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Demonstrates passing arguments through a chain of skills. Takes two numbers (the legs of a right triangle) and computes the hypotenuse √(a²+b²) across three private stages, each its own skill. Use to show sequential skill execution with argument passing.
用 Codex 或 Claude 帮你安装 复制这段 Prompt，粘贴到 Codex、Claude 或其他助手里，让它检查 Skill 页面并帮你完成安装。
基于 SOC 职业分类
Use when the user says "netwatch" or asks to measure network stats (ping latency, packet loss, interface throughput) in the background. Launches a background subagent via the `task` tool that runs ~20s of measurements, then returns control immediately so the user can keep talking. Demonstrates background subagent invocation in opencode.
Private sieve subskill. Invoked by the sieve controller after each pass; not user-invocable. Reads sieve.state and draws the current grid — remaining primes vs. struck (composite) numbers.
Demonstrates cyclic skill invocation — runs the Sieve of Eratosthenes by invoking a private "strike" subskill once per prime, re-rendering a visual grid after each pass. Takes an upper limit n. Use to show one skill invoking another skill N times in a loop.
Private sieve subskill. Invoked by the sieve controller once per prime; not user-invocable. Strikes the multiples of a single prime p out of the sieve and records them in sieve.state.
Use when the user says "syscheck" or asks for a parallel system health check. Fans out THREE subagents at once via the Agent tool — one checks CPU, one network, one memory — using only safe read-only commands, then synthesizes their results into one report. Demonstrates parallel subagent fan-out in Claude Code.
Use when the user says "syscheck" or asks for a parallel system health check. Fans out THREE subagents via the `task` tool — one checks CPU, one network, one memory — using only safe read-only commands, then synthesizes their results into one report. Demonstrates parallel subagent fan-out in opencode.
| name | calc-pipeline |
| description | Demonstrates passing arguments through a chain of skills. Takes two numbers (the legs of a right triangle) and computes the hypotenuse √(a²+b²) across three private stages, each its own skill. Use to show sequential skill execution with argument passing. |
| argument-hint | [a] [b] |
Computes the hypotenuse of a right triangle with legs a and b,
h = √(a² + b²), split across three private stages. Each stage takes an
argument and passes its computed result to the next, like chained function calls:
calc-step-a — sum of squares: s = a² + b²calc-step-b — square root: h = √scalc-step-c — round, classify, and reportArguments to this skill: $1 = a, $2 = b (raw input: $ARGUMENTS).
a = $1, b = $2.
If either is missing or not a number, ask the user for two numbers and stop —
do not guess values.calc-step-a skill, passing both numbers as its argument
(args: $1 $2). Do not do the math yourself.pipeline.log, so the argument hand-off is observable.