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Add `ColorAPI`

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Anton Tarasenko 4 years ago
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      sources/Core/Color/ColorAPI.uc
  2. 507
      sources/Core/Color/Tests/TEST_ColorAPI.uc

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sources/Core/Color/ColorAPI.uc
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/**
* API that provides functions for working with color.
* It has a wide range of pre-defined colors and some functions that
* allow to quickly assemble color from rgb(a) values, parse it from
* a `Text`/string or load it from an alias.
* Copyright 2020 Anton Tarasenko
*------------------------------------------------------------------------------
* This file is part of Acedia.
*
* Acedia is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, version 3 of the License, or
* (at your option) any later version.
*
* Acedia 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.
*
* You should have received a copy of the GNU General Public License
* along with Acedia. If not, see <https://www.gnu.org/licenses/>.
*/
class ColorAPI extends Singleton
dependson(Parser)
config(AcediaSystem);
/**
* Enumeration for ways to represent `Color` as a `string`.
*/
enum ColorDisplayType
{
// Hex format; for pink: #ffc0cb
CLRDISPLAY_HEX,
// RGB format; for pink: rgb(255,192,203)
CLRDISPLAY_RGB,
// RGBA format; for opaque pink: rgb(255,192,203,255)
CLRDISPLAY_RGBA,
// RGB format with tags; for pink: rgb(r=255,g=192,b=203)
CLRDISPLAY_RGB_TAG,
// RGBA format with tags; for pink: rgb(r=255,g=192,b=203,a=255)
CLRDISPLAY_RGBA_TAG
};
// Some useful predefined color values.
// They are marked as `config` to allow server admins to mess about with
// colors if they want to.
// Pink colors
var public config const Color Pink;
var public config const Color LightPink;
var public config const Color HotPink;
var public config const Color DeepPink;
var public config const Color PaleVioletRed;
var public config const Color MediumVioletRed;
// Red colors
var public config const Color LightSalmon;
var public config const Color Salmon;
var public config const Color DarkSalmon;
var public config const Color LightCoral;
var public config const Color IndianRed;
var public config const Color Crimson;
var public config const Color Firebrick;
var public config const Color DarkRed;
var public config const Color Red;
// Orange colors
var public config const Color OrangeRed;
var public config const Color Tomato;
var public config const Color Coral;
var public config const Color DarkOrange;
var public config const Color Orange;
// Yellow colors
var public config const Color Yellow;
var public config const Color LightYellow;
var public config const Color LemonChiffon;
var public config const Color LightGoldenrodYellow;
var public config const Color PapayaWhip;
var public config const Color Moccasin;
var public config const Color PeachPuff;
var public config const Color PaleGoldenrod;
var public config const Color Khaki;
var public config const Color DarkKhaki;
var public config const Color Gold;
// Brown colors
var public config const Color Cornsilk;
var public config const Color BlanchedAlmond;
var public config const Color Bisque;
var public config const Color NavajoWhite;
var public config const Color Wheat;
var public config const Color Burlywood;
var public config const Color TanColor; // `Tan()` already taken by a function
var public config const Color RosyBrown;
var public config const Color SandyBrown;
var public config const Color Goldenrod;
var public config const Color DarkGoldenrod;
var public config const Color Peru;
var public config const Color Chocolate;
var public config const Color SaddleBrown;
var public config const Color Sienna;
var public config const Color Brown;
var public config const Color Maroon;
// Green colors
var public config const Color DarkOliveGreen;
var public config const Color Olive;
var public config const Color OliveDrab;
var public config const Color YellowGreen;
var public config const Color LimeGreen;
var public config const Color Lime;
var public config const Color LawnGreen;
var public config const Color Chartreuse;
var public config const Color GreenYellow;
var public config const Color SpringGreen;
var public config const Color MediumSpringGreen;
var public config const Color LightGreen;
var public config const Color PaleGreen;
var public config const Color DarkSeaGreen;
var public config const Color MediumAquamarine;
var public config const Color MediumSeaGreen;
var public config const Color SeaGreen;
var public config const Color ForestGreen;
var public config const Color Green;
var public config const Color DarkGreen;
// Cyan colors
var public config const Color Aqua;
var public config const Color Cyan;
var public config const Color LightCyan;
var public config const Color PaleTurquoise;
var public config const Color Aquamarine;
var public config const Color Turquoise;
var public config const Color MediumTurquoise;
var public config const Color DarkTurquoise;
var public config const Color LightSeaGreen;
var public config const Color CadetBlue;
var public config const Color DarkCyan;
var public config const Color Teal;
// Blue colors
var public config const Color LightSteelBlue;
var public config const Color PowderBlue;
var public config const Color LightBlue;
var public config const Color SkyBlue;
var public config const Color LightSkyBlue;
var public config const Color DeepSkyBlue;
var public config const Color DodgerBlue;
var public config const Color CornflowerBlue;
var public config const Color SteelBlue;
var public config const Color RoyalBlue;
var public config const Color Blue;
var public config const Color MediumBlue;
var public config const Color DarkBlue;
var public config const Color Navy;
var public config const Color MidnightBlue;
// Purple, violet, and magenta colors
var public config const Color Lavender;
var public config const Color Thistle;
var public config const Color Plum;
var public config const Color Violet;
var public config const Color Orchid;
var public config const Color Fuchsia;
var public config const Color Magenta;
var public config const Color MediumOrchid;
var public config const Color MediumPurple;
var public config const Color BlueViolet;
var public config const Color DarkViolet;
var public config const Color DarkOrchid;
var public config const Color DarkMagenta;
var public config const Color Purple;
var public config const Color Indigo;
var public config const Color DarkSlateBlue;
var public config const Color SlateBlue;
var public config const Color MediumSlateBlue;
// White colors
var public config const Color White;
var public config const Color Snow;
var public config const Color Honeydew;
var public config const Color MintCream;
var public config const Color Azure;
var public config const Color AliceBlue;
var public config const Color GhostWhite;
var public config const Color WhiteSmoke;
var public config const Color Seashell;
var public config const Color Beige;
var public config const Color OldLace;
var public config const Color FloralWhite;
var public config const Color Ivory;
var public config const Color AntiqueWhite;
var public config const Color Linen;
var public config const Color LavenderBlush;
var public config const Color MistyRose;
// Gray and black colors
var public config const Color Gainsboro;
var public config const Color LightGray;
var public config const Color Silver;
var public config const Color DarkGray;
var public config const Color Gray;
var public config const Color DimGray;
var public config const Color LightSlateGray;
var public config const Color SlateGray;
var public config const Color DarkSlateGray;
var public config const Color Eigengrau;
var public config const Color Black;
// Escape code point is used to change output's color and is used in
// Unreal Engine's `string`s.
var private const int CODEPOINT_ESCAPE;
var private const int CODEPOINT_SMALL_A;
/**
* Creates opaque color from (red, green, blue) triplet.
