private static void testGArray <T>(T[] input, LengthPrefix lengthPrefix = LengthPrefix.Int32) where T : unmanaged
{
string typ = typeof(T).Name;
TUtils.Test($"read/write {typ}[].length:{lengthPrefix} ({TUtils.IListToString(input)})", () =>
{
bw.Position = 0;
bw.WriteArray(input, lengthPrefix);
bw.Position = 0;
T[] result = br.ReadArray <T>(lengthPrefix);
if (input.Length != result.Length)
{
TUtils.WriteFail($"FAIL length not equal{input.Length}!={result.Length}");
return(TestResult.Failure);
}
if (TUtils.IsIListEqual(input, result))
{
TUtils.WriteSucces($"OK");
return(TestResult.Success);
}
else
{
TUtils.WriteFail($"FAIL array({TUtils.IListToString(result)})");
return(TestResult.Failure);
}
});
}
private static void testString(string str, LengthPrefix lengthPrefix = LengthPrefix.Default, CharSizePrefix charSizePrefix = CharSizePrefix.Default)
{
TUtils.Test($"read/write string[{charSizePrefix}].length:{lengthPrefix} ({str})", () =>
{
bw.Position = 0;
bw.WriteString(str, lengthPrefix, charSizePrefix);
bw.Position = 0;
string result = br.ReadString(lengthPrefix, charSizePrefix);
if (result.Equals(str))
{
TUtils.WriteSucces("OK");
return(TestResult.Success);
}
else
{
TUtils.WriteFail($"FAIL \"{result}\"");
return(TestResult.Failure);
}
});
}
private static void testArray <T>(Action <T[]> write, Func <T[]> read, T[] input, LengthPrefix lengthPrefix = LengthPrefix.Default)
{
string typ = typeof(T).Name;
TUtils.Test("read/write " + typ + "[] (" + TUtils.IListToString(input) + ")", () =>
{
bw.Position = 0;
write(input);
bw.Position = 0;
T[] result = read();
if (input.Length != result.Length)
{
TUtils.WriteFail($"FAIL length not equal{input.Length}!={result.Length}");
return(TestResult.Failure);
}
if (TUtils.IsIListEqual(input, result))
{
TUtils.WriteSucces($"OK");
return(TestResult.Success);
}
else
{
TUtils.WriteFail($"FAIL array({TUtils.IListToString(result)})");
return(TestResult.Failure);
}
});
}
public static void BuildLengthPrefix(LengthPrefix prefix)
{
bitstream.Write ((byte)((byte)prefix & 0xFF));
}
