void dataArriveNotif(unsigned int assocID, unsigned short streamID, unsigned int len,
unsigned short streamSN,unsigned int TSN, unsigned int protoID,
unsigned int unordered, void* ulpDataPtr)
{
unsigned char chunk[MAXIMUM_PAYLOAD_LENGTH];
unsigned int length;
unsigned short ssn;
unsigned int the_tsn;
if (vverbose) {
fprintf(stdout, "%-8x: Data arrived (%u bytes on stream %u, %s)\n",
assocID, len, streamID, (unordered==SCTP_ORDERED_DELIVERY)?"ordered":"unordered");
fflush(stdout);
}
/* read it */
length = sizeof(chunk);
if (firstLength == 0)
firstLength = len;
SCTP_receive(assocID, streamID, chunk, &length, &ssn, &the_tsn, SCTP_MSG_DEFAULT);
if (firstData == 0) {
gettimeofday(&startTime, NULL);
firstData = 1;
}
/* update counter */
((struct ulp_data *) ulpDataPtr)->nrOfReceivedChunks += 1;
((struct ulp_data *) ulpDataPtr)->nrOfReceivedBytes += length;
}
void dataArriveNotif(unsigned int assocID, unsigned short streamID, unsigned int len,
unsigned short streamSN,unsigned int TSN, unsigned int protoID,
unsigned int unordered, void* ulpDataPtr)
{
unsigned char chunk[MAXIMUM_PAYLOAD_LENGTH];
unsigned int length;
int index=0, result;
unsigned short ssn;
unsigned int the_tsn;
if (vverbose) {
fprintf(stdout, "%-8x: Data arrived (%u bytes on stream %u, %s)\n",
assocID, len, streamID, (unordered==SCTP_ORDERED_DELIVERY)?"ordered":"unordered");
fflush(stdout);
}
/* read it */
length = sizeof(chunk);
SCTP_receive(assocID, streamID, chunk, &length, &ssn, &the_tsn, SCTP_MSG_DEFAULT);
/* update counter */
((struct ulp_data *) ulpDataPtr)->nrOfReceivedChunks += 1;
((struct ulp_data *) ulpDataPtr)->nrOfReceivedBytes += length;
/* and send it */
if (sendToAll) {
for (index=0; index < MAXIMUM_NUMBER_OF_ASSOCIATIONS; index++) {
if ((ulpData[index].maximumStreamID != -1)&&
(!(ulpData[index].ShutdownReceived))) {
result = SCTP_send(ulpData[index].assocID,
(unsigned short)min(streamID, (unsigned int)(ulpData[index].maximumStreamID)),
chunk, length,
protoID,
SCTP_USE_PRIMARY, SCTP_NO_CONTEXT, timeToLive, unordered, SCTP_BUNDLING_DISABLED);
if (vverbose) {
fprintf(stdout, "%-8x: Data sent (%u bytes on stream %u, %s) Result: %d\n",
ulpData[index].assocID, len, min(streamID, (unsigned int)ulpData[index].maximumStreamID),
(unordered==SCTP_ORDERED_DELIVERY)?"ordered":"unordered", result);
fflush(stdout);
}
}
}
} else {
result = SCTP_send(assocID,
(unsigned short)min(streamID, (unsigned int)(((struct ulp_data *) ulpDataPtr)->maximumStreamID)),
chunk, length,
protoID,
SCTP_USE_PRIMARY, SCTP_NO_CONTEXT, timeToLive, unordered, SCTP_BUNDLING_DISABLED);
if (vverbose) {
fprintf(stdout, "%-8x: Data sent (%u bytes on stream %u, %s) Result: %d\n",
ulpData[index].assocID, len, min(streamID, (unsigned int)(((struct ulp_data *) ulpDataPtr)->maximumStreamID)),
(unordered==SCTP_ORDERED_DELIVERY)?"ordered":"unordered", result);
fflush(stdout);
}
}
}
void clientDataArriveNotif(unsigned int assocID, unsigned short streamID, unsigned int len,
