{
  "version": 3,
  "sources": ["../library/src/engine/consts.ts", "../library/src/utils/text.ts", "../library/src/engine/errors.ts", "../library/src/engine/csp.ts", "../library/src/utils/polyfills.ts", "../library/src/utils/paths.ts", "../library/src/engine/signals.ts", "../library/src/utils/dom.ts", "../library/src/engine/engine.ts", "../library/src/plugins/actions/peek.ts", "../library/src/plugins/actions/setAll.ts", "../library/src/plugins/actions/toggleAll.ts", "../library/src/plugins/actions/fetch.ts", "../library/src/plugins/attributes/attr.ts", "../library/src/plugins/attributes/bind.ts", "../library/src/plugins/attributes/class.ts", "../library/src/plugins/attributes/computed.ts", "../library/src/plugins/attributes/effect.ts", "../library/src/plugins/attributes/indicator.ts", "../library/src/utils/tags.ts", "../library/src/utils/timing.ts", "../library/src/utils/view-transitions.ts", "../library/src/plugins/attributes/init.ts", "../library/src/plugins/attributes/jsonSignals.ts", "../library/src/plugins/attributes/on.ts", "../library/src/utils/math.ts", "../library/src/plugins/attributes/onIntersect.ts", "../library/src/plugins/attributes/onInterval.ts", "../library/src/plugins/attributes/onSignalPatch.ts", "../library/src/plugins/attributes/ref.ts", "../library/src/plugins/attributes/show.ts", "../library/src/plugins/attributes/signals.ts", "../library/src/plugins/attributes/style.ts", "../library/src/plugins/attributes/text.ts", "../library/src/plugins/watchers/patchElements.ts", "../library/src/plugins/watchers/patchSignals.ts", "../library/src/rocket/codecs.ts", "../library/src/rocket/template.ts", "../library/src/rocket/conditional.ts", "../library/src/rocket/for.ts", "../library/src/rocket/runtime.ts"],
  "sourcesContent": ["export const DATASTAR_FETCH_EVENT = 'datastar-fetch'\nexport const DATASTAR_PROP_CHANGE_EVENT = 'datastar-prop-change'\nexport const DATASTAR_READY_EVENT = 'datastar-ready'\nexport const DATASTAR_SCOPE_CHILDREN_EVENT = 'datastar-scope-children'\nexport const DATASTAR_SIGNAL_PATCH_EVENT = 'datastar-signal-patch'\nexport const DOCUMENT = document\nexport const HTMLInput = HTMLInputElement\nexport const MutationObserverClass = MutationObserver\n", "import { compileExpression } from '@engine/csp'\nimport type { Modifiers } from '@engine/types'\n\nexport const kebab = (str: string): string =>\n  str\n    .replace(/([A-Z]+)([A-Z][a-z])/g, '$1-$2')\n    .replace(/([a-z0-9])([A-Z])/g, '$1-$2')\n    .replace(/([a-z])([0-9]+)/gi, '$1-$2')\n    .replace(/([0-9]+)([a-z])/gi, '$1-$2')\n    .replace(/[\\s_]+/g, '-')\n    .toLowerCase()\n\nexport const camel = (str: string): string =>\n  kebab(str).replace(/-./g, (x) => x[1].toUpperCase())\n\nexport const snake = (str: string): string => kebab(str).replace(/-/g, '_')\n\nexport const pascal = (str: string): string =>\n  camel(str).replace(/(^.|(?<=\\.).)/g, (x) => x[0].toUpperCase())\n\nexport const title = (str: string): string =>\n  str.replace(/\\b\\w/g, (char) => char.toUpperCase())\n\nexport const isStringTrue = (value: unknown): value is string =>\n  typeof value === 'string' && value.trim() === 'true'\n\nconst RE_FUNCTION_LITERAL =\n  /^(?:(?:async\\s+)?function\\b|(?:async\\s*)?(?:\\([^)]*\\)|[A-Za-z_$][\\w$]*)\\s*=>)/\n\ntype JsStrToObjectOptions = {\n  reviveFunctionStrings?: boolean\n}\n\nconst evaluate = (source: string): any =>\n  compileExpression([], `return (${source})`)()\n\nexport const jsStrToObject = (\n  raw: string,\n  options: JsStrToObjectOptions = {},\n) => {\n  const { reviveFunctionStrings = false } = options\n  try {\n    if (!reviveFunctionStrings) return JSON.parse(raw)\n    return JSON.parse(raw, (_k, value) => {\n      if (typeof value !== 'string') return value\n      const trimmed = value.trim()\n      if (!RE_FUNCTION_LITERAL.test(trimmed)) return value\n      try {\n        const revived = evaluate(trimmed)\n        return typeof revived === 'function' ? revived : value\n      } catch {\n        return value\n      }\n    })\n  } catch {\n    // If JSON parsing fails, try to evaluate as a JavaScript object\n    // This is less safe and should be used with caution\n    return evaluate(raw)\n  }\n}\n\nconst caseFns: Record<string, (s: string) => string> = {\n  camel: (str) => str.replace(/-[a-z]/g, (x) => x[1].toUpperCase()),\n  snake: (str) => str.replace(/-/g, '_'),\n  pascal: (str) => str[0].toUpperCase() + caseFns.camel(str.slice(1)),\n}\n\nexport const modifyCasing = (\n  str: string,\n  mods: Modifiers,\n  defaultCase = 'camel',\n): string => {\n  for (const c of mods.get('case') || [defaultCase]) {\n    str = caseFns[c]?.(str) || str\n  }\n  return str\n}\n\nexport const aliasify = (name: string) =>\n  ALIAS ? `data-${ALIAS}-${name}` : `data-${name}`\n\nexport const unaliasify = (name: string) => {\n  if (!ALIAS) return name\n  if (!name.startsWith(`${ALIAS}-`)) return null\n  return name.slice(ALIAS.length + 1)\n}\n", "import { snake } from '@utils/text'\n\nconst url = 'https://data-star.dev/errors'\n\nexport const createError = (\n  ctx: Record<string, any>,\n  reason: string,\n  metadata: Record<string, any> = {},\n): Error => {\n  Object.assign(metadata, ctx)\n  const r = snake(reason)\n  const q = new URLSearchParams({\n    metadata: JSON.stringify(metadata),\n  }).toString()\n  const c = JSON.stringify(metadata, null, 2)\n  return new Error(`${reason}\\nMore info: ${url}/${r}?${q}\\nContext: ${c}`)\n}\n", "import { DOCUMENT } from '@engine/consts'\nimport { createError } from '@engine/errors'\nimport { aliasify } from '@utils/text'\n\ntype ExpressionFn = (...args: any[]) => any\n\nconst nonceAttribute = aliasify('nonce')\nconst root = DOCUMENT.documentElement\nconst pageNonce = root.getAttribute(nonceAttribute)\n\nconst cspEnabled = pageNonce !== null\n\nlet policy: any\nif (cspEnabled) {\n  if (!pageNonce) {\n    throw createError({}, 'NonceRequired')\n  }\n  root.removeAttribute(nonceAttribute)\n  policy = (window as any).trustedTypes?.createPolicy('datastar', {\n    createHTML: (html: string) => html,\n    createScript: (script: string) => script,\n  })\n}\n\nexport const prepareScript = (\n  script: HTMLScriptElement,\n  content: string,\n): void => {\n  if (cspEnabled) script.nonce = pageNonce!\n  script.text = policy ? policy.createScript(content) : content\n}\n\nexport const createHTML = (html: string): any =>\n  policy ? policy.createHTML(html) : html\n\nconst compiledExpressions = new Map<string, ExpressionFn>()\n\nexport const compileExpression = (\n  argNames: string[],\n  expression: string,\n): ExpressionFn => {\n  if (!cspEnabled) return Function(...argNames, expression) as ExpressionFn\n\n  const source = `function(${argNames.join(',')}){${expression}\\n}`\n  const cached = compiledExpressions.get(source)\n  if (cached) return cached\n\n  const script = DOCUMENT.createElement('script')\n  prepareScript(script, `document.currentScript.x=${source}`)\n  DOCUMENT.head.appendChild(script)\n  script.remove()\n\n  const compiled = (script as any).x as ExpressionFn | undefined\n  if (!compiled) {\n    throw new Error('Blocked by CSP.')\n  }\n  compiledExpressions.set(source, compiled)\n  return compiled\n}\n", "export const hasOwn: (obj: object, prop: PropertyKey) => boolean =\n  // @ts-expect-error\n  Object.hasOwn ?? Object.prototype.hasOwnProperty.call\n", "import type { Paths } from '@engine/types'\nimport { hasOwn } from '@utils/polyfills'\n\nexport const isPojo = (obj: any): obj is Record<string, any> =>\n  obj !== null &&\n  typeof obj === 'object' &&\n  (Object.getPrototypeOf(obj) === Object.prototype ||\n    Object.getPrototypeOf(obj) === null)\n\nexport const isEmpty = (obj: Record<string, any>): boolean => {\n  for (const prop in obj) {\n    if (hasOwn(obj, prop)) {\n      return false\n    }\n  }\n  return true\n}\n\nexport const updateLeaves = (\n  obj: Record<string, any>,\n  fn: (oldValue: any) => any,\n) => {\n  for (const key in obj) {\n    const val = obj[key]\n    if (isPojo(val) || Array.isArray(val)) {\n      updateLeaves(val, fn)\n    } else {\n      obj[key] = fn(val)\n    }\n  }\n}\n\nexport const pathToObj = (paths: Paths): Record<string, any> => {\n  const result: Record<string, any> = {}\n  for (const [path, value] of paths) {\n    const keys = path.split('.')\n    const lastKey = keys.pop()!\n    const obj = keys.reduce((acc, key) => (acc[key] ??= {}), result)\n    obj[lastKey] = value\n  }\n  return result\n}\n", "import { DATASTAR_SIGNAL_PATCH_EVENT, DOCUMENT } from '@engine/consts'\nimport type {\n  Computed,\n  Effect,\n  JSONPatch,\n  MergePatchArgs,\n  Paths,\n  Signal,\n  SignalFilterOptions,\n} from '@engine/types'\nimport { isPojo, pathToObj } from '@utils/paths'\nimport { hasOwn } from '@utils/polyfills'\n\ninterface ReactiveNode {\n  deps_?: Link\n  depsTail_?: Link\n  subs_?: Link\n  subsTail_?: Link\n  flags_: ReactiveFlags\n}\n\ninterface Link {\n  version_: number\n  dep_: ReactiveNode\n  sub_: ReactiveNode\n  prevSub_?: Link\n  nextSub_?: Link\n  prevDep_?: Link\n  nextDep_?: Link\n}\n\ninterface Stack<T> {\n  value_: T\n  prev_?: Stack<T>\n}\n\nenum ReactiveFlags {\n  None = 0,\n  Mutable = 1 << 0,\n  Watching = 1 << 1,\n  RecursedCheck = 1 << 2,\n  Recursed = 1 << 3,\n  Dirty = 1 << 4,\n  Pending = 1 << 5,\n}\n\nenum EffectFlags {\n  Queued = 1 << 6,\n}\n\ninterface AlienEffect extends ReactiveNode {\n  fn_(): void\n}\n\ninterface AlienComputed<T = unknown> extends ReactiveNode {\n  value_?: T\n  getter_(previousValue?: T): T\n}\n\ninterface AlienSignal<T = unknown> extends ReactiveNode {\n  previousValue_: T\n  value_: T\n}\n\nconst currentPatch: Paths = []\nconst queuedEffects: (AlienEffect | undefined)[] = []\nlet batchDepth = 0\nlet notifyIndex = 0\nlet queuedEffectsLength = 0\nlet subStack: Stack<ReactiveNode | undefined> | undefined\nlet activeSub: ReactiveNode | undefined\nlet version = 0\n\nexport const beginBatch = (): void => {\n  batchDepth++\n}\n\nexport const endBatch = (): void => {\n  if (!--batchDepth) {\n    flush()\n    dispatch()\n  }\n}\n\nexport const startPeeking = (sub?: ReactiveNode): void => {\n  subStack = {\n    value_: activeSub,\n    prev_: subStack,\n  }\n  activeSub = sub\n}\n\nexport const stopPeeking = (): void => {\n  activeSub = subStack?.value_\n  subStack = subStack?.prev_\n}\n\nexport const signal = <T>(initialValue?: T): Signal<T> => {\n  return signalOper.bind(0, {\n    previousValue_: initialValue,\n    value_: initialValue,\n    flags_: 1 satisfies ReactiveFlags.Mutable,\n  }) as Signal<T>\n}\n\nconst computedSymbol = Symbol('computed')\nexport const computed = <T>(getter: (previousValue?: T) => T): Computed<T> => {\n  const c = computedOper.bind(0, {\n    flags_: 17 as ReactiveFlags.Mutable | ReactiveFlags.Dirty,\n    getter_: getter,\n  }) as Computed<T>\n  // @ts-expect-error\n  c[computedSymbol] = 1\n  return c\n}\n\nexport const effect = (fn: () => void): Effect => {\n  const e: AlienEffect = {\n    fn_: fn,\n    flags_: 2 satisfies ReactiveFlags.Watching,\n  }\n  if (activeSub) {\n    link(e, activeSub)\n  }\n  startPeeking(e)\n  beginBatch()\n  try {\n    e.fn_()\n  } finally {\n    endBatch()\n    stopPeeking()\n  }\n  return effectOper.bind(0, e)\n}\n\nconst flush = () => {\n  while (notifyIndex < queuedEffectsLength) {\n    const effect = queuedEffects[notifyIndex]!\n    queuedEffects[notifyIndex++] = undefined\n    run(effect, (effect.flags_ &= ~EffectFlags.Queued))\n  }\n  notifyIndex = 0\n  queuedEffectsLength = 0\n}\n\nconst update = (signal: AlienSignal | AlienComputed): boolean => {\n  if ('getter_' in signal) {\n    return updateComputed(signal)\n  }\n  return updateSignal(signal, signal.value_)\n}\n\nconst updateComputed = (c: AlienComputed): boolean => {\n  startPeeking(c)\n  startTracking(c)\n  try {\n    const oldValue = c.value_\n    return oldValue !== (c.value_ = c.getter_(oldValue))\n  } finally {\n    stopPeeking()\n    endTracking(c)\n  }\n}\n\nconst updateSignal = <T>(s: AlienSignal<T>, value: T): boolean => {\n  s.flags_ = 1 satisfies ReactiveFlags.Mutable\n  return s.previousValue_ !== (s.previousValue_ = value)\n}\n\nconst notify = (e: AlienEffect): void => {\n  const flags = e.flags_\n  if (!(flags & EffectFlags.Queued)) {\n    e.flags_ = flags | EffectFlags.Queued\n    const subs = e.subs_\n    if (subs) {\n      notify(subs.sub_ as AlienEffect)\n    } else {\n      queuedEffects[queuedEffectsLength++] = e\n    }\n  }\n}\n\nconst run = (e: AlienEffect, flags: ReactiveFlags): void => {\n  if (\n    flags & (16 satisfies ReactiveFlags.Dirty) ||\n    (flags & (32 satisfies ReactiveFlags.Pending) && checkDirty(e.deps_!, e))\n  ) {\n    startPeeking(e)\n    startTracking(e)\n    beginBatch()\n    try {\n      e.fn_()\n    } finally {\n      endBatch()\n      stopPeeking()\n      endTracking(e)\n    }\n    return\n  }\n  if (flags & (32 satisfies ReactiveFlags.Pending)) {\n    e.flags_ = flags & ~(32 satisfies ReactiveFlags.Pending)\n  }\n  let link = e.deps_\n  while (link) {\n    const dep = link.dep_\n    const depFlags = dep.flags_\n    if (depFlags & EffectFlags.Queued) {\n      run(dep as AlienEffect, (dep.flags_ = depFlags & ~EffectFlags.Queued))\n    }\n    link = link.nextDep_\n  }\n}\n\nconst signalOper = <T>(s: AlienSignal<T>, ...value: [T]): T | boolean => {\n  if (value.length) {\n    if (s.value_ !== (s.value_ = value[0])) {\n      s.flags_ = 17 as ReactiveFlags.Mutable | ReactiveFlags.Dirty\n      const subs = s.subs_\n      if (subs) {\n        propagate(subs)\n        if (!batchDepth) {\n          flush()\n        }\n      }\n      return true\n    }\n    return false\n  }\n  const currentValue = s.value_\n  if (s.flags_ & (16 satisfies ReactiveFlags.Dirty)) {\n    if (updateSignal(s, currentValue)) {\n      const subs_ = s.subs_\n      if (subs_) {\n        shallowPropagate(subs_)\n      }\n    }\n  }\n  if (activeSub) {\n    link(s, activeSub)\n  }\n  return currentValue\n}\n\nconst computedOper = <T>(c: AlienComputed<T>): T => {\n  const flags = c.flags_\n  if (\n    flags & (16 satisfies ReactiveFlags.Dirty) ||\n    (flags & (32 satisfies ReactiveFlags.Pending) && checkDirty(c.deps_!, c))\n  ) {\n    if (updateComputed(c)) {\n      const subs = c.subs_\n      if (subs) {\n        shallowPropagate(subs)\n      }\n    }\n  } else if (flags & (32 satisfies ReactiveFlags.Pending)) {\n    c.flags_ = flags & ~(32 satisfies ReactiveFlags.Pending)\n  }\n  if (activeSub) {\n    link(c, activeSub)\n  }\n  return c.value_!\n}\n\nconst effectOper = (e: AlienEffect): void => {\n  let dep = e.deps_\n  while (dep) {\n    dep = unlink(dep, e)\n  }\n  const sub = e.subs_\n  if (sub) {\n    unlink(sub)\n  }\n  e.flags_ = 0 satisfies ReactiveFlags.None\n}\n\nconst link = (dep: ReactiveNode, sub: ReactiveNode): void => {\n  const prevDep = sub.depsTail_\n  if (prevDep && prevDep.dep_ === dep) {\n    return\n  }\n  const nextDep = prevDep ? prevDep.nextDep_ : sub.deps_\n  if (nextDep && nextDep.dep_ === dep) {\n    nextDep.version_ = version\n    sub.depsTail_ = nextDep\n    return\n  }\n  const prevSub = dep.subsTail_\n  if (prevSub && prevSub.version_ === version && prevSub.sub_ === sub) {\n    return\n  }\n  const newLink =\n    (sub.depsTail_ =\n    dep.subsTail_ =\n      {\n        version_: version,\n        dep_: dep,\n        sub_: sub,\n        prevDep_: prevDep,\n        nextDep_: nextDep,\n        prevSub_: prevSub,\n      })\n  if (nextDep) {\n    nextDep.prevDep_ = newLink\n  }\n  if (prevDep) {\n    prevDep.nextDep_ = newLink\n  } else {\n    sub.deps_ = newLink\n  }\n  if (prevSub) {\n    prevSub.nextSub_ = newLink\n  } else {\n    dep.subs_ = newLink\n  }\n}\n\nconst unlink = (link: Link, sub = link.sub_): Link | undefined => {\n  const dep_ = link.dep_\n  const prevDep_ = link.prevDep_\n  const nextDep_ = link.nextDep_\n  const nextSub_ = link.nextSub_\n  const prevSub_ = link.prevSub_\n  if (nextDep_) {\n    nextDep_.prevDep_ = prevDep_\n  } else {\n    sub.depsTail_ = prevDep_\n  }\n  if (prevDep_) {\n    prevDep_.nextDep_ = nextDep_\n  } else {\n    sub.deps_ = nextDep_\n  }\n  if (nextSub_) {\n    nextSub_.prevSub_ = prevSub_\n  } else {\n    dep_.subsTail_ = prevSub_\n  }\n  if (prevSub_) {\n    prevSub_.nextSub_ = nextSub_\n  } else if (!(dep_.subs_ = nextSub_)) {\n    if ('getter_' in dep_) {\n      let toRemove = dep_.deps_\n      if (toRemove) {\n        dep_.flags_ = 17 as ReactiveFlags.Mutable | ReactiveFlags.Dirty\n        do {\n          toRemove = unlink(toRemove, dep_)\n        } while (toRemove)\n      }\n    } else if (!('previousValue_' in dep_)) {\n      effectOper(dep_ as AlienEffect)\n    }\n  }\n  return nextDep_\n}\n\nconst propagate = (link: Link): void => {\n  let next = link.nextSub_\n  let stack: Stack<Link | undefined> | undefined\n\n  top: while (true) {\n    const sub = link.sub_\n\n    let flags = sub.flags_\n\n    if (\n      !(\n        flags &\n        (60 as\n          | ReactiveFlags.RecursedCheck\n          | ReactiveFlags.Recursed\n          | ReactiveFlags.Dirty\n          | ReactiveFlags.Pending)\n      )\n    ) {\n      sub.flags_ = flags | (32 satisfies ReactiveFlags.Pending)\n    } else if (\n      !(flags & (12 as ReactiveFlags.RecursedCheck | ReactiveFlags.Recursed))\n    ) {\n      flags = 0 satisfies ReactiveFlags.None\n    } else if (!(flags & (4 satisfies ReactiveFlags.RecursedCheck))) {\n      sub.flags_ =\n        (flags & ~(8 satisfies ReactiveFlags.Recursed)) |\n        (32 satisfies ReactiveFlags.Pending)\n    } else if (\n      !(flags & (48 as ReactiveFlags.Dirty | ReactiveFlags.Pending)) &&\n      isValidLink(link, sub)\n    ) {\n      sub.flags_ =\n        flags | (40 as ReactiveFlags.Recursed | ReactiveFlags.Pending)\n      flags &= 1 satisfies ReactiveFlags.Mutable\n    } else {\n      flags = 0 satisfies ReactiveFlags.None\n    }\n\n    if (flags & (2 satisfies ReactiveFlags.Watching)) {\n      notify(sub as AlienEffect)\n    }\n\n    if (flags & (1 satisfies ReactiveFlags.Mutable)) {\n      const subSubs = sub.subs_\n      if (subSubs) {\n        const nextSub = (link = subSubs).nextSub_\n        if (nextSub) {\n          stack = { value_: next, prev_: stack }\n          next = nextSub\n        }\n        continue\n      }\n    }\n\n    if ((link = next!)) {\n      next = link.nextSub_\n      continue\n    }\n\n    while (stack) {\n      link = stack.value_!\n      stack = stack.prev_\n      if (link) {\n        next = link.nextSub_\n        continue top\n      }\n    }\n\n    break\n  }\n}\n\nconst startTracking = (sub: ReactiveNode): void => {\n  version++\n  sub.depsTail_ = undefined\n  sub.flags_ =\n    (sub.flags_ &\n      ~(56 as\n        | ReactiveFlags.Recursed\n        | ReactiveFlags.Dirty\n        | ReactiveFlags.Pending)) |\n    (4 satisfies ReactiveFlags.RecursedCheck)\n}\n\nconst endTracking = (sub: ReactiveNode): void => {\n  const depsTail_ = sub.depsTail_\n  let toRemove = depsTail_ ? depsTail_.nextDep_ : sub.deps_\n  while (toRemove) {\n    toRemove = unlink(toRemove, sub)\n  }\n  sub.flags_ &= ~(4 satisfies ReactiveFlags.RecursedCheck)\n}\n\nconst checkDirty = (link: Link, sub: ReactiveNode): boolean => {\n  let stack: Stack<Link> | undefined\n  let checkDepth = 0\n  let dirty = false\n\n  top: while (true) {\n    const dep = link.dep_\n    const flags = dep.flags_\n\n    if (sub.flags_ & (16 satisfies ReactiveFlags.Dirty)) {\n      dirty = true\n    } else if (\n      (flags & (17 as ReactiveFlags.Mutable | ReactiveFlags.Dirty)) ===\n      (17 as ReactiveFlags.Mutable | ReactiveFlags.Dirty)\n    ) {\n      if (update(dep as AlienSignal | AlienComputed)) {\n        const subs = dep.subs_!\n        if (subs.nextSub_) {\n          shallowPropagate(subs)\n        }\n        dirty = true\n      }\n    } else if (\n      (flags & (33 as ReactiveFlags.Mutable | ReactiveFlags.Pending)) ===\n      (33 as ReactiveFlags.Mutable | ReactiveFlags.Pending)\n    ) {\n      if (link.nextSub_ || link.prevSub_) {\n        stack = { value_: link, prev_: stack }\n      }\n      link = dep.deps_!\n      sub = dep\n      ++checkDepth\n      continue\n    }\n\n    if (!dirty) {\n      const nextDep = link.nextDep_\n      if (nextDep) {\n        link = nextDep\n        continue\n      }\n    }\n\n    while (checkDepth--) {\n      const firstSub = sub.subs_!\n      const hasMultipleSubs = firstSub.nextSub_\n      if (hasMultipleSubs) {\n        link = stack!.value_\n        stack = stack!.prev_\n      } else {\n        link = firstSub\n      }\n      if (dirty) {\n        if (update(sub as AlienSignal | AlienComputed)) {\n          if (hasMultipleSubs) {\n            shallowPropagate(firstSub)\n          }\n          sub = link.sub_\n          continue\n        }\n        dirty = false\n      } else {\n        sub.flags_ &= ~(32 satisfies ReactiveFlags.Pending)\n      }\n      sub = link.sub_\n      if (link.nextDep_) {\n        link = link.nextDep_\n        continue top\n      }\n    }\n\n    return dirty\n  }\n}\n\nconst shallowPropagate = (link: Link): void => {\n  do {\n    const sub = link.sub_\n    const flags = sub.flags_\n    if (\n      (flags & (48 as ReactiveFlags.Pending | ReactiveFlags.Dirty)) ===\n      (32 satisfies ReactiveFlags.Pending)\n    ) {\n      sub.flags_ = flags | (16 satisfies ReactiveFlags.Dirty)\n      if (flags & (2 satisfies ReactiveFlags.Watching)) {\n        notify(sub as AlienEffect)\n      }\n    }\n  } while ((link = link.nextSub_!))\n}\n\nconst isValidLink = (checkLink: Link, sub: ReactiveNode): boolean => {\n  let link = sub.depsTail_\n  while (link) {\n    if (link === checkLink) {\n      return true\n    }\n    link = link.prevDep_\n  }\n  return false\n}\n\nexport const getPath = <T = any>(path: string): T | undefined => {\n  let result = root\n  const split = path.split('.')\n  for (const path of split) {\n    if (result == null || !hasOwn(result, path)) {\n      return\n    }\n    result = result[path]\n  }\n  return result as T\n}\n\nconst deep = (value: any, prefix = ''): any => {\n  const isArr = Array.isArray(value)\n  if (isArr || isPojo(value)) {\n    const deepObj = (isArr ? [] : {}) as Record<string, Signal<any>>\n    for (const key in value) {\n      deepObj[key] = signal(\n        deep((value as Record<string, Signal<any>>)[key], `${prefix + key}.`),\n      )\n    }\n    const keys = signal(0)\n    return new Proxy(deepObj, {\n      get(_, prop: string) {\n        // JSON.stringify calls `.toJSON()` directly instead of checking if it exists on the object\n        // so we have to check if `toJSON` is being called and prevent a signal from automatically\n        // being made so JSON.stringify can fallback to the default stringify\n        if (!(prop === 'toJSON' && !hasOwn(deepObj, prop))) {\n          // special case for when prop is an array function because every array function needs to\n          // be reactive to when the keys change\n          if (isArr && prop in Array.prototype) {\n            keys()\n            return deepObj[prop]\n          }\n          // if prop is a symbol just return the symbol because we don't want to make up that theres\n          // an iterator symbol on an object or not\n          if (typeof prop === 'symbol') {\n            return deepObj[prop]\n          }\n          // if obj doesnt have prop OR prop is null or undefined then create a signal and default\n          // to an empty string\n          if (!hasOwn(deepObj, prop) || deepObj[prop]() == null) {\n            deepObj[prop] = signal('')\n            dispatch(prefix + prop, '')\n            keys(keys() + 1)\n          }\n          return deepObj[prop]()\n        }\n      },\n      set(_, prop: string, newValue) {\n        const path = prefix + prop\n        // special case for when setting length so we can make a diff patch\n        if (isArr && prop === 'length') {\n          const oldLength = deepObj[prop] as unknown as number\n          deepObj[prop] = newValue\n          // Setting an array\u2019s length bypasses the `deleteProperty` trap, so manually patch removed indexes.\n          if (oldLength > newValue) {\n            const patch: Record<string, any> = {}\n            for (let i = newValue; i < oldLength; i++) {\n              patch[i] = null\n            }\n            dispatch(prefix.slice(0, -1), patch)\n            keys(keys() + 1)\n          }\n        } else if (hasOwn(deepObj, prop)) {\n          if (newValue == null) {\n            delete deepObj[prop]\n            dispatch(path, null)\n            keys(keys() + 1)\n            // if newValue is a computed set the computed directly instead of wrapping in signal\n          } else if (hasOwn(newValue, computedSymbol)) {\n            deepObj[prop] = newValue\n            dispatch(path, '')\n            // if prop changed after setting it then dispatch\n          } else {\n            const currentValue = deepObj[prop]()\n            const pathStr = `${path}.`\n            if (isPojo(currentValue) && isPojo(newValue)) {\n              for (const key in currentValue) {\n                if (!hasOwn(newValue, key)) {\n                  delete currentValue[key]\n                  dispatch(pathStr + key, null)\n                }\n              }\n              for (const key in newValue) {\n                const nextVal = newValue[key]\n                if (currentValue[key] !== nextVal) {\n                  currentValue[key] = nextVal\n                }\n              }\n            } else if (deepObj[prop](deep(newValue, pathStr))) {\n              dispatch(path, newValue)\n            }\n          }\n          // if newValue is null or undefined then noop\n        } else if (newValue != null) {\n          // if newValue is a computed set the computed directly instead of wrapping in signal\n          if (hasOwn(newValue, computedSymbol)) {\n            deepObj[prop] = newValue\n            dispatch(path, '')\n          } else {\n            deepObj[prop] = signal(deep(newValue, `${path}.`))\n            dispatch(path, newValue)\n          }\n          keys(keys() + 1)\n        }\n\n        return true\n      },\n      deleteProperty(_, prop: string) {\n        delete deepObj[prop]\n        keys(keys() + 1)\n        return true\n      },\n      ownKeys() {\n        keys()\n        return Reflect.ownKeys(deepObj)\n      },\n      has(_, prop) {\n        keys()\n        return prop in deepObj\n      },\n    })\n  }\n  return value\n}\n\nconst dispatch = (path?: string, value?: any) => {\n  if (path !== undefined && value !== undefined) {\n    currentPatch.push([path, value])\n  }\n  if (!batchDepth && currentPatch.length) {\n    const detail = pathToObj(currentPatch)\n    currentPatch.length = 0\n    DOCUMENT.dispatchEvent(\n      new CustomEvent<JSONPatch>(DATASTAR_SIGNAL_PATCH_EVENT, {\n        detail,\n      }),\n    )\n  }\n}\n\nexport const mergePatch = (\n  patch: JSONPatch,\n  { ifMissing }: MergePatchArgs = {},\n): void => {\n  beginBatch()\n  for (const key in patch) {\n    if (patch[key] == null) {\n      if (!ifMissing) {\n        delete root[key]\n      }\n    } else {\n      mergeInner(patch[key], key, root, '', ifMissing)\n    }\n  }\n  endBatch()\n}\n\nexport const mergePaths = (paths: Paths, options?: MergePatchArgs): void =>\n  mergePatch(pathToObj(paths), options)\n\nconst mergeInner = (\n  patch: any,\n  target: string,\n  targetParent: Record<string, any>,\n  prefix: string,\n  ifMissing: boolean | undefined,\n): void => {\n  if (isPojo(patch)) {\n    if (\n      !(\n        hasOwn(targetParent, target) &&\n        (isPojo(targetParent[target]) || Array.isArray(targetParent[target]))\n      )\n    ) {\n      targetParent[target] = {}\n    }\n\n    for (const key in patch) {\n      if (patch[key] == null) {\n        if (!ifMissing) {\n          delete targetParent[target][key]\n        }\n      } else {\n        mergeInner(\n          patch[key],\n          key,\n          targetParent[target],\n          `${prefix + target}.`,\n          ifMissing,\n        )\n      }\n    }\n  } else if (!(ifMissing && hasOwn(targetParent, target))) {\n    targetParent[target] = patch\n  }\n}\n\nconst toRegExp = (val: string | RegExp): RegExp =>\n  typeof val === 'string' ? RegExp(val.replace(/^\\/|\\/$/g, '')) : val\n\n/**\n * Filters the root store based on an include and exclude RegExp\n *\n * @returns The filtered object\n */\nexport const filtered = (\n  { include = /.*/, exclude = /(?!)/ }: SignalFilterOptions = {},\n  obj: JSONPatch = root,\n): Record<string, any> => {\n  const includeRe = toRegExp(include)\n  const excludeRe = toRegExp(exclude)\n  const paths: Paths = []\n\n  const walk = (node: JSONPatch, prefix = '') => {\n    for (const key in node) {\n      const path = prefix + key\n      if (isPojo(node[key])) {\n        walk(node[key], `${path}.