@oaklean/profiler-core/dist/src/model/ProgramStructureTree.d.ts

Part of the @oaklean suite. It provides all basic functions to work with the `.oak` file format. It allows parsing the `.oak` file format as well as tools for analyzing the measurement values. It also provides all necessary capabilities required for prec

import { BaseModel } from './BaseModel';
import { UnifiedPath } from '../system';
import { ProgramStructureTreeType, PSTIdentifierHierarchy, IdentifierType, NodeLocation, NodeLocationRange, IProgramStructureTree, SourceNodeIdentifier_string, SourceNodeIdentifierPart_string } from '../types';
type NodeLocationString = `${NodeLocation['line']}:${NodeLocation['column']}`;
export declare class ProgramStructureTree<T extends ProgramStructureTreeType = ProgramStructureTreeType> extends BaseModel {
    id: number;
    type: T;
    identifierType: IdentifierType;
    identifier: SourceNodeIdentifierPart_string;
    beginLoc: NodeLocation;
    endLoc: NodeLocation;
    parent: T extends ProgramStructureTreeType.Root ? null : ProgramStructureTree;
    private _children;
    private _childrenByBeginLoc;
    private identifierBySourceLocationCache;
    private containsLocationCache;
    private sourceLocationOfIdentifierCache;
    constructor(parent: T extends ProgramStructureTreeType.Root ? null : ProgramStructureTree, id: number, type: T, identifierType: IdentifierType, identifier: SourceNodeIdentifierPart_string, beginLoc: NodeLocation, endLoc: NodeLocation);
    hasChildren(sourceNodeIdentifierPart: SourceNodeIdentifierPart_string): boolean;
    getChildren(sourceNodeIdentifierPart: SourceNodeIdentifierPart_string): ProgramStructureTree<ProgramStructureTreeType> | undefined;
    childrenValues(): IterableIterator<ProgramStructureTree<ProgramStructureTreeType>>;
    childrenEntries(): IterableIterator<[SourceNodeIdentifierPart_string, ProgramStructureTree<ProgramStructureTreeType>]>;
    get childrenSize(): number;
    addChildren(child: ProgramStructureTree): void;
    static compareNodeLocations(a: NodeLocationString, b: NodeLocationString): number;
    private _sortedChildrenKeys;
    get sortedChildrenKeys(): NodeLocationString[];
    numberOfLeafs(): number;
    /**
     * Returns the identifier path of the current node.
     */
    identifierPath(): SourceNodeIdentifier_string;
    identifierHierarchy(): PSTIdentifierHierarchy;
    toJSON(): IProgramStructureTree;
    storeToFile(filePath: UnifiedPath): void;
    static loadFromFile(filePath: UnifiedPath): ProgramStructureTree | undefined;
    static fromJSON(json: string | IProgramStructureTree): ProgramStructureTree;
    static fromJSONWithParent(json: string | IProgramStructureTree, parent: ProgramStructureTree | null): ProgramStructureTree;
    containsLocation(loc: NodeLocation): boolean;
    identifierNodeBySourceLocation(targetLoc: NodeLocation): {
        identifier: SourceNodeIdentifier_string;
        node: ProgramStructureTree;
    } | undefined;
    identifierBySourceLocation(targetLoc: NodeLocation): SourceNodeIdentifier_string;
    sourceLocationOfIdentifier(identifier: SourceNodeIdentifier_string): NodeLocationRange | null;
}
export {};