static void Main()
{
// char[] mycharbuffer = new char [4096];
byte[] mybuffer = new byte[4096];
int size = 4096;
const string filename = "testfile1.hsf";
// create a new file toolkit object
BStreamFileToolkit mytoolkit = new BStreamFileToolkit();
// open a binary file for output
// FileStream fs = new FileStream(filename, FileMode.OpenOrCreate, FileAccess.Write);
BinaryWriter binWriter = new BinaryWriter(File.Open(filename, FileMode.OpenOrCreate));
// tell the toolkit where to begin writing data; the size of the 'utility' buffer
// can be anything; for this example, we use a 4k buffer
mytoolkit.PrepareBuffer(mybuffer, size);
// create a TK_Header object and export it's associated HSF objects,
// which include the TKE_Comment and TKE_File_Info objects
// TK_Header automatically formats the TKE_Comment to contain file version
// information.
BBaseOpcodeHandler header_handler = new TK_Header();
WriteObject(header_handler, mytoolkit, binWriter, mybuffer, size);
header_handler.Dispose();
// export a TKE_Start_Compression object
BBaseOpcodeHandler comp_handler = new TK_Compression((char)(TKE_Object_Types.TKE_Start_Compression));
WriteObject(comp_handler, mytoolkit, binWriter, mybuffer, size);
comp_handler.Dispose();
// export a TKE_Open_Segment object (the TK_Open_Segment opcode handler
// automatically supports this opcode, so it does not need to be passed
// into the constructor
TK_Open_Segment seghandler = new TK_Open_Segment();
seghandler.SetSegment("point");
WriteObject(seghandler, mytoolkit, binWriter, mybuffer, size);
seghandler.Dispose();
// export a TKE_Marker object
TK_Point pointhandler = new TK_Point((byte)(TKE_Object_Types.TKE_Marker));
pointhandler.SetPoint(0.0f, 0.0f, 0.0f);
WriteObject(pointhandler, mytoolkit, binWriter, mybuffer, size);
pointhandler.Dispose();
TK_Visibility vishandler = new TK_Visibility();
vishandler.SetGeometry((int)(TKO_Geometry_Bits.TKO_Geo_Marker | TKO_Geometry_Bits.TKO_Geo_Line));
vishandler.SetValue((int)(TKO_Geometry_Bits.TKO_Geo_Marker | TKO_Geometry_Bits.TKO_Geo_Line));
WriteObject(vishandler, mytoolkit, binWriter, mybuffer, size);
vishandler.Dispose();
TK_Color_RGB colorhandler = new TK_Color_RGB();
colorhandler.SetGeometry((int)(TKO_Geometry_Bits.TKO_Geo_Marker | TKO_Geometry_Bits.TKO_Geo_Line));
colorhandler.SetRGB(0.0f, 0.0f, 1.0f);
WriteObject(colorhandler, mytoolkit, binWriter, mybuffer, size);
colorhandler.Dispose();
// export a TKE_Close_Segment object (the TK_Close_Segment opcode handler
// automatically supports this opcode, so it does not need to be passed
// into the constructor
BBaseOpcodeHandler close_handler = new TK_Close_Segment();
WriteObject(close_handler, mytoolkit, binWriter, mybuffer, size);
close_handler.Dispose();
// export a TKE_Stop_Compression object
BBaseOpcodeHandler stopcomp_handler = new TK_Compression((char)(TKE_Object_Types.TKE_Stop_Compression));
WriteObject(stopcomp_handler, mytoolkit, binWriter, mybuffer, size);
stopcomp_handler.Dispose();
// export a TKE_Termination object
BBaseOpcodeHandler term_handler = new TK_Terminator((char)(TKE_Object_Types.TKE_Termination));
WriteObject(term_handler, mytoolkit, binWriter, mybuffer, size);
term_handler.Dispose();
// ask the toolkit how much of the final buffer is filled
int count = mytoolkit.CurrentBufferLength();
// write out the final buffer
// fwrite(mybuffer, sizeof (char), count, flptr);
binWriter.Write(mybuffer);
// close the file
binWriter.Close();
// clean up
//binWriter.Dispose();
mytoolkit.Dispose();
return;
}
internal static HandleRef getCPtr(TK_Compression obj)
{
return((obj == null) ? new HandleRef(null, IntPtr.Zero) : obj.swigCPtr);
}