`)\n      } else if (includeRe.test(path) && !excludeRe.test(path)) {\n        paths.push([path, getPath(path)])\n      }\n    }\n  }\n\n  walk(obj)\n\n  return pathToObj(paths)\n}\n\nexport const root: Record<string, any> = deep({})\n", "import type { HTMLOrSVG } from '@engine/types'\n\nexport const isHTMLOrSVG = (el: Node): el is HTMLOrSVG =>\n  el instanceof HTMLElement ||\n  el instanceof SVGElement ||\n  el instanceof MathMLElement\n", "import {\n  DATASTAR_FETCH_EVENT,\n  DATASTAR_READY_EVENT,\n  DOCUMENT,\n  MutationObserverClass,\n} from '@engine/consts'\nimport { compileExpression } from '@engine/csp'\nimport { createError } from '@engine/errors'\nimport { root } from '@engine/signals'\nimport type {\n  ActionContext,\n  ActionPlugin,\n  AttributeContext,\n  AttributePlugin,\n  DatastarFetchEvent,\n  HTMLOrSVG,\n  Modifiers,\n  Requirement,\n  WatcherPlugin,\n} from '@engine/types'\nimport { isHTMLOrSVG } from '@utils/dom'\nimport { aliasify, unaliasify } from '@utils/text'\n\nconst actionPlugins: Map<string, ActionPlugin> = new Map()\nconst attributePlugins: Map<string, AttributePlugin> = new Map()\nconst watcherPlugins: Map<string, WatcherPlugin> = new Map()\n\nexport const actions: Record<\n  string,\n  (ctx: ActionContext, ...args: any[]) => any\n> = new Proxy(\n  {},\n  {\n    get: (_, prop: string) => actionPlugins.get(prop)?.apply,\n    has: (_, prop: string) => actionPlugins.has(prop),\n    ownKeys: () => Reflect.ownKeys(actionPlugins),\n    set: () => false,\n    deleteProperty: () => false,\n  },\n)\n\n// Map of cleanups keyed by element, attribute name, and cleanup name\nconst removals = new Map<HTMLOrSVG, Map<string, Map<string, () => void>>>()\n\nconst queuedAttributes: AttributePlugin[] = []\nconst queuedAttributeNames = new Set<string>()\nconst observedRoots = new Set<HTMLOrSVG | ShadowRoot>()\nlet datastarReadyDispatched = false\n\nexport const attribute = <R extends Requirement, B extends boolean>(\n  plugin: AttributePlugin<R, B>,\n): void => {\n  queuedAttributes.push(plugin as unknown as AttributePlugin)\n\n  if (queuedAttributes.length === 1) {\n    setTimeout(() => {\n      for (const attribute of queuedAttributes) {\n        queuedAttributeNames.add(attribute.name)\n        attributePlugins.set(attribute.name, attribute)\n      }\n      queuedAttributes.length = 0\n      const roots = observedRoots.size\n        ? [...observedRoots]\n        : [DOCUMENT.documentElement]\n      for (const root of roots) {\n        applyQueued(root, !observedRoots.has(root))\n      }\n      queuedAttributeNames.clear()\n    })\n  }\n}\n\nexport const action = <T>(plugin: ActionPlugin<T>): void => {\n  actionPlugins.set(plugin.name, plugin)\n}\n\nDOCUMENT.addEventListener(DATASTAR_FETCH_EVENT, ((\n  evt: CustomEvent<DatastarFetchEvent>,\n) => {\n  const plugin = watcherPlugins.get(evt.detail.type)\n  if (plugin) {\n    plugin.apply(\n      {\n        error: createError.bind(0, {\n          plugin: { type: 'watcher', name: plugin.name },\n          element: {\n            id: (evt.target as Element).id,\n            tag: (evt.target as Element).tagName,\n          },\n        }),\n      },\n      evt.detail.argsRaw,\n    )\n  }\n}) as EventListener)\n\nexport const watcher = (plugin: WatcherPlugin): void => {\n  watcherPlugins.set(plugin.name, plugin)\n}\n\nconst cleanupEls = (els: Iterable<HTMLOrSVG>): void => {\n  for (const el of els) {\n    const elCleanups = removals.get(el)\n    if (elCleanups && removals.delete(el)) {\n      for (const attrCleanups of elCleanups.values()) {\n        for (const cleanup of attrCleanups.values()) {\n          cleanup()\n        }\n      }\n    }\n  }\n}\n\nconst aliasedIgnore = aliasify('ignore')\nconst aliasedIgnoreAttr = `[${aliasedIgnore}]`\nconst shouldIgnore = (el: HTMLOrSVG) =>\n  el.hasAttribute(`${aliasedIgnore}__self`) || !!el.closest(aliasedIgnoreAttr)\n\nconst applyEls = (els: Iterable<HTMLOrSVG>, onlyNew?: boolean): void => {\n  for (const el of els) {\n    if (!shouldIgnore(el)) {\n      const appliedKeys = new Set<string>()\n      for (const key in el.dataset) {\n        const attrKey = key.replace(/[A-Z]/g, '-$&').toLowerCase()\n        appliedKeys.add(attrKey)\n        applyAttributePlugin(el, attrKey, el.dataset[key]!, onlyNew)\n      }\n      for (const attr of Array.from(el.attributes)) {\n        if (!attr.name.startsWith('data-')) continue\n        const attrKey = attr.name.slice(5)\n        if (appliedKeys.has(attrKey)) continue\n        applyAttributePlugin(el, attrKey, attr.value, onlyNew)\n      }\n    }\n  }\n}\n\nconst observe = (mutations: MutationRecord[]) => {\n  for (const {\n    target,\n    type,\n    attributeName,\n    addedNodes,\n    removedNodes,\n  } of mutations) {\n    if (type === 'childList') {\n      for (const node of removedNodes) {\n        if (isHTMLOrSVG(node)) {\n          cleanupEls([node])\n          cleanupEls(node.querySelectorAll<HTMLOrSVG>('*'))\n        }\n      }\n\n      for (const node of addedNodes) {\n        if (isHTMLOrSVG(node)) {\n          applyEls([node])\n          applyEls(node.querySelectorAll<HTMLOrSVG>('*'))\n        }\n      }\n    } else if (\n      type === 'attributes' &&\n      attributeName!.startsWith('data-') &&\n      isHTMLOrSVG(target) &&\n      !shouldIgnore(target)\n    ) {\n      // skip over 'data-'\n      const rawAttrKey = attributeName!.slice(5)\n      const key = unaliasify(rawAttrKey)\n      if (!key) continue\n      const value = target.getAttribute(attributeName!)\n      if (value === null) {\n        const elCleanups = removals.get(target)\n        if (elCleanups) {\n          const attrCleanups = elCleanups.get(key)\n          if (attrCleanups) {\n            for (const cleanup of attrCleanups.values()) {\n              cleanup()\n            }\n            elCleanups.delete(key)\n          }\n        }\n      } else {\n        applyAttributePlugin(target, rawAttrKey, value)\n      }\n    }\n  }\n}\n\n// TODO: mutation observer per root so applying to web component doesnt overwrite main observer\nconst mutationObserver = new MutationObserverClass(observe)\n\nexport const parseAttributeKey = (\n  rawKey: string,\n): {\n  pluginName: string\n  key: string | undefined\n  mods: Modifiers\n} => {\n  const [namePart, ...rawModifiers] = rawKey.split('__')\n  const [pluginName, key] = namePart.split(/:(.+)/)\n  const mods: Modifiers = new Map()\n\n  for (const rawMod of rawModifiers) {\n    const [label, ...mod] = rawMod.split('.')\n    mods.set(label, new Set(mod))\n  }\n\n  return { pluginName, key, mods }\n}\n\nexport const isDocumentObserverActive = () =>\n  observedRoots.has(DOCUMENT.documentElement)\n\nconst dispatchDatastarReady = () => {\n  if (datastarReadyDispatched || !isDocumentObserverActive()) return\n  datastarReadyDispatched = true\n  DOCUMENT.dispatchEvent(new Event(DATASTAR_READY_EVENT))\n}\n\nconst applyQueued = (\n  root: HTMLOrSVG | ShadowRoot = DOCUMENT.documentElement,\n  observeRoot = true,\n): void => {\n  if (isHTMLOrSVG(root)) {\n    applyEls([root], true)\n  }\n  applyEls(root.querySelectorAll<HTMLOrSVG>('*'), true)\n\n  if (observeRoot) {\n    mutationObserver.observe(root, {\n      subtree: true,\n      childList: true,\n      attributes: true,\n    })\n    observedRoots.add(root)\n    dispatchDatastarReady()\n  }\n}\n\nexport const apply = (\n  root: HTMLOrSVG | ShadowRoot = DOCUMENT.documentElement,\n  observeRoot = true,\n): void => {\n  if (isHTMLOrSVG(root)) {\n    applyEls([root])\n  }\n  applyEls(root.querySelectorAll<HTMLOrSVG>('*'))\n\n  if (observeRoot) {\n    mutationObserver.observe(root, {\n      subtree: true,\n      childList: true,\n      attributes: true,\n    })\n    observedRoots.add(root)\n    dispatchDatastarReady()\n  }\n}\n\nexport const applyElement = (el: HTMLOrSVG, onlyNew = false): void => {\n  applyEls([el], onlyNew)\n}\n\nconst applyAttributePlugin = (\n  el: HTMLOrSVG,\n  attrKey: string,\n  value: string,\n  onlyNew?: boolean,\n): void => {\n  const rawKey = unaliasify(attrKey)\n  if (!rawKey) return\n  const { pluginName, key, mods } = parseAttributeKey(rawKey)\n  const plugin = attributePlugins.get(pluginName)\n  const shouldApply =\n    (!onlyNew || queuedAttributeNames.has(pluginName)) && !!plugin\n  if (shouldApply) {\n    const ctx = {\n      el,\n      rawKey,\n      mods,\n      error: createError.bind(0, {\n        plugin: { type: 'attribute', name: plugin.name },\n        element: { id: el.id, tag: el.tagName },\n        expression: { rawKey, key, value },\n      }),\n      key,\n      value,\n      loadedPluginNames: {\n        actions: new Set(actionPlugins.keys()),\n        attributes: new Set(attributePlugins.keys()),\n      },\n      rx: undefined,\n    } as AttributeContext\n\n    const keyReq =\n      (plugin.requirement &&\n        (typeof plugin.requirement === 'string'\n          ? plugin.requirement\n          : plugin.requirement.key)) ||\n      'allowed'\n    const valueReq =\n      (plugin.requirement &&\n        (typeof plugin.requirement === 'string'\n          ? plugin.requirement\n          : plugin.requirement.value)) ||\n      'allowed'\n\n    const keyProvided = key !== undefined && key !== null && key !== ''\n    const valueProvided = value !== undefined && value !== null && value !== ''\n\n    if (keyProvided) {\n      if (keyReq === 'denied') {\n        throw ctx.error('KeyNotAllowed')\n      }\n    } else if (keyReq === 'must') {\n      throw ctx.error('KeyRequired')\n    }\n\n    if (valueProvided) {\n      if (valueReq === 'denied') {\n        throw ctx.error('ValueNotAllowed')\n      }\n    } else if (valueReq === 'must') {\n      throw ctx.error('ValueRequired')\n    }\n\n    if (keyReq === 'exclusive' || valueReq === 'exclusive') {\n      if (keyProvided && valueProvided) {\n        throw ctx.error('KeyAndValueProvided')\n      }\n      if (!keyProvided && !valueProvided) {\n        throw ctx.error('KeyOrValueRequired')\n      }\n    }\n\n    const cleanups = new Map<string, () => void>()\n    if (valueProvided) {\n      let cachedRx: GenRxFn\n      ctx.rx = (...args: any[]) => {\n        if (!cachedRx) {\n          cachedRx = genRx(value, {\n            returnsValue_: plugin.returnsValue,\n            argNames_: plugin.argNames,\n            cleanups_: cleanups,\n          })\n        }\n        return cachedRx(el, ...args)\n      }\n    }\n\n    const cleanup = plugin.apply(ctx)\n    if (cleanup) {\n      cleanups.set('attribute', cleanup)\n    }\n\n    let elCleanups = removals.get(el)\n    if (elCleanups) {\n      const attrCleanups = elCleanups.get(rawKey)\n      if (attrCleanups) {\n        for (const oldCleanup of attrCleanups.values()) {\n          oldCleanup()\n        }\n      }\n    } else {\n      elCleanups = new Map()\n      removals.set(el, elCleanups)\n    }\n    elCleanups.set(rawKey, cleanups)\n  }\n}\n\ntype GenRxOptions = {\n  returnsValue_?: boolean\n  argNames_?: string[]\n  cleanups_?: Map<string, () => void>\n}\n\ntype GenRxFn = <T>(el: HTMLOrSVG, ...args: any[]) => T\n\nconst signalPath = (name: string): string =>\n  name\n    .split('.')\n    .reduce((path, part) => `${path}['${part}']`, '$')\n\nexport const genRx = (\n  value: string,\n  {\n    returnsValue_: returnsValue = false,\n    argNames_: argNames = [],\n    cleanups_: cleanups = new Map(),\n  }: GenRxOptions = {},\n): GenRxFn => {\n  let expr = ''\n  if (returnsValue) {\n    // This regex allows Datastar expressions to support nested\n    // regex and strings that contain ; without breaking.\n    //\n    // Each of these regex defines a block type we want to match\n    // (importantly we ignore the content within these blocks):\n    //\n    // regex              \\/(?:\\\\\\/|[^\\/])*\\/\n    // double quotes      \"(?:\\\\\"|[^\\\"])*\"\n    // single quotes      '(?:\\\\'|[^'])*'\n    // ticks              `(?:\\\\`|[^`])*`\n    // iife               \\(\\s*(?:(?:function)\\s*\\(\\s*\\)|(?:\\(\\s*\\))\\s*=>)\\s*(?:\\{[\\s\\S]*?\\}|[^;)\\{]*)\\s*\\)\\s*\\(\\s*\\)\n    //\n    // The iife support is (intentionally) limited. It only supports\n    // function and arrow syntax with no arguments, and no nested IIFEs.\n    //\n    // We also want to match the non delimiter part of statements\n    // note we only support ; statement delimiters:\n    // [^;]\n    //\n    // Optimized using non-capturing groups (?:...) to prevent unnecessary backtracking.\n    const statementRe =\n      /(?:\\/(?:\\\\\\/|[^/])*\\/|\"(?:\\\\\"|[^\"])*\"|'(?:\\\\'|[^'])*'|`(?:\\\\`|[^`])*`|\\(\\s*(?:(?:function)\\s*\\(\\s*\\)|(?:\\(\\s*\\))\\s*=>)\\s*(?:\\{[\\s\\S]*?\\}|[^;){]*)\\s*\\)\\s*\\(\\s*\\)|[^;])+/gm\n    const statements = value.trim().match(statementRe)\n    if (statements) {\n      const lastIdx = statements.length - 1\n      const last = statements[lastIdx].trim()\n      if (!last.startsWith('return')) {\n        statements[lastIdx] = `return (${last});`\n      }\n      expr = statements.join(';\\n')\n    }\n  } else {\n    expr = value.trim()\n  }\n\n  // Replace signal references with bracket notation and action calls with the internal action dispatcher.\n  // Examples:\n  //   $count          -> $['count']\n  //   $count--        -> $['count']--\n  //   $foo.bar        -> $['foo']['bar']\n  //   $foo-bar        -> $['foo-bar']\n  //   $foo.bar-baz    -> $['foo']['bar-baz']\n  //   $foo-$bar       -> $['foo']-$['bar']\n  //   $arr[$index]    -> $['arr'][$['index']]\n  //   $['foo']        -> $['foo']\n  //   $foo[obj.bar]   -> $['foo'][obj.bar]\n  //   $foo['bar.baz'] -> $['foo']['bar.baz']\n  //   $123            -> $['123']\n  //   $foo.0.name     -> $['foo']['0']['name']\n  //   @get('/foo')    -> __action(\"get\",evt,'/foo')\n\n  // Skip replacements inside string/template literals.\n  // Template interpolation support rewrites `${...}` only when braces are non-nested.\n  expr = expr.replace(\n    /(?:\"[^\"\\\\]*(?:\\\\.[^\"\\\\]*)*\"|'[^'\\\\]*(?:\\\\.[^'\\\\]*)*'|`[^`\\\\$]*(?:(?:\\\\.|\\$(?!\\{))[^`\\\\$]*)*`)|\\$\\{([^{}]*)\\}|\\$(\\w+(?:[.-]\\w+)*)|@([A-Za-z_$][\\w$]*)\\(/g,\n    (match, interpolationExpr, signalName, actionName) => {\n      if (interpolationExpr !== undefined) {\n        return `\\${${interpolationExpr\n          .replace(\n            /\\$(\\w+(?:[.-]\\w+)*)/g,\n            (_: string, name: string) => signalPath(name),\n          )\n          .replace(/@([A-Za-z_$][\\w$]*)\\(/g, '__action(\"$1\",evt,')}}`\n      }\n      if (signalName) return signalPath(signalName)\n      if (actionName) return `__action(\"${actionName}\",evt,`\n      return match\n    },\n  )\n\n  try {\n    const fn = compileExpression(\n      ['el', '$', '__action', 'evt', ...argNames],\n      expr,\n    )\n    return (el: HTMLOrSVG, ...args: any[]) => {\n      const action = (name: string, evt: Event | undefined, ...args: any[]) => {\n        const err = createError.bind(0, {\n          plugin: { type: 'action', name },\n          element: { id: el.id, tag: el.tagName },\n          expression: {\n            fnContent: expr,\n            value,\n          },\n        })\n        const fn = actions[name]\n        if (fn) {\n          return fn(\n            {\n              el,\n              evt,\n              error: err,\n              cleanups,\n            },\n            ...args,\n          )\n        }\n        throw err('UndefinedAction')\n      }\n      try {\n        return fn(el, root, action, undefined, ...args)\n      } catch (e: any) {\n        console.error(e)\n        throw createError(\n          {\n            element: { id: el.id, tag: el.tagName },\n            expression: {\n              fnContent: expr,\n              value,\n            },\n            error: e.message,\n          },\n          'ExecuteExpression',\n        )\n      }\n    }\n  } catch (e: any) {\n    console.error(e)\n    throw createError(\n      {\n        expression: {\n          fnContent: expr,\n          value,\n        },\n        error: e.message,\n      },\n      'GenerateExpression',\n    )\n  }\n}\n", "// Icon: ion:eye\n// Slug: Access signals without subscribing to changes.\n// Description: Allows accessing signals without subscribing to their changes in expressions.\n\nimport { action } from '@engine'\nimport { startPeeking, stopPeeking } from '@engine/signals'\n\naction({\n  name: 'peek',\n  apply(_, fn: () => any) {\n    startPeeking()\n    try {\n      return fn()\n    } finally {\n      stopPeeking()\n    }\n  },\n})\n", "// Icon: ion:checkmark-round\n// Slug: Sets the value of all matching signals.\n// Description: Sets the value of all matching signals (or all signals if no filter is used) to the expression provided in the first argument.\n\nimport { action } from '@engine'\nimport {\n  filtered,\n  mergePatch,\n  startPeeking,\n  stopPeeking,\n} from '@engine/signals'\nimport type { SignalFilterOptions } from '@engine/types'\nimport { updateLeaves } from '@utils/paths'\n\naction({\n  name: 'setAll',\n  apply(_, value: any, filter: SignalFilterOptions) {\n    // peek because in an effect you would be subscribing to signals and then setting them which\n    // would cause an infinite loop and why would you want to infinite loop on purpose\n    startPeeking()\n    const masked = filtered(filter)\n    updateLeaves(masked, () => value)\n    mergePatch(masked)\n    stopPeeking()\n  },\n})\n", "// Icon: material-symbols:toggle-off\n// Slug: Toggles the value of all matching signals.\n// Description: Toggles the boolean value of all matching signals (or all signals if no filter is used).\n\nimport { action } from '@engine'\nimport {\n  filtered,\n  mergePatch,\n  startPeeking,\n  stopPeeking,\n} from '@engine/signals'\nimport type { SignalFilterOptions } from '@engine/types'\nimport { updateLeaves } from '@utils/paths'\n\naction({\n  name: 'toggleAll',\n  apply(_, filter: SignalFilterOptions) {\n    // peek because in an effect you would be subscribing to signals and then setting them which\n    // would cause an infinite loop and why would you want to infinite loop on purpose\n    startPeeking()\n    const masked = filtered(filter)\n    updateLeaves(masked, (oldValue: any) => !oldValue)\n    mergePatch(masked)\n    stopPeeking()\n  },\n})\n", "// Icon: mdi:arrow\n// Slug: Sends fetch requests to the backend.\n// Description: Sends fetch requests to the backend and handles responses.\n\nimport { action } from '@engine'\nimport {\n  DATASTAR_FETCH_EVENT,\n  DOCUMENT,\n  HTMLInput,\n} from '@engine/consts'\nimport { prepareScript } from '@engine/csp'\nimport { filtered, startPeeking, stopPeeking } from '@engine/signals'\nimport type {\n  DatastarFetchEvent,\n  HTMLOrSVG,\n  SignalFilterOptions,\n  WatcherArgs,\n} from '@engine/types'\nimport { kebab } from '@utils/text'\n\n// Map of abort controllers keyed by method and URL\nconst abortControllers = new Map<string, Map<string, AbortController>>()\nconst methodSupportsRequestBody = (method: string): boolean =>\n  !['GET', 'DELETE'].includes(method)\n\nconst createHttpMethod = (\n  name: string,\n  method: string,\n  openWhenHiddenDefault: boolean = true,\n): void =>\n  action({\n    name,\n    apply: async (\n      { el, evt, error, cleanups },\n      url: string,\n      {\n        selector,\n        headers: userHeaders,\n        contentType = 'json',\n        filterSignals: { include = /.*/, exclude = /(^|\\.)_/ } = {},\n        openWhenHidden = openWhenHiddenDefault,\n        payload,\n        requestCancellation = 'auto',\n        retry = 'auto',\n        retryInterval = 1_000,\n        retryScaler = 2,\n        retryMaxWait = 30_000,\n        retryMaxCount = 10,\n      }: FetchArgs = {},\n    ) => {\n      const controller =\n        requestCancellation instanceof AbortController\n          ? requestCancellation\n          : new AbortController()\n      const cleanupName = `@${name}`\n      const cancelOnDisconnect = requestCancellation === 'cleanup'\n      let requestCleanup: (() => void) | undefined\n      if (requestCancellation === 'auto' || cancelOnDisconnect) {\n        const controllers = abortControllers.get(method) ?? new Map()\n        controllers.get(url)?.abort()\n        controllers.set(url, controller)\n        abortControllers.set(method, controllers)\n      }\n      if (cancelOnDisconnect) {\n        cleanups.get(cleanupName)?.()\n        requestCleanup = async () => {\n          controller.abort()\n          // wait one tick for FINISHED to fire\n          await Promise.resolve()\n        }\n        cleanups.set(cleanupName, requestCleanup)\n      }\n\n      let cleanupFn = () => {}\n\n      try {\n        if (!url?.length) {\n          throw error('FetchNoUrlProvided', { action })\n        }\n\n        const headers: Record<string, any> = {\n          Accept: 'text/event-stream, text/html, application/json',\n          'Datastar-Request': true,\n        }\n        if (contentType === 'json' && methodSupportsRequestBody(method)) {\n          headers['Content-Type'] = 'application/json'\n        }\n        Object.assign(headers, userHeaders)\n\n        // We ignore the content-type header if using form data\n        // if missing the boundary will be set automatically\n\n        const req: FetchEventSourceInit = {\n          input_: '',\n          method,\n          headers,\n          openWhenHidden_: openWhenHidden,\n          retry_: retry,\n          retryInterval_: retryInterval,\n          retryScaler_: retryScaler,\n          retryMaxWait_: retryMaxWait,\n          retryMaxCount_: retryMaxCount,\n          signal: controller.signal,\n          onopen_: async (response: Response) => {\n            if (response.status >= 400) {\n              dispatchFetch(ERROR, el, { status: response.status.toString() })\n            }\n          },\n          onmessage_: (evt) => {\n            if (!evt.event_.startsWith('datastar')) return\n            const type = evt.event_\n            const argsRawLines: Record<string, string[]> = {}\n\n            for (const line of evt.data_.split('\\n')) {\n              const i = line.indexOf(' ')\n              const k = line.slice(0, i)\n              const v = line.slice(i + 1)\n              ;(argsRawLines[k] ||= []).push(v)\n            }\n\n            const argsRaw = Object.fromEntries(\n              Object.entries(argsRawLines).map(([k, v]) => [k, v.join('\\n')]),\n            )\n\n            if (!cancelOnDisconnect || el.isConnected) {\n              dispatchFetch(type, el, argsRaw)\n            }\n          },\n          onerror: (err) => {\n            if (isWrongContent(err)) {\n              // don't retry if the content-type is wrong\n              throw error('FetchExpectedTextEventStream', { url })\n            }\n          },\n        }\n\n        const buildFetchEventSourceInit = () => {\n          const urlInstance = new URL(url, DOCUMENT.baseURI)\n          const queryParams = new URLSearchParams(urlInstance.search)\n          if (contentType === 'json') {\n            startPeeking()\n            const requestPayload =\n              payload !== undefined ? payload : filtered({ include, exclude })\n            stopPeeking()\n            const body = JSON.stringify(requestPayload)\n            if (methodSupportsRequestBody(method)) {\n              req.body = body\n            } else {\n              queryParams.set('datastar', body)\n            }\n          } else if (contentType === 'form') {\n            const formEl = (\n              selector ? DOCUMENT.querySelector(selector) : el.closest('form')\n            ) as HTMLFormElement\n            if (!formEl) {\n              throw error('FetchFormNotFound', { action, selector })\n            }\n\n            // Validate the form\n            if (!formEl.noValidate && !formEl.checkValidity()) {\n              formEl.reportValidity()\n              return\n            }\n\n            // Collect the form data\n            const formData = new FormData(formEl)\n            let submitter = el as HTMLElement | null\n\n            if (el === formEl && evt instanceof SubmitEvent) {\n              // Get the submitter from the event\n              submitter = evt.submitter\n            } else {\n              // Prevent the form being submitted\n              const preventDefault = (evt: Event) => evt.preventDefault()\n              formEl.addEventListener('submit', preventDefault)\n              cleanupFn = () => {\n                formEl.removeEventListener('submit', preventDefault)\n              }\n            }\n\n            // Append the value of the form submitter if it is a valid submitter and has a name\n            if (\n              submitter instanceof HTMLButtonElement ||\n              (submitter instanceof HTMLInput &&\n                submitter.type === 'submit')\n            ) {\n              const name = submitter.getAttribute('name')\n              if (name) formData.append(name, submitter.value)\n            }\n\n            const multipart =\n              formEl.getAttribute('enctype') === 'multipart/form-data'\n            // Leave the `Content-Type` header empty for multipart encoding so the browser can set it automatically with the correct boundary\n            if (!multipart) {\n              headers['Content-Type'] = 'application/x-www-form-urlencoded'\n            }\n\n            const formParams = new URLSearchParams(formData as any)\n            if (methodSupportsRequestBody(method)) {\n              req.body = multipart ? formData : formParams\n            } else {\n              for (const [key, value] of formParams) {\n                queryParams.append(key, value)\n              }\n            }\n          } else {\n            throw error('FetchInvalidContentType', { action, contentType })\n          }\n          urlInstance.search = queryParams.toString()\n          req.input_ = urlInstance.toString()\n          return req\n        }\n\n        dispatchFetch(STARTED, el, {})\n\n        try {\n          await fetchEventSource(\n            el,\n            buildFetchEventSourceInit,\n            cancelOnDisconnect,\n          )\n        } catch (err: any) {\n          if (!isWrongContent(err)) {\n            throw error('FetchFailed', { method, url, error: err.message })\n          }\n          // exit gracefully and do nothing if the content-type is wrong\n          // this can happen if the client is sending a request\n          // where no response is expected, and they haven\u2019t\n          // set the content-type to text/event-stream\n        }\n      } finally {\n        dispatchFetch(FINISHED, el, {})\n        cleanupFn()\n        if (cleanups.get(cleanupName) === requestCleanup) {\n          cleanups.delete(cleanupName)\n        }\n      }\n    },\n  })\n\ncreateHttpMethod('get', 'GET', false)\ncreateHttpMethod('patch', 'PATCH')\ncreateHttpMethod('post', 'POST')\ncreateHttpMethod('put', 'PUT')\ncreateHttpMethod('query', 'QUERY')\ncreateHttpMethod('delete', 'DELETE')\n\nexport const STARTED = 'started'\nexport const FINISHED = 'finished'\nexport const ERROR = 'error'\nexport const RETRYING = 'retrying'\nexport const RETRIES_FAILED = 'retries-failed'\n\nconst dispatchFetch = (type: string, el: HTMLOrSVG, argsRaw: WatcherArgs) =>\n  DOCUMENT.dispatchEvent(\n    new CustomEvent<DatastarFetchEvent>(DATASTAR_FETCH_EVENT, {\n      detail: { type, el, argsRaw },\n    }),\n  )\n\nconst isWrongContent = (err: any) => `${err}`.includes('text/event-stream')\n\ntype ResponseOverrides =\n  | {\n      selector?: string\n      mode?: string\n      namespace?: string\n      useViewTransition?: boolean\n    }\n  | {\n      onlyIfMissing?: boolean\n    }\n\nexport type FetchArgs = {\n  selector?: string\n  headers?: Record<string, string>\n  contentType?: 'json' | 'form'\n  filterSignals?: SignalFilterOptions\n  openWhenHidden?: boolean\n  payload?: any\n  requestCancellation?: 'auto' | 'cleanup' | 'disabled' | AbortController\n  responseOverrides?: ResponseOverrides\n  retry?: 'auto' | 'error' | 'always' | 'never'\n  retryInterval?: number\n  retryScaler?: number\n  retryMaxWait?: number\n  retryMaxCount?: number\n}\n\n// Below originally from https://github.com/Azure/fetch-event-source/blob/main/LICENSE\n\n/**\n * Represents a message sent in an event stream\n * https://developer.mozilla.org/en-US/docs/Web/API/Server-sent_events/Using_server-sent_events#Event_stream_format\n */\n\ninterface EventSourceMessage {\n  id_: string\n  event_: string\n  data_: string\n  retry_?: number\n}\n\n/**\n * Converts a ReadableStream into a callback pattern.\n * @param stream The input ReadableStream.\n * @param onChunk A function that will be called on each new byte chunk in the stream.\n * @returns {Promise<void>} A promise that will be resolved when the stream closes.\n */\nconst getBytes = async (\n  stream: ReadableStream<Uint8Array>,\n  onChunk: (arr: Uint8Array) => void,\n): Promise<void> => {\n  const reader = stream.getReader()\n  let result = await reader.read()\n  while (!result.done) {\n    onChunk(result.value)\n    result = await reader.read()\n  }\n}\n\nconst getLines = (onLine: (line: Uint8Array, fieldLength: number) => void) => {\n  let buffer: Uint8Array | undefined\n  let position: number // current read position\n  let fieldLength: number // length of the `field` portion of the line\n  let discardTrailingNewline = false\n\n  // return a function that can process each incoming byte chunk:\n  return (arr: Uint8Array) => {\n    if (!buffer) {\n      buffer = arr\n      position = 0\n      fieldLength = -1\n    } else {\n      // we're still parsing the old line. Append the new bytes into buffer:\n      const next = new Uint8Array(buffer.length + arr.length)\n      next.set(buffer)\n      next.set(arr, buffer.length)\n      buffer = next\n    }\n\n    const bufLength = buffer.length\n    let lineStart = 0 // index where the current line starts\n    while (position < bufLength) {\n      if (discardTrailingNewline) {\n        if (buffer[position] === 10) lineStart = ++position // skip to next char\n        discardTrailingNewline = false\n      }\n\n      // start looking forward till the end of line:\n      let lineEnd = -1 // index of the \\r or \\n char\n      for (; position < bufLength && lineEnd === -1; ++position) {\n        switch (buffer[position]) {\n          case 58: // :\n            if (fieldLength === -1) {\n              // first colon in line\n              fieldLength = position - lineStart\n            }\n            break\n          // @ts-expect-error:7029 \\r case below should fallthrough to \\n:\n          // biome-ignore lint/suspicious/noFallthroughSwitchClause: intentional fallthrough for CR to LF\n          case 13: // \\r\n            discardTrailingNewline = true\n          case 10: // \\n\n            lineEnd = position\n            break\n        }\n      }\n\n      if (lineEnd === -1) break // Wait for the next arr and then continue parsing\n\n      // we've reached the line end, send it out:\n      onLine(buffer.subarray(lineStart, lineEnd), fieldLength)\n      lineStart = position // we're now on the next line\n      fieldLength = -1\n    }\n\n    if (lineStart === bufLength)\n      buffer = undefined // we've finished reading it\n    else if (lineStart) {\n      // Create a new view into buffer beginning at lineStart so we don't\n      // need to copy over the previous lines when we get the new arr:\n      buffer = buffer.subarray(lineStart)\n      position -= lineStart\n    }\n  }\n}\n\nconst getMessages = (\n  onId: (id: string) => void,\n  onRetry: (retry: number) => void,\n  onMessage?: (msg: EventSourceMessage) => void,\n): ((line: Uint8Array, fieldLength: number) => void) => {\n  let message = newMessage()\n  const decoder = new TextDecoder()\n\n  // return a function that can process each incoming line buffer:\n  return (line, fieldLength) => {\n    if (!line.length) {\n      // empty line denotes end of message. Trigger the callback and start a new message:\n      onMessage?.(message)\n      message = newMessage()\n    } else if (fieldLength > 0) {\n      // exclude comments and lines with no values\n      // line is of format \"<field>:<value>\" or \"<field>: <value>\"\n      // https://html.spec.whatwg.org/multipage/server-sent-events.html#event-stream-interpretation\n      const field = decoder.decode(line.subarray(0, fieldLength))\n      const valueOffset = fieldLength + (line[fieldLength + 1] === 32 ? 