/// <summary>
/// Write data to the mmiof.bmf file
/// </summary>
/// <param name="stream">Stream of the mmiof.bmf file.</param>
private void WriteToStream(Stream stream)
{
EndianWriter writer = new EndianWriter(stream, Endian.BigEndian);
// Write Save Header
_saveHeader.WriteTo(writer);
writer.SeekTo(0);
// Write the object list
_objectList.Update(writer);
writer.SeekTo(0);
// Resign the Save
_saveHeader.Resign(writer, stream);
}
private void ReadResourceBuffers(BlamCacheFile cacheFile, ref Resource resourceRef)
{
bool[] convertedVertexBuffers = new bool[100];
bool[] convertedIndexBuffers = new bool[100];
using (EndianWriter writer = new EndianWriter(new MemoryStream(resourceRef.Info), Endian.LittleEndian))
{
foreach (ResourceFixup fixup in resourceRef.ResourceFixups)
{
BlamCacheAddress address = new BlamCacheAddress(fixup.Address);
writer.SeekTo(fixup.Offset);
writer.WriteUInt32(address.Value);
}
}
byte[] primaryResource = ReadResourcePageData(cacheFile, resourceRef.Location.PrimaryPage);
byte[] secondaryResource = ReadResourcePageData(cacheFile, resourceRef.Location.SecondaryPage);
using (EndianReader definitionReader = new EndianReader(new MemoryStream(resourceRef.Info), Endian.LittleEndian))
using (EndianReader primaryReader = new EndianReader(new MemoryStream(primaryResource), Endian.LittleEndian))
using (EndianReader secondaryReader = new EndianReader(new MemoryStream(secondaryResource), Endian.LittleEndian))
{
BlamCacheAddress cacheAddress = new BlamCacheAddress((uint)resourceRef.BaseDefinitionAddress);
Logger.AssertMsg(cacheAddress.Type == BlamCacheAddressType.Definition, "INVALID CACHE ADDRESS");
definitionReader.SeekTo(cacheAddress.Offset);
StructureLayout layout = cacheFile.GetLayout("render geometry api resource definition");
StructureValueCollection values = StructureReader.ReadStructure(definitionReader, layout);
BlamCacheAddress uselessCrap3Address = new BlamCacheAddress((uint)values.GetInteger("address of useless crap3"));
BlamCacheAddress uselessCrap4Address = new BlamCacheAddress((uint)values.GetInteger("address of useless crap4"));
}
}
public override void Update(EndianWriter writer)
{
base.Update(writer);
writer.SeekTo(SourceOffset + AmmoOffset);
writer.WriteInt16(_remainingAmmo);
writer.Skip(2);
writer.WriteInt16(_clipAmmo);
}
public override void Update(EndianWriter writer)
{
base.Update(writer);
// Grenades
writer.SeekTo(SourceOffset + GrenadesOffset);
writer.WriteSByte(_fragGrenades);
writer.WriteSByte(_plasmaGrenades);
writer.WriteSByte(_spikeGrenades);
writer.WriteSByte(_firebombGrenades);
}
/// <summary>
/// Updates any changes made to the object data.
/// </summary>
/// <param name="reader">
/// The EndianWriter to write to.
/// It should point to the same stream that was used to load the object data, as seeking will be done automatically.
