int SubStrCount(string str, string substr)
{
if (str == "" || substr == "")
{
return(0);
}
return(ByteHandling.CountBytes(Encoding.ASCII.GetBytes(str.ToCharArray()), Encoding.ASCII.GetBytes(substr.ToCharArray())));
}
//TODO: save and load set of prefixes to options.
private void AddLocalizedStrings()
{
HashSet <string> hs;
if (locStringsPrefixes.Length == 0)
{
hs = new HashSet <string>();
}
else
{
hs = new HashSet <string>(locStringsPrefixes.AsEnumerable());
}
bool setUpdated = false;
foreach (RawFileData rawfile in rawFiles)
{
int offset = rawfile.Contents.IndexOf("&\"");
while (offset != -1)
{
if (rawfile.Contents[offset + 2] != '\"')
{
int underlineOffset = rawfile.Contents.IndexOf("_", offset);
string s = rawfile.Contents.Substring(offset + 2, underlineOffset - offset - 2);
string rn = rawfile.Name;
hs.Add(s);
setUpdated = true;
}
offset = rawfile.Contents.IndexOf("&\"", offset + 2);
}
}
if (setUpdated)
{
locStringsPrefixes = hs.ToArray();
}
int locStringIndex = 0;
foreach (string prefix in hs)
{
byte[] seek = Encoding.ASCII.GetBytes(string.Format(":{0}:", prefix));
seek[0] = 0;
seek[seek.Length - 1] = (byte)'_';
int offset = ByteHandling.FindBytes(zd.DecompressedData, seek);
while (offset != -1)
{
int startOfValueOffset = ByteHandling.FindByteBackward(zd.DecompressedData, 0xFF, offset) + 1;
int endOfKeyOffset = ByteHandling.FindByte(zd.DecompressedData, 0x00, offset + 1);
string value = ByteHandling.GetString(zd.DecompressedData, startOfValueOffset, offset);
string key = ByteHandling.GetString(zd.DecompressedData, offset + 1, endOfKeyOffset);
locStrings.Add(new LocalizedStringData(locStringIndex, prefix, key, value, offset + 1, startOfValueOffset));
++locStringIndex;
offset = ByteHandling.FindBytes(zd.DecompressedData, seek, offset + 1);
}
}
}
private void Parse_IW3_Unsigned(byte[] ff)
{
version = ByteHandling.GetBytes(ff, 8, 12);
compressedZone = ByteHandling.GetBytes(ff, 12);
if (!version.SequenceEqual(HeaderIW3VersionUnsigned))
{
throw new Exception("Warning: fastfile version differs from default for this fastfile type."); //TODO: change exception type and message
}
ver = FastFileType.IW3_UNSIGNED;
}
//TODO: write localized strings asset
private void WriteAssetData()
{
foreach (RawFileData rawFile in assetData.RawFiles)
{
if (!rawFile.Changed)
{
continue;
}
if (rawFile.Size > rawFile.OriginalSize)
{
throw new InternalBufferOverflowException("Attempting to overrun rawfile data: " + rawFile.Name);
}
zoneData.DecompressedData = ByteHandling.SetBytes(zoneData.DecompressedData, rawFile.ContentsOffset, rawFile.OriginalSize, 0x00);
zoneData.DecompressedData = ByteHandling.ReplaceBytes(zoneData.DecompressedData, rawFile.ContentsOffset, Encoding.ASCII.GetBytes(rawFile.Contents));
}
}
void AddRawFiles(byte[] extension)
{
int offset = ByteHandling.FindBytes(zd.DecompressedData, extension);
while (offset != -1)
{
int startOfNameOffset = ByteHandling.FindByteBackward(zd.DecompressedData, 0xFF, offset + 1) + 1;
int endOfNameOffset = ByteHandling.FindByte(zd.DecompressedData, 0x00, offset + 1);
int assetSize = ByteHandling.GetDword(zd.DecompressedData, startOfNameOffset - 8);
string assetName = ByteHandling.GetString(zd.DecompressedData, startOfNameOffset, endOfNameOffset);
int startOfContents = endOfNameOffset + 1;
int endOfContents = ByteHandling.FindByte(zd.DecompressedData, 0x00, startOfContents);
string contents = ByteHandling.GetString(zd.DecompressedData, startOfContents, endOfContents);
rawFiles.Add(new RawFileData(rawfileIndex, assetName, startOfNameOffset, contents, assetSize, startOfContents));
++rawfileIndex;
offset = ByteHandling.FindBytes(zd.DecompressedData, extension, offset + 1);
}
}
public void ParseZoneHeader()
{
g_streamOutSize = ByteHandling.GetDword(decompressedData, 0);
for (int i = 0; i < 9; ++i)
{
g_streamBlockSize[i] = ByteHandling.GetDword(decompressedData, 4 * (i + 1));
}
listStringCount = ByteHandling.GetDword(decompressedData, 0x2C);
assetsCount = ByteHandling.GetDword(decompressedData, 0x34);
listStringOffset = 0x3C + listStringCount * 4;
listStrings = new string[listStringCount];
//Getting the strings from list
int listStringStrStartOffset = listStringOffset;
int listStringStrEndOffset = listStringOffset;
for (int i = 0; i < listStringCount; ++i)
{
if ((uint)ByteHandling.GetDword(decompressedData, 0x3C + 4 * i) == 0xFFFFFFFF)
{
listStringStrEndOffset = ByteHandling.FindByte(decompressedData, 0x00, listStringStrStartOffset);
listStrings[i] = ByteHandling.GetString(decompressedData, listStringStrStartOffset, listStringStrEndOffset);
listStringStrStartOffset = listStringStrEndOffset + 1;
}
}
assetsListOffset = listStringCount > 0 ? listStringStrEndOffset + 1 : listStringStrEndOffset;
//Getting the assets' count from assets list
for (int i = 0; i < assetsCount; ++i)
{
int assetType = ByteHandling.GetDword(decompressedData, assetsListOffset + 8 * i);
assetsTypesCount[assetType]++;
}
assetsDataOffset = assetsListOffset + assetsCount * 8;
}
// Detects fastfile type and calls appropriate header parser.
public void Parse()
{
byte[] ffContents;
using (FileStream fs = new FileStream(filePath, FileMode.Open))
{
ffContents = new byte[fs.Length];
originalSize = fs.Read(ffContents, 0, (int)fs.Length);
}
originalSize = ffContents.Length;
if (originalSize < 8)
{
throw new Exception("Not a fastfile"); //TODO: new exception and correct message.
}
byte[] ffHeader = ByteHandling.GetBytes(ffContents, 0, 8);
if (ffHeader.SequenceEqual(HeaderIW3Unsigned))
{
Parse_IW3_Unsigned(ffContents);
}
else
{
throw new Exception("Unknown fastfile type"); //TODO: new exception and correct message.
}
}