2 : 1)\n      const value = decoder.decode(line.subarray(valueOffset))\n\n      switch (field) {\n        case 'data':\n          message.data_ = message.data_\n            ? `${message.data_}\\n${value}`\n            : value\n          break\n        case 'event':\n          message.event_ = value\n          break\n        case 'id':\n          onId((message.id_ = value))\n          break\n        case 'retry': {\n          const retry = +value\n          if (!Number.isNaN(retry)) {\n            // per spec, ignore non-integers\n            onRetry((message.retry_ = retry))\n          }\n          break\n        }\n      }\n    }\n  }\n}\n\nconst newMessage = (): EventSourceMessage => ({\n  // data, event, and id must be initialized to empty strings:\n  // https://html.spec.whatwg.org/multipage/server-sent-events.html#event-stream-interpretation\n  // retry should be initialized to undefined so we return a consistent shape\n  // to the js engine all the time: https://mathiasbynens.be/notes/shapes-ics#takeaways\n  data_: '',\n  event_: '',\n  id_: '',\n  retry_: undefined,\n})\n\ntype FetchEventSourceInit =\n  | (RequestInit & {\n      input_: RequestInfo\n      headers?: Record<string, string>\n      onopen_: (response: Response) => Promise<void>\n      onmessage_: (ev: EventSourceMessage) => void\n      onerror?: (err: any) => void\n      openWhenHidden_: boolean\n      retry_: 'auto' | 'error' | 'always' | 'never'\n      retryInterval_: number\n      retryScaler_: number\n      retryMaxWait_: number\n      retryMaxCount_: number\n      responseOverrides_?: ResponseOverrides\n    })\n  | undefined\n\nconst fetchEventSource = (\n  el: HTMLOrSVG,\n  buildFetchEventSourceInit: () => FetchEventSourceInit,\n  cancelOnDisconnect: boolean,\n): Promise<void> => {\n  return new Promise<void>((resolve, reject) => {\n    const fetchInit = buildFetchEventSourceInit()\n    if (!fetchInit) {\n      return\n    }\n    let {\n      input_: input,\n      signal: inputSignal,\n      headers: inputHeaders,\n      onopen_: inputOnOpen,\n      onmessage_: onmessage,\n      openWhenHidden_: openWhenHidden,\n      retry_: retry,\n      retryInterval_: retryInterval,\n      retryScaler_: retryScaler,\n      retryMaxWait_: retryMaxWait,\n      retryMaxCount_: retryMaxCount,\n      responseOverrides_: responseOverrides,\n      ...rest\n    }: FetchEventSourceInit = fetchInit\n\n    // make a copy of the input headers since we may modify it below:\n    const headers: Record<string, string> = {\n      ...inputHeaders,\n    }\n\n    let curRequestController: AbortController\n\n    const rebuildAndRetry = () => {\n      const currentFetchInit = buildFetchEventSourceInit()\n      if (!currentFetchInit) return\n\n      input = currentFetchInit.input_\n      rest.body = currentFetchInit.body\n      create()\n    }\n\n    const onVisibilityChange = () => {\n      curRequestController.abort()\n      if (!DOCUMENT.hidden) {\n        rebuildAndRetry()\n      }\n    }\n\n    if (!openWhenHidden) {\n      DOCUMENT.addEventListener('visibilitychange', onVisibilityChange)\n    }\n\n    let retryTimer: ReturnType<typeof setTimeout> | undefined\n    const dispose = () => {\n      DOCUMENT.removeEventListener('visibilitychange', onVisibilityChange)\n      clearTimeout(retryTimer)\n      curRequestController.abort()\n    }\n\n    // if the incoming signal aborts, dispose resources and resolve:\n    inputSignal!.addEventListener('abort', () => {\n      dispose()\n      resolve() // don't waste time constructing/logging errors\n    })\n\n    const onopen = inputOnOpen\n\n    let retries = 0\n    let baseRetryInterval = retryInterval\n\n    const retryRequest = () => {\n      if (retries < retryMaxCount) {\n        dispatchFetch(RETRYING, el, {})\n        clearTimeout(retryTimer)\n        retryTimer = setTimeout(rebuildAndRetry, retryInterval)\n        retries++\n        // Prepare the interval for the next retry (exponential backoff)\n        retryInterval = Math.min(retryInterval * retryScaler, retryMaxWait)\n      } else {\n        dispatchFetch(RETRIES_FAILED, el, {})\n        dispose()\n        reject('Max retries reached.')\n      }\n    }\n\n    const create = async () => {\n      curRequestController = new AbortController()\n      const curRequestSignal = curRequestController.signal\n      try {\n        const response = await fetch(input, {\n          ...rest,\n          headers,\n          signal: curRequestSignal,\n        })\n\n        await onopen(response)\n\n        const dispatchNonSSE = async (\n          dispatchType: string,\n          response: Response,\n          name: string,\n          responseOverrides?: ResponseOverrides,\n          ...argNames: string[]\n        ) => {\n          const argsRaw: WatcherArgs = {\n            [name]: await response.text(),\n          }\n          for (const n of argNames) {\n            let v = response.headers.get(`datastar-${kebab(n)}`)\n            if (responseOverrides) {\n              const o = (responseOverrides as any)[n]\n              if (o) v = typeof o === 'string' ? o : JSON.stringify(o)\n            }\n            if (v) argsRaw[n] = v\n          }\n          if (!cancelOnDisconnect || el.isConnected) {\n            dispatchFetch(dispatchType, el, argsRaw)\n          }\n          dispose()\n          resolve()\n        }\n\n        const status = response.status\n        const isNoContentStatus = status === 204\n        const isRedirectStatus = status >= 300 && status < 400\n        const isErrorStatus = status >= 400 && status < 600\n\n        if (status !== 200) {\n          if (\n            retry !== 'never' &&\n            !isNoContentStatus &&\n            !isRedirectStatus &&\n            (retry === 'always' || (retry === 'error' && isErrorStatus))\n          ) {\n            retryRequest()\n            return\n          }\n          dispose()\n          resolve()\n          return\n        }\n\n        // on successful connection, reset the retry logic\n        retries = 0\n        retryInterval = baseRetryInterval\n\n        const ct = response.headers.get('Content-Type')\n        if (ct?.includes('text/html')) {\n          return await dispatchNonSSE(\n            'datastar-patch-elements',\n            response,\n            'elements',\n            responseOverrides,\n            'selector',\n            'mode',\n            'namespace',\n            'useViewTransition',\n          )\n        }\n\n        if (ct?.includes('application/json')) {\n          return await dispatchNonSSE(\n            'datastar-patch-signals',\n            response,\n            'signals',\n            responseOverrides,\n            'onlyIfMissing',\n          )\n        }\n\n        if (ct?.includes('text/javascript')) {\n          const script = DOCUMENT.createElement('script')\n          const scriptAttributesHeader = response.headers.get(\n            'datastar-script-attributes',\n          )\n\n          if (scriptAttributesHeader) {\n            for (const [name, value] of Object.entries(\n              JSON.parse(scriptAttributesHeader),\n            )) {\n              script.setAttribute(name, value as string)\n            }\n          }\n          const content = await response.text()\n          prepareScript(script, content)\n          DOCUMENT.head.appendChild(script)\n          dispose()\n          return\n        }\n\n        await getBytes(\n          response.body!,\n          getLines(\n            getMessages(\n              (id) => {\n                if (id) {\n                  // signals the id and send it back on the next retry:\n                  headers['last-event-id'] = id\n                } else {\n                  // don't send the last-event-id header anymore:\n                  delete headers['last-event-id']\n                }\n              },\n              (retry) => {\n                baseRetryInterval = retryInterval = retry\n              },\n              onmessage,\n            ),\n          ),\n        )\n\n        if (retry === 'always' && !isRedirectStatus) {\n          retryRequest()\n          return\n        }\n\n        dispose()\n        resolve()\n      } catch {\n        if (!curRequestSignal.aborted) {\n          try {\n            retryRequest()\n          } catch (innerErr) {\n            dispose()\n            reject(innerErr)\n          }\n        }\n      }\n    }\n\n    create()\n  })\n}\n", "// Icon: material-symbols:edit-attributes-outline\n// Slug: Syncs the value of an attribute with an expression.\n// Description: Sets the value of any HTML attribute to an expression, and keeps it in sync.\n\nimport { attribute } from '@engine'\nimport { MutationObserverClass } from '@engine/consts'\nimport { effect } from '@engine/signals'\n\nattribute({\n  name: 'attr',\n  requirement: { value: 'must' },\n  returnsValue: true,\n  apply({ el, key, rx }) {\n    const syncAttr = (key: string, val: any) => {\n      if (val === '' || val === true) {\n        el.setAttribute(key, '')\n      } else if (val === false || val == null) {\n        el.removeAttribute(key)\n      } else if (typeof val === 'string') {\n        el.setAttribute(key, val)\n      } else if (typeof val === 'function') {\n        el.setAttribute(key, val.toString())\n      } else {\n        el.setAttribute(\n          key,\n          JSON.stringify(val, (_k, v) =>\n            typeof v === 'function' ? v.toString() : v,\n          ),\n        )\n      }\n    }\n\n    const update = key\n      ? () => {\n          observer.disconnect()\n          const val = rx() as string\n          syncAttr(key, val)\n          observer.observe(el, {\n            attributeFilter: [key],\n          })\n        }\n      : () => {\n          observer.disconnect()\n          const obj = rx() as Record<string, any>\n          const attributeFilter = Object.keys(obj)\n          for (const key of attributeFilter) {\n            syncAttr(key, obj[key])\n          }\n          observer.observe(el, {\n            attributeFilter,\n          })\n        }\n\n    const observer = new MutationObserverClass(update)\n    const cleanup = effect(update)\n\n    return () => {\n      observer.disconnect()\n      cleanup()\n    }\n  },\n})\n", "// Icon: akar-icons:link-chain\n// Slug: Creates a signal with two-way data binding.\n// Description: Creates a signal (if one doesn\u2019t already exist) and sets up two-way data binding between it and an element\u2019s value.\n\nimport { attribute } from '@engine'\nimport {\n  DATASTAR_PROP_CHANGE_EVENT,\n  DOCUMENT,\n  HTMLInput,\n  MutationObserverClass,\n} from '@engine/consts'\nimport { effect, getPath, mergePaths } from '@engine/signals'\nimport type { Paths } from '@engine/types'\nimport { hasOwn } from '@utils/polyfills'\nimport { aliasify, camel, modifyCasing } from '@utils/text'\n\ntype SignalFile = {\n  name: string\n  contents: string\n  mime: string\n}\n\ntype BindAdapter = {\n  get_: (el: any, type: string) => any\n  set_: (el: any, value: any) => void\n  events_: string[]\n}\n\nconst propAdapter = (prop: string, ...events: string[]): BindAdapter => ({\n  get_: (el: any) => el[prop],\n  set_: (el: any, value: any) => {\n    el[prop] = value\n  },\n  events_: events,\n})\n\nconst attrAdapter = (attr: string, ...events: string[]): BindAdapter => ({\n  get_: (el: Element) => el.getAttribute(attr),\n  set_: (el: Element, value: any) => {\n    el.setAttribute(attr, `${value}`)\n  },\n  events_: events,\n})\n\nconst valueAdapter = (\n  treatUndefinedAsString = false,\n  ...events: string[]\n): BindAdapter => ({\n  get_: (el: HTMLInputElement | HTMLSelectElement, type: string) =>\n    type === 'string' || (treatUndefinedAsString && type === 'undefined')\n      ? el.value\n      : +el.value,\n  set_: (el: HTMLInputElement | HTMLSelectElement, value: string | number) => {\n    el.value = `${value}`\n  },\n  events_: events,\n})\n\nconst selectAdapter = (): BindAdapter => {\n  const numbers = new Set<string>()\n  return {\n    get_: (el: HTMLSelectElement, type: string) =>\n      el.multiple\n        ? [...el.selectedOptions].map((option) =>\n            numbers.has(option.value) ? +option.value : option.value,\n          )\n        : type === 'string' || type === 'undefined'\n          ? el.value\n          : +el.value,\n    set_: (el: HTMLSelectElement, value: any) => {\n      if (!el.multiple) {\n        el.value = `${value}`\n        return\n      }\n      for (const option of el.options) {\n        if (value.includes(option.value)) {\n          numbers.delete(option.value)\n          option.selected = true\n        } else if (value.includes(+option.value)) {\n          numbers.add(option.value)\n          option.selected = true\n        } else {\n          option.selected = false\n        }\n      }\n    },\n    events_: ['change'],\n  }\n}\n\nconst dataURIRegex = /^data:(?<mime>[^;]+);base64,(?<contents>.*)$/\nconst empty = Symbol('empty')\n\nconst boundPath = (\n  el: Element,\n  key: string | null | undefined,\n  rawKey: string,\n  signalName: string,\n  adapter: BindAdapter,\n  initialValue: any,\n) => {\n  const rawAttribute = aliasify(CSS.escape(rawKey))\n  const selector = key\n    ? `[${rawAttribute}]`\n    : `[${rawAttribute}=\"${CSS.escape(signalName)}\"]`\n  if (\n    initialValue === undefined &&\n    el instanceof HTMLInput &&\n    el.type === 'radio'\n  ) {\n    const checked = [...DOCUMENT.querySelectorAll(selector)].find(\n      (input): input is HTMLInputElement =>\n        input instanceof HTMLInput && input.checked,\n    )\n    // Missing radio binds adopt the checked option.\n    if (checked) {\n      mergePaths([[signalName, checked.value]], { ifMissing: true })\n    }\n  }\n\n  if (\n    !Array.isArray(initialValue) ||\n    (el instanceof HTMLSelectElement && el.multiple)\n  ) {\n    mergePaths([[signalName, adapter.get_(el, typeof initialValue)]], {\n      ifMissing: true,\n    })\n    return signalName\n  }\n\n  const inputs = DOCUMENT.querySelectorAll(selector) as NodeListOf<Element>\n\n  const paths: Paths = []\n  let i = 0\n  for (const input of inputs) {\n    // Missing proxy slots materialize as '', which breaks `ifMissing`.\n    paths.push([\n      `${signalName}.${i}`,\n      adapter.get_(\n        input,\n        typeof (hasOwn(initialValue, i) ? initialValue[i] : undefined),\n      ),\n    ])\n    if (el === input) {\n      break\n    }\n    i++\n  }\n  mergePaths(paths, { ifMissing: true })\n  return `${signalName}.${i}`\n}\n\nattribute({\n  name: 'bind',\n  requirement: 'exclusive',\n  apply({ el, key, rawKey, mods, value, error }) {\n    const signalName = key != null ? modifyCasing(key, mods) : value\n\n    const props = mods.get('prop')\n    const events = mods.get('event')\n    let adapter: BindAdapter | null = null\n\n    if (el instanceof HTMLInput) {\n      switch (el.type) {\n        case 'range':\n        case 'number':\n          adapter = valueAdapter(false, 'input')\n          break\n        case 'checkbox':\n          adapter = {\n            get_: (el: HTMLInputElement, type: string) => {\n              if (el.value !== 'on') {\n                return type === 'boolean'\n                  ? el.checked\n                  : el.checked\n                    ? el.value\n                    : ''\n              }\n              return type === 'string'\n                ? el.checked\n                  ? el.value\n                  : ''\n                : el.checked\n            },\n            set_: (el: HTMLInputElement, value: string | boolean) => {\n              el.checked =\n                typeof value === 'string' ? value === el.value : value\n            },\n            events_: ['input'],\n          }\n          break\n        case 'radio':\n          if (!el.getAttribute('name')?.length) {\n            el.setAttribute('name', signalName)\n          }\n          adapter = {\n            get_: (el: HTMLInputElement, type: string) =>\n              el.checked ? (type === 'number' ? +el.value : el.value) : empty,\n            set_: (el: HTMLInputElement, value: string | number) => {\n              el.checked =\n                value === (typeof value === 'number' ? +el.value : el.value)\n            },\n            events_: ['input'],\n          }\n          break\n        case 'file': {\n          const syncSignal = () => {\n            const files = [...(el.files || [])]\n            const signalFiles: SignalFile[] = []\n            Promise.all(\n              files.map(\n                (f) =>\n                  new Promise<void>((resolve) => {\n                    const reader = new FileReader()\n                    reader.onload = () => {\n                      if (typeof reader.result !== 'string') {\n                        throw error('InvalidFileResultType', {\n                          resultType: typeof reader.result,\n                        })\n                      }\n                      const match = reader.result.match(dataURIRegex)\n                      if (!match?.groups) {\n                        throw error('InvalidDataUri', {\n                          result: reader.result,\n                        })\n                      }\n                      signalFiles.push({\n                        name: f.name,\n                        contents: match.groups.contents,\n                        mime: match.groups.mime,\n                      })\n                    }\n                    reader.onloadend = () => resolve()\n                    reader.readAsDataURL(f)\n                  }),\n              ),\n            ).then(() => {\n              mergePaths([[signalName, signalFiles]])\n            })\n          }\n\n          el.addEventListener('change', syncSignal)\n          return () => {\n            el.removeEventListener('change', syncSignal)\n          }\n        }\n        default:\n          adapter = valueAdapter(true, 'input')\n      }\n    } else if (el instanceof HTMLSelectElement) {\n      adapter = selectAdapter()\n    } else if (el instanceof HTMLTextAreaElement) {\n      adapter = propAdapter('value', 'input')\n    } else if (el instanceof HTMLElement && el.tagName.includes('-')) {\n      adapter =\n        'value' in el\n          ? propAdapter('value', 'input', 'change')\n          : attrAdapter('value', 'input', 'change')\n    } else if (el instanceof HTMLElement && 'value' in el) {\n      adapter = propAdapter('value', 'change')\n    } else {\n      adapter = attrAdapter('value', 'change')\n    }\n    if (!adapter) {\n      throw error('InvalidBindAdapter')\n    }\n\n    const firstProp = props && [...props][0]\n    if (props && !firstProp) throw error('BindPropNameMissing')\n    if (firstProp) {\n      const prop = camel(firstProp)\n      adapter = propAdapter(prop, ...(events ? [...events] : adapter.events_))\n    } else if (events) {\n      adapter.events_ = [...events]\n    }\n\n    let path = boundPath(\n      el,\n      key,\n      rawKey,\n      signalName,\n      adapter,\n      getPath(signalName),\n    )\n    const syncSignal = () => {\n      const signalValue = getPath(path)\n      if (signalValue != null) {\n        const value = adapter.get_(el, typeof signalValue)\n        if (value !== empty) {\n          mergePaths([[path, value]])\n        }\n      }\n    }\n    const syncElement = () => {\n      adapter.set_(el, getPath(path))\n    }\n\n    for (const eventName of adapter.events_) {\n      el.addEventListener(eventName, syncSignal)\n    }\n    el.addEventListener(DATASTAR_PROP_CHANGE_EVENT, syncSignal)\n    let cleanup = effect(syncElement)\n    const multipleObserver =\n      el instanceof HTMLSelectElement\n        ? new MutationObserverClass(() => {\n            cleanup()\n            path = boundPath(\n              el,\n              key,\n              rawKey,\n              signalName,\n              adapter,\n              getPath(signalName),\n            )\n            cleanup = effect(syncElement)\n          })\n        : null\n    multipleObserver?.observe(el, { attributeFilter: ['multiple'] })\n\n    return () => {\n      multipleObserver?.disconnect()\n      cleanup()\n      for (const eventName of adapter.events_) {\n        el.removeEventListener(eventName, syncSignal)\n      }\n      el.removeEventListener(DATASTAR_PROP_CHANGE_EVENT, syncSignal)\n    }\n  },\n})\n", "// Icon: ic:baseline-format-paint\n// Slug: Adds or removes a class based on an expression.\n// Description: Adds or removes a class to or from an element based on an expression.\n\nimport { attribute } from '@engine'\nimport { MutationObserverClass } from '@engine/consts'\nimport { effect } from '@engine/signals'\nimport { modifyCasing } from '@utils/text'\n\nattribute({\n  name: 'class',\n  requirement: {\n    value: 'must',\n  },\n  returnsValue: true,\n  apply({ key, el, mods, rx }) {\n    key &&= modifyCasing(key, mods, 'kebab')\n\n    let classes: Record<string, boolean>\n    const callback = () => {\n      observer.disconnect()\n\n      classes = key\n        ? { [key]: rx() as boolean }\n        : (rx() as Record<string, boolean>)\n\n      for (const k in classes) {\n        const classNames = k.split(/\\s+/).filter((cn) => cn.length > 0)\n        if (classes[k]) {\n          for (const name of classNames) {\n            if (!el.classList.contains(name)) {\n              el.classList.add(name)\n            }\n          }\n        } else {\n          for (const name of classNames) {\n            if (el.classList.contains(name)) {\n              el.classList.remove(name)\n            }\n          }\n        }\n      }\n\n      observer.observe(el, { attributeFilter: ['class'] })\n    }\n\n    const observer = new MutationObserverClass(callback)\n    const cleanup = effect(callback)\n\n    return () => {\n      observer.disconnect()\n      cleanup()\n\n      for (const k in classes) {\n        const classNames = k.split(/\\s+/).filter((cn) => cn.length > 0)\n        for (const name of classNames) {\n          el.classList.remove(name)\n        }\n      }\n    }\n  },\n})\n", "// Icon: streamline-ultimate:wifi-signal-2\n// Slug: Creates a computed signal.\n// Description: Creates a signal that is computed based on an expression.\n\nimport { attribute } from '@engine'\nimport { computed, mergePaths, mergePatch } from '@engine/signals'\nimport { modifyCasing } from '@utils/text'\nimport { updateLeaves } from '@utils/paths'\n\nattribute({\n  name: 'computed',\n  requirement: {\n    value: 'must',\n  },\n  returnsValue: true,\n  apply({ key, mods, rx, error }) {\n    if (key) {\n      mergePaths([[modifyCasing(key, mods), computed(rx)]])\n    } else {\n      const patch = Object.assign({}, rx() as Record<string, () => any>)\n      updateLeaves(patch, (old) => {\n        if (typeof old === 'function') {\n          return computed(old)\n        } else {\n          throw error('ComputedExpectedFunction')\n        }\n      })\n      mergePatch(patch)\n    }\n  },\n})\n", "// Icon: oui:security-signal\n// Slug: Executes an expression when signals change.\n// Description: Executes an expression on page load and whenever any signals in the expression change.\n\nimport { attribute } from '@engine'\nimport { effect } from '@engine/signals'\n\nattribute({\n  name: 'effect',\n  requirement: {\n    key: 'denied',\n    value: 'must',\n  },\n  apply: ({ rx }) => effect(rx),\n})\n", "// Icon: streamline:signal-loading-remix\n// Slug: Creates an indicator for whether an SSE request is in flight.\n// Description: Creates a signal and sets its value to `true` while an SSE request request is in flight, otherwise `false`.\n\nimport { attribute } from '@engine'\nimport { DATASTAR_FETCH_EVENT, DOCUMENT } from '@engine/consts'\nimport { mergePaths } from '@engine/signals'\nimport type { DatastarFetchEvent } from '@engine/types'\nimport { FINISHED, STARTED } from '@plugins/actions/fetch'\nimport { modifyCasing } from '@utils/text'\n\nattribute({\n  name: 'indicator',\n  requirement: 'exclusive',\n  apply({ el, key, mods, value }) {\n    const signalName = key != null ? modifyCasing(key, mods) : value\n    let activeFetches = 0\n\n    mergePaths([[signalName, false]])\n\n    const watcher = ((event: CustomEvent<DatastarFetchEvent>) => {\n      const { type, el: elt } = event.detail\n      if (elt !== el) {\n        return\n      }\n      switch (type) {\n        case STARTED:\n          activeFetches++\n          mergePaths([[signalName, true]])\n          break\n        case FINISHED:\n          activeFetches = Math.max(0, activeFetches - 1)\n          mergePaths([[signalName, activeFetches > 0]])\n          break\n      }\n    }) as EventListener\n    DOCUMENT.addEventListener(DATASTAR_FETCH_EVENT, watcher)\n    return () => {\n      activeFetches = 0\n      mergePaths([[signalName, false]])\n      DOCUMENT.removeEventListener(DATASTAR_FETCH_EVENT, watcher)\n    }\n  },\n})\n", "export const tagToMs = (args: Set<string>) => {\n  for (const arg of args) {\n    if (arg.endsWith('ms')) {\n      return +arg.slice(0, -2)\n    }\n    if (arg.endsWith('s')) {\n      return +arg.slice(0, -1) * 1000\n    }\n    return Number.parseFloat(arg)\n  }\n  return 0\n}\n\nexport const tagHas = (tags: Set<string>, tag: string) =>\n  tags.has(tag.toLowerCase())\n\nexport const tagFirst = (tags?: Set<string>, defaultValue = ''): string => {\n  if (tags) {\n    for (const tag of tags) {\n      return tag\n    }\n  }\n  return defaultValue\n}\n", "import type { EventCallbackHandler, Modifiers } from '@engine/types'\nimport { tagHas, tagToMs } from '@utils/tags'\n\nexport const delay = (\n  callback: EventCallbackHandler,\n  wait: number,\n): EventCallbackHandler => {\n  return (...args: any[]) => {\n    setTimeout(callback, wait, ...args)\n  }\n}\n\nexport const throttle = (\n  callback: EventCallbackHandler,\n  wait: number,\n  leading = true,\n  trailing = false,\n  debounce = false,\n): EventCallbackHandler => {\n  let lastArgs: Parameters<EventCallbackHandler> | null = null\n  let timer: ReturnType<typeof setTimeout> | number = 0\n\n  return (...args: any[]) => {\n    if (leading && !timer) {\n      callback(...args)\n      lastArgs = null\n    } else {\n      lastArgs = args\n    }\n    if (!timer || debounce) {\n      if (timer) {\n        clearTimeout(timer)\n      }\n      timer = setTimeout(() => {\n        if (trailing && lastArgs !== null) {\n          callback(...lastArgs)\n        }\n        lastArgs = null\n        timer = 0\n      }, wait)\n    }\n  }\n}\n\nexport const modifyTiming = (\n  callback: EventCallbackHandler,\n  mods: Modifiers,\n): EventCallbackHandler => {\n  const delayArgs = mods.get('delay')\n  if (delayArgs) {\n    const wait = tagToMs(delayArgs)\n    callback = delay(callback, wait)\n  }\n\n  const debounceArgs = mods.get('debounce')\n  if (debounceArgs) {\n    const wait = tagToMs(debounceArgs)\n    const leading = tagHas(debounceArgs, 'leading')\n    const trailing = !tagHas(debounceArgs, 'notrailing')\n    callback = throttle(callback, wait, leading, trailing, true)\n  }\n\n  const throttleArgs = mods.get('throttle')\n  if (throttleArgs) {\n    const wait = tagToMs(throttleArgs)\n    const leading = !tagHas(throttleArgs, 'noleading')\n    const trailing = tagHas(throttleArgs, 'trailing')\n    callback = throttle(callback, wait, leading, trailing)\n  }\n\n  return callback\n}\n", "import { DOCUMENT } from '@engine/consts'\nimport type { EventCallbackHandler, Modifiers } from '@engine/types'\n\nexport const supportsViewTransitions = (target: Document | Element): boolean =>\n  'startViewTransition' in target\n\nexport const modifyViewTransition = (\n  callback: EventCallbackHandler,\n  mods: Modifiers,\n): EventCallbackHandler => {\n  if (mods.has('viewtransition') && supportsViewTransitions(DOCUMENT)) {\n    const cb = callback // I hate javascript\n    callback = (...args: any[]) =>\n      DOCUMENT.startViewTransition(() => cb(...args))\n  }\n\n  return callback\n}\n", "// Icon: material-symbols:timer-play-outline\n// Slug: Runs an expression when loaded into the DOM.\n// Description: Runs an expression when the element is loaded into the DOM.\n\nimport { attribute } from '@engine'\nimport { beginBatch, endBatch } from '@engine/signals'\nimport { tagToMs } from '@utils/tags'\nimport { delay } from '@utils/timing'\nimport { modifyViewTransition } from '@utils/view-transitions'\n\nattribute({\n  name: 'init',\n  requirement: {\n    key: 'denied',\n    value: 'must',\n  },\n  apply({ rx, mods }) {\n    let callback = () => {\n      beginBatch()\n      try {\n        rx()\n      } finally {\n        endBatch()\n      }\n    }\n    callback = modifyViewTransition(callback, mods)\n    let wait = 0\n    const delayArgs = mods.get('delay')\n    if (delayArgs) {\n      wait = tagToMs(delayArgs)\n      if (wait > 0) {\n        callback = delay(callback, wait)\n      }\n    }\n    callback()\n  },\n})\n", "// Icon: si:json-fill\n// Slug: Outputs a JSON stringified version of signals.\n// Description: Sets the text content of an element to a reactive JSON stringified version of signals.\n\nimport { attribute } from '@engine'\nimport { MutationObserverClass } from '@engine/consts'\nimport { effect, filtered } from '@engine/signals'\nimport type { SignalFilterOptions } from '@engine/types'\nimport { jsStrToObject } from '@utils/text'\n\nattribute({\n  name: 'json-signals',\n  requirement: {\n    key: 'denied',\n  },\n  apply({ el, value, mods }) {\n    const spaces = mods.has('terse') ? 0 : 2\n    let filters: SignalFilterOptions = {}\n    if (value) {\n      filters = jsStrToObject(value)\n    }\n\n    const callback = () => {\n      observer.disconnect()\n      el.textContent = JSON.stringify(filtered(filters), null, spaces)\n      observer.observe(el, {\n        childList: true,\n        characterData: true,\n        subtree: true,\n      })\n    }\n    const observer = new MutationObserverClass(callback)\n    const cleanup = effect(callback)\n\n    return () => {\n      observer.disconnect()\n      cleanup()\n    }\n  },\n})\n", "// Icon: material-symbols:mail\n// Slug: Attaches an event listener to an element.\n// Description: Attaches an event listener to an element, executing an expression whenever the event is triggered.\n\nimport { attribute } from '@engine'\nimport {\n  DATASTAR_FETCH_EVENT,\n  DATASTAR_SIGNAL_PATCH_EVENT,\n  DOCUMENT,\n} from '@engine/consts'\nimport { beginBatch, endBatch } from '@engine/signals'\nimport { modifyCasing } from '@utils/text'\nimport { modifyTiming } from '@utils/timing'\nimport { modifyViewTransition } from '@utils/view-transitions'\n\nattribute({\n  name: 'on',\n  requirement: 'must',\n  argNames: ['evt'],\n  apply({ el, key, mods, rx }) {\n    let target: Element | Window | Document = el\n    if (mods.has('window')) {\n      target = window\n    } else if (mods.has('document')) {\n      target = DOCUMENT\n    }\n    let callback = (evt?: Event) => {\n      beginBatch()\n      try {\n        rx(evt)\n      } finally {\n        endBatch()\n      }\n    }\n    callback = modifyViewTransition(callback, mods)\n    callback = modifyTiming(callback, mods)\n    const eventName = modifyCasing(key, mods, 'kebab')\n    const evtListOpts: AddEventListenerOptions = {\n      capture: mods.has('capture'),\n      passive: mods.has('passive'),\n      once: mods.has('once'),\n    }\n    if (mods.has('outside')) {\n      target = DOCUMENT\n      const cb = callback\n      callback = (evt?: Event) => {\n        if (!el.contains(evt?.target as HTMLElement)) {\n          cb(evt)\n        }\n      }\n    }\n    // Listen for Datastar events on the document\n    if (\n      eventName === DATASTAR_FETCH_EVENT ||\n      eventName === DATASTAR_SIGNAL_PATCH_EVENT\n    ) {\n      target = DOCUMENT\n    }\n    // Apply event-side effects before timing/view-transition wrappers run.\n    const listener = (evt?: Event) => {\n      if (evt) {\n        if (mods.has('prevent')) evt.preventDefault()\n        if (mods.has('stop')) evt.stopPropagation()\n        // Keep data-on:submit from falling through to native form submission.