*
* @param red Red component, range from 0 to 255.
* @param green Green component, range from 0 to 255.
* @param blue Blue component, range from 0 to 255.
* @return `Color` with specified red, green and blue component and
* alpha component of `255`.
*/
public final function Color RGB(byte red, byte green, byte blue)
{
local Color result;
result.r = red;
result.g = green;
result.b = blue;
result.a = 255;
return result;
}
/**
* Creates color from (red, green, blue, alpha) quadruplet.
*
* @param red Red component, range from 0 to 255.
* @param green Green component, range from 0 to 255.
* @param blue Blue component, range from 0 to 255.
* @param alpha Alpha component, range from 0 to 255.
* @return `Color` with specified red, green, blue and alpha component.
*/
public final function Color RGBA(byte red, byte green, byte blue, byte alpha)
{
local Color result;
result.r = red;
result.g = green;
result.b = blue;
result.a = alpha;
return result;
}
/**
* Compares two colors for exact equality of red, green and blue components.
* Alpha component is ignored.
*
* @param color1 Color to compare
* @param color2 Color to compare
* @return `true` if colors' red, green and blue components are equal
* and `false` otherwise.
*/
public final function bool AreEqual(Color color1, Color color2, optional bool fixColors)
{
if (fixColors) {
color1 = FixColor(color1);
color2 = FixColor(color2);
}
if (color1.r != color2.r) return false;
if (color1.g != color2.g) return false;
if (color1.b != color2.b) return false;
return true;
}
/**
* Compares two colors for exact equality of red, green, blue
* and alpha components.
*
* @param color1 Color to compare
* @param color2 Color to compare
* @return `true` if colors' red, green, blue and alpha components are equal
* and `false` otherwise.
*/
public final function bool AreEqualWithAlpha(Color color1, Color color2, optional bool fixColors)
{
if (fixColors) {
color1 = FixColor(color1);
color2 = FixColor(color2);
}
if (color1.r != color2.r) return false;
if (color1.g != color2.g) return false;
if (color1.b != color2.b) return false;
if (color1.a != color2.a) return false;
return true;
}
/**
* Killing floor's standard methods of rendering colored `string`s
* make use of inserting 4-byte sequence into them: first bytes denotes
* the start of the sequence, 3 following bytes denote rgb color components.
* Unfortunately these methods also have issues with rendering `string`s
* if you specify certain values (`0` and `10`) of rgb color components.
*
* This function "fixes" components by replacing them with close and valid
* color component values (adds `1` to the component).
*/
public final function byte FixColorComponent(byte colorComponent)
{
if (colorComponent == 0 || colorComponent == 10)
{
return colorComponent + 1;
}
return colorComponent;
}
/**
* Killing floor's standard methods of rendering colored `string`s
* make use of inserting 4-byte sequence into them: first bytes denotes
* the start of the sequence, 3 following bytes denote rgb color components.
* Unfortunately these methods also have issues with rendering `string`s
* if you specify certain values (`0` and `10`) as rgb color components.
*
* This function "fixes" given `Color`'s components by replacing them with
* close and valid color values (using `FixColorComponent()` method),
* resulting in a `Color` that looks almost the same, but is suitable to be
* included into 4-byte color change sequence.
*
* Since alpha component is never used in color-change sequences,
* it is never affected.
*/
public final function Color FixColor(Color colorToFix)
{
colorToFix.r = FixColorComponent(colorToFix.r);
colorToFix.g = FixColorComponent(colorToFix.g);
colorToFix.b = FixColorComponent(colorToFix.b);
return colorToFix;
}
/**
* Returns 4-gyte sequence for color change to a given color.
*
* To make returned tag work in most sequences, the value of given color is
* auto "fixed" (see `FixColor()` for details).
* There is an option to skip color fixing, but method will still change
* `0` components to `1`, since they cannot otherwise be used in a tag at all.
*
* Also see `GetColorTagRGB()`.
*
* @param colorToUse Color to which tag must change the text.
* It's alpha value (`colorToUse.a`) is discarded.
* @param doNotFixComponents Minimizes changes to color components
* (only allows to change `0` components to `1` before creating a tag).
* @return `string` containing 4-byte sequence that will swap text's color to
* a given one in standard Unreal Engine's UI.
*/
public final function string GetColorTag(
Color colorToUse,
optional bool doNotFixComponents)
{
if (!doNotFixComponents) {
colorToUse = FixColor(colorToUse);
}
colorToUse.r = Max(1, colorToUse.r);
colorToUse.g = Max(1, colorToUse.g);
colorToUse.b = Max(1, colorToUse.b);
return Chr(CODEPOINT_ESCAPE)
$ Chr(colorToUse.r)
$ Chr(colorToUse.g)
$ Chr(colorToUse.b);
}
/**
* Returns 4-gyte sequence for color change to a given color.
*
* To make returned tag work in most sequences, the value of given color is
* auto "fixed" (see `FixColor()` for details).
* There is an option to skip color fixing, but method will still change
* `0` components to `1`, since they cannot otherwise be used in a tag at all.
*
* Also see `GetColorTag()`.
*
* @param red Red component of color to which tag must
* change the text.
* @param green Green component of color to which tag must
* change the text.
* @param blue Blue component of color to which tag must
* change the text.
* @param doNotFixComponents Minimizes changes to color components
* (only allows to change `0` components to `1` before creating a tag).
* @return `string` containing 4-byte sequence that will swap text's color to
* a given one in standard Unreal Engine's UI.
*/
public final function string GetColorTagRGB(
int red,
int green,
int blue,
optional bool doNotFixComponents)
{
if (!doNotFixComponents)
{
red = FixColorComponent(red);
green = FixColorComponent(green);
blue = FixColorComponent(blue);
}
red = Max(1, red);
green = Max(1, green);
blue = Max(1, blue);
return Chr(CODEPOINT_ESCAPE) $ Chr(red) $ Chr(green) $ Chr(blue);
}
// Helper function that converts `byte` with values between 0 and 15 into
// a corresponding hex letter
private final function string ByteToHexCharacter(byte component)
{
component = Clamp(component, 0, 15);
if (component < 10) {
return string(component);
}
return Chr(component - 10 + CODEPOINT_SMALL_A);
}
// `byte` to `string` in hex
private final function string ComponentToHex(byte component)
{
local byte high4Bits, low4Bits;
low4Bits = component % 16;
if (component >= 16) {
high4Bits = (component - low4Bits) / 16;
}
else {
high4Bits = 0;
}
return ByteToHexCharacter(high4Bits) $ ByteToHexCharacter(low4Bits);
}
/**
* Displays given color as a string in a given style
* (hex color representation by default).
*
* @param colorToConvert Color to display as a `string`.