/// </param>
public virtual void Update(EndianWriter writer)
{
// Strength info
long chunkStartOffset = _entry.ObjectAddress + (long)TableOffset.ObjectPool;
writer.SeekTo(chunkStartOffset + StrengthInfoOffset);
_healthInfo.WriteTo(writer);
// BSP Zone
writer.SeekTo(chunkStartOffset + 0x18);
writer.WriteUInt16(_zone);
// Position1
writer.SeekTo(chunkStartOffset + PositionOffset1);
writer.WriteFloat(_positionMain.X);
writer.WriteFloat(_positionMain.Y);
writer.WriteFloat(_positionMain.Z);
// Calculate extra position vectors
Vector3 position2 = Vector3.Add(_position2Delta, _positionMain);
Vector3 position3 = Vector3.Add(_position3Delta, _positionMain);
Vector3 position4 = Vector3.Add(_position4Delta, _positionMain);
// Position2
writer.SeekTo(chunkStartOffset + PositionOffset2);
writer.WriteFloat(position2.X);
writer.WriteFloat(position2.Y);
writer.WriteFloat(position2.Z);
// Position3
writer.SeekTo(chunkStartOffset + PositionOffset3);
writer.WriteFloat(position3.X);
writer.WriteFloat(position3.Y);
writer.WriteFloat(position3.Z);
// Position4
writer.SeekTo(chunkStartOffset + PositionOffset4);
writer.WriteFloat(position4.X);
writer.WriteFloat(position4.Y);
writer.WriteFloat(position4.Z);
}
protected override void LoadResourceData(BlamCacheFile cacheFile, ref Resource resourceRef)
{
bool[] convertedVertexBuffers = new bool[100];
bool[] convertedIndexBuffers = new bool[100];
using (EndianWriter writer = new EndianWriter(new MemoryStream(resourceRef.Info), Endian.LittleEndian))
{
foreach (ResourceFixup fixup in resourceRef.ResourceFixups)
{
BlamCacheAddress address = new BlamCacheAddress(fixup.Address);
writer.SeekTo(fixup.Offset);
writer.WriteUInt32(address.Value);
}
}
byte[] primaryResource = ReadResourcePageData(cacheFile, resourceRef.Location.PrimaryPage);
byte[] secondaryResource = ReadResourcePageData(cacheFile, resourceRef.Location.SecondaryPage);
//The using keyword will automatically call IDisposable.Dispose at the end of scope
//Automatically freeing up our resources and closing our file streams
using (EndianReader definitionReader = new EndianReader(new MemoryStream(resourceRef.Info), Endian.LittleEndian))
using (EndianReader primaryReader = new EndianReader(new MemoryStream(primaryResource), Endian.LittleEndian))
using (EndianReader secondaryReader = new EndianReader(new MemoryStream(secondaryResource), Endian.LittleEndian))
{
BlamCacheAddress cacheAddress = new BlamCacheAddress((uint)resourceRef.BaseDefinitionAddress);
Logger.AssertMsg(cacheAddress.Type == BlamCacheAddressType.Definition, "INVALID CACHE ADDRESS");
definitionReader.SeekTo(cacheAddress.Offset);
StructureLayout layout = cacheFile.GetLayout("render geometry api resource definition");
StructureValueCollection values = StructureReader.ReadStructure(definitionReader, layout);
//Won't be useless eventually
ulong numberOfUselessCrap3 = values.GetInteger("number of useless crap3");
ulong numberOfUselessCrap4 = values.GetInteger("number of useless crap4");
BlamCacheAddress uselessCrap3Address = new BlamCacheAddress((uint)values.GetInteger("address of useless crap3 table"));
BlamCacheAddress uselessCrap4Address = new BlamCacheAddress((uint)values.GetInteger("address of useless crap4 table"));
StructureLayout vertexBufferDefinitionLayout = new StructureLayout();
vertexBufferDefinitionLayout.AddBasicField("vertex count", StructureValueType.Int32, 0x0);
vertexBufferDefinitionLayout.AddBasicField("vertex format", StructureValueType.Int16, 0x4);
vertexBufferDefinitionLayout.AddBasicField("vertex byte size", StructureValueType.Int16, 0x6);
vertexBufferDefinitionLayout.AddBasicField("vertex buffer size", StructureValueType.Int32, 0x8);
vertexBufferDefinitionLayout.AddBasicField("vertex buffer address", StructureValueType.UInt32, 0x14);
//Vertex buffer data should be aligned to 0x4
StructureLayout indexBufferDefinitionLayout = new StructureLayout();
indexBufferDefinitionLayout.AddBasicField("index format", StructureValueType.Int16, 0x0);
//Vertex buffer definitions
//All of the vertex buffer definitions exist in a table of D3DPointer container structs
//Each D3DPointer contains the address of the contained type (this is the only value we care about)
//For example D3DPointer<Float> the first value might be 0x20000000 which would be an address containing some float
VertexBufferDefinitions = new BlamD3DPointer <VertexBufferDefinition> [numberOfUselessCrap3];
StructureLayout d3dStructureLayout = BlamD3DPointer <VertexBufferDefinition> .Layout();
for (int i = 0; i < (int)numberOfUselessCrap3; i++)
{
//Read each D3DPointer struct (Make a class for this too)
long offset = (i * d3dStructureLayout.Size);
long readAddr = uselessCrap3Address.Offset + offset;
definitionReader.SeekTo(readAddr);
StructureValueCollection d3dStructureValues = StructureReader.ReadStructure(definitionReader, d3dStructureLayout);
//Grab the pointer to the contained value (in our case it will be a VertexBufferDefinition)
BlamCacheAddress vertexBufferDefinitionAddress = new BlamCacheAddress((uint)d3dStructureValues.GetInteger("address"));
Logger.AssertMsg(vertexBufferDefinitionAddress.Type == BlamCacheAddressType.Definition, "Invalid vertex buffer definition address!");
//Read our vertex buffer definition (Make a class for this)
definitionReader.SeekTo(vertexBufferDefinitionAddress.Offset);
StructureValueCollection vertexBufferDefinitionValues = StructureReader.ReadStructure(definitionReader, vertexBufferDefinitionLayout);
//Grab our vertex buffer address
BlamCacheAddress vertexBufferAddress = new BlamCacheAddress((uint)vertexBufferDefinitionValues.GetInteger("vertex buffer address"));
EndianReader vertexBufferReader = null;
//Determine where to read the vertex data from
switch (vertexBufferAddress.Type)
{
case BlamCacheAddressType.Data: vertexBufferReader = primaryReader; break;
case BlamCacheAddressType.SecondaryData: vertexBufferReader = secondaryReader; break;
case BlamCacheAddressType.Definition: vertexBufferReader = definitionReader; break;
}
Logger.AssertMsg(vertexBufferReader != null, "INVALID VERTEX BUFFER ADDRESS");
//Need to make a class for this too, BUT the layout depends on what type of vertex it is...
