{"version":3,"sources":["../src/debug.ts"],"sourcesContent":["// System-app devtools — the app-facing surface (plan: docs/plans/system-app-devtools.md).\n//\n// Two opt-in, DEV-ONLY instruments for debugging a sandboxed UI-as-app region:\n// 1. `debug.log(...)` — an app→host one-way log surfaced in the host dev panel\n// / CLI `/debug` stream (instead of hand-fishing console output out of a\n// cross-origin iframe's devtools).\n// 2. a DOM/layout responder the host can query from outside — the thing a\n// cross-origin screenshot can't reliably give you (a blank capture is\n// ambiguous between a real 0-height collapse and a paint artifact) — which\n// since R3-423 also carries two BOUNDED INPUT verbs, for the canvas/SVG apps\n// that have no accessibility node to drive from outside at all.\n//\n// SECURITY (the gating constraint — see the plan's §0):\n// - Both are inert unless the HOST signals dev mode via the `debug-enabled`\n// channel. The host only sets it for a dev/override session (the `ir-dev-*`\n// deep link) or an explicit operator developer-mode. A published app served\n// to a normal user gets `enabled:false` → `debug.log` is a no-op and the\n// responder never answers. Production isolation is therefore unchanged.\n// - The responder's vocabulary is CLOSED and fixed in this file: three READ\n// verbs (snapshotDom / computedStyle / rect) and two bounded ACTION verbs\n// (dispatchPointer / dispatchKey, §3 below). It is therefore no longer\n// read-only, and saying so here is the point — the posture documented is the\n// one that ships. There is still deliberately NO eval bridge: that would turn\n// a debug aid into remote code execution into the sandbox, and an unrecognised\n// method is refused rather than interpreted.\n// - What bounds an ACTION verb: ONE synthetic event per query; `type` drawn from\n// a 5-name pointer set or a 3-name key set; coordinates clamped to the\n// viewport; key/code names truncated to 32 chars; button state limited to\n// \"none\" or \"primary held\"; modifiers coerced to booleans. No caller-supplied\n// property bag ever reaches an event constructor, and a synthetic event is\n// `isTrusted:false` in every browser, so it can never satisfy a user-activation\n// gate (no popup, clipboard write, fullscreen, passkey prompt or download).\n// - The responder reads only its OWN `document` (it lives in its own opaque\n// iframe and cannot reach a sibling app), so there is no app↔app leak even\n// in dev.\n// - Output is bounded (node/depth/text caps) so a query can't exfiltrate an\n// unbounded payload or wedge the app.\n//\n// DEV-ONLY, read verbs and action verbs alike: the gate above is re-checked on\n// every query, so in a production session this module answers nothing and sends\n// nothing. Apps that want their own call sites GONE from the shipped bytes (rather\n// than merely inert) guard them behind `import.meta.env.DEV`, which lets the\n// bundler drop them from a production build; the runtime gate is the backstop that\n// holds regardless of how the app was built.\n\nimport { createPushChannel } from './pushChannel';\nimport { sendMessage, addListener } from './sandboxUtils';\nimport { DEBUG_ENABLED, DEBUG_LOG, DEBUG_QUERY, DEBUG_QUERY_RESULT, REQUEST_DEBUG_ENABLED } from './generated/protocol';\n\n/** Severity of a {@link debug.log} entry. */\nexport type DebugLevel = 'debug' | 'info' | 'warn' | 'error';\n\n// ── Dev gate ────────────────────────────────────────────────────────────────\n// The host pushes `debug-enabled:true` only for a dev/override session. Until\n// then (and always in production) it stays false and every instrument is inert.\nconst enabledChannel = createPushChannel({\n pushType: DEBUG_ENABLED,\n requestType: REQUEST_DEBUG_ENABLED,\n initial: false,\n parse: (msg) => (typeof msg.enabled === 'boolean' ? msg.enabled : undefined),\n});\n\n/** Is the host dev-debug surface active for this session? `false` in production. */\nexport const isDebugEnabled = (): boolean => enabledChannel.get();\n\n/** React hook: whether the host dev-debug surface is active (re-renders on change).