\n        if (el instanceof HTMLFormElement && eventName === 'submit') evt.preventDefault()\n      }\n      callback(evt)\n    }\n    target.addEventListener(eventName, listener, evtListOpts)\n    return () => {\n      target.removeEventListener(eventName, listener, evtListOpts)\n    }\n  },\n})\n", "export const clamp = (value: number, min: number, max: number): number => {\n  return Math.max(min, Math.min(max, value))\n}\n\nexport const lerp = (\n  min: number,\n  max: number,\n  t: number,\n  clamped = true,\n): number => {\n  return min + (max - min) * (clamped ? clamp(t, 0, 1) : t)\n}\n\nexport const inverseLerp = (\n  min: number,\n  max: number,\n  value: number,\n  clamped = true,\n): number => {\n  const v = (value - min) / (max - min)\n  return clamped ? clamp(v, 0, 1) : v\n}\n\nexport const fit = (\n  value: number,\n  inMin: number,\n  inMax: number,\n  outMin: number,\n  outMax: number,\n  clamped = true,\n  rounded = false,\n): number => {\n  const t = inverseLerp(inMin, inMax, value, clamped)\n  const fitted = lerp(outMin, outMax, t, clamped)\n  return rounded ? Math.round(fitted) : fitted\n}\n", "// Icon: mdi-light:vector-intersection\n// Slug: Runs an expression on intersection.\n// Description: Runs an expression when the element intersects with the viewport.\n\nimport { attribute } from '@engine'\nimport { beginBatch, endBatch } from '@engine/signals'\nimport type { HTMLOrSVG } from '@engine/types'\nimport { clamp } from '@utils/math'\nimport { tagFirst } from '@utils/tags'\nimport { modifyTiming } from '@utils/timing'\nimport { modifyViewTransition } from '@utils/view-transitions'\n\nconst once = new WeakSet<HTMLOrSVG>()\n\nattribute({\n  name: 'on-intersect',\n  requirement: {\n    key: 'denied',\n    value: 'must',\n  },\n  apply({ el, mods, rx }) {\n    let callback = () => {\n      beginBatch()\n      try {\n        rx()\n      } finally {\n        endBatch()\n      }\n    }\n    callback = modifyViewTransition(callback, mods)\n    callback = modifyTiming(callback, mods)\n    const options = { threshold: 0 }\n    if (mods.has('full')) {\n      options.threshold = 1\n    } else if (mods.has('half')) {\n      options.threshold = 0.5\n    } else {\n      const threshold = mods.get('threshold')\n      if (threshold) {\n        options.threshold = clamp(Number(tagFirst(threshold)), 0, 100) / 100\n      }\n    }\n    const exit = mods.has('exit')\n    let observer: IntersectionObserver | null = new IntersectionObserver(\n      (entries) => {\n        for (const entry of entries) {\n          if (entry.isIntersecting !== exit) {\n            callback()\n            if (observer && once.has(el)) {\n              observer.disconnect()\n            }\n          }\n        }\n      },\n      options,\n    )\n    observer.observe(el)\n    if (mods.has('once')) {\n      once.add(el)\n    }\n    return () => {\n      if (!mods.has('once')) {\n        once.delete(el)\n      }\n      if (observer) {\n        observer.disconnect()\n        observer = null\n      }\n    }\n  },\n})\n", "// Icon: material-symbols:timer-outline\n// Slug: Runs an expression at a regular interval.\n// Description: Runs an expression at a regular interval.\n\nimport { attribute } from '@engine'\nimport { beginBatch, endBatch } from '@engine/signals'\nimport { tagHas, tagToMs } from '@utils/tags'\nimport { modifyViewTransition } from '@utils/view-transitions'\n\nattribute({\n  name: 'on-interval',\n  requirement: {\n    key: 'denied',\n    value: 'must',\n  },\n  apply({ mods, rx }) {\n    let callback = () => {\n      beginBatch()\n      try { \n        rx()\n      } finally {\n        endBatch()\n      }\n    }\n    callback = modifyViewTransition(callback, mods)\n    let duration = 1000\n    const durationArgs = mods.get('duration')\n    if (durationArgs) {\n      duration = tagToMs(durationArgs)\n      const leading = tagHas(durationArgs, 'leading')\n      if (leading) {\n        callback()\n      }\n    }\n    const intervalId = setInterval(callback, duration)\n    return () => {\n      clearInterval(intervalId)\n    }\n  },\n})\n", "// Icon: material-symbols:change-circle-outline\n// Slug: Runs an expression when signals are patched.\n// Description: Runs an expression whenever one or more signals are patched.\n\nimport { attribute } from '@engine'\nimport { DATASTAR_SIGNAL_PATCH_EVENT, DOCUMENT } from '@engine/consts'\nimport {\n  beginBatch,\n  endBatch,\n  filtered,\n  startPeeking,\n  stopPeeking,\n} from '@engine/signals'\nimport type { JSONPatch, SignalFilterOptions } from '@engine/types'\nimport { isEmpty } from '@utils/paths'\nimport { aliasify, jsStrToObject } from '@utils/text'\nimport { modifyTiming } from '@utils/timing'\n\nattribute({\n  name: 'on-signal-patch',\n  requirement: {\n    value: 'must',\n  },\n  argNames: ['patch'],\n  returnsValue: true,\n  apply({ el, key, mods, rx, error }) {\n    if (!!key && key !== 'filter') {\n      throw error('KeyNotAllowed')\n    }\n\n    const filterAttr = aliasify(`${this.name}-filter`)\n    const filtersRaw = el.getAttribute(filterAttr)\n    let filters: SignalFilterOptions = {}\n    if (filtersRaw) {\n      filters = jsStrToObject(filtersRaw)\n    }\n\n    let running = false\n\n    const callback: EventListener = modifyTiming(\n      (evt: CustomEvent<JSONPatch>) => {\n        if (running) return\n        // Peek when getting the filtered signals because we don\u2019t want to subscribe to them, we just want to know which ones are being patched.\n        startPeeking()\n        const watched = filtered(filters, evt.detail)\n        stopPeeking()\n        if (!isEmpty(watched)) {\n          running = true\n          beginBatch()\n          try {\n            rx(watched)\n          } finally {\n            endBatch()\n            running = false\n          }\n        }\n      },\n      mods,\n    )\n\n    DOCUMENT.addEventListener(DATASTAR_SIGNAL_PATCH_EVENT, callback)\n    return () => {\n      DOCUMENT.removeEventListener(DATASTAR_SIGNAL_PATCH_EVENT, callback)\n    }\n  },\n})\n", "// Icon: mdi:cursor-pointer\n// Slug: Creates a reference to an element.\n// Description: Creates a new signal that is a reference to the element on which the data attribute is placed.\n\nimport { attribute } from '@engine'\nimport { mergePaths } from '@engine/signals'\nimport { modifyCasing } from '@utils/text'\n\nattribute({\n  name: 'ref',\n  requirement: 'exclusive',\n  apply({ el, key, mods, value }) {\n    const signalName = key != null ? modifyCasing(key, mods) : value\n    mergePaths([[signalName, el]])\n  },\n})\n", "// Icon: streamline:interface-edit-view-eye-eyeball-open-view\n// Slug: Shows or hides an element.\n// Description: Shows or hides an element based on whether an expression evaluates to `true` or `false`.\n\nimport { attribute } from '@engine'\nimport { MutationObserverClass } from '@engine/consts'\nimport { effect } from '@engine/signals'\n\nconst NONE = 'none'\nconst DISPLAY = 'display'\n\nattribute({\n  name: 'show',\n  requirement: {\n    key: 'denied',\n    value: 'must',\n  },\n  returnsValue: true,\n  apply({ el, rx }) {\n    const update = () => {\n      observer.disconnect()\n      const shouldShow = rx()\n      if (shouldShow) {\n        if (el.style.display === NONE) el.style.removeProperty(DISPLAY)\n      } else {\n        el.style.setProperty(DISPLAY, NONE)\n      }\n      observer.observe(el, { attributeFilter: ['style'] })\n    }\n    const observer = new MutationObserverClass(update)\n    const cleanup = effect(update)\n\n    return () => {\n      observer.disconnect()\n      cleanup()\n    }\n  },\n})\n", "// Icon: streamline:wifi-signal-full-remix\n// Slug: Patches signals into the existing signals.\n// Description: Patches (adds, updates or removes) one or more signals into the existing signals.\n\nimport { attribute } from '@engine'\nimport { mergePatch, mergePaths } from '@engine/signals'\nimport { modifyCasing } from '@utils/text'\n\nattribute({\n  name: 'signals',\n  returnsValue: true,\n  apply({ key, mods, rx }) {\n    const ifMissing = mods.has('ifmissing')\n\n    if (key) {\n      key = modifyCasing(key, mods)\n      const value = rx?.()\n      mergePaths([[key, value]], { ifMissing })\n    } else {\n      const patch = Object.assign({}, rx?.() as Record<string, any>)\n      mergePatch(patch, { ifMissing })\n    }\n  },\n})\n", "// Icon: material-symbols:format-paint-outline\n// Slug: Sets inline styles on an element based on an expression.\n// Description: Sets CSS styles on an element using either key-based or object syntax, and keeps them in sync with reactive signals.\n\nimport { attribute } from '@engine'\nimport { MutationObserverClass } from '@engine/consts'\nimport { effect } from '@engine/signals'\nimport { kebab } from '@utils/text'\n\nattribute({\n  name: 'style',\n  requirement: {\n    value: 'must',\n  },\n  returnsValue: true,\n  apply({ key, el, rx }) {\n    const { style } = el\n    const initialStyles = new Map<string, string>()\n\n    const apply = (prop: string, value: any) => {\n      const initial = initialStyles.get(prop)\n      if (!value && value !== 0) {\n        initial !== undefined &&\n          (initial\n            ? style.setProperty(prop, initial)\n            : style.removeProperty(prop))\n      } else {\n        initial === undefined &&\n          initialStyles.set(prop, style.getPropertyValue(prop))\n        style.setProperty(prop, String(value))\n      }\n    }\n\n    const update = () => {\n      observer.disconnect()\n\n      if (key) {\n        apply(key, rx())\n      } else {\n        const styles = rx() as Record<string, any>\n\n        for (const [prop, initial] of initialStyles) {\n          prop in styles ||\n            (initial\n              ? style.setProperty(prop, initial)\n              : style.removeProperty(prop))\n        }\n\n        for (const prop in styles) {\n          apply(kebab(prop), styles[prop])\n        }\n      }\n\n      observer.observe(el, { attributeFilter: ['style'] })\n    }\n\n    const observer = new MutationObserverClass(update)\n    const cleanup = effect(update)\n\n    return () => {\n      observer.disconnect()\n      cleanup()\n      for (const [prop, initial] of initialStyles) {\n        initial ? style.setProperty(prop, initial) : style.removeProperty(prop)\n      }\n    }\n  },\n})\n", "// Icon: icon-park-outline:text\n// Slug: Binds the text content of an element.\n// Description: Binds the text content of an element to an expression.\n\nimport { attribute } from '@engine'\nimport { MutationObserverClass } from '@engine/consts'\nimport { effect } from '@engine/signals'\n\nattribute({\n  name: 'text',\n  requirement: {\n    key: 'denied',\n    value: 'must',\n  },\n  returnsValue: true,\n  apply({ el, rx }) {\n    const update = () => {\n      observer.disconnect()\n      el.textContent = `${rx()}`\n      observer.observe(el, {\n        childList: true,\n        characterData: true,\n        subtree: true,\n      })\n    }\n\n    const observer = new MutationObserverClass(update)\n    const cleanup = effect(update)\n\n    return () => {\n      observer.disconnect()\n      cleanup()\n    }\n  },\n})\n", "// Icon: material-symbols:cloud-download\n// Slug: Patches elements into the DOM.\n// Description: Patches elements into the DOM.\n\nimport { watcher } from '@engine'\nimport {\n  DATASTAR_PROP_CHANGE_EVENT,\n  DATASTAR_SCOPE_CHILDREN_EVENT,\n  DOCUMENT,\n  HTMLInput,\n} from '@engine/consts'\nimport { createHTML, prepareScript } from '@engine/csp'\nimport type { WatcherArgsValue, WatcherContext } from '@engine/types'\nimport { isHTMLOrSVG } from '@utils/dom'\nimport { aliasify, isStringTrue } from '@utils/text'\nimport { supportsViewTransitions } from '@utils/view-transitions'\n\nconst PATCH_MODES = [\n  'remove',\n  'outer',\n  'inner',\n  'replace',\n  'prepend',\n  'append',\n  'before',\n  'after',\n] as const\ntype PatchElementsMode = (typeof PATCH_MODES)[number]\n\nconst NAMESPACES = ['html', 'svg', 'mathml'] as const\ntype Namespace = (typeof NAMESPACES)[number]\n\ntype PatchElementsArgs = {\n  selector_: string\n  mode_: PatchElementsMode\n  namespace_: Namespace\n  elements_: WatcherArgsValue\n}\n\nwatcher({\n  name: 'datastar-patch-elements',\n  apply(ctx, args) {\n    const selector = typeof args.selector === 'string' ? args.selector : ''\n    const mode = typeof args.mode === 'string' ? args.mode : 'outer'\n    const namespace =\n      typeof args.namespace === 'string' ? args.namespace : 'html'\n    const useViewTransition = isStringTrue(args.useViewTransition)\n    const viewTransitionSelector =\n      typeof args.viewTransitionSelector === 'string' ? args.viewTransitionSelector : ''\n    const elements = args.elements\n\n    if (!PATCH_MODES.includes(mode as PatchElementsMode)) {\n      throw ctx.error('PatchElementsInvalidMode', { mode })\n    }\n\n    if (!selector && mode !== 'outer' && mode !== 'replace') {\n      throw ctx.error('PatchElementsExpectedSelector')\n    }\n\n    if (!NAMESPACES.includes(namespace as Namespace)) {\n      throw ctx.error('PatchElementsInvalidNamespace', { namespace })\n    }\n\n    const patchElementsArgs: PatchElementsArgs = {\n      selector_: selector,\n      mode_: mode as PatchElementsMode,\n      namespace_: namespace as Namespace,\n      elements_: elements,\n    }\n\n    if (useViewTransition) {\n      let target: Document | Element = DOCUMENT\n      if (viewTransitionSelector) {\n        const el = DOCUMENT.querySelector(viewTransitionSelector)\n        if (el) {\n          target = el\n        }\n      }\n      if (supportsViewTransitions(target)) {\n        target.startViewTransition(() => onPatchElements(ctx, patchElementsArgs))\n      } else {\n        onPatchElements(ctx, patchElementsArgs)\n      }\n    } else {\n      onPatchElements(ctx, patchElementsArgs)\n    }\n  },\n})\n\nconst onPatchElements = (\n  { error }: WatcherContext,\n  {\n    selector_: selector,\n    mode_: mode,\n    namespace_: namespace,\n    elements_: elements,\n  }: PatchElementsArgs,\n) => {\n  let newContent = DOCUMENT.createDocumentFragment()\n  let consume = typeof elements !== 'string' && !!elements\n\n  if (typeof elements === 'string') {\n    const elementsWithSvgsRemoved = elements.replace(\n      /<svg(\\s[^>]*>|>)([\\s\\S]*?)<\\/svg>/gim,\n      '',\n    )\n    const hasHtml = /<\\/html>/.test(elementsWithSvgsRemoved)\n    const hasHead = /<\\/head>/.test(elementsWithSvgsRemoved)\n    const hasBody = /<\\/body>/.test(elementsWithSvgsRemoved)\n\n    const wrapperTag =\n      namespace === 'svg' ? 'svg' : namespace === 'mathml' ? 'math' : ''\n    const wrappedEls = wrapperTag\n      ? `<${wrapperTag}>${elements}</${wrapperTag}>`\n      : elements\n\n    const html =\n      hasHtml || hasHead || hasBody\n        ? elements\n        : `<body><template>${wrappedEls}</template></body>`\n    const newDocument = new DOMParser().parseFromString(\n      createHTML(html),\n      'text/html',\n    )\n\n    if (hasHtml) {\n      newContent.appendChild(newDocument.documentElement)\n    } else if (hasHead && hasBody) {\n      newContent.appendChild(newDocument.head)\n      newContent.appendChild(newDocument.body)\n    } else if (hasHead) {\n      newContent.appendChild(newDocument.head)\n    } else if (hasBody) {\n      newContent.appendChild(newDocument.body)\n    } else if (wrapperTag) {\n      const wrapperEl = newDocument\n        .querySelector('template')!\n        .content.querySelector(wrapperTag)!\n      for (const child of wrapperEl.childNodes) {\n        newContent.appendChild(child)\n      }\n    } else {\n      newContent = newDocument.querySelector('template')!.content\n    }\n  } else if (elements) {\n    if (elements instanceof DocumentFragment) {\n      newContent = elements\n    } else if (elements instanceof Element) {\n      newContent.appendChild(elements)\n    }\n  }\n\n  if (!selector && (mode === 'outer' || mode === 'replace')) {\n    const children = Array.from(newContent.children)\n    for (const child of children) {\n      let target: Element\n      if (child instanceof HTMLHtmlElement) {\n        target = DOCUMENT.documentElement\n      } else if (child instanceof HTMLBodyElement) {\n        target = DOCUMENT.body\n      } else if (child instanceof HTMLHeadElement) {\n        target = DOCUMENT.head\n      } else {\n        target = DOCUMENT.getElementById(child.id)!\n        if (!target) {\n          console.warn(error('PatchElementsNoTargetsFound'), {\n            element: { id: child.id },\n          })\n          continue\n        }\n      }\n\n      // Consume the new content so we don\u2019t deep clone.\n      applyToTargets(mode as PatchElementsMode, child, [target], true)\n    }\n  } else {\n    const targets = DOCUMENT.querySelectorAll(selector)\n    if (!targets.length) {\n      console.warn(error('PatchElementsNoTargetsFound'), { selector })\n      return\n    }\n\n    const targetList = consume && mode !== 'remove' ? [targets[0]!] : targets\n\n    // If only one target exists, we can safely consume the new content which prevents deep cloning (https://github.com/starfederation/datastar/issues/1155).\n    if (targetList.length === 1) {\n      consume = true\n    }\n\n    applyToTargets(mode as PatchElementsMode, newContent, targetList, consume)\n  }\n}\n\nconst scripts = new WeakSet<HTMLScriptElement>()\nfor (const script of DOCUMENT.querySelectorAll('script')) {\n  scripts.add(script)\n}\n\nconst execute = (target: Element): void => {\n  const elScripts =\n    target instanceof HTMLScriptElement\n      ? [target]\n      : target.querySelectorAll('script')\n  for (const old of elScripts) {\n    if (!scripts.has(old)) {\n      const script = DOCUMENT.createElement('script')\n      for (const { name, value } of old.attributes) {\n        script.setAttribute(name, value)\n      }\n      prepareScript(script, old.text)\n      old.replaceWith(script)\n      scripts.add(script)\n    }\n  }\n}\n\nconst applyPatchMode = (\n  targets: Iterable<Element>,\n  element: DocumentFragment | Element,\n  action: string,\n  consume: boolean,\n) => {\n  let used = false\n  for (const target of targets) {\n    if (consume && used) {\n      break\n    }\n    const nextNode = consume ? element : (element.cloneNode(true) as Element)\n    execute(nextNode as Element)\n    // @ts-expect-error - calling dynamic method path on DOM element\n    target[action](nextNode)\n    used = true\n  }\n}\n\nconst applyToTargets = (\n  mode: PatchElementsMode,\n  element: DocumentFragment | Element,\n  targets: Iterable<Element>,\n  consume: boolean,\n) => {\n  switch (mode) {\n    case 'remove':\n      for (const target of targets) {\n        target.remove()\n      }\n      break\n    case 'outer':\n    case 'inner':\n      {\n        let used = false\n        for (const target of targets) {\n          if (consume && used) {\n            break\n          }\n          const nextNode = consume ? element : (element.cloneNode(true) as Element)\n          morph(target, nextNode, mode)\n          execute(target)\n          const scopeHost = target.closest('[data-scope-children]')\n          if (scopeHost) {\n            scopeHost.dispatchEvent(\n              new CustomEvent(DATASTAR_SCOPE_CHILDREN_EVENT, {\n                bubbles: false,\n              }),\n            )\n          }\n          used = true\n        }\n      }\n      break\n    case 'replace':\n      applyPatchMode(targets, element, 'replaceWith', consume)\n      break\n    case 'prepend':\n    case 'append':\n    case 'before':\n    case 'after':\n      applyPatchMode(targets, element, mode, consume)\n  }\n}\n\nconst ctxIdMap = new Map<Node, Set<string>>()\nconst ctxPersistentIds = new Set<string>()\nconst oldIdTagNameMap = new Map<string, string>()\nconst duplicateIds = new Set<string>()\nconst ctxPantry = DOCUMENT.createElement('div')\nctxPantry.hidden = true\n\nconst aliasedIgnoreMorph = aliasify('ignore-morph')\nconst aliasedIgnoreMorphAttr = `[${aliasedIgnoreMorph}]`\nexport const morph = (\n  oldElt: Element | ShadowRoot,\n  newContent: DocumentFragment | Element,\n  mode: 'outer' | 'inner' = 'outer',\n): void => {\n  if (\n    (isHTMLOrSVG(oldElt) &&\n      isHTMLOrSVG(newContent) &&\n      oldElt.hasAttribute(aliasedIgnoreMorph) &&\n      newContent.hasAttribute(aliasedIgnoreMorph)) ||\n    oldElt.parentElement?.closest(aliasedIgnoreMorphAttr)\n  ) {\n    return\n  }\n\n  const normalizedElt = DOCUMENT.createElement('div')\n  normalizedElt.append(newContent)\n  DOCUMENT.body.insertAdjacentElement('afterend', ctxPantry)\n\n  // Computes the set of IDs that persist between the two contents excluding duplicates\n  const oldIdElements = oldElt.querySelectorAll('[id]')\n  for (const { id, tagName } of oldIdElements) {\n    if (oldIdTagNameMap.has(id)) {\n      duplicateIds.add(id)\n    } else {\n      oldIdTagNameMap.set(id, tagName)\n    }\n  }\n  if (oldElt instanceof Element && oldElt.id) {\n    if (oldIdTagNameMap.has(oldElt.id)) {\n      duplicateIds.add(oldElt.id)\n    } else {\n      oldIdTagNameMap.set(oldElt.id, oldElt.tagName)\n    }\n  }\n\n  ctxPersistentIds.clear()\n  const newIdElements = normalizedElt.querySelectorAll('[id]')\n  for (const { id, tagName } of newIdElements) {\n    if (ctxPersistentIds.has(id)) {\n      duplicateIds.add(id)\n    } else if (oldIdTagNameMap.get(id) === tagName) {\n      ctxPersistentIds.add(id)\n    }\n  }\n\n  for (const id of duplicateIds) {\n    ctxPersistentIds.delete(id)\n  }\n\n  oldIdTagNameMap.clear()\n  duplicateIds.clear()\n  ctxIdMap.clear()\n\n  const parent = mode === 'outer' ? oldElt.parentElement! : oldElt\n  populateIdMapWithTree(parent, oldIdElements)\n  populateIdMapWithTree(normalizedElt, newIdElements)\n\n  morphChildren(\n    parent,\n    normalizedElt,\n    mode === 'outer' ? oldElt : null,\n    oldElt.nextSibling,\n  )\n\n  ctxPantry.remove()\n}\n\n// This is the core algorithm for matching up children.\n// The idea is to use ID sets to try to match up nodes as faithfully as possible.\n// We greedily match, which allows us to keep the algorithm fast,\n// but by using ID sets, we are able to better match up with content deeper in the DOM.\nconst morphChildren = (\n  oldParent: Element | ShadowRoot, // the old content that we are merging the new content into\n  newParent: Element, // the parent element of the new content\n  insertionPoint: Node | null = null, // the point in the DOM we start morphing at (defaults to first child)\n  endPoint: Node | null = null, // the point in the DOM we stop morphing at (defaults to after last child)\n): void => {\n  // normalize\n  if (\n    oldParent instanceof HTMLTemplateElement &&\n    newParent instanceof HTMLTemplateElement\n  ) {\n    // we can pretend the DocumentElement is an Element\n    oldParent = oldParent.content as unknown as Element\n    newParent = newParent.content as unknown as Element\n  }\n  insertionPoint ??= oldParent.firstChild\n\n  // run through all the new content\n  for (const newChild of newParent.childNodes) {\n    // once we reach the end of the old parent content skip to the end and insert the rest\n    if (insertionPoint && insertionPoint !== endPoint) {\n      const bestMatch = findBestMatch(newChild, insertionPoint, endPoint)\n      if (bestMatch) {\n        // if the node to morph is not at the insertion point then remove/move up to it\n        if (bestMatch !== insertionPoint) {\n          let cursor: Node | null = insertionPoint\n          // Remove nodes between the start and end nodes\n          while (cursor && cursor !== bestMatch) {\n            const tempNode = cursor\n            cursor = cursor.nextSibling\n            removeNode(tempNode)\n          }\n        }\n        morphNode(bestMatch, newChild)\n        insertionPoint = bestMatch.nextSibling\n        continue\n      }\n    }\n\n    // if the matching node is elsewhere in the original content\n    if (newChild instanceof Element && ctxPersistentIds.has(newChild.id)) {\n      // move it and all its children here and morph, will always be found\n      // Search for an element by ID within the document and pantry, and move it using moveBefore.\n      const movedChild = DOCUMENT.getElementById(newChild.id) as Element\n\n      // Removes an element from its ancestors' ID maps.\n      // This is needed when an element is moved from the \"future\" via `moveBeforeId`.\n      // Otherwise, its erstwhile ancestors could be mistakenly moved to the pantry rather than being deleted,\n      // preventing their removal hooks from being called.\n      let current = movedChild\n      while ((current = current.parentNode as Element)) {\n        const idSet = ctxIdMap.get(current)\n        if (idSet) {\n          idSet.delete(newChild.id)\n          if (!idSet.size) {\n            ctxIdMap.delete(current)\n          }\n        }\n      }\n\n      moveBefore(oldParent, movedChild, insertionPoint)\n      morphNode(movedChild, newChild)\n      insertionPoint = movedChild.nextSibling\n      continue\n    }\n\n    // This performs the action of inserting a new node while handling situations where the node contains\n    // elements with persistent IDs and possible state info we can still preserve by moving in and then morphing\n    if (ctxIdMap.has(newChild)) {\n      // node has children with IDs with possible state so create a dummy elt of same type and apply full morph algorithm\n      const namespaceURI = (newChild as Element).namespaceURI\n      const tagName = (newChild as Element).tagName\n      const newEmptyChild =\n        namespaceURI && namespaceURI !== 'http://www.w3.org/1999/xhtml'\n          ? DOCUMENT.createElementNS(namespaceURI, tagName)\n          : DOCUMENT.createElement(tagName)\n      oldParent.insertBefore(newEmptyChild, insertionPoint)\n      morphNode(newEmptyChild, newChild)\n      insertionPoint = newEmptyChild.nextSibling\n    } else {\n      // optimization: no id state to preserve so we can just insert a clone of the newChild and its descendants\n      const newClonedChild = DOCUMENT.importNode(newChild, true) // importNode to not mutate newParent\n      oldParent.insertBefore(newClonedChild, insertionPoint)\n      insertionPoint = newClonedChild.nextSibling\n    }\n  }\n\n  // remove any remaining old nodes that didn't match up with new content\n  while (insertionPoint && insertionPoint !== endPoint) {\n    const tempNode = insertionPoint\n    insertionPoint = insertionPoint.nextSibling\n    removeNode(tempNode)\n  }\n}\n\n// Scans forward from the startPoint to the endPoint looking for a match for the node.\n// It looks for an id set match first, then a soft match.\n// We abort soft matching if we find two future soft matches, to reduce churn.\nconst findBestMatch = (\n  node: Node,\n  startPoint: Node | null,\n  endPoint: Node | null,\n): Node | null => {\n  let bestMatch: Node | null | undefined = null\n  let nextSibling = node.nextSibling\n  let siblingSoftMatchCount = 0\n  let displaceMatchCount = 0\n\n  // Max ID matches we are willing to displace in our search\n  const nodeMatchCount = ctxIdMap.get(node)?.size || 0\n\n  let cursor = startPoint\n  while (cursor && cursor !== endPoint) {\n    // soft matching is a prerequisite for id set matching\n    if (isSoftMatch(cursor, node)) {\n      let isIdSetMatch = false\n      const oldSet = ctxIdMap.get(cursor)\n      const newSet = ctxIdMap.get(node)\n\n      if (newSet && oldSet) {\n        for (const id of oldSet) {\n          // a potential match is an id in the new and old nodes that\n          // has not already been merged into the DOM\n          // But the newNode content we call this on has not been\n          // merged yet and we don't allow duplicate IDs so it is simple\n          if (newSet.has(id)) {\n            isIdSetMatch = true\n            break\n          }\n        }\n      }\n\n      if (isIdSetMatch) {\n        return cursor // found an id set match, we're done!\n      }\n\n      // we haven\u2019t yet saved a soft match fallback\n      // the current soft match will hard match something else in the future, leave it\n      if (!bestMatch && !ctxIdMap.has(cursor)) {\n        // optimization: if node can't id set match, we can just return the soft match immediately\n        if (!nodeMatchCount) {\n          return cursor\n        }\n        // save this as the fallback if we get through the loop without finding a hard match\n        bestMatch = cursor\n      }\n    }\n\n    // check for IDs we may be displaced when matching\n    displaceMatchCount += ctxIdMap.get(cursor)?.size || 0\n    if (displaceMatchCount > nodeMatchCount) {\n      // if we are going to displace more IDs than the node contains then\n      // we do not have a good candidate for an ID match, so return\n      break\n    }\n\n    if (bestMatch === null && nextSibling && isSoftMatch(cursor, nextSibling)) {\n      // The next new node has a soft match with this node, so\n      // increment the count of future soft matches\n      siblingSoftMatchCount++\n      nextSibling = nextSibling.nextSibling\n\n      // If there are two future soft matches, block soft matching for this node to allow\n      // future siblings to soft match. This is to reduce churn in the DOM when an element\n      // is prepended.\n      if (siblingSoftMatchCount >= 2) {\n        bestMatch = undefined\n      }\n    }\n\n    cursor = cursor.nextSibling\n  }\n\n  return bestMatch || null\n}\n\n// ok to cast: if one is not element, `id` and `tagName` will be null and we'll just compare that.\nconst isSoftMatch = (oldNode: Node, newNode: Node): boolean =>\n  oldNode.nodeType === newNode.nodeType &&\n  (oldNode as Element).tagName === (newNode as Element).tagName &&\n  // If oldElt has an `id` with possible state and it doesn\u2019t match newElt.id then avoid morphing.\n  // We'll still match an anonymous node with an IDed newElt, though, because if it got this far,\n  // its not persistent, and new nodes can't have any hidden state.\n  (!(oldNode as Element).id ||\n    (oldNode as Element).id === (newNode as Element).id)\n\n// Gets rid of an unwanted DOM node; strategy depends on nature of its reuse:\n// - Persistent nodes will be moved to the pantry for later reuse\n// - Other nodes will have their hooks called, and then are removed\nconst removeNode = (node: Node): void => {\n  // are we going to id set match this later?\n  ctxIdMap.has(node)\n    ? // skip callbacks and move to pantry\n      moveBefore(ctxPantry, node, null)\n    : // remove for realsies\n      node.parentNode?.removeChild(node)\n}\n\n// Moves an element before another element within the same parent.\n// Uses the proposed `moveBefore` API if available (and working), otherwise falls back to `insertBefore`.\n// This is essentially a forward-compat wrapper.