context-course/pr_2/en/_app/immutable/nodes/27.5d1fcfde.js

import{s as O,n as R,o as B}from"../chunks/scheduler.b8c17244.js";import{S as I,i as J,e as Q,s,c as l,h as K,a as L,d as n,b as i,f as D,g as o,j as V,k as G,l as W,m as a,n as u,t as p,o as f,p as m}from"../chunks/index.d374165a.js";import{C as X,H as Y,E as Z}from"../chunks/MermaidChart.svelte_svelte_type_style_lang.200f62db.js";import{Q as q}from"../chunks/Question.b45f7d7c.js";function ee(j){let r,S,v,P,g,_,c,C,h,H="Test your understanding of subagent patterns, architectures, and when to use them.",z,$,F,x,N,b,T,d,A,w,E,k,U,y,M;return g=new X({props:{containerStyle:"float: right; margin-left: 10px; display: inline-flex; position: relative; z-index: 10;"}}),c=new Y({props:{title:"Quiz 1: Subagent Concepts",local:"quiz-1-subagent-concepts",headingTag:"h1"}}),$=new q({props:{choices:[{text:"A subagent is a different agent platform (like switching from Claude Code to Codex)",explain:"No. A subagent is a child process spawned by a parent agent within the same platform."},{text:"A subagent is a skill that runs in the background while the main agent works on something else",explain:"Not quite. Subagents are full agents, not just skills. Skills are reusable workflows."},{text:"A subagent is a child agent process spawned by a parent agent to handle a subtask in isolation, then report results back",explain:"Correct! Subagents are independent processes that solve specific subtasks and communicate results to the parent.",correct:!0},{text:"A subagent is a way to run the same agent twice for redundancy",explain:"No. Subagents are for dividing work, not duplicating it."}]}}),x=new q({props:{choices:[{text:"Fan-out/fan-in spawns multiple subagents, each handling a sequential stage; each stage waits for the previous to finish",explain:"That's a pipeline pattern, not fan-out/fan-in. Fan-out/fan-in runs all subagents in parallel."},{text:"Fan-out/fan-in spawns multiple independent subagents in parallel, waits for all to finish, then combines results",explain:"Correct! All work happens simultaneously. Perfect for independent tasks.",correct:!0},{text:"Fan-out/fan-in requires a supervisor agent to coordinate the subagents",explain:"Not necessarily. The parent agent can manage it with wait_all() or similar."},{text:"Fan-out/fan-in is the only pattern you should ever use",explain:"No. Different patterns suit different task structures. Pipeline and supervisor are also valuable."}]}}),b=new q({props:{choices:[{text:"Pipeline pattern runs all subagents in parallel to maximize speed",explain:"No, that's fan-out/fan-in. Pipeline runs stages sequentially: output of stage 1 → input of stage 2."},{text:"Pipeline pattern chains subagents sequentially, where each stage's output becomes the next stage's input",explain:"Correct! Pipelines are for sequential workflows like design → code → test.",correct:!0},{text:"Pipeline pattern requires 10+ subagents to be effective",explain:"No. Pipelines work with any number of stages, often 3-5 is ideal."},{text:"Pipeline and fan-out/fan-in are the same thing",explain:"False. Fan-out/fan-in is parallel. Pipeline is sequential."}]}}),d=new q({props:{choices:[{text:"Use subagents when you have 10+ files to read or 3+ independent pieces of work",explain:"Correct! The blog post identifies these as the strong signals for subagent use.",correct:!0},{text:"Always use subagents if your task takes more than 1 minute",explain:"False. Time doesn't matter. Subagent overhead kills small tasks."},{text:"Use subagents only for parallel work; never for sequential tasks",explain:"False. Pipeline pattern uses subagents for sequential work."},{text:"Use subagents for every task; they always make things faster",explain:"No. Subagent spawn overhead makes them slower for small tasks."}]}}),w=new q({props:{choices:[{text:"Supervisor pattern spawns all subagents in parallel to maximize speed",explain:"That's fan-out/fan-in, not supervisor. Supervisor uses specialized agents with different tools."},{text:"Supervisor pattern has a parent agent directing multiple specialist subagents, each with different tools and expertise",explain:"Correct! Supervisor is for when you need multiple specialized agents working on the same problem.",correct:!0},{text:"Supervisor pattern requires more than 10 subagents to be effective",explain:"No. Usually 2-5 specialist subagents is ideal with supervisor pattern."},{text:"Supervisor pattern means all subagents have identical tools",explain:"False. 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