* @param displayType `enum` value, describing how should color
* be displayed.
* @return `string` representation of a given color in a given style.
*/
public final function string ToStringType(
Color colorToConvert,
optional ColorDisplayType displayType)
{
if (displayType == CLRDISPLAY_HEX) {
return "#" $ ComponentToHex(colorToConvert.r)
$ ComponentToHex(colorToConvert.g)
$ ComponentToHex(colorToConvert.b);
}
else if (displayType == CLRDISPLAY_RGB)
{
return "rgb(" $ string(colorToConvert.r) $ ","
$ string(colorToConvert.g) $ ","
$ string(colorToConvert.b) $ ")";
}
else if (displayType == CLRDISPLAY_RGBA)
{
return "rgba(" $ string(colorToConvert.r) $ ","
$ string(colorToConvert.g) $ ","
$ string(colorToConvert.b) $ ","
$ string(colorToConvert.a) $ ")";
}
else if (displayType == CLRDISPLAY_RGB_TAG)
{
return "rgb(r=" $ string(colorToConvert.r) $ ","
$ "g=" $ string(colorToConvert.g) $ ","
$ "b=" $ string(colorToConvert.b) $ ")";
}
//else if (displayType == CLRDISPLAY_RGBA_TAG)
return "rgba(r=" $ string(colorToConvert.r) $ ","
$ "g=" $ string(colorToConvert.g) $ ","
$ "b=" $ string(colorToConvert.b) $ ","
$ "a=" $ string(colorToConvert.a) $ ")";
}
/**
* Displays given color as a string in RGB or RGBA format, depending on
* whether color is opaque.
*
* @param colorToConvert Color to display as a `string` in `CLRDISPLAY_RGB`
* style if `colorToConvert.a == 255` and `CLRDISPLAY_RGBA` otherwise.
* @return `string` representation of a given color in a given style.
*/
public final function string ToString(Color colorToConvert)
{
if (colorToConvert.a < 255) {
return ToStringType(colorToConvert, CLRDISPLAY_RGBA);
}
return ToStringType(colorToConvert, CLRDISPLAY_RGB);
}
// Parses color in `CLRDISPLAY_RGB` and `CLRDISPLAY_RGB_TAG` representations.
private final function Color ParseRGB(Parser parser)
{
local int redComponent;
local int greenComponent;
local int blueComponent;
local Parser.ParserState initialParserState;
initialParserState = parser.GetCurrentState();
parser.Match("rgb(", true)
.MInteger(redComponent).Match(",")
.MInteger(greenComponent).Match(",")
.MInteger(blueComponent).Match(")");
if (!parser.Ok())
{
parser.RestoreState(initialParserState).Match("rgb(", true)
.Match("r=", true).MInteger(redComponent).Match(",")
.Match("g=", true).MInteger(greenComponent).Match(",")
.Match("b=", true).MInteger(blueComponent).Match(")");
}
return RGB(redComponent, greenComponent, blueComponent);
}
// Parses color in `CLRDISPLAY_RGBA` and `CLRDISPLAY_RGBA_TAG` representations.
private final function Color ParseRGBA(Parser parser)
{
local int redComponent;
local int greenComponent;
local int blueComponent;
local int alphaComponent;
local Parser.ParserState initialParserState;
initialParserState = parser.GetCurrentState();
parser.Match("rgba(", true)
.MInteger(redComponent).Match(",")
.MInteger(greenComponent).Match(",")
.MInteger(blueComponent).Match(",")
.MInteger(alphaComponent).Match(")");
if (!parser.Ok())
{
parser.RestoreState(initialParserState).Match("rgba(", true)
.Match("r=", true).MInteger(redComponent).Match(",")
.Match("g=", true).MInteger(greenComponent).Match(",")
.Match("b=", true).MInteger(blueComponent).Match(",")
.Match("a=", true).MInteger(alphaComponent).Match(")");
}
return RGBA(redComponent, greenComponent, blueComponent, alphaComponent);
}
// Parses color in `CLRDISPLAY_HEX` representation.
private final function Color ParseHexColor(Parser parser)
{
local int redComponent;
local int greenComponent;
local int blueComponent;
parser.Match("#")
.MUnsignedInteger(redComponent, 16, 2)
.MUnsignedInteger(greenComponent, 16, 2)
.MUnsignedInteger(blueComponent, 16, 2);
return RGB(redComponent, greenComponent, blueComponent);
}
/**
* Uses given parser to try and parse a color in any of the
* `ColorDisplayType` representations.
*
* @param parser Parser that method would use to parse color from
* wherever it left. It's confirmed state will not be changed.
* Do not treat `parser` bein in a non-failed state as a confirmation of
* successful parsing: color parsing might fail regardless.
* Check return value for that.
* @param resultingColor Parsed color will be written here if parsing is
* successful, otherwise value is undefined.
* If parsed color did not specify alpha component - 255 will be used.
* @return `true` if parsing was successful and false otherwise.
*/
public final function bool ParseWith(Parser parser, out Color resultingColor)
{
local bool successfullyParsed;
local string colorAlias;
local Parser colorParser;
local Parser.ParserState initialParserState;
if (parser == none) return false;
resultingColor.a = 0xff;
colorParser = parser;
initialParserState = parser.GetCurrentState();
if (parser.Match("$").MUntil(colorAlias,, true).Ok())
{
colorParser = _.text.ParseString(_.alias.TryColor(colorAlias));
initialParserState = colorParser.GetCurrentState();
}
else {
parser.RestoreState(initialParserState);
}
resultingColor = ParseRGB(colorParser);
if (!colorParser.Ok())
{
colorParser.RestoreState(initialParserState);
resultingColor = ParseRGBA(colorParser);
}
if (!colorParser.Ok())
{
colorParser.RestoreState(initialParserState);
resultingColor = ParseHexColor(colorParser);
}
successfullyParsed = colorParser.Ok();
if (colorParser != parser) {
_.memory.Free(colorParser);
}
return successfullyParsed;
}
/**
* Parses a color in any of the `ColorDisplayType` representations from the
* beginning of a given `string`.
*
* @param stringWithColor String, that contains color definition at
* the beginning. Anything after color definition is not used.
* @param resultingColor Parsed color will be written here if parsing is
* successful, otherwise value is undefined.
* If parsed color did not specify alpha component - 255 will be used.
* @param stringType How to treat given `string`,
* see `StringType` for more details.
* @return `true` if parsing was successful and false otherwise.
*/
public final function bool ParseString(
string stringWithColor,
out Color resultingColor,
optional Text.StringType stringType)
{
local bool successfullyParsed;
local Parser colorParser;
colorParser = _.text.ParseString(stringWithColor, stringType);
successfullyParsed = ParseWith(colorParser, resultingColor);
_.memory.Free(colorParser);
return successfullyParsed;
}
/**
* Parses a color in any of the `ColorDisplayType` representations from the
* beginning of a given `Text`.
