@mmstack/form-core
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{"version":3,"file":"mmstack-form-core.mjs","sources":["../../../../../packages/form/core/src/lib/util.ts","../../../../../packages/form/core/src/lib/form-control.ts","../../../../../packages/form/core/src/lib/form-array.ts","../../../../../packages/form/core/src/lib/form-group.ts","../../../../../packages/form/core/src/mmstack-form-core.ts"],"sourcesContent":["/**\n * Merges two arrays element by element using the `mergeIfObject` logic.\n *\n * The resulting array will have the same length as the `next` array.\n * For each index `i`, the element in the resulting array is determined by:\n * `mergeIfObject(prev[i], next[i])`.\n * If `prev` is shorter than `next`, `prev[i]` will be `undefined` for the out-of-bounds indices.\n *\n * @template {any[]} T The array type being merged.\n * @param {T} prev The previous array.\n * @param {T} next The next array.\n * @returns {T} A new array containing the merged elements.\n * @example\n * const prev = [1, { id: 1, name: \"A\" }, [10], \"extraPrev\"];\n * const next = [2, { id: 1, status: \"B\" }, [20, 21], missing , { id: 2 }];\n *\n * mergeArray(prev, next);\n * // Result approx:\n * // [\n * // 2, // Primitive replaced\n * // { id: 1, name: \"A\", status: \"B\" }, // Objects shallow-merged\n * // [20, 21], // Arrays replaced (via mergeIfObject -> mergeArray)\n * // undefined, // Primitive replaced by missing item in sparse 'next' array\n * // { id: 2 } // Added from 'next' (prev[4] was undefined)\n * // ]\n */\nexport function mergeArray<T extends any[]>(prev: T, next: T): T {\n return next.map((item, index): T[number] =>\n mergeIfObject<T[number]>(prev[index], item),\n ) as T;\n}\n\n/**\n * Merges two values (`prev`, `next`), prioritizing `next` in most cases.\n *\n * Behavior:\n * - If both `prev` and `next` are non-null, non-array objects, it performs a **shallow merge**\n * (`{ ...prev, ...next }`), where properties from `next` overwrite those in `prev`.\n * - If both `prev` and `next` are arrays, it delegates to `mergeArray` for element-wise merging.\n * - In all other scenarios (type mismatch, primitives, null involved, array mixed with object),\n * it simply returns the `next` value.\n *\n * @template T The type of the values being merged.\n * @param {T | undefined} prev The previous value (can be undefined if accessed out of array bounds).\n * @param {T} next The next value.\n * @returns {T} The merged result based on the rules above.\n */\nexport function mergeIfObject<T>(prev: T, next: T): T {\n if (typeof prev !== typeof next) return next;\n if (typeof prev !== 'object' || typeof next !== 'object') return next;\n if (prev === null || next === null) return next;\n if (Array.isArray(prev) && Array.isArray(next)) return mergeArray(prev, next);\n if (Array.isArray(prev) || Array.isArray(next)) return next;\n\n return { ...prev, ...next };\n}\n\n/**\n * Generates a unique ID using crypto.randomUUID if available,\n * otherwise falls back to a non-secure random string.\n * @returns {string}\n */\nexport function generateID() {\n if (globalThis.crypto?.randomUUID) {\n return globalThis.crypto.randomUUID();\n }\n return Math.random().toString(36).substring(2);\n}\n","import {\n computed,\n isSignal,\n signal,\n untracked,\n type CreateSignalOptions,\n type Signal,\n type ValueEqualityFn,\n type WritableSignal,\n} from '@angular/core';\nimport { type DerivedSignal } from '@mmstack/primitives';\nimport { generateID } from './util';\n\n/**\n * Represents the type of a form control.\n * - `control`: A single form control (e.g., an input field).\n * - `array`: An array of form controls (like Angular's `FormArray`).\n * - `group`: A group of form controls (like Angular's `FormGroup`).\n */\nexport type ControlType = 'control' | 'array' | 'group';\n\n/**\n * Represents a reactive form control. It holds the value, validation status, and other\n * metadata for a form field. This is the core building block for creating reactive forms\n * with signals.\n *\n * @typeParam T - The type of the form control's value.