engflow-tasks
Skill0 starsChanged 17 days agoMITView on GitHub
Decompose an existing technical plan into executable, verifiable tasks. Use on explicit request to create, refine or reorder a feature task list. Maintain tasks.md with stable IDs, dependencies, source references and checks; inspect code read-only without starting implementation or reselecting the design.
In this repository13 other files it gives its agents.
- AGENTS.mdAGENTS.md
- diagram-aestheticsSkill
- engflow-clarifySkill
- engflow-code-reviewSkill
- engflow-designSkill
- engflow-handoffSkill
- engflow-implementSkill
- engflow-planSkill
- engflow-pocSkill
- engflow-refactor-assessSkill
- engflow-researchSkill
- engflow-specifySkill
- semver-bumpSkill
The file
We split this skill into the rules it gives an agent
4 rules. About 0 are common, 2 are distinctive, and 2 are very specific to this project.
≈0
Common · estimate
Many files like this have a rule of this kind.
≈2
Distinctive · estimate
This author's own choices. Worth a look.
2
Very specific
Tied to their project's names, files or tools. Probably skip.
- Common
- Distinctive
- Very specific
- Distinctive: line 63
Use tests first when useful, not a mandatory test-per-helper recipe.
- Distinctive: line 98
Check requirement/technical traceability, useful task boundaries, dependencies, near-term readiness and final integration coverage.
- Very specific: line 103
Write only the authorized task artifact (or explicitly authorized migration).
- Very specific: line 104
Do not implement, run builds/tests/experiments, modify configuration or other authority sources, publish tickets, manage …
≈ “Common” is an estimate: at least 1 in 5 of the 350,495 skill files we read have a rule of the same kind, not the same words. “Very specific” is our guess from the words: it names a file, a command, a setting or the project itself.
Files
Engflow Tasks
Turn an effective technical plan into work an implementer can execute without rediscovering requirements or major design decisions. Tasks owns decomposition; Plan owns the technical approach and delivery route; Implement owns observed progress, local refinement and validation. Separate tasks.md is optional: use it when task volume or independent maintenance adds value; simple new or existing plans can keep inline tasks. No Init or workflow engine is required.
Feature and inputs
Resolve the feature from the user's path/ID or clearly matching artifacts. Read
its spec.md, plan.md, existing tasks, relevant code and referenced design,
contracts and confirmed solutions. Follow relative path/section references; do
not select the newest directory or branch as proof of context. For an unspecified
continuation, verify Current feature in specs/README.md (or its project equivalent)
against accessible sources. Explicit targets and established conversation take
priority; reading dependencies does not switch focus. Ask if context stays ambiguous.
Tasks alone does not change feature navigation. Suitable external plans and existing formats are valid inputs.
Reuse the feature's task list. For authorized creation, honor an explicit path or
project convention; otherwise use tasks.md beside the selected plan.md,
normally in specs/NNN-short-name/. Do not create a new feature directory, global
task list, Spec or Plan as a side effect. Outside a selected feature, propose a
location and obtain write authority. Preview/view requests do not write files.
A missing Spec file alone does not invalidate an adequate supplied implementation basis, but missing behavior, acceptance or a consequential mechanism must not be invented to fill tasks. Identify the exact missing decision and affected work; continue independent decomposition with conditional dependencies where useful. This Skill does not automatically invoke Plan, Design or Research. Direct read-only inspection is allowed; further capability use requires its own invocation authority.
Decomposition
Preserve the effective scope, non-goals, acceptance, constraints and approved technical route. A task-generation request is not permission to redesign, weaken requirements, accept a proposal or execute work. For complex unresolved technical choices, bring the user a bounded question, recommendation/evidence if available and affected work instead of guessing an interface or hardware semantics.
Organize tasks by useful outcomes and the plan's milestones, not mechanical file/layer splits. Detail near-term work and leave distant work coarse until it can be decomposed reliably. Tasks may span sessions. Include:
- Stable IDs (default
T001,T002, ... for a new list), deliverables and useful implementation file/entry points; preserve existing ID conventions. - Relative source paths/sections and requirement IDs where available, including user-confirmed solution scope and essential execution constraints.
- Genuine prerequisites, ordering and explicit blocked/conditional dependencies.
- Observable completion and validation, including integration, failure behavior and relevant regressions rather than only code edits or checklist completion.
Use tests first when useful, not a mandatory test-per-helper recipe. Do not invent unneeded setup work, documents, dependencies or code bodies. Local steps are optional lists, not another task hierarchy or progress ledger. Independent tasks do not imply parallel writers, automatic delegation or execution authority. Adapt the optional outline; omit unnecessary fields/sections.
Revision, feedback and progress
Refine and reorder in place. Inspect prerequisites, partial work and existing evidence first. Preserve recognizable IDs, actual observations and approval provenance. Never reuse retired IDs; replaced/merged tasks keep successor references. Evidence supports only the conditions it actually covers; mark invalidated claims with reasons, not fabricated fresh verification.
Inject supplied confirmed solutions or credible Research findings into affected task constraints, references, dependencies and checks without repeating settled investigation or technology selection. Research evidence is not approval. A user-approved core decision or requirement/acceptance change needs the user's decision before incompatible dependent work. Update only authorized tasks; name stale Plan/Spec/design paths, decision evidence and next synchronization actions. A task edit alone does not repair those sources or prove implemented behavior.
With separate files, tasks.md is the task-state authority. plan.md retains the
approach, milestone route and feature-level checkpoint, linking task evidence rather
than copying task statuses. Tasks links back to Plan/Spec even if current authority
does not permit adding a reciprocal link to Plan; report that pending update.
Existing inline task plans remain valid. Do not create a second live list over them. Extract/migrate only with explicit authority to update both sources, preserving IDs/evidence and leaving references instead of competing live task state. Otherwise refine the authorized existing list or ask for the missing migration authority. Do not migrate merely because this Skill is available.
Self-check and output
Check requirement/technical traceability, useful task boundaries, dependencies, near-term readiness and final integration coverage. Report unresolved decisions, blocked scope and validation limits. This is author self-check, not independent review, execution approval or a claim that planned checks passed.
Write only the authorized task artifact (or explicitly authorized migration). Do not implement, run builds/tests/experiments, modify configuration or other authority sources, publish tickets, manage branches/worktrees, commit or push. Optional helpers remain read-only and do not delegate further. Report the output path or preview, major changes, next ready task and any pending source synchronization.
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