*
* @param textWithColor `Text`, that contains color definition at
* the beginning. Anything after color definition is not used.
* @param resultingColor Parsed color will be written here if parsing is
* successful, otherwise value is undefined.
* If parsed color did not specify alpha component - 255 will be used.
* @return `true` if parsing was successful and false otherwise.
*/
public final function bool ParseText(
Text textWithColor,
out Color resultingColor)
{
local bool successfullyParsed;
local Parser colorParser;
colorParser = _.text.Parse(textWithColor);
successfullyParsed = ParseWith(colorParser, resultingColor);
_.memory.Free(colorParser);
return successfullyParsed;
}
/**
* Parses a color in any of the `ColorDisplayType` representations from the
* beginning of a given raw data.
*
* @param rawDataWithColor Raw data, that contains color definition at
* the beginning. Anything after color definition is not used.
* @param resultingColor Parsed color will be written here if parsing is
* successful, otherwise value is undefined.
* If parsed color did not specify alpha component - 255 will be used.
* @return `true` if parsing was successful and false otherwise.
*/
public final function bool ParseRaw(
array<Text.Character> rawDataWithColor,
out Color resultingColor)
{
local bool successfullyParsed;
local Parser colorParser;
colorParser = _.text.ParseRaw(rawDataWithColor);
successfullyParsed = ParseWith(colorParser, resultingColor);
_.memory.Free(colorParser);
return successfullyParsed;
}
defaultproperties
{
Pink=(R=255,G=192,B=203,A=255)
LightPink=(R=255,G=182,B=193,A=255)
HotPink=(R=255,G=105,B=180,A=255)
DeepPink=(R=255,G=20,B=147,A=255)
PaleVioletRed=(R=219,G=112,B=147,A=255)
MediumVioletRed=(R=199,G=21,B=133,A=255)
LightSalmon=(R=255,G=160,B=122,A=255)
Salmon=(R=250,G=128,B=114,A=255)
DarkSalmon=(R=233,G=150,B=122,A=255)
LightCoral=(R=240,G=128,B=128,A=255)
IndianRed=(R=205,G=92,B=92,A=255)
Crimson=(R=220,G=20,B=60,A=255)
Firebrick=(R=178,G=34,B=34,A=255)
DarkRed=(R=139,G=0,B=0,A=255)
Red=(R=255,G=0,B=0,A=255)
OrangeRed=(R=255,G=69,B=0,A=255)
Tomato=(R=255,G=99,B=71,A=255)
Coral=(R=255,G=127,B=80,A=255)
DarkOrange=(R=255,G=140,B=0,A=255)
Orange=(R=255,G=165,B=0,A=255)
Yellow=(R=255,G=255,B=0,A=255)
LightYellow=(R=255,G=255,B=224,A=255)
LemonChiffon=(R=255,G=250,B=205,A=255)
LightGoldenrodYellow=(R=250,G=250,B=210,A=255)
PapayaWhip=(R=255,G=239,B=213,A=255)
Moccasin=(R=255,G=228,B=181,A=255)
PeachPuff=(R=255,G=218,B=185,A=255)
PaleGoldenrod=(R=238,G=232,B=170,A=255)
Khaki=(R=240,G=230,B=140,A=255)
DarkKhaki=(R=189,G=183,B=107,A=255)
Gold=(R=255,G=215,B=0,A=255)
Cornsilk=(R=255,G=248,B=220,A=255)
BlanchedAlmond=(R=255,G=235,B=205,A=255)
Bisque=(R=255,G=228,B=196,A=255)
NavajoWhite=(R=255,G=222,B=173,A=255)
Wheat=(R=245,G=222,B=179,A=255)
Burlywood=(R=222,G=184,B=135,A=255)
TanColor=(R=210,G=180,B=140,A=255)
RosyBrown=(R=188,G=143,B=143,A=255)
SandyBrown=(R=244,G=164,B=96,A=255)
Goldenrod=(R=218,G=165,B=32,A=255)
DarkGoldenrod=(R=184,G=134,B=11,A=255)
Peru=(R=205,G=133,B=63,A=255)
Chocolate=(R=210,G=105,B=30,A=255)
SaddleBrown=(R=139,G=69,B=19,A=255)
Sienna=(R=160,G=82,B=45,A=255)
Brown=(R=165,G=42,B=42,A=255)
Maroon=(R=128,G=0,B=0,A=255)
DarkOliveGreen=(R=85,G=107,B=47,A=255)
Olive=(R=128,G=128,B=0,A=255)
OliveDrab=(R=107,G=142,B=35,A=255)
YellowGreen=(R=154,G=205,B=50,A=255)
LimeGreen=(R=50,G=205,B=50,A=255)
Lime=(R=0,G=255,B=0,A=255)
LawnGreen=(R=124,G=252,B=0,A=255)
Chartreuse=(R=127,G=255,B=0,A=255)
GreenYellow=(R=173,G=255,B=47,A=255)
SpringGreen=(R=0,G=255,B=127,A=255)
MediumSpringGreen=(R=0,G=250,B=154,A=255)
LightGreen=(R=144,G=238,B=144,A=255)
PaleGreen=(R=152,G=251,B=152,A=255)
DarkSeaGreen=(R=143,G=188,B=143,A=255)
MediumAquamarine=(R=102,G=205,B=170,A=255)
MediumSeaGreen=(R=60,G=179,B=113,A=255)
SeaGreen=(R=46,G=139,B=87,A=255)
ForestGreen=(R=34,G=139,B=34,A=255)
Green=(R=0,G=128,B=0,A=255)
DarkGreen=(R=0,G=100,B=0,A=255)
Aqua=(R=0,G=255,B=255,A=255)
Cyan=(R=0,G=255,B=255,A=255)
LightCyan=(R=224,G=255,B=255,A=255)
PaleTurquoise=(R=175,G=238,B=238,A=255)
Aquamarine=(R=127,G=255,B=212,A=255)
Turquoise=(R=64,G=224,B=208,A=255)
MediumTurquoise=(R=72,G=209,B=204,A=255)
DarkTurquoise=(R=0,G=206,B=209,A=255)
LightSeaGreen=(R=32,G=178,B=170,A=255)
CadetBlue=(R=95,G=158,B=160,A=255)
DarkCyan=(R=0,G=139,B=139,A=255)
Teal=(R=0,G=128,B=128,A=255)
LightSteelBlue=(R=176,G=196,B=222,A=255)
PowderBlue=(R=176,G=224,B=230,A=255)
LightBlue=(R=173,G=216,B=230,A=255)
SkyBlue=(R=135,G=206,B=235,A=255)
LightSkyBlue=(R=135,G=206,B=250,A=255)
DeepSkyBlue=(R=0,G=191,B=255,A=255)
DodgerBlue=(R=30,G=144,B=255,A=255)
CornflowerBlue=(R=100,G=149,B=237,A=255)
SteelBlue=(R=70,G=130,B=180,A=255)
RoyalBlue=(R=65,G=105,B=225,A=255)
Blue=(R=0,G=0,B=255,A=255)
MediumBlue=(R=0,G=0,B=205,A=255)
DarkBlue=(R=0,G=0,B=139,A=255)
Navy=(R=0,G=0,B=128,A=255)
MidnightBlue=(R=25,G=25,B=112,A=255)
Lavender=(R=230,G=230,B=250,A=255)
Thistle=(R=216,G=191,B=216,A=255)
Plum=(R=221,G=160,B=221,A=255)
Violet=(R=238,G=130,B=238,A=255)
Orchid=(R=218,G=112,B=214,A=255)