\n * @typeParam TParent - The type of the parent form control's value (if this control is part of a group or array). Defaults to `undefined`.\n * @typeParam TControlType - The type of the control ('control', 'array', or 'group'). Defaults to 'control'.\n * @typeParam TPartialValue - The type of the partial value, used for patching.\n */\nexport type FormControlSignal<\n T,\n TParent = undefined,\n TControlType extends ControlType = 'control',\n TPartialValue = T | undefined,\n> = {\n /** A unique identifier for the control. Used for tracking in `@for` loops. */\n id: string;\n /** The main value signal for the control. */\n value: WritableSignal<T>;\n /** A signal indicating whether the control's value has been changed. */\n dirty: Signal<boolean>;\n /** A signal indicating whether the control has been interacted with (e.g., blurred). */\n touched: Signal<boolean>;\n /** A signal containing the current validation error message (empty string if valid). */\n error: Signal<string>;\n /** A signal indicating whether the control is pending */\n pending: Signal<boolean>;\n /** A signal indicating whether the control is disabled. */\n /** A signal indicating whether the control is in a valid state (without errors & not pending) */\n valid: Signal<boolean>;\n disabled: Signal<boolean>;\n /** A signal indicating whether the control is read-only. */\n readonly: Signal<boolean>;\n /** A signal indicating whether the control is required. */\n required: Signal<boolean>;\n /** A signal containing the label for the control. */\n label: Signal<string>;\n /** A signal containing the hint text for the control. */\n hint: Signal<string>;\n /** Marks the control as touched. */\n markAsTouched: () => void;\n /** Marks the control and all its child controls (if any) as touched. */\n markAllAsTouched: () => void;\n /** Marks the control as pristine (not touched). */\n markAsPristine: () => void;\n /** Marks the control and all its child controls (if any) as pristine. */\n markAllAsPristine: () => void;\n /**\n * Resets the control to a new value and sets a new initial value. This is intended for\n * scenarios where the underlying data is updated externally (e.g., data coming from\n * the server). If the control is not dirty, the value is updated. If the control *is*\n * dirty, the value is *not* updated (preserving user changes).\n */\n reconcile: (newValue: T) => void;\n /**\n * Similar to `reconcile`, but forces the update even if the control is dirty.\n */\n forceReconcile: (newValue: T) => void;\n /** Resets the control's value to its initial value. */\n reset: () => void;\n /** Resets the control's value and initial value. */\n resetWithInitial: (initial: T) => void;\n /**\n * The derivation function used to create this control if it's part of a `formGroup` or `formArray`.\n * @internal\n */\n from?: DerivedSignal<TParent, T>['from'];\n /** The equality function used to compare values. Defaults to `Object.is`. */\n equal: (a: T, b: T) => boolean;\n /** The type of the control ('control', 'array', or 'group'). */\n controlType: TControlType;\n /**\n * A signal representing the partial value of the control, suitable for patching data on a server.\n * It contains the changed value if `dirty` is `true`.\n */\n partialValue: Signal<TPartialValue>;\n};\n\nexport type CreateFormControlOptions<\n T,\n TControlType extends ControlType = ControlType,\n> = CreateSignalOptions<T> & {\n validator?: () => (value: T) => string;\n onTouched?: () => void;\n disable?: () => boolean;\n readonly?: () => boolean;\n required?: () => boolean;\n label?: () => string;\n id?: () => string;\n hint?: () => string;\n dirtyEquality?: ValueEqualityFn<T>;\n onReset?: () => void;\n controlType?: TControlType;\n overrideValidation?: () => string;\n pending?: () => boolean;\n};\n\n/**\n * Creates a `FormControlSignal`, a reactive form control that holds a value and tracks its\n * validity, dirty state, touched state, and other metadata.\n *\n * @typeParam T - The type of the form control's value.\n * @typeParam TParent - The type of the parent form control's value (if this control is part of a group or array).