1d0a406e5d
Signed-off-by: Dennis Francis <dennis.francis@collabora.com> Change-Id: Ib0708c41c93fd2d7680c9bc2876b75216fc5377c
353 lines
No EOL
9 KiB
TypeScript
353 lines
No EOL
9 KiB
TypeScript
/// <reference path="./refs/globals.ts"/>
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/// <reference path="./helper/util.ts"/>
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/// <reference path="../src/core/Rectangle.ts"/>
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var assert = require('assert').strict;
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interface ExpectedRectangle {
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x1?: number,
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x2?: number,
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width?: number,
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y1?: number,
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y2?: number,
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height?: number,
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area?: number,
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// rounded versions
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rx1?: number,
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rx2?: number,
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rwidth?: number,
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ry1?: number,
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ry2?: number,
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rheight?: number,
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rarea?: number,
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eps: number,
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}
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function assertRectangle(actual: cool.Rectangle, expected: ExpectedRectangle) {
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// x-coordinate
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if (expected.x1 !== undefined)
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assertFloat(actual.getX1(), expected.x1, expected.eps, 'Wrong x1');
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if (expected.x2 !== undefined)
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assertFloat(actual.getX2(), expected.x2, expected.eps, 'Wrong x2');
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if (expected.width !== undefined)
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assertFloat(actual.getWidth(), expected.width, expected.eps, 'Wrong width');
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if (expected.rx1 !== undefined)
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assertFloat(actual.getPxX1(), expected.rx1, expected.eps, 'Wrong rounded x1');
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if (expected.rx2 !== undefined)
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assertFloat(actual.getPxX2(), expected.rx2, expected.eps, 'Wrong rounded x2');
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if (expected.rwidth !== undefined)
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assertFloat(actual.getPxWidth(), expected.rwidth, expected.eps, 'Wrong rounded width');
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// y-coordinate
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if (expected.y1 !== undefined)
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assertFloat(actual.getY1(), expected.y1, expected.eps, 'Wrong y1');
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if (expected.y2 !== undefined)
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assertFloat(actual.getY2(), expected.y2, expected.eps, 'Wrong y2');
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if (expected.height !== undefined)
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assertFloat(actual.getHeight(), expected.height, expected.eps, 'Wrong height');
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if (expected.ry1 !== undefined)
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assertFloat(actual.getPxY1(), expected.ry1, expected.eps, 'Wrong rounded y1');
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if (expected.ry2 !== undefined)
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assertFloat(actual.getPxY2(), expected.ry2, expected.eps, 'Wrong rounded y2');
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if (expected.rheight !== undefined)
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assertFloat(actual.getPxHeight(), expected.rheight, expected.eps, 'Wrong rounded height');
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// area
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if (expected.area !== undefined)
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assertFloat(actual.getArea(), expected.area, expected.eps, 'Wrong area');
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if (expected.rarea !== undefined)
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assertFloat(actual.getPxArea(), expected.rarea, expected.eps, 'Wrong rounded area');
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}
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const x1 = 3.4;
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const y1 = 6.3;
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const width = 2.3;
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const height = 8.2;
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const eps = 0.01;
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describe('Validity of Rectangle', function () {
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it('Invalid rectangle', function () {
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let invalidRect = new cool.Rectangle(3, 4, -1, 10);
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assert.ok(!invalidRect.isValid(), 'Rectangle should be invalid');
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invalidRect = new cool.Rectangle(3, 4, 1, -10);
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assert.ok(!invalidRect.isValid(), 'Rectangle should be invalid');
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});
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it('Valid rectangle', function () {
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const validRect = new cool.Rectangle(3, 4, 1, 10);
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assert.ok(validRect.isValid(), 'Rectangle should be valid');
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});
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});
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describe('construction test', function () {
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it('construct', function () {
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const rect = cool.createRectangle(x1, y1, width, height);
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assertRectangle(rect, {
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x1: x1,
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x2: x1 + width,
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width: width,
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y1: y1,
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y2: y1 + height,
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height: height,
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rx1: Math.round(x1),
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rx2: Math.round(x1 + width),
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rwidth: Math.round(x1 + width) - Math.round(x1),
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ry1: Math.round(y1),
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ry2: Math.round(y1 + height),
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rheight: Math.round(y1 + height) - Math.round(y1),
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area: width * height,
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rarea: (Math.round(x1 + width) - Math.round(x1)) * (Math.round(y1 + height) - Math.round(y1)),
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eps: eps,
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});
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});
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});
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describe('coordinate API tests', function () {
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const coords = ['x', 'y'];
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coords.forEach(function (coord: string) {
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const isX = coord === 'x';
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const isY = !isX;
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describe(coord + '-coordinate API tests', function () {
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it(isX ? 'setX1' : 'setY1', function () {
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const rect = cool.createRectangle(x1, y1, width, height);
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const newC1 = 1.3;
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const newSize = (isX ? width + x1: height + y1) - newC1;
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isX ? rect.setX1(newC1) : rect.setY1(newC1);
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const newX1 = isX ? newC1 : x1;
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const newY1 = isY ? newC1 : y1;
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const newWidth = isX ? newSize : width;
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const newHeight = isY ? newSize : height;
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assertRectangle(rect, {
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x1: newX1,
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x2: x1 + width,
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width: newWidth,
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y1: newY1,
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y2: y1 + height,
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height: newHeight,
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rx1: Math.round(newX1),
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rx2: Math.round(x1 + width),
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rwidth: Math.round(x1 + width) - Math.round(newX1),
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ry1: Math.round(newY1),
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ry2: Math.round(y1 + height),
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rheight: Math.round(y1 + height) - Math.round(newY1),
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area: newWidth * newHeight,
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rarea: (Math.round(x1 + width) - Math.round(newX1))
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* (Math.round(y1 + height) - Math.round(newY1)),
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eps: eps,
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});
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});