Fuchsia=(R=255,G=0,B=255,A=255)
Magenta=(R=255,G=0,B=255,A=255)
MediumOrchid=(R=186,G=85,B=211,A=255)
MediumPurple=(R=147,G=112,B=219,A=255)
BlueViolet=(R=138,G=43,B=226,A=255)
DarkViolet=(R=148,G=0,B=211,A=255)
DarkOrchid=(R=153,G=50,B=204,A=255)
DarkMagenta=(R=139,G=0,B=139,A=255)
Purple=(R=128,G=0,B=128,A=255)
Indigo=(R=75,G=0,B=130,A=255)
DarkSlateBlue=(R=72,G=61,B=139,A=255)
SlateBlue=(R=106,G=90,B=205,A=255)
MediumSlateBlue=(R=123,G=104,B=238,A=255)
White=(R=255,G=255,B=255,A=255)
Snow=(R=255,G=250,B=250,A=255)
Honeydew=(R=240,G=255,B=240,A=255)
MintCream=(R=245,G=255,B=250,A=255)
Azure=(R=240,G=255,B=255,A=255)
AliceBlue=(R=240,G=248,B=255,A=255)
GhostWhite=(R=248,G=248,B=255,A=255)
WhiteSmoke=(R=245,G=245,B=245,A=255)
Seashell=(R=255,G=245,B=238,A=255)
Beige=(R=245,G=245,B=220,A=255)
OldLace=(R=253,G=245,B=230,A=255)
FloralWhite=(R=255,G=250,B=240,A=255)
Ivory=(R=255,G=255,B=240,A=255)
AntiqueWhite=(R=250,G=235,B=215,A=255)
Linen=(R=250,G=240,B=230,A=255)
LavenderBlush=(R=255,G=240,B=245,A=255)
MistyRose=(R=255,G=228,B=225,A=255)
Gainsboro=(R=220,G=220,B=220,A=255)
LightGray=(R=211,G=211,B=211,A=255)
Silver=(R=192,G=192,B=192,A=255)
Gray=(R=169,G=169,B=169,A=255)
DimGray=(R=128,G=128,B=128,A=255)
DarkGray=(R=105,G=105,B=105,A=255)
LightSlateGray=(R=119,G=136,B=153,A=255)
SlateGray=(R=112,G=128,B=144,A=255)
DarkSlateGray=(R=47,G=79,B=79,A=255)
Eigengrau=(R=22,G=22,B=29,A=255)
Black=(R=0,G=0,B=0,A=255)
CODEPOINT_SMALL_A = 97
CODEPOINT_ESCAPE = 27
}

507
sources/Core/Color/Tests/TEST_ColorAPI.uc
Unescape View File

@ -0,0 +1,507 @@
/**
* Set of tests for Color API.
* Copyright 2020 Anton Tarasenko
*------------------------------------------------------------------------------
* This file is part of Acedia.
*
* Acedia is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, version 3 of the License, or
* (at your option) any later version.
*
* Acedia 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.
*
* You should have received a copy of the GNU General Public License
* along with Acedia. If not, see <https://www.gnu.org/licenses/>.
*/
class TEST_ColorAPI extends TestCase
abstract;
protected static function TESTS()
{
Test_ColorCreation();
Test_EqualityCheck();
Test_ColorFixing();
Test_ToString();
Test_Parse();
Test_GetTag();
}
protected static function Test_ColorCreation()
{
Context("Testing `ColorAPI`'s functions for creating color structures.");
SubTest_ColorCreationRGB();
SubTest_ColorCreationRGBA();
}
protected static function SubTest_ColorCreationRGB()
{
local Color createdColor;
Issue("`RGB() function does not set red, green and blue components"
@ "correctly.");
createdColor = _().color.RGB(145, 67, 237);
TEST_ExpectTrue(createdColor.r == 145);
TEST_ExpectTrue(createdColor.g == 67);
TEST_ExpectTrue(createdColor.b == 237);
Issue("`RGB() function does not set alpha component to 255.");
TEST_ExpectTrue(createdColor.a == 255);
Issue("`RGB() function does not set special values (border values"
@ "`0`, `255` and value `10`, incorrect for coloring a `string`) for"
@"red, green and blue components correctly.");
createdColor = _().color.RGB(0, 10, 255);
TEST_ExpectTrue(createdColor.r == 0);
TEST_ExpectTrue(createdColor.g == 10);
TEST_ExpectTrue(createdColor.b == 255);
Issue("`RGB() function does not set alpha value to 255.");
TEST_ExpectTrue(createdColor.a == 255);
}
protected static function SubTest_ColorCreationRGBA()
{
local Color createdColor;
Issue("`RGBA() function does not set red, green, blue, alpha"
@ "components correctly.");
createdColor = _().color.RGBA(93, 245, 1, 67);
TEST_ExpectTrue(createdColor.r == 93);
TEST_ExpectTrue(createdColor.g == 245);
TEST_ExpectTrue(createdColor.b == 1);
TEST_ExpectTrue(createdColor.a == 67);
Issue("`RGBA() function does not set special values (border values"
@ "`0`, `255` and value `10`, incorrect for coloring a `string`) for"
@"red, green, blue components correctly.");
createdColor = _().color.RGBA(0, 10, 10, 255);
TEST_ExpectTrue(createdColor.r == 0);
TEST_ExpectTrue(createdColor.g == 10);
TEST_ExpectTrue(createdColor.b == 10);
TEST_ExpectTrue(createdColor.a == 255);
}
protected static function Test_EqualityCheck()
{
Context("Testing `ColorAPI`'s functions for color equality check.");
SubTest_EqualityCheckNotFixed();
SubTest_EqualityCheckFixed();
}
protected static function SubTest_EqualityCheckNotFixed()
{
local Color color1, color2, color3;
color1 = _().color.RGB(45, 10, 19);
color2 = _().color.RGB(45, 11, 19);
color3 = _().color.RGBA(45, 10, 19, 178);
Issue("`AreEqual()` does not recognized equal colors as such.");
TEST_ExpectTrue(_().color.AreEqual(color1, color1));
Issue("`AreEqual()` does not recognized colors that differ only in alpha"
@ "channel as equal.");
TEST_ExpectTrue(_().color.AreEqual(color1, color3));
Issue("`AreEqual()` does not recognized different colors as such.");
TEST_ExpectFalse(_().color.AreEqual(color1, color2));
Issue("`AreEqualWithAlpha()` does not recognized equal colors as such.");
TEST_ExpectTrue(_().color.AreEqualWithAlpha(color1, color1));
