import type { EditorProps } from '@monaco-editor/react';
import type { JSONSchema4 } from 'json-schema';
import type { CSSProperties } from 'react';
import type React from 'react';
import type { DeepUndefinable, MarkRequired } from 'ts-essentials';
import type { JoinFieldClientProps, JoinFieldErrorClientComponent, JoinFieldErrorServerComponent, JoinFieldLabelClientComponent, JoinFieldLabelServerComponent } from '../../admin/fields/Join.js';
import type { FieldClientComponent, FieldServerComponent } from '../../admin/forms/Field.js';
import type { RichTextAdapter, RichTextAdapterProvider } from '../../admin/RichText.js';
import type { ArrayFieldClientProps, ArrayFieldErrorClientComponent, ArrayFieldErrorServerComponent, ArrayFieldLabelClientComponent, ArrayFieldLabelServerComponent, BlocksFieldClientProps, BlocksFieldErrorClientComponent, BlocksFieldErrorServerComponent, BlocksFieldLabelClientComponent, BlocksFieldLabelServerComponent, CheckboxFieldClientProps, CheckboxFieldErrorClientComponent, CheckboxFieldErrorServerComponent, CheckboxFieldLabelClientComponent, CheckboxFieldLabelServerComponent, ClientTab, CodeFieldClientProps, CodeFieldErrorClientComponent, CodeFieldErrorServerComponent, CodeFieldLabelClientComponent, CodeFieldLabelServerComponent, CollapsibleFieldClientProps, CollapsibleFieldLabelClientComponent, CollapsibleFieldLabelServerComponent, ConditionalDateProps, Data, DateFieldClientProps, DateFieldErrorClientComponent, DateFieldErrorServerComponent, DateFieldLabelClientComponent, DateFieldLabelServerComponent, DefaultCellComponentProps, DefaultServerCellComponentProps, Description, EmailFieldClientProps, EmailFieldErrorClientComponent, EmailFieldErrorServerComponent, EmailFieldLabelClientComponent, EmailFieldLabelServerComponent, FieldDescriptionClientProps, FieldDescriptionServerProps, FieldDiffClientProps, FieldDiffServerProps, GroupFieldClientProps, GroupFieldLabelClientComponent, GroupFieldLabelServerComponent, HiddenFieldProps, JSONFieldClientProps, JSONFieldErrorClientComponent, JSONFieldErrorServerComponent, JSONFieldLabelClientComponent, JSONFieldLabelServerComponent, NumberFieldClientProps, NumberFieldErrorClientComponent, NumberFieldErrorServerComponent, NumberFieldLabelClientComponent, NumberFieldLabelServerComponent, PointFieldClientProps, PointFieldErrorClientComponent, PointFieldErrorServerComponent, PointFieldLabelClientComponent, PointFieldLabelServerComponent, RadioFieldClientProps, RadioFieldErrorClientComponent, RadioFieldErrorServerComponent, RadioFieldLabelClientComponent, RadioFieldLabelServerComponent, RelationshipFieldClientProps, RelationshipFieldErrorClientComponent, RelationshipFieldErrorServerComponent, RelationshipFieldLabelClientComponent, RelationshipFieldLabelServerComponent, RichTextFieldClientProps, RowFieldClientProps, RowLabelComponent, SelectFieldClientProps, SelectFieldErrorClientComponent, SelectFieldErrorServerComponent, SelectFieldLabelClientComponent, SelectFieldLabelServerComponent, StaticDescription, TabsFieldClientProps, TextareaFieldClientProps, TextareaFieldErrorClientComponent, TextareaFieldErrorServerComponent, TextareaFieldLabelClientComponent, TextareaFieldLabelServerComponent, TextFieldClientProps, TextFieldErrorClientComponent, TextFieldErrorServerComponent, TextFieldLabelClientComponent, TextFieldLabelServerComponent, UploadFieldClientProps } from '../../admin/types.js';
import type { SanitizedCollectionConfig, TypeWithID } from '../../collections/config/types.js';
import type { CustomComponent, LabelFunction, PayloadComponent, StaticLabel, Timezone, TimezonesConfig } from '../../config/types.js';
import type { DBIdentifierName } from '../../database/types.js';
import type { SanitizedGlobalConfig } from '../../globals/config/types.js';
import type { ArrayFieldValidation, BlocksFieldValidation, BlockSlug, CheckboxFieldValidation, CodeFieldValidation, CollectionSlug, DateFieldValidation, EmailFieldValidation, FieldCustom, JSONFieldValidation, PointFieldValidation, RadioFieldValidation, RequestContext, Sort, TextareaFieldValidation } from '../../index.js';
import type { DocumentPreferences } from '../../preferences/types.js';
import type { DefaultValue, JsonObject, Operation, PayloadRequest, PickPreserveOptional, Where } from '../../types/index.js';
import type { NumberFieldManyValidation, NumberFieldSingleValidation, RelationshipFieldManyValidation, RelationshipFieldSingleValidation, RichTextFieldValidation, SelectFieldManyValidation, SelectFieldSingleValidation, TextFieldManyValidation, TextFieldSingleValidation, UploadFieldManyValidation, UploadFieldSingleValidation } from '../validations.js';
export type FieldHookArgs<TData extends TypeWithID = any, TValue = any, TSiblingData = any> = {
    /**
     * The data of the nearest parent block. If the field is not within a block, `blockData` will be equal to `undefined`.
     */
    blockData: JsonObject | undefined;
    /** The collection which the field belongs to. If the field belongs to a global, this will be null. */
    collection: null | SanitizedCollectionConfig;
    context: RequestContext;
    /**
     * Only available in `afterRead` hooks
     */
    currentDepth?: number;
    /**
     * Only available in `afterRead` hooks
     */
    /** The data passed to update the document within create and update operations, and the full document itself in the afterRead hook. */
    data?: Partial<TData>;
    /**
     * Only available in the `afterRead` hook.
     */
    depth?: number;
    draft?: boolean;
    /** The field which the hook is running against. */
    field: FieldAffectingData;
    /** Boolean to denote if this hook is running against finding one, or finding many within the afterRead hook. */
    findMany?: boolean;
    /** The global which the field belongs to. If the field belongs to a collection, this will be null. */
    global: null | SanitizedGlobalConfig;
    indexPath: number[];
    /** A string relating to which operation the field type is currently executing within. Useful within beforeValidate, beforeChange, and afterChange hooks to differentiate between create and update operations. */
    operation?: 'create' | 'delete' | 'read' | 'update';
    /** The full original document in `update` operations. In the `afterChange` hook, this is the resulting document of the operation. */
    originalDoc?: TData;
    overrideAccess?: boolean;
    /**
     * The path of the field, e.g. ["group", "myArray", 1, "textField"]. The path is the schemaPath but with indexes and would be used in the context of field data, not field schemas.
     */
    path: (number | string)[];
    /** The document before changes were applied, only in `afterChange` hooks. */
    previousDoc?: TData;
    /** The sibling data of the document before changes being applied, only in `beforeChange`, `beforeValidate`, `beforeDuplicate` and `afterChange` field hooks. */
    previousSiblingDoc?: TSiblingData;
    /** The previous value of the field, before changes, only in `beforeChange`, `afterChange`, `beforeDuplicate` and `beforeValidate` field hooks. */
    previousValue?: TValue;
    /** The Express request object. It is mocked for Local API operations. */
    req: PayloadRequest;
    /**
     * The schemaPath of the field, e.g. ["group", "myArray", "textField"]. The schemaPath is the path but without indexes and would be used in the context of field schemas, not field data.
     */
    schemaPath: string[];
    /**
     * Only available in the `afterRead` hook.
     */
    showHiddenFields?: boolean;
    /** The sibling data passed to a field that the hook is running against. */
    siblingData: Partial<TSiblingData>;
    /**
     * The original siblingData with locales (not modified by any hooks). Only available in `beforeChange` and `beforeDuplicate` field hooks.
     */
    siblingDocWithLocales?: Record<string, unknown>;
    /**
     * The sibling fields of the field which the hook is running against.
     */
    siblingFields: (Field | TabAsField)[];
    /** The value of the field. */
    value?: TValue;
};
export type FieldHook<TData extends TypeWithID = any, TValue = any, TSiblingData = any> = (args: FieldHookArgs<TData, TValue, TSiblingData>) => Promise<TValue> | TValue;
export type FieldAccessArgs<TData extends TypeWithID = any, TSiblingData = any> = {
    /**
     * The data of the nearest parent block. If the field is not within a block, `blockData` will be equal to `undefined`.
