void LogSequence2::save(std::ostream & out)
{
CRC8 crch;
CRC32 crcd;
unsigned char data[9];
unsigned int len;
// Write type
uint8_t type = TYPE_SEQLOG;
crch.writeData(out, &type, sizeof(uint8_t));
// Write numbits
crch.writeData(out, &numbits, sizeof(numbits));
// Write numentries
len=csd::VByte::encode(data, numentries);
crch.writeData(out, data, len);
// Write Header CRC
crch.writeCRC(out);
// Write data
size_t numbytes = numBytesFor(numbits, numentries);
crcd.writeData(out, (unsigned char*)&array[0], numbytes);
// Write Data CRC
crcd.writeCRC(out);
}
void CSD_PFC::save(ostream &out)
{
CRC8 crch;
CRC32 crcd;
unsigned char buf[27]; // 9 bytes per VByte (max) * 3 values.
// Save type
crch.writeData(out, (unsigned char *)&type, sizeof(type));
// Save sizes
uint8_t pos = 0;
pos += VByte::encode(&buf[pos], numstrings);
pos += VByte::encode(&buf[pos], bytes);
pos += VByte::encode(&buf[pos], blocksize);
crch.writeData(out, buf, pos);
crch.writeCRC(out);
// Write block pointers
if(!blocks) {
hdt::LogSequence2 log;
log.save(out);
} else {
blocks->save(out);
}
// Write packed data
if(text) {
crcd.writeData(out, text, bytes);
} else {
assert(numstrings==0);
assert(bytes==0);
}
crcd.writeCRC(out);
}
