public void u32FibonacciMaxMinus1()
{
var rawWriter = new BitBufferWriter <FibonacciEncoding <u32ArrayMemory> >();
rawWriter.u32(u32.MaxValue - 1);
var reader = new BitBufferReader <FibonacciDecoding>();
reader.CopyFrom(rawWriter.ToArray());
var decoded = reader.u32();
Assert.AreEqual(u32.MaxValue - 1, decoded);
}
public void u64FibnacciMax()
{
var rawWriter = new BitBufferWriter <RawEncoding <u32ArrayMemory> >();
var reader = new BitBufferReader <RawDecoding <u32ArrayMemory> >();
Coder.Fibonacci.u64Encode(rawWriter, u64.MaxValue);
reader.CopyFrom(rawWriter.ToArray());
var decoded = Coder.Fibonacci.u64Decode(reader);
Assert.AreEqual(u64.MaxValue, decoded);
rawWriter.Reset();
}
public void FibonacciX()
{
var rawWriter = new BitBufferWriter <RawEncoding <u32ArrayMemory> >();
u64 value = 0b1111_1111_1111_1111u;
Coder.Fibonacci.u64Encode(rawWriter, value);
var reader = new BitBufferReader <RawDecoding <u32ArrayMemory> >();
reader.CopyFrom(rawWriter.ToArray());
var decoded = Coder.Fibonacci.u64Decode(reader);
Assert.AreEqual(value, decoded);
}
public void u16Fibonacci()
{
var rawWriter = new BitBufferWriter <FibonacciEncoding <u32ArrayMemory> >();
u16 value = 0b1000_0001;
rawWriter.u16(value);
var reader = new BitBufferReader <FibonacciDecoding>();
reader.CopyFrom(rawWriter.ToArray());
var decoded = reader.u16();
Assert.AreEqual(value, decoded);
}
public void u64Fibnacci()
{
var rawWriter = new BitBufferWriter <RawEncoding <u32ArrayMemory> >();
var reader = new BitBufferReader <RawDecoding <u32ArrayMemory> >();
for (u64 i = u64.MinValue; i < u16.MaxValue; i++)
{
Coder.Fibonacci.u64Encode(rawWriter, i);
reader.CopyFrom(rawWriter.ToArray());
var decoded = Coder.Fibonacci.u64Decode(reader);
Assert.AreEqual(i, decoded);
rawWriter.Reset();
}
}