     */
    blockData?: JsonObject | undefined;
    /**
     * The incoming, top-level document data used to `create` or `update` the document with.
     */
    data?: Partial<TData>;
    /**
     * The original data of the document before the `update` is applied. `doc` is undefined during the `create` operation.
     */
    doc?: TData;
    /**
     * The `id` of the current document being read or updated. `id` is undefined during the `create` operation.
     */
    id?: number | string;
    /** The `payload` object to interface with the payload API */
    req: PayloadRequest;
    /**
     * Immediately adjacent data to this field. For example, if this is a `group` field, then `siblingData` will be the other fields within the group.
     */
    siblingData?: Partial<TSiblingData>;
};
export type FieldAccess<TData extends TypeWithID = any, TSiblingData = any> = (args: FieldAccessArgs<TData, TSiblingData>) => boolean | Promise<boolean>;
export type Condition<TData extends TypeWithID = any, TSiblingData = any> = (
/**
 * The top-level document data
 */
data: Partial<TData>, 
/**
 * Immediately adjacent data to this field. For example, if this is a `group` field, then `siblingData` will be the other fields within the group.
 */
siblingData: Partial<TSiblingData>, { blockData, operation, path, user, }: {
    /**
     * The data of the nearest parent block. If the field is not within a block, `blockData` will be equal to `undefined`.
     */
    blockData: Partial<TData>;
    /**
     * A string relating to which operation the field type is currently executing within.
     */
    operation: Operation;
    /**
     * The path of the field, e.g. ["group", "myArray", 1, "textField"]. The path is the schemaPath but with indexes and would be used in the context of field data, not field schemas.
     */
    path: (number | string)[];
    user: PayloadRequest['user'];
}) => boolean;
export type FilterOptionsProps<TData = any> = {
    /**
     * The data of the nearest parent block. Will be `undefined` if the field is not within a block or when called on a `Filter` component within the list view.
     */
    blockData: TData;
    /**
     * An object containing the full collection or global document currently being edited. Will be an empty object when called on a `Filter` component within the list view.
     */
    data: TData;
    /**
     * The `id` of the current document being edited. Will be undefined during the `create` operation or when called on a `Filter` component within the list view.
     */
    id: number | string;
    /**
     * The collection `slug` to filter against, limited to this field's `relationTo` property.
     */
    relationTo: CollectionSlug;
    req: PayloadRequest;
    /**
     * An object containing document data that is scoped to only fields within the same parent of this field. Will be an empty object when called on a `Filter` component within the list view.
     */
    siblingData: unknown;
    /**
     * An object containing the currently authenticated user.
     */
    user: Partial<PayloadRequest['user']>;
};
export type FilterOptionsFunc<TData = any> = (options: FilterOptionsProps<TData>) => boolean | Promise<boolean | Where> | Where;
export type FilterOptions<TData = any> = FilterOptionsFunc<TData> | null | Where;
type BlockSlugOrString = (({} & string) | BlockSlug)[];
export type BlocksFilterOptionsProps<TData = any> = {
    /**
     * The `id` of the current document being edited. Will be undefined during the `create` operation.
     */
    id: number | string;
} & Pick<FilterOptionsProps<TData>, 'data' | 'req' | 'siblingData' | 'user'>;
export type BlocksFilterOptions<TData = any> = ((options: BlocksFilterOptionsProps<TData>) => BlockSlugOrString | Promise<BlockSlugOrString | true> | true) | BlockSlugOrString;
export type FieldPosition = 'main' | 'sidebar';
export type FieldAdmin = {
    className?: string;
    components?: {
        Cell?: PayloadComponent<DefaultServerCellComponentProps, DefaultCellComponentProps>;
        Description?: PayloadComponent<FieldDescriptionServerProps, FieldDescriptionClientProps>;
        Diff?: PayloadComponent<FieldDiffServerProps, FieldDiffClientProps>;
        Field?: PayloadComponent<FieldClientComponent | FieldServerComponent>;
        /**
         * The Filter component has to be a client component
         */
        Filter?: PayloadComponent;
    };
    /**
     * You can programmatically show / hide fields based on what other fields are doing.
     * This is also run on the server, to determine if the field should be validated.
     */
    condition?: Condition;
    /** Extension point to add your custom data. Available in server and client. */
    custom?: Record<string, any>;
    /**
     * The field description will be displayed next to the field in the admin UI. Additionally,
     * we use the field description to generate JSDoc comments for the generated TypeScript types.
     */
    description?: Description;
    disableBulkEdit?: boolean;
    disabled?: boolean;
    /**
     * Shows / hides fields from appearing in the list view groupBy options.
     * @type boolean
     */
    disableGroupBy?: boolean;
    /**
     * Shows / hides fields from appearing in the list view column selector.
     * @type boolean
     */
    disableListColumn?: boolean;
    /**
     * Shows / hides fields from appearing in the list view filter options.
     * @type boolean
     */
    disableListFilter?: boolean;
    hidden?: boolean;
    position?: FieldPosition;
    readOnly?: boolean;
    style?: CSSProperties;
    width?: CSSProperties['width'];
};
export type AdminClient = {
    className?: string;
    /** Extension point to add your custom data. Available in server and client. */
    custom?: Record<string, any>;
    description?: StaticDescription;
    disableBulkEdit?: boolean;
    disabled?: boolean;
    /**
     * Shows / hides fields from appearing in the list view groupBy options.
     * @type boolean
     */
    disableGroupBy?: boolean;
    /**
     * Shows / hides fields from appearing in the list view column selector.
     * @type boolean
     */
    disableListColumn?: boolean;
    /**
     * Shows / hides fields from appearing in the list view filter options.
     * @type boolean
     */
    disableListFilter?: boolean;
    hidden?: boolean;
    position?: FieldPosition;
    readOnly?: boolean;
    style?: {
        '--field-width'?: CSSProperties['width'];
    } & CSSProperties;
    width?: CSSProperties['width'];
};
export type Labels = {
    plural: LabelFunction | StaticLabel;
    singular: LabelFunction | StaticLabel;
};
export type LabelsClient = {
    plural: StaticLabel;
    singular: StaticLabel;
};
export type BaseValidateOptions<TData, TSiblingData, TValue> = {
    /**
     * The data of the nearest parent block. If the field is not within a block, `blockData` will be equal to `undefined`.
     */
    blockData: Partial<TData>;
    collectionSlug?: string;
    data: Partial<TData>;
    event?: 'onChange' | 'submit';
    id?: number | string;
    operation?: Operation;
    /**
     * The `overrideAccess` flag that was attached to the request. This is used to bypass access control checks for fields.
     */
    overrideAccess?: boolean;
    /**
     * The path of the field, e.g. ["group", "myArray", 1, "textField"]. The path is the schemaPath but with indexes and would be used in the context of field data, not field schemas.
     */
    path: (number | string)[];
    preferences: DocumentPreferences;
    previousValue?: TValue;
    req: PayloadRequest;
    required?: boolean;
    siblingData: Partial<TSiblingData>;
};
export type ValidateOptions<TData, TSiblingData, TFieldConfig extends object, TValue> = BaseValidateOptions<TData, TSiblingData, TValue> & TFieldConfig;
export type Validate<TValue = any, TData = any, TSiblingData = any, TFieldConfig extends object = object> = (value: null | TValue | undefined, options: ValidateOptions<TData, TSiblingData, TFieldConfig, TValue>) => Promise<string | true> | string | true;
export type OptionLabel = (() => React.JSX.Element) | LabelFunction | React.JSX.Element | StaticLabel;
export type OptionObject = {
    label: OptionLabel;
    value: string;
};
export type Option = OptionObject | string;
export type FieldGraphQLType = {
    graphQL?: {
        /**
         * Complexity for the query. This is used to limit the complexity of the join query.
         *
         * @default 10
         */
        complexity?: number;
    };
};
export interface FieldBase {
    /**
     * Do not set this property manually. This is set to true during sanitization, to avoid
     * sanitizing the same field multiple times.
     */
    _sanitized?: boolean;
    access?: {
        create?: FieldAccess;
        read?: FieldAccess;
        update?: FieldAccess;
    };
    admin?: FieldAdmin;
    /** Extension point to add your custom data. Server only. */
    custom?: FieldCustom;
    defaultValue?: DefaultValue;
    hidden?: boolean;
    hooks?: {
        afterChange?: FieldHook[];
        afterRead?: FieldHook[];
        beforeChange?: FieldHook[];
        /**
         * Runs before a document is duplicated to prevent errors in unique fields or return null to use defaultValue.
