Patrick Rein uploaded a new version of GraphicsTests to project The Trunk:
http://source.squeak.org/trunk/GraphicsTests-pre.47.mcz ==================== Summary ==================== Name: GraphicsTests-pre.47 Author: pre Time: 15 October 2018, 9:30:12.460742 am UUID: bf438d26-c2ca-1a49-8877-d78c853b6c8e Ancestors: GraphicsTests-ul.46 Adds a test which checks whether the Color instance creation methods use consistent rounding. Also re-categorizes the test methods. =============== Diff against GraphicsTests-ul.46 =============== Item was changed: SystemOrganization addCategory: #'GraphicsTests-Files'! SystemOrganization addCategory: #'GraphicsTests-Primitives'! + SystemOrganization addCategory: #'GraphicsTests-Transformations'! SystemOrganization addCategory: #'GraphicsTests-Text'! Item was changed: + ----- Method: ColorTest>>testAsHTMLColor (in category 'tests') ----- - ----- Method: ColorTest>>testAsHTMLColor (in category 'testing') ----- testAsHTMLColor | table aColorString | table := #('0' '1' '2' '3' '4' '5' '6' '7' '8' '9' 'A' 'B' 'C' 'D' 'E' 'F'). table do: [ :each | aColorString := '#', each, each, '0000'. self assert: (Color fromString: aColorString) asHTMLColor equals: aColorString]. table do: [ :each | aColorString := '#', '00', each, each, '00'. self assert: (Color fromString: aColorString) asHTMLColor equals: aColorString]. table do: [ :each | aColorString := '#', '0000', each, each. self assert: (Color fromString: aColorString) asHTMLColor equals: aColorString]. table do: [ :each | aColorString := '#', each, each, each, each, each, each. self assert: (Color fromString: aColorString) asHTMLColor equals: aColorString]. table do: [ :each | aColorString := '#', each, each, each, each, each, each, each, each. each = 'F' ifTrue: [self assert: (Color fromString: aColorString) asHTMLColor equals: '#FFFFFF' description: 'For full alpha channel the no alpha color is used'] ifFalse: [self assert: (Color fromString: aColorString) asHTMLColor equals: aColorString]].! Item was changed: + ----- Method: ColorTest>>testColorFrom (in category 'tests') ----- - ----- Method: ColorTest>>testColorFrom (in category 'testing') ----- testColorFrom self assert: ((Color colorFrom: #white) asHTMLColor sameAs: '#ffffff'). self assert: ((Color colorFrom: #(1.0 0.5 0.0)) asHTMLColor sameAs: '#ff8000'). self assert: ((Color colorFrom: (Color white)) asHTMLColor sameAs: '#ffffff'). self assert: ((Color colorFrom: '#FF8800') asHTMLColor sameAs: '#ff8800'). self assert: ((Color colorFrom: '#222222') asHTMLColor sameAs: '#222222').! Item was added: + ----- Method: ColorTest>>testConstructorsAreConsistent (in category 'testing') ----- + testConstructorsAreConsistent + + "Color seaFoam asHTMLColor". + self assert: (Color r: 0 g: 1 b: 128/255) equals: (Color fromString: '#00FF80'). + self assert: (Color r: 0 g: 1 b: 128/255) equals: (Color r: 0 g: 255 b: 128 range: 255).! Item was changed: + ----- Method: ColorTest>>testFromString (in category 'tests') ----- - ----- Method: ColorTest>>testFromString (in category 'testing') ----- testFromString self assert: ((Color fromString: '#FF8800') asHTMLColor sameAs: '#ff8800'); assert: ((Color fromString: 'FF8800') asHTMLColor sameAs: '#ff8800'); assert: ((Color fromString: '126,42,33') asHTMLColor sameAs: '#7E2A21'); assert: ((Color fromString: '00000000') asHTMLColor sameAs: '#00000000'); "html with alpha channel" assert: ((Color fromString: '#8C500BAE') asHTMLColor sameAs: '#8C500BAE'); assert: ((Color fromString: 'white') asHTMLColor sameAs: '#ffffff'); assert: ((Color fromString: 'black') asHTMLColor sameAs: '#000000'); assert: ((Color fromString: nil) asHTMLColor sameAs: '#ffffff'); assert: ((Color fromString: 'inexistent color') asHTMLColor sameAs: '#ffffff'); "should return white" assert: ((Color fromString: 'XXXXXX') asHTMLColor sameAs: '#ffffff') description: 'Color string should be alphanumeric'; assert: ((Color fromString: '000000000') asHTMLColor sameAs: '#ffffff') description: 'number string too long'. self assert: (Color fromString: 'DARKGRAY') = Color darkGray description: 'Color can be specified with a case insensitive color name'; assert: (Color fromString: '#blue') = Color blue description: 'Color can be specified with a leading literal sharp'.! Item was changed: + ----- Method: ColorTest>>testHSV (in category 'tests') ----- - ----- Method: ColorTest>>testHSV (in category 'testing') ----- testHSV "Test the color wheel modulo 360" self assert: (Color h: 0 s: 1 v: 1) = Color red. self assert: (Color h: 60 s: 1 v: 1) = Color yellow. self assert: (Color h: 120 s: 1 v: 1) = Color green. self assert: (Color h: 180 s: 1 v: 1) = Color cyan. self assert: (Color h: 240 s: 1 v: 1) = Color blue. self assert: (Color h: 300 s: 1 v: 1) = Color magenta. self assert: (Color h: 0+360 s: 1 v: 1) = Color red. self assert: (Color h: 120+720 s: 1 v: 1) = Color green. self assert: (Color h: 180-360 s: 1 v: 1) = Color cyan. self assert: (Color h: 240-720 s: 1 v: 1) = Color blue.! Item was changed: + ----- Method: ColorTest>>testMultiplyByArray (in category 'tests') ----- - ----- Method: ColorTest>>testMultiplyByArray (in category 'testing') ----- testMultiplyByArray | newColor oldColor tolerance | tolerance := 0.001. oldColor := Color r: 0.75 g: 0.5 b: 0.25. newColor := oldColor * #(0.1 2 3). self assert: (0.075 - newColor red) abs < tolerance. self assert: (1 - newColor green) abs < tolerance. self assert: (0.75 - newColor blue) abs < tolerance.! Item was changed: + ----- Method: ColorTest>>testMultiplyByArrayIdentityTransform (in category 'tests') ----- - ----- Method: ColorTest>>testMultiplyByArrayIdentityTransform (in category 'testing') ----- testMultiplyByArrayIdentityTransform | newColor oldColor tolerance | tolerance := 0.001. oldColor := Color r: 0.75 g: 0.5 b: 0.25. newColor := oldColor * 2. self assert: (1 - newColor red) abs < tolerance. self assert: (1 - newColor green) abs < tolerance. self assert: (0.5 - newColor blue) abs < tolerance.! Item was changed: + ----- Method: ColorTest>>testMultiplyByNumber (in category 'tests') ----- - ----- Method: ColorTest>>testMultiplyByNumber (in category 'testing') ----- testMultiplyByNumber | newColor oldColor tolerance | tolerance := 0.001. oldColor := Color r: 0.75 g: 0.5 b: 0.25. newColor := oldColor * 2. self assert: (1 - newColor red) abs < tolerance. self assert: (1 - newColor green) abs < tolerance. self assert: (0.5 - newColor blue) abs < tolerance.! |
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