\nconst moveBefore = (parentNode: Node, node: Node, after: Node | null): void => {\n  if ('moveBefore' in parentNode) {\n    const moveableParent = parentNode as Node & {\n      moveBefore: (node: Node, child: Node | null) => Node\n    }\n    moveableParent.moveBefore(node, after)\n    return\n  }\n  parentNode.insertBefore(node, after)\n}\n\nconst aliasedPreserveAttr = aliasify('preserve-attr')\n\n// syncs the oldNode to the newNode, copying over all attributes and\n// inner element state from the newNode to the oldNode\nconst morphNode = (\n  oldNode: Node, // root node to merge content into\n  newNode: Node, // new content to merge\n): Node => {\n  const type = newNode.nodeType\n\n  // if is an element type, sync the attributes from the\n  // new node into the new node\n  if (type === 1 /* element type */) {\n    const oldElt = oldNode as Element\n    const newElt = newNode as Element\n    const shouldScopeChildren = oldElt.hasAttribute('data-scope-children')\n    if (\n      oldElt.hasAttribute(aliasedIgnoreMorph) &&\n      newElt.hasAttribute(aliasedIgnoreMorph)\n    ) {\n      return oldNode\n    }\n\n    // The following logic for handling inputs, textareas, and options is finnicky.\n    // Only change with extreme caution and lots of testing!\n    // --\n    //  many bothans died to bring us this information:\n    //  https://github.com/patrick-steele-idem/morphdom/blob/master/src/specialElHandlers.js\n    //  https://github.com/choojs/nanomorph/blob/master/lib/morph.js#L113\n    // --\n\n    const preserveAttrs = (\n      (newNode as HTMLElement).getAttribute(aliasedPreserveAttr) ?? ''\n    ).split(' ')\n\n    const updateElementProp = (\n      oldElt: Element,\n      newElt: Element,\n      name: string,\n    ): boolean => {\n      const newEltHasAttr = newElt.hasAttribute(name)\n      if (\n        oldElt.hasAttribute(name) !== newEltHasAttr &&\n        !preserveAttrs.includes(name)\n      ) {\n        // @ts-expect-error - setting dynamic property for native DOM properties\n        oldElt[name] = newEltHasAttr\n        return true\n      }\n      return false\n    }\n\n    let shouldDispatchPropChangeEvent = false\n    if (\n      oldElt instanceof HTMLInput &&\n      newElt instanceof HTMLInput &&\n      newElt.type !== 'file'\n    ) {\n      // Modify the value only if the new element\u2019s value attribute is different from the old element\u2019s value attribute\n      const newValue = newElt.getAttribute('value')\n      if (\n        oldElt.getAttribute('value') !== newValue &&\n        !preserveAttrs.includes('value')\n      ) {\n        oldElt.value = newValue ?? ''\n        shouldDispatchPropChangeEvent = true\n      }\n      // Update checked and disabled properties\n      shouldDispatchPropChangeEvent =\n        updateElementProp(oldElt, newElt, 'checked') ||\n        shouldDispatchPropChangeEvent\n      updateElementProp(oldElt, newElt, 'disabled')\n    } else if (\n      oldElt instanceof HTMLTextAreaElement &&\n      newElt instanceof HTMLTextAreaElement\n    ) {\n      // Modify the value only if the new element\u2019s value is different from the old element\u2019s default value\n      const newValue = newElt.value\n      if (oldElt.defaultValue !== newValue) {\n        oldElt.value = newValue\n        shouldDispatchPropChangeEvent = true\n      }\n    } else if (\n      oldElt instanceof HTMLOptionElement &&\n      newElt instanceof HTMLOptionElement\n    ) {\n      shouldDispatchPropChangeEvent =\n        updateElementProp(oldElt, newElt, 'selected') ||\n        shouldDispatchPropChangeEvent\n    }\n\n    for (const { name, value } of newElt.attributes) {\n      if (\n        oldElt.getAttribute(name) !== value &&\n        !preserveAttrs.includes(name)\n      ) {\n        oldElt.setAttribute(name, value)\n      }\n    }\n\n    // Create a static copy, so we can iterate forward safely as we remove attributes\n    for (const { name } of Array.from(oldElt.attributes)) {\n      if (!newElt.hasAttribute(name) && !preserveAttrs.includes(name)) {\n        oldElt.removeAttribute(name)\n      }\n    }\n\n    if (shouldDispatchPropChangeEvent) {\n      const dispatchElt =\n        oldElt instanceof HTMLOptionElement ? oldElt.closest('select') : oldElt\n      dispatchElt?.dispatchEvent(\n        new Event(DATASTAR_PROP_CHANGE_EVENT, { bubbles: true }),\n      )\n    }\n\n    // Preserve the scope marker even if the incoming markup doesn't carry it.\n    if (shouldScopeChildren && !oldElt.hasAttribute('data-scope-children')) {\n      oldElt.setAttribute('data-scope-children', '')\n    }\n\n    if (\n      oldElt instanceof HTMLTemplateElement &&\n      newElt instanceof HTMLTemplateElement\n    ) {\n      oldElt.innerHTML = createHTML(newElt.innerHTML)\n    } else if (!oldElt.isEqualNode(newElt)) {\n      morphChildren(oldElt, newElt)\n    }\n\n    if (shouldScopeChildren) {\n      oldElt.dispatchEvent(\n        new CustomEvent(DATASTAR_SCOPE_CHILDREN_EVENT, { bubbles: false }),\n      )\n    }\n  }\n\n  if (type === 8 /* comment */ || type === 3 /* text */) {\n    if (oldNode.nodeValue !== newNode.nodeValue) {\n      oldNode.nodeValue = newNode.nodeValue\n    }\n  }\n\n  return oldNode\n}\n\n// A bottom-up algorithm that populates a map of Element -> IdSet.\n// The ID set for a given element is the set of all IDs contained within its subtree.\n// As an optimization, we filter these IDs through the given list of persistent IDs,\n// because we don't need to bother considering IDed elements that won't be in the new content.\nconst populateIdMapWithTree = (\n  root: Element | ShadowRoot | null,\n  elements: Iterable<Element>,\n): void => {\n  for (const elt of elements) {\n    if (ctxPersistentIds.has(elt.id)) {\n      let current: Element | null = elt\n      // walk up the parent hierarchy of that element, adding the ID of element to the parent's ID set\n      while (current && current !== root) {\n        let idSet = ctxIdMap.get(current)\n        // if the ID set doesn\u2019t exist, create it and insert it in the map\n        if (!idSet) {\n          idSet = new Set()\n          ctxIdMap.set(current, idSet)\n        }\n        idSet.add(elt.id)\n        current = current.parentElement\n      }\n    }\n  }\n}\n", "// Icon: material-symbols:settings-input-antenna\n// Slug: Patches signals.\n// Description: Patches signals.\n\nimport { watcher } from '@engine'\nimport { mergePatch } from '@engine/signals'\nimport { isStringTrue, jsStrToObject } from '@utils/text'\n\nwatcher({\n  name: 'datastar-patch-signals',\n  apply({ error }, { signals, onlyIfMissing }) {\n    if (typeof signals !== 'string') {\n      throw error('PatchSignalsExpectedSignals')\n    }\n\n    const ifMissing = isStringTrue(onlyIfMissing)\n    mergePatch(jsStrToObject(signals), { ifMissing })\n  },\n})\n", "import { jsStrToObject } from '@utils/text'\n\ntype DefaultValue<T> = T | (() => T)\n\nexport type Codec<T> = {\n  decode(value: unknown): T\n  encode(value: T): string\n}\n\nexport type CodecDocs = {\n  description?: string\n  label?: string\n  control?: 'auto' | 'text' | 'textarea' | 'number' | 'boolean' | 'select'\n  placeholder?: string\n}\n\nexport type CodecManifest = {\n  type:\n    | 'string'\n    | 'number'\n    | 'boolean'\n    | 'date'\n    | 'json'\n    | 'js'\n    | 'binary'\n    | 'array'\n    | 'tuple'\n    | 'object'\n    | 'oneOf'\n    | 'custom'\n  values?: readonly unknown[]\n  docs?: CodecDocs\n}\n\ntype RuntimeCodec<T> = Codec<T> & {\n  decode(value: unknown): T\n  encode(value: T): string\n  default(value: DefaultValue<T>): RuntimeCodec<T>\n  docs(meta: CodecDocs): RuntimeCodec<T>\n  readonly manifestMeta?: CodecManifest\n}\n\ntype DefaultableCodec<T> = RuntimeCodec<T> & {\n  readonly defaultFactory?: () => T\n  readonly manifestMeta?: CodecManifest\n}\n\nexport type InferCodec<T> = T extends RuntimeCodec<infer Value> ? Value : never\n\nexport type StringCodec = RuntimeCodec<string> & {\n  readonly trim: StringCodec\n  readonly upper: StringCodec\n  readonly lower: StringCodec\n  readonly kebab: StringCodec\n  readonly camel: StringCodec\n  readonly snake: StringCodec\n  readonly pascal: StringCodec\n  readonly title: StringCodec\n  prefix(value: string): StringCodec\n  suffix(value: string): StringCodec\n  maxLength(length: number): StringCodec\n  default(value: DefaultValue<string>): StringCodec\n}\n\nexport type NumberCodec = RuntimeCodec<number> & {\n  min(value: number): NumberCodec\n  max(value: number): NumberCodec\n  clamp(minValue: number, maxValue: number): NumberCodec\n  step(stepValue: number, base?: number): NumberCodec\n  readonly round: NumberCodec\n  ceil(decimals?: number): NumberCodec\n  floor(decimals?: number): NumberCodec\n  fit(\n    inMin: number,\n    inMax: number,\n    outMin: number,\n    outMax: number,\n    clamped?: boolean,\n    rounded?: boolean,\n  ): NumberCodec\n  default(value: DefaultValue<number>): NumberCodec\n}\n\nexport type BoolCodec = RuntimeCodec<boolean> & {\n  default(value: DefaultValue<boolean>): BoolCodec\n}\n\nexport type DateCodec = RuntimeCodec<Date> & {\n  default(value: DefaultValue<Date>): DateCodec\n}\n\nexport type JsonCodec<T = any> = RuntimeCodec<T> & {\n  default(value: DefaultValue<T>): JsonCodec<T>\n}\n\nexport type JsCodec<T = any> = RuntimeCodec<T> & {\n  default(value: DefaultValue<T>): JsCodec<T>\n}\n\nexport type BinCodec = RuntimeCodec<Uint8Array> & {\n  default(value: DefaultValue<Uint8Array>): BinCodec\n}\n\nexport type ArrayCodec<T> = RuntimeCodec<T[]> & {\n  default(value: DefaultValue<T[]>): ArrayCodec<T>\n}\n\nexport type TupleCodec<T extends readonly unknown[]> = RuntimeCodec<T> & {\n  default(value: DefaultValue<T>): TupleCodec<T>\n}\n\nexport type ObjectCodec<T extends Record<string, any>> = RuntimeCodec<T> & {\n  default(value: DefaultValue<T>): ObjectCodec<T>\n}\n\nexport type OneOfCodec<T> = RuntimeCodec<T> & {\n  default(value: DefaultValue<T>): OneOfCodec<T>\n}\n\nexport type CodecRegistry = {\n  string: StringCodec\n  number: NumberCodec\n  bool: BoolCodec\n  date: DateCodec\n  json: JsonCodec\n  js: JsCodec\n  bin: BinCodec\n  array<T>(codec: RuntimeCodec<T>): ArrayCodec<T>\n  array<T extends readonly RuntimeCodec<any>[]>(\n    ...codecs: T\n  ): TupleCodec<{ [K in keyof T]: InferCodec<T[K]> }>\n  object<T extends Record<string, RuntimeCodec<any>>>(\n    shape: T,\n  ): ObjectCodec<{ [K in keyof T]: InferCodec<T[K]> }>\n  oneOf<const T extends readonly unknown[]>(...values: T): OneOfCodec<T[number]>\n  oneOf<T extends readonly RuntimeCodec<any>[]>(\n    ...codecs: T\n  ): OneOfCodec<InferCodec<T[number]>>\n}\n\nexport type PropDefs = Record<string, RuntimeCodec<any>>\nexport type InferProps<T extends PropDefs> = {\n  [K in keyof T]: InferCodec<T[K]>\n}\n\n// Read a codec default without requiring callers to know whether it stores an explicit default factory.\nexport const getCodecDefault = <T>(codec: RuntimeCodec<T>) =>\n  'defaultFactory' in codec && typeof codec.defaultFactory === 'function'\n    ? codec.defaultFactory()\n    : codec.decode(undefined)\n\n// Fall back to the codec default when malformed prop input would otherwise break component setup/render.\nexport const decodeCodec = <T>(codec: RuntimeCodec<T>, value: unknown): T => {\n  try {\n    return codec.decode(value)\n  } catch (error) {\n    console.warn('Rocket codec decode failed', { value, error })\n    return getCodecDefault(codec)\n  }\n}\n\n// Clone object defaults so component instances do not share mutable state through one codec.\nconst cloneValue = <T>(value: T): T => {\n  if (value == null || typeof value !== 'object') return value\n  try {\n    return structuredClone(value)\n  } catch {\n    return value\n  }\n}\n\n// Normalize static and factory defaults into one cloning factory shape for the rest of the codec pipeline.\nconst toDefaultFactory = <T>(value: DefaultValue<T>): (() => T) => {\n  if (typeof value === 'function') {\n    return () => cloneValue((value as () => T)())\n  }\n  return () => cloneValue(value)\n}\n\n// Attach `.default(...)` to a codec factory so derived codecs preserve defaults while continuing to compose.\nconst withDefault = <T, C extends RuntimeCodec<T>>(\n  factory: (defaultFactory?: () => T, manifestMeta?: CodecManifest) => C,\n  defaultFactory?: () => T,\n  manifestMeta?: CodecManifest,\n) =>\n  ({\n    default(value: DefaultValue<T>) {\n      return factory(toDefaultFactory(value), manifestMeta)\n    },\n    docs(meta: CodecDocs) {\n      return factory(defaultFactory, {\n        ...(manifestMeta ?? { type: 'custom' }),\n        docs: meta,\n      })\n    },\n    defaultFactory,\n    manifestMeta,\n  }) as Pick<DefaultableCodec<T>, 'default' | 'defaultFactory'> &\n    Pick<DefaultableCodec<T>, 'docs' | 'manifestMeta'>\n\n// Lift plain decode/encode handlers into Rocket's runtime codec shape with default propagation.\nconst createCodecWithDefault = <T>(\n  { decode, encode }: Codec<T>,\n  defaultFactory?: () => T,\n  manifestMeta: CodecManifest = { type: 'custom' },\n): RuntimeCodec<T> =>\n  ({\n    decode,\n    encode,\n    ...withDefault<T, RuntimeCodec<T>>(\n      (nextDefaultFactory, nextManifestMeta) =>\n        createCodecWithDefault(\n          { decode, encode },\n          nextDefaultFactory,\n          nextManifestMeta ?? manifestMeta,\n        ),\n      defaultFactory,\n      manifestMeta,\n    ),\n  }) as RuntimeCodec<T>\n\nexport const createCodec = <T>(handlers: Codec<T>) =>\n  // Give custom codecs the same default and decode-fallback contract as built-ins.\n  createCodecWithDefault(handlers)\n\n// Let `number.fit(...)` declaratively normalize external numeric input from one range into another.\nconst fitNumber = (\n  value: number,\n  inMin: number,\n  inMax: number,\n  outMin: number,\n  outMax: number,\n  clamped = true,\n  rounded = false,\n) => {\n  if (inMax === inMin) return rounded ? Math.round(outMin) : outMin\n  const ratio = (value - inMin) / (inMax - inMin)\n  const normalized = clamped ? Math.max(0, Math.min(1, ratio)) : ratio\n  const result = outMin + (outMax - outMin) * normalized\n  return rounded ? Math.round(result) : result\n}\n\n// Parse JSON only for strings so codec combinators can reuse values that are already decoded.\nconst parseJSON = (value: unknown) => {\n  if (typeof value === 'string') {\n    try {\n      return JSON.parse(value)\n    } catch {\n      return undefined\n    }\n  }\n  return value\n}\n\n// Build composable string cleanup and case-shaping rules for Rocket props.\nconst createStringCodec = (\n  decode: (value: unknown) => string = (value) => String(value ?? ''),\n  encode: (value: string) => string = (value) => String(value ?? ''),\n  defaultFactory?: () => string,\n  manifestMeta: CodecManifest = { type: 'string' },\n): StringCodec => {\n  const mapString = (fn: (value: string) => string) =>\n    createStringCodec(\n      (value) => fn(decode(value)),\n      (value) => fn(encode(value)),\n      defaultFactory,\n      manifestMeta,\n    )\n\n  const codec = {\n    decode,\n    encode,\n    ...withDefault<string, StringCodec>(\n      createStringCodec.bind(null, decode, encode),\n      defaultFactory,\n      manifestMeta,\n    ),\n    prefix(value: string) {\n      return mapString((text) => (text.startsWith(value) ? text : value + text))\n    },\n    suffix(value: string) {\n      return mapString((text) => (text.endsWith(value) ? text : text + value))\n    },\n    maxLength(length: number) {\n      return mapString((value) => value.slice(0, length))\n    },\n  } as StringCodec\n\n  Object.defineProperties(codec, {\n    trim: { get: () => mapString((value) => value.trim()) },\n    upper: { get: () => mapString((value) => value.toUpperCase()) },\n    lower: { get: () => mapString((value) => value.toLowerCase()) },\n    kebab: {\n      get: () =>\n        mapString((value) =>\n          value\n            .trim()\n            .replace(/([a-z0-9])([A-Z])/g, '$1-$2')\n            .replace(/[\\s_]+/g, '-')\n            .toLowerCase(),\n        ),\n    },\n    camel: {\n      get: () =>\n        mapString((value) =>\n          value\n            .trim()\n            .replace(/[-_\\s]+(.)?/g, (_, char) =>\n              char ? char.toUpperCase() : '',\n            )\n            .replace(/^(.)/, (_, char) => char.toLowerCase()),\n        ),\n    },\n    snake: {\n      get: () =>\n        mapString((value) =>\n          value\n            .trim()\n            .replace(/([a-z0-9])([A-Z])/g, '$1_$2')\n            .replace(/[-\\s]+/g, '_')\n            .toLowerCase(),\n        ),\n    },\n    pascal: {\n      get: () =>\n        mapString((value) =>\n          value\n            .trim()\n            .replace(/(^|[-_\\s]+)(.)/g, (_, __, char) => char.toUpperCase()),\n        ),\n    },\n    title: {\n      get: () =>\n        mapString((value) =>\n          value.replace(/\\w\\S*/g, (part) => {\n            return part.charAt(0).toUpperCase() + part.slice(1).toLowerCase()\n          }),\n        ),\n    },\n  })\n\n  return codec\n}\n\n// Build composable clamp, round, and range-mapping rules for numeric props.\nconst createNumberCodec = (\n  decode: (value: unknown) => number = (value) => {\n    const number = Number(value)\n    return Number.isFinite(number) ? number : 0\n  },\n  encode: (value: number) => string = (value) => `${value}`,\n  defaultFactory?: () => number,\n  manifestMeta: CodecManifest = { type: 'number' },\n): NumberCodec => {\n  const mapNumber = (fn: (value: number) => number) =>\n    createNumberCodec(\n      (value) => fn(decode(value)),\n      (value) => `${fn(Number(value))}`,\n      defaultFactory,\n      manifestMeta,\n    )\n\n  const codec = {\n    decode,\n    encode,\n    ...withDefault<number, NumberCodec>(\n      createNumberCodec.bind(null, decode, encode),\n      defaultFactory,\n      manifestMeta,\n    ),\n    min(value: number) {\n      return mapNumber((input) => Math.max(input, value))\n    },\n    max(value: number) {\n      return mapNumber((input) => Math.min(input, value))\n    },\n    clamp(minValue: number, maxValue: number) {\n      return mapNumber((input) => Math.max(minValue, Math.min(maxValue, input)))\n    },\n    step(stepValue: number, base = 0) {\n      return mapNumber(\n        (input) => base + Math.round((input - base) / stepValue) * stepValue,\n      )\n    },\n    ceil(decimals = 0) {\n      return mapNumber(\n        (input) => Math.ceil(input * 10 ** decimals) / 10 ** decimals,\n      )\n    },\n    floor(decimals = 0) {\n      return mapNumber(\n        (input) => Math.floor(input * 10 ** decimals) / 10 ** decimals,\n      )\n    },\n    fit(\n      inMin: number,\n      inMax: number,\n      outMin: number,\n      outMax: number,\n      clamped = true,\n      rounded = false,\n    ) {\n      return mapNumber((input) =>\n        fitNumber(input, inMin, inMax, outMin, outMax, clamped, rounded),\n      )\n    },\n  } as NumberCodec\n\n  Object.defineProperties(codec, {\n    round: {\n      get: () => mapNumber((value) => Math.round(value)),\n    },\n  })\n\n  return codec\n}\n\n// Decode HTML-style truthy values because attribute presence and string forms both represent boolean props.\nconst createBoolCodec = (\n  decode: (value: unknown) => boolean = (value) =>\n    value === true ||\n    value === '' ||\n    value === 'true' ||\n    value === 1 ||\n    value === '1',\n  encode: (value: boolean) => string = (value) => (value ? 'true' : 'false'),\n  defaultFactory?: () => boolean,\n  manifestMeta: CodecManifest = { type: 'boolean' },\n): BoolCodec => ({\n  decode,\n  encode,\n  ...withDefault<boolean, BoolCodec>(\n    createBoolCodec.bind(null, decode, encode),\n    defaultFactory,\n    manifestMeta,\n  ),\n})\n\n// Normalize date input and output through `Date` instances across attribute and imperative values.\nconst createDateCodec = (\n  decode: (value: unknown) => Date = (value) => {\n    if (value instanceof Date)\n      return Number.isNaN(value.getTime()) ? new Date() : value\n    const date = new Date(value as any)\n    return Number.isNaN(date.getTime()) ? new Date() : date\n  },\n  encode: (value: Date) => string = (value) => {\n    const date = value instanceof Date ? value : new Date(value)\n    return Number.isNaN(date.getTime())\n      ? new Date().toISOString()\n      : date.toISOString()\n  },\n  defaultFactory?: () => Date,\n  manifestMeta: CodecManifest = { type: 'date' },\n): DateCodec => ({\n  decode,\n  encode,\n  ...withDefault<Date, DateCodec>(\n    (nextDefaultFactory, nextManifestMeta) =>\n      createDateCodec(\n        decode,\n        encode,\n        nextDefaultFactory,\n        nextManifestMeta ?? manifestMeta,\n      ),\n    defaultFactory,\n    manifestMeta,\n  ),\n})\n\n// Clone decoded JSON values so component instances cannot mutate one another's structured props.\nconst createJsonCodec = <T = any>(\n  decode: (value: unknown) => T = (value) => {\n    const parsed = parseJSON(value)\n    if (parsed == null) return {} as T\n    return cloneValue(parsed as T)\n  },\n  encode: (value: T) => string = (value) => JSON.stringify(value),\n  defaultFactory?: () => T,\n  manifestMeta: CodecManifest = { type: 'json' },\n): JsonCodec<T> => ({\n  decode,\n  encode,\n  ...withDefault<T, JsonCodec<T>>(\n    (nextDefaultFactory, nextManifestMeta) =>\n      createJsonCodec(\n        decode,\n        encode,\n        nextDefaultFactory,\n        nextManifestMeta ?? manifestMeta,\n      ),\n    defaultFactory,\n    manifestMeta,\n  ),\n})\n\n// Revive functions in JS-like serialized objects for props that intentionally allow richer data than JSON.\nconst createJsCodec = <T = any>(\n  decode: (value: unknown) => T = (value) => {\n    if (typeof value === 'string') {\n      try {\n        return jsStrToObject(value, { reviveFunctionStrings: true }) as T\n      } catch {\n        return {} as T\n      }\n    }\n    if (value == null) return {} as T\n    return cloneValue(value as T)\n  },\n  encode: (value: T) => string = (value) => JSON.stringify(value),\n  defaultFactory?: () => T,\n  manifestMeta: CodecManifest = { type: 'js' },\n): JsCodec<T> => ({\n  decode,\n  encode,\n  ...withDefault<T, JsCodec<T>>(\n    (nextDefaultFactory, nextManifestMeta) =>\n      createJsCodec(\n        decode,\n        encode,\n        nextDefaultFactory,\n        nextManifestMeta ?? manifestMeta,\n      ),\n    defaultFactory,\n    manifestMeta,\n  ),\n})\n\n// Encode binary props as base64 so byte arrays cross attribute boundaries without losing fidelity.\nconst createBinCodec = (\n  decode: (value: unknown) => Uint8Array = (value) => {\n    if (value instanceof Uint8Array) return value\n    const text = atob(String(value ?? ''))\n    const bytes = new Uint8Array(text.length)\n    for (let i = 0; i < text.length; i += 1) bytes[i] = text.charCodeAt(i)\n    return bytes\n  },\n  encode: (value: Uint8Array) => string = (value) =>\n    btoa(Array.from(value, (byte) => String.fromCharCode(byte)).join('')),\n  defaultFactory?: () => Uint8Array,\n  manifestMeta: CodecManifest = { type: 'binary' },\n): BinCodec => ({\n  decode,\n  encode,\n  ...withDefault<Uint8Array, BinCodec>(\n    (nextDefaultFactory, nextManifestMeta) =>\n      createBinCodec(\n        decode,\n        encode,\n        nextDefaultFactory,\n        nextManifestMeta ?? manifestMeta,\n      ),\n    defaultFactory,\n    manifestMeta,\n  ),\n})\n\n// Reuse one item codec's decode/default semantics across every value in a list prop.\nconst createArrayCodec = <T>(\n  codec: RuntimeCodec<T>,\n  defaultFactory?: () => T[],\n  manifestMeta: CodecManifest = { type: 'array' },\n): ArrayCodec<T> => ({\n  decode(value: unknown) {\n    const parsed = parseJSON(value)\n    const array = Array.isArray(parsed) ? parsed : []\n    return array.map((item) => decodeCodec(codec, item))\n  },\n  encode(value: T[]) {\n    return JSON.stringify(\n      value.map((item) => parseJSON(codec.encode(item)) ?? codec.encode(item)),\n    )\n  },\n  ...withDefault<T[], ArrayCodec<T>>(\n    (nextDefaultFactory, nextManifestMeta) =>\n      createArrayCodec(\n        codec,\n        nextDefaultFactory,\n        nextManifestMeta ?? manifestMeta,\n      ),\n    defaultFactory,\n    manifestMeta,\n  ),\n})\n\n// Preserve per-position codecs and defaults in heterogeneous tuple props.\nconst createTupleCodec = <T extends readonly RuntimeCodec<any>[]>(\n  codecs: T,\n  defaultFactory?: () => { [K in keyof T]: InferCodec<T[K]> },\n  manifestMeta: CodecManifest = { type: 'tuple' },\n): TupleCodec<{ [K in keyof T]: InferCodec<T[K]> }> => ({\n  decode(value: unknown) {\n    const parsed = parseJSON(value)\n    const array = Array.isArray(parsed) ? parsed : []\n    return codecs.map((codec, index) => {\n      if (index < array.length) return decodeCodec(codec, array[index])\n      return getCodecDefault(codec)\n    }) as { [K in keyof T]: InferCodec<T[K]> }\n  },\n  encode(value: { [K in keyof T]: InferCodec<T[K]> }) {\n    return JSON.stringify(\n      value.map((item, index) => {\n        const encoded = codecs[index]!.encode(item)\n        return parseJSON(encoded) ?? encoded\n      }),\n    )\n  },\n  ...withDefault<\n    { [K in keyof T]: InferCodec<T[K]> },\n    TupleCodec<{ [K in keyof T]: InferCodec<T[K]> }>\n  >(\n    (nextDefaultFactory, nextManifestMeta) =>\n      createTupleCodec(\n        codecs,\n        nextDefaultFactory,\n        nextManifestMeta ?? manifestMeta,\n      ),\n    defaultFactory,\n    manifestMeta,\n  ),\n})\n\n// Decode object props field by field through a fixed shape of child codecs and defaults.\nconst createObjectCodec = <T extends Record<string, RuntimeCodec<any>>>(\n  shape: T,\n  defaultFactory?: () => { [K in keyof T]: InferCodec<T[K]> },\n  manifestMeta: CodecManifest = { type: 'object' },\n): ObjectCodec<{ [K in keyof T]: InferCodec<T[K]> }> => ({\n  decode(value: unknown) {\n    const parsed = parseJSON(value)\n    const source = (\n      parsed && typeof parsed === 'object' && !Array.isArray(parsed)\n        ? parsed\n        : {}\n    ) as Record<string, unknown>\n    const next = {} as { [K in keyof T]: InferCodec<T[K]> }\n    for (const [key, codec] of Object.entries(shape)) {\n      next[key as keyof T] =\n        key in source ? decodeCodec(codec, source[key]) : getCodecDefault(codec)\n    }\n    return next\n  },\n  encode(value: { [K in keyof T]: InferCodec<T[K]> }) {\n    const next: Record<string, unknown> = {}\n    for (const [key, codec] of Object.entries(shape)) {\n      const encoded = codec.encode(value[key as keyof T])\n      next[key] = parseJSON(encoded) ?? encoded\n    }\n    return JSON.stringify(next)\n  },\n  ...withDefault<\n    { [K in keyof T]: InferCodec<T[K]> },\n    ObjectCodec<{ [K in keyof T]: InferCodec<T[K]> }>\n  >(\n    (nextDefaultFactory, nextManifestMeta) =>\n      createObjectCodec(\n        shape,\n        nextDefaultFactory,\n        nextManifestMeta ?? manifestMeta,\n      ),\n    defaultFactory,\n    manifestMeta,\n  ),\n})\n\n// Distinguish literal `oneOf(...)` entries from codec entries so one API can support both union styles.\nconst isCodec = (value: unknown): value is RuntimeCodec<any> =>\n  !!value && typeof value === 'object' && 'decode' in value && 'encode' in value\n\nconst oneOfDefaultFactory = <T>(\n  values: readonly unknown[],\n  defaultFactory?: () => T,\n) => {\n  if (defaultFactory) return defaultFactory\n  const entry = values[0]\n  if (isCodec(entry)) return () => getCodecDefault(entry) as T\n  return () => entry as T\n}\n\nconst codecValueKind = (value: unknown) =>\n  value instanceof Date\n    ? Date\n    : value instanceof Uint8Array\n      ? Uint8Array\n      : Array.isArray(value)\n        ? Array\n        : value === null\n          ? null\n          : typeof value\n\nconst codecMatchesValue = (\n  codec: RuntimeCodec<any>,\n  value: unknown,\n): boolean => {\n  // A successful round trip identifies the runtime union member without rejecting codecs that intentionally normalize values while encoding.\n  try {\n    return (\n      codecValueKind(value) ===\n      codecValueKind(codec.decode(codec.encode(value)))\n    )\n  } catch {\n    return false\n  }\n}\n\nconst codecMatchesInput = (codec: RuntimeCodec<any>, value: unknown) => {\n  const parsed = parseJSON(value)\n  switch (getCodecManifest(codec).type) {\n    case 'string':\n      return (\n        typeof parsed === 'string' ||\n        (typeof value === 'string' && parsed === undefined)\n      )\n    case 'number':\n      return typeof parsed === 'number' && Number.isFinite(parsed)\n    case 'boolean':\n      return (\n        typeof parsed === 'boolean' ||\n        value === '' ||\n        value === 1 ||\n        value === '1'\n      )\n    case 'date':\n      return (\n        value instanceof Date ||\n        (typeof value === 'string' &&\n          value !== '' &&\n          !Number.isNaN(Date.parse(value)))\n      )\n    case 'binary':\n      return value instanceof Uint8Array || typeof value === 'string'\n    case 'array':\n    case 'tuple':\n      return Array.isArray(parsed)\n    case 'object':\n      return (\n        parsed !== null && typeof parsed === 'object' && !Array.isArray(parsed)\n      )\n    case 'json':\n    case 'js':\n      return parsed !== undefined\n    default:\n      try {\n        codec.decode(value)\n        return true\n      } catch {\n        return false\n      }\n  }\n}\n\n// Build a union over literals and child codecs so props can declare a constrained set of values.\nconst createOneOfCodec = <T>(\n  values: readonly unknown[],\n  defaultFactory?: () => T,\n  manifestMeta: CodecManifest = {\n    type: 'oneOf',\n    values: values.map((entry) =>\n      isCodec(entry) ? getCodecManifest(entry) : entry,\n    ),\n  },\n): OneOfCodec<T> => ({\n  decode(value: unknown) {\n    let hadDecodeError = false\n    const parsedValue = parseJSON(value)\n    for (const entry of values) {\n      if (isCodec(entry) && codecMatchesInput(entry, value)) {\n        try {\n          return entry.decode(value) as T\n        } catch {\n          hadDecodeError = true\n        }\n      }\n      if (\n        entry === value ||\n        entry === parsedValue ||\n        `${entry}` === `${value}`\n      ) {\n        return entry as T\n      }\n    }\n    if (hadDecodeError) {\n      console.warn('Rocket codec decode failed', { value })\n    }\n    if (defaultFactory) return defaultFactory()\n    return oneOfDefaultFactory<T>(values)()\n  },\n  encode(value: T) {\n    for (const entry of values) {\n      if (isCodec(entry) && codecMatchesValue(entry, value)) {\n        return entry.encode(value)\n      }\n      if (Object.is(entry, value)) return `${value}`\n    }\n    return `${value}`\n  },\n  ...withDefault<T, OneOfCodec<T>>(\n    (nextDefaultFactory, nextManifestMeta) =>\n      createOneOfCodec(\n        values,\n        nextDefaultFactory,\n        nextManifestMeta ?? manifestMeta,\n      ),\n    oneOfDefaultFactory(values, defaultFactory),\n    manifestMeta,\n  ),\n})\n\nfunction oneOf<const T extends readonly unknown[]>(\n  ...values: T\n): OneOfCodec<T[number]>\nfunction oneOf<T extends readonly RuntimeCodec<any>[]>(\n  ...codecs: T\n): OneOfCodec<InferCodec<T[number]>>\nfunction oneOf(...values: readonly unknown[]) {\n  return createOneOfCodec(values)\n}\n\nexport const getCodecManifest = <T>(codec: RuntimeCodec<T>) =>\n  'manifestMeta' in codec && codec.manifestMeta\n    ? codec.manifestMeta\n    : ({ type: 'custom' } as CodecManifest)\n\nexport const codecRegistry: CodecRegistry = {\n  // Share one registry so every component composes the same prop codec semantics.