\n * Handy for showing a debug affordance only when it would do something. */\nexport const useDebugEnabled = (): boolean => enabledChannel.use();\n\n// ── 1. App→host debug log ─────────────────────────────────────────────────────\n// Best-effort: a value that can't be structured-cloned is replaced with a marker\n// rather than throwing — `debug.log` must never break the app.\nconst MAX_DATA_BYTES = 16 * 1024;\n\nfunction safeData(data: unknown): unknown {\n if (data === undefined) return undefined;\n try {\n const json = JSON.stringify(data);\n if (json === undefined) return '[unserializable]';\n if (json.length > MAX_DATA_BYTES) return `[truncated ${json.length}B]`;\n return JSON.parse(json);\n } catch {\n return '[unserializable]';\n }\n}\n\n/**\n * Emit a structured debug entry to the host dev surface. A NO-OP unless the host\n * has enabled the dev-debug session ({@link isDebugEnabled}); in production it\n * does nothing and sends nothing.\n *\n * debug.log('info', 'mounted', { activeFile });\n */\nexport function log(level: DebugLevel, message: string, data?: unknown): void {\n if (!enabledChannel.get()) return; // inert in prod / non-dev sessions\n try {\n sendMessage(DEBUG_LOG, { level, message: String(message), data: safeData(data) });\n } catch {\n /* transport not ready — drop silently; logging must never throw */\n }\n}\n\n// ── 2. Read DOM / layout verbs ────────────────────────────────────────────────\n// The host sends `debug-query` { id, method, params }; we reply with\n// `debug-query-result` { id, ok, result | error }. Only ever active while the dev\n// gate is enabled. The vocabulary is fixed: these three verbs READ, and the two in\n// §3 act — nothing in it interprets caller-supplied code.\n\ninterface DomNode {\n tag: string;\n id?: string;\n classes?: string[];\n attrs?: Record;\n rect?: { x: number; y: number; w: number; h: number };\n text?: string;\n children?: DomNode[];\n truncated?: true;\n}\n\nconst ATTR_ALLOW = new Set(['role', 'aria-hidden', 'data-theme', 'data-active', 'href', 'type', 'hidden']);\nconst MAX_NODES = 2000;\nconst MAX_DEPTH = 25;\nconst MAX_TEXT = 200;\n\nfunction round(n: number): number {\n return Math.round(n);\n}\n\nfunction snapshotDom(params: { selector?: string; maxDepth?: number; maxNodes?: number }): DomNode | null {\n if (typeof document === 'undefined') return null;\n const root = params.selector ? document.querySelector(params.selector) : document.body;\n if (!root) return null;\n const maxDepth = Math.min(params.maxDepth ?? MAX_DEPTH, MAX_DEPTH);\n const maxNodes = Math.min(params.maxNodes ?? MAX_NODES, MAX_NODES);\n let budget = maxNodes;\n\n const walk = (el: Element, depth: number): DomNode => {\n budget--;\n const r = el.getBoundingClientRect();\n const classes = el.classList.length ? [...el.classList] : undefined;\n const attrs: Record = {};\n for (const name of el.getAttributeNames()) {\n if (ATTR_ALLOW.has(name)) attrs[name] = el.getAttribute(name) ?? '';\n }\n // Direct text (not descendants') so a leaf's label is visible without dumping\n // the whole subtree's text.\n const ownText = [...el.childNodes]\n .filter((n) => n.nodeType === 3)\n .map((n) => (n.textContent ?? '').trim())\n .join(' ')\n .trim();\n const node: DomNode = {\n tag: el.tagName.toLowerCase(),\n ...(el.id ? { id: el.id } : {}),\n ...(classes ? { classes } : {}),\n ...(Object.keys(attrs).length ? { attrs } : {}),\n rect: { x: round(r.x), y: round(r.y), w: round(r.width), h: round(r.height) },\n ...