This has been a fantastic journey. I got to meet some amazing people in the community. There is still work to be done, and I'll be continuing to contribute after GSoC. You can check out my final report here https://gist.github.com/aghinsa/4f251b20cd1b6ecf34a13152d4ac3a2d

<meta name="uuid" content="uuidCXied8VStJ11"><meta charset="utf-8">

What did I do this week?

I added test cases to check whether the orchestrator can run operations in parallel. I also started working on the input network. Currently, I have added all the input network and an orchestrator instance to the main node.

​

What's next?

• Finish testing
• Finish implementing the input network
• Documentation

Did I get stuck somewhere?

Yes. I got stuck in a deadlock. It was resolved with the help from mentors.

<meta name="uuid" content="uuidOydLs1lRETA4"><meta charset="utf-8">

What did I do this week?

After discussing with my mentor, I decided to add more tests for the node connection stage before implementing the input network. In the new tests, each worker node will spin up its context, and all of the would-be alive at the same time working concurrently.

What's next?

• Finish testing
• Start implementing input network

Did I get stuck somewhere?

No.

<meta name="uuid" content="uuidELJwTIXtsKXb"><meta charset="utf-8">

What did I do this week?

Added test with multiple worker nodes. I started working on the input network.

​

What's next?

I'll be continuing to work on distributed orchestrator, specifically adding input network to orchestrator node.

Did I get stuck somewhere?

No.

<meta name="uuid" content="uuidry8x47nkskEy"><meta charset="utf-8">

What did I do this week?

Added a new command-line option, so that we can run dataflow without

the need for Sources and tests for the same. Updated docs to use new options.

​What's next?

I'll be continuing working on distributed orchestrator, specifically adding input network.

Did I get stuck somewhere?

No.