Distributed Designs Part 1 — Outbox without idempotency nor synchronous commit

This is the first part of the Distributed Designs series. For your convenience you can find other parts using the links below: Part 1 — Outbox without idempotency nor synchronous commit Part 2 — Transactional outbox pattern and multiple instances of relay Part 3 — Taking lock in MVCC for transactional outbox pattern Transactional outbox … Continue reading Distributed Designs Part 1 — Outbox without idempotency nor synchronous commit

Availability Anywhere Part 14 — TCP over Named Pipe

This is the fourteenth part of the Availability Anywhere series. For your convenience you can find other parts in the table of contents in Part 1 – Connecting to SSH tunnel automatically in Windows We built a very nice TCP over file System solution. Let’s now implement something similar, based on named pipes. Here comes … Continue reading Availability Anywhere Part 14 — TCP over Named Pipe

Availability Anywhere Part 13 — Optimizing FileProxy

This is the thirteenth part of the Availability Anywhere series. For your convenience you can find other parts in the table of contents in Part 1 – Connecting to SSH tunnel automatically in Windows Last time we implemented TCP over File System (FileProxy). Today we’re going to check its performance and optimize it a bit. … Continue reading Availability Anywhere Part 13 — Optimizing FileProxy

Availability Anywhere Part 12 — FileProxy for avoiding VPN without split tunneling (also known as TCP over File System)

This is the twelfth part of the Availability Anywhere series. For your convenience you can find other parts in the table of contents in Part 1 – Connecting to SSH tunnel automatically in Windows Some VPN applications disallow split tunneling. This means that once you’re connected to the VPN then you can’t access your local … Continue reading Availability Anywhere Part 12 — FileProxy for avoiding VPN without split tunneling (also known as TCP over File System)