(ownText ? { text: ownText.slice(0, MAX_TEXT) } : {}),\n };\n if (depth < maxDepth && el.children.length && budget > 0) {\n const children: DomNode[] = [];\n for (const child of el.children) {\n if (budget <= 0) {\n node.truncated = true;\n break;\n }\n children.push(walk(child, depth + 1));\n }\n if (children.length) node.children = children;\n } else if (el.children.length) {\n node.truncated = true;\n }\n return node;\n };\n\n return walk(root, 0);\n}\n\nfunction computedStyle(params: { selector: string; props: string[] }): Record | null {\n if (typeof document === 'undefined') return null;\n const el = document.querySelector(params.selector);\n if (!el) return null;\n const cs = getComputedStyle(el);\n const out: Record = {};\n for (const p of params.props.slice(0, 50))\n out[p] = cs.getPropertyValue(p) || cs[p as keyof CSSStyleDeclaration]?.toString?.() || '';\n return out;\n}\n\nfunction rects(params: { selector: string }): Array<{ x: number; y: number; w: number; h: number }> {\n if (typeof document === 'undefined') return [];\n return [...document.querySelectorAll(params.selector)].slice(0, 200).map((el) => {\n const r = el.getBoundingClientRect();\n return { x: round(r.x), y: round(r.y), w: round(r.width), h: round(r.height) };\n });\n}\n\n// ── 3. Bounded input injection (roadmap R3-423) ───────────────────────────────\n//\n// WHY. A canvas app (arcade) or an SVG app (a hex map) cannot be driven from outside\n// at all: the frame is opaque-origin, so `evaluate_script` cannot reach it, and there\n// is no accessibility node to click — the interactive surface is pixels. The drill\n// either cannot run or degenerates into screenshot-eyeballing.\n//\n// WHY THIS IS NOT AN EVAL BRIDGE. The caller supplies COORDINATES and a key NAME from\n// closed vocabularies, never code and never a selector-driven callback. Everything\n// this can do, a human with a mouse could already do to the same frame; nothing here\n// reads state back beyond the read vocabulary that already exists.\n//\n// WHY IT IS SAFE EVEN SO:\n// - Same dev gate as the read verbs — inert unless the host pushed\n// `debug-enabled:true`, which it only does for a dev/override session.\n// - A synthetic event is `isTrusted: false` in every browser, so it can never\n// satisfy a USER-ACTIVATION gate: no popup, no clipboard write, no fullscreen,\n// no passkey prompt, no download. This is the property that keeps a bounded\n// injector from being an escalation, and it is a browser invariant rather than\n// something this module enforces.\n// - The event TYPE comes from a closed set, coordinates are finite and clamped to\n// the viewport, the button state is \"none\" or \"primary held\" and nothing else,\n// and modifiers are booleans. No arbitrary property bag reaches the constructor,\n// so a caller cannot forge `isTrusted` or smuggle a handler.\n// - It targets whatever is at the point in this frame's OWN document; the frame\n// cannot reach a sibling app, exactly as for the read verbs.\n\nconst POINTER_TYPES = new Set(['pointerdown', 'pointerup', 'pointermove', 'click', 'dblclick']);\nconst KEY_TYPES = new Set(['keydown', 'keyup', 'keypress']);\n\nconst clampCoord = (v: unknown, max: number): number => {\n const n = typeof v === 'number' && Number.isFinite(v) ? v : 0;\n return Math.max(0, Math.min(Math.round(n), Math.max(0, Math.round(max))));\n};\n\nconst flag = (v: unknown): boolean => v === true;\n\n/** The only button mask this verb will synthesise: the primary button. */\nconst PRIMARY = 1;\n\n/**\n * The `buttons` bitmask (which buttons are HELD, not which one changed) for an\n * injected pointer event.\n *\n * This used to be `1` for everything except an up/click, which made EVERY injected\n * move read as a drag: a hover test was impossible to write, and a canvas app's\n * `if (e.buttons)` branch fired on a plain move — exactly the apps the verb targets.\n * So the caller says which it wants, inside the same closed bound as `type`: a move\n * carries NO buttons unless the caller asks for `buttons: 1` (or `drag: true`), and\n * nothing else is accepted. A press is held-by-definition and a release is\n * released-by-definition, so those two do not read the caller's ask at all.\n */\nconst heldButtons = (type: string, params: Record): number => {\n if (type === 'pointerdown') return PRIMARY; // a press: the button is down by definition\n if (type !