private void WriteDataBlocks(DragonFile file)
{
int blocks = (file.Length + 254) / 255; // number of data blocks to write
int offset = 0;
bool firstblock = true; // make sure to create a long leader for the first data block
for (int i = 0; i < blocks; i++)
{
var block = new DragonTapeDataBlock(file.GetData(), offset, Math.Min(255, file.Length - offset));
block.WriteBlock(Tape, !(firstblock || file.IsGapped));
offset += 255;
firstblock = false;
}
}
private void WriteEndOfFileBlock(DragonFile file)
{
var block = new DragonTapeEofBlock();
block.WriteBlock(Tape, !file.IsGapped);
}
private void WriteHeaderBlock(DragonFile file)
{
var block = new DragonTapeHeaderBlock(file.Name, file.FileType, file.IsAscii, file.IsGapped, file.LoadAddress, file.StartAddress);
block.WriteBlock(Tape, false);
}
private void WriteHeaderBlock(DragonFile file)
{
var block = new DragonTapeHeaderBlock(file.Name, file.FileType, file.IsAscii, file.IsGapped, file.LoadAddress, file.StartAddress);
block.WriteBlock(Tape, false);
}
private void WriteEndOfFileBlock(DragonFile file)
{
var block = new DragonTapeEofBlock();
block.WriteBlock(Tape, !file.IsGapped);
}
private void WriteDataBlocks(DragonFile file)
{
int blocks = (file.Length + 254)/255; // number of data blocks to write
int offset = 0;
bool firstblock = true; // make sure to create a long leader for the first data block
for (int i = 0; i < blocks; i++ )
{
var block = new DragonTapeDataBlock(file.GetData(), offset, Math.Min(255, file.Length - offset));
block.WriteBlock(Tape, !(firstblock || file.IsGapped));
offset += 255;
firstblock = false;
}
}