learn-se-dependency

Record and validate task dependencies to prevent blocked work from starting early.

Updated Mar 12, 2026
One-click install
npx skills add https://github.com/novel-jp/projsight-plugin --skill learn-se-dependency
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: learn-se-dependency
Source: https://github.com/novel-jp/projsight-plugin/tree/main/skills/learn-se-dependency
Command: npx skills add https://github.com/novel-jp/projsight-plugin --skill learn-se-dependency

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill teaches how to make task order explicit so teams and AI agents can see what depends on what, avoid starting work too early, and detect blockers before they cause rework.

Core Features & Use Cases

  • Dependency analysis: Review a set of tasks and identify which items can start immediately and which must wait.
  • Link recording: Register blocks relationships so downstream tasks clearly show their prerequisites.
  • Blocker simulation: Start a blocked task to experience warning behavior, then recover by canceling or correcting the dependency direction.
  • Use case: A project team can model design, API, model, and UI tasks to discover bottlenecks and coordinate parallel work safely.

Quick Start

Ask the assistant to inspect your task list, map the dependencies, create the necessary blocks links, and demonstrate the blocker warning flow.

Frequently Asked Questions about learn-se-dependency

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I track task dependencies to prevent starting blocked work too early?

Tracking task dependencies requires recording blocks links between tasks so downstream items show prerequisites, preventing blocked work from starting early. You inspect a task list, map dependencies, and validate links to ensure correct execution order.

What is a dependency graph and how does it help with workflow planning?

A dependency graph maps task relationships to identify which items can start immediately and which must wait. It helps workflow planning by exposing bottlenecks and coordinating parallel work safely across multi-step software projects.

How do I detect blockers before they cause rework in a multi-step software workflow?

Detecting blockers involves applying dependency analysis to your task list and creating blocks relationships. You can simulate starting a blocked task to trigger warning behavior, then recover by canceling or correcting the dependency direction.

Can I model design, API, and UI tasks together to discover project bottlenecks?

Yes, you can model design, API, model, and UI tasks together to discover bottlenecks and coordinate parallel work safely. This approach makes task order explicit so teams and AI agents can see what depends on what.

What happens if I start a task that has unmet task dependencies?

Starting a task with unmet dependencies triggers a blocker warning. You can then recover the workflow by canceling the action or correcting the dependency direction through rollback actions to verify status recovery.

How do I validate dependency direction and recover status after a blocker warning?

Validating dependency direction involves rollback actions that check blocks links and recover status. You correct the dependency mapping, cancel the blocked task attempt, and verify that downstream prerequisites are properly registered.