         */
        beforeDuplicate?: FieldHook[];
        beforeValidate?: FieldHook[];
    };
    index?: boolean;
    label?: false | LabelFunction | StaticLabel;
    localized?: boolean;
    /**
     * The name of the field. Must be alphanumeric and cannot contain ' . '
     *
     * Must not be one of reserved field names: ['__v', 'salt', 'hash', 'file']
     * @link https://payloadcms.com/docs/fields/overview#field-names
     */
    name: string;
    required?: boolean;
    saveToJWT?: boolean | string;
    /**
     * Allows you to modify the base JSON schema that is generated during generate:types for this field.
     * This JSON schema will be used to generate the TypeScript interface of this field.
     */
    typescriptSchema?: Array<(args: {
        jsonSchema: JSONSchema4;
    }) => JSONSchema4>;
    unique?: boolean;
    validate?: Validate;
    /**
     * Pass `true` to disable field in the DB
     * for [Virtual Fields](https://payloadcms.com/blog/learn-how-virtual-fields-can-help-solve-common-cms-challenges):
     * A virtual field can be used in `admin.useAsTitle` only when linked to a relationship.
     */
    virtual?: boolean | string;
}
export interface FieldBaseClient {
    admin?: AdminClient;
    hidden?: boolean;
    index?: boolean;
    label?: StaticLabel;
    localized?: boolean;
    /**
     * The name of the field. Must be alphanumeric and cannot contain ' . '
     *
     * Must not be one of reserved field names: ['__v', 'salt', 'hash', 'file']
     * @link https://payloadcms.com/docs/fields/overview#field-names
     */
    name: string;
    required?: boolean;
    saveToJWT?: boolean | string;
    /**
     * Allows you to modify the base JSON schema that is generated during generate:types for this field.
     * This JSON schema will be used to generate the TypeScript interface of this field.
     */
    typescriptSchema?: Array<(args: {
        jsonSchema: JSONSchema4;
    }) => JSONSchema4>;
    unique?: boolean;
}
export type NumberField = {
    admin?: {
        /** Set this property to a string that will be used for browser autocomplete. */
        autoComplete?: string;
        components?: {
            afterInput?: CustomComponent[];
            beforeInput?: CustomComponent[];
            Error?: CustomComponent<NumberFieldErrorClientComponent | NumberFieldErrorServerComponent>;
            Label?: CustomComponent<NumberFieldLabelClientComponent | NumberFieldLabelServerComponent>;
        } & FieldAdmin['components'];
        /** Set this property to define a placeholder string for the field. */
        placeholder?: Record<string, string> | string;
        /** Set a value for the number field to increment / decrement using browser controls. */
        step?: number;
    } & FieldAdmin;
    /** Maximum value accepted. Used in the default `validate` function. */
    max?: number;
    /** Minimum value accepted. Used in the default `validate` function. */
    min?: number;
    type: 'number';
} & ({
    /** Makes this field an ordered array of numbers instead of just a single number. */
    hasMany: true;
    /** Maximum number of numbers in the numbers array, if `hasMany` is set to true. */
    maxRows?: number;
    /** Minimum number of numbers in the numbers array, if `hasMany` is set to true. */
    minRows?: number;
    validate?: NumberFieldManyValidation;
} | {
    /** Makes this field an ordered array of numbers instead of just a single number. */
    hasMany?: false | undefined;
    /** Maximum number of numbers in the numbers array, if `hasMany` is set to true. */
    maxRows?: undefined;
    /** Minimum number of numbers in the numbers array, if `hasMany` is set to true. */
    minRows?: undefined;
    validate?: NumberFieldSingleValidation;
}) & Omit<FieldBase, 'validate'>;
export type NumberFieldClient = {
    admin?: AdminClient & Pick<NumberField['admin'], 'autoComplete' | 'placeholder' | 'step'>;
} & FieldBaseClient & Pick<NumberField, 'hasMany' | 'max' | 'maxRows' | 'min' | 'minRows' | 'type'>;
export type TextField = {
    admin?: {
        autoComplete?: string;
        components?: {
            afterInput?: CustomComponent[];
            beforeInput?: CustomComponent[];
            Error?: CustomComponent<TextFieldErrorClientComponent | TextFieldErrorServerComponent>;
            Label?: CustomComponent<TextFieldLabelClientComponent | TextFieldLabelServerComponent>;
        } & FieldAdmin['components'];
        placeholder?: Record<string, string> | string;
        rtl?: boolean;
    } & FieldAdmin;
    maxLength?: number;
    minLength?: number;
    type: 'text';
} & ({
    /** Makes this field an ordered array of strings instead of just a single string. */
    hasMany: true;
    /** Maximum number of strings in the strings array, if `hasMany` is set to true. */
    maxRows?: number;
    /** Minimum number of strings in the strings array, if `hasMany` is set to true. */
    minRows?: number;
    validate?: TextFieldManyValidation;
} | {
    /** Makes this field an ordered array of strings instead of just a single string. */
    hasMany?: false | undefined;
    /** Maximum number of strings in the strings array, if `hasMany` is set to true. */
    maxRows?: undefined;
    /** Minimum number of strings in the strings array, if `hasMany` is set to true. */
    minRows?: undefined;
    validate?: TextFieldSingleValidation;
}) & Omit<FieldBase, 'validate'>;
export type TextFieldClient = {
    admin?: AdminClient & PickPreserveOptional<NonNullable<TextField['admin']>, 'autoComplete' | 'placeholder' | 'rtl'>;
} & FieldBaseClient & Pick<TextField, 'hasMany' | 'maxLength' | 'maxRows' | 'minLength' | 'minRows' | 'type'>;
export type EmailField = {
    admin?: {
        autoComplete?: string;
        components?: {
            afterInput?: CustomComponent[];
            beforeInput?: CustomComponent[];
            Error?: CustomComponent<EmailFieldErrorClientComponent | EmailFieldErrorServerComponent>;
            Label?: CustomComponent<EmailFieldLabelClientComponent | EmailFieldLabelServerComponent>;
        } & FieldAdmin['components'];
        placeholder?: Record<string, string> | string;
    } & FieldAdmin;
    type: 'email';
    validate?: EmailFieldValidation;
} & Omit<FieldBase, 'validate'>;
export type EmailFieldClient = {
    admin?: AdminClient & PickPreserveOptional<NonNullable<EmailField['admin']>, 'autoComplete' | 'placeholder'>;
} & FieldBaseClient & Pick<EmailField, 'type'>;
export type TextareaField = {
    admin?: {
        components?: {
            afterInput?: CustomComponent[];
            beforeInput?: CustomComponent[];
            Error?: CustomComponent<TextareaFieldErrorClientComponent | TextareaFieldErrorServerComponent>;
            Label?: CustomComponent<TextareaFieldLabelClientComponent | TextareaFieldLabelServerComponent>;
        } & FieldAdmin['components'];
        placeholder?: Record<string, string> | string;
        rows?: number;
        rtl?: boolean;
    } & FieldAdmin;
    maxLength?: number;
    minLength?: number;
    type: 'textarea';
    validate?: TextareaFieldValidation;
} & Omit<FieldBase, 'validate'>;
export type TextareaFieldClient = {
    admin?: AdminClient & PickPreserveOptional<NonNullable<TextareaField['admin']>, 'placeholder' | 'rows' | 'rtl'>;
} & FieldBaseClient & Pick<TextareaField, 'maxLength' | 'minLength' | 'type'>;
export type CheckboxField = {
    admin?: {
        components?: {
            afterInput?: CustomComponent[];
            beforeInput?: CustomComponent[];
            Error?: CustomComponent<CheckboxFieldErrorClientComponent | CheckboxFieldErrorServerComponent>;
            Label?: CustomComponent<CheckboxFieldLabelClientComponent | CheckboxFieldLabelServerComponent>;
        } & FieldAdmin['components'];
    } & FieldAdmin;
    type: 'checkbox';
    validate?: CheckboxFieldValidation;
} & Omit<FieldBase, 'validate'>;
export type CheckboxFieldClient = {
    admin?: AdminClient;
} & FieldBaseClient & Pick<CheckboxField, 'type'>;
type DateFieldTimezoneConfigBase = {
    /**
     * Make only the timezone required in the admin interface. This means a timezone is always required to be selected.
     */
    required?: boolean;
    supportedTimezones?: Timezone[];
} & Pick<TimezonesConfig, 'defaultTimezone'>;
type DateFieldTimezoneConfig = {
    /**
     * A function used to override the timezone field at a granular level.
     * Passes the base select field to you to manipulate beyond the exposed options.
