public void WriteCql(StringBuilder queryBuilder)
{
switch (AssignmentType)
{
case AssignmentTypes.CounterModifier:
string modifierSymbol = CounterModifierType == CounterModifierTypes.Addition ? "+" : "-";
queryBuilder.Append($"{CounterColumn} = {CounterColumn} {modifierSymbol} ");
CounterModifier.WriteCql(queryBuilder);
break;
case AssignmentTypes.SimpleAssignment:
Selection.WriteCql(queryBuilder);
queryBuilder.Append(" = ");
SelectionAssignment.WriteCql(queryBuilder);
break;
case AssignmentTypes.CollectionModifier:
queryBuilder.Append($"{CollectionColumn} = ");
switch (CollectionModifierType)
{
case CollectionModifierTypes.Add:
queryBuilder.Append($"{CollectionColumn} + ");
CollectionLiteral.WriteCql(queryBuilder);
break;
case CollectionModifierTypes.Insert:
CollectionLiteral.WriteCql(queryBuilder);
break;
case CollectionModifierTypes.Prepend:
CollectionLiteral.WriteCql(queryBuilder);
queryBuilder.Append($" + {CollectionLiteral}");
break;
case CollectionModifierTypes.Remove:
queryBuilder.Append($"{CollectionColumn} - ");
CollectionLiteral.WriteCql(queryBuilder);
break;
}
break;
}
}
public static async void ExeFS_RomFS
(
byte ContentType,
byte KeyIdx,
byte KeyGeneration,
byte CryptoType,
byte NCAType,
string RootPath,
ulong TitleID,
uint Ver,
string Headerkey,
string KAEK,
RichTextBox TB
)
{
uint CounterModifier;
byte ExeCounter;
if (CryptoType == CryptoType_Original)
{
CounterModifier = CryptoType_Original;
}
else
{
CounterModifier = CryptoType_Updated;
}
if (CounterModifier == 2)
{
ExeCounter = 1;
}
else
{
ExeCounter = 0;
}
Directory.CreateDirectory($"{RootPath}/Temp");
TB.AppendText("Created temporary directory...\r\n");
TB.ScrollToCaret();
uint Section1Offset = 0xC00;
TB.AppendText("Building RomFS partition...\r\n");
TB.ScrollToCaret();
var BuildRomFS = await ProcessEx.RunAsync(new ProcessStartInfo
{
FileName = $@"{Directory.GetCurrentDirectory()}/Utilities/build_romfs.exe",
Arguments = $"\"{RootPath}/RomFS\" \"{RootPath}/Temp/RomFS.romfs\"",
WindowStyle = ProcessWindowStyle.Hidden,
UseShellExecute = false,
RedirectStandardOutput = true
});
foreach (var Line in BuildRomFS.StandardOutput)
{
TB.Invoke(new Action(() => TB.AppendText(Line + "\r\n")));
TB.ScrollToCaret();
}
BuildRomFS.Process.WaitForExit();
TB.AppendText("Successfully built RomFS partition!\r\n");
TB.ScrollToCaret();
TB.AppendText("Calculating hashes...\r\n");
TB.ScrollToCaret();
var RomHead = RomFSConstructor.MakeRomFS($"{RootPath}/Temp/RomFS.romfs", 0, (byte)CounterModifier);
var RomLength = RomHead.Item2.Length;
var InRom = File.Open($"{RootPath}/Temp/RomFS.romfs", FileMode.Open);
uint PaddedRomLength = (uint)(((int)Math.Ceiling((decimal)(InRom.Length + RomLength) / 0x4000) * 0x4000));
TB.AppendText("Building ExeFS partition...\r\n");
TB.ScrollToCaret();
var BuildPFS = await ProcessEx.RunAsync(new ProcessStartInfo
{
FileName = $@"{Directory.GetCurrentDirectory()}/Utilities/build_pfs0.exe",
Arguments = $"\"{RootPath}/ExeFS\" \"{RootPath}/Temp/ExeFS.pfs\"",
WindowStyle = ProcessWindowStyle.Hidden,
UseShellExecute = false,
RedirectStandardOutput = true
});
foreach (var Line in BuildPFS.StandardOutput)
{
TB.Invoke(new Action(() => TB.AppendText(Line + "\r\n")));
TB.ScrollToCaret();
}
BuildPFS.Process.WaitForExit();
TB.AppendText("Successfully built ExeFS partition!\r\n");
TB.ScrollToCaret();
TB.AppendText("Calculating hashes...\r\n");
TB.ScrollToCaret();
var ExeCalcs = PFS0Constructor.MakePFS0($@"{RootPath}/Temp/ExeFS.pfs", 0x8000, 1, Crypto_CTR, ExeCounter);
