svgedit/test/svgtransformlist_test.js

382 lines
11 KiB
JavaScript

/* eslint-env qunit */
import {NS} from '../editor/svgedit.js';
import * as transformlist from '../editor/svgtransformlist.js';
import {disableSupportsNativeTransformLists} from '../editor/browser.js';
import almostEqualsPlugin from './qunit/qunit-assert-almostEquals.js';
import expectOutOfBoundsExceptionPlugin from './qunit/qunit-assert-expectOutOfBoundsException.js';
almostEqualsPlugin(QUnit);
expectOutOfBoundsExceptionPlugin(QUnit);
disableSupportsNativeTransformLists();
// log function
QUnit.log(function (details) {
if (window.console && window.console.log) {
window.console.log(details.result + ' :: ' + details.message);
}
});
const svgroot = document.querySelector('#svgroot');
let svgcontent, rect, circle;
function setUp () {
svgcontent = svgroot.appendChild(document.createElementNS(NS.SVG, 'svg'));
rect = svgcontent.appendChild(document.createElementNS(NS.SVG, 'rect'));
rect.id = 'r';
circle = svgcontent.appendChild(document.createElementNS(NS.SVG, 'circle'));
circle.id = 'c';
}
function tearDown () {
transformlist.resetListMap();
while (svgroot.hasChildNodes()) {
svgroot.removeChild(svgroot.firstChild);
}
}
QUnit.module('svgedit.svgtransformlist');
QUnit.test('Test svgedit.transformlist package', function (assert) {
assert.expect(2);
assert.ok(transformlist);
assert.ok(transformlist.getTransformList);
});
QUnit.test('Test svgedit.transformlist.getTransformList() function', function (assert) {
assert.expect(4);
setUp();
const rxform = transformlist.getTransformList(rect);
const cxform = transformlist.getTransformList(circle);
assert.ok(rxform);
assert.ok(cxform);
assert.equal(typeof rxform, typeof {});
assert.equal(typeof cxform, typeof {});
tearDown();
});
QUnit.test('Test SVGTransformList.numberOfItems property', function (assert) {
assert.expect(2);
setUp();
const rxform = transformlist.getTransformList(rect);
assert.equal(typeof rxform.numberOfItems, typeof 0);
assert.equal(rxform.numberOfItems, 0);
tearDown();
});
QUnit.test('Test SVGTransformList.initialize()', function (assert) {
assert.expect(6);
setUp();
const rxform = transformlist.getTransformList(rect);
const cxform = transformlist.getTransformList(circle);
const t = svgcontent.createSVGTransform();
assert.ok(t);
assert.ok(rxform.initialize);
assert.equal(typeof rxform.initialize, typeof function () {});
rxform.initialize(t);
assert.equal(rxform.numberOfItems, 1);
assert.equal(cxform.numberOfItems, 0);
// If a transform was already in a transform list, this should
// remove it from its old list and add it to this list.
cxform.initialize(t);
// This also fails in Firefox native.
// assert.equal(rxform.numberOfItems, 0, 'Did not remove transform from list before initializing another transformlist');
assert.equal(cxform.numberOfItems, 1);
tearDown();
});
QUnit.test('Test SVGTransformList.appendItem() and getItem()', function (assert) {
assert.expect(12);
setUp();
const rxform = transformlist.getTransformList(rect);
const cxform = transformlist.getTransformList(circle);
const t1 = svgcontent.createSVGTransform(),
t2 = svgcontent.createSVGTransform(),
t3 = svgcontent.createSVGTransform();
assert.ok(rxform.appendItem);
assert.ok(rxform.getItem);
assert.equal(typeof rxform.appendItem, typeof function () {});
assert.equal(typeof rxform.getItem, typeof function () {});
rxform.appendItem(t1);
rxform.appendItem(t2);
rxform.appendItem(t3);
assert.equal(rxform.numberOfItems, 3);
const rxf = rxform.getItem(0);
assert.equal(rxf, t1);
assert.equal(rxform.getItem(1), t2);
assert.equal(rxform.getItem(2), t3);
assert.expectOutOfBoundsException(rxform, 'getItem', -1);
assert.expectOutOfBoundsException(rxform, 'getItem', 3);
cxform.appendItem(t1);
// These also fail in Firefox native.
