agentic-coding

name	agentic-coding
description	Skill family for agent-assisted software development workflows. Includes workspace isolation (git-worktrees), parallel debugging (dispatching-parallel-agents), structured multi-task development (subagent-driven-development), and lightweight code review (requesting-code-review). Install individual skills based on workflow needs.
license	MIT

Agentic Coding

A modular skill family for agent-assisted software development workflows. Each skill addresses a distinct phase or pattern—install only what you need.

Skill Family Members

Skill	Purpose	When to Use
using-git-worktrees	Workspace isolation	Starting feature work that needs clean branch environment
dispatching-parallel-agents	Parallel debugging	2+ completely independent failures across different domains
subagent-driven-development	Structured workflow	Multi-task implementation with integrated two-stage review
requesting-code-review	Standalone review	Ad-hoc reviews outside structured workflows

Common Patterns

Full Feature Development

using-git-worktrees → subagent-driven-development
     ↓                        ↓
Create isolated          Execute plan with
feature branch           per-task subagents
                         + integrated review

Parallel Bug Investigation

dispatching-parallel-agents
     ↓
Multiple subagents
investigate unrelated
failures simultaneously

Quick Post-Task Review

requesting-code-review
     ↓
Lightweight review
after single task
or before merge

Installation

Install individual skills based on your workflow:

# Need workspace isolation?
saddle-cli install agentic-coding/using-git-worktrees

# Need parallel debugging?
saddle-cli install agentic-coding/dispatching-parallel-agents

# Need structured development workflow?
saddle-cli install agentic-coding/subagent-driven-development

# Need standalone code review?
saddle-cli install agentic-coding/requesting-code-review

Relationship to Other Skills

• coding-discipline: Apply behavioral discipline within any agentic workflow
• python-ultimate: Technical standards for Python implementation
• output-quality: Review final output for anti-patterns

Decision Flowchart

digraph which_skill {
    "Starting feature work?" [shape=diamond];
    "Need clean workspace?" [shape=diamond];
    "using-git-worktrees" [shape=box];
    "Multiple failures?" [shape=diamond];
    "Independent domains?" [shape=diamond];
    "dispatching-parallel-agents" [shape=box];
    "Single failure path" [shape=box];
    "Have implementation plan?" [shape=diamond];
    "Multi-task plan?" [shape=diamond];
    "subagent-driven-development" [shape=box];
    "requesting-code-review" [shape=box];

    "Starting feature work?" -> "Need clean workspace?" [label="yes"];
    "Starting feature work?" -> "Have implementation plan?" [label="no"];
    "Need clean workspace?" -> "using-git-worktrees" [label="yes"];
    "Need clean workspace?" -> "Have implementation plan?" [label="no"];
    "Have implementation plan?" -> "Multi-task plan?" [label="yes"];
    "Have implementation plan?" -> "Multiple failures?" [label="no"];
    "Multi-task plan?" -> "subagent-driven-development" [label="yes"];
    "Multi-task plan?" -> "requesting-code-review" [label="no"];
    "Multiple failures?" -> "Independent domains?" [label="yes"];
    "Multiple failures?" -> "Single failure path" [label="no"];
    "Independent domains?" -> "dispatching-parallel-agents" [label="yes"];
    "Independent domains?" -> "Single failure path" [label="no"];
}