0. Introduction
	This directory involves the simulation of GN and FAC to test these interfaces.

1. Dependencies
	Python packages should be installed.

2. Building
	There is no build for this tool, it's plain Python which is interpreted rather 
	than to be built, see section 3. Running.

3. Commands
	Following commands are supported.

	3.1. DEFINE Command Family
		3.1.1. DEFINE SERVER_ADDRESS <address>
			Defines the destination address (i.e. the MGMT-CORE's address)

		3.1.2. DEFINE SERVER_PORT <port>
			Defines the destination port (i.e. the MGMT-CORE's port)

		3.1.3. DEFINE CLIENT_PORT <port>
			Defines the client's port (i.e. source port that is used to send the packets to MGMT-CORE from)

		3.1.4. DEFINE CLIENT_TYPE <clientType>
			Defines client type and can be 'GN', 'FAC', or 'LTE'
			Packets sent will have relevant event types and sub-types based on this client type

	3.2. SEND Command Family
		3.2.1. SEND COMMUNICATION_PROFILE_REQUEST
			Sends a COMMUNICATION_PROFILE_REQUEST packet to MGMT-CORE's given port

			NOTICE: Client type has to be defined in advance for this command since event sub-type
			changes from client to client for this packet

		3.2.2. SEND NETWORK_STATE
			Sends a NETWORK_STATE packet to MGMT-CORE's given port

		3.2.3. SEND WIRELESS_STATE
			Sends a WIRELESS_STATE_RESPONSE packet to MGMT-CORE's given port

			NOTICE: Client type has to be defined in advance for this command since event sub-type
			changes from client to client for this packet

		3.2.4. SEND LOCATION_UPDATE
			Sends a LOCATION_UPDATE to MGMT-CORE's given port

		3.2.5. SEND CONFIGURATION_NOTIFICATION
			Sends a CONFIGURATION_NOTIFICATION to MGMT-CORE's given port

		3.2.6. SEND GET_CONFIGURATION
			Sends a GET_CONFIGURATION to MGMT-CORE's given port

			NOTICE: Client type has to be defined in advance for this command since event sub-type
			changes from client to client for this packet

	3.3. Util Command Family
		3.2.1. WAIT Command
			Makes the simulator wait for the specified amount of seconds

4. Running
	Since this simulator has been written in Python you need to have the Python interpreter.
	In order to run first scenario file, for example, issue the following command,
   
	$ python main.py scenarios/01.sce
   
5. References

- Baris Demiray <baris.demiray@eurecom.fr>