// assert.equal(rxform.numberOfItems, 2, 'Did not remove a transform from a list before appending it to a new transformlist');
// assert.equal(rxform.getItem(0), t2, 'Found the wrong transform in a transformlist');
// assert.equal(rxform.getItem(1), t3, 'Found the wrong transform in a transformlist');
assert.equal(cxform.numberOfItems, 1);
assert.equal(cxform.getItem(0), t1);
tearDown();
});
QUnit.test('Test SVGTransformList.removeItem()', function (assert) {
assert.expect(7);
setUp();
const rxform = transformlist.getTransformList(rect);
const t1 = svgcontent.createSVGTransform(),
t2 = svgcontent.createSVGTransform();
assert.ok(rxform.removeItem);
assert.equal(typeof rxform.removeItem, typeof function () {});
rxform.appendItem(t1);
rxform.appendItem(t2);
const removedTransform = rxform.removeItem(0);
assert.equal(rxform.numberOfItems, 1);
assert.equal(removedTransform, t1);
assert.equal(rxform.getItem(0), t2);
assert.expectOutOfBoundsException(rxform, 'removeItem', -1);
assert.expectOutOfBoundsException(rxform, 'removeItem', 1);
tearDown();
});
QUnit.test('Test SVGTransformList.replaceItem()', function (assert) {
assert.expect(8);
setUp();
const rxform = transformlist.getTransformList(rect);
const cxform = transformlist.getTransformList(circle);
assert.ok(rxform.replaceItem);
assert.equal(typeof rxform.replaceItem, typeof function () {});
const t1 = svgcontent.createSVGTransform(),
t2 = svgcontent.createSVGTransform(),
t3 = svgcontent.createSVGTransform();
rxform.appendItem(t1);
rxform.appendItem(t2);
cxform.appendItem(t3);
const newItem = rxform.replaceItem(t3, 0);
assert.equal(rxform.numberOfItems, 2);
assert.equal(newItem, t3);
assert.equal(rxform.getItem(0), t3);
assert.equal(rxform.getItem(1), t2);
// Fails in Firefox native
// assert.equal(cxform.numberOfItems, 0);
// test replaceItem within a list
rxform.appendItem(t1);
rxform.replaceItem(t1, 0);
// Fails in Firefox native
// assert.equal(rxform.numberOfItems, 2);
assert.equal(rxform.getItem(0), t1);
assert.equal(rxform.getItem(1), t2);
tearDown();
});
QUnit.test('Test SVGTransformList.insertItemBefore()', function (assert) {
assert.expect(10);
setUp();
const rxform = transformlist.getTransformList(rect);
const cxform = transformlist.getTransformList(circle);
assert.ok(rxform.insertItemBefore);
assert.equal(typeof rxform.insertItemBefore, typeof function () {});
const t1 = svgcontent.createSVGTransform(),
t2 = svgcontent.createSVGTransform(),
t3 = svgcontent.createSVGTransform();
rxform.appendItem(t1);
rxform.appendItem(t2);
cxform.appendItem(t3);
const newItem = rxform.insertItemBefore(t3, 0);
assert.equal(rxform.numberOfItems, 3);
assert.equal(newItem, t3);
assert.equal(rxform.getItem(0), t3);
assert.equal(rxform.getItem(1), t1);
assert.equal(rxform.getItem(2), t2);
// Fails in Firefox native
// assert.equal(cxform.numberOfItems, 0);
rxform.insertItemBefore(t2, 1);
// Fails in Firefox native (they make copies of the transforms)
// assert.equal(rxform.numberOfItems, 3);
assert.equal(rxform.getItem(0), t3);
assert.equal(rxform.getItem(1), t2);
assert.equal(rxform.getItem(2), t1);
tearDown();
});
QUnit.test('Test SVGTransformList.init() for translate(200,100)', function (assert) {
assert.expect(8);
setUp();
rect.setAttribute('transform', 'translate(200,100)');
const rxform = transformlist.getTransformList(rect);
