jgraph__drawio-mcp/mcp-tool-server/vendor/libavoid/libavoid.d.ts

declare module "libavoid-js";

declare interface Point {
  new (x: number, y: number): Point;
  x: number;
  y: number;
}

declare enum RoutingParameter {
  "segmentPenalty",
  "anglePenalty",
  "crossingPenalty",
  "clusterCrossingPenalty",
  "fixedSharedPathPenalty",
  "portDirectionPenalty",
  "shapeBufferDistance",
  "idealNudgingDistance",
  "reverseDirectionPenalty",
}

declare enum RoutingOption {
  "nudgeOrthogonalSegmentsConnectedToShapes",
  "improveHyperedgeRoutesMovingJunctions",
  "penaliseOrthogonalSharedPathsAtConnEnds",
  "nudgeOrthogonalTouchingColinearSegments",
  "performUnifyingNudgingPreprocessingStep",
  "improveHyperedgeRoutesMovingAddingAndDeletingJunctions",
  "nudgeSharedPathsWithCommonEndPoint",
}

declare interface Router {
  new (flags: number): Router;

  processTransaction(): void;
  printInfo(): void;
  deleteConnector(connRef: ConnRef): void;

  moveShape_poly(shape: ShapeRef, newPolygon: Polygon);
  moveShape_delta(shape: ShapeRef, xDiff: number, yDiff: number);
  deleteShape(shape: ShapeRef);
  setRoutingParameter(parameter: RoutingParameter, value: number): void;
  setRoutingOption(option: RoutingOption, value: boolean): void;

  delete(): void;
}

declare interface PolyLine {
  size(): number;
  at(index: number): Point;
}

declare interface ConnEnd {
  new (point: Point): ConnEnd;
  new (shapeRef: ShapeRef, classId: number): ConnEnd;
  createConnEndFromJunctionRef(JunctionRef: JunctionRef, classId: number): ConnEnd;
}

declare interface Checkpoint {
  new (point: Point): Checkpoint;
  new (point: Point, ad: ConnDirFlags, dd: ConnDirFlags): Checkpoint;
}

declare interface CheckpointVector {
  new (): CheckpointVector;
  push_back(checkpoint: Checkpoint): void;
}

declare interface ConnRef {
  new (router: Router): ConnRef;
  new (router: Router, srcConnEnd: ConnEnd, dstConnEnd: ConnEnd): ConnRef;

  displayRoute(): PolyLine;
  setSourceEndpoint(srcPoint: ConnEnd): void;
  setDestEndpoint(dstPoint: ConnEnd): void;
  setRoutingType(type: number): void;
  setRoutingCheckpoints(checkpoints: CheckpointVector): void;
  routingCheckpoints(): CheckpointVector;

  // connRefPtr is raw pointer to the object, to get ConnRef object use:
  // `const connRef = Avoid.wrapPointer(connRefPtr, Avoid.ConnRef)`
  // more details: https://emscripten.org/docs/porting/connecting_cpp_and_javascript/WebIDL-Binder.html#pointers-and-comparisons
  setCallback(callback: (connRefPtr: number) => void, connRef: ConnRef): void;

  setHateCrossings(value: boolean): void;
  doesHateCrossings(): boolean;
}

declare enum ConnDirFlags {
  // TODO
}

declare interface ShapeConnectionPin {
  new(shape: ShapeRef, classId: number, xOffset: number, yOffset: number, proportional: boolean, insideOffset: number, visDirs: ConnDirFlags): ShapeConnectionPin;
  new(junction: JunctionRef, classId: number, visDirs?: ConnDirFlags): ShapeConnectionPin;

  setConnectionCost(cost: number): void;
  setExclusive(exclusive: boolean): void;
  isExclusive(): boolean;
  directions(): ConnDirFlags;
  position(): Point;
  updatePosition(newPosition: Point): void;
  delete(): void;
}


declare interface JunctionRef {
  new (router: Router, point: Point, id?: number): JunctionRef;

  position(): Point;
  setPositionFixed(fixed: boolean): void;
  positionFixed(): boolean;
  recommendedPosition(): Point;
}

declare interface Polygon {}

declare interface Rectangle extends Polygon {
  new (centre: Point, width: number, height: number): Rectangle;
  new (topLeft: Point, bottomRight: Point): Rectangle;
}

declare interface Obstacle {
  id(): number;
  polygon(): Polygon;
  router(): Router;
  position(): Point;

  setNewPoly(polygon: Polygon): void;
}

declare interface ShapeRef extends Obstacle {
  new (router: Router, shapePoly: Polygon): ShapeRef;
}

export interface Avoid {
  [x: string]: any;
  PolyLineRouting: number;
  OrthogonalRouting: number;

  ConnEnd: ConnEnd;
  ConnRef: ConnRef;
  Checkpoint: Checkpoint;
  CheckpointVector: CheckpointVector;
  Point: Point;
  Rectangle: Rectangle;
  Router: Router;
  Obstacle: Obstacle;
  ShapeRef: ShapeRef;
  JunctionRef: JunctionRef;
  ShapeConnectionPin: ShapeConnectionPin;

  RoutingParameter: Record<keyof typeof RoutingParameter, RoutingParameter>;
  RoutingOption: Record<keyof typeof RoutingOption, RoutingOption>;

  destroy(obj: any): void;
  getPointer(obj: any): number;
  wrapPointer<T>(ptr: number, Class: T): T;
}

export namespace AvoidLib {
  const avoidLib: Avoid | null;
  function load(filePath?: string): Promise<void>;
  function getInstance(): Avoid;
}