var ExeSize = new FileInfo($@"{RootPath}/Temp/ExeFS.pfs").Length;
uint PaddedExeLength = (uint)(((int)Math.Ceiling((decimal)(ExeSize + ExeCalcs.Item2.Length) / 0x4000) * 0x4000));
uint Section0Offset = 0xC00 + PaddedRomLength;
TB.AppendText("Generating entries..\r\n");
TB.ScrollToCaret();
byte[] Section1 = Entry(Section1Offset, 0xC00 + PaddedRomLength);
byte[] Section0 = Entry(Section0Offset, 0xC00 + PaddedRomLength + PaddedExeLength);
byte[] HeaderKey1 = Utils.StringToBytes(Headerkey.Substring(0, 32));
byte[] HeaderKey2 = Utils.StringToBytes(Headerkey.Substring(32, 32));
TB.AppendText($"Generating body key for encryption...\r\n");
TB.ScrollToCaret();
byte[] Key = CryptoInitialisers.GenerateRandomKey(0x10);
TB.AppendText($"Body key: {Utils.BytesToString(Key)}\r\n");
TB.ScrollToCaret();
byte[] Keys = KeyArea(Utils.StringToBytes(KAEK), Key);
TB.AppendText($"Generating NCA header...\r\n");
TB.ScrollToCaret();
byte[] Head = Header(
Utils.Pad(0x100),
Utils.Pad(0x100),
NCA3,
NCAType_Digital,
ContentType,
CryptoType,
KeyIdx,
0xC00 + PaddedRomLength + PaddedExeLength,
TitleID,
Ver,
KeyGeneration,
Utils.Pad(0x10),
Section0,
Section1,
Utils.Pad(0x10),
Utils.Pad(0x10),
CryptoInitialisers.GenSHA256Hash(ExeCalcs.Item1),
CryptoInitialisers.GenSHA256Hash(RomHead.Item1),
Utils.Pad(0x20),
Utils.Pad(0x20),
Keys
);
byte[] Final = NCAHeader
(
Head,
ExeCalcs.Item1,
RomHead.Item1,
Utils.Pad(0x200),
Utils.Pad(0x200)
);
Directory.CreateDirectory($"{RootPath}/Output");
var Output = File.Open($"{RootPath}/Output/Generated.nca", FileMode.Create);
TB.AppendText("Opened NCA for writing...\r\n");
TB.ScrollToCaret();
TB.AppendText("Encrypting and writing header to NCA...\r\n");
TB.ScrollToCaret();
Output.Write(CryptoInitialisers.AES_XTS(HeaderKey1, HeaderKey2, 0x200, Final, 0), 0, Final.Length);
uint Counter = 0xC0;
TB.AppendText("Encrypting and writing RomFS to NCA...\r\n");
TB.ScrollToCaret();
Output.Write(CryptoInitialisers.AES_CTR(Key, Utils.StringToBytes($"{CounterModifier.ToString("X8")}0000000000000000{Counter.ToString("X8")}"), RomHead.Item2), 0, RomHead.Item2.Length);
Counter = Counter + ((uint)RomHead.Item2.Length >> 4);
byte[] CryptoBuffer = new byte[0x4000];
foreach (int i in Enumerable.Range(0, (((int)Math.Ceiling((decimal)InRom.Length / 0x4000) * 0x4000)) / 0x4000))
{
InRom.Read(CryptoBuffer, 0, 0x4000);
Utils.Align(ref CryptoBuffer, 0x4000);
Output.Write(CryptoInitialisers.AES_CTR(Key, Utils.StringToBytes($"{CounterModifier.ToString("X8")}0000000000000000{Counter.ToString("X8")}"), CryptoBuffer), 0, 0x4000);
Counter = Counter + 0x400;
}
TB.AppendText("Encrypting and writing ExeFS to NCA...\r\n");
TB.ScrollToCaret();
int ExePadLen = ((int)Math.Ceiling((decimal)PaddedExeLength / 0x4000) * 0x4000) - (int)(ExeSize + ExeCalcs.Item2.Length);
Output.Write(CryptoInitialisers.AES_CTR(Key, Utils.StringToBytes($"{ExeCounter.ToString("X8")}0000000000000000{Counter.ToString("X8")}"), ExeCalcs.Item2.Concat(File.ReadAllBytes($"{RootPath}/Temp/ExeFS.pfs").Concat(Utils.Pad(ExePadLen))).ToArray()), 0, (int)PaddedExeLength);
Output.Dispose();
InRom.Dispose();
var Openforhashing = File.OpenRead($"{RootPath}/Output/Generated.nca");
TB.AppendText("Calculating NCA hash...");
TB.ScrollToCaret();
var Filename = Utils.BytesToString(CryptoInitialisers.GenSHA256StrmHash(Openforhashing)).Substring(0, 32).ToLower();
Openforhashing.Dispose();
File.Move($"{RootPath}/Output/Generated.nca", $"{RootPath}/Output/{Filename}.nca");
TB.AppendText("Done!");
TB.ScrollToCaret();
MessageBox.Show("Done!");
}