int getFile(int sock, char *p_ad, char* p_hid, const char *fin, const char *fout)
{
int chunkSock;
int offset;
char cmd[512];
char reply[512];
int status = 0;
//TODO: check the arguments to be correct
// send the file request
sprintf(cmd, "get %s", fin);
sendCmd(sock, cmd);
// get back number of chunks in the file
if (getChunkCount(sock, reply, sizeof(reply)) < 1){
warn("could not get chunk count. Aborting. \n");
return -1;
}
int count = atoi(&reply[4]);
if ((chunkSock = Xsocket(AF_XIA, XSOCK_CHUNK, 0)) < 0)
die(-1, "unable to create chunk socket\n");
FILE *f = fopen(fout, "w");
offset = 0;
while (offset < count) {
int num = NUM_CHUNKS;
if (count - offset < num)
num = count - offset;
// tell the server we want a list of <num> cids starting at location <offset>
sprintf(cmd, "block %d:%d", offset, num);
sendCmd(sock, cmd);
if (getChunkCount(sock, reply, sizeof(reply)) < 1){
warn("could not get chunk count. Aborting. \n");
return -1;
}
offset += NUM_CHUNKS;
if (getListedChunks(chunkSock, f, &reply[4], p_ad, p_hid) < 0) {
status= -1;
break;
}
}
fclose(f);
if (status < 0) {
unlink(fin);
}
say("Received file %s\n", fout);
sendCmd(sock, "done");
Xclose(chunkSock);
return status;
}
*/
void TransferRequest::print( ATP_TransferRequest_t * frame ){
Log.Debug("TransferRequest object:"CR);
if ( getFrameType(frame) == ATP_TRANSFER_REQUEST ) Log.Debug("type: ATP_TRANSFER_REQUEST"CR );
if ( getFrameType(frame) == ATP_CHUNK_REQUEST ) Log.Debug( "type: ATP_CHUNK_REQUEST"CR );
if ( getFrameType(frame) == ATP_CHUNK_RESPONSE ) Log.Debug("type: ATP_CHUNK_RESPONSE"CR );
Log.Debug("frameID: %s"CR, getFrameID(frame));
Log.Debug("frameType: %d"CR, getFrameType(frame));
Log.Debug("meshAddress: %l"CR, getMeshAddress(frame));
Log.Debug("datetime: %l"CR, getDatetime(frame));
Log.Debug("atpID: %l"CR, getAtpID(frame));
Log.Debug("version: %d"CR, getVersion(frame));
Log.Debug("topchunk: %d"CR, getTopChunk(frame));
Log.Debug("chunkcount: %d"CR, getChunkCount(frame));
if ( getStatus(frame) == ATP_IDLE ) Log.Debug( "status: ATP_IDLE"CR );
if ( getStatus(frame) == ATP_SUCCESS ) Log.Debug( "status: ATP_SUCCESS"CR );
if ( getStatus(frame) == ATP_FAILED_DURING_TRANSIT ) Log.Debug("status: ATP_FAILED_DURING_TRANSIT"CR );
if ( getStatus(frame) == ATP_FAILED_CHECKSUM ) Log.Debug( "status: ATP_FAILED_CHECKSUM"CR );
if ( getStatus(frame) == ATP_FAILED_ENCRYPTION ) Log.Debug( "status: ATP_FAILED_ENCRYPTION"CR );
if ( getStatus(frame) == ATP_FAILED_COMPRESSION ) Log.Debug("status: ATP_FAILED_COMPRESSION"CR );
if ( getStatus(frame) == ATP_UNSENT ) Log.Debug( "status: ATP_UNSENT"CR );
if ( getStatus(frame) == ATP_SENT ) Log.Debug( "status: ATP_SENT"CR );
if ( getStatus(frame) == ATP_RECEIVED ) Log.Debug( "status: ATP_RECEIVED"CR );
if ( getStatus(frame) == ATP_WORKING ) Log.Debug( "status: ATP_WORKING"CR );
Log.Debug("size: %l"CR, getSize(frame));
Log.Debug("expires: %l"CR, getExpires(frame));
Log.Debug("descriptor: %s"CR, getDescriptor(frame));
Log.Debug("source: %l"CR, getSource(frame));
Log.Debug("destination: %l"CR, getDestination(frame));
Log.Debug("fileName: %s"CR, getFileName(frame));
if ( getBuffer(frame) != 0 ){
Log.Debug("buffer: %s"CR, getBuffer(frame));
}