unsigned short streamSN,unsigned int TSN, unsigned int protoID,
unsigned int unordered, void* ulpDataPtr)
{
unsigned char chunk[MAXIMUM_PAYLOAD_LENGTH];
unsigned int length;
unsigned short ssn;
unsigned int the_tsn;
chunkCount++;
length = sizeof(chunk);
SCTP_receive(assocID, streamID, chunk, &length, &ssn, &the_tsn, SCTP_MSG_DEFAULT);
SCTP_send(assocID,
streamID,
chunk, length,
protoID,
SCTP_USE_PRIMARY, SCTP_NO_CONTEXT, SCTP_INFINITE_LIFETIME, unordered, SCTP_BUNDLING_DISABLED);
if (chunkCount > ende) SCTP_shutdown(assocID);
}
void dataArriveNotif(unsigned int assocID, unsigned short streamID, unsigned int len,
unsigned short streamSN, unsigned int TSN, unsigned int protoID,
unsigned int unordered, void* ulpDataPtr)
{
unsigned char chunk[SCTP_MAXIMUM_DATA_LENGTH];
unsigned int length;
unsigned short ssn;
unsigned int the_tsn;
if (vverbose) {
fprintf(stdout, "%-8x: Data arrived (%u bytes on stream %u, %s)\n",
assocID, len, streamID, (unordered==SCTP_ORDERED_DELIVERY)?"ordered":"unordered");
fflush(stdout);
}
/* read it */
length = SCTP_MAXIMUM_DATA_LENGTH;
SCTP_receive(assocID, streamID, chunk, &length, &ssn, &the_tsn, SCTP_MSG_DEFAULT);
fprintf(stdout, "%.*s", length, chunk);
fflush(stdout);
}
void serverDataArriveNotif(unsigned int assocID, unsigned short streamID, unsigned int len,
unsigned short streamSN,unsigned int TSN, unsigned int protoID,
unsigned int unordered, void* ulpDataPtr)
{
unsigned char chunk[MAXIMUM_PAYLOAD_LENGTH];
unsigned int length;
unsigned short ssn;
unsigned int the_tsn;
/* read it */
length = sizeof(chunk);
SCTP_receive(assocID, streamID, chunk, &length, &ssn, &the_tsn, SCTP_MSG_DEFAULT);
/* update counter */
((struct ulp_data *) ulpDataPtr)->nrOfReceivedChunks += 1;
((struct ulp_data *) ulpDataPtr)->nrOfReceivedBytes += length;
/* and send it */
SCTP_send(assocID,
(unsigned short)min(streamID, ((struct ulp_data *) ulpDataPtr)->maximumStreamID),
chunk, length,
protoID,
SCTP_USE_PRIMARY, SCTP_NO_CONTEXT, SCTP_INFINITE_LIFETIME, unordered, SCTP_BUNDLING_DISABLED);
}
void dataArriveNotif(unsigned int assocID, unsigned short streamID, unsigned int len,
unsigned short streamSN,unsigned int TSN, unsigned int protoID,
unsigned int unordered, void* ulpDataPtr)
{
unsigned char chunk[MAXIMUM_PAYLOAD_LENGTH];
unsigned int length;
unsigned short ssn;
unsigned int tsn;
if (vverbose) {
fprintf(stdout, "%-8x: Data arrived (%u bytes on stream %u, %s)\n",
assocID, len, streamID, (unordered==SCTP_ORDERED_DELIVERY)?"ordered":"unordered");
fflush(stdout);
}
/* read it */
length = MAXIMUM_PAYLOAD_LENGTH;
SCTP_receive(assocID, streamID, chunk, &length,&ssn, &tsn, SCTP_MSG_DEFAULT);
/* and send it */
SCTP_send(assocID,
(unsigned short)min(streamID, ((struct ulp_data *) ulpDataPtr)->maximumStreamID),
chunk, length,
protoID,
SCTP_USE_PRIMARY, SCTP_NO_CONTEXT, timeToLive, unordered, SCTP_BUNDLING_DISABLED);
}
