Explains idempotency, error handling and replay
https://knobit.org/id/knobit/N-351
Also as Turtle · JSON-LD · RDF/XML · AI benchmark on Skilirium
| Context functions | Object understanding |
|---|---|
| Knobit creation methods | AI generated |
| Knobit types | Knowledge |
| LCG purposes | Assessing the learner's knowledge or skill state |
| LCG purposes | Opening up a learning outcome |
| action verb | Explains en |
| assessment criterion | Answers a written question on the idempotent and recoverable loads correctly en |
| assessment method | Written question en |
| dcterms:identifier | N-351 |
| dcterms:license | https://creativecommons.org/licenses/by/4.0/ |
| dcterms:source | Practice the stage 3 reference and review checklist rest on en |
| expected result | Idempotent receiver, dead letter channel, guaranteed delivery and replay from a known point (Hohpe and Woolf, Enterprise Integration Patterns). en |
| rdfs:label | Explains idempotency, error handling and replay en |
| schema:creativeWorkStatus | accepted |
| schema:isPartOf | Data integration and interoperability (DAMA-DMBOK2) |
| skos:definition | Idempotent receiver, dead letter channel, guaranteed delivery and replay from a known point (Hohpe and Woolf, Enterprise Integration Patterns). en |
| skos:prefLabel | Explains idempotency, error handling and replay en |
| target object | idempotent and recoverable loads en |
Used by
| applies knowledge | Recognises a non-idempotent load |
|---|---|
| applies knowledge | Recognises dead letters nobody reads |
| applies knowledge | Recognises a flow with no replay path |
| applies knowledge | Designs an idempotent load on a natural key |
| includes knobit | Designs flows that survive retries, disorder, late data, corrections and deletes |
| includes knobit | Design data integration solutions: integration patterns and architecture |
| requires knobit | Design the integration patterns |