\n * @typeParam TControlType - The type of the control. Defaults to `'control'`.\n * @typeParam TPartialValue - The type of value when patching\n * @param initial - The initial value of the control, or a `DerivedSignal` if this control is part of a `formGroup` or `formArray`.\n * @param options - Optional configuration options for the control.\n * @returns A `FormControlSignal` instance.\n *\n * @example\n * // Create a simple form control:\n * const name = formControl('Initial Name');\n *\n * // Create a form control with validation:\n * const age = formControl(0, {\n * validator: () => (value) => value >= 18 ? '' : 'Must be at least 18',\n * });\n *\n * // Create a derived form control (equivalent to the above, but more explicit):\n * const user = signal({ name: 'John Doe', age: 30 });\n * const name = formControl(derived(user, {\n * from: (u) => u.name,\n * onChange: (newName) => user.update(u => ({...u, name: newName}))\n * }));\n *\n * // Create a form group with nested controls:\n * const user = signal({ name: 'John Doe', age: 30 });\n * const form = formGroup(user, {\n * name: formControl(derived(user, 'name')),\n * age: formControl(derived(user, 'age')),\n * })\n */\nexport function formControl<\n T,\n TParent = undefined,\n TControlType extends ControlType = 'control',\n TPartialValue = T | undefined,\n>(\n initial: DerivedSignal<TParent, T> | T,\n opt?: CreateFormControlOptions<T, TControlType>,\n): FormControlSignal<T, TParent, TControlType, TPartialValue> {\n const value = isSignal(initial) ? initial : signal(initial, opt);\n const initialValue = signal(untracked(value));\n const eq = opt?.equal ?? Object.is;\n\n const dirtyEq = opt?.dirtyEquality ?? eq;\n\n const disabled = computed(() => opt?.disable?.() ?? false);\n const readonly = computed(() => opt?.readonly?.() ?? false);\n\n const dirty = computed(() => !dirtyEq(value(), initialValue()));\n\n const touched = signal(false);\n\n const validator = computed(() => opt?.validator?.() ?? (() => ''));\n\n const error = computed(() => {\n if (opt?.overrideValidation) return opt.overrideValidation();\n if (disabled() || readonly()) return '';\n return validator()(value());\n });\n\n const markAsTouched = () => {\n touched.set(true);\n opt?.onTouched?.();\n };\n const markAllAsTouched = markAsTouched;\n\n const markAsPristine = () => touched.set(false);\n const markAllAsPristine = markAsPristine;\n\n const label = computed(() => opt?.label?.() ?? '');\n\n const partialValue = computed(() => (dirty() ? value() : undefined));\n\n const internalReconcile = (newValue: T, force = false) => {\n const isDirty = untracked(dirty);\n\n if (!isDirty || force) {\n // very dangerous use of untracked here, don't do this everywhere :)\n // thanks to u/synalx for the idea to use untracked here\n\n untracked(() => {\n initialValue.set(newValue);\n value.set(newValue);\n });\n }\n };\n\n const pending = computed(() => opt?.pending?.() ?? false);\n\n return {\n id: opt?.id?.() ?? generateID(),\n value,\n dirty,\n touched,\n error,\n label,\n required: computed(() => opt?.required?.() ?? false),\n disabled,\n readonly,\n pending,\n valid: computed(() => !pending() && !error()),\n hint: computed(() => opt?.hint?.() ?? ''),\n markAsTouched,\n markAllAsTouched,\n markAsPristine,\n markAllAsPristine,\n from: (isSignal(initial) ? initial.from : undefined) as FormControlSignal<\n T,\n TParent,\n TControlType\n >['from'],\n reconcile: (newValue: T) => internalReconcile(newValue),\n forceReconcile: (newValue: T) => internalReconcile(newValue, true),\n reset: () => {\n opt?.onReset?.();\n value.set(untracked(initialValue));\n },\n resetWithInitial: (initial: T) => {\n opt?.onReset?.();\n initialValue.set(initial);\n value.set(initial);\n },\n equal: eq,\n controlType: (opt?.controlType ?? 