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* Added unit tests * Modify the name * Adding new test cases * Remove redundant test cases --------- Co-authored-by: qiuguohua <guohua.qiu@cocos.com>
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import { SpriteFrame } from "../../cocos/2d"; | ||
import { Texture2D } from "../../cocos/asset/assets"; | ||
import { Rect, Size, Vec2 } from "../../exports/base"; | ||
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test('spritefrom.get',()=>{ | ||
let sp = new SpriteFrame; | ||
sp.insetTop = 100; | ||
expect(sp.insetTop).toStrictEqual(100); | ||
sp.insetBottom = 200; | ||
expect(sp.insetBottom).toStrictEqual(200); | ||
sp.insetLeft = 300; | ||
expect(sp.insetLeft).toStrictEqual(300); | ||
sp.insetRight = 400; | ||
expect(sp.insetRight).toStrictEqual(400); | ||
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let rc = new Rect(0, 0, 100, 100); | ||
sp.rect = rc; | ||
expect(sp.rect).toEqual(rc); | ||
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let sz = new Size(100, 100); | ||
sp.originalSize = sz | ||
expect(sp.originalSize).toEqual(sz); | ||
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let offset = new Vec2(100, 200); | ||
sp.offset = offset; | ||
expect(sp.offset).toEqual(offset); | ||
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sp.rotated = true; | ||
expect(sp.rotated).toEqual(true); | ||
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let tex = new Texture2D(); | ||
sp.texture = tex; | ||
expect(sp.texture).toEqual(tex); | ||
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let atlasUuid = '123456787abcd'; | ||
sp.atlasUuid = atlasUuid; | ||
expect(sp.atlasUuid).toStrictEqual(atlasUuid); | ||
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expect(sp.width).toEqual(tex.width); | ||
expect(sp.height).toEqual(tex.height); | ||
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sp.flipUVX = true; | ||
sp.flipUVY = false; | ||
expect(sp.flipUVX).toEqual(true); | ||
expect(sp.flipUVY).toEqual(false); | ||
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sp.packable = true; | ||
expect(sp.packable).toEqual(true); | ||
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// default value | ||
expect(sp.pixelsToUnit).toEqual(100); | ||
expect(sp.pivot).toEqual(new Vec2(0.5, 0.5)); | ||
}) | ||
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test('spriteframe.clone', () => { | ||
let sp = new SpriteFrame; | ||
sp.insetTop = 100; | ||
sp.insetBottom = 200; | ||
sp.insetLeft = 300; | ||
sp.insetRight = 400; | ||
sp.rect = new Rect(0, 0, 100, 100); | ||
sp.originalSize = new Size(100, 100); | ||
sp.offset = new Vec2(100, 200); | ||
sp.rotated = true; | ||
sp.texture = new Texture2D(); | ||
sp.atlasUuid = '123456787abcd'; | ||
sp.flipUVX = true; | ||
sp.flipUVY = false; | ||
sp.packable = true; | ||
// Make sure the mesh is created | ||
sp.ensureMeshData(); | ||
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let sp_clone = sp.clone(); | ||
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expect(sp_clone.rect).toEqual(sp.rect); | ||
sp_clone.rect.width = 100; | ||
expect(sp_clone.rect !== sp.rect).toEqual(true); | ||
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expect(sp_clone.originalSize).toEqual(sp.originalSize); | ||
sp_clone.originalSize.width = 100; | ||
expect(sp_clone.originalSize !== sp.originalSize).toEqual(true); | ||
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expect(sp_clone.offset).toEqual(sp.offset); | ||
sp_clone.offset.add2f(100, 200); | ||
expect(sp_clone.offset !== sp.offset).toEqual(true); | ||