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it(isX ? 'setX2' : 'setY2', function () {
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const rect = cool.createRectangle(x1, y1, width, height);
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const newC2 = 10.3;
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const newSize = newC2 - (isX ? x1 : y1);
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isX ? rect.setX2(newC2) : rect.setY2(newC2);
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const newX2 = isX ? newC2 : (x1 + width);
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const newY2 = isY ? newC2 : (y1 + height);
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const newWidth = isX ? newSize : width;
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const newHeight = isY ? newSize : height;
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assertRectangle(rect, {
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x1: x1,
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x2: newX2,
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width: newWidth,
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y1: y1,
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y2: newY2,
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height: newHeight,
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rx1: Math.round(x1),
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rx2: Math.round(newX2),
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rwidth: Math.round(newX2) - Math.round(x1),
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ry1: Math.round(y1),
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ry2: Math.round(newY2),
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rheight: Math.round(newY2) - Math.round(y1),
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area: newWidth * newHeight,
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rarea: (Math.round(newX2) - Math.round(x1))
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* (Math.round(newY2) - Math.round(y1)),
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eps: eps,
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});
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});
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it(isX ? 'setWidth' : 'setHeight', function () {
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const rect = cool.createRectangle(x1, y1, width, height);
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const newSize = 1.4;
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const newC2 = (isX ? x1 : y1) + newSize;
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isX ? rect.setWidth(newSize) : rect.setHeight(newSize);
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const newX2 = isX ? newC2 : (x1 + width);
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const newY2 = isY ? newC2 : (y1 + height);
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const newWidth = isX ? newSize : width;
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const newHeight = isY ? newSize : height;
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assertRectangle(rect, {
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x1: x1,
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x2: newX2,
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width: newWidth,
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y1: y1,
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y2: newY2,
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height: newHeight,
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rx1: Math.round(x1),
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rx2: Math.round(newX2),
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rwidth: Math.round(newX2) - Math.round(x1),
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ry1: Math.round(y1),
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ry2: Math.round(newY2),
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rheight: Math.round(newY2) - Math.round(y1),
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area: newWidth * newHeight,
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rarea: (Math.round(newX2) - Math.round(x1))
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* (Math.round(newY2) - Math.round(y1)),
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eps: eps,
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});
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});
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it('setArea (Preserve ' + (isX ? 'height' : 'width') + ')', function () {
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const rect = cool.createRectangle(x1, y1, width, height);
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const newArea = 20.4;
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const newWidth = isX ? (newArea / height) : width;
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const newHeight = isY ? (newArea / width) : height;
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const newX2 = isX ? (x1 + newWidth) : (x1 + width);
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const newY2 = isY ? (y1 + newHeight) : (y1 + height);
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rect.setArea(newArea, isX /* preserveHeight */);
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assertRectangle(rect, {
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x1: x1,
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x2: newX2,
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width: newWidth,
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y1: y1,
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y2: newY2,
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height: newHeight,
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rx1: Math.round(x1),
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rx2: Math.round(newX2),
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rwidth: Math.round(newX2) - Math.round(x1),
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ry1: Math.round(y1),
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ry2: Math.round(newY2),
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rheight: Math.round(newY2) - Math.round(y1),
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area: newWidth * newHeight,
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rarea: (Math.round(newX2) - Math.round(x1)) * (Math.round(newY2) - Math.round(y1)),
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eps: eps,
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});
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});
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it('moveBy', function () {
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const rect = cool.createRectangle(x1, y1, width, height);
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const dc = 1.3;
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const newX1 = isX ? (x1 + dc) : x1;
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const newX2 = isX ? (x1 + width + dc) : (x1 + width);
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const newY1 = isY ? (y1 + dc) : y1;
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const newY2 = isY ? (y1 + height + dc) : (y1 + height);
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isX ? rect.moveBy(dc, 0) : rect.moveBy(0, dc);
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assertRectangle(rect, {
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x1: newX1,
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x2: newX2,
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width: width,
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y1: newY1,
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y2: newY2,
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height: height,
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rx1: Math.round(newX1),
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rx2: Math.round(newX2),
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rwidth: Math.round(newX2) - Math.round(newX1),
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ry1: Math.round(newY1),
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ry2: Math.round(newY2),
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rheight: Math.round(newY2) - Math.round(newY1),
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area: width * height,
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rarea: (Math.round(newX2) - Math.round(newX1)) * (Math.round(newY2) - Math.round(newY1)),
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eps: eps,
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});
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});
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it('moveTo', function () {
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const rect = cool.createRectangle(x1, y1, width, height);
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const newC1 = 50.3;
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const newX1 = isX ? newC1 : x1;
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const newX2 = newX1 + width;
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const newY1 = isY ? newC1 : y1;
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const newY2 = newY1 + height;
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isX ? rect.moveTo(newC1, y1) : rect.moveTo(x1, newC1);
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assertRectangle(rect, {
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x1: newX1,
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x2: newX2,
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width: width,
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y1: newY1,
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y2: newY2,
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height: height,
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rx1: Math.round(newX1),
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rx2: Math.round(newX2),
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rwidth: Math.round(newX2) - Math.round(newX1),
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ry1: Math.round(newY1),
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ry2: Math.round(newY2),
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rheight: Math.round(newY2) - Math.round(newY1),
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area: width * height,
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rarea: (Math.round(newX2) - Math.round(newX1)) * (Math.round(newY2) - Math.round(newY1)),
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eps: eps,
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});
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});
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}); // describe(coord + '-coordinate API tests'
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}); // coords.forEach
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}); // root describe
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