//See https://github.com/MadJayQ/MCCEditor/blob/master/Blamite/Formats/Reach/Reach_VertexBuffer.xml
//This is for Reach but it's the best we got ATM...
StructureLayout vertexBufferLayout = new StructureLayout();
vertexBufferLayout.AddBasicField("posX", StructureValueType.Float32, 0x0);
vertexBufferLayout.AddBasicField("posY", StructureValueType.Float32, 0x4);
vertexBufferLayout.AddBasicField("posZ", StructureValueType.Float32, 0x8);
vertexBufferLayout.AddBasicField("posW", StructureValueType.Float32, 0x10);
//Read our vertex data buffer block
long vertexByteSize = (long)vertexBufferDefinitionValues.GetInteger("vertex byte size");
long vertexBufferTotalSize = (long)vertexBufferDefinitionValues.GetInteger("vertex buffer size");
long vertexCount = (long)vertexBufferDefinitionValues.GetInteger("vertex count");
Logger.AssertMsgFormat(vertexBufferTotalSize == (vertexByteSize * vertexCount), "Malformed vertex buffer, vertex byte size and vertex count do not add up to the total vertex buffer size! Total: {0}, Vertex Size: {1}, Vertex Count: {2}", vertexBufferTotalSize, vertexByteSize, vertexCount);
vertexBufferReader.SeekTo(vertexBufferAddress.Offset);
byte[] vertexBlock = vertexBufferReader.ReadBlock((int)vertexBufferDefinitionValues.GetInteger("vertex buffer size"));
using (EndianReader vertexBufferStreamReader = new EndianReader(new MemoryStream(vertexBlock), Endian.LittleEndian))
{
for (int vertexIdx = 0; vertexIdx < vertexCount; vertexIdx++)
{
long vertexBlockOffset = (vertexIdx * vertexByteSize);
StructureValueCollection vertexValues = StructureReader.ReadStructure(vertexBufferStreamReader, vertexBufferLayout);
}
}
}
//Index buffer definitions
for (int i = 0; i < (int)numberOfUselessCrap4; i++)
{
long offset = (i * 0xC);
long readAddr = uselessCrap4Address.Offset + offset;
definitionReader.SeekTo(readAddr);
StructureValueCollection d3dStructureValues = StructureReader.ReadStructure(definitionReader, d3dStructureLayout);
BlamCacheAddress indexBufferDefinitionAddress = new BlamCacheAddress((uint)d3dStructureValues.GetInteger("address"));
Logger.AssertMsg(indexBufferDefinitionAddress.Type == BlamCacheAddressType.Definition, "Invalid index buffer definition address!");
definitionReader.SeekTo(indexBufferDefinitionAddress.Offset);
StructureValueCollection indexBufferDefinitionValues = StructureReader.ReadStructure(definitionReader, indexBufferDefinitionLayout);
}
}
}
private string ConvertToAudioFile(ICollection <byte> data, string path = null)
{
var tempFile = Path.GetTempFileName();
byte[] footer;
var codec = _soundResourceGestalt.SoundPlatformCodecs[_sound.CodecIndex];
switch (codec.Channel)
{
case Channel.Mono:
footer = _monoFooter;
break;
case Channel.Stereo:
footer = _stereoFooter;
break;
default:
throw new NotImplementedException();
}
switch (_sound.Encoding)
{
case Encoding.XMA:
using (var fileStream = new FileStream(tempFile, FileMode.OpenOrCreate))
{
using (var writer = new EndianWriter(fileStream, Endian.BigEndian))
{
// Generate an XMA header
// ADAPTED FROM wwisexmabank - I DO NOT TAKE ANY CREDIT WHATSOEVER FOR THE FOLLOWING CODE.
