public async void NewToOldHexWriteEquivalency()
{
/*
*
* Get sample file, write to the contents, and then re import them to see if they are equivalent
*
*/
var path = Environment.CurrentDirectory + @"\TargetFileOld.txt";
var i = 0;
var data = "1";
// Old
HexFunctionsVb.WriteHEX(ref path, ref i, ref data);
var path2 = Environment.CurrentDirectory + @"\TargetFile2Old.txt";
var i2 = 0;
var data2 = "1";
// New
HexFunctions.WriteHex(ref path2, ref i2, ref data2);
// Strings should contain the newly written file contents
var text = File.ReadLines(path);
var text2 = File.ReadLines(path2);
Assert.Equal(text, text2);
}
public async void NewToOldReversHexEquivalency()
{
var data = "the quick brown fox";
var result = HexFunctionsVb.ReverseHEX(ref data);
var data2 = "the quick brown fox";
var newResult = HexFunctions.ReverseHex(ref data2);
Assert.Equal(result, newResult);
}
public async void NewToOldReversHexStreamEquivalency()
{
var data = "the quick brown fox";
var result = HexFunctionsVb.ReverseHEX(ref data);
var data2 = "the quick brown fox";
// var newResult = await new BaseHexReverse().ReverseAsync(data2);
// Assert.Equal(result, newResult);
}
public async void NewToOldHexReadEquivalency()
{
var path = @"E:\1986 - Pokemon Emerald (U)(TrashMan).gba";
var i = 0;
var length = 500;
// New
var hexOriginal = HexFunctions.ReadHex(ref path, ref i, ref length);
// Old
var hexVb = HexFunctionsVb.ReadHEX(ref path, ref i, ref length);
Assert.Equal(hexOriginal, hexVb);
}