== 'pointermove') return 0; // pointerup / click / dblclick: already released\n return params.buttons === PRIMARY || flag(params.drag) ? PRIMARY : 0;\n};\n\n/** Dispatch one bounded pointer event at a viewport coordinate inside THIS frame.\n * Returns what it hit, so a drill can assert it aimed at the right thing rather\n * than clicking into the void and reading a screenshot to find out.\n *\n * `params`: `{ type, x, y, buttons?: 0 | 1, drag?: boolean, ctrl/shift/alt/metaKey? }`.\n * A `pointermove` is a HOVER by default; pass `buttons: 1` (or `drag: true`) for the\n * move-with-primary-held that a drag is made of. */\nfunction dispatchPointer(params: Record): { type: string; x: number; y: number; target: string } {\n if (typeof document === 'undefined' || typeof window === 'undefined') {\n throw new Error('no document in this realm');\n }\n const type = typeof params.type === 'string' && POINTER_TYPES.has(params.type) ? params.type : 'click';\n const x = clampCoord(params.x, window.innerWidth);\n const y = clampCoord(params.y, window.innerHeight);\n const target = document.elementFromPoint(x, y) ?? document.body;\n if (!target) throw new Error('nothing at that point');\n const init: PointerEventInit = {\n bubbles: true,\n cancelable: true,\n composed: true,\n clientX: x,\n clientY: y,\n pointerId: 1,\n pointerType: 'mouse',\n isPrimary: true,\n // `button` names the button whose state CHANGED. A move changes nothing, so it is\n // -1 there (UI Events §5.2.3) — otherwise a `e.button === 0` check reads a hover\n // as a primary click.\n button: type === 'pointermove' ? -1 : 0,\n buttons: heldButtons(type, params),\n ctrlKey: flag(params.ctrlKey),\n shiftKey: flag(params.shiftKey),\n altKey: flag(params.altKey),\n metaKey: flag(params.metaKey),\n };\n // `click`/`dblclick` are MouseEvents; the rest are PointerEvents. Constructing the\n // right class matters for a canvas app that reads `pointerId`/`pointerType`.\n // A realm without `PointerEvent` (jsdom, an older engine) falls back to a\n // MouseEvent of the SAME TYPE — which still reaches a `pointerdown` listener, so\n // the verb degrades instead of throwing. The responder must never throw into an\n // app; and a drill that gets a slightly thinner event is strictly better off than\n // one that gets an error.\n const usePointer = type !== 'click' && type !== 'dblclick' && typeof PointerEvent === 'function';\n target.dispatchEvent(usePointer ? new PointerEvent(type, init) : new MouseEvent(type, init));\n const desc = target instanceof Element ? target.tagName.toLowerCase() : 'unknown';\n return { type, x, y, target: desc };\n}\n\n// Legacy `keyCode` / `which`. Deprecated in the UI Events spec for a decade and still\n// what the arcade/canvas input loops this verb exists for actually read\n// (`switch (e.keyCode)`), so an injected key carrying only `key`/`code` is INVISIBLE to\n// them. Derived here from the key NAME — a bounded table plus the printable-character\n// rule — never taken from the caller, so populating them adds no input surface.\nconst LEGACY_KEY_CODES: Record = {\n Backspace: 8,\n Tab: 9,\n Enter: 13,\n Shift: 16,\n Control: 17,\n Alt: 18,\n Pause: 19,\n CapsLock: 20,\n Escape: 27,\n ' ': 32,\n PageUp: 33,\n PageDown: 34,\n End: 35,\n Home: 36,\n ArrowLeft: 37,\n ArrowUp: 38,\n ArrowRight: 39,\n ArrowDown: 40,\n Insert: 45,\n Delete: 46,\n Meta: 91,\n ContextMenu: 93,\n};\n\nconst legacyKeyCode = (key: string, code: string): number => {\n const named = LEGACY_KEY_CODES[key];\n if (named !== undefined) return named;\n // F1–F24 → 112…135: the one family worth deriving instead of listing.\n const fn = /^F([1-9]|1\\d|2[0-4])$/.exec(key);\n if (fn) return 111 + Number(fn[1]);\n // A single printable character reports its UPPERCASE code unit, which is what a\n // physical keyboard sends for the letter/digit rows ('a' and 'A' are both 65).