TEST_ExpectTrue(_().color.AreEqualWithAlpha(color3, color3));
Issue("`AreEqualWithAlpha()` does not recognized different colors"
@ "as such.");
TEST_ExpectFalse(_().color.AreEqualWithAlpha(color1, color2));
TEST_ExpectFalse(_().color.AreEqualWithAlpha(color1, color3));
}
protected static function SubTest_EqualityCheckFixed()
{
local Color color1, color2, color3;
color1 = _().color.RGB(45, 10, 0);
color2 = _().color.RGB(45, 239, 19);
color3 = _().color.RGBA(45, 11, 1, 178);
Issue("`AreEqual()` does not recognized equal colors as such (with color"
@ "auto-fix).");
TEST_ExpectTrue(_().color.AreEqual(color1, color1, true));
Issue("`AreEqual()` does not recognized colors that differ only in alpha"
@ "channel as equal (with color auto-fix).");
TEST_ExpectTrue(_().color.AreEqual(color1, color3, true));
Issue("`AreEqual()` does not recognized different colors as such"
@ "(with color auto-fix).");
TEST_ExpectFalse(_().color.AreEqual(color1, color2, true));
Issue("`AreEqualWithAlpha()` does not recognized equal colors as such"
@ "(with color auto-fix).");
TEST_ExpectTrue(_().color.AreEqualWithAlpha(color1, color1, true));
TEST_ExpectTrue(_().color.AreEqualWithAlpha(color3, color3, true));
Issue("`AreEqualWithAlpha()` does not recognized different colors as such"
@ "(with color auto-fix).");
TEST_ExpectFalse(_().color.AreEqualWithAlpha(color1, color2, true));
TEST_ExpectFalse(_().color.AreEqualWithAlpha(color1, color3, true));
}
protected static function Test_ColorFixing()
{
local Color validColor, brokenColor;
validColor = _().color.RGB(23, 179, 244);
brokenColor = _().color.RGB(10, 35, 0);
Context("Testing `ColorAPI`'s functions for fixing color components for"
@ "game's native render functions.");
Issue("`FixColorComponent()` does not \"fix\" values it is expected to,"
@ "the way it is expected to.");
TEST_ExpectTrue(_().color.FixColorComponent(0) == 1);
TEST_ExpectTrue(_().color.FixColorComponent(10) == 11);
Issue("`FixColorComponent()` changes values it should not.");
TEST_ExpectTrue(_().color.FixColorComponent(9) == 9);
TEST_ExpectTrue(_().color.FixColorComponent(255) == 255);
TEST_ExpectTrue(_().color.FixColorComponent(87) == 87);
Issue("`FixColor()` changes colors it should not.");
TEST_ExpectTrue(
_().color.AreEqualWithAlpha(validColor,
_().color.FixColor(validColor)));
Issue("`FixColor()` doesn't fix color it should fix in an expected way.");
TEST_ExpectTrue(
_().color.AreEqualWithAlpha(_().color.RGB(11, 35, 1),
_().color.FixColor(brokenColor)));
Issue("`FixColor()` affects alpha channel.");
TEST_ExpectTrue(_().color.FixColor(validColor).a == 255);
validColor.a = 0;
TEST_ExpectTrue(_().color.FixColor(validColor).a == 0);
validColor.a = 10;
TEST_ExpectTrue(_().color.FixColor(validColor).a == 10);
}
protected static function Test_ToString()
{
Context("Testing `ColorAPI`'s `ToString()` function.");
SubTest_ToStringType();
SubTest_ToString();
}
protected static function SubTest_ToStringType()
{
local Color normalColor, borderValueColor;
normalColor = _().color.RGBA(24, 232, 187, 34);
borderValueColor = _().color.RGBA(0, 255, 255, 0);
Issue("`ToStringType()` improperly works with `CLRDISPLAY_HEX` option.");
TEST_ExpectTrue(_().color.ToStringType(normalColor) ~= "#18e8bb");
TEST_ExpectTrue(_().color.ToStringType(borderValueColor) ~= "#00ffff");
Issue("`ToStringType()` improperly works with `CLRDISPLAY_RGB` option.");
TEST_ExpectTrue(_().color.ToStringType(normalColor, CLRDISPLAY_RGB)
~= "rgb(24,232,187)");
TEST_ExpectTrue(_().color.ToStringType(borderValueColor, CLRDISPLAY_RGB)
~= "rgb(0,255,255)");
Issue("`ToStringType()` improperly works with `CLRDISPLAY_RGBA` option.");
TEST_ExpectTrue(_().color.ToStringType(normalColor, CLRDISPLAY_RGBA)
~= "rgba(24,232,187,34)");
TEST_ExpectTrue(_().color.ToStringType(borderValueColor, CLRDISPLAY_RGBA)
~= "rgba(0,255,255,0)");
Issue("`ToStringType()` improperly works with `CLRDISPLAY_RGB_TAG`"
@ "option.");
TEST_ExpectTrue(_().color.ToStringType(normalColor, CLRDISPLAY_RGB_TAG)
~= "rgb(r=24,g=232,b=187)");
TEST_ExpectTrue(_().color.ToStringType(borderValueColor, CLRDISPLAY_RGB_TAG)
~= "rgb(r=0,g=255,b=255)");
Issue("`ToStringType()` improperly works with `CLRDISPLAY_RGBA_TAG`"
@ "option.");
TEST_ExpectTrue(_().color.ToStringType(normalColor, CLRDISPLAY_RGBA_TAG)
~= "rgba(r=24,g=232,b=187,a=34)");
TEST_ExpectTrue(
_().color.ToStringType(borderValueColor, CLRDISPLAY_RGBA_TAG)
~= "rgba(r=0,g=255,b=255,a=0)");
}
protected static function SubTest_ToString()
{
local Color opaqueColor, transparentColor;
opaqueColor = _().color.RGBA(143, 211, 43, 255);
transparentColor = _().color.RGBA(234, 32, 145, 13);
Issue("`ToString()` improperly converts color with opaque color.");
TEST_ExpectTrue(_().color.ToString(opaqueColor) ~= "rgb(143,211,43)");
Issue("`ToString()` improperly converts color with transparent color.");
TEST_ExpectTrue(_().color.ToString(transparentColor)
~= "rgba(234,32,145,13)");
}
protected static function Test_GetTag()
{
Context("Testing `ColorAPI`'s functionality of creating 4-byte color"
@ "change sequences.");
SubTest_GetTagColor();