     * @example
     * ```ts
     * {
     *   type: 'date',
     *   name: 'publishedAt',
     *   timezone: {
     *     override: ({ baseField }) => ({
     *       ...baseField,
     *       admin: {
     *         ...baseField.admin,
     *         hidden: false,
     *       },
     *     }),
     *   },
     * }
     * ```
     */
    override?: (args: {
        baseField: SelectField;
    }) => Field;
} & DateFieldTimezoneConfigBase;
type DateFieldTimezoneConfigClient = DateFieldTimezoneConfigBase;
export type DateField = {
    admin?: {
        components?: {
            afterInput?: CustomComponent[];
            beforeInput?: CustomComponent[];
            Error?: CustomComponent<DateFieldErrorClientComponent | DateFieldErrorServerComponent>;
            Label?: CustomComponent<DateFieldLabelClientComponent | DateFieldLabelServerComponent>;
        } & FieldAdmin['components'];
        date?: ConditionalDateProps;
        placeholder?: Record<string, string> | string;
    } & FieldAdmin;
    /**
     * Enable timezone selection in the admin interface.
     */
    timezone?: DateFieldTimezoneConfig | true;
    type: 'date';
    validate?: DateFieldValidation;
} & Omit<FieldBase, 'validate'>;
export type DateFieldClient = {
    admin?: AdminClient & Pick<DateField['admin'], 'date' | 'placeholder'>;
    /**
     * Enable timezone selection in the admin interface.
     * Note: The `override` function is stripped on the client.
     */
    timezone?: DateFieldTimezoneConfigClient | true;
} & FieldBaseClient & Pick<DateField, 'type'>;
export type GroupBase = {
    admin?: {
        components?: {
            afterInput?: CustomComponent[];
            beforeInput?: CustomComponent[];
            Label?: CustomComponent<GroupFieldLabelClientComponent | GroupFieldLabelServerComponent>;
        } & FieldAdmin['components'];
        hideGutter?: boolean;
    } & FieldAdmin;
    fields: Field[];
    type: 'group';
    validate?: Validate<unknown, unknown, unknown, GroupField>;
} & Omit<FieldBase, 'validate'>;
export type NamedGroupField = {
    /** Customize generated GraphQL and Typescript schema names.
     * By default, it is bound to the collection.
     *
     * This is useful if you would like to generate a top level type to share amongst collections/fields.
     * **Note**: Top level types can collide, ensure they are unique amongst collections, arrays, groups, blocks, tabs.
     */
    interfaceName?: string;
} & GroupBase;
export type UnnamedGroupField = {
    interfaceName?: never;
    localized?: never;
} & Omit<GroupBase, 'hooks' | 'name' | 'virtual'>;
export type GroupField = NamedGroupField | UnnamedGroupField;
export type UnnamedGroupFieldClient = {
    admin?: AdminClient & Pick<UnnamedGroupField['admin'], 'hideGutter'>;
    fields: ClientField[];
} & Omit<FieldBaseClient, 'name' | 'required'> & Pick<UnnamedGroupField, 'label' | 'type'>;
export type NamedGroupFieldClient = Pick<NamedGroupField, 'name'> & UnnamedGroupFieldClient;
export type GroupFieldClient = NamedGroupFieldClient | UnnamedGroupFieldClient;
export type RowField = {
    admin?: Omit<FieldAdmin, 'description'>;
    fields: Field[];
    type: 'row';
} & Omit<FieldBase, 'admin' | 'hooks' | 'label' | 'localized' | 'name' | 'validate' | 'virtual'>;
export type RowFieldClient = {
    admin?: Omit<AdminClient, 'description'>;
    fields: ClientField[];
} & Omit<FieldBaseClient, 'admin' | 'label' | 'name'> & Pick<RowField, 'type'>;
export type CollapsibleField = {
    fields: Field[];
    type: 'collapsible';
} & ({
    admin: {
        components: {
            afterInput?: CustomComponent[];
            beforeInput?: CustomComponent[];
            Label: CustomComponent<CollapsibleFieldLabelClientComponent | CollapsibleFieldLabelServerComponent>;
        } & FieldAdmin['components'];
        initCollapsed?: boolean;
    } & FieldAdmin;
    label?: Required<FieldBase['label']>;
} | {
    admin?: {
        components?: {
            afterInput?: CustomComponent[];
            beforeInput?: CustomComponent[];
            Label?: CustomComponent<CollapsibleFieldLabelClientComponent | CollapsibleFieldLabelServerComponent>;
        } & FieldAdmin['components'];
        initCollapsed?: boolean;
    } & FieldAdmin;
    label: Required<FieldBase['label']>;
}) & Omit<FieldBase, 'hooks' | 'label' | 'localized' | 'name' | 'validate' | 'virtual'>;
export type CollapsibleFieldClient = {
    admin?: {
        initCollapsed?: boolean;
    } & AdminClient;
    fields: ClientField[];
    label: StaticLabel;
} & Omit<FieldBaseClient, 'label' | 'name' | 'validate'> & Pick<CollapsibleField, 'type'>;
type TabBase = {
    /**
     * @deprecated
     * Use `admin.description` instead. This will be removed in a future major version.
     */
    description?: LabelFunction | StaticDescription;
    fields: Field[];
    id?: string;
    interfaceName?: string;
    saveToJWT?: boolean | string;
} & Omit<FieldBase, 'required' | 'validate'>;
export type NamedTab = {
    /** Customize generated GraphQL and Typescript schema names.
     * The slug is used by default.
     *
     * This is useful if you would like to generate a top level type to share amongst collections/fields.
     * **Note**: Top level types can collide, ensure they are unique amongst collections, arrays, groups, blocks, tabs.
     */
    interfaceName?: string;
} & TabBase;
export type UnnamedTab = {
    interfaceName?: never;
    /**
     * Can be either:
     * - A string, which will be used as the tab's label.
     * - An object, where the key is the language code and the value is the label.
     */
    label: {
        [selectedLanguage: string]: string;
    } | LabelFunction | string;
    localized?: never;
} & Omit<TabBase, 'hooks' | 'name' | 'virtual'>;
export type Tab = NamedTab | UnnamedTab;
export type TabsField = {
    admin?: Omit<FieldAdmin, 'description'>;
    type: 'tabs';
} & {
    tabs: Tab[];
} & Omit<FieldBase, 'admin' | 'localized' | 'name' | 'saveToJWT' | 'virtual'>;
export type TabsFieldClient = {
    admin?: Omit<AdminClient, 'description'>;
    tabs: ClientTab[];
} & Omit<FieldBaseClient, 'admin' | 'localized' | 'name' | 'saveToJWT'> & Pick<TabsField, 'type'>;
export type TabAsField = {
    name?: string;
    type: 'tab';
} & Tab;
export type TabAsFieldClient = ClientTab & Pick<TabAsField, 'name' | 'type'>;
export type UIField = {
    admin: {
        components?: {
            /**
             * Allow any custom components to be added to the UI field. This allows
             * the UI field to be used as a vessel for getting components rendered.
             */
            [key: string]: PayloadComponent | undefined;
            Cell?: CustomComponent;
            Field?: CustomComponent;
            /**
             * The Filter component has to be a client component
             */
            Filter?: PayloadComponent;
        } & FieldAdmin['components'];
        condition?: Condition;
        /** Extension point to add your custom data. Available in server and client. */
        custom?: Record<string, any>;
        /**
         * Set `false` make the UI field appear in the list view column selector. `true` by default for UI fields.
         * @default true
         */
        disableBulkEdit?: boolean;
        /**
         * Shows / hides fields from appearing in the list view column selector.
         * @type boolean
         */
        disableListColumn?: boolean;
        position?: string;
        width?: CSSProperties['width'];
    };
    /** Extension point to add your custom data. Server only. */
    custom?: Record<string, any>;
    label?: Record<string, string> | string;
    name: string;
    type: 'ui';
};
export type UIFieldClient = {
    admin: DeepUndefinable<FieldBaseClient['admin']> & Pick<UIField['admin'], 'custom' | 'disableBulkEdit' | 'disableListColumn' | 'position' | 'width'>;
} & Omit<DeepUndefinable<FieldBaseClient>, 'admin'> & // still include FieldBaseClient (even if it's undefinable) so that we don't need constant type checks (e.g. if('xy' in field))
Pick<UIField, 'label' | 'name' | 'type'>;
type SharedUploadProperties = {
    /**
     * Toggle the preview in the admin interface.
     */
    displayPreview?: boolean;
    filterOptions?: FilterOptions;
    /**
     * Sets a maximum population depth for this field, regardless of the remaining depth when this field is reached.
