public override void Load(BinaryReader reader)
{
Global.Debugf("iodetail", "<componentlist>");
string s;
BinIO.string_read(reader, out s);
if (s != "<componentlist>")
{
throw new Exception("Expected string: <componentlist>");
}
BinIO.string_read(reader, out s);
int n;
if (!int.TryParse(s, out n))
{
throw new Exception("Incorrect number format (count of component).");
}
data.Resize(n);
for (int i = 0; i < n; i++)
{
data[i] = ComponentIO.load_component(reader);
if (data[i] != null)
{
Global.Debugf("iodetail", " {0}", data[i].Name);
}
}
BinIO.string_read(reader, out s);
if (s != "</componentlist>")
{
throw new Exception("Expected string: </componentlist>");
}
Global.Debugf("iodetail", "</componentlist>");
}
public override void Load(System.IO.BinaryReader reader)
{
T val;
BinIO.scalar_read <T>(reader, out val);
data = val;
}
public override void Save(BinaryWriter writer)
{
BinIO.magic_write(writer, "dataset");
BinIO.scalar_write(writer, DatatypeSize);
BinIO.narray_write(writer, data);
BinIO.narray_write(writer, classes);
BinIO.scalar_write(writer, nc);
BinIO.scalar_write(writer, nf);
}
public override void Save(BinaryWriter writer)
{
BinIO.magic_write(writer, "dataset");
BinIO.scalar_write(writer, DatatypeSize);
BinIO.scalar_write(writer, data.Dim(0));
BinIO.scalar_write(writer, nc);
BinIO.scalar_write(writer, nf);
for (int i = 0; i < data.Dim(0); i++)
{
BinIO.narray_write(writer, data[i]);
}
BinIO.narray_write(writer, classes);
}
public override void Load(BinaryReader reader)
{
BinIO.magic_read(reader, "dataset");
int t;
BinIO.scalar_read(reader, out t);
CHECK_ARG(t == DatatypeSize, "t == sizeof(sbyte)");
BinIO.narray_read(reader, data);
BinIO.narray_read(reader, classes);
BinIO.scalar_read(reader, out nc);
BinIO.scalar_read(reader, out nf);
CHECK_ARG(nf > 0 && nf < 1000000, "nf > 0 && nf < 1000000");
CHECK_ARG(nc > 0 && nc < 1000000, "nc > 0 && nc < 1000000");
}
public override void Load(BinaryReader reader)
{
BinIO.magic_read(reader, "dataset");
int t, nsamples;
BinIO.scalar_read(reader, out t);
CHECK_ARG(t == DatatypeSize, "t == sizeof(byte)");
BinIO.scalar_read(reader, out nsamples);
BinIO.scalar_read(reader, out nc);
BinIO.scalar_read(reader, out nf);
data.Clear();
for (int i = 0; i < nsamples; i++)
{
BinIO.narray_read(reader, data.Push(new Narray <byte>()));
}
BinIO.narray_read(reader, classes);
CHECK_ARG(nf > 0 && nf < 1000000, "nf > 0 && nf < 1000000");
CHECK_ARG(nc > 0 && nc < 1000000, "nc > 0 && nc < 1000000");
}
public override void Save(BinaryWriter writer)
{
Global.Debugf("iodetail", "<componentlist>");
// write start tag
BinIO.string_write(writer, "<componentlist>");
// write array length
BinIO.string_write(writer, data.Length().ToString());
// write components
for (int i = 0; i < data.Length(); i++)
{
if (data[i] != null)
{
Global.Debugf("iodetail", " {0}", data[i].Name);
}
ComponentIO.save_component(writer, data[i]);
}
// write end tag
BinIO.string_write(writer, "</componentlist>");
Global.Debugf("iodetail", "</componentlist>");
}
public override void Load(BinaryReader reader)
{
BinIO.narray_read(reader, data);
}
public override void Save(BinaryWriter writer)
{
BinIO.narray_write(writer, data);
}
public override void Save(BinaryWriter writer)
{
BinIO.scalar_write(writer, (T)data);
}