Which generated components belong in a complete routing world?
A routing world needs connected business objects, action rules and outcome definitions so builders can turn generated content into executable decisions.
Ask for a coherent generated package whose components agree with one another, so your simulator can execute routing decisions without inventing missing business rules.
- Request envelopes with channel-specific metadata, including attachments or referenced forms, so each intake surface supplies the evidence its associated actions expect to receive. - A service catalogue connecting request categories to supported business capabilities, including explicit exclusions that prevent broad queue descriptions from accepting every possible case. - A team directory with queue membership and delegated authority, allowing the simulator to distinguish assigning work to a team from assigning it to an individual. - Relationship tables linking requests to relevant orders, accounts or service locations, with documented cardinality so builders know which associations can coexist legitimately. - Action preconditions describing required evidence and permissions, paired with rejection reasons that explain why an otherwise plausible routing attempt cannot change state. - Terminal state definitions separating completed routing, authorised holding and abandoned work, so the environment does not silently equate every inactive request with success. - A package manifest identifying schema dependencies and required fixtures, enabling loaders to detect missing components before an agent begins interacting with the world.
Specify the components required to run the world, including the constraints that connect them.
- Audience:
- Environment builders
- Content type:
- Checklist
- Buyer question:
- What can be generated
Content release: r-a220eb6e099b243b
Related questions
- Which linked records could a generated routing dataset contain?
- How could a generated environment model a request blocked by a prerequisite?
- Can a task pack include overlapping or changing routing policies?
- Which request variations should a generated routing pack cover?
- What tool interfaces could a simulated routing environment expose?
- Can generated routing tasks include missing information and customer replies?