     *
     * {@link https://payloadcms.com/docs/getting-started/concepts#field-level-max-depth}
     */
    maxDepth?: number;
    type: 'upload';
} & ({
    hasMany: true;
    /**
     * @deprecated Use 'maxRows' instead
     */
    max?: number;
    maxRows?: number;
    /**
     * @deprecated Use 'minRows' instead
     */
    min?: number;
    minRows?: number;
    validate?: UploadFieldManyValidation;
} | {
    hasMany?: false | undefined;
    /**
     * @deprecated Use 'maxRows' instead
     */
    max?: undefined;
    maxRows?: undefined;
    /**
     * @deprecated Use 'minRows' instead
     */
    min?: undefined;
    minRows?: undefined;
    validate?: UploadFieldSingleValidation;
}) & FieldGraphQLType & Omit<FieldBase, 'validate'>;
type SharedUploadPropertiesClient = FieldBaseClient & Pick<SharedUploadProperties, 'hasMany' | 'max' | 'maxDepth' | 'maxRows' | 'min' | 'minRows' | 'type'>;
type UploadAdmin = {
    allowCreate?: boolean;
    components?: {
        afterInput?: CustomComponent[];
        beforeInput?: CustomComponent[];
        Error?: CustomComponent<RelationshipFieldErrorClientComponent | RelationshipFieldErrorServerComponent>;
        Label?: CustomComponent<RelationshipFieldLabelClientComponent | RelationshipFieldLabelServerComponent>;
    } & FieldAdmin['components'];
    isSortable?: boolean;
} & FieldAdmin;
type UploadAdminClient = AdminClient & Pick<UploadAdmin, 'allowCreate' | 'isSortable'>;
export type PolymorphicUploadField = {
    admin?: {
        sortOptions?: Partial<Record<CollectionSlug, string>>;
    } & UploadAdmin;
    /**
     * @todo v4: make relationTo: [] fail type checking
     */
    relationTo: CollectionSlug[];
} & SharedUploadProperties;
export type PolymorphicUploadFieldClient = {
    admin?: {
        sortOptions?: Pick<PolymorphicUploadField['admin'], 'sortOptions'>;
    } & UploadAdminClient;
} & Pick<PolymorphicUploadField, 'displayPreview' | 'maxDepth' | 'relationTo' | 'type'> & SharedUploadPropertiesClient;
export type SingleUploadField = {
    admin?: {
        sortOptions?: string;
    } & UploadAdmin;
    relationTo: CollectionSlug;
} & SharedUploadProperties;
export type SingleUploadFieldClient = {
    admin?: Pick<SingleUploadField['admin'], 'sortOptions'> & UploadAdminClient;
} & Pick<SingleUploadField, 'displayPreview' | 'maxDepth' | 'relationTo' | 'type'> & SharedUploadPropertiesClient;
export type UploadField = PolymorphicUploadField | SingleUploadField;
export type UploadFieldClient = PolymorphicUploadFieldClient | SingleUploadFieldClient;
export type CodeField = {
    admin?: {
        components?: {
            afterInput?: CustomComponent[];
            beforeInput?: CustomComponent[];
            Error?: CustomComponent<CodeFieldErrorClientComponent | CodeFieldErrorServerComponent>;
            Label?: CustomComponent<CodeFieldLabelClientComponent | CodeFieldLabelServerComponent>;
        } & FieldAdmin['components'];
        editorOptions?: EditorProps['options'];
        editorProps?: Partial<EditorProps>;
        language?: string;
    } & FieldAdmin;
    maxLength?: number;
    minLength?: number;
    type: 'code';
    validate?: CodeFieldValidation;
} & Omit<FieldBase, 'admin' | 'validate'>;
export type CodeFieldClient = {
    admin?: AdminClient & Partial<Pick<CodeField['admin'], 'editorOptions' | 'editorProps' | 'language'>>;
} & Omit<FieldBaseClient, 'admin'> & Pick<CodeField, 'maxLength' | 'minLength' | 'type'>;
export type JSONField = {
    admin?: {
        components?: {
            afterInput?: CustomComponent[];
            beforeInput?: CustomComponent[];
            Error?: CustomComponent<JSONFieldErrorClientComponent | JSONFieldErrorServerComponent>;
            Label?: CustomComponent<JSONFieldLabelClientComponent | JSONFieldLabelServerComponent>;
        } & FieldAdmin['components'];
        editorOptions?: EditorProps['options'];
        maxHeight?: number;
    } & FieldAdmin;
    jsonSchema?: {
        fileMatch: string[];
        schema: JSONSchema4;
        uri: string;
    };
    type: 'json';
    validate?: JSONFieldValidation;
} & Omit<FieldBase, 'admin' | 'validate'>;
export type JSONFieldClient = {
    admin?: AdminClient & Pick<JSONField['admin'], 'editorOptions' | 'maxHeight'>;
} & Omit<FieldBaseClient, 'admin'> & Pick<JSONField, 'jsonSchema' | 'type'>;
export type SelectField = {
    admin?: {
        components?: {
            afterInput?: CustomComponent[];
            beforeInput?: CustomComponent[];
            Error?: CustomComponent<SelectFieldErrorClientComponent | SelectFieldErrorServerComponent>;
            Label?: CustomComponent<SelectFieldLabelClientComponent | SelectFieldLabelServerComponent>;
        } & FieldAdmin['components'];
        isClearable?: boolean;
        isSortable?: boolean;
        placeholder?: LabelFunction | string;
    } & FieldAdmin;
    /**
     * Customize the SQL table name
     */
    dbName?: DBIdentifierName;
    /**
     * Customize the DB enum name
     */
    enumName?: DBIdentifierName;
    /**
     * Reduce the available options based on the current user, value of another field, etc.
     * Similar to the `filterOptions` property on `relationship` and `upload` fields, except with a different return type.
     */
    filterOptions?: (args: {
        data: Data;
        options: Option[];
        req: PayloadRequest;
        siblingData: Data;
    }) => Option[];
    hasMany?: boolean;
    /**
     * Customize generated GraphQL and Typescript schema names.
     * By default, it is bound to the collection.
     *
     * This is useful if you would like to generate a top level type to share amongst collections/fields.
     * **Note**: Top level types can collide, ensure they are unique amongst collections, arrays, groups, blocks, tabs.
     */
    interfaceName?: string;
    options: Option[];
    type: 'select';
} & ({
    hasMany: true;
    validate?: SelectFieldManyValidation;
} | {
    hasMany?: false | undefined;
    validate?: SelectFieldSingleValidation;
}) & Omit<FieldBase, 'validate'>;
export type SelectFieldClient = {
    admin?: AdminClient & Pick<SelectField['admin'], 'isClearable' | 'isSortable' | 'placeholder'>;
} & FieldBaseClient & Pick<SelectField, 'hasMany' | 'interfaceName' | 'options' | 'type'>;
type SharedRelationshipProperties = {
    filterOptions?: FilterOptions;
    /**
     * Sets a maximum population depth for this field, regardless of the remaining depth when this field is reached.
