This agent should receive the prepared items that are ready to be packed in boxes. The agent then packs items based on the priority of delivery time.

• Behavior to receive prepared items

• Prioritize the orders based on delivery time

Add them as part of each agent's description.

• A behavior to query the time to move between two points from the StreetNetwork
• Computes time needed to deliver
• Proposes to the TransportAgent the time to deliver the requested order
• Request the Transport agnet to provide list of boxes to deliver
• Communicate the current position (possibly also the status) to visualization agent
• Communicate the delivery status of an order to the mailbox

• Theses are the common agents' names:
  proofer
  cooling racks
  loading bay
  mailbox

• Receives and parses message from StreetNetworkAgent
• Periodically requests the TruckAgent for thier current position
• Visualizes the data using JavaFX and update it periodically
• Create a pull request to the upstream

• Parse the message received from TruckAgent
• Inform all interested agents about the completion of a customer order
• Create a pull request to the upstream

• Parse the message received from the loading bay agent
• Check order fulfillment
• Inform the Transport agent once an order is fulfilled with a message containing the list of boxes for the order

This is the follow-up issue of #46

• Load the initial position of the trucks from the provided delivery.json file. This depends on the name of the transport company.
• Use the order Information broadcasted by the order processor to extract the customer and bakery name as well as time and date of delivery.
• Implement a data structure to store the received boxes and its contents.
• Use the right service type for communicating with the TransportAgent.

The message format is available in the doc/messages/cooling-rack.md file

Read the json files and create agents and objects to run the sample scenario

This is a followup of Issue #19 . Must be started only after #19 is completed

• Parse the message from OrderAggregator
• Call for proposal to deliver orders from the trucks and choose the best truck for delivery
• Inform the trucks of the list of boxes and the customer location for an order

Create skeletons for all agents.

Updating the LoadingBay agent to ensure that all the items of a certain product in a certain order arrive before passing the boxes over to the delivery stage. This change is required to enable integration with the packaging phase.

Must accomplish the following:

• Receive a message containing boxes of products relating to a particular order and parsing it
• Maintain a database of the products and their quantities received for each customer order ID
• Receive messages of all order and all their details (from the OrderProcessor)
• Cross check orders and received boxes: For each order's boxes, should not send over to delivery until all products have arrived.

Add the agent/object which will manage the common time between your agents, and describe how it will work.

Follow-up to #47.

• Integrate the StreetNetwork agent with the rest of the delivery stage agents
• Obtain the visualization agent ID/name to communicate graph visualization messages
• Test the functionalities of the agent

Search for and decide on visualization agent implementation.

Hi Argentina,
Could you please clarify if we need to implement just the orderProcessor and Customer agents based on the parsed json files, or we need to implement all the agents that can be based on the json file(for example the baking agents)

• Parse the JSON file containing street network information
• Handles queries for travel time between two nodes
• Communicate to the VisualizationAgent the complete street network graph

The messages have changed since the last architecture. This task must correct the message.md to take into consideration the new architecture.