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executelisted

Orchestrated task execution engine. Decomposes a large goal into atomic tasks, plans their dependencies, selects an agent, tool, or MCP server per task, runs them in parallel batches, tracks progress, and reports what changed. Warranted only for genuinely multi-step work — roughly three or more atomic tasks spanning multiple files, agents, or tools that benefit from dependency planning and parallelism, such as execute this, orchestrate this, decompose this goal, or build a feature end to end. Because it plans and batches before acting, it is not for a single edit, a one-file change, a question, a lookup, or anything one or two tool calls already resolve — do those directly.
pfangueiro/claude-code-agents · ★ 6 · AI & Automation · score 79
Install: claude install-skill pfangueiro/claude-code-agents
# Execute — Orchestrated Task Engine Decompose a goal into atomic tasks, plan dependencies, select optimal tools, and execute with maximum parallelism. ## Pre-Flight Gate Activation is decided by the frontmatter description alone — this file is read only AFTER the skill has been selected. Nothing here can prevent over-triggering, so this gate is a **post-selection redirect**, not a filter. **Before proceeding, check the ABORT condition below. If it holds, STOP, say in one line that it fired, and just do the task.** Being invoked — including a literal `/execute` or "orchestrate this" — does NOT override an ABORT: the phrasing that selected this skill is not evidence the goal is multi-step. - Run the 6-phase protocol only when the goal is genuinely multi-step — ≥3 atomic tasks, spans multiple files/tools, or benefits from parallel batches. - ABORT (do it directly): a single edit, a one-file change, a question, or anything one tool call resolves. ## Protocol Process every `/execute` invocation through these 6 phases in strict order. Never skip a phase. Gate each phase: do not advance until the current phase is complete. ### Phase 1: ANALYZE Understand the goal before decomposing it. 1. Parse `$ARGUMENTS` as the goal statement 2. Identify the goal type (feature, bugfix, refactor, research, migration, infrastructure, other) 3. Explore the codebase to understand current state — use Glob, Grep, Read, or the Explore agent for broad searches 4. Check existing skills, memory