'control') as TControlType,\n partialValue: partialValue as Signal<TPartialValue>,\n };\n}\n","import {\n computed,\n linkedSignal,\n untracked,\n type Signal,\n type WritableSignal,\n} from '@angular/core';\nimport { derived, type DerivedSignal } from '@mmstack/primitives';\nimport {\n formControl,\n type CreateFormControlOptions,\n type FormControlSignal,\n} from './form-control';\nimport { type SignalValue } from './signal-value.type';\nimport { mergeArray } from './util';\n\nexport type FormArraySignal<\n T,\n TIndividualState extends FormControlSignal<\n T,\n any,\n any,\n any\n > = FormControlSignal<T, any, any, any>,\n TParent = undefined,\n> = FormControlSignal<\n T[],\n TParent,\n 'array',\n | Exclude<SignalValue<TIndividualState['partialValue']>, null | undefined>[]\n | undefined\n> & {\n ownError: Signal<string>;\n children: Signal<TIndividualState[]>;\n push: (value: T) => void; // add new control with value\n remove: (index: number) => void; // remove at index\n min: Signal<number>; // for display purposes\n max: Signal<number>; // for display purposes\n canAdd: Signal<boolean>; // disable add button if false\n canRemove: Signal<boolean>; // disable remove buttons if false\n};\n\nexport type CreateFormArraySignalOptions<\n T,\n TIndividualState extends FormControlSignal<T, any, any, any>,\n> = Omit<CreateFormControlOptions<T[]>, 'equal'> & {\n min?: () => number;\n max?: () => number;\n equal?: (a: T, b: T) => boolean;\n toPartialValue?: (\n v: T,\n ) => Exclude<SignalValue<TIndividualState['partialValue']>, null | undefined>;\n};\n\nfunction createReconcileChildren<\n T,\n TIndividualState extends FormControlSignal<T, any, any, any>,\n>(\n factory: (val: DerivedSignal<T[], T>, idx: number) => TIndividualState,\n opt: { equal: (a: T, b: T) => boolean },\n) {\n return (\n length: number,\n source: WritableSignal<T[]>,\n prev?: TIndividualState[],\n ): TIndividualState[] => {\n if (!prev) {\n const nextControls = [];\n\n for (let i = 0; i < length; i++) {\n nextControls.push(\n factory(derived(source, i, { equal: opt?.equal }), i),\n );\n }\n\n return nextControls;\n }\n\n if (length === prev.length) return prev;\n\n const next = [...prev];\n\n if (length < prev.length) {\n next.splice(length);\n } else if (length > prev.length) {\n for (let i = prev.length; i < length; i++) {\n next.push(factory(derived(source, i, { equal: opt?.equal }), i));\n }\n }\n\n return next;\n };\n}\n\nexport function formArray<\n T,\n TIndividualState extends FormControlSignal<\n T,\n any,\n any,\n any\n > = FormControlSignal<T, any, any, any>,\n TParent = undefined,\n>(\n initial: T[] | DerivedSignal<TParent, T[]>,\n factory: (val: DerivedSignal<T[], T>, idx: number) => TIndividualState,\n opt?: CreateFormArraySignalOptions<T, TIndividualState>,\n): FormArraySignal<T, TIndividualState, TParent> {\n const eq = opt?.equal ?? Object.is;\n\n const arrayEqual = (a: T[], b: T[]) => {\n if (a.length !== b.length) return false;\n if (!a.length) return true;\n\n return a.every((v, i) => eq(v, b[i]));\n };\n\n const min = computed(() => opt?.min?.() ?? 0);\n const max = computed(() => opt?.max?.() ?? Number.MAX_SAFE_INTEGER);\n\n const arrayOptions: CreateFormControlOptions<T[], 'array'> = {\n ...opt,\n equal: arrayEqual,\n dirtyEquality: (a, b) => a.length === b.length,\n controlType: 'array',\n };\n\n const ctrl = formControl<T[], TParent, 'array'>(\n initial,\n arrayOptions,\n ) satisfies FormControlSignal<T[], TParent, 'array'>;\n\n const length = computed(() => ctrl.value().length);\n\n const reconcileChildren = createReconcileChildren<T, TIndividualState>(\n factory,\n { equal: eq },\n );\n\n // linkedSignal used to re-use previous value so that only length changes are affected and existing controls are kept, but updated\n const children = linkedSignal<number, TIndividualState[]>({\n source: () => length(),\n computation: (len, prev) => reconcileChildren(len, ctrl.value, prev?.value),\n });\n\n const ownError = computed(() => ctrl.error());\n\n const error = computed((): string => {\n const own = ownError();\n if (own) return own;\n if (!children().length) return '';\n return children()\n .map((c, idx) => (c.error() ? `${idx}: ${c.error()}` : ''))\n .filter(Boolean)\n .join('\\n');\n });\n\n const dirty = computed(() => {\n if (ctrl.dirty()) return true;\n if (!children().length) return false;\n return children().some((c) => c.dirty());\n });\n\n const markAllAsTouched = () => {\n ctrl.markAllAsTouched();\n for (const c of