Active Object Pattern
Decouple concurrent execution by encapsulating each object as a standalone thread receiving method calls via message passing.
Decouple concurrent execution by encapsulating each object as a standalone thread receiving method calls via message passing.
Fail fast rather than waiting when a condition isn't satisfied, for non-blocking operations with immediate response.
Overview of latency, throughput, concurrency, reliability, time, idempotency, and CAP/PACELC trade‑offs in distributed systems.
Prevent lost updates in concurrent environments with optimistic locking via ETags
Practical distinctions, decision flows, and patterns to combine concurrency, parallelism, and synchronization safely.
Minimize synchronization overhead for already-initialized state by checking conditions before acquiring locks.
Represent deferred values and asynchronous computations for cleaner, more readable concurrent code.
Wait safely for conditions to be met before proceeding using synchronized guard checks and notifications.
Prefer immutable data structures to reduce bugs, improve thread safety, and simplify reasoning about code.
Simplify asynchronous I/O by letting the framework manage event notifications and completion handlers.
Decouple work production from consumption using shared buffers for flexible, scalable systems.
Multiplex I/O events across many connections using a single-threaded event-driven architecture.
TL;DR
Reuse threads efficiently by maintaining a pool of pre-allocated workers to process tasks.