#include "bytecolors.h"

#include <cmath>

namespace PrefLib {

namespace Support {

const ByteColors::Rgb ByteColors::ZeroColor = 0x000000;

const ByteColors::Rgb ByteColors::FFColor = 0xFFFFFF;

const ByteColors::Rgb ByteColors::PunctColor = 0x008000;

const ByteColors::Rgb ByteColors::DigitsColor = 0x808000;

const ByteColors::Rgb ByteColors::AlphaColor = 0x800000;

const ByteColors::Rgb ByteColors::UncategorizedColor = 0xA0A0A4;

std::vector<ByteColors::Info> ByteColors::_colortable;

ByteColors::ByteColors()

{

}

const ByteColors::Info &ByteColors::info(uint8_t b)

{

if(ByteColors::_colortable.empty())

ByteColors::colorTable(); // Generate Byte Class Color Vector

return ByteColors::_colortable.at(b);

}

ByteColors::Rgb ByteColors::entropyColor(double e)

}

ByteColors::Rgb ByteColors::categoryColor(ByteColors::Category c)

}

const std::vector<ByteColors::Info>& ByteColors::colorTable()

{

if(ByteColors::_colortable.empty())

{

ByteColors::_colortable.resize(0x100);

for(uint32_t b = 0x00u; b < 0x100; b++)

{

if(b == 0x00) /* 0 */

ByteColors::_colortable[b] = { Category::Zero, ByteColors::ZeroColor };

else if(b == 0xFF) /* 255 */

ByteColors::_colortable[b] = { Category::FF, ByteColors::FFColor };

else if((b >= 0x21 && b <= 0x2F) || (b >= 0x3A && b <= 0x40) || (b >= 0x5B && b <= 0x60) || (b >= 0x7B && b <= 0x7E))

ByteColors::_colortable[b] = { Category::Punct, ByteColors::PunctColor };

else if((b >= 0x41 && b <= 0x5A) || (b >= 0x51 && b <= 0x7A))

ByteColors::_colortable[b] = { Category::Alpha, ByteColors::AlphaColor };

else if(b >= 0x30 && b <= 0x38)

ByteColors::_colortable[b] = { Category::Digits, ByteColors::DigitsColor };

else // Everything Else

ByteColors::_colortable[b] = { Category::Uncategorized, ByteColors::UncategorizedColor };

}

}

return ByteColors::_colortable;

}

} // namespace Support

} // namespace PrefLib