public ColorManager GetManager(ConcurrentDictionary <Color, ConsoleColor> colorMap, ConcurrentDictionary <ConsoleColor, Color> consoleColorMap, int maxColorChanges, int initialColorChangeCountValue, bool isInCompatibilityMode)
{
ColorStore colorStore = new ColorStore(colorMap, consoleColorMap);
ColorMapper colorMapper = GetColorMapperSafe(ColorManager.IsWindows());
return(new ColorManager(colorStore, colorMapper, maxColorChanges, initialColorChangeCountValue, isInCompatibilityMode));
}
public static ColorStore GetColorStore()
{
ColorStore colorStore = new ColorStore(new Dictionary<Color, ConsoleColor>(), new Dictionary<ConsoleColor, Color>());
colorStore.Update(TEST_COLOR, TEST_CONSOLE_COLOR);
return colorStore;
}
public ColorManager GetManager(ConcurrentDictionary <Color, ConsoleColor> colorMap, ConcurrentDictionary <ConsoleColor, Color> consoleColorMap, int maxColorChanges, int initialColorChangeCountValue)
{
ColorStore colorStore = GetColorStore(colorMap, consoleColorMap);
ColorMapper colorMapper = GetColorMapper();
return(new ColorManager(colorStore, colorMapper, maxColorChanges, initialColorChangeCountValue));
}
/// <summary>
/// Manages the number of different colors that the Windows console is able to display in a given session.
/// </summary>
/// <param name="colorStore">The ColorStore instance in which the ColorManager will store colors.</param>
/// <param name="colorMapper">The ColorMapper instance the ColorManager will use to relate different color
/// types to one another.</param>
/// <param name="maxColorChanges">The maximum number of color changes allowed by the ColorManager. It's
/// necessary to keep track of this, because the Windows console can only display 16 different colors in
/// a given session.</param>
/// <param name="initialColorChangeCountValue">The number of color changes which have already occurred.</param>
public ColorManager(ColorStore colorStore, ColorMapper colorMapper, int maxColorChanges , int initialColorChangeCountValue)
{
this.colorStore = colorStore;
this.colorMapper = colorMapper;
colorChangeCount = initialColorChangeCountValue;
this.maxColorChanges = maxColorChanges;
}
/// <summary>
/// Manages the number of different colors that the Windows console is able to display in a given session.
/// </summary>
/// <param name="colorStore">The ColorStore instance in which the ColorManager will store colors.</param>
/// <param name="colorMapper">The ColorMapper instance the ColorManager will use to relate different color
/// types to one another.</param>
/// <param name="maxColorChanges">The maximum number of color changes allowed by the ColorManager. It's
/// necessary to keep track of this, because the Windows console can only display 16 different colors in
/// a given session.</param>
/// <param name="initialColorChangeCountValue">The number of color changes which have already occurred.</param>
public ColorManager(ColorStore colorStore, ColorMapper colorMapper, int maxColorChanges, int initialColorChangeCountValue)
{
this.colorStore = colorStore;
this.colorMapper = colorMapper;
colorChangeCount = initialColorChangeCountValue;
this.maxColorChanges = maxColorChanges;
}
/// <summary>
/// Manages the number of different colors that the Windows console is able to display in a given session.
/// </summary>
/// <param name="colorStore">The ColorStore instance in which the ColorManager will store colors.</param>
/// <param name="colorMapper">The ColorMapper instance the ColorManager will use to relate different color
/// types to one another.</param>
/// <param name="maxColorChanges">The maximum number of color changes allowed by the ColorManager. It's
/// necessary to keep track of this, because the Windows console can only display 16 different colors in
/// a given session.</param>
/// <param name="initialColorChangeCountValue">The number of color changes which have already occurred.</param>
/// <param name="isInCompatibilityMode"></param>
public ColorManager(ColorStore colorStore, ColorMapper colorMapper, int maxColorChanges, int initialColorChangeCountValue, bool isInCompatibilityMode)
{
this.colorStore = colorStore;
this.colorMapper = colorMapper;
colorChangeCount = initialColorChangeCountValue;
this.maxColorChanges = maxColorChanges;
IsInCompatibilityMode = isInCompatibilityMode;
}
private static void ReplaceAllColorsWithDefaults(bool isInCompatibilityMode)
{
colorStore = GetColorStore();
colorManagerFactory = new ColorManagerFactory();
colorManager = colorManagerFactory.GetManager(colorStore, MAX_COLOR_CHANGES, INITIAL_COLOR_CHANGE_COUNT_VALUE, isInCompatibilityMode);
// There's no need to do this if in compatibility mode, as more than 16 colors won't be used, anyway.
if (!colorManager.IsInCompatibilityMode)
{
new ColorMapper().SetBatchBufferColors(defaultColorMap);
}
}
public ColorManager GetManager(ColorStore colorStore, int maxColorChanges, int initialColorChangeCountValue)
{
return new ColorManager(colorStore, GetColorMapper(), maxColorChanges, initialColorChangeCountValue);
}
public ColorManager GetManager(ColorStore colorStore, int maxColorChanges, int initialColorChangeCountValue, bool isInCompatibilityMode)
{
ColorMapper colorMapper = GetColorMapperSafe(ColorManager.IsWindows());
return(new ColorManager(colorStore, colorMapper, maxColorChanges, initialColorChangeCountValue, isInCompatibilityMode));
}
public ColorManager GetManager(ColorStore colorStore, int maxColorChanges, int initialColorChangeCountValue, bool isInCompatibilityMode)
{
return(new ColorManager(colorStore, new ColorMapper(), maxColorChanges, initialColorChangeCountValue, isInCompatibilityMode));
}
public ColorManager GetManager(ColorStore colorStore, int maxColorChanges, int initialColorChangeCountValue)
{
return(new ColorManager(colorStore, GetColorMapper(), maxColorChanges, initialColorChangeCountValue));
}
