public static void TreeToBinary(String TreePath, String BinaryPath, String MainType)
{
var TypeName = ObjectSchemaExtensions.GetDotNetFullNameFromVersionedName(MainType);
var a = SchemaAssembly();
var t = a.GetType(TypeName);
if (t == null)
{
throw new InvalidOperationException("TypeNotExist: " + TypeName);
}
var tbc = TreeBinaryConverter();
var Data = TreeFile.ReadFile(TreePath);
var b = tbc.TreeToBinary(t, Data);
var Dir = FileNameHandling.GetFileDirectory(BinaryPath);
if (Dir != "" && !Directory.Exists(Dir))
{
Directory.CreateDirectory(Dir);
}
using (var s = Streams.CreateWritable(BinaryPath))
{
s.Write(b);
}
}
public static void SaveData(Schema s, String MemoryDatabaseFile, RelationVal Value, Firefly.Mapping.Binary.BinarySerializer bs)
{
var rvs = new RelationValueSerializer(s);
var Dir = FileNameHandling.GetFileDirectory(MemoryDatabaseFile);
if (Dir != "" && !Directory.Exists(Dir))
{
Directory.CreateDirectory(Dir);
}
using (var fs = Streams.CreateWritable(MemoryDatabaseFile))
{
fs.WriteSimpleString("KRUSDATA", 8);
fs.WriteUInt64(s.Hash());
var SchemaLengthPosition = fs.Position;
fs.WriteInt64(0);
var SchemaPosition = fs.Position;
bs.Write(fs, s);
var SchemaLength = fs.Position - SchemaPosition;
var DataLengthPosition = fs.Position;
fs.WriteInt64(0);
var DataPosition = fs.Position;
rvs.Write(fs, Value);
var DataLength = fs.Position - DataPosition;
fs.Position = SchemaLengthPosition;
fs.WriteInt64(SchemaLength);
fs.Position = DataLengthPosition;
fs.WriteInt64(DataLength);
}
}
public static void TreeToBinaryWithFirefly(String TreePath, String BinaryPath)
{
var tbc = new TreeBinaryConverter();
var Data = TreeFile.ReadFile(TreePath);
var b = tbc.TreeToBinary <World.World>(Data);
using (var s = Streams.CreateWritable(BinaryPath))
{
s.Write(b);
}
}
public static void ExpressionSchemaToBinary(List <String> DataDirs, String BinaryPath)
{
var ExpressionSchema = GetExpressionSchema();
var eal = new ExpressionAssemblyLoader(ExpressionSchema);
foreach (var DataDir in DataDirs)
{
foreach (var tf in Directory.EnumerateFiles(DataDir, "*.tree", SearchOption.AllDirectories))
{
eal.LoadAssembly(tf);
}
}
var a = eal.GetResult();
var bs = BinarySerializerWithString.Create();
Byte[] Compiled;
using (var ms = Streams.CreateMemoryStream())
{
bs.Write(a, ms);
ms.Position = 0;
Compiled = ms.Read((int)(ms.Length));
}
if (File.Exists(BinaryPath))
{
Byte[] Original;
using (var fs = Streams.OpenReadable(BinaryPath))
{
Original = fs.Read((int)(fs.Length));
}
if (Compiled.SequenceEqual(Original))
{
return;
}
}
var BinaryDir = FileNameHandling.GetFileDirectory(BinaryPath);
if (BinaryDir != "" && !Directory.Exists(BinaryDir))
{
Directory.CreateDirectory(BinaryDir);
}
using (var fs = Streams.CreateWritable(BinaryPath))
{
fs.Write(Compiled);
}
}
public static void TreeToBinary(String TreePath, String BinaryPath)
{
var xs = new XmlSerializer(true);
var x = TreeFile.ReadFile(TreePath);
var o = xs.Read <World.World>(x);
Byte[] b;
using (var s = new World.BinaryWithoutFirefly.ByteArrayStream())
{
World.BinaryWithoutFirefly.BinaryTranslator.WorldToBinary(s, o);
s.Position = 0;
b = s.ReadBytes(s.Length);
}
using (var s = Streams.CreateWritable(BinaryPath))
{
s.Write(b);
}
}
