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generic-subagent

generic-subagentSafety --Repository

Context-efficient read-only delegation to subagents

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1.2k downloads
Updated 2/3/2026

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SKILL.md

Subagents offload context-expensive read-only work. The caller receives a digest, not the full trace. Subagents cannot modify state — they research, analyze, and summarize.

When to Delegate

See contract § Subagent Delegation Protocol for authoritative triggers.

Summary:

TriggerThreshold
Uncertain scopeAssess with cheap ops first → convert to defined
Content to read>250KB of files to READ (not search scope)
Processing depth>2 intermediate tool calls whose outputs aren't needed in final delivery

Clarification on 250KB:

  • Applies to Read operations (full content enters context)
  • Does NOT apply to Grep (only matches enter context)
  • Typical sequence: search (cheap) → identify matches → measure size of files to read → apply threshold

Keep Inline When

  • Task requires user interaction mid-execution
  • Result interpretation needs full conversation history
  • Content to read ≤250KB and processing depth ≤2 steps

Delegation Protocol

1. Assess Scope (if uncertain)

# Check total size of files to READ (not search)
stat --printf="%s\n" src/api/*.py | awk '{sum+=$1} END {print sum}'

2. Generate Brief

MODE: SUBAGENT
GOAL: {{objective}}
CONTEXT: {{what caller already knows — no pre-analysis required}}
SCOPE: {{files, directories, or boundaries}}

Brief principles:

  • Write from existing knowledge only — if investigation is needed to specify the goal, that IS the delegated work
  • Vague goals are valid when they reflect genuine uncertainty
  • Subagent has the contract — don't repeat rules in the brief

3. Dispatch

Use Task tool. Subagent inherits contract but operates in Subagent Mode (read-only, no gates, compressed output).


For the Subagent

When receiving a MODE: SUBAGENT brief:

  1. Review ~/.liza/AGENT_TOOLS.md — MCP servers often provide efficient alternatives to manual tool chains
  2. Work within scope, abort if insufficient
  3. Return structured output (see below)

4. Review Output

RESULT: [success | partial | blocked | failed]
SUMMARY: [what was found/analyzed]
CONCERNS: [issues for caller review]
BLOCKERS: [if not success — what prevented completion]
DETAILED RESPONSE: [findings]

Review: Verify result addresses goal intent. Address concerns before proceeding.

5. Integrate

  • Success: Use digest, continue main task
  • Partial: Complete inline or re-delegate with narrower scope
  • Blocked/Failed: Surface to user or try alternative approach

Common Delegation Patterns

PatternGoal Template
Find definition"Find where {{symbol}} is defined and its signature"
Analyze dependencies"List what {{module}} imports and what imports it"
Explore area"Understand how {{area}} works" (vague is OK)
Search and summarize"Find all {{pattern}} and summarize their purposes"
Architecture survey"Identify the main components and their relationships in {{area}}"

Anti-Patterns

Don't delegate:

  • State-modifying operations (subagents are read-only)
  • Decisions requiring user input
  • The debugging hypothesis loop (requires iterative testing with full context)

Exception — debugging research IS delegatable:

  • "Find all call sites of function X"
  • "Find working analogues for this pattern"
  • "Check if error handling exists for case Y"

These support Bug Qualification / Pattern Analysis phases without owning the hypothesis loop.

Parallel Delegation

Independent research tasks can run simultaneously:

  1. Identify independent subtasks
  2. Generate briefs for each
  3. Dispatch in parallel (multiple Task tool calls)
  4. Await all results
  5. Integrate digests

Dependency awareness: If task B depends on task A's output, dispatch sequentially.

Install

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Requires askill CLI v1.0+

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Metadata

Licenseunknown
Version-
Updated2/3/2026
Publisherliza-mas

Tags

api