untracked(children)) {\n c.markAllAsTouched();\n }\n };\n const markAllAsPristine = () => {\n ctrl.markAllAsPristine();\n for (const c of untracked(children)) {\n c.markAllAsPristine();\n }\n };\n\n const toPartialValue = opt?.toPartialValue ?? ((v: T) => v);\n const partialValue = computed(() => {\n if (!dirty()) return undefined;\n return children().map((c) => {\n const pv = c.partialValue();\n if (pv) return pv;\n if (c.controlType === 'control') return undefined;\n\n // return full value for child objects/arrays as this cannot be partially patched without idx\n return toPartialValue(c.value());\n });\n });\n\n const touched = computed(\n () =>\n ctrl.touched() ||\n !!(children().length && children().some((c) => c.touched())),\n );\n\n const reconcile = (newValue: T[]) => {\n const ctrls = untracked(children);\n\n for (let i = 0; i < newValue.length; i++) {\n ctrls.at(i)?.reconcile(newValue[i]); // reconcile existing controls that are relevant addition/removal will be handled after ctrl.reconcile through linkedSignal\n }\n\n ctrl.reconcile(mergeArray(newValue, untracked(ctrl.value)));\n };\n\n const forceReconcile = (newValue: T[]) => {\n const ctrls = untracked(children);\n\n for (let i = 0; i < newValue.length; i++) {\n ctrls.at(i)?.forceReconcile(newValue[i]);\n }\n\n ctrl.forceReconcile(newValue);\n };\n\n const childrenValid = computed(() => {\n if (!children().length) return true;\n return children().every((d) => d.valid());\n });\n\n const childrenPending = computed(\n () => !!children().length && children().some((d) => d.pending()),\n );\n\n return {\n ...ctrl,\n ownError,\n error,\n valid: computed(() => ctrl.valid() && childrenValid()),\n pending: computed(() => ctrl.pending() || childrenPending()),\n touched,\n children,\n dirty,\n markAllAsTouched,\n markAllAsPristine,\n min,\n max,\n partialValue,\n canAdd: computed(\n () => !ctrl.disabled() && !ctrl.readonly() && length() < max(),\n ),\n canRemove: computed(\n () => !ctrl.disabled() && !ctrl.readonly() && length() > min(),\n ),\n reconcile,\n forceReconcile,\n reset: () => {\n for (const c of untracked(children)) {\n c.reset();\n }\n ctrl.reset();\n },\n resetWithInitial: (initial: T[]) => {\n const ctrls = untracked(children);\n for (let i = 0; i < initial.length; i++) {\n ctrls.at(i)?.resetWithInitial(initial[i]);\n }\n ctrl.resetWithInitial(initial);\n },\n push: (next) => ctrl.value.update((cur) => [...cur, next]),\n remove: (idx) =>\n ctrl.value.update((cur) => cur.filter((_, i) => i !== idx)),\n };\n}\n","import {\n computed,\n isSignal,\n signal,\n untracked,\n type Signal,\n type WritableSignal,\n} from '@angular/core';\nimport {\n isDerivation,\n toFakeSignalDerivation,\n type DerivedSignal,\n} from '@mmstack/primitives';\nimport {\n formControl,\n type CreateFormControlOptions,\n type FormControlSignal,\n} from './form-control';\nimport { type SignalValue } from './signal-value.type';\nimport { mergeIfObject } from './util';\n\ntype AnyObject = Record<PropertyKey, any>;\n\n/**\n * Extracts the partial value types from a record of `FormControlSignal` instances.\n * This is used to construct the `partialValue` type for `FormGroupSignal`.\n * @internal\n */\ntype DerivationPartialValues<\n TDerivations extends Record<string, FormControlSignal<any, any, any, any>>,\n> = {\n [K in keyof TDerivations]: Exclude<\n SignalValue<TDerivations[K]['partialValue']>,\n undefined\n >;\n};\n\n/**\n * Represents a group of form controls, similar to Angular's `FormGroup`. It aggregates\n * the values and states of its child controls into a single object.\n *\n * @typeParam T - The type of the form group's value (an object).\n * @typeParam TDerivations - A record where keys are the names of the child controls and values are the `FormControlSignal` instances.\n * @typeParam TParent - The type of the parent form control's value (if this group is nested).\n */\nexport type FormGroupSignal<\n T,\n TDerivations extends Record<string, FormControlSignal<any, T, any, any>>,\n TParent = undefined,\n> = FormControlSignal<\n T,\n TParent,\n 'group',\n Partial<DerivationPartialValues<TDerivations>>\n> & {\n /**\n * A signal that holds a record of the child form controls. The keys are the names\n * of the controls, and the values are the `FormControlSignal` instances.