ami.js/specs/core/core.validators.spec.js

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/* globals describe, it, expect, beforeEach*/

import CoreValidators from '../../src/core/core.validators';
import {Matrix3, Matrix4, Vector2, Vector3, Vector4} from 'three';

describe('Core.Validator', function() {
  describe('matrix4', function() {
    it('should return false if matrix is not valid', function() {
      // null provided
      let validate = CoreValidators.matrix4(null);
      expect(validate).toEqual(false);

      // undefined provided
      let obj = {};
      validate = CoreValidators.matrix4(obj.iamundefined);
      expect(validate).toEqual(false);

      // {} ptovided
      validate = CoreValidators.matrix4({});
      expect(validate).toEqual(false);

      // [] provided
      validate = CoreValidators.matrix4([]);
      expect(validate).toEqual(false);

      // Matrix3 provided
      validate = CoreValidators.matrix4(new Matrix3());
      expect(validate).toEqual(false);

      // Vector3 provided
      validate = CoreValidators.matrix4(new Vector3());
      expect(validate).toEqual(false);
    });

    it('should return true if matrix is valid', function() {
      let validate = CoreValidators.matrix4(new Matrix4());
      expect(validate).toEqual(true);
    });
  });

  describe('vector3', function() {
    it('should return false if vector is not valid', function() {
      // null provided
      let validate = CoreValidators.vector3(null);
      expect(validate).toEqual(false);

      // undefined provided
      let obj = {};
      validate = CoreValidators.vector3(obj.iamundefined);
      expect(validate).toEqual(false);

      // {} ptovided
      validate = CoreValidators.vector3({});
      expect(validate).toEqual(false);

      // [] provided
      validate = CoreValidators.vector3([]);
      expect(validate).toEqual(false);

      // Vector2 provided
      validate = CoreValidators.vector3(new Vector2());
      expect(validate).toEqual(false);

      // Vector4 provided
      validate = CoreValidators.vector3(new Vector4());
      expect(validate).toEqual(false);

      // Matrix4 provided
      validate = CoreValidators.vector3(new Matrix4());
      expect(validate).toEqual(false);
    });

    it('should return true if vector is valid', function() {
      let validate = CoreValidators.vector3(new Vector3());
      expect(validate).toEqual(true);
    });
  });

  describe('box', function() {
    it('should return false if box is not valid', function() {
      // null provided
      let validate = CoreValidators.box(null);
      expect(validate).toEqual(false);

      // undefined provided
      let obj = {};
      validate = CoreValidators.box(obj.iamundefined);
      expect(validate).toEqual(false);

      // {} ptovided
      validate = CoreValidators.box({});
      expect(validate).toEqual(false);

      // [] provided
      validate = CoreValidators.box([]);
      expect(validate).toEqual(false);

      // Missing halfDimensions
      validate = CoreValidators.box({center: new Vector3()});
      expect(validate).toEqual(false);

      // Missing center
      validate = CoreValidators.box({halfDimensions: new Vector3()});
      expect(validate).toEqual(false);

      // Invalid center
      validate = CoreValidators.box({
        center: new Vector4(),
        halfDimensions: new Vector3()
      });
      expect(validate).toEqual(false);

      // Half dimensions must be >= 0
      validate = CoreValidators.box({
        center: new Vector3(),
        halfDimensions: new Vector3(-1, 0, 0)
      });
      expect(validate).toEqual(false);
    });

    it('should return true if box is valid', function() {
      let validate = CoreValidators.box({
        center: new Vector3(),
        halfDimensions: new Vector3(),
      });
      expect(validate).toEqual(true);
    });
  });

  describe('ray', function() {
    it('should return false if ray is not valid', function() {
      // null provided
      let validate = CoreValidators.ray(null);
      expect(validate).toEqual(false);

      // undefined provided
      let obj = {};
      validate = CoreValidators.ray(obj.iamundefined);
      expect(validate).toEqual(false);

      // {} ptovided
      validate = CoreValidators.ray({});
      expect(validate).toEqual(false);

      // [] provided
      validate = CoreValidators.ray([]);
      expect(validate).toEqual(false);

      // Missing direction
      validate = CoreValidators.ray({position: new Vector3()});
      expect(validate).toEqual(false);

      // Missing position
      validate = CoreValidators.ray({direction: new Vector3()});
      expect(validate).toEqual(false);

      // Invalid position
      validate = CoreValidators.ray({
        position: new Vector4(),
        direction: new Vector3(),
      });
      expect(validate).toEqual(false);
    });

    it('should return true if ray is valid', function() {
      let validate = CoreValidators.ray({
        position: new Vector3(),
        direction: new Vector3(),
      });
      expect(validate).toEqual(true);
    });
  });
});