     *
     * {@link https://payloadcms.com/docs/getting-started/concepts#field-level-max-depth}
     */
    maxDepth?: number;
    type: 'relationship';
} & ({
    hasMany: true;
    /**
     * @deprecated Use 'maxRows' instead
     */
    max?: number;
    maxRows?: number;
    /**
     * @deprecated Use 'minRows' instead
     */
    min?: number;
    minRows?: number;
    validate?: RelationshipFieldManyValidation;
} | {
    hasMany?: false | undefined;
    /**
     * @deprecated Use 'maxRows' instead
     */
    max?: undefined;
    maxRows?: undefined;
    /**
     * @deprecated Use 'minRows' instead
     */
    min?: undefined;
    minRows?: undefined;
    validate?: RelationshipFieldSingleValidation;
}) & FieldGraphQLType & Omit<FieldBase, 'validate'>;
type SharedRelationshipPropertiesClient = FieldBaseClient & Pick<SharedRelationshipProperties, 'hasMany' | 'max' | 'maxDepth' | 'maxRows' | 'min' | 'minRows' | 'type'>;
type RelationshipAdmin = {
    allowCreate?: boolean;
    allowEdit?: boolean;
    appearance?: 'drawer' | 'select';
    components?: {
        afterInput?: CustomComponent[];
        beforeInput?: CustomComponent[];
        Error?: CustomComponent<RelationshipFieldErrorClientComponent | RelationshipFieldErrorServerComponent>;
        Label?: CustomComponent<RelationshipFieldLabelClientComponent | RelationshipFieldLabelServerComponent>;
    } & FieldAdmin['components'];
    isSortable?: boolean;
    placeholder?: LabelFunction | string;
} & FieldAdmin;
type RelationshipAdminClient = AdminClient & Pick<RelationshipAdmin, 'allowCreate' | 'allowEdit' | 'appearance' | 'isSortable' | 'placeholder'>;
export type PolymorphicRelationshipField = {
    admin?: {
        sortOptions?: Partial<Record<CollectionSlug, string>>;
    } & RelationshipAdmin;
    /**
     * @todo v4: make relationTo: [] fail type checking
     */
    relationTo: CollectionSlug[];
} & SharedRelationshipProperties;
export type PolymorphicRelationshipFieldClient = {
    admin?: {
        sortOptions?: PolymorphicRelationshipField['admin']['sortOptions'];
    } & RelationshipAdminClient;
} & Pick<PolymorphicRelationshipField, 'relationTo'> & SharedRelationshipPropertiesClient;
export type SingleRelationshipField = {
    admin?: {
        sortOptions?: string;
    } & RelationshipAdmin;
    relationTo: CollectionSlug;
} & SharedRelationshipProperties;
export type SingleRelationshipFieldClient = {
    admin?: Partial<Pick<SingleRelationshipField['admin'], 'sortOptions'>> & RelationshipAdminClient;
} & Pick<SingleRelationshipField, 'relationTo'> & SharedRelationshipPropertiesClient;
export type RelationshipField = PolymorphicRelationshipField | SingleRelationshipField;
export type RelationshipFieldClient = PolymorphicRelationshipFieldClient | SingleRelationshipFieldClient;
export type ValueWithRelation = {
    relationTo: CollectionSlug;
    value: number | string;
};
export declare function valueIsValueWithRelation(value: unknown): value is ValueWithRelation;
export type RelationshipValue = RelationshipValueMany | RelationshipValueSingle;
export type RelationshipValueMany = (number | string)[] | ValueWithRelation[];
export type RelationshipValueSingle = number | string | ValueWithRelation;
export type RichTextField<TValue extends object = any, TAdapterProps = any, TExtraProperties = object> = {
    admin?: {
        components?: {
            afterInput?: CustomComponent[];
            beforeInput?: CustomComponent[];
            Error?: CustomComponent;
            Label?: CustomComponent;
        } & FieldAdmin['components'];
    } & FieldAdmin;
    editor?: RichTextAdapter<TValue, TAdapterProps, TExtraProperties> | RichTextAdapterProvider<TValue, TAdapterProps, TExtraProperties>;
    /**
     * Sets a maximum population depth for this field, regardless of the remaining depth when this field is reached.
     *
     * {@link https://payloadcms.com/docs/getting-started/concepts#field-level-max-depth}
     */
    maxDepth?: number;
    type: 'richText';
    validate?: RichTextFieldValidation;
} & Omit<FieldBase, 'validate'> & TExtraProperties;
export type RichTextFieldClient<TValue extends object = any, TAdapterProps = any, TExtraProperties = object> = FieldBaseClient & Pick<RichTextField<TValue, TAdapterProps, TExtraProperties>, 'maxDepth' | 'type'> & TExtraProperties;
export type ArrayField = {
    admin?: {
        components?: {
            afterInput?: CustomComponent[];
            beforeInput?: CustomComponent[];
            Error?: CustomComponent<ArrayFieldErrorClientComponent | ArrayFieldErrorServerComponent>;
            Label?: CustomComponent<ArrayFieldLabelClientComponent | ArrayFieldLabelServerComponent>;
            RowLabel?: RowLabelComponent;
        } & FieldAdmin['components'];
        initCollapsed?: boolean;
        /**
         * Disable drag and drop sorting
         */
        isSortable?: boolean;
    } & FieldAdmin;
    /**
     * Customize the SQL table name
     */
    dbName?: DBIdentifierName;
    fields: Field[];
    /** Customize generated GraphQL and Typescript schema names.
     * By default, it is bound to the collection.
     *
     * This is useful if you would like to generate a top level type to share amongst collections/fields.
     * **Note**: Top level types can collide, ensure they are unique amongst collections, arrays, groups, blocks, tabs.
     */
    interfaceName?: string;
    labels?: Labels;
    maxRows?: number;
    minRows?: number;
    type: 'array';
    validate?: ArrayFieldValidation;
} & Omit<FieldBase, 'validate'>;
export type ArrayFieldClient = {
    admin?: AdminClient & Pick<ArrayField['admin'], 'initCollapsed' | 'isSortable'>;
    fields: ClientField[];
    labels?: LabelsClient;
} & FieldBaseClient & Pick<ArrayField, 'interfaceName' | 'maxRows' | 'minRows' | 'type'>;
export type RadioField = {
    admin?: {
        components?: {
            afterInput?: CustomComponent[];
            beforeInput?: CustomComponent[];
            Error?: CustomComponent<RadioFieldErrorClientComponent | RadioFieldErrorServerComponent>;
            Label?: CustomComponent<RadioFieldLabelClientComponent | RadioFieldLabelServerComponent>;
        } & FieldAdmin['components'];
        layout?: 'horizontal' | 'vertical';
    } & FieldAdmin;
    /**
     * Customize the SQL table name
     */
    dbName?: DBIdentifierName;
    /**
     * Customize the DB enum name
     */
    enumName?: DBIdentifierName;
    /** Customize generated GraphQL and Typescript schema names.
     * By default, it is bound to the collection.
     *
     * This is useful if you would like to generate a top level type to share amongst collections/fields.
     * **Note**: Top level types can collide, ensure they are unique amongst collections, arrays, groups, blocks, tabs.
     */
    interfaceName?: string;
    options: Option[];
    type: 'radio';
    validate?: RadioFieldValidation;
} & Omit<FieldBase, 'validate'>;
export type RadioFieldClient = {
    admin?: AdminClient & Pick<RadioField['admin'], 'layout'>;
} & FieldBaseClient & Pick<RadioField, 'interfaceName' | 'options' | 'type'>;
type BlockFields = {
    [key: string]: any;
    blockName?: string;
    blockType?: string;
};
export type BlockJSX = {
    /**
     * Override the default regex used to search for the start of the block in the JSX.
     * By default, it's <BlockSlugHere
     */
    customEndRegex?: {
        /**
         * Whether the end match is optional. If true, the end match is
         * not required to match for the transformer to be triggered.
         * The entire text from regexpStart to the end of the document will then be matched.
         */
        optional?: true;
        regExp: RegExp;
    } | RegExp;
    /**
     * Override the default regex used to search for the start of the block in the JSX.
     * By default, it's <BlockSlugHere/>
     */
    customStartRegex?: RegExp;
    /**
     * By default, all spaces at the beginning and end of every line of the
     * children (text between the open and close match) are removed.
     * Set this to true to disable this behavior.
     */
    doNotTrimChildren?: boolean;
    /**
     * Function that receives the data for a given block and returns a JSX representation of it.
     *
     * This is used to convert Lexical => JSX
     */
    export: (props: {
        fields: BlockFields;
        lexicalToMarkdown: (props: {
            editorState: Record<string, any>;
        }) => string;
    }) => {
        children?: string;
        props?: object;
    } | false | string;
    /**
     * Function that receives the markdown string and parsed
     * JSX props for a given matched block and returns a Lexical representation of it.
     *
     * This is used to convert JSX => Lexical
     */
    import: (props: {
        children: string;
        closeMatch: null | RegExpMatchArray;
        htmlToLexical?: ((props: {
            html: string;
        }) => any) | null;
        markdownToLexical: (props: {
            markdown: string;
        }) => Record<string, any>;
        openMatch?: RegExpMatchArray;
        props: Record<string, any>;
    }) => BlockFields | false;
};
export type Block = {
    /**
     * Do not set this property manually. This is set to true during sanitization, to avoid
     * sanitizing the same block multiple times.
     */
    _sanitized?: boolean;
    admin?: {
        components?: {
            /**
             * This will replace the entire block component, including the block header / collapsible.
             */
            Block?: PayloadComponent<any, any>;
            Label?: PayloadComponent<any, any>;
        };
        /** Extension point to add your custom data. Available in server and client. */
        custom?: Record<string, any>;
        /**
         * Hides the block name field from the Block's header
         *
         * @default false
         */
        disableBlockName?: boolean;
        group?: Record<string, string> | string;
        /**
         * Custom images for the block displayed in different UI contexts.
