/**
 * buildDynamicAgentChart — the Dynamic-ReAct agent chart, where the
 * whole LLM turn (context engineering + the call) is ONE `sf-llm-call`
 * subflow, exactly like the `LLMCall` primitive produces.
 *
 * WHY a second builder (vs `buildAgentChart`)
 * ───────────────────────────────────────────
 * `buildAgentChart` mounts the LLM as a flat `call-llm` STAGE with the
 * slot subflows as its siblings. That renders as nothing in Lens — a
 * bare stage is dropped by the subflow-level collapser, so the slots
 * have no LLM card to fold into and the chart comes up empty.
 *
 * This builder wraps that same region in an `sf-llm-call` SUBFLOW. The
 * payoff is purely structural — Lens already maps `sf-llm-call → LLM
 * group` (same boundary `LLMCall` produces), so the Dynamic agent
 * renders as an LLM group with its slots inside, a peer Tool node, and
 * the loop arc, with ZERO Lens-specific special-casing.
 *
 * The data flow is IDENTICAL to `buildAgentChart` — every stage handler
 * + slot subflow is reused verbatim from the same `AgentChartDeps`. The
 * ONLY new thing is the subflow boundary, which means:
 *
 *   • A small inner seed (`dynamicTurnSeed`) initialises the per-turn
 *     working keys the OUTER seed used to set, since the inner subflow
 *     gets a fresh scope each loop re-entry.
 *   • Cross-iteration accumulators (token totals, cost counters,
 *     skill-history) round-trip out→in: the boundary `outputMapper`
 *     bubbles them to the outer scope, and the next iteration's
 *     `inputMapper` feeds them back under `prior*` aliases (because
 *     keys passed via `inputMapper` are FROZEN inside the subflow —
 *     `ScopeFacade.setValue` throws on them — so the writable working
 *     key must have a different name from the read-only input).
 *
 * Chart shape (mirrors the diagram the team locked):
 *
 *     Initialize
 *       → [memory READ subflows]
 *       → sf-llm-call  (SUBFLOW — same boundary LLMCall produces)
 *           dynamicTurnSeed → InjectionEngine
 *           → Context (selector, PARALLEL fan-out, failFast)
 *               ⇉ {System Prompt ‖ Messages ‖ Tools} → converge
 *           → UpdateSkillHistory → Cache (sf-cache subflow)
 *           → CallLLM (emits iteration_start) → [NormalizeThinking]
 *       → Route (decider)
 *            ├─ tool-calls (pausable) → loopTo(sf-llm-call)   ← branch-sourced loop
 *            └─ sf-final (the answer) → terminal leaf
 *
 * Classic ReAct keeps using `buildAgentChart` until its own shape is
 * designed — this builder is Dynamic-only.
 */
import type { FlowChart } from 'footprintjs';
import { type AgentChartDeps } from './buildAgentChart.js';
/**
 * Build the Dynamic-ReAct agent chart from the shared `AgentChartDeps`.
 */
export declare function buildDynamicAgentChart(deps: AgentChartDeps): FlowChart;