
Worked on enhancing the reliability of task scheduling in the App-vNext/Polly repository by addressing a deadlock issue within the ScheduledTaskExecutor. Tackled the problem by implementing asynchronous task continuations in C#, which prevented inline continuation deadlocks and improved throughput under high concurrency. Added comprehensive regression tests to ensure that future changes would not reintroduce similar deadlock scenarios, thereby strengthening the system’s stability. Focused on backend development and leveraged asynchronous programming techniques alongside unit testing to deliver a robust solution. This work contributed to more resilient task scheduling, reducing operational risk and supporting smoother execution of concurrent workloads in production environments.
In 2026-03, delivered a critical reliability improvement for Polly's task scheduling by addressing a deadlock in the ScheduledTaskExecutor. Implemented asynchronous task continuations to prevent inline continuation deadlocks and added regression tests to guard against future regressions. This work reduces deadlock risk, improves throughput, and enhances stability in scheduling across concurrent tasks.
In 2026-03, delivered a critical reliability improvement for Polly's task scheduling by addressing a deadlock in the ScheduledTaskExecutor. Implemented asynchronous task continuations to prevent inline continuation deadlocks and added regression tests to guard against future regressions. This work reduces deadlock risk, improves throughput, and enhances stability in scheduling across concurrent tasks.

Overview of all repositories you've contributed to across your timeline