TSN-CNC-CUC-UPC

Time-Sensitive-Networking Controller developed by EETAC-UPC

This Time Sensitive Networking Controller is developed by the Universitat Politècnica de Catalunya - Escola d'Enginyeria de Telecomunicació i Aeroespacial de Castelldefels following the directions of the IEEE 802.1Qcc IEEE Standard for Local and Metropolitan Area Networks--Bridges and Bridged Networks

Workflow guide:

• Translate the microservices of the ILP into two microservices
• Implement the VLAN_configurator
• Create a document with interfaces between communications
• Create the kubernetes cluster
• test Jetconf with a generated payload
• Finish the Jetconf integration with the CUC
• Implement the Soth_configurator microservice
• We have decided to use RabbitMQ for the messages

(Specific task) Translate the microservices of the ILP into two microservices

• Write the input variables from the outside at the beginning of the code
• Create the random microservice
• The keys in Deathline_streams and Framedurations cannot be tuples
• Create the interfaz between the preprocessing and ILP microservice
• Create the images for the kubernetes cluster and push them into the repo
• The ILP calculation should be in other microservice, actually is a good practice to not do it
• For the visualization remember to configure the image
• Define the things that should be allocated into the Final Microservice
• Took each one of the parameters in the yang model for the TAS configurtion and retrieve where you could generate them
• It is necessary to create additional values in the topology parameters such as the identificator of the TSN device, and the interface that connect them to the other microservices.