         *
         * @example
         * // Using string URLs (simplest form)
         * images: {
         *   icon: 'https://example.com/icon.svg',
         *   thumbnail: 'https://example.com/thumbnail.jpg',
         * }
         *
         * @example
         * // Using objects with alt text
         * images: {
         *   icon: { url: 'https://example.com/icon.svg', alt: 'Quote icon' },
         *   thumbnail: { url: 'https://example.com/thumb.jpg', alt: 'Quote block thumbnail' },
         * }
         */
        images?: {
            /**
             * Icon image for the block in Lexical editor menus and toolbars (displayed at 20x20px).
             * Use square images or SVGs for best results.
             * Can be a URL string or an object with `url` and optional `alt` properties.
             */
            icon?: {
                alt?: string;
                url: string;
            } | string;
            /**
             * Thumbnail image for the block in the Admin UI block selection drawer.
             * Preferred aspect ratio is 3:2 (e.g., 480x320, 600x400).
             * Can be a URL string or an object with `url` and optional `alt` properties.
             */
            thumbnail?: {
                alt?: string;
                url: string;
            } | string;
        };
        jsx?: PayloadComponent;
    };
    /** Extension point to add your custom data. Server only. */
    custom?: Record<string, any>;
    /**
     * Customize the SQL table name
     */
    dbName?: DBIdentifierName;
    fields: Field[];
    /** @deprecated - please migrate to the interfaceName property instead. */
    graphQL?: {
        singularName?: string;
    };
    /**
     * @deprecated Use `admin.images` instead.
     */
    imageAltText?: string;
    /**
     * @deprecated Use `admin.images` instead. Preferred aspect ratio of the image is 3:2.
     */
    imageURL?: string;
    /** Customize generated GraphQL and Typescript schema names.
     * The slug is used by default.
     *
     * This is useful if you would like to generate a top level type to share amongst collections/fields.
     * **Note**: Top level types can collide, ensure they are unique amongst collections, arrays, groups, blocks, tabs.
     */
    interfaceName?: string;
    jsx?: BlockJSX;
    labels?: Labels;
    slug: string;
};
export type ClientBlock = {
    admin?: Pick<NonNullable<Block['admin']>, 'custom' | 'disableBlockName' | 'group' | 'images'>;
    fields: ClientField[];
    labels?: LabelsClient;
} & Pick<Block, 'imageAltText' | 'imageURL' | 'jsx' | 'slug'>;
export type BlocksField = {
    admin?: {
        components?: {
            afterInput?: CustomComponent[];
            beforeInput?: CustomComponent[];
            Error?: CustomComponent<BlocksFieldErrorClientComponent | BlocksFieldErrorServerComponent>;
            Label?: CustomComponent<BlocksFieldLabelClientComponent | BlocksFieldLabelServerComponent>;
        } & FieldAdmin['components'];
        initCollapsed?: boolean;
        /**
         * Disable drag and drop sorting
         */
        isSortable?: boolean;
    } & FieldAdmin;
    /**
     * Like `blocks`, but allows you to also pass strings that are slugs of blocks defined in `config.blocks`.
     *
     * @todo `blockReferences` will be merged with `blocks` in 4.0
     */
    blockReferences?: (Block | BlockSlug)[];
    blocks: Block[];
    defaultValue?: DefaultValue;
    /**
     * Blocks can be conditionally enabled using the `filterOptions` property on the blocks field.
     * It allows you to provide a function that returns which block slugs should be available based on the given context.
     *
     * @behavior
     *
     * - `filterOptions` is re-evaluated as part of the form state request, whenever the document data changes.
     * - If a block is present in the field but no longer allowed by `filterOptions`, a validation error will occur when saving.
     *
     * @example
     *
     * ```ts
     * {
     *   name: 'blocksWithDynamicFilterOptions',
     *   type: 'blocks',
     *   filterOptions: ({ siblingData }) => {
     *     return siblingData?.enabledBlocks?.length
     *       ? [siblingData.enabledBlocks] // allow only the matching block
     *       : true // allow all blocks if no value is set
     *   },
     *   blocks: [
     *     { slug: 'block1', fields: [{ type: 'text', name: 'block1Text' }] },
     *     { slug: 'block2', fields: [{ type: 'text', name: 'block2Text' }] },
     *     { slug: 'block3', fields: [{ type: 'text', name: 'block3Text' }] },
     *   ],
     * }
     * ```
     * In this example, the list of available blocks is determined by the enabledBlocks sibling field. If no value is set, all blocks remain available.
     */
    filterOptions?: BlocksFilterOptions;
    labels?: Labels;
    maxRows?: number;
    minRows?: number;
    type: 'blocks';
    validate?: BlocksFieldValidation;
} & Omit<FieldBase, 'validate'>;
export type BlocksFieldClient = {
    admin?: AdminClient & Pick<BlocksField['admin'], 'initCollapsed' | 'isSortable'>;
    /**
     * Like `blocks`, but allows you to also pass strings that are slugs of blocks defined in `config.blocks`.
     *
     * @todo `blockReferences` will be merged with `blocks` in 4.0
     */
    blockReferences?: (ClientBlock | string)[];
    blocks: ClientBlock[];
    labels?: LabelsClient;
} & FieldBaseClient & Pick<BlocksField, 'maxRows' | 'minRows' | 'type'>;
export type PointField = {
    admin?: {
        components?: {
            afterInput?: CustomComponent[];
            beforeInput?: CustomComponent[];
            Error?: CustomComponent<PointFieldErrorClientComponent | PointFieldErrorServerComponent>;
            Label?: CustomComponent<PointFieldLabelClientComponent | PointFieldLabelServerComponent>;
        } & FieldAdmin['components'];
        placeholder?: Record<string, string> | string;
        step?: number;
    } & FieldAdmin;
    type: 'point';
    validate?: PointFieldValidation;
} & Omit<FieldBase, 'validate'>;
export type PointFieldClient = {
    admin?: AdminClient & Pick<PointField['admin'], 'placeholder' | 'step'>;
} & FieldBaseClient & Pick<PointField, 'type'>;
/**
 * A virtual field that loads in related collections by querying a relationship or upload field.
 */
export type JoinField = {
    access?: {
        create?: never;
        read?: FieldAccess;
        update?: never;
    };
    admin?: {
        allowCreate?: boolean;
        components?: {
            afterInput?: CustomComponent[];
            beforeInput?: CustomComponent[];
            Error?: CustomComponent<JoinFieldErrorClientComponent | JoinFieldErrorServerComponent>;
            Label?: CustomComponent<JoinFieldLabelClientComponent | JoinFieldLabelServerComponent>;
        } & FieldAdmin['components'];
        defaultColumns?: string[];
        disableBulkEdit?: never;
        disableRowTypes?: boolean;
        readOnly?: never;
    } & FieldAdmin;
    /**
     * The slug of the collection to relate with.
     */
    collection: CollectionSlug | CollectionSlug[];
    defaultLimit?: number;
    defaultSort?: Sort;
    defaultValue?: never;
    /**
     * This does not need to be set and will be overridden by the relationship field's hasMany property.
     */
    hasMany?: boolean;
    hidden?: false;
    index?: never;
    /**
     * This does not need to be set and will be overridden by the relationship field's localized property.
     */
    localized?: boolean;
    /**
     * The maximum allowed depth to be permitted application-wide. This setting helps prevent against malicious queries.
     *
     * @see https://payloadcms.com/docs/getting-started/concepts#depth
     *
     * @default 1
     */
    maxDepth?: number;
    /**
     * A string for the field in the collection being joined to.
     */
    on: string;
    /**
     * If true, enables custom ordering for the collection with the relationship, and joined documents can be reordered via drag and drop.
     * New documents are inserted at the end of the list according to this parameter.
     *
     * Under the hood, a field with {@link https://payloadcms.com/docs/configuration/collections#fractional-indexing|fractional indexing} is used to optimize inserts and reorderings.
     *
     * @default false
     *
     * @experimental There may be frequent breaking changes to this API
     */
    orderable?: boolean;
    sanitizedMany?: JoinField[];
    type: 'join';
    validate?: never;
    where?: Where;
} & FieldBase & FieldGraphQLType;
export type JoinFieldClient = {
    admin?: AdminClient & Pick<JoinField['admin'], 'allowCreate' | 'defaultColumns' | 'disableBulkEdit' | 'disableRowTypes' | 'readOnly'>;
} & {
    targetField: Pick<RelationshipFieldClient, 'relationTo'>;
} & FieldBaseClient & Pick<JoinField, 'collection' | 'defaultLimit' | 'defaultSort' | 'index' | 'maxDepth' | 'on' | 'orderable' | 'type' | 'where'>;
export type FlattenedBlock = {
    flattenedFields: FlattenedField[];
} & Block;
export type FlattenedBlocksField = {
    /**
     * Like `blocks`, but allows you to also pass strings that are slugs of blocks defined in `config.blocks`.