\n  string: createStringCodec(),\n  number: createNumberCodec(),\n  bool: createBoolCodec(),\n  date: createDateCodec(),\n  json: createJsonCodec(),\n  js: createJsCodec(),\n  bin: createBinCodec(),\n  array: ((...codecs: readonly RuntimeCodec<any>[]) => {\n    if (codecs.length === 1) return createArrayCodec(codecs[0]!)\n    return createTupleCodec(codecs)\n  }) as CodecRegistry['array'],\n  object: createObjectCodec,\n  oneOf,\n}\n", "import { createError } from '@engine/errors'\nimport type { Modifiers } from '@engine/types'\nimport { modifyCasing } from '@utils/text'\n\n// Carries the signal base and any loop-local aliases that a rewritten Rocket subtree should resolve against.\n//\n// Rocket templates author against `$$foo`, `block`, `i`, etc., so every rewrite pass needs the component's private base path and any local alias remaps in scope.\nexport type TaggedLiteralScope = {\n  signalPathBase: string\n  localSignals?: Record<string, string>\n}\n\nexport type TaggedLiteral = (\n  strings: TemplateStringsArray,\n  ...values: unknown[]\n) => DocumentFragment\n\n// Minimal parse modes for placing inert interpolation markers into static HTML while keeping runtime values out of the markup passed to the parser.\ntype TemplateContext =\n  | 'data'\n  | 'tag'\n  | 'attrDouble'\n  | 'attrSingle'\n  | 'attrUnquoted'\n  | 'rawtext'\n  | 'comment'\n  | 'declaration'\n\n// Stateful scanner carried across template string chunks.\n//\n// Tagged templates split source around interpolations, so this tracks enough HTML context to identify where the next `${...}` occurs without parsing the DOM twice.\ntype TemplateScanState = {\n  context: TemplateContext\n  tagName: string\n  closingTag: boolean\n  captureTagName: boolean\n  expectAttributeValue: boolean\n  rawTextTag: string\n}\n\nconst rawTextTags = new Set(['script', 'style', 'textarea', 'title'])\n\n// Append Nodes and nested iterables into a fragment so `${child}` and `${items.map(...)}` compose DOM instead of being serialized as HTML text.\nexport const appendComposedTemplateValue = (\n  fragment: DocumentFragment,\n  value: unknown,\n) => {\n  if (value == null || typeof value === 'boolean') return\n  if (value instanceof Node) {\n    fragment.appendChild(value)\n    return\n  }\n  if (\n    value instanceof Date ||\n    typeof value === 'string' ||\n    typeof value === 'number' ||\n    typeof value === 'bigint'\n  ) {\n    fragment.appendChild(document.createTextNode(stringifyTemplateValue(value)))\n    return\n  }\n  if (\n    typeof value !== 'object' ||\n    value === null ||\n    !(Symbol.iterator in value)\n  ) {\n    throw createError({ valueType: typeof value }, 'RocketTemplateInvalidValue')\n  }\n  for (const item of value as Iterable<unknown>) {\n    appendComposedTemplateValue(fragment, item)\n  }\n}\n\n// Build one HTML or SVG fragment from a tagged template in two phases:\n//\n// 1. parse only the trusted static chunks plus inert interpolation markers\n// 2. resolve those markers through DOM APIs before `postprocess(...)`\n//\n// Rocket needs this split pipeline because its templates allow all of these at once:\n// - primitives in text or attribute positions\n// - boolean-style whole-attribute expressions like `disabled=${flag}`\n// - DOM nodes and nested iterables like `${children}`\n// - a final rewrite pass that scopes Datastar attributes after parsing\n//\n// Runtime values consequently cannot change the parsed structure, while the browser still performs the actual HTML/SVG parsing.\nexport function hypertext(\n  render: (string: string) => ParentNode,\n  postprocess: (root: ParentNode) => DocumentFragment,\n) {\n  return ({ raw: strings }: TemplateStringsArray, ...values: unknown[]) => {\n    const state: TemplateScanState = {\n      context: 'data',\n      tagName: '',\n      closingTag: false,\n      captureTagName: false,\n      expectAttributeValue: false,\n      rawTextTag: '',\n    }\n    let markerPrefix = 'rocketmarker'\n    // Keep the prefix distinct from static template content so ordinary text cannot be mistaken for an interpolation marker during resolution.\n    while (strings.some((string) => string.includes(markerPrefix))) {\n      markerPrefix += 'x'\n    }\n    const marker = (index: number) => `${markerPrefix}${index}x`\n    const markerContexts: TemplateContext[] = []\n    let string = ''\n\n    for (let j = 0; j < strings.length; ++j) {\n      const input = strings[j]\n      // Advance the scanner across this chunk so the next interpolation can use a parser-safe marker without placing its runtime value in the HTML source.\n      for (let i = 0; i < input.length; i += 1) {\n        const char = input[i]\n        switch (state.context) {\n          case 'data':\n            if (input.startsWith('<!--', i)) {\n              state.context = 'comment'\n              i += 3\n              continue\n            }\n            if (char === '<') {\n              if (input[i + 1] === '!' || input[i + 1] === '?') {\n                state.context = 'declaration'\n                continue\n              }\n              state.context = 'tag'\n              state.tagName = ''\n              state.closingTag = input[i + 1] === '/'\n              state.captureTagName = true\n              state.expectAttributeValue = false\n            }\n            break\n          case 'comment':\n            if (input.startsWith('-->', i)) {\n              state.context = 'data'\n              i += 2\n            }\n            break\n          case 'declaration':\n            if (char === '>') state.context = 'data'\n            break\n          case 'rawtext':\n            if (\n              char === '<' &&\n              input\n                .slice(i + 1, i + 2 + state.rawTextTag.length)\n                .toLowerCase() === `/${state.rawTextTag}` &&\n              (!input[i + 2 + state.rawTextTag.length] ||\n                /[\\s/>]/.test(input[i + 2 + state.rawTextTag.length] ?? ''))\n            ) {\n              state.context = 'tag'\n              state.tagName = ''\n              state.closingTag = true\n              state.captureTagName = true\n              state.expectAttributeValue = false\n            }\n            break\n          case 'tag':\n            if (!state.tagName) {\n              if (state.closingTag && char === '/') continue\n              if (/\\s/.test(char)) continue\n              if (char === '>') {\n                state.context = state.rawTextTag ? 'rawtext' : 'data'\n                state.closingTag = false\n                state.captureTagName = false\n                state.expectAttributeValue = false\n                continue\n              }\n              state.tagName = char.toLowerCase()\n              continue\n            }\n            if (state.captureTagName) {\n              if (!/[\\s/>]/.test(char)) {\n                state.tagName += char.toLowerCase()\n                continue\n              }\n              state.captureTagName = false\n            }\n            if (char === '>') {\n              if (state.closingTag) {\n                if (state.tagName === state.rawTextTag) state.rawTextTag = ''\n                state.context = 'data'\n              } else if (rawTextTags.has(state.tagName)) {\n                state.rawTextTag = state.tagName\n                state.context = 'rawtext'\n              } else {\n                state.context = 'data'\n              }\n              state.closingTag = false\n              state.captureTagName = false\n              state.expectAttributeValue = false\n              continue\n            }\n            if (state.closingTag) continue\n            if (state.expectAttributeValue) {\n              if (/\\s/.test(char)) continue\n              state.expectAttributeValue = false\n              if (char === '\"') state.context = 'attrDouble'\n              else if (char === \"'\") state.context = 'attrSingle'\n              else state.context = 'attrUnquoted'\n              continue\n            }\n            if (char === '=') state.expectAttributeValue = true\n            break\n          case 'attrDouble':\n            if (char === '\"') state.context = 'tag'\n            break\n          case 'attrSingle':\n            if (char === \"'\") state.context = 'tag'\n            break\n          case 'attrUnquoted':\n            if (/\\s/.test(char)) state.context = 'tag'\n            else if (char === '>') {\n              if (state.closingTag) {\n                if (state.tagName === state.rawTextTag) state.rawTextTag = ''\n                state.context = 'data'\n              } else if (rawTextTags.has(state.tagName)) {\n                state.rawTextTag = state.tagName\n                state.context = 'rawtext'\n              } else {\n                state.context = 'data'\n              }\n              state.closingTag = false\n              state.captureTagName = false\n              state.expectAttributeValue = false\n            }\n            break\n        }\n      }\n      string += input\n      if (j === values.length) continue\n\n      let context = state.context\n      if (context === 'tag' && state.expectAttributeValue) {\n        // An interpolation immediately after `=` has no value character to move the scanner into an attribute context, so treat it as unquoted data.\n        context = 'attrUnquoted'\n        state.context = context\n        state.expectAttributeValue = false\n      }\n      markerContexts[j] = context\n      const token = marker(j)\n      // Comments reserve positions that can expand into nodes, while attributes and raw-text contexts require plain tokens that remain inside their values.\n      if (context === 'data') string += `<!--${token}-->`\n      else if (\n        context === 'attrDouble' ||\n        context === 'attrSingle' ||\n        context === 'attrUnquoted' ||\n        context === 'rawtext'\n      ) {\n        string += token\n      } else {\n        throw createError(\n          { context, valueType: typeof values[j] },\n          'RocketTemplateInvalidComposition',\n        )\n      }\n    }\n    const root = render(string)\n\n    const resolved = values.map(() => false)\n    const markerPattern = new RegExp(`${markerPrefix}(\\\\d+)x`, 'g')\n    const replaceMarkers = (\n      source: string,\n      replace: (index: number) => string,\n    ) =>\n      source.replace(markerPattern, (_, rawIndex: string) => {\n        const index = +rawIndex\n        resolved[index] = true\n        return replace(index)\n      })\n    const stringifyMarkerValue = (index: number) => {\n      const value = values[index]\n      // Nodes and iterables compose meaningfully only at node positions, and stringifying them elsewhere would conceal an invalid composition.\n      if (\n        value instanceof Node ||\n        (typeof value === 'object' &&\n          value !== null &&\n          Symbol.iterator in value)\n      ) {\n        throw createError(\n          {\n            context: markerContexts[index],\n            valueType: value instanceof Node ? 'node' : 'iterable',\n          },\n          'RocketTemplateInvalidComposition',\n        )\n      }\n      return stringifyTemplateValue(value)\n    }\n\n    const resolveMarkers = (target: ParentNode) => {\n      const elements =\n        target instanceof Element\n          ? [target, ...target.querySelectorAll('*')]\n          : [...target.querySelectorAll('*')]\n      for (const element of elements) {\n        for (const attr of [...element.attributes]) {\n          if (!attr.value.includes(markerPrefix)) continue\n          const match = attr.value.match(new RegExp(`^${markerPrefix}(\\\\d+)x$`))\n          if (match) {\n            // A marker that occupies the entire value preserves optional and boolean attribute semantics; partial values retain their surrounding text.\n            const index = +match[1]\n            const value = values[index]\n            resolved[index] = true\n            if (value == null || value === false || value === '') {\n              element.removeAttribute(attr.name)\n            } else if (value === true) {\n              element.setAttribute(attr.name, '')\n            } else {\n              element.setAttribute(attr.name, stringifyMarkerValue(index))\n            }\n            continue\n          }\n          element.setAttribute(\n            attr.name,\n            replaceMarkers(attr.value, stringifyMarkerValue),\n          )\n        }\n      }\n\n      const comments = document.createTreeWalker(\n        target,\n        NodeFilter.SHOW_COMMENT,\n      )\n      const commentNodes: Comment[] = []\n      while (comments.nextNode())\n        commentNodes.push(comments.currentNode as Comment)\n      for (const node of commentNodes) {\n        const match = node.data.match(new RegExp(`^${markerPrefix}(\\\\d+)x$`))\n        if (!match) continue\n        const index = +match[1]\n        resolved[index] = true\n        const fragment = document.createDocumentFragment()\n        appendComposedTemplateValue(fragment, values[index])\n        node.replaceWith(fragment)\n      }\n\n      const text = document.createTreeWalker(target, NodeFilter.SHOW_TEXT)\n      const textNodes: Text[] = []\n      while (text.nextNode()) textNodes.push(text.currentNode as Text)\n      for (const node of textNodes) {\n        if (!node.data.includes(markerPrefix)) continue\n        node.data = replaceMarkers(node.data, (index) => {\n          const value = values[index]\n          if (value == null || typeof value === 'boolean') return ''\n          return stringifyMarkerValue(index)\n        })\n      }\n\n      // Template contents live in separate document fragments that normal descendant traversal does not enter.\n      for (const element of elements) {\n        if (element instanceof HTMLTemplateElement) {\n          resolveMarkers(element.content)\n        }\n      }\n    }\n    resolveMarkers(root)\n\n    const unresolved = resolved.findIndex((value) => !value)\n    if (unresolved !== -1) {\n      throw createError(\n        {\n          context: markerContexts[unresolved],\n          valueType: typeof values[unresolved],\n        },\n        'RocketTemplateInvalidComposition',\n      )\n    }\n    return postprocess(root as DocumentFragment)\n  }\n}\n\nexport const signalNameAttributes = new Set([\n  'bind',\n  'computed',\n  'indicator',\n  'ref',\n  'signals',\n])\n\nconst directSignalValuePlugins = new Set(['bind', 'indicator', 'ref'])\nconst rootModifierPattern = /__root\\b/g\n\nexport const rocketDispatchActionName = 'dispatchRocket'\nexport const rocketRefAttr = 'data-rocket-ref'\n\nconst parseTemplateModifiers = (raw: string): Modifiers => {\n  const mods: Modifiers = new Map()\n  for (const rawModifier of raw.split('__').slice(1)) {\n    const [name, ...values] = rawModifier.split('.')\n    mods.set(name, new Set(values))\n  }\n  return mods\n}\n\nconst toRocketRefName = (raw: string) => {\n  const name = raw.split('__', 1)[0]\n  return modifyCasing(name, parseTemplateModifiers(raw))\n}\n\n// Convert Rocket-authored expressions into plain Datastar expressions so the engine can evaluate local `$$...` state, loop aliases, and local actions.\nconst rewriteDatastarExpression = (\n  value: string,\n  scope: TaggedLiteralScope,\n): string => {\n  const { signalPathBase, localSignals = {} } = scope\n  const aliases = Object.keys(localSignals).sort(\n    (left, right) => right.length - left.length,\n  )\n  const aliasPattern = aliases\n    .map((name) => name.replace(/[.*+?^${}()|[\\]\\\\]/g, '\\\\$&'))\n    .join('|')\n  // Protect literal and comment regions first, then recursively rewrite template substitutions and executable expression tokens.\n  return value.replace(\n    new RegExp(\n      `(//[^\\\\n]*|/\\\\*[\\\\s\\\\S]*?\\\\*/|\"[^\"\\\\\\\\]*(?:\\\\\\\\.[^\"\\\\\\\\]*)*\"|'[^'\\\\\\\\]*(?:\\\\\\\\.[^'\\\\\\\\]*)*'|(?:^|[([{,:;=!?&|+*%^~<>-]\\\\s*|\\\\b(?:return|throw|case|delete|void|typeof|instanceof|in|of|yield|await)\\\\s+)/(?:\\\\\\\\.|\\\\[(?:\\\\\\\\.|[^\\\\]\\\\\\\\])*\\\\]|[^/\\\\\\\\[])+/[dgimsuvy]*)|(\\`(?:\\\\\\\\.|[^\\`\\\\\\\\])*\\`)|\\\\$\\\\$([a-zA-Z_\\\\d]\\\\w*(?:[.-]\\\\w+)*)|@([A-Za-z_$][\\\\w$]*)\\\\(|${aliasPattern ? `(?<![\\\\w$.])(${aliasPattern})(?![\\\\w$]|\\\\s*:)` : '(?!)'}`,\n      'gm',\n    ),\n    (\n      match,\n      protectedRegion: string | undefined,\n      template: string | undefined,\n      signal: string | undefined,\n      action: string | undefined,\n      alias: string | undefined,\n    ) => {\n      if (protectedRegion) return protectedRegion\n      if (template) {\n        return template.replace(\n          /\\$\\{((?:\"(?:\\\\.|[^\"\\\\])*\"|'(?:\\\\.|[^'\\\\])*'|`(?:\\\\.|[^`\\\\])*`|\\/(?:\\\\.|[^/\\\\])+\\/[dgimsuvy]*|\\{(?:[^{}]|\\{[^{}]*\\})*\\}|[^{}])*)\\}/g,\n          (_, expression: string) =>\n            `\\${${rewriteDatastarExpression(expression, scope)}}`,\n        )\n      }\n      if (signal) return `$.${signalPathBase}.${signal}`\n      if (action) {\n        return action === rocketDispatchActionName\n          ? match\n          : `@${rocketDispatchActionName}(${JSON.stringify(action)},`\n      }\n      return `$.${localSignals[alias!]}`\n    },\n  )\n}\n\n// Re-scope Rocket aliases like `$$count`, loop locals, and `@foo(...)` into the concrete signal/action paths Datastar executes for this subtree instance.\nexport const rewriteDataAttributes = (\n  root: ParentNode,\n  scope?: TaggedLiteralScope,\n) => {\n  if (!scope) return\n  const { signalPathBase, localSignals = {} } = scope\n  const nodes =\n    root instanceof Element\n      ? [root, ...root.querySelectorAll('*')]\n      : [...root.children, ...root.querySelectorAll('*')]\n  for (const node of nodes) {\n    for (const attr of [...node.attributes]) {\n      if (attr.name === 'data-signals') {\n        if (node.hasAttribute(`data-signals:${signalPathBase}`)) {\n          node.removeAttribute(attr.name)\n          continue\n        }\n        node.removeAttribute(attr.name)\n        node.setAttribute(`data-signals:${signalPathBase}`, attr.value)\n        continue\n      }\n      if (attr.name.startsWith('data-signals:')) {\n        const signalName = attr.name.slice('data-signals:'.length)\n        if (\n          signalName === signalPathBase ||\n          signalName.startsWith(`${signalPathBase}.`)\n        ) {\n          continue\n        }\n        node.removeAttribute(attr.name)\n        node.setAttribute(\n          `data-signals:${signalPathBase}.${signalName}`,\n          attr.value,\n        )\n        continue\n      }\n      if (!attr.name.startsWith('data-')) continue\n      const attrBody = attr.name.slice('data-'.length)\n      const colonIndexInBody = attrBody.indexOf(':')\n      const pluginSegment =\n        colonIndexInBody === -1 ? attrBody : attrBody.slice(0, colonIndexInBody)\n      const attrBodyWithoutMods = pluginSegment.split('__', 1)[0]\n      const pluginName = attrBodyWithoutMods.split(':', 1)[0]\n      if (pluginName === 'ref') {\n        const colonIndex = attr.name.indexOf(':')\n        const refName =\n          colonIndex !== -1\n            ? toRocketRefName(attr.name.slice(colonIndex + 1))\n            : toRocketRefName(attr.value)\n        node.removeAttribute(attr.name)\n        if (refName) {\n          node.setAttribute(rocketRefAttr, refName)\n        }\n        continue\n      }\n      if (signalNameAttributes.has(pluginName)) {\n        const colonIndex = attr.name.indexOf(':')\n        if (colonIndex !== -1) {\n          const keyWithMods = attr.name.slice(colonIndex + 1)\n          const key = keyWithMods.split('__', 1)[0]\n          const usesRoot = keyWithMods.includes('__root')\n          if (usesRoot) {\n            const nextValue = rewriteDatastarExpression(attr.value, scope)\n            const nextName = `${attr.name\n              .slice(0, colonIndex + 1)\n              .replace(\n                rootModifierPattern,\n                '',\n              )}${keyWithMods.replace(rootModifierPattern, '')}`\n            if (nextName !== attr.name) {\n              node.removeAttribute(attr.name)\n              node.setAttribute(nextName, nextValue)\n            } else if (nextValue !== attr.value) {\n              node.setAttribute(attr.name, nextValue)\n            }\n            continue\n          }\n          const localSignal = localSignals[key]\n          if (localSignal) {\n            const nextValue = rewriteDatastarExpression(attr.value, scope)\n            if (\n              attr.name !==\n              `${attr.name.slice(0, colonIndex + 1)}${localSignal}`\n            ) {\n              node.removeAttribute(attr.name)\n              node.setAttribute(\n                `${attr.name.slice(0, colonIndex + 1)}${localSignal}${keyWithMods.slice(key.length)}`,\n                nextValue,\n              )\n            } else if (nextValue !== attr.value) {\n              node.setAttribute(attr.name, nextValue)\n            }\n            continue\n          }\n          const scopedKeyWithMods = key.startsWith(`${signalPathBase}.`)\n            ? keyWithMods\n            : keyWithMods.replace(key, `${signalPathBase}.${key}`)\n          const nextValue = rewriteDatastarExpression(attr.value, scope)\n          if (scopedKeyWithMods !== keyWithMods) {\n            node.removeAttribute(attr.name)\n            node.setAttribute(\n              `${attr.name.slice(0, colonIndex + 1)}${scopedKeyWithMods}`,\n              nextValue,\n            )\n          } else if (nextValue !== attr.value) {\n            node.setAttribute(attr.name, nextValue)\n          }\n          continue\n        }\n        if (directSignalValuePlugins.has(pluginName)) {\n          const usesRoot = attrBody.includes('__root')\n          if (usesRoot) {\n            const nextName = attr.name.replace(rootModifierPattern, '')\n            if (nextName !== attr.name) {\n              node.removeAttribute(attr.name)\n              node.setAttribute(nextName, attr.value)\n            }\n            continue\n          }\n          if (pluginName === 'ref' && attr.value) {\n            if (\n              attr.value === signalPathBase ||\n              attr.value.startsWith(`${signalPathBase}.`)\n            ) {\n              continue\n            }\n            const localSignal = localSignals[attr.value]\n            if (localSignal) {\n              node.setAttribute(attr.name, localSignal)\n              continue\n            }\n            node.setAttribute(attr.name, `${signalPathBase}.${attr.value}`)\n            continue\n          }\n          const localSignal = localSignals[attr.value]\n          if (localSignal) {\n            node.setAttribute(attr.name, localSignal)\n            continue\n          }\n          if (attr.value.startsWith('$$')) {\n            node.setAttribute(\n              attr.name,\n              `${signalPathBase}.${attr.value.slice(2)}`,\n            )\n          }\n          continue\n        }\n      }\n      const nextValue = rewriteDatastarExpression(attr.value, scope)\n      if (nextValue === attr.value) continue\n      node.setAttribute(attr.name, nextValue)\n    }\n  }\n}\n\n// Convert a supported primitive template value into its DOM text form.\nfunction stringifyTemplateValue(value: unknown) {\n  if (value instanceof Date) return value.toISOString()\n  switch (typeof value) {\n    case 'string':\n      return value\n    case 'number':\n    case 'boolean':\n    case 'bigint':\n      return `${value}`\n    case 'object':\n      if (value === null) return 'null'\n  }\n  throw createError({ valueType: typeof value }, 'RocketTemplateInvalidValue')\n}\n", "import { genRx } from '@engine'\nimport { createError } from '@engine/errors'\nimport { effect } from '@engine/signals'\nimport type { HTMLOrSVG } from '@engine/types'\nimport { rewriteDataAttributes, type TaggedLiteralScope } from './template'\n\ntype ConditionalBranch = {\n  template: HTMLTemplateElement\n  kind: 'if' | 'else-if' | 'else'\n  rx?: <T>(el: HTMLOrSVG, ...args: any[]) => T\n}\n\nconst conditionalControllerCleanups = new WeakMap<\n  HTMLTemplateElement,\n  () => void\n>()\n\n// Classify a template branch so chain validation can enforce `if -> else-if -> else` ordering.\nconst conditionalKind = (template: HTMLTemplateElement) => {\n  if (template.hasAttribute('data-if')) return 'if' as const\n  if (template.hasAttribute('data-else-if')) return 'else-if' as const\n  if (template.hasAttribute('data-else')) return 'else' as const\n}\n\n// Include enough DOM context in conditional errors to locate the broken template quickly.\nconst conditionalError = (\n  reason: string,\n  template: HTMLTemplateElement,\n): never => {\n  throw createError(\n    { element: { id: template.id, tag: template.tagName } },\n    reason,\n  )\n}\n\n// Mount each adjacent conditional chain under one effect so only the active branch remains in the DOM.\nconst initConditionalChain = (\n  head: HTMLTemplateElement,\n  scope: ConditionalScope,\n  initNested: (\n    root: ParentNode,\n    scope: TaggedLiteralScope,\n  ) => Array<() => void>,\n) => {\n  // Use one branch controller for adjacent conditional templates so only the active fragment remains mounted and scoped.\n  const branches: ConditionalBranch[] = [\n    {\n      template: head,\n      kind: 'if',\n      rx: genRx(head.getAttribute('data-if') || '', { returnsValue_: true }),\n    },\n  ]\n  let tail = head\n  let seenElse = false\n  for (\n    let node = head.nextElementSibling;\n    node instanceof HTMLTemplateElement;\n    node = node.nextElementSibling\n  ) {\n    const kind = conditionalKind(node)\n    if (!kind || kind === 'if') break\n    if (kind === 'else') {\n      if (seenElse) conditionalError('RocketConditionalDuplicateElse', node)\n      branches.push({ template: node, kind })\n      tail = node\n      seenElse = true\n      continue\n    }\n    if (seenElse) conditionalError('RocketConditionalElseIfAfterElse', node)\n    branches.push({\n      template: node,\n      kind,\n      rx: genRx(node.getAttribute('data-else-if') || '', {\n        returnsValue_: true,\n      }),\n    })\n    tail = node\n  }\n  const start = document.createComment('rocket-if:start')\n  const end = document.createComment('rocket-if:end')\n  tail.parentNode!.insertBefore(start, tail.nextSibling)\n  start.parentNode!.insertBefore(end, start.nextSibling)\n  let activeIndex = -1\n  let nestedCleanups: Array<() => void> = []\n\n  const clearMountedBranch = () => {\n    for (const cleanup of nestedCleanups) cleanup()\n    nestedCleanups = []\n    for (let node = start.nextSibling; node && node !== end; ) {\n      const nextSibling = node.nextSibling\n      node.remove()\n      node = nextSibling\n    }\n  }\n\n  const stop = effect(() => {\n    const nextIndex = branches.findIndex((branch) =>\n      branch.kind === 'else' ? true : !!branch.rx?.(branch.template),\n    )\n    if (nextIndex === activeIndex) return\n    clearMountedBranch()\n    activeIndex = nextIndex\n    if (nextIndex === -1) return\n    const fragment = document.importNode(\n      branches[nextIndex]!.template.content,\n      true,\n    )\n    rewriteDataAttributes(fragment, scope)\n    const nodes = [...fragment.childNodes]\n    end.parentNode!.insertBefore(fragment, end)\n    for (const node of nodes) {\n      if (node instanceof Element) {\n        nestedCleanups.push(...initNested(node, scope))\n      }\n    }\n  })\n\n  return () => {\n    stop()\n    clearMountedBranch()\n    start.remove()\n    end.remove()\n    conditionalControllerCleanups.delete(head)\n  }\n}\n\ntype ConditionalScope = TaggedLiteralScope\n\n// Mount each conditional head once so rescans cannot stack duplicate controllers on the same template.\nexport const initRocketConditionals = (\n  root: ParentNode,\n  scope: ConditionalScope,\n  initNested: (\n    root: ParentNode,\n    scope: TaggedLiteralScope,\n  ) => Array<() => void>,\n) => {\n  const cleanups: Array<() => void> = []\n  const templates = [...root.querySelectorAll<HTMLTemplateElement>('template')]\n  if (root instanceof HTMLTemplateElement) templates.unshift(root)\n  for (const template of templates) {\n    if (!conditionalKind(template)) continue\n    if (\n      Number(template.hasAttribute('data-if')) +\n        Number(template.hasAttribute('data-else-if')) +\n        Number(template.hasAttribute('data-else')) !==\n      1\n    ) {\n      conditionalError(\n        'RocketConditionalTemplateHasMultipleConditions',\n        template,\n      )\n    }\n    if (conditionalKind(template) !== 'if') {\n      const prev = template.previousElementSibling\n      if (!(prev instanceof HTMLTemplateElement)) {\n        conditionalError('RocketConditionalMissingPreviousBranch', template)\n      }\n      const prevKind = conditionalKind(prev as HTMLTemplateElement)\n      if (!prevKind || prevKind === 'else') {\n        conditionalError('RocketConditionalInvalidPreviousBranch', template)\n      }\n    }\n    if (conditionalKind(template) !== 'if') continue\n    if (conditionalControllerCleanups.has(template)) continue\n    const cleanup = initConditionalChain(template, scope, initNested)\n    conditionalControllerCleanups.set(template, cleanup)\n    cleanups.push(cleanup)\n  }\n  return cleanups\n}\n", "import { genRx } from '@engine'\nimport { createError } from '@engine/errors'\nimport { effect, mergePaths, startPeeking, stopPeeking } from '@engine/signals'\nimport { rewriteDataAttributes, type TaggedLiteralScope } from './template'\n\ntype ForRow = {\n  start: Comment\n  end: Comment\n  pathBase: string\n  cleanups: Array<() => void>\n}\n\nconst forControllerCleanups = new WeakMap<HTMLTemplateElement, () => void>()\n\nlet nextForControllerId = 0\n\nconst forError = (\n  reason: string,\n  template: HTMLTemplateElement,\n  metadata: Record<string, any> = {},\n): never => {\n  throw createError(\n    { element: { id: template.id, tag: template.tagName } },\n    reason,\n    metadata,\n  )\n}\n\n// Give each `data-for` row a private signal scope so cloned content can be rewritten and independently removed as the iterable changes.\nexport const initRocketFors = (\n  root: ParentNode,\n  scope: TaggedLiteralScope,\n  initNested: (\n    root: ParentNode,\n    scope: TaggedLiteralScope,\n  ) => Array<() => void>,\n) => {\n  const cleanups: Array<() => void> = []\n  const templates = [\n    ...root.querySelectorAll<HTMLTemplateElement>('template[data-for]'),\n  ]\n  if (root instanceof HTMLTemplateElement && root.hasAttribute('data-for')) {\n    templates.unshift(root)\n  }\n  for (const template of templates) {\n    if (forControllerCleanups.has(template)) continue\n    const value = template.getAttribute('data-for')?.trim() || ''\n    if (!value) {\n      forError('RocketForMissingExpression', template)\n    }\n    const match =\n      value.match(\n        /^(?