int'
-            },
-            body = {
-                'section': {
-                    'startTick': 'int'
-                }
-            }
-        )
-
-    except exceptions.ParameterError as e:
-        return Response(400, e.message)
-
-    # Instantiate the current Path from the database
-
-    current_path = Path.from_primary_key((request.params_path['pathId'],))
-
-    # Make sure the current Path exists
-
-    if not current_path.exists():
-        return Response(404, '{} not found.'.format(current_path))
-
-    # Make sure this user is authorized to branch off the current Path
-
-    if not current_path.google_id_has_at_least(request.google_id, 'EDIT'):
-        return Response(403, 'Forbidden from branching off {}.'.format(current_path))
-
-    # Create the new Path
-
-    new_path = Path(
-        simulation_id = current_path.simulation_id,
-        datetime_created = database.datetime_to_string(datetime.now())
-    )
-
-    new_path.insert()
-
-    # Get the current Path's sections and add them to the new Path if they're before the branch
-
-    current_sections = Section.query('path_id', current_path.id)
-    last_section = None
-
-    for current_section in current_sections:
-
-        if current_section.start_tick < request.params_body['section']['startTick'] or current_section.start_tick == 0:
-
-            new_section = Section(
-                path_id = new_path.id,
-                datacenter_id = current_section.datacenter_id,
-                start_tick = current_section.start_tick
-            )
-
-            new_section.insert()
-
-            last_section = current_section
-
-    # Make a deep copy of the last section's datacenter, its rooms, their tiles, etc.
-
-    path_parameters = {
-        'simulationId': new_path.simulation_id
-    }
-
-    # Copy the Datacenter
-
-    old_datacenter = Datacenter.from_primary_key((last_section.datacenter_id,))
-
-    message = old_datacenter.generate_api_call(path_parameters, request.token)
-    response = Request(message).process()
-
-    path_parameters['datacenterId'] = response.content['id']
-
-    # Create the new last Section, with the IDs of the new Path and new Datacenter
-
-    if last_section.start_tick != 0:
-        new_section = Section(
-            path_id = new_path.id,
-            datacenter_id = path_parameters['datacenterId'],
-            start_tick = request.params_body['section']['startTick']
-        )
-
-        new_section.insert()
-
-    else:
-        last_section.datacenter_id = path_parameters['datacenterId']
-        last_section.update()
-
-    # Copy the rest of the Datacenter, starting with the Rooms...
-
-    old_rooms = Room.query('datacenter_id', old_datacenter.id)
-
-    for old_room in old_rooms:
-
-        old_room.datacenter_id = path_parameters['datacenterId']
-
-        message = old_room.generate_api_call(path_parameters, request.token)
-        response = Request(message).process()
-        
-        path_parameters['roomId'] = response.content['id']
-
-        # ... then the Tiles, ...
-
-        old_tiles = Tile.query('room_id', old_room.id)
-
-        for old_tile in old_tiles:
-
-            old_tile.room_id = path_parameters['roomId']
-
-            message = old_tile.generate_api_call(path_parameters, request.token)
-            response = Request(message).process()
-
-            path_parameters['tileId'] = response.content['id']
-
-            old_objects = Object.query('id', old_tile.object_id)
-
-            # ... then the Tile's Rack, ...
-
-            if len(old_objects) == 1 and old_objects[0].type == 'RACK':
-
-                old_rack = Rack.query('id', old_objects[0].id)[0]
-
-                message = old_rack.generate_api_call(path_parameters, request.token)
-                response = Request(message).process()
-
-                path_parameters['rackId'] = response.content['id']
-
-                # ... then the Rack's Machines ...
-
-                old_machines = Machine.query('rack_id', old_rack.id)
-
-                for old_machine in old_machines:
-
-                    old_machine.read()
-                    old_machine.rack_id = path_parameters['rackId']
-                    
-                    message = old_machine.generate_api_call(path_parameters, request.token)
-                    response = Request(message).process()
-
-                    path_parameters['machineId'] = response.content['id']
-
-    # Return the new Path
-
-    return Response(
-        200,
-        'Successfully created {}.'.format(new_path),
-        new_path.to_JSON()
-    )