writing-workspace-jobs

Silent runtime failures in Friday FSM workspace jobs stem from misconfigured finite state machines, incorrect signal trigger bindings, or malformed MCP tool references. Applying pre-publish validation checklists catches structural errors like missing final states and incorrect MCP prefixes before workflows deploy.

Wiring signal triggers and chaining agent pipelines in a Friday workflow requires correct signal payload threading between states and proper sub-agent delegation. You must bind the initial trigger signal, chain agents through defined FSM transitions, and ensure the final output contract properly returns data to the calling chat or webhook.

Signal payload threading is the process of passing data correctly between states in a multi-step agent pipeline within an FSM workflow. You need it when chaining agents, such as routing triaged content from an inbox triage agent to a downstream ticket-creation agent, to maintain data integrity across transitions.

Validating MCP tool references involves checking that tool naming conventions and prefixes match the expected MCP server integration schemas before publishing. Pre-publish validation checklists verify correct MCP prefixes, proper output contracts for returning data to callers, and overall FSM job schema correctness to prevent silent failures.

Yes, Friday workspace jobs support automated inbox triage workflows by wiring a trigger signal to a triage agent, chaining it to a Linear ticket-creation agent via FSM transitions, and using output contracts to return processed results. Proper signal payload threading ensures data flows correctly between the triage and ticket-creation stages.

Friday workflows fail silently when sub-agent delegation includes mismatched signal names, missing final states, or incorrect MCP tool prefixes. Without validated job schemas and proper output contracts for returning data to callers, the finite state machine cannot complete transitions, causing runtime failures without explicit errors.