verstak/build/dist/source/core/Elements.d.ts

Verstak - Front-End Library

import { ReactiveTreeNode, ReactiveTreeNodeDecl, ReactiveTreeNodeDriver, Script, Mode, LinkedItem, ScriptAsync, Handler } from "reactronic";
import { El, ElPlace } from "./El.js";
import { CursorCommandDriver } from "./ElDriver.js";
import { HtmlDriver } from "./WebDriver.js";
export declare function ApplicationWindow(body?: Script<El<HTMLElement>>, bodyTask?: ScriptAsync<El<HTMLElement>>, key?: string, mode?: Mode, unmounted?: boolean, preparation?: Script<El<HTMLElement>>, preparationTask?: ScriptAsync<El<HTMLElement>>, mounting?: Script<El<HTMLElement>>, finalization?: Script<El<HTMLElement>>, signalArgs?: unknown, basis?: ReactiveTreeNodeDecl<El<HTMLElement>>): ReactiveTreeNode<El<HTMLElement>>;
export declare function ApplicationWindow(declaration?: ReactiveTreeNodeDecl<El<HTMLElement>>): ReactiveTreeNode<El<HTMLElement>>;
export declare function Block<M = unknown>(body?: Script<El<HTMLElement, M>>, bodyTask?: ScriptAsync<El<HTMLElement, M>>, key?: string, mode?: Mode, unmounted?: boolean, preparation?: Script<El<HTMLElement, M>>, preparationTask?: ScriptAsync<El<HTMLElement, M>>, mounting?: Script<El<HTMLElement>>, finalization?: Script<El<HTMLElement, M>>, signalArgs?: unknown, basis?: ReactiveTreeNodeDecl<El<HTMLElement, M>>): ReactiveTreeNode<El<HTMLElement, M>>;
export declare function Block<M = unknown>(declaration?: ReactiveTreeNodeDecl<El<HTMLElement, M>>): ReactiveTreeNode<El<HTMLElement, M>>;
export declare function Table<M = unknown>(body?: Script<El<HTMLElement, M>>, bodyTask?: ScriptAsync<El<HTMLElement, M>>, key?: string, mode?: Mode, unmounted?: boolean, preparation?: Script<El<HTMLElement, M>>, preparationTask?: ScriptAsync<El<HTMLElement, M>>, mounting?: Script<El<HTMLElement>>, finalization?: Script<El<HTMLElement, M>>, signalArgs?: unknown, basis?: ReactiveTreeNodeDecl<El<HTMLElement, M>>): ReactiveTreeNode<El<HTMLElement, M>>;
export declare function Table<M = unknown>(declaration?: ReactiveTreeNodeDecl<El<HTMLElement, M>>): ReactiveTreeNode<El<HTMLElement, M>>;
export declare function row<T = void>(builder?: (element: void) => T, shiftCursorDown?: number): void;
export declare function Splitter<M = unknown>(body?: Script<El<HTMLElement, M>>, bodyTask?: ScriptAsync<El<HTMLElement, M>>, key?: string, mode?: Mode, unmounted?: boolean, preparation?: Script<El<HTMLElement, M>>, preparationTask?: ScriptAsync<El<HTMLElement, M>>, mounting?: Script<El<HTMLElement>>, finalization?: Script<El<HTMLElement, M>>, signalArgs?: unknown, basis?: ReactiveTreeNodeDecl<El<HTMLElement, M>>): ReactiveTreeNode<El<HTMLElement, M>>;
export declare function Splitter<M = unknown>(declaration?: ReactiveTreeNodeDecl<El<HTMLElement, M>>): ReactiveTreeNode<El<HTMLElement, M>>;
export declare function rowBreak(shiftCursorDown?: number): void;
export declare function declareSplitter<T>(index: number, splitViewNode: ReactiveTreeNode<El<T>>): ReactiveTreeNode<El<HTMLElement>>;
export declare function cursor(place: ElPlace): void;
export declare function Group<M = unknown>(body?: Script<El<HTMLElement, M>>, bodyTask?: ScriptAsync<El<HTMLElement, M>>, key?: string, mode?: Mode, unmounted?: boolean, preparation?: Script<El<HTMLElement, M>>, preparationTask?: ScriptAsync<El<HTMLElement, M>>, mounting?: Script<El<HTMLElement>>, finalization?: Script<El<HTMLElement, M>>, signalArgs?: unknown, basis?: ReactiveTreeNodeDecl<El<HTMLElement, M>>): ReactiveTreeNode<El<HTMLElement, M>>;
export declare function Group<M = unknown>(declaration?: ReactiveTreeNodeDecl<El<HTMLElement, M>>): ReactiveTreeNode<El<HTMLElement, M>>;
export declare function Fragment<M = unknown>(body?: Script<El<void, M>>, bodyTask?: ScriptAsync<El<void, M>>, key?: string, mode?: Mode, unmounted?: boolean, preparation?: Script<El<void, M>>, preparationTask?: ScriptAsync<El<void, M>>, mounting?: Script<El<void>>, finalization?: Script<El<void, M>>, signalArgs?: unknown, basis?: ReactiveTreeNodeDecl<El<void, M>>): ReactiveTreeNode<El<void, M>>;
export declare function Fragment<M = unknown>(declaration?: ReactiveTreeNodeDecl<El<void, M>>): ReactiveTreeNode<El<void, M>>;
export declare class BlockDriver<T extends HTMLElement> extends HtmlDriver<T> {
    rebuildBody(node: ReactiveTreeNode<El<T>>): void | Promise<void>;
    declareChild(ownerNode: ReactiveTreeNode<El<T, any>>, childDriver: ReactiveTreeNodeDriver<any>, childDeclaration?: ReactiveTreeNodeDecl<any> | undefined, childBasis?: ReactiveTreeNodeDecl<any> | undefined): LinkedItem<ReactiveTreeNode> | undefined;
}
export declare function isSplitViewPartition(childDriver: ReactiveTreeNodeDriver): boolean;
export declare class StaticBlockDriver<T extends HTMLElement> extends BlockDriver<T> {
    readonly native: T;
    constructor(native: T, name: string, isPartition: boolean, initialize?: Handler<El<T>>);
    assignNativeElement(node: ReactiveTreeNode<El<T>>): void;
}
export declare class PartitionDriver<T extends HTMLElement> extends HtmlDriver<T> {
    rebuildBody(node: ReactiveTreeNode<El<T>>): void | Promise<void>;
    provideHost(node: ReactiveTreeNode<El<T, any>>): ReactiveTreeNode<El<T, any>>;
}
export declare const Drivers: {
    block: BlockDriver<HTMLElement>;
    table: HtmlDriver<HTMLElement, any>;
    group: HtmlDriver<HTMLElement, any>;
    partition: PartitionDriver<HTMLElement>;
    wrapper: HtmlDriver<HTMLElement, any>;
    splitter: HtmlDriver<HTMLElement, any>;
    cursor: CursorCommandDriver;
    fragment: ReactiveTreeNodeDriver<El<void, any>>;
};