\n if (key.length === 1) return key.toUpperCase().charCodeAt(0);\n // A named `code` covers a key name that is not a single character (an IME/dead key).\n const fromCode = /^(?:Key([A-Z])|Digit([0-9]))$/.exec(code);\n if (fromCode) return (fromCode[1] ?? fromCode[2]).charCodeAt(0);\n return 0; // unknown — 0 is what a browser reports for a key with no legacy code\n};\n\n/** Dispatch one bounded keyboard event at the focused element (or the body) —\n * an arcade app's real input surface. `key` is passed through as a name (e.g.\n * `ArrowLeft`, `a`, ` `); `code` defaults to it, and the deprecated-but-ubiquitous\n * `keyCode`/`which` are derived from them so a legacy input loop sees the key. */\nfunction dispatchKey(params: Record): { type: string; key: string; target: string } {\n if (typeof document === 'undefined') throw new Error('no document in this realm');\n const type = typeof params.type === 'string' && KEY_TYPES.has(params.type) ? params.type : 'keydown';\n const key = typeof params.key === 'string' ? params.key.slice(0, 32) : '';\n if (!key) throw new Error('a key name is required');\n const code = typeof params.code === 'string' ? params.code.slice(0, 32) : key;\n const target: EventTarget = document.activeElement ?? document.body;\n const legacy = legacyKeyCode(key, code);\n target.dispatchEvent(\n new KeyboardEvent(type, {\n bubbles: true,\n cancelable: true,\n composed: true,\n key,\n code,\n // Deprecated, and load-bearing: `switch (e.keyCode)` is still how most canvas\n // games read input. Kept consistent with `key`/`code` above.\n keyCode: legacy,\n which: legacy,\n ctrlKey: flag(params.ctrlKey),\n shiftKey: flag(params.shiftKey),\n altKey: flag(params.altKey),\n metaKey: flag(params.metaKey),\n repeat: flag(params.repeat),\n }),\n );\n const el = document.activeElement;\n return { type, key, target: el ? el.tagName.toLowerCase() : 'body' };\n}\n\nlet responderStarted = false;\n\n/** Wire the debug responder: the READ verbs (snapshotDom / computedStyle / rect) and\n * the two BOUNDED ACTION verbs (dispatchPointer / dispatchKey — one synthetic event\n * per query, closed type set, clamped coordinates, no caller property bag). Not an\n * eval bridge: an unrecognised method is refused, never interpreted.\n *\n * Idempotent; called lazily once the dev gate turns on, and every query re-checks the\n * gate — so in a production session it answers nothing, action verbs included. No\n * effect when `window` is absent (non-browser realm). */\nfunction startResponder(): void {\n if (responderStarted || typeof window === 'undefined') return;\n responderStarted = true;\n addListener(DEBUG_QUERY, (msg: { id?: unknown; method?: unknown; params?: unknown }) => {\n if (!enabledChannel.get()) return; // gate: ignore unless dev-enabled\n const id = msg.id;\n const method = msg.method;\n const params = (msg.params ?? {}) as Record;\n let ok = true;\n let result: unknown = null;\n let error: string | undefined;\n try {\n switch (method) {\n case 'snapshotDom':\n result = snapshotDom(params as never);\n break;\n case 'computedStyle':\n result = computedStyle(params as never);\n break;\n case 'rect':\n result = rects(params as never);\n break;\n case 'dispatchPointer':\n result = dispatchPointer(params);\n break;\n case 'dispatchKey':\n result = dispatchKey(params);\n break;\n default:\n ok = false;\n error = `unknown debug method: ${String(method)}`;\n }\n } catch (e) {\n ok = false;\n error = e instanceof Error ? e.message : String(e);\n }\n try {\n sendMessage(DEBUG_QUERY_RESULT, { id, ok, result, error });\n } catch {\n /* transport gone — nothing to do */\n }\n });\n}\n\n// Start the responder as soon as the gate flips on (and not before).\nenabledChannel.onChange((enabled) => {\n if (enabled) startResponder();\n});\n\n/** The dev-only debug surface. Inert unless the host enables it ({@link isDebugEnabled}). */\nexport const debug = { log, isEnabled: isDebugEnabled } as 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