Regenerate Event Model DSL slice declarations from a Mermaid edge graph.
npx skills add https://github.com/howarddierking/mermaid-event-model --skill add-slices
Please help me install this Agent Skill. Skill: add-slices Source: https://github.com/howarddierking/mermaid-event-model/tree/main/skills/add-slices Command: npx skills add https://github.com/howarddierking/mermaid-event-model --skill add-slices
This Skill fixes stale or missing vertical slices in an Event Model DSL by regenerating slice declarations directly from the current edge graph inside the Mermaid eventModel block.
slice blocks first, then rewrites fresh slices so re-running never accumulates duplicates.Event(s) → View → Automation → Command → Event(s) remains a single slice.(source-kind, target-kind), surfaces unclassified edges, and validates that every bare edge ends up in exactly one slice.Analyze and rewrite the slices in your Event Model DSL file by running the skill with the path to your markdown DSL file.
High-intent search queries and answers about installing and using this skill.
You can regenerate stale slices in an Event Model DSL by parsing the edges inside the Mermaid eventModel block, classifying source and target element kinds, and rewriting slices deterministically. Existing slice blocks are stripped first to prevent duplicate accumulation.
Event Modeling automation recognizes four canonical slice patterns. The Automation Pattern specifically groups an Event-to-View-to-Automation-to-Command-to-Event sequence into a single slice, ensuring complex workflows remain cohesive during generation.
To update blueprint-style Event Models without losing content, apply idempotent slice regeneration. The process removes and replaces stale slice blocks while preserving all non-slice content outside the fenced Mermaid eventModel block.
Yes, you can verify bare edges by classifying edge source and target kinds, surfacing unclassified edges, and validating that every bare edge ends up in exactly one generated slice for complete graph coverage.
Slices accumulate duplicates when generation lacks idempotency. An idempotent rewrite approach strips existing slice blocks first before emitting fresh Pattern 1/2/3/4 slices with consistent naming, ensuring re-running never adds duplicates.
howarddierkingGenerate per-slice markdown specs from an Event Model DSL.
XeCreate table-driven Go tests with slice and map patterns.
mor-duongmhMerge parallel specialist review findings from GitHub PRs or diffs into a Markdown report.
howarddierkingConvert natural-language system descriptions into Event Model DSL markdown files.