export declare interface OptionA2T { /** Define a property that can differentiate each node, by default 'id'. */ id?: string /** Define a property that can differentiate node's parent, by default 'parent_id'. */ parent_id?: string /** Define a property of node that refers to its parent, by default 'parent' if 'root' as 'leaf'. */ parent_prop?: string, /** Define a property of node that refers to its children by default 'children' if 'root' as 'branch'. */ children_prop?: string, /** Define a property of node that wrap the its value. */ container_prop?: string, /** * How to reflect the structure of the tree? choose 'branch' or 'leaf' as 'root' (way to iterate tree). * Determines whether node in result as the topest branch node or leaf node. * By default 'branch'. * */ root?: 'branch' | 'leaf', /** * Function will be called more strictly, by default false. It will throw error in follwing cases: <br/> * 1. dulipcated node.id <br/> * 2. unkonwn parent.id <br/> * 3. self.id equals certain ancestor.id * */ strict?: boolean } declare interface ArrayToTree { <S = any>(data: any[], option?: OptionA2T): S[] } declare const arrayToTree: ArrayToTree export default arrayToTree export declare interface OptionT2A { /** * Define a property that can differentiate each node, by default 'id'. * It's necessary, when 'root' is 'leaf'. * */ id?: string /** Does what propery of node refer to its' parent? */ parent_prop?: string, /** Does what propery of node refer to its' children? */ children_prop?: string, /** Does what propery of node wrap its' value? */ container_prop?: string /** * How to reflect the structure of the tree? choose 'branch' or 'leaf' as 'root' (way to iterate tree). * Determines whether node in datasource as the topest branch node or leaf node. * By default 'branch'. * */ root?: 'branch' | 'leaf' } declare interface TreeToArray { <S = any>(data: any, option?: OptionT2A): S[] } export declare const treeToArray: TreeToArray