<item>[A-Za-z_$][\\w$]*)\\s*,\\s*(?<index>[A-Za-z_$][\\w$]*)\\s+in\\s+(?<source>[\\s\\S]+)$/,\n      ) ?? value.match(/^(?<item>[A-Za-z_$][\\w$]*)\\s+in\\s+(?<source>[\\s\\S]+)$/)\n    if (!match && /^[A-Za-z_$][\\w$]*(?:\\s*,|\\s+in\\b)/.test(value)) {\n      forError('RocketForInvalidExpression', template, { value })\n    }\n    const { item = 'item', source = value, index = 'i' } = match?.groups ?? {}\n    const controllerId = `c${nextForControllerId++}`\n    const rx = genRx(source.trim(), { returnsValue_: true })\n    const start = document.createComment('rocket-for:start')\n    const end = document.createComment('rocket-for:end')\n    template.parentNode!.insertBefore(start, template.nextSibling)\n    start.parentNode!.insertBefore(end, start.nextSibling)\n    const rows: ForRow[] = []\n    const stop = effect(() => {\n      const next = rx(template)\n      const items =\n        next == null\n          ? []\n          : Array.isArray(next)\n            ? next\n            : typeof next === 'string'\n              ? [...next]\n              : typeof next === 'object' && Symbol.iterator in next\n                ? [...(next as Iterable<unknown>)]\n                : (() => {\n                    return forError('RocketForExpectedIterable', template, {\n                      valueType: typeof next,\n                    })\n                  })()\n      for (let i = items.length; i < rows.length; i += 1) {\n        const row = rows[i]\n        if (!row) continue\n        for (const cleanup of row.cleanups) cleanup()\n        for (let node: ChildNode | null = row.start; node; ) {\n          const nextSibling: ChildNode | null = node.nextSibling\n          node.remove()\n          if (node === row.end) break\n          node = nextSibling\n        }\n\n        // Write cleanup state without tracking so `mergePaths` cannot subscribe the outer loop to its own bookkeeping and retrigger it.\n        startPeeking()\n        try {\n          mergePaths([[row.pathBase, null]])\n        } finally {\n          stopPeeking()\n        }\n      }\n      rows.length = items.length\n      let insertionPoint: Node = end\n      for (let i = items.length - 1; i >= 0; i -= 1) {\n        const pathBase = `${scope.signalPathBase}._for.${controllerId}.row${i}`\n\n        // Store reactive `rx()` values as untracked plain snapshots so parent loops do not subscribe to row bookkeeping.\n        startPeeking()\n        try {\n          mergePaths([\n            [\n              `${pathBase}.${item}`,\n              items[i] == null || typeof items[i] !== 'object'\n                ? items[i]\n                : (() => {\n                    try {\n                      return structuredClone(items[i])\n                    } catch {\n                      return JSON.parse(JSON.stringify(items[i]))\n                    }\n                  })(),\n            ],\n            [`${pathBase}.${index}`, i],\n          ])\n        } finally {\n          stopPeeking()\n        }\n        let row = rows[i]\n        if (!row) {\n          // Mount nested row controllers without tracking so child setup cannot make the parent loop remount existing rows.\n          startPeeking()\n          try {\n            const fragment = document.importNode(template.content, true)\n            const localSignals = {\n              ...(scope.localSignals ?? {}),\n              [item]: `${pathBase}.${item}`,\n              [index]: `${pathBase}.${index}`,\n            }\n            rewriteDataAttributes(fragment, {\n              ...scope,\n              localSignals,\n            })\n            const rowStart = document.createComment('rocket-for:row:start')\n            const rowEnd = document.createComment('rocket-for:row:end')\n            const nodes = [...fragment.childNodes]\n            end.parentNode!.insertBefore(rowStart, insertionPoint)\n            end.parentNode!.insertBefore(rowEnd, insertionPoint)\n            end.parentNode!.insertBefore(fragment, rowEnd)\n            row = {\n              start: rowStart,\n              end: rowEnd,\n              pathBase,\n              cleanups: [],\n            }\n            for (const node of nodes) {\n              if (node instanceof Element) {\n                row.cleanups.push(\n                  ...initNested(node, {\n                    ...scope,\n                    localSignals,\n                  }),\n                )\n              }\n            }\n          } finally {\n            stopPeeking()\n          }\n          rows[i] = row\n        }\n        insertionPoint = row.start\n      }\n    })\n\n    // Stop the outer effect before nested cleanup and untracked signal removal so teardown cannot resubscribe the loop to its own state.\n    const cleanup = () => {\n      stop()\n      for (const row of rows) {\n        if (!row) continue\n        for (const fn of row.cleanups) fn()\n        startPeeking()\n        try {\n          mergePaths([[row.pathBase, null]])\n        } finally {\n          stopPeeking()\n        }\n        for (let node: ChildNode | null = row.start; node; ) {\n          const nextSibling: ChildNode | null = node.nextSibling\n          node.remove()\n          if (node === row.end) break\n          node = nextSibling\n        }\n      }\n      rows.length = 0\n      start.remove()\n      end.remove()\n      forControllerCleanups.delete(template)\n    }\n    forControllerCleanups.set(template, cleanup)\n    cleanups.push(cleanup)\n  }\n  return cleanups\n}\n", "import {\n  actions,\n  apply,\n  applyElement,\n  isDocumentObserverActive,\n  action as registerAction,\n} from '@engine'\nimport {\n  DATASTAR_READY_EVENT,\n  DATASTAR_SCOPE_CHILDREN_EVENT,\n} from '@engine/consts'\nimport { createHTML } from '@engine/csp'\nimport { createError } from '@engine/errors'\nimport {\n  computed as datastarComputed,\n  effect,\n  getPath,\n  mergePaths,\n  root,\n} from '@engine/signals'\nimport type { HTMLOrSVG } from '@engine/types'\nimport { morph } from '@plugins/watchers/patchElements'\nimport { aliasify, kebab } from '@utils/text'\nimport {\n  type CodecRegistry,\n  codecRegistry,\n  decodeCodec,\n  getCodecDefault,\n  getCodecManifest,\n  type InferProps,\n  type PropDefs,\n} from './codecs'\nimport { initRocketConditionals } from './conditional'\nimport { initRocketFors } from './for'\nimport {\n  appendComposedTemplateValue,\n  hypertext,\n  rewriteDataAttributes,\n  rocketDispatchActionName,\n  rocketRefAttr,\n  type TaggedLiteral,\n  type TaggedLiteralScope,\n} from './template'\n\nexport const rocketHostAttr = 'data-rocket-host'\ntype AnyRecord = {\n  [key: string]: any\n}\ntype SetupSignal = (<T>(name: string, initialValue: T) => T) & AnyRecord\ntype RefRecord = Record<string, Element | undefined>\nexport type RefCtors = Record<string, abstract new (...args: any[]) => Element>\nexport type InstancesOf<C extends RefCtors> = {\n  [K in keyof C]?: InstanceType<C[K]>\n}\ntype StateRecord = AnyRecord\ntype AdoptedStyle = {\n  root: ShadowRoot | HTMLElement\n  text: string\n  element?: HTMLStyleElement\n  sheet?: CSSStyleSheet\n}\ntype PropOverrideGetter<\n  Props extends Record<string, any>,\n  Name extends keyof Props & string,\n> = (getDefault: () => Props[Name]) => any\ntype PropOverrideSetter<\n  Props extends Record<string, any>,\n  Name extends keyof Props & string,\n> = (value: any, setDefault: (value: Props[Name]) => void) => void\ntype HostPropDescriptor = Omit<PropertyDescriptor, 'configurable'>\nexport type RocketHost = HTMLElement & {\n  dispatchRocketAction(\n    name: string,\n    el: Element | null,\n    evt: Event | undefined,\n    cleanups: Map<string, () => void>,\n    ...args: any[]\n  ): any\n}\n\nexport type RocketHostWithProps<Props extends Record<string, any>> =\n  RocketHost & Props\n\ntype SetupEmit = {\n  (type: string): void\n  (...types: [string, ...string[]]): void\n  <Detail>(\n    type: string,\n    detail: Detail,\n    options?: Omit<CustomEventInit<Detail>, 'detail'>,\n  ): void\n}\n\ntype SetupEmitCancellable = {\n  (type: string): boolean\n  <Detail>(\n    type: string,\n    detail: Detail,\n    options?: Omit<CustomEventInit<Detail>, 'detail' | 'cancelable'>,\n  ): boolean\n}\n\ntype PropObserver<Props extends Record<string, any>> =\n  | (() => void)\n  | ((props: Props, changes: Partial<Props>) => void)\n\ntype SetupContext<Props extends Record<string, any>> = {\n  props: Props\n\n  // Global Datastar signal store exposed directly to setup code.\n  //\n  // This is the reactive root used by `$foo`; Rocket-local `$$.foo` state still lives under the component's private `_rocket...` path.\n  $: Record<string, any>\n\n  // Declares and accesses instance-local Rocket state through a callable proxy.\n  //\n  // The callable `$$` proxy supports imperative local signal access because JavaScript cannot return a live reference to a primitive value.\n  $$: SetupSignal\n  effect(fn: () => void): () => void\n  apply(root: HTMLOrSVG | ShadowRoot, merge?: boolean): void\n  adoptStyles(host: HTMLElement, ...styles: string[]): void\n  cleanup(fn: () => void): void\n  emit: SetupEmit\n  emitCancellable: SetupEmitCancellable\n\n  // Global Datastar actions exposed as imperative functions for setup code.\n  //\n  // Unlike `action(name, fn)`, `actions` calls the existing global registry rather than registering component-local actions.\n  actions: Record<string, (...args: any[]) => any>\n  action(name: string, fn: RocketAction<Props>): void\n  observeProps(\n    fn: PropObserver<Props>,\n    ...propNames: Array<keyof Props & string>\n  ): () => void\n  overrideProp<Name extends keyof Props & string>(\n    name: Name,\n    getter?: PropOverrideGetter<Props, Name>,\n    setter?: PropOverrideSetter<Props, Name>,\n  ): void\n  defineHostProp(name: string, descriptor: HostPropDescriptor): void\n  render: SetupRender<Props>\n  host: RocketHostWithProps<Props>\n}\n\ntype FirstUpdateContext<\n  Props extends Record<string, any>,\n  Refs extends RefCtors = RefCtors,\n> = SetupContext<Props> & {\n  refs: InstancesOf<Refs>\n}\n\ntype RenderContext<Props extends Record<string, any>> = {\n  html: TaggedLiteral\n  svg: TaggedLiteral\n  props: Props\n  host: RocketHostWithProps<Props>\n}\n\ntype RenderContextOverrides<Props extends Record<string, any>> = Partial<\n  RenderContext<Props>\n>\n\ntype RocketPrimitiveRenderValue =\n  | string\n  | number\n  | boolean\n  | bigint\n  | Date\n  | null\n  | undefined\n\ntype RocketComposedRenderValue =\n  | RocketPrimitiveRenderValue\n  | Node\n  | Iterable<RocketComposedRenderValue>\n\ntype RocketRenderValue =\n  | DocumentFragment\n  | RocketPrimitiveRenderValue\n  | Iterable<RocketComposedRenderValue>\n\ntype RocketRender<Props extends Record<string, any>> = (\n  context: RenderContext<Props>,\n  ...args: any[]\n) => RocketRenderValue\n\ntype SetupRender<Props extends Record<string, any>> = (\n  context: RenderContextOverrides<Props>,\n  ...args: any[]\n) => void\n\ntype RocketAction<Props extends Record<string, any>> = (\n  context: {\n    host: RocketHostWithProps<Props>\n    props: Props\n    state: StateRecord\n    el: Element | null\n    evt: Event | undefined\n  },\n  ...args: any[]\n) => any\n\ntype RocketDefinition<\n  Defs extends PropDefs = PropDefs,\n  Refs extends RefCtors = RefCtors,\n> = {\n  refs?: Refs\n  props?: (codecs: CodecRegistry) => Defs\n  manifest?: RocketManifestMeta\n  setup?: (context: SetupContext<InferProps<Defs>>) => void\n  onFirstRender?: (context: FirstUpdateContext<InferProps<Defs>, Refs>) => void\n  render?: RocketRender<InferProps<Defs>>\n  mode?: 'open' | 'closed' | 'light'\n  renderOnPropChange?:\n    | boolean\n    | ((context: {\n        host: RocketHostWithProps<InferProps<Defs>>\n        props: InferProps<Defs>\n        changes: Partial<InferProps<Defs>>\n      }) => boolean)\n}\n\ntype RocketManifestMeta = {\n  slots?: RocketManifestSlot[]\n  events?: RocketManifestEvent[]\n}\n\ntype RocketManifestSlot = {\n  name: string\n  description?: string\n}\n\ntype RocketManifestEvent = {\n  name: string\n  kind?: 'event' | 'custom-event'\n  bubbles?: boolean\n  composed?: boolean\n  description?: string\n}\n\ntype RocketManifestProp = {\n  name: string\n  attribute: string\n  type: string\n  default: unknown\n  required: boolean\n  values?: readonly unknown[]\n  docs?: {\n    description?: string\n    label?: string\n    control?: 'auto' | 'text' | 'textarea' | 'number' | 'boolean' | 'select'\n    placeholder?: string\n  }\n}\n\ntype RocketComponentManifest = {\n  tag: string\n  props: RocketManifestProp[]\n  slots: RocketManifestSlot[]\n  events: RocketManifestEvent[]\n}\n\ntype RocketManifestDocument = {\n  version: 1\n  generatedAt: string\n  components: RocketComponentManifest[]\n}\n\ntype RocketPublishOptions = {\n  endpoint: string\n  headers?: Record<string, string>\n}\n\ntype PropObserverRegistration<Props extends Record<string, any>> = {\n  fn: PropObserver<Props>\n  names: Set<keyof Props & string> | null\n}\n\n// Runtime surface used by Rocket's rewritten `@dispatchRocket(...)` calls.\n//\n// Datastar expressions know only the current DOM element, so this bridge lets dispatch recover the owning component and its local/global action resolution path.\ntype RocketActionBridge = RocketHost\n\nconst actionErrorContext = (el: HTMLOrSVG, name: string) => ({\n  plugin: { type: 'action', name },\n  element: { id: el.id, tag: el.tagName },\n})\n\n// Bridge context adapter from Rocket runtime calls into the engine's global action contract.\n//\n// Reusing the same context keeps global actions consistent across Datastar expressions, `@dispatchRocket(...)`, and imperative `setup({ actions })` calls.\nconst globalActionContext = (\n  el: HTMLOrSVG,\n  evt: Event | undefined,\n  name: string,\n  cleanups: Map<string, () => void>,\n) => ({\n  el,\n  evt,\n  error: createError.bind(0, actionErrorContext(el, name)),\n  cleanups,\n})\n\nconst rocketDeferredIgnoreAttr = 'data-rocket-deferred-ignore'\nconst rocketDataPrefix = aliasify('')\n// Use the engine's configured attribute name so aliased bundles honor Rocket's temporary guard.\nconst rocketIgnoreAttr = aliasify('ignore')\n// Mark speculative hosts separately until a concrete Rocket tag claims the guard.\nconst speculativeRocketTag = '*'\nconst rocketTags = new Map<string, RocketDefinition['mode']>()\n// Remember released hosts so attribute mutations do not immediately guard unrelated custom elements again.\nconst releasedSpeculativeHosts = new WeakSet<HTMLElement>()\n\nconst hasRocketScopedAttributes = (root: HTMLElement) => {\n  for (const node of [root, ...root.querySelectorAll('*')]) {\n    for (const { name, value } of node.attributes) {\n      if (name.startsWith(rocketDataPrefix) && value.includes('$$')) return true\n    }\n  }\n  return false\n}\n\n// Release speculative guards after initial modules have had a chance to register their Rocket tags.\nconst releaseSpeculativeRocketHosts = (root: ParentNode = document) => {\n  const hosts =\n    root instanceof HTMLElement &&\n    root.getAttribute(rocketDeferredIgnoreAttr) === speculativeRocketTag\n      ? [root]\n      : [\n          ...root.querySelectorAll<HTMLElement>(\n            `[${rocketDeferredIgnoreAttr}=\"${speculativeRocketTag}\"]`,\n          ),\n        ]\n  for (const host of hosts) {\n    if (rocketTags.has(host.tagName.toLowerCase())) continue\n    releasedSpeculativeHosts.add(host)\n    host.removeAttribute(rocketDeferredIgnoreAttr)\n    host.removeAttribute(rocketIgnoreAttr)\n    apply(host, false)\n  }\n}\n\n// Guard unresolved Rocket hosts before custom-element upgrade.\n//\n// Defer unresolved light hosts or shadow-host children so Datastar cannot evaluate Rocket-local directives before scoping.\nconst markPendingRocketHosts = (root: ParentNode) => {\n  const nodes =\n    root instanceof Element\n      ? [root, ...root.querySelectorAll('*')]\n      : [...root.querySelectorAll('*')]\n  for (const node of nodes) {\n    if (!(node instanceof HTMLElement)) continue\n    const tagName = node.tagName.toLowerCase()\n    const mode = rocketTags.get(tagName)\n    if (customElements.get(tagName)) continue\n    if (!mode) {\n      if (\n        !tagName.includes('-') ||\n        releasedSpeculativeHosts.has(node) ||\n        node.hasAttribute(rocketDeferredIgnoreAttr) ||\n        node.hasAttribute(rocketIgnoreAttr) ||\n        !hasRocketScopedAttributes(node)\n      ) {\n        continue\n      }\n      node.setAttribute(rocketIgnoreAttr, '')\n      node.setAttribute(rocketDeferredIgnoreAttr, speculativeRocketTag)\n      if (document.readyState !== 'loading') {\n        queueMicrotask(() => releaseSpeculativeRocketHosts(node))\n      }\n      continue\n    }\n    releasedSpeculativeHosts.delete(node)\n    if (node.getAttribute(rocketDeferredIgnoreAttr) === speculativeRocketTag) {\n      node.removeAttribute(rocketDeferredIgnoreAttr)\n      node.removeAttribute(rocketIgnoreAttr)\n    }\n    if (\n      mode === 'light' &&\n      (node.hasAttribute(rocketDeferredIgnoreAttr) ||\n        node.hasAttribute(rocketIgnoreAttr))\n    ) {\n      continue\n    }\n    const targets = mode === 'light' ? [node] : [...node.children]\n    for (const target of targets) {\n      if (\n        target.hasAttribute(rocketDeferredIgnoreAttr) ||\n        target.hasAttribute(rocketIgnoreAttr)\n      ) {\n        continue\n      }\n      target.setAttribute(rocketIgnoreAttr, '')\n      target.setAttribute(rocketDeferredIgnoreAttr, tagName)\n    }\n  }\n}\n\n// Keep the pre-upgrade guard in sync with live DOM insertion.\n//\n// Watch live DOM insertions and scoped attribute additions so newly unresolved Rocket content is deferred before Datastar can evaluate it.\nconst observePendingRocketHosts = () => {\n  markPendingRocketHosts(document)\n  new MutationObserver((records) => {\n    for (const record of records) {\n      if (record.type === 'attributes' && record.target instanceof Element) {\n        const name = record.attributeName\n        if (\n          name?.startsWith(rocketDataPrefix) &&\n          record.target.getAttribute(name)?.includes('$$')\n        ) {\n          markPendingRocketHosts(record.target)\n        }\n        continue\n      }\n      for (const node of record.addedNodes) {\n        if (node instanceof Element) markPendingRocketHosts(node)\n      }\n      if (record.target instanceof Element) {\n        markPendingRocketHosts(record.target)\n      }\n    }\n  }).observe(document.documentElement, {\n    subtree: true,\n    childList: true,\n    attributes: true,\n  })\n  if (document.readyState === 'loading') {\n    document.addEventListener(\n      'DOMContentLoaded',\n      () => releaseSpeculativeRocketHosts(),\n      { once: true },\n    )\n  } else {\n    queueMicrotask(() => releaseSpeculativeRocketHosts())\n  }\n}\n\nlet rocketBootstrapStarted = false\nlet rocketBootstrapWaiting = false\nlet pendingHostObservationStarted = false\n\n// Queue early `rocket(tag, options)` registrations because custom-element setup must wait for Datastar's document observer.\nconst pendingRocketDefinitions = new Map<string, RocketDefinition<any, any>>()\n\n// Start the global Rocket bootstrap once, then flush queued registrations after Datastar is ready to observe them.\nconst ensureRocketBootstrap = () => {\n  if (!pendingHostObservationStarted) {\n    pendingHostObservationStarted = true\n    observePendingRocketHosts()\n  }\n  if (rocketBootstrapStarted || rocketBootstrapWaiting) return\n  if (isDocumentObserverActive()) {\n    rocketBootstrapStarted = true\n    if (pendingRocketDefinitions.size === 0) return\n    for (const [tag, options] of pendingRocketDefinitions) {\n      pendingRocketDefinitions.delete(tag)\n      rocket(tag, options)\n    }\n    return\n  }\n  rocketBootstrapWaiting = true\n  document.addEventListener(\n    DATASTAR_READY_EVENT,\n    () => {\n      rocketBootstrapWaiting = false\n      if (rocketBootstrapStarted) return\n      rocketBootstrapStarted = true\n      if (pendingRocketDefinitions.size === 0) return\n      for (const [tag, options] of pendingRocketDefinitions) {\n        pendingRocketDefinitions.delete(tag)\n        rocket(tag, options)\n      }\n    },\n    { once: true },\n  )\n}\n\nensureRocketBootstrap()\n\nconst registeredTags = new Set<string>()\nconst rocketManifestRegistry = new Map<string, RocketComponentManifest>()\nconst namedInstanceCounts = new Map<string, number>()\nlet nextInstanceId = 0\n\n// Rocket paths are dot-delimited and embedded in expressions and data-* attributes, so replace unsafe separators without changing IDs such as `myComponent1`.\nconst signalPathSegment = (value: string): string =>\n  value\n    .trim()\n    .replace(/[^A-Za-z0-9_$]+/g, '_')\n    .replace(/_+/g, '_')\n    .replace(/^_+|_+$/g, '')\n\nconst cloneRocketManifestComponent = (\n  component: RocketComponentManifest,\n): RocketComponentManifest => ({\n  tag: component.tag,\n  props: component.props.map((prop) => ({\n    ...prop,\n    values: prop.values ? [...prop.values] : undefined,\n    docs: prop.docs ? { ...prop.docs } : undefined,\n  })),\n  slots: component.slots.map((slot) => ({ ...slot })),\n  events: component.events.map((event) => ({ ...event })),\n})\n\nconst rocketManifestDocument = (): RocketManifestDocument => ({\n  version: 1,\n  generatedAt: new Date().toISOString(),\n  components: [...rocketManifestRegistry.values()]\n    .map(cloneRocketManifestComponent)\n    .sort((left, right) => left.tag.localeCompare(right.tag)),\n})\n\nexport const publishRocketManifests = async ({\n  endpoint,\n  headers,\n}: RocketPublishOptions) =>\n  fetch(endpoint, {\n    method: 'POST',\n    headers: {\n      'content-type': 'application/json',\n      ...headers,\n    },\n    body: JSON.stringify(rocketManifestDocument()),\n  })\n\n// Map every possible Rocket action origin back to its owning component instance.\n//\n// This includes:\n// - the custom element host\n// - host light-DOM children with Rocket-scoped expressions\n// - rendered descendants inside the light/shadow mount root\n//\n// Without this bridge, `@dispatchRocket(...)` would know the current element but not which component should resolve the action.\nconst rocketHostsByElement = new WeakMap<Element, RocketActionBridge>()\n\nregisterAction({\n  name: rocketDispatchActionName,\n\n  // `@dispatchRocket(...)` is the bridge emitted by Rocket's expression rewrite.\n  // Resolve the active component from the evaluated element so the call reaches the correct instance.\n  // Reactive structures can add elements after the direct ownership map was indexed, so fall back to their nearest mapped composed ancestor.\n  apply({ el, evt, cleanups }, name: string, ...args: any[]) {\n    for (let node: Element | null = el; node; ) {\n      const host = rocketHostsByElement.get(node)\n      if (host) {\n        return host.dispatchRocketAction(name, el, evt, cleanups, ...args)\n      }\n      const root = node.getRootNode()\n      node =\n        node.parentElement ?? (root instanceof ShadowRoot ? root.host : null)\n    }\n  },\n})\n\n// Register a custom element tag and wire its props, setup, render, and Datastar bridge into the element class.\nexport function rocket<\n  Refs extends RefCtors = RefCtors,\n  Defs extends PropDefs = PropDefs,\n>(tag: string, options?: RocketDefinition<Defs, Refs>) {\n  if (!tag) return\n  if (!isDocumentObserverActive()) {\n    const existing = customElements.get(tag)\n    if (existing) return existing\n    rocketTags.set(tag, options?.mode ?? 'open')\n    markPendingRocketHosts(document)\n    pendingRocketDefinitions.set(\n      tag,\n      (options ?? {}) as RocketDefinition<any, any>,\n    )\n    ensureRocketBootstrap()\n    return\n  }\n  const {\n    manifest,\n    mode,\n    props,\n    render,\n    renderOnPropChange,\n    setup,\n    onFirstRender,\n  } = options ?? {}\n  if (registeredTags.has(tag) || customElements.get(tag)) {\n    registeredTags.add(tag)\n    return customElements.get(tag)\n  }\n  registeredTags.add(tag)\n  rocketTags.set(tag, mode ?? 'open')\n  markPendingRocketHosts(document)\n\n  const propDefs = (props?.(codecRegistry) ?? {}) as Defs\n  const propNames = Object.keys(propDefs) as Array<\n    keyof InferProps<Defs> & string\n  >\n  const attrToProp = new Map(propNames.map((name) => [kebab(name), name]))\n  const componentManifest: RocketComponentManifest = {\n    tag,\n    props: propNames.map((name) => {\n      const codec = propDefs[name]\n      const codecManifest = getCodecManifest(codec)\n      return {\n        name,\n        attribute: kebab(name),\n        type: codecManifest.type,\n        default: getCodecDefault(codec),\n        required: false,\n        values: codecManifest.values ? [...codecManifest.values] : undefined,\n        docs: codecManifest.docs ? { ...codecManifest.docs } : undefined,\n      }\n    }),\n    slots: (manifest?.slots ?? []).map((slot) => ({ ...slot })),\n    events: (manifest?.events ?? []).map((event) => ({\n      kind: 'event',\n      ...event,\n    })),\n  }\n  const tagScope = signalPathSegment(tag)\n  const getReactiveScopedPath = <T>(path: string): T | undefined => {\n    let value: any = root\n    for (const segment of path.split('.')) {\n      if (\n        value == null ||\n        (typeof value !== 'object' && typeof value !== 'function') ||\n        !(segment in value)\n      ) {\n        return\n      }\n      value = value[segment]\n    }\n    return value as T\n  }\n  const hasReactiveScopedPath = (path: string): boolean => {\n    let value: any = root\n    for (const segment of path.split('.')) {\n      if (\n        value == null ||\n        (typeof value !== 'object' && typeof value !== 'function') ||\n        !(segment in value)\n      ) {\n        return false\n      }\n      value = value[segment]\n    }\n    return true\n  }\n  const subtreeUsesScopedSignals = (\n    root: ParentNode,\n    signalPathBase: string,\n  ): boolean => {\n    const nodes =\n      root instanceof Element\n        ? [root, ...root.querySelectorAll('*')]\n        : [...root.children, ...root.querySelectorAll('*')]\n    for (const node of nodes) {\n      for (const attr of node.attributes) {\n        if (!attr.name.startsWith('data-')) continue\n        if (\n          attr.name === `data-signals:${signalPathBase}` ||\n          attr.name.startsWith(`data-signals:${signalPathBase}.`)\n        ) {\n          return true\n        }\n        const colonIndex = attr.name.indexOf(':')\n        if (colonIndex !== -1) {\n          const key = attr.name.slice(colonIndex + 1).split('__', 1)[0]\n          if (key === signalPathBase || key.startsWith(`${signalPathBase}.`)) {\n            return true\n          }\n        }\n        if (\n          attr.value === signalPathBase ||\n          attr.value.startsWith(`${signalPathBase}.`) ||\n          attr.value.includes(`$.${signalPathBase}`)\n        ) {\n          return true\n        }\n      }\n    }\n    return false\n  }\n  const initRocketStructures = (\n    root: ParentNode,\n    scope: TaggedLiteralScope,\n  ) => [\n    ...initRocketFors(root, scope, initRocketStructures),\n    ...initRocketConditionals(root, scope, initRocketStructures),\n  ]\n\n  class RocketElement extends HTMLElement {\n    #instanceId = ''\n    #signalPathBase = ''\n    #props = Object.fromEntries(\n      propNames.map((name) => [name, getCodecDefault(propDefs[name])]),\n    ) as InferProps<Defs>\n    #refs: RefRecord = {}\n    #state: StateRecord = {}\n    #propObservers: Array<PropObserverRegistration<InferProps<Defs>>> = []\n    #actions = new Map<string, RocketAction<InferProps<Defs>>>()\n    #cleanups: Array<() => void> = []\n    #conditionalCleanups: Array<() => void> = []\n    #hostConditionalCleanups: Array<() => void> = []\n    #globalActionCleanups = new Map<string, () => void>()\n    #datastarApplied = false\n    #mounted = false\n    #renderQueued = false\n    #reflecting = false\n    #mountRoot?: ShadowRoot | HTMLElement\n    #deferredApplyIgnore = false\n    #hostTreeScoped = false\n    #needsSignalPathBase = false\n    #pendingInitialAttrValues = new Map<string, string>()\n    #lightSlotNodes?: ChildNode[]\n    #adoptedStyles: AdoptedStyle[] = []\n    #rewriteScopedDataAttributes = (root: ParentNode) => {\n      rewriteDataAttributes(root, {\n        signalPathBase: this.#signalPathBase,\n      })\n      if (!this.#needsSignalPathBase) {\n        this.#needsSignalPathBase = subtreeUsesScopedSignals(\n          root,\n          this.#signalPathBase,\n        )\n      }\n    }\n    #syncRefs = () => {\n      const nextRefs: RefRecord = {}\n      const roots =\n        this.#mountRoot === this || !this.#mountRoot\n          ? [this as ParentNode]\n          : [this as ParentNode, this.#mountRoot]\n      for (const root of roots) {\n        const elements =\n          root instanceof Element\n            ? [\n                ...(root.hasAttribute(rocketRefAttr) ? [root] : []),\n                ...root.querySelectorAll(`[${rocketRefAttr}]`),\n              ]\n            : [...root.querySelectorAll(`[${rocketRefAttr}]`)]\n        for (const element of elements) {\n          const name = element.getAttribute(rocketRefAttr)\n          if (name) nextRefs[name] = element\n        }\n      }\n      for (const name of Object.keys(this.#refs)) {\n        delete this.#refs[name]\n      }\n      Object.assign(this.#refs, nextRefs)\n    }\n\n    // Re-scope host-owned children after backend/DOM patch operations.\n    //\n    // Use the post-morph `datastar:scope-children` hook to rewrite patched host children before the engine mutation observer applies them.\n    //\n    // The rescoping surface depends on mode:\n    // - `light` mode patches and renders directly on the host, so the host subtree must be rescoped and re-applied\n    // - `open`/`closed` mode can patch host-side children, but the host element's own Datastar attributes must remain in outer page scope\n    //\n    // Without this pass, patched nodes can reach Datastar with raw `$$...` expressions and fail before Rocket can rescope them.\n    #scopePatchedChildren = () => {\n      if (this.#mountRoot === this) {\n        this.#rewriteScopedDataAttributes(this)\n        if (this.#needsSignalPathBase) {\n          mergePaths([[this.#signalPathBase, {}]], { ifMissing: true })\n        }\n\n        // Host-side patches can replace mounted light-mode conditionals, so stale branch controllers must be removed before scanning the new content.\n        //\n        // Otherwise `initRocketConditionals()` can mistake the reused template head for an initialized branch and leave the patched branch inert.\n        for (const cleanup of this.#conditionalCleanups) cleanup()\n        this.#conditionalCleanups.length = 0\n        this.