SubTest_GetTagRGB();
}
protected static function SubTest_GetTagColor()
{
local Color normalColor, borderColor;
normalColor = _().color.RGB(143, 211, 43);
borderColor = _().color.RGB(10, 0, 255);
Issue("`GetColorTag()` does not properly convert colors.");
TEST_ExpectTrue(_().color.GetColorTag(normalColor)
== (Chr(27) $ Chr(143) $ Chr(211) $ Chr(43)));
TEST_ExpectTrue(_().color.GetColorTag(borderColor)
== (Chr(27) $ Chr(11) $ Chr(1) $ Chr(255)));
Issue("`GetColorTag()` does not properly convert colors when asked not to"
@ "fix components.");
TEST_ExpectTrue(_().color.GetColorTag(normalColor, true)
== (Chr(27) $ Chr(143) $ Chr(211) $ Chr(43)));
TEST_ExpectTrue(_().color.GetColorTag(borderColor, true)
== (Chr(27) $ Chr(10) $ Chr(1) $ Chr(255)));
}
protected static function SubTest_GetTagRGB()
{
Issue("`GetColorTagRGB()` does not properly convert colors.");
TEST_ExpectTrue(_().color.GetColorTagRGB(143, 211, 43)
== (Chr(27) $ Chr(143) $ Chr(211) $ Chr(43)));
TEST_ExpectTrue(_().color.GetColorTagRGB(10, 0, 255)
== (Chr(27) $ Chr(11) $ Chr(1) $ Chr(255)));
Issue("`GetColorTagRGB()` does not properly convert colors when asked"
@ "not to fix components.");
TEST_ExpectTrue(_().color.GetColorTagRGB(143, 211, 43, true)
== (Chr(27) $ Chr(143) $ Chr(211) $ Chr(43)));
TEST_ExpectTrue(_().color.GetColorTagRGB(10, 0, 255, true)
== (Chr(27) $ Chr(10) $ Chr(1) $ Chr(255)));
}
protected static function Test_Parse()
{
Context("Testing `ColorAPI`'s parsing functionality.");
SubTest_ParseWithParser();
SubTest_ParseStringPlain();
SubTest_ParseStringColored();
SubTest_ParseStringFormatted();
SubTest_ParseText();
SubTest_ParseRaw();
}
protected static function SubTest_ParseWithParser()
{
local Color expectedColor, resultColor;
expectedColor = _().color.RGBA(154, 255, 0, 187);
Issue("`ParseWith()` cannot parse hex colors.");
TEST_ExpectTrue(_().color.ParseWith(_().text.ParseString("#9aff00"),
resultColor));
TEST_ExpectTrue(_().color.AreEqual(resultColor, expectedColor));
Issue("`ParseWith()` cannot parse rgb colors.");
TEST_ExpectTrue(_().color.ParseWith(_().text.ParseString("rgb(154,255,0)"),
resultColor));
TEST_ExpectTrue(_().color.AreEqual(resultColor, expectedColor));
Issue("`ParseWith()` cannot parse rgba colors.");
TEST_ExpectTrue(_().color.ParseWith(
_().text.ParseString("rgba(154,255,0,187)"),
resultColor));
TEST_ExpectTrue(_().color.AreEqualWithAlpha(resultColor, expectedColor));
Issue("`ParseWith()` cannot parse rgb colors with tags.");
TEST_ExpectTrue(_().color.ParseWith(
_().text.ParseString("rgb(r=154,g=255,b=0)"),
resultColor));
TEST_ExpectTrue(_().color.AreEqual(resultColor, expectedColor));
Issue("`ParseWith()` cannot parse rgba colors with tags.");
TEST_ExpectTrue(_().color.ParseWith(
_().text.ParseString("rgba(r=154,g=255,b=0,a=187)"),
resultColor));
TEST_ExpectTrue(_().color.AreEqualWithAlpha(resultColor, expectedColor));
Issue("`ParseWith()` reports success when parsing invalid color string.");
TEST_ExpectFalse(_().color.ParseWith( _().text.ParseString("#9aff0g"),
resultColor));
}
protected static function SubTest_ParseStringPlain()
{
local Color expectedColor, resultColor;
expectedColor = _().color.RGBA(154, 255, 0, 187);
Issue("`ParseString()` cannot parse hex colors.");
TEST_ExpectTrue(_().color.ParseString("#9aff00", resultColor));
TEST_ExpectTrue(_().color.AreEqual(resultColor, expectedColor));
Issue("`ParseString()` cannot parse rgb colors.");
TEST_ExpectTrue(_().color.ParseString("rgb(154,255,0)", resultColor));
TEST_ExpectTrue(_().color.AreEqual(resultColor, expectedColor));
Issue("`ParseString()` cannot parse rgba colors.");
TEST_ExpectTrue(_().color.ParseString("rgba(154,255,0,187)", resultColor));
TEST_ExpectTrue(_().color.AreEqualWithAlpha(resultColor, expectedColor));
Issue("`ParseString()` cannot parse rgb colors with tags.");
TEST_ExpectTrue(_().color.ParseString("rgb(r=154,g=255,b=0)", resultColor));
TEST_ExpectTrue(_().color.AreEqual(resultColor, expectedColor));
Issue("`ParseString()` cannot parse rgba colors with tags.");
TEST_ExpectTrue(_().color.ParseString( "rgba(r=154,g=255,b=0,a=187)",
resultColor));
TEST_ExpectTrue(_().color.AreEqualWithAlpha(resultColor, expectedColor));
Issue("`ParseString()` reports success when parsing invalid color string.");
TEST_ExpectFalse(_().color.ParseString("#9aff0g", resultColor));
}
protected static function SubTest_ParseStringColored()
{
local Color expectedColor, resultColor;
expectedColor = _().color.RGBA(154, 255, 0, 187);
Issue("`ParseString(STRING_Colored)` cannot parse hex colors.");
TEST_ExpectTrue(_().color.ParseString(
"#9af" $ Chr(27) $ Chr(45) $ Chr(234) $ Chr(24) $ "f00",
resultColor, STRING_Colored));
TEST_ExpectTrue(_().color.AreEqual(resultColor, expectedColor));
Issue("`ParseString(STRING_Colored)` cannot parse rgb colors.");
TEST_ExpectTrue(_().color.ParseString(
"rgb(154,2" $ Chr(27) $ Chr(23) $ Chr(32) $ Chr(53) $ "55,0)",
resultColor, STRING_Colored));
TEST_ExpectTrue(_().color.AreEqual(resultColor, expectedColor));
Issue("`ParseString(STRING_Colored)` cannot parse rgba colors.");