\n */\n children: Signal<TDerivations>;\n /**\n * A signal that holds the validation error message of the group itself (excluding child errors).\n */\n ownError: Signal<string>;\n};\n\n/**\n * Options for creating a `FormGroupSignal`. Extends `CreateFormControlOptions`.\n */\nexport type CreateFormGroupOptions<\n T,\n TDerivations extends Record<string, FormControlSignal<any, T, any, any>>,\n> = CreateFormControlOptions<T, 'group'> & {\n /**\n * An optional function to create a base object for the `partialValue` signal.\n * This can be used to pre-populate the partial value with default values or\n * to perform custom logic before merging in the partial values from child controls.\n */\n createBasePartialValue?: (\n value: T,\n ) => Partial<DerivationPartialValues<TDerivations>>;\n};\n\n/**\n * Creates a `FormGroupSignal`, which aggregates a set of child form controls into a single object.\n *\n * @typeParam T - The type of the form group's value (an object).\n * @typeParam TDerivations - A record where keys are the names of the child controls and values are the `FormControlSignal` instances.\n * @typeParam TParent - The type of the parent form control's value (if this group is nested within another group or array).\n * @param initial - The initial value of the form group (or a `WritableSignal` or `DerivedSignal` if the group is nested).\n * @param providedChildren - An object containing the child `FormControlSignal` instances, or a function that returns such an object.\n * Using a function allows for dynamic creation of child controls (e.g., in response to changes in other signals).\n * @param options - Optional configuration options for the form group.\n * @returns A `FormGroupSignal` instance.\n *\n * @example\n * // Create a simple form group:\n * const user = signal({ name: 'John Doe', age: 30 });\n * const form = formGroup(user, {\n * name: formControl(derived(user, 'name')),\n * age: formControl(derived(user, 'age')),\n * })\n *\n * // Create a nested form group:\n * const user = signal({ name: 'John', age: 30, address: {street: \"Some street\"} });\n *\n * const address = derived(user, 'address');\n * const userForm = formGroup(user, {\n * name: formControl(derived(user, 'name')),\n * age: formControl(derived(user, 'age')),\n * address: formGroup(address, {\n * street: formControl(derived(address, (address) => address.street), {\n * validator: () => (value) => value ? \"\" : \"required!\"\n * }) // you can create deeply nested structures.\n * })\n * });\n *\n * // Create a form group with dynamically created children replaced rare FormRecord requirements.\n * const showAddress = signal(false);\n * type Characteristic = {\n * valueType: 'string';\n * value: string;\n * } | {\n * valueType: 'number';\n * value: number;\n * }\n * const char = signal<Characteristic>({ valueType: 'string', value: '' });\n * const charForm = formGroup(char, () => {\n * if (char().valueType === 'string) return createStringControl(char);\n * return createNumberControl(char);\n * });\n *\n */\nexport function formGroup<\n T,\n TDerivations extends Record<string, FormControlSignal<any, T, any, any>>,\n TParent = undefined,\n>(\n initial: DerivedSignal<TParent, T> | T | WritableSignal<T>,\n providedChildren: (() => TDerivations) | TDerivations,\n opt?: CreateFormGroupOptions<T, TDerivations>,\n): FormGroupSignal<T, TDerivations, TParent> {\n const valueSignal = isSignal(initial) ? initial : signal(initial);\n // we fake a derivation if not present, so that .from is present on the signal\n const value = isDerivation<TParent, T>(valueSignal)\n ? valueSignal\n : toFakeSignalDerivation<TParent, T>(valueSignal);\n\n // we allow for a function/signal to be passed, this case should only be used if the child controls change dependent upon something, say if a formControl is flipped into a formGroup.