assert.equal(rxform.numberOfItems, 1);
const translate = rxform.getItem(0);
assert.equal(translate.type, 2);
const m = translate.matrix;
assert.equal(m.a, 1);
assert.equal(m.b, 0);
assert.equal(m.c, 0);
assert.equal(m.d, 1);
assert.equal(m.e, 200);
assert.equal(m.f, 100);
tearDown();
});
QUnit.test('Test SVGTransformList.init() for scale(4)', function (assert) {
assert.expect(8);
setUp();
rect.setAttribute('transform', 'scale(4)');
const rxform = transformlist.getTransformList(rect);
assert.equal(rxform.numberOfItems, 1);
const scale = rxform.getItem(0);
assert.equal(scale.type, 3);
const m = scale.matrix;
assert.equal(m.a, 4);
assert.equal(m.b, 0);
assert.equal(m.c, 0);
assert.equal(m.d, 4);
assert.equal(m.e, 0);
assert.equal(m.f, 0);
tearDown();
});
QUnit.test('Test SVGTransformList.init() for scale(4,3)', function (assert) {
assert.expect(8);
setUp();
rect.setAttribute('transform', 'scale(4,3)');
const rxform = transformlist.getTransformList(rect);
assert.equal(rxform.numberOfItems, 1);
const scale = rxform.getItem(0);
assert.equal(scale.type, 3);
const m = scale.matrix;
assert.equal(m.a, 4);
assert.equal(m.b, 0);
assert.equal(m.c, 0);
assert.equal(m.d, 3);
assert.equal(m.e, 0);
assert.equal(m.f, 0);
tearDown();
});
QUnit.test('Test SVGTransformList.init() for rotate(45)', function (assert) {
assert.expect(9);
setUp();
rect.setAttribute('transform', 'rotate(45)');
const rxform = transformlist.getTransformList(rect);
assert.equal(rxform.numberOfItems, 1);
const rotate = rxform.getItem(0);
assert.equal(rotate.type, 4);
assert.equal(rotate.angle, 45);
const m = rotate.matrix;
assert.almostEquals(1 / Math.sqrt(2), m.a);
assert.almostEquals(1 / Math.sqrt(2), m.b);
assert.almostEquals(-1 / Math.sqrt(2), m.c);
assert.almostEquals(1 / Math.sqrt(2), m.d);
assert.equal(m.e, 0);
assert.equal(m.f, 0);
tearDown();
});
QUnit.test('Test SVGTransformList.init() for rotate(45, 100, 200)', function (assert) {
assert.expect(9);
setUp();
rect.setAttribute('transform', 'rotate(45, 100, 200)');
const rxform = transformlist.getTransformList(rect);
assert.equal(rxform.numberOfItems, 1);
const rotate = rxform.getItem(0);
assert.equal(rotate.type, 4);
assert.equal(rotate.angle, 45);
const m = rotate.matrix;
assert.almostEquals(m.a, 1 / Math.sqrt(2));
assert.almostEquals(m.b, 1 / Math.sqrt(2));
assert.almostEquals(m.c, -1 / Math.sqrt(2));
assert.almostEquals(m.d, 1 / Math.sqrt(2));
const r = svgcontent.createSVGMatrix();
r.a = 1 / Math.sqrt(2); r.b = 1 / Math.sqrt(2);
r.c = -1 / Math.sqrt(2); r.d = 1 / Math.sqrt(2);
const t = svgcontent.createSVGMatrix();
t.e = -100; t.f = -200;
const t_ = svgcontent.createSVGMatrix();
t_.e = 100; t_.f = 200;
const result = t_.multiply(r).multiply(t);
assert.almostEquals(m.e, result.e);
assert.almostEquals(m.f, result.f);
tearDown();
});
QUnit.test('Test SVGTransformList.init() for matrix(1, 2, 3, 4, 5, 6)', function (assert) {
assert.expect(8);
setUp();
rect.setAttribute('transform', 'matrix(1,2,3,4,5,6)');
const rxform = transformlist.getTransformList(rect);
assert.equal(rxform.numberOfItems, 1);
const mt = rxform.getItem(0);
assert.equal(mt.type, 1);
const m = mt.matrix;
assert.equal(m.a, 1);
assert.equal(m.b, 2);
assert.equal(m.c, 3);
assert.equal(m.d, 4);
assert.equal(m.e, 5);
assert.equal(m.f, 6);
tearDown();
});