メニュー
Patterns for parallel execution strategies, timeout configuration, retry policies, and consensus mechanisms.
Codex または Claude でインストール この Prompt をコピーして Codex、Claude、または他のアシスタントに貼り付けると、Skill ページを確認してインストールできます。
SOC 職業分類に基づく
| name | Parallelization Patterns |
| description | Patterns for parallel execution strategies, timeout configuration, retry policies, and consensus mechanisms. |
| version | 2.0.0 |
<decision_tree name="timeout_selection"> What type of agent is this? 180000ms 240000ms 300000ms 300000ms 300000ms </decision_tree>
<decision_tree name="parallelization_selection"> What does this agent modify? Use parallelization_readonly Use parallelization_analysis Use parallelization_execution Use parallelization_orchestration </decision_tree>
<best_practices> Select appropriate parallelization pattern based on agent capabilities Select timeout based on agent type following decision_tree Group independent agents in parallel_groups for concurrent execution Define depends_on for validation agents that require prior results Use retry_policy for critical operations </best_practices>
Read-only agents must use parallelization_readonly or parallelization_analysis Agents that modify state must use parallelization_execution Orchestrators must use parallelization_orchestration Use timeout_selection decision tree for consistent timeout values Apply retry_policy for operations that may fail transiently Use consensus_thresholds for multi-agent validation scenarios Match parallelization pattern to agent's state modification behavior Use standard timeout tiers from timeout_selection Define parallel_groups with correct dependency chains Running write agents in parallel without coordination Using non-standard timeout values<related_skills> Base templates for error escalation, decision criteria, enforcement Output formats, reflection checkpoints, self-evaluation </related_skills>
<related_agents> Validate that parallel task results are consistent and non-conflicting </related_agents>
This skill should be used when the user asks to "write common lisp", "CLOS", "ASDF", "defpackage", "defsystem", or works with Common Lisp, SBCL, or Coalton. Provides comprehensive Common Lisp ecosystem patterns and best practices.
Context7 MCP documentation retrieval patterns for up-to-date library and API references. Use this skill whenever current library docs, API signatures, version-specific behavior, or migration notes are needed.
Base templates for error escalation, decision criteria, and enforcement. Referenced by agents and commands to avoid duplication.
This skill should be used when working with C++ projects, CMakeLists.txt, Ninja, clang-tidy, clang-format, GoogleTest, Catch2, or Modern C++ (C++20/23/26) language patterns. Provides comprehensive C++ ecosystem patterns and best practices.
This skill should be used when the user works with Effect (Effect-TS) — writing or reviewing Effect.Service definitions, Layer composition (Layer.provide/provideMerge/mergeAll), Effect.scoped resource handling, converting imperative try/catch/async code to the Effect error channel, deriving types from Schema (Schema-as-SSOT), or testing Effect code with @effect/vitest, TestClock, and Layer-based mocks. Provides generalized design principles and minimal reference patterns for Effect 3.x.
This skill should be used when the user asks to "write elisp", "emacs config", "init.el", "use-package", ".el file", "emacs lisp", or "magit". Provides comprehensive Emacs ecosystem patterns and best practices. For org-mode, use org-ecosystem skill.