// See http://hcs64.com/vgm_ripping.html for more information
// 'riff' chunk
writer.WriteInt32(0x52494646); // 'RIFF'
writer.Endianness = Endian.LittleEndian;
writer.WriteInt32(data.Count + 0x34);
writer.Endianness = Endian.BigEndian;
writer.WriteInt32(0x57415645);
// 'data' chunk
writer.Endianness = Endian.BigEndian;
writer.WriteInt32(0x64617461); // 'data'
writer.Endianness = Endian.LittleEndian;
writer.WriteInt32(data.Count);
writer.WriteBlock(data.ToArray());
// footer
writer.WriteBlock(footer);
// size
writer.SeekTo(0x04);
writer.WriteInt32((Int32)writer.Length - 0x08);
}
}
VariousFunctions.RunProgramSilently(@"A:\Xbox\Games\towav.exe",
string.Format("\"{0}\"", Path.GetFileName(tempFile)),
Path.GetDirectoryName(tempFile));
if (File.Exists(tempFile))
{
File.Delete(tempFile);
}
tempFile = Path.ChangeExtension(tempFile, "wav");
if (path != null)
{
File.Move(tempFile, path);
}
return(path ?? tempFile);
default:
throw new NotImplementedException();
}
}
private string ConvertToAudioFile(ICollection <byte> data, string path = null)
{
string towav = Path.Combine(VariousFunctions.GetApplicationLocation(), "helpers", "towav.exe");
if (!File.Exists(towav))
{
MetroMessageBox.Show("Cannot Convert Sound", "Sounds cannot be converted because towav.exe is not present. Copy it to the \\helpers folder inside your Assembly installation.");
return(null);
}
var tempFile = Path.GetTempFileName();
byte[] footer;
var codec = _soundResourceTable.Codecs[_sound.CodecIndex];
switch ((SoundEncoding)codec.Encoding)
{
case SoundEncoding.Mono:
footer = _monoFooter;
break;
case SoundEncoding.Stereo:
footer = _stereoFooter;
break;
default:
throw new NotImplementedException();
}
switch ((SoundCompression)codec.Compression)
{
case SoundCompression.XMA2:
using (var fileStream = new FileStream(tempFile, FileMode.OpenOrCreate))
{
using (var writer = new EndianWriter(fileStream, Endian.BigEndian))
{
// Generate an XMA header
// ADAPTED FROM wwisexmabank - I DO NOT TAKE ANY CREDIT WHATSOEVER FOR THE FOLLOWING CODE.
// See http://hcs64.com/vgm_ripping.html for more information
// 'riff' chunk
writer.WriteInt32(0x52494646); // 'RIFF'
writer.Endianness = Endian.LittleEndian;
writer.WriteInt32(data.Count + 0x34);
writer.Endianness = Endian.BigEndian;
writer.WriteInt32(0x57415645);
// 'data' chunk
writer.Endianness = Endian.BigEndian;
writer.WriteInt32(0x64617461); // 'data'
writer.Endianness = Endian.LittleEndian;
writer.WriteInt32(data.Count);
writer.WriteBlock(data.ToArray());
// footer
writer.WriteBlock(footer);
// size
writer.SeekTo(0x04);
writer.WriteInt32((Int32)writer.Length - 0x08);
}
}
VariousFunctions.RunProgramSilently(towav,
string.Format("\"{0}\"", Path.GetFileName(tempFile)),
Path.GetDirectoryName(tempFile));
if (File.Exists(tempFile))
{
File.Delete(tempFile);
}
tempFile = Path.ChangeExtension(tempFile, "wav");
if (path != null)
{
File.Move(tempFile, path);
}
return(path ?? tempFile);
default:
throw new NotImplementedException();
}
}
private void BasicProjectileSwap(string command)
{
command = command.ToLowerInvariant();
var targetWeaponTag = _tagEntries.FirstOrDefault(t => t.TagClass == "weap" && t.TagAliasNames.Contains("assault rifle"));
if (targetWeaponTag == null) return;
var newProjectileTag = _tagEntries.FirstOrDefault(t => t.TagClass == "proj" && t.TagAliasNames.Contains(command));
if (newProjectileTag == null) return;
const uint baseOffset = 0xbf126690 + 0x98; // Tag Block Address + Initial Projectile Offset Gain
var writer = new EndianWriter(_xbdm.MemoryStream, Endian.BigEndian);
writer.SeekTo(baseOffset);
writer.WriteUInt32((UInt32) newProjectileTag.Tag.Class.Magic);
writer.WriteBlock(new byte[] { 0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF });
writer.WriteUInt32(newProjectileTag.Tag.Index.Value);
}