doublesine/VisualAssist-patched-binaries

Hi mr doublesine Can help me to adapt code Patch for VisualAssist on new 64 version dll for latest VS 2022 native x64?

Build 2022.1 Release date: 2022.01.21 Version 10.9.2443

VA_X64.dll

https://mega.nz/file/6s1wCZBA#zycmnktPFNw12sV37xMXVYVLtRPvnnpsfgKSnFw_tCI

Thanks and Best Regards

OK, I will take a look as soon as possible.

many thank's for your time...

The patched VA_X64.dll for 10.9.2443.0 has been uploaded.

Many thanks you Think about updating the code on the HyperSine github?

Best regards

Code has been uploaded. Previous code is archived in archived-cpp branch.

Many thanks for all..

@Double Sine I have a little OT...

I need if possible an help on this problems :

I have this string hex :

1) 03 02 04 02 0c 02 05 02 2a 02 0e 02 0c 02 05 02 12 02 44 02 03 02 1e 02

and an sw passed this string hex at call c++ WideCharToMultiByte:

Codepage = 0xfde9; v4 = 0xD;

result = (LPSTR *)WideCharToMultiByte(CodePage, 0, lpString, v4, *a1, 4 * v4, 0, 0);

a1 = C8 83 c8 84 c8 8c c8 85 c8 aa c8 8e c8 8c c8 85 c8 92 c9 84 c8 83 c8 9e

a1 is a correct result....

I try to replicate in C# the same whitout success in this way :

1) [DllImport("kernel32.dll")]

    static extern int WideCharToMultiByte(uint CodePage, uint dwFlags,

[MarshalAs(UnmanagedType.LPWStr)] string lpWideCharStr, int cchWideChar, [MarshalAs(UnmanagedType.LPArray)] Byte[] lpMultiByteStr, int cbMultiByte, IntPtr lpDefaultChar, out bool lpUsedDefaultChar);

Int32 iNewDataLen = 0x34;

            Byte[] byNewData = null;
            bool bDefaultChar = false;
            string s = Encoding.UTF8.GetString(.......);
            int sl = s.Length;
            byNewData = new Byte[0x34];
            iNewDataLen = WideCharToMultiByte(0xfde9, 0, s, sl, byNewData, iNewDataLen, IntPtr.Zero, out bDefaultChar);

but byNewData for me is wrong... you know another way?

tks for any reply

WideCharToMultiByte with code page CP_UTF8(0xfde9) is just converting a UNICODE-encoded byte array to a UTF8-encoded byte array where UNICODE-encoded is actually UTF16-LE-encoded.

So the hex string you give

03 02 04 02 0c 02 05 02 2a 02 0e 02 0c 02 05 02 12 02 44 02 03 02 1e 02

is UNICODE-encoded.

The correct result

C8 83 c8 84 c8 8c c8 85 c8 aa c8 8e c8 8c c8 85 c8 92 c9 84 c8 83 c8 9e

is UTF8-encoded.

You should decode source hex string in UNICODE and then encode in UTF8, which is quite simple and you don't have to call Win32 API explictly:

byte[] s = 
    "03 02 04 02 0c 02 05 02 2a 02 0e 02 0c 02 05 02 12 02 44 02 03 02 1e 02"
        .Split(' ')
        .Select(x => Convert.ToByte(x, 16))
        .ToArray();

byte[] a1 =
    "C8 83 c8 84 c8 8c c8 85 c8 aa c8 8e c8 8c c8 85 c8 92 c9 84 c8 83 c8 9e"
        .Split(' ')
        .Select(x => Convert.ToByte(x, 16))
        .ToArray();

byte[] new_data = Encoding.UTF8.GetBytes(Encoding.Unicode.GetString(s));

            
Contract.Assert(new_data.SequenceEqual(a1));

I thank you for the many things I have learned from you over the years.

#1 Native x64 version...