/*
* Copyright (C) 2011.
*
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License version 3 or
* version 2 as published by the Free Software Foundation.
*
* This program is distributed in the hope that it will be useful, but
* WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* General Public License for more details.
*/
package uk.me.parabola.imgfmt.app.typ;
import org.junit.Before;
import org.junit.Test;
import static org.junit.Assert.*;
public class ColourInfoTest {
private ColourInfo ci;
@Before
public void setUp() {
ci = new ColourInfo();
}
/**
* One colour, no bitmap, therefore day-only and implied transparent day other.
* => 6
*/
@Test
public void testSchemeC1() {
ci.addColour("a", new Rgb(1,1,1));
int cs = ci.getColourScheme();
assertEquals(6, cs);
}
/**
* Two colours, no bitmap, no border.
* day+night, 2 solid, implied transparent other => 7.
*/
@Test
public void testSchemeC2() {
ci.addColour("a", new Rgb(1,1,1));
ci.addColour("b", new Rgb(1,1,2));
int cs = ci.getColourScheme();
assertEquals(7, cs);
}
/**
* Four colours, second transparent, no border or bitmap.
* day with transparent, night 2 solid => 3 (probably not allowed)
*/
@Test
public void testSchemeC4T2() {
ci.addColour("a", new Rgb(1,1,1));
ci.addTransparent("b");
ci.addColour("c", new Rgb(1,1,2));
ci.addColour("d", new Rgb(1,1,2));
int cs = ci.getColourScheme();
assertEquals(3, cs);
}
/**
* Four colours, night has transparent, no border or bitmap.
* day solid, night transparent => 5 (probably not allowed)
*/
@Test
public void testSchemeC4T4() {
ci.addColour("a", new Rgb(1,1,1));
ci.addColour("b", new Rgb(1,1,1));
ci.addColour("c", new Rgb(1,1,2));
ci.addTransparent("d");
int cs = ci.getColourScheme();
assertEquals(5, cs);
}
/**
* Four colours, both have transparent, no border or bitmap.
* day transparent, night transparent => 7 (probably not allowed)
*/
@Test
public void testSchemeC4T24() {
ci.addColour("a", new Rgb(1,1,1));
ci.addTransparent("b");
ci.addColour("c", new Rgb(1,1,1));
ci.addTransparent("d");
int cs = ci.getColourScheme();
assertEquals(7, cs);
}
/**
* Two colours, image.
* day 2 solid => 8
*/
@Test
public void testSchemeC2Img() {
ci.addColour("a", new Rgb(1, 1, 1));
ci.addColour("b", new Rgb(1,1,2));
ci.setHasBitmap(true);
int cs = ci.getColourScheme();
assertEquals(8, cs);
}
/*
* Two colours, second transparent, image.
* Day with transparent, image => e
*/
@Test
public void testSchemeC2T2Img() {
ci.addColour("a", new Rgb(1,1,1));
ci.addTransparent("b");
ci.setHasBitmap(true);
int cs = ci.getColourScheme();
assertEquals(0xe, cs);
}
/**
* Four colours, day has transparent, image.
* day with transparent, night 2 solid => 8+3
*/
@Test
public void testSchemeC4T2Img() {
ci.addColour("a", new Rgb(1,1,1));
ci.addTransparent("b");
ci.addColour("c", new Rgb(1,1,2));
ci.addColour("d", new Rgb(1,1,2));
ci.setHasBitmap(true);
int cs = ci.getColourScheme();
assertEquals(0xb, cs);
}
/**
* Four colours, night has transparent, image.
* day solid, night transparent => 8+5
*/
@Test
public void testSchemeC4T4Img() {
ci.addColour("a", new Rgb(1,1,1));
ci.addColour("b", new Rgb(1,1,1));
ci.addColour("c", new Rgb(1,1,2));
ci.addTransparent("d");
ci.setHasBitmap(true);
int cs = ci.getColourScheme();
assertEquals(0xd, cs);
}
/**
* Four colours, both have transparent, image.
* day transparent, night transparent => f
*/
@Test
public void testSchemeC4T24Img() {
ci.addColour("a", new Rgb(1,1,1));
ci.addTransparent("b");
ci.addColour("c", new Rgb(1,1,1));
ci.addTransparent("d");
ci.setHasBitmap(true);
int cs = ci.getColourScheme();
assertEquals(0xf, cs);
}
/**
* One colour, border.
* day-only with implied transparent => 6 (but probably not allowed)
*/
@Test
public void testSchemeC1Brd() {
ci.addColour("a", new Rgb(1,1,1));
ci.setHasBorder(true);
int cs = ci.getColourScheme();
assertEquals(6, cs);
}
/**
* Two colours, border.
* day 2 solid => 0
*/
@Test
public void testSchemeC2Brd() {
ci.addColour("a", new Rgb(1,1,1));
ci.addColour("b", new Rgb(1,1,2));
ci.setHasBorder(true);
int cs = ci.getColourScheme();
assertEquals(0, cs);
}
/**
* Four colours, second transparent, border.
* day with transparent, night 2 solid => 3 (probably not allowed)
*/
@Test
public void testSchemeC4T2Brd() {
ci.addColour("a", new Rgb(1,1,1));
ci.addTransparent("b");
ci.addColour("c", new Rgb(1,1,2));
ci.addColour("d", new Rgb(1,1,2));
ci.setHasBorder(true);
int cs = ci.getColourScheme();
assertEquals(3, cs);
}
/**
* Four colours, night has transparent, border.
* day solid, night transparent => 5 (probably not allowed)
*/
@Test
public void testSchemeC4T4Brd() {
ci.addColour("a", new Rgb(1,1,1));
ci.addColour("b", new Rgb(1,1,1));
ci.addColour("c", new Rgb(1,1,2));
ci.addTransparent("d");
ci.setHasBorder(true);
int cs = ci.getColourScheme();
assertEquals(5, cs);
}
/**
* Four colours, both have transparent, border.
* day transparent, night transparent => 7
*/
@Test
public void testSchemeC4T24Brd() {
ci.addColour("a", new Rgb(1,1,1));
ci.addTransparent("b");
ci.addColour("c", new Rgb(1,1,1));
ci.addTransparent("d");
ci.setHasBorder(true);
int cs = ci.getColourScheme();
assertEquals(7, cs);
}
}