#conditionalCleanups.push(\n          ...initRocketStructures(this, {\n            signalPathBase: this.#signalPathBase,\n          }),\n        )\n        apply(this, false)\n        this.#syncRefs()\n      } else {\n        // In shadow mode, rescope only host children because Datastar attributes on the custom element itself belong to the outer page scope.\n        for (const child of this.children) {\n          this.#rewriteScopedDataAttributes(child)\n        }\n        if (this.#needsSignalPathBase) {\n          mergePaths([[this.#signalPathBase, {}]], { ifMissing: true })\n        }\n        for (const cleanup of this.#hostConditionalCleanups) cleanup()\n        this.#hostConditionalCleanups.length = 0\n        for (const child of this.children) {\n          this.#hostConditionalCleanups.push(\n            ...initRocketStructures(child, {\n              signalPathBase: this.#signalPathBase,\n            }),\n          )\n          if (!(child instanceof HTMLElement || child instanceof SVGElement)) {\n            continue\n          }\n          apply(child, false)\n        }\n        this.#syncRefs()\n      }\n    }\n    #html = hypertext(\n      (string) => {\n        const template = document.createElement('template')\n        template.innerHTML = createHTML(string)\n        return document.importNode(template.content, true)\n      },\n      (fragment) => {\n        this.#rewriteScopedDataAttributes(fragment)\n        return fragment as DocumentFragment\n      },\n    )\n    #svg = hypertext(\n      (string) => {\n        const g = document.createElementNS('http://www.w3.org/2000/svg', 'g')\n        g.innerHTML = createHTML(string)\n        return g\n      },\n      (g) => {\n        const fragment = document.createDocumentFragment()\n        while (g.firstChild) fragment.appendChild(g.firstChild)\n        this.#rewriteScopedDataAttributes(fragment)\n        return fragment\n      },\n    )\n\n    static get observedAttributes() {\n      return [...attrToProp.keys()]\n    }\n\n    get rocketInstanceId() {\n      return this.#instanceId\n    }\n\n    get rocketSignalPath() {\n      return this.#signalPathBase\n    }\n\n    constructor() {\n      super()\n      const instanceSegment = signalPathSegment(this.id)\n      if (instanceSegment) {\n        const instanceBase = /^[A-Za-z_$]/.test(instanceSegment)\n          ? instanceSegment\n          : `id_${instanceSegment}`\n        const instanceKey = `${tagScope}.${instanceBase}`\n        const instanceCount = (namedInstanceCounts.get(instanceKey) ?? 0) + 1\n        namedInstanceCounts.set(instanceKey, instanceCount)\n        this.#instanceId =\n          instanceCount === 1\n            ? instanceBase\n            : `${instanceBase}_${instanceCount}`\n      } else {\n        this.#instanceId = `id${++nextInstanceId}`\n      }\n      this.#signalPathBase = `_rocket.${tagScope}.${this.#instanceId}`\n\n      // Defer Datastar on the host subtree until Rocket setup has finished.\n      //\n      // Without this guard, Datastar can evaluate raw `$$...` expressions in host-provided children before Rocket scopes or projects them.\n      //\n      // Rocket removes the temporary flag after setup/render and manually applies the correct roots once the component is ready.\n      //\n      // Pre-upgrade hosts adopt and remove the marker in `connectedCallback()` because custom-element constructors cannot mutate attributes on new elements.\n\n      // Opt every Rocket host into the patch-elements child-scoping hook.\n      //\n      // Mark the host so `patchElements.ts` dispatches its post-morph child-scoping hook here before Datastar applies patched children.\n      //\n      // Shadow roots do not isolate host-side children or slotted content from backend patches containing raw `$$...` expressions.\n      // Scope pre-existing host children during upgrade so Datastar cannot evaluate raw `$$...` expressions first; shadow-mode host attributes remain in outer page scope.\n      if (this.childNodes.length) {\n        if (mode === 'light') {\n          this.#rewriteScopedDataAttributes(this)\n        } else {\n          for (const child of this.children) {\n            this.#rewriteScopedDataAttributes(child)\n          }\n        }\n        this.#hostTreeScoped = true\n      }\n\n      // Decode pre-existing observed attributes now so `setup()` and the first render receive their final prop values.\n      //\n      // Cache them because the browser replays the same attributes through `attributeChangedCallback()` during upgrade, which would otherwise duplicate decoding side effects.\n      for (const [attrName, propName] of attrToProp) {\n        const rawValue = this.getAttribute(attrName)\n        if (rawValue !== null) {\n          this.#pendingInitialAttrValues.set(attrName, rawValue)\n          this.#props[propName] = decodeCodec(propDefs[propName], rawValue)\n        }\n      }\n\n      // Replay pre-upgrade own-properties through Rocket's setters because they otherwise shadow the prototype accessors.\n      for (const name of propNames) {\n        if (!Object.prototype.hasOwnProperty.call(this, name)) continue\n        const value = (this as any)[name]\n        delete (this as any)[name]\n        ;(this as any)[name] = value\n      }\n    }\n\n    dispatchRocketAction(\n      name: string,\n      el: Element | null,\n      evt: Event | undefined,\n      cleanups: Map<string, () => void>,\n      ...args: any[]\n    ) {\n      const action = this.#actions.get(name)\n      if (action) {\n        return action(\n          {\n            host: this as RocketHostWithProps<InferProps<Defs>>,\n            props: this.#props,\n            state: this.#state,\n            el,\n            evt,\n          },\n          ...args,\n        )\n      }\n\n      // Walk the composed parent chain so nested Rocket children can call actions owned by an ancestor component before falling back globally.\n      for (let node: Element | null = this; node; ) {\n        const host = rocketHostsByElement.get(node)\n        const root = node.getRootNode()\n        if (host && host !== this) {\n          return host.dispatchRocketAction(name, el, evt, cleanups, ...args)\n        }\n        node =\n          node.parentElement ?? (root instanceof ShadowRoot ? root.host : null)\n      }\n\n      // Fall back to Datastar's global registry when `@dispatchRocket(...)` finds no local action so helpers such as `@intl(...)` keep working in Rocket templates.\n      const globalAction = actions[name]\n      if (globalAction) {\n        const actionEl = (el ?? this) as HTMLOrSVG\n        return globalAction(\n          globalActionContext(actionEl, evt, name, cleanups),\n          ...args,\n        )\n      }\n      throw createError(\n        actionErrorContext((el ?? this) as HTMLOrSVG, name),\n        'UndefinedAction',\n      )\n    }\n\n    #queueRender() {\n      // Prop-driven rerenders are coalesced into one microtask per component.\n      //\n      // Coalesce multiple same-turn prop writes so Rocket renders once from the latest prop snapshot.\n      //\n      // This queue covers component rendering only; Datastar directives continue updating through their own effects.\n      if (!this.#mounted || this.#renderQueued) return\n      this.#renderQueued = true\n      queueMicrotask(() => {\n        this.#renderQueued = false\n        if (this.#mounted) this.#render({})\n      })\n    }\n\n    #indexActionHosts() {\n      // Rocket action dispatch can originate from two different DOM surfaces:\n      //\n      // 1. the component's rendered mount root (light DOM or shadow DOM)\n      // 2. host-provided light-DOM children outside an `open`/`closed` mount root that still contain Rocket-scoped expressions\n      //\n      // Index both surfaces so `@dispatchRocket(...)` can resolve the owner from the element being evaluated, but stop at nested Rocket hosts so a light-DOM parent cannot overwrite child ownership.\n      rocketHostsByElement.set(this, this)\n      for (const node of this.querySelectorAll('*')) {\n        if (node.closest(`[${rocketHostAttr}]`) === this) {\n          rocketHostsByElement.set(node, this)\n        }\n      }\n      if (this.#mountRoot instanceof ShadowRoot) {\n        for (const node of this.#mountRoot.querySelectorAll('*')) {\n          if (!node.closest(`[${rocketHostAttr}]`)) {\n            rocketHostsByElement.set(node, this)\n          }\n        }\n      }\n    }\n\n    #setProp(\n      name: keyof InferProps<Defs> & string,\n      nextValue: InferProps<Defs>[typeof name],\n    ) {\n      if (Object.is(this.#props[name], nextValue)) return\n      this.#props[name] = nextValue\n      const changes = { [name]: nextValue } as Partial<InferProps<Defs>>\n      for (const observer of this.#propObservers) {\n        if (observer.names === null || observer.names.has(name)) {\n          observer.fn(this.#props, changes)\n        }\n      }\n\n      // Notify prop observers synchronously, then optionally queue a render so a burst of writes still collapses into one render.\n      if (\n        typeof renderOnPropChange === 'function'\n          ? renderOnPropChange({\n              host: this as RocketHostWithProps<InferProps<Defs>>,\n              props: this.#props,\n              changes,\n            })\n          : renderOnPropChange !== false\n      ) {\n        this.#queueRender()\n      }\n    }\n\n    #getDefaultProp(name: keyof InferProps<Defs> & string) {\n      return this.#props[name]\n    }\n\n    #reflectPropAttribute(\n      name: keyof InferProps<Defs> & string,\n      value: InferProps<Defs>[typeof name],\n    ) {\n      if (mode !== 'light' && !this.isConnected) return\n      const attrName = kebab(name)\n      this.#reflecting = true\n      try {\n        const encoded = propDefs[name].encode(value)\n        if (encoded == null) {\n          this.removeAttribute(attrName)\n        } else {\n          this.setAttribute(attrName, encoded)\n        }\n      } finally {\n        this.#reflecting = false\n      }\n    }\n\n    #setDefaultProp(\n      name: keyof InferProps<Defs> & string,\n      value: InferProps<Defs>[typeof name],\n    ) {\n      this.#setProp(name, value)\n      this.#reflectPropAttribute(name, value)\n    }\n\n    #syncAdoptedStyles() {\n      for (const style of this.#adoptedStyles) {\n        if (\n          style.root instanceof ShadowRoot &&\n          'adoptedStyleSheets' in style.root &&\n          'replaceSync' in CSSStyleSheet.prototype\n        ) {\n          if (!style.sheet) {\n            style.sheet = new CSSStyleSheet()\n            style.sheet.replaceSync(style.text)\n          }\n          if (!style.root.adoptedStyleSheets.includes(style.sheet)) {\n            style.root.adoptedStyleSheets = [\n              ...style.root.adoptedStyleSheets,\n              style.sheet,\n            ]\n          }\n          continue\n        }\n        if (style.element?.parentNode === style.root) continue\n        style.element = document.createElement('style')\n        style.element.textContent = style.text\n        style.root.prepend(style.element)\n      }\n    }\n\n    #defineHostProp(name: string, descriptor: HostPropDescriptor) {\n      const ownDescriptor = Object.getOwnPropertyDescriptor(this, name)\n      const ownValue =\n        ownDescriptor && 'value' in ownDescriptor\n          ? ownDescriptor.value\n          : undefined\n      if (ownDescriptor) {\n        delete (this as any)[name]\n      }\n      Object.defineProperty(this, name, {\n        configurable: true,\n        ...descriptor,\n      })\n      if (\n        ownDescriptor &&\n        'value' in ownDescriptor &&\n        ownValue !== undefined &&\n        typeof descriptor.set === 'function'\n      ) {\n        ;(this as any)[name] = ownValue\n      }\n    }\n\n    #overrideProp<Name extends keyof InferProps<Defs> & string>(\n      name: Name,\n      getter?: PropOverrideGetter<InferProps<Defs>, Name>,\n      setter?: PropOverrideSetter<InferProps<Defs>, Name>,\n    ) {\n      this.#defineHostProp(name, {\n        get: getter\n          ? () => getter(() => this.#getDefaultProp(name))\n          : () => this.#getDefaultProp(name),\n        set: setter\n          ? (value: InferProps<Defs>[Name]) =>\n              setter(value, (nextValue) =>\n                this.#setDefaultProp(name, nextValue),\n              )\n          : (value: InferProps<Defs>[Name]) =>\n              this.#setDefaultProp(name, value),\n      })\n    }\n\n    #render(\n      overrides: RenderContextOverrides<InferProps<Defs>>,\n      ...args: any[]\n    ) {\n      if (!render) {\n        this.#indexActionHosts()\n        return\n      }\n      if (this.#datastarApplied) {\n        for (const cleanup of this.#conditionalCleanups) cleanup()\n        this.#conditionalCleanups.length = 0\n      }\n      const rendered = (\n        render as (\n          context: RenderContext<InferProps<Defs>>,\n          ...args: any[]\n        ) => RocketRenderValue\n      )(\n        {\n          html: this.#html,\n          svg: this.#svg,\n          props: this.#props,\n          host: this as RocketHostWithProps<InferProps<Defs>>,\n          ...overrides,\n        },\n        ...args,\n      )\n      // Normalize every render result through one recursive path so top-level and nested primitives, Nodes, templates, and iterables behave consistently.\n      const fragment = document.createDocumentFragment()\n      appendComposedTemplateValue(fragment, rendered)\n      if (this.#mountRoot === this) {\n        const slots = [...fragment.querySelectorAll('slot')]\n        if (slots.length) {\n          // Light mode has no native slot projection, so treat `<slot>` elements as markers for moving and scoping original host children.\n          //\n          // Snapshot initial host children once so rerenders can reproject the same nodes without reparsing or duplicating them.\n          //\n          // Slot matching follows the platform shape closely enough to make the\n          // authored markup unsurprising:\n          // - <slot name=\"title\"> receives host children with slot=\"title\"\n          // - <slot> receives host children with no slot attribute\n          // - when no children match, the slot's own fallback children render\n          //\n          // Resolve slot markers before morphing so light DOM receives the flattened result instead of literal `<slot>` elements.\n          if (!this.#lightSlotNodes) {\n            const content = document.createDocumentFragment()\n            content.append(...this.childNodes)\n            rewriteDataAttributes(content, {\n              signalPathBase: this.#signalPathBase,\n            })\n            this.#lightSlotNodes = [...content.childNodes]\n          }\n          const assigned = new Set<ChildNode>()\n          for (const slot of slots) {\n            const name = slot.getAttribute('name')\n            const children = this.#lightSlotNodes.filter((node) => {\n              if (assigned.has(node)) return false\n              if (!(node instanceof Element))\n                return name === null || name === ''\n              const slotName = node.getAttribute('slot')\n              return name === null || name === ''\n                ? slotName === null || slotName === ''\n                : slotName === name\n            })\n            if (children.length) {\n              for (const child of children) assigned.add(child)\n              slot.replaceWith(...children)\n              continue\n            }\n            slot.replaceWith(...slot.childNodes)\n          }\n        }\n      }\n      morph(this.#mountRoot!, fragment, 'inner')\n      this.#syncAdoptedStyles()\n      if (this.#datastarApplied) {\n        this.#conditionalCleanups.push(\n          ...initRocketStructures(this.#mountRoot!, {\n            signalPathBase: this.#signalPathBase,\n          }),\n        )\n      }\n      this.#syncRefs()\n      this.#indexActionHosts()\n    }\n\n    connectedCallback() {\n      if (this.#mounted) return\n      this.#mounted = true\n      this.addEventListener(\n        DATASTAR_SCOPE_CHILDREN_EVENT,\n        this.#scopePatchedChildren,\n      )\n\n      // Remove this host's child markers before scoping them while leaving independently pending nested Rocket hosts protected.\n      for (const node of this.querySelectorAll(\n        `[${rocketDeferredIgnoreAttr}]`,\n      )) {\n        if (node.getAttribute(rocketDeferredIgnoreAttr) !== tag) continue\n        node.removeAttribute(rocketDeferredIgnoreAttr)\n        node.removeAttribute(rocketIgnoreAttr)\n      }\n\n      // Apply host markers here because custom-element constructors cannot mutate attributes on freshly created elements.\n      if (this.hasAttribute(rocketDeferredIgnoreAttr)) {\n        this.removeAttribute(rocketDeferredIgnoreAttr)\n        this.#deferredApplyIgnore = true\n      } else if (!this.hasAttribute(rocketIgnoreAttr)) {\n        this.setAttribute(rocketIgnoreAttr, '')\n        this.#deferredApplyIgnore = true\n      }\n      this.setAttribute('data-scope-children', '')\n      this.setAttribute(rocketHostAttr, '')\n\n      if (!this.#mountRoot) {\n        this.#mountRoot =\n          mode === 'light'\n            ? this\n            : (this.shadowRoot ??\n              this.attachShadow({\n                mode: mode === 'closed' ? 'closed' : 'open',\n              }))\n      }\n      if (!this.#hostTreeScoped) {\n        // Scope existing host children once before rendering so later apply passes cannot evaluate raw `$$` expressions; shadow-mode host bindings remain in page scope.\n        if (this.#mountRoot === this) {\n          this.#rewriteScopedDataAttributes(this)\n        } else {\n          for (const child of this.children) {\n            this.#rewriteScopedDataAttributes(child)\n          }\n        }\n        this.#hostTreeScoped = true\n      }\n\n      const localSignals = new Proxy(\n        ((name, initialValue) => {\n          const path = `${this.#signalPathBase}.${name}`\n          mergePaths(\n            [\n              [\n                path,\n                typeof initialValue === 'function'\n                  ? datastarComputed(initialValue as () => unknown)\n                  : initialValue,\n              ],\n            ],\n            { ifMissing: true },\n          )\n          if (!Object.prototype.hasOwnProperty.call(this.#state, name)) {\n            Object.defineProperty(this.#state, name, {\n              configurable: true,\n              enumerable: true,\n              get: () => getPath(path),\n              set: (value) => {\n                mergePaths([[path, value]])\n              },\n            })\n          }\n          return getPath(path)\n        }) as SetupSignal,\n        {\n          get: (target, name, receiver) => {\n            if (typeof name !== 'string' || name in target) {\n              return Reflect.get(target, name, receiver)\n            }\n\n            // Setup often reads local signals before Datastar has written them.\n            //\n            // Use `in` checks to subscribe through the proxy's reactive `has` trap without materializing missing Rocket paths as empty-string signals.\n            return getReactiveScopedPath(`${this.#signalPathBase}.${name}`)\n          },\n          set: (_, name, value) => {\n            if (typeof name !== 'string') return false\n            const path = `${this.#signalPathBase}.${name}`\n            if (!Object.prototype.hasOwnProperty.call(this.#state, name)) {\n              Object.defineProperty(this.#state, name, {\n                configurable: true,\n                enumerable: true,\n                get: () => getPath(path),\n                set: (value) => {\n                  mergePaths([[path, value]])\n                },\n              })\n            }\n            mergePaths([\n              [\n                path,\n                typeof value === 'function'\n                  ? datastarComputed(value as () => unknown)\n                  : value,\n              ],\n            ])\n            return true\n          },\n          has: (target, name) => {\n            if (typeof name !== 'string') return name in target\n            return (\n              name in target ||\n              hasReactiveScopedPath(`${this.#signalPathBase}.${name}`)\n            )\n          },\n          ownKeys: (target) => [\n            ...new Set([\n              ...Reflect.ownKeys(target),\n              ...Object.keys(\n                getReactiveScopedPath<Record<string, any>>(\n                  this.#signalPathBase,\n                ) ?? {},\n              ),\n            ]),\n          ],\n          getOwnPropertyDescriptor: (target, name) => {\n            if (Reflect.has(target, name)) {\n              return Reflect.getOwnPropertyDescriptor(target, name)\n            }\n            if (\n              typeof name === 'string' &&\n              hasReactiveScopedPath(`${this.#signalPathBase}.${name}`)\n            ) {\n              return {\n                configurable: true,\n                enumerable: true,\n                writable: true,\n                value: getReactiveScopedPath(`${this.#signalPathBase}.${name}`),\n              }\n            }\n          },\n        },\n      )\n      const refs = new Proxy(\n        {},\n        {\n          get: (_, name, receiver) =>\n            typeof name === 'string'\n              ? this.#refs[name]\n              : Reflect.get({}, name, receiver),\n          has: (_, name) => {\n            if (typeof name !== 'string') return false\n            return name in this.#refs\n          },\n          ownKeys: () => Object.keys(this.#refs),\n          getOwnPropertyDescriptor: (_, name) => {\n            if (typeof name === 'string' && name in this.#refs) {\n              return {\n                configurable: true,\n                enumerable: true,\n                writable: false,\n                value: this.#refs[name],\n              }\n            }\n          },\n        },\n      ) as Refs\n\n      const context: SetupContext<InferProps<Defs>> = {\n        props: this.#props,\n\n        // `$` is the imperative setup alias for Datastar's global signal root.\n        //\n        // The name mirrors `$foo` expression syntax while remaining normal JavaScript property access as `$.foo`.\n        $: root,\n\n        // `$$` is the imperative setup alias for Rocket-local signals.\n        //\n        // The name mirrors `$$foo` template syntax while remaining a valid property/callable proxy inside `setup`.\n        $$: localSignals,\n        effect: (fn) => {\n          const cleanup = effect(fn)\n          this.#cleanups.push(cleanup)\n          return cleanup\n        },\n        apply: (root, merge = true) => {\n          apply(root, merge)\n        },\n        adoptStyles: (host, ...styles) => {\n          const root =\n            this.#mountRoot instanceof ShadowRoot ? this.#mountRoot : host\n          for (const text of styles) {\n            if (\n              text &&\n              !this.#adoptedStyles.some(\n                (style) => style.root === root && style.text === text,\n              )\n            ) {\n              this.#adoptedStyles.push({ root, text })\n            }\n          }\n          this.#syncAdoptedStyles()\n        },\n        cleanup: (fn) => {\n          this.#cleanups.push(fn)\n        },\n        emit: ((type: string, ...rest: any[]) => {\n          if (!rest.length || typeof rest[0] === 'string') {\n            for (const name of [type, ...rest]) {\n              this.dispatchEvent(\n                new Event(name, { bubbles: true, composed: true }),\n              )\n            }\n            return\n          }\n\n          this.dispatchEvent(\n            new CustomEvent(type, {\n              bubbles: true,\n              composed: true,\n              ...(rest[1] ?? {}),\n              detail: rest[0],\n            }),\n          )\n        }) as SetupEmit,\n        emitCancellable: ((type: string, ...rest: any[]) => {\n          if (!rest.length) {\n            return this.dispatchEvent(\n              new Event(type, {\n                bubbles: true,\n                composed: true,\n                cancelable: true,\n              }),\n            )\n          }\n\n          return this.dispatchEvent(\n            new CustomEvent(type, {\n              bubbles: true,\n              composed: true,\n              cancelable: true,\n              ...(rest[1] ?? {}),\n              detail: rest[0],\n            }),\n          )\n        }) as SetupEmitCancellable,\n\n        // Expose the global Datastar signal root inside `setup`.\n        //\n        // This references the shared reactive store directly rather than Rocket's private `_rocket` namespace.\n        // Expose global Datastar actions as imperative methods inside `setup`.\n        //\n        // Use a component-owned cleanup map so teardown from global actions remains tied to the component lifecycle.\n        actions: new Proxy(\n          {},\n          {\n            get: (_, name: string | symbol) => {\n              if (typeof name !== 'string') return\n              return (...args: any[]) => {\n                const action = actions[name]\n                if (!action) {\n                  throw createError(\n                    actionErrorContext(this, name),\n                    'UndefinedAction',\n                  )\n                }\n                return action(\n                  globalActionContext(\n                    this,\n                    undefined,\n                    name,\n                    this.#globalActionCleanups,\n                  ),\n                  ...args,\n                )\n              }\n            },\n          },\n        ) as Record<string, (...args: any[]) => any>,\n        action: (name, fn) => {\n          this.#actions.set(name, fn)\n        },\n        observeProps: (fn, ...propNames) => {\n          const registration = {\n            fn,\n            names: propNames.length === 0 ? null : new Set(propNames),\n          }\n          this.#propObservers.push(registration)\n          return () => {\n            const index = this.#propObservers.indexOf(registration)\n            if (index >= 0) this.#propObservers.splice(index, 1)\n          }\n        },\n        overrideProp: (name, getter, setter) => {\n          this.#overrideProp(name, getter, setter)\n        },\n        defineHostProp: (name, descriptor) => {\n          this.#defineHostProp(name, descriptor)\n        },\n        render: ((\n          overrides: RenderContextOverrides<InferProps<Defs>>,\n          ...args: any[]\n        ) => {\n          this.#render(overrides, ...args)\n        }) as SetupRender<InferProps<Defs>>,\n        host: this as RocketHostWithProps<InferProps<Defs>>,\n      }\n      const firstUpdateContext: FirstUpdateContext<InferProps<Defs>, Refs> = {\n        ...context,\n        refs: refs as unknown as InstancesOf<Refs>,\n      }\n\n      setup?.(context)\n      this.#render({})\n      if (this.#needsSignalPathBase) {\n        mergePaths([[this.#signalPathBase, {}]], { ifMissing: true })\n      }\n      if (this.#deferredApplyIgnore) {\n        this.removeAttribute(rocketIgnoreAttr)\n        this.#deferredApplyIgnore = false\n      }\n\n      // In shadow mode, apply only the host's Datastar attributes here because they belong to the outer page scope rather than Rocket's private scope.\n      if (this.#mountRoot !== this) {\n        applyElement(this)\n      }\n\n      // Apply only the component-owned render surface here.\n      //\n      // In `light` mode that surface is the host itself.\n      // In shadow modes, re-applying the host would incorrectly rewrite outer-page bindings into Rocket's private signal path.\n      apply(this.#mountRoot!, true)\n      this.#datastarApplied = true\n      this.#conditionalCleanups.push(\n        ...initRocketStructures(this.#mountRoot!, {\n          signalPathBase: this.#signalPathBase,\n        }),\n      )\n      this.#syncRefs()\n      const refsObserver = new MutationObserver(() => this.#syncRefs())\n      refsObserver.observe(this.#mountRoot!, {\n        childList: true,\n        subtree: true,\n      })\n      if (this.#mountRoot !== this) {\n        refsObserver.observe(this, {\n          childList: true,\n          subtree: true,\n        })\n      }\n      this.#cleanups.push(() => refsObserver.disconnect())\n      this.#indexActionHosts()\n      onFirstRender?.(firstUpdateContext)\n    }\n\n    attributeChangedCallback(\n      name: string,\n      oldValue: string | null,\n      newValue: string | null,\n    ) {\n      if (this.#reflecting) return\n      const propName = attrToProp.get(name)\n      if (!propName) return\n      if (\n        newValue !== null &&\n        oldValue === null &&\n        this.#pendingInitialAttrValues.get(name) === newValue\n      ) {\n        this.#pendingInitialAttrValues.delete(name)\n        return\n      }\n      this.#setProp(\n        propName,\n        newValue === null\n          ? getCodecDefault(propDefs[propName])\n          : decodeCodec(propDefs[propName], newValue),\n      )\n    }\n\n    disconnectedCallback() {\n      mergePaths([[this.#signalPathBase, null]])\n      this.removeEventListener(\n        DATASTAR_SCOPE_CHILDREN_EVENT,\n        this.#scopePatchedChildren,\n      )\n\n      // Run cleanups registered by `setup({ actions })` alongside Rocket's normal setup/effect cleanups when the component disconnects.\n      for (const cleanup of this.#globalActionCleanups.values()) cleanup()\n      this.#globalActionCleanups.clear()\n      for (const cleanup of this.#hostConditionalCleanups) cleanup()\n      this.#hostConditionalCleanups.length = 0\n      for (const cleanup of this.#conditionalCleanups) cleanup()\n      this.#conditionalCleanups.length = 0\n      for (const cleanup of this.#cleanups) cleanup()\n      this.#cleanups.length = 0\n      for (const name of Object.keys(this.#refs)) delete this.#refs[name]\n      this.#propObservers = []\n      this.#actions.clear()\n      this.#mounted = false\n    }\n    static {\n      for (const name of propNames) {\n        Object.defineProperty(RocketElement.prototype, name, {\n          get(this: RocketElement) {\n            return this.#getDefaultProp(name)\n          },\n          set(this: RocketElement, value: InferProps<Defs>[typeof name]) {\n            this.#setDefaultProp(name, value)\n          },\n        })\n      }\n    }\n  }\n\n  Object.defineProperty(RocketElement, 'manifest', {\n    configurable: false,\n    enumerable: false,\n    value: () =>\n      cloneRocketManifestComponent(\n        rocketManifestRegistry.get(tag) ?? componentManifest,\n      ),\n  })\n  customElements.define(tag, RocketElement)\n  rocketManifestRegistry.set(tag, componentManifest)\n  return RocketElement\n}\nexport type { RocketDefinition, RocketRenderValue }\n"],
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}