Reactor vs Proactor
Reactor vs Proactor governs event dispatch patterns, shaping system behavior under specific failure modes and workloads.
Definition
Reactor vs Proactor is a design property concerning event dispatch patterns. It defines how the system behaves under specific conditions — what guarantees hold, what trade-offs apply, and how the mechanism interacts with related techniques. The property is only meaningful when its preconditions are met; outside those conditions it provides no benefit and may add cost.
Context and scope
Apply Reactor vs Proactor when designing systems where event dispatch patterns matters. It is most useful under partial failure, high load, or correctness requirements. Pair it with observability to verify the claimed behavior in production. Do not assume the property holds without testing the specific configuration and workload.
Common misconceptions
- Reactor vs Proactor eliminates all problems in its domain — it only bounds or shapes specific failure modes, not all pathologies.
- Reactor vs Proactor is free once you adopt the right tool — the property depends on configuration, workload, and failure pattern, not the product label alone.
Anti-patterns
- Enabling Reactor vs Proactor without measuring its cost in latency, availability, or operational complexity under production-like conditions.
- Assuming Reactor vs Proactor composes safely with other guarantees — combining mechanisms can introduce new failure modes or negate benefits.
Related concepts
Authoritative source
What it is
Reactor vs Proactor is a design property concerning event dispatch patterns. It defines how the system behaves under specific conditions — what guarantees hold, what trade-offs apply, and how the mechanism interacts with related techniques. The property is only meaningful when its preconditions are met; outside those conditions it provides no benefit and may add cost.
When to use
Apply Reactor vs Proactor when designing systems where event dispatch patterns matters. It is most useful under partial failure, high load, or correctness requirements. Pair it with observability to verify the claimed behavior in production. Do not assume the property holds without testing the specific configuration and workload.
Common misconceptions
- Reactor vs Proactor eliminates all problems in its domain — it only bounds or shapes specific failure modes, not all pathologies.
- Reactor vs Proactor is free once you adopt the right tool — the property depends on configuration, workload, and failure pattern, not the product label alone.
Anti-patterns to avoid
- Enabling Reactor vs Proactor without measuring its cost in latency, availability, or operational complexity under production-like conditions.
- Assuming Reactor vs Proactor composes safely with other guarantees — combining mechanisms can introduce new failure modes or negate benefits.
Related concepts
- Reactor and Proactor Patterns (reactor-proactor-patterns)
- Event Loop (event-loop)