TEST_ExpectTrue(_().color.ParseString(
"rgba(154,255,0,187" $ Chr(27) $ Chr(133) $ Chr(234) $ Chr(10) $ ")",
resultColor, STRING_Colored));
TEST_ExpectTrue(_().color.AreEqualWithAlpha(resultColor, expectedColor));
Issue("`ParseString(STRING_Colored)` cannot parse rgb colors with tags.");
TEST_ExpectTrue(_().color.ParseString(
"rg" $ Chr(27) $ Chr(26) $ Chr(234) $ Chr(125) $ "b(r=154,g=255,b=0)",
resultColor, STRING_Colored));
TEST_ExpectTrue(_().color.AreEqual(resultColor, expectedColor));
Issue("`ParseString(STRING_Colored)` cannot parse rgba colors with tags.");
TEST_ExpectTrue(_().color.ParseString(
"rgba(r=154,g=255,b" $ Chr(27) $ Chr(1) $ Chr(4) $ Chr(7) $ "=0,a=187)",
resultColor, STRING_Colored));
TEST_ExpectTrue(_().color.AreEqualWithAlpha(resultColor, expectedColor));
}
protected static function SubTest_ParseStringFormatted()
{
local Color expectedColor, resultColor;
expectedColor = _().color.RGBA(154, 255, 0, 187);
Issue("`ParseString(STRING_Formatted)` cannot parse hex colors.");
TEST_ExpectTrue(_().color.ParseString(
"#9a{#4753d5 ff0}0",
resultColor, STRING_Formatted));
TEST_ExpectTrue(_().color.AreEqual(resultColor, expectedColor));
Issue("`ParseString(STRING_Formatted)` cannot parse rgb colors.");
TEST_ExpectTrue(_().color.ParseString(
"rg{rgb(45,67,123) b(154,25}5,0)",
resultColor, STRING_Formatted));
TEST_ExpectTrue(_().color.AreEqual(resultColor, expectedColor));
Issue("`ParseString(STRING_Formatted)` cannot parse rgba colors.");
TEST_ExpectTrue(_().color.ParseString(
"rgba(154,2{#34d1a7 }55,0,187)",
resultColor, STRING_Formatted));
TEST_ExpectTrue(_().color.AreEqualWithAlpha(resultColor, expectedColor));
Issue("`ParseString(STRING_Formatted)` cannot parse rgb colors with tags.");
TEST_ExpectTrue(_().color.ParseString(
"rgb(r{#34d1a7 }=154,g=255,b=0)",
resultColor, STRING_Formatted));
TEST_ExpectTrue(_().color.AreEqual(resultColor, expectedColor));
Issue("`ParseString(STRING_Formatted)` cannot parse rgba colors with"
@ "tags.");
TEST_ExpectTrue(_().color.ParseString(
"r{rgb(12,12,253) gba(r=154,g=255,b=0,a=187)}",
resultColor, STRING_Formatted));
TEST_ExpectTrue(_().color.AreEqualWithAlpha(resultColor, expectedColor));
}
protected static function SubTest_ParseText()
{
local Color expectedColor, resultColor;
expectedColor = _().color.RGBA(154, 255, 0, 187);
Issue("`ParseText()` cannot parse hex colors.");
TEST_ExpectTrue(_().color.ParseText(_().text.FromString("#9aff00"),
resultColor));
TEST_ExpectTrue(_().color.AreEqual(resultColor, expectedColor));
Issue("`ParseText()` cannot parse rgb colors.");
TEST_ExpectTrue(_().color.ParseText(_().text.FromString("rgb(154,255,0)"),
resultColor));
TEST_ExpectTrue(_().color.AreEqual(resultColor, expectedColor));
Issue("`ParseText()` cannot parse rgba colors.");
TEST_ExpectTrue(_().color.ParseText(
_().text.FromString("rgba(154,255,0,187)"),
resultColor));
TEST_ExpectTrue(_().color.AreEqualWithAlpha(resultColor, expectedColor));
Issue("`ParseText()` cannot parse rgb colors with tags.");
TEST_ExpectTrue(_().color.ParseText(
_().text.FromString("rgb(r=154,g=255,b=0)"),
resultColor));
TEST_ExpectTrue(_().color.AreEqual(resultColor, expectedColor));
Issue("`ParseText()` cannot parse rgba colors with tags.");
TEST_ExpectTrue(_().color.ParseText(
_().text.FromString("rgba(r=154,g=255,b=0,a=187)"),
resultColor));
TEST_ExpectTrue(_().color.AreEqualWithAlpha(resultColor, expectedColor));
Issue("`ParseText()` reports success when parsing invalid color string.");
TEST_ExpectFalse(_().color.ParseText( _().text.FromString("#9aff0g"),
resultColor));
}
protected static function SubTest_ParseRaw()
{
local Color expectedColor, resultColor;
expectedColor = _().color.RGBA(154, 255, 0, 187);
Issue("`ParseRaw()` cannot parse hex colors.");
TEST_ExpectTrue(_().color.ParseRaw( _().text.StringToRaw("#9aff00"),
resultColor));
TEST_ExpectTrue(_().color.AreEqual(resultColor, expectedColor));
Issue("`ParseRaw()` cannot parse rgb colors.");
TEST_ExpectTrue(_().color.ParseRaw( _().text.StringToRaw("rgb(154,255,0)"),
resultColor));
TEST_ExpectTrue(_().color.AreEqual(resultColor, expectedColor));
Issue("`ParseRaw()` cannot parse rgba colors.");
TEST_ExpectTrue(_().color.ParseRaw(
_().text.StringToRaw("rgba(154,255,0,187)"),
resultColor));
TEST_ExpectTrue(_().color.AreEqualWithAlpha(resultColor, expectedColor));
Issue("`ParseRaw()` cannot parse rgb colors with tags.");
TEST_ExpectTrue(_().color.ParseRaw(
_().text.StringToRaw("rgb(r=154,g=255,b=0)"),
resultColor));
TEST_ExpectTrue(_().color.AreEqual(resultColor, expectedColor));
Issue("`ParseRaw()` cannot parse rgba colors with tags.");
TEST_ExpectTrue(_().color.ParseRaw(
_().text.StringToRaw("rgba(r=154,g=255,b=0,a=187)"),
resultColor));
TEST_ExpectTrue(_().color.AreEqualWithAlpha(resultColor, expectedColor));
Issue("`ParseRaw()` reports success when parsing invalid color string.");
TEST_ExpectFalse(_().color.ParseRaw(_().text.StringToRaw("#9aff0g"),
resultColor));
}
defaultproperties
{
caseName = "Colors"
}
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