public void u16(RawBitWriter <TMemory> b, u16 value)
{
while (value >= 0b10000000)
{
b.u8Raw((u8)(value | 0b10000000)); value >>= 7;
}
b.u8Raw((u8)value);
}
public void u32(RawBitWriter <TMemory> b, u32 value)
// 1. trying to use generic method or class with call for inline and optimize with only interface constraint losses great of performance
// 2. passing instance of class buffer by `in` slows down by 10
// 3. per call instance of holder struct also losts 10 percentage of performance (not sure if share per thread)
{
// TODO: how to use CPU parallelism here ? unrol loop? couple of temporal variables?
// TODO: mere 8 and 8 into one 16? write special handling code for 8 and 16 coming from outside?
// oneliner version to use if need copy paste
while (value >= 0b10000000)
{
b.u8Raw((u8)(value | 0b10000000)); value >>= 7;
}
b.u8Raw((u8)value);
}
public void u8(RawBitWriter <TMemory> b, u8 value) => b.u8Raw(value);