\n const children =\n typeof providedChildren === 'function'\n ? computed(() => providedChildren())\n : computed(() => providedChildren);\n\n // array allows for easier handling\n const derivationsArray = computed(() => Object.values(children()));\n\n const childrenDirty = computed(\n () =>\n !!derivationsArray().length && derivationsArray().some((d) => d.dirty()),\n );\n\n // by default dont compare object references, just use childrenDirtySignal\n const baseDirtyEq = opt?.dirtyEquality ?? opt?.equal ?? (() => true);\n\n // function which calls a signal becomes a signal\n const dirtyEquality = (a: T, b: T) => {\n return baseDirtyEq(a, b) && !childrenDirty();\n };\n\n // group control\n const ctrl = formControl<T, TParent, 'group'>(value, {\n ...opt,\n dirtyEquality,\n controlType: 'group',\n readonly: () => {\n // readonly if is readonly or all children are readonly\n if (opt?.readonly?.()) return true;\n return (\n !!derivationsArray().length &&\n derivationsArray().every((d) => d.readonly())\n );\n },\n disable: () => {\n if (opt?.disable?.()) return true;\n return (\n !!derivationsArray().length &&\n derivationsArray().every((d) => d.disabled())\n );\n },\n }) satisfies FormControlSignal<T, TParent, 'group'>;\n\n const childrenTouched = computed(\n () =>\n !!derivationsArray().length &&\n derivationsArray().some((d) => d.touched()),\n );\n\n const touched = computed(() => ctrl.touched() || childrenTouched());\n\n const childError = computed(() => {\n if (!derivationsArray().length) return '';\n return derivationsArray()\n .map((d) => (d.error() ? `${d.label()}: ${d.error()}` : ''))\n .filter(Boolean)\n .join('\\n');\n });\n\n const error = computed(() => {\n const ownError = ctrl.error();\n if (ownError) return ownError;\n return childError() ? 'INVALID' : '';\n });\n\n const markAllAsTouched = () => {\n ctrl.markAllAsTouched();\n for (const ctrl of untracked(derivationsArray)) {\n ctrl.markAllAsTouched();\n }\n };\n\n const markAllAsPristine = () => {\n ctrl.markAllAsPristine();\n for (const ctrl of untracked(derivationsArray)) {\n ctrl.markAllAsPristine();\n }\n };\n\n const reconcile = (newValue: T) => {\n // set the children values based on the derivation of the new value\n for (const ctrl of untracked(derivationsArray)) {\n const from = ctrl.from;\n if (!from) continue;\n ctrl.reconcile(from(newValue));\n }\n ctrl.reconcile(mergeIfObject(newValue, untracked(value)));\n };\n\n const forceReconcile = (newValue: T) => {\n for (const ctrl of untracked(derivationsArray)) {\n const from = ctrl.from;\n if (!from) continue;\n ctrl.forceReconcile(from(newValue));\n }\n ctrl.forceReconcile(newValue);\n };\n\n const createBaseValueFn = opt?.createBasePartialValue;\n\n const basePartialValue: Signal<\n Partial<DerivationPartialValues<TDerivations>>\n > = createBaseValueFn\n ? computed(() => createBaseValueFn(ctrl.value()))\n : computed(() => ({}));\n\n const partialValue = computed(() => {\n const obj: Partial<DerivationPartialValues<TDerivations>> = {\n ...basePartialValue(),\n };\n\n if (!ctrl.dirty()) return obj;\n\n for (const [key, ctrl] of Object.entries(children())) {\n const pv = ctrl.partialValue();\n\n if (pv === undefined) continue;\n (obj as AnyObject)[key] = pv;\n }\n\n return obj;\n });\n\n const childrenValid = computed(() => {\n if (!derivationsArray().length) return true;\n return derivationsArray().every((d) => d.valid());\n });\n\n const childrenPending = computed(\n () =>\n !!derivationsArray().length &&\n derivationsArray().some((d) => d.pending()),\n );\n\n return {\n ...ctrl,\n children,\n partialValue,\n reconcile,\n forceReconcile,\n ownError: ctrl.error,\n touched,\n error,\n valid: computed(() => ctrl.valid() && childrenValid()),\n pending: computed(() => ctrl.pending() || childrenPending()),\n markAllAsPristine,\n markAllAsTouched,\n reset: () => {\n for (const ctrl of untracked(derivationsArray)) {\n ctrl.reset();\n }\n ctrl.reset();\n },\n resetWithInitial: (initial: T) => {\n for (const ctrl of untracked(derivationsArray)) {\n const from = ctrl.from;\n if (from) ctrl.resetWithInitial(from(initial));\n else ctrl.reset();\n }\n ctrl.resetWithInitial(initial);\n },\n };\n}\n","/**\n * Generated bundle index. 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