     *
     * @todo `blockReferences` will be merged with `blocks` in 4.0
     */
    blockReferences?: (FlattenedBlock | string)[];
    blocks: FlattenedBlock[];
} & Omit<BlocksField, 'blockReferences' | 'blocks'>;
export type FlattenedGroupField = {
    flattenedFields: FlattenedField[];
    name: string;
} & GroupField;
export type FlattenedArrayField = {
    flattenedFields: FlattenedField[];
} & ArrayField;
export type FlattenedTabAsField = {
    flattenedFields: FlattenedField[];
} & MarkRequired<TabAsField, 'name'>;
export type FlattenedJoinField = {
    targetField: RelationshipField | UploadField;
} & JoinField;
export type FlattenedField = CheckboxField | CodeField | DateField | EmailField | FlattenedArrayField | FlattenedBlocksField | FlattenedGroupField | FlattenedJoinField | FlattenedTabAsField | JSONField | NumberField | PointField | RadioField | RelationshipField | RichTextField | SelectField | TextareaField | TextField | UploadField;
export type Field = ArrayField | BlocksField | CheckboxField | CodeField | CollapsibleField | DateField | EmailField | GroupField | JoinField | JSONField | NumberField | PointField | RadioField | RelationshipField | RichTextField | RowField | SelectField | TabsField | TextareaField | TextField | UIField | UploadField;
export type ClientField = ArrayFieldClient | BlocksFieldClient | CheckboxFieldClient | CodeFieldClient | CollapsibleFieldClient | DateFieldClient | EmailFieldClient | GroupFieldClient | JoinFieldClient | JSONFieldClient | NumberFieldClient | PointFieldClient | RadioFieldClient | RelationshipFieldClient | RichTextFieldClient | RowFieldClient | SelectFieldClient | TabsFieldClient | TextareaFieldClient | TextFieldClient | UIFieldClient | UploadFieldClient;
export type ClientFieldProps = ArrayFieldClientProps | BlocksFieldClientProps | CheckboxFieldClientProps | CodeFieldClientProps | CollapsibleFieldClientProps | DateFieldClientProps | EmailFieldClientProps | GroupFieldClientProps | HiddenFieldProps | JoinFieldClientProps | JSONFieldClientProps | NumberFieldClientProps | PointFieldClientProps | RadioFieldClientProps | RelationshipFieldClientProps | RichTextFieldClientProps | RowFieldClientProps | SelectFieldClientProps | TabsFieldClientProps | TextareaFieldClientProps | TextFieldClientProps | UploadFieldClientProps;
type ExtractFieldTypes<T> = T extends {
    type: infer U;
} ? U : never;
export type FieldTypes = ExtractFieldTypes<Field>;
export type FieldAffectingData = ArrayField | BlocksField | CheckboxField | CodeField | DateField | EmailField | JoinField | JSONField | NamedGroupField | NumberField | PointField | RadioField | RelationshipField | RichTextField | SelectField | TabAsField | TextareaField | TextField | UploadField;
export type FieldAffectingDataClient = ArrayFieldClient | BlocksFieldClient | CheckboxFieldClient | CodeFieldClient | DateFieldClient | EmailFieldClient | JoinFieldClient | JSONFieldClient | NamedGroupFieldClient | NumberFieldClient | PointFieldClient | RadioFieldClient | RelationshipFieldClient | RichTextFieldClient | SelectFieldClient | TabAsFieldClient | TextareaFieldClient | TextFieldClient | UploadFieldClient;
export type NonPresentationalField = ArrayField | BlocksField | CheckboxField | CodeField | CollapsibleField | DateField | EmailField | JSONField | NamedGroupField | NumberField | PointField | RadioField | RelationshipField | RichTextField | RowField | SelectField | TabsField | TextareaField | TextField | UploadField;
export type NonPresentationalFieldClient = ArrayFieldClient | BlocksFieldClient | CheckboxFieldClient | CodeFieldClient | CollapsibleFieldClient | DateFieldClient | EmailFieldClient | JSONFieldClient | NamedGroupFieldClient | NumberFieldClient | PointFieldClient | RadioFieldClient | RelationshipFieldClient | RichTextFieldClient | RowFieldClient | SelectFieldClient | TabsFieldClient | TextareaFieldClient | TextFieldClient | UploadFieldClient;
export type FieldWithPath = {
    path?: string;
} & Field;
export type FieldWithPathClient = {
    path?: string;
} & ClientField;
export type FieldWithSubFields = ArrayField | CollapsibleField | GroupField | RowField;
export type FieldWithSubFieldsClient = ArrayFieldClient | CollapsibleFieldClient | GroupFieldClient | RowFieldClient;
export type FieldPresentationalOnly = UIField;
export type FieldPresentationalOnlyClient = UIFieldClient;
export type FieldWithMany = RelationshipField | SelectField;
export type FieldWithManyClient = RelationshipFieldClient | SelectFieldClient;
export type FieldWithMaxDepth = RelationshipField | UploadField;
export type FieldWithMaxDepthClient = JoinFieldClient | RelationshipFieldClient | UploadFieldClient;
export declare function fieldHasSubFields<TField extends ClientField | Field | TabAsField>(field: TField): field is TField & (TField extends ClientField ? FieldWithSubFieldsClient : FieldWithSubFields);
export declare function fieldIsArrayType<TField extends ClientField | Field>(field: TField): field is TField & (TField extends ClientField ? ArrayFieldClient : ArrayField);
export declare function fieldIsBlockType<TField extends ClientField | Field>(field: TField): field is TField & (TField extends ClientField ? BlocksFieldClient : BlocksField);
export declare function fieldIsGroupType<TField extends ClientField | Field>(field: TField): field is TField & (TField extends ClientField ? GroupFieldClient : GroupField);
export declare function optionIsObject(option: Option): option is OptionObject;
export declare function optionsAreObjects(options: Option[]): options is OptionObject[];
export declare function optionIsValue(option: Option): option is string;
export declare function fieldSupportsMany<TField extends ClientField | Field>(field: TField): field is TField & (TField extends ClientField ? FieldWithManyClient : FieldWithMany);
export declare function fieldHasMaxDepth<TField extends ClientField | Field>(field: TField): field is TField & (TField extends ClientField ? FieldWithMaxDepthClient : FieldWithMaxDepth);
export declare function fieldIsPresentationalOnly<TField extends ClientField | Field | TabAsField | TabAsFieldClient>(field: TField): field is TField & (TField extends ClientField | TabAsFieldClient ? UIFieldClient : UIField);
export declare function fieldIsSidebar<TField extends ClientField | Field | TabAsField | TabAsFieldClient>(field: TField): field is {
    admin: {
        position: 'sidebar';
    };
} & TField;
export declare function fieldIsID<TField extends ClientField | Field>(field: TField): field is {
    name: 'id';
} & TField;
export declare function fieldIsHiddenOrDisabled<TField extends ClientField | Field | TabAsField | TabAsFieldClient>(field: TField): field is {
    admin: {
        hidden: true;
    };
} & TField;
export declare function fieldAffectsData<TField extends ClientField | Field | TabAsField | TabAsFieldClient>(field: TField): field is TField & (TField extends ClientField | TabAsFieldClient ? FieldAffectingDataClient : FieldAffectingData);
export declare function tabHasName<TField extends ClientTab | Tab>(tab: TField): tab is NamedTab & TField;
export declare function groupHasName(group: Partial<NamedGroupFieldClient>): group is NamedGroupFieldClient;
/**
 * Check if a field has localized: true set. This does not check if a field *should*
 * be localized. To check if a field should be localized, use `fieldShouldBeLocalized`.
 *
 * @deprecated this will be removed or modified in v4.0, as `fieldIsLocalized` can easily lead to bugs due to
 * parent field localization not being taken into account.
 */
export declare function fieldIsLocalized(field: Field | Tab): boolean;
/**
 * Similar to `fieldIsLocalized`, but returns `false` if any parent field is localized.
 */
export declare function fieldShouldBeLocalized({ field, parentIsLocalized, }: {
    field: ClientField | ClientTab | Field | Tab;
    parentIsLocalized: boolean;
}): boolean;
export declare function fieldIsVirtual(field: Field | Tab): boolean;
export type HookName = 'afterChange' | 'afterRead' | 'beforeChange' | 'beforeRead' | 'beforeValidate';
export {};
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