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expect(sp_clone.rotated).toEqual(sp.rotated); | ||
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expect(sp_clone.atlasUuid).toStrictEqual(sp.atlasUuid); | ||
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expect(sp_clone.width).toEqual(sp.width); | ||
expect(sp_clone.height).toEqual(sp.height); | ||
expect(sp_clone.flipUVX).toEqual(sp.flipUVX); | ||
expect(sp_clone.flipUVY).toEqual(sp.flipUVY); | ||
expect(sp_clone.packable).toEqual(sp.packable); | ||
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expect(sp_clone.pixelsToUnit).toEqual(sp.pixelsToUnit); | ||
expect(sp_clone.pivot).toEqual(sp.pivot); | ||
sp_clone.pivot.add2f(100,200); | ||
expect(sp_clone.pivot !== sp.pivot).toEqual(true); | ||
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expect(sp_clone.mesh).toEqual(sp.mesh); | ||
sp_clone.mesh?.destroy(); | ||
expect(sp_clone.mesh !== sp.mesh).toEqual(true); | ||
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expect(sp_clone.uv).toEqual(sp.uv); | ||
sp_clone.uv.splice(0, sp_clone.uv.length); | ||
expect(sp_clone.uv !== sp.uv).toEqual(true); | ||
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expect(sp_clone.unbiasUV).toEqual(sp.unbiasUV); | ||
sp_clone.unbiasUV.splice(0, sp_clone.unbiasUV.length); | ||
expect(sp_clone.unbiasUV !== sp.unbiasUV).toEqual(true); | ||
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expect(sp_clone.uvSliced).toEqual(sp.uvSliced); | ||
sp_clone.uvSliced.splice(0, sp_clone.uvSliced.length); | ||
expect(sp_clone.uvSliced !== sp.uvSliced).toEqual(true); | ||
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expect(sp_clone.vertices).toEqual(sp.vertices); | ||
sp_clone.vertices?.rawPosition.splice(0, sp_clone.vertices?.rawPosition.length); | ||
expect(sp_clone.vertices?.rawPosition !== sp.vertices?.rawPosition).toEqual(true) | ||
sp_clone.vertices?.positions.splice(0, sp_clone.vertices?.positions.length); | ||
expect(sp_clone.vertices?.positions !== sp.vertices?.positions).toEqual(true); | ||
sp_clone.vertices?.indexes.splice(0, sp_clone.vertices?.indexes.length); | ||
expect(sp_clone.vertices?.indexes !== sp.vertices?.indexes).toEqual(true); | ||
sp_clone.vertices?.uv.splice(0, sp_clone.vertices?.uv.length); | ||
expect(sp_clone.vertices?.uv !== sp.vertices?.uv).toEqual(true); | ||
sp_clone.vertices?.nuv.splice(0, sp_clone.vertices?.nuv.length); | ||
expect(sp_clone.vertices?.nuv !== sp.vertices?.nuv).toEqual(true); | ||
sp_clone.vertices?.minPos.add3f(100,200,300); | ||
expect(sp_clone.vertices?.minPos !== sp.vertices?.minPos).toEqual(true); | ||
sp_clone.vertices?.maxPos.add3f(100,200,300); | ||
expect(sp_clone.vertices?.maxPos !== sp.vertices?.maxPos).toEqual(true);; | ||
expect(sp_clone.original).toEqual(sp.original); | ||
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expect(sp_clone.trimmedBorder).toEqual(sp.trimmedBorder); | ||
sp_clone.trimmedBorder.add4f(100,200,300,400); | ||
expect(sp_clone.trimmedBorder !== sp.trimmedBorder).toEqual(true); | ||
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expect(sp_clone.insetTop).toStrictEqual(sp.insetTop); | ||
expect(sp_clone.insetBottom).toStrictEqual(sp.insetBottom); | ||
expect(sp_clone.insetLeft).toStrictEqual(sp.insetLeft); | ||
expect(sp_clone.insetRight).toStrictEqual(sp.insetRight); | ||
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expect(sp_clone.texture).toEqual(sp.texture); | ||
sp_clone.texture.setFilters(Texture2D.Filter.NEAREST, Texture2D.Filter.NEAREST); | ||
// Textures are not deep copies. | ||
expect(sp_clone.texture === sp.texture).toEqual(true); | ||
}); |