static bundleidt new_bundle()
{
- bundleidt i;
- for (i = 1; i < MAXBUNDLE; i++)
- {
- if (bundle[i].state == BUNDLEFREE)
- {
- LOG(4, 0, 0, "MPPP: Assigning bundle ID %d\n", i);
- bundle[i].num_of_links = 1;
- bundle[i].last_check = time_now; // Initialize last_check value
- bundle[i].state = BUNDLEOPEN;
- bundle[i].current_ses = -1; // This is to enforce the first session 0 to be used at first
+ bundleidt i;
+ for (i = 1; i < MAXBUNDLE; i++)
+ {
+ if (bundle[i].state == BUNDLEFREE)
+ {
+ LOG(4, 0, 0, "MPPP: Assigning bundle ID %d\n", i);
+ bundle[i].num_of_links = 1;
+ bundle[i].last_check = time_now; // Initialize last_check value
+ bundle[i].state = BUNDLEOPEN;
+ bundle[i].current_ses = -1; // This is to enforce the first session 0 to be used at first
memset(&frag[i], 0, sizeof(fragmentationt));
- if (i > config->cluster_highest_bundleid)
- config->cluster_highest_bundleid = i;
- return i;
- }
- }
- LOG(0, 0, 0, "MPPP: Can't find a free bundle! There shouldn't be this many in use!\n");
- return 0;
+ if (i > config->cluster_highest_bundleid)
+ config->cluster_highest_bundleid = i;
+ return i;
+ }
+ }
+ LOG(0, 0, 0, "MPPP: Can't find a free bundle! There shouldn't be this many in use!\n");
+ return 0;
}
static void ipcp_open(sessionidt s, tunnelidt t)
{
// There have a long break of the link !!!!!!!!
// M_offset is bigger that the fragmentation buffer size
- LOG(3, s, t, "MPPP: M_offset out of range, min:%d, begin_seq:%d, jitteravg:%d\n", Mmin, this_fragmentation->start_seq, sess_local[s].jitteravg);
+ LOG(3, s, t, "MPPP: M_offset out of range, min:%d, begin_seq:%d\n", Mmin, this_fragmentation->start_seq);
// Calculate the new start index, the previous frag are lost
begin_index = (M_offset + this_fragmentation->start_index) & MAXFRAGNUM_MASK;
if (frag_offset < 0)
{
// this packet comes before the next
- LOG(3, s, t, "MPPP: packet comes before the next, seq:%d, begin_seq:%d, size frag:%d\n", seq_num, this_fragmentation->start_seq, l);
+ LOG(3, s, t, "MPPP: (COMES BEFORE) the next, seq:%d, begin_seq:%d, size_frag:%d, flags:%02X is LOST\n", seq_num, this_fragmentation->start_seq, l, flags);
return;
}
if (frag_offset >= MAXFRAGNUM)
{
// frag_offset is bigger that the fragmentation buffer size
- LOG(3, s, t, "MPPP: Index out of range, seq:%d, begin_seq:%d, jitteravg:%d\n", seq_num, this_fragmentation->start_seq, sess_local[s].jitteravg);
+ LOG(3, s, t, "MPPP: Index out of range, seq:%d, begin_seq:%d\n", seq_num, this_fragmentation->start_seq);
return;
}
if (this_frag->length > 0)
// This fragment is lost, It was around the buffer and it was never completed the packet.
- LOG(3, this_frag->sid, this_frag->tid, "MPPP: (INSERT) seq_num:%d frag_index:%d flags:%d jitteravg:%d is LOST\n",
- this_frag->seq, frag_index, this_frag->flags, this_frag->jitteravg);
+ LOG(3, this_frag->sid, this_frag->tid, "MPPP: (INSERT) seq_num:%d frag_index:%d flags:%02X is LOST\n",
+ this_frag->seq, frag_index, this_frag->flags);
this_frag->length = l;
this_frag->sid = s;
{
// This fragment is lost, It was around the buffer and it was never completed the packet.
LOG(3, this_fragmentation->fragment[frag_index_next].sid, this_fragmentation->fragment[frag_index_next].tid,
- "MPPP: (NEXT) seq_num:%d frag_index:%d flags:%d jitteravg:%d is LOST\n",
+ "MPPP: (NEXT) seq_num:%d frag_index:%d flags:%02X is LOST\n",
this_fragmentation->fragment[frag_index_next].seq, frag_index_next,
- this_fragmentation->fragment[frag_index_next].flags, this_fragmentation->fragment[frag_index_next].jitteravg);
+ this_fragmentation->fragment[frag_index_next].flags);
// this frag is lost
this_fragmentation->fragment[frag_index_next].length = 0;
this_fragmentation->fragment[frag_index_next].flags = 0;
{
// This fragment is lost, It was around the buffer and it was never completed the packet.
LOG(3, this_fragmentation->fragment[frag_index_prev].sid, this_fragmentation->fragment[frag_index_prev].tid,
- "MPPP: (PREV) seq_num:%d frag_index:%d flags:%d jitteravg:%d is LOST\n",
+ "MPPP: (PREV) seq_num:%d frag_index:%d flags:%02X is LOST\n",
this_fragmentation->fragment[frag_index_prev].seq, frag_index_prev,
- this_fragmentation->fragment[frag_index_prev].flags, this_fragmentation->fragment[frag_index_prev].jitteravg);
+ this_fragmentation->fragment[frag_index_prev].flags);
this_fragmentation->fragment[frag_index_prev].length = 0;
this_fragmentation->fragment[frag_index_prev].flags = 0;
{
// This fragment is lost, it was never completed the packet.
LOG(3, this_fragmentation->fragment[end_index].sid, this_fragmentation->fragment[end_index].tid,
- "MPPP: (FIND END) seq_num:%d frag_index:%d flags:%d jitteravg:%d is LOST\n",
+ "MPPP: (FIND END) seq_num:%d frag_index:%d flags:%02X is LOST\n",
this_fragmentation->fragment[end_index].seq, begin_index,
- this_fragmentation->fragment[end_index].flags, this_fragmentation->fragment[end_index].jitteravg);
+ this_fragmentation->fragment[end_index].flags);
// this frag is lost
this_fragmentation->fragment[end_index].length = 0;
this_fragmentation->fragment[end_index].flags = 0;
{
// This fragment is lost, it was never completed the packet.
LOG(3, this_fragmentation->fragment[begin_index].sid, this_fragmentation->fragment[begin_index].tid,
- "MPPP: (FIND BEGIN) seq_num:%d frag_index:%d flags:%d jitteravg:%d is LOST\n",
+ "MPPP: (FIND BEGIN) seq_num:%d frag_index:%d flags:%02X is LOST\n",
this_fragmentation->fragment[begin_index].seq, begin_index,
- this_fragmentation->fragment[begin_index].flags, this_fragmentation->fragment[begin_index].jitteravg);
+ this_fragmentation->fragment[begin_index].flags);
// this frag is lost
this_fragmentation->fragment[begin_index].length = 0;
this_fragmentation->fragment[begin_index].flags = 0;
{
if (!(this_fragmentation->fragment[begin_index].flags & MP_BEGIN))
{
+ LOG(3, this_fragmentation->fragment[begin_index].sid, this_fragmentation->fragment[begin_index].tid,
+ "MPPP: (NOT BEGIN) seq_num:%d frag_index:%d flags:%02X\n",
+ this_fragmentation->fragment[begin_index].seq, begin_index,
+ this_fragmentation->fragment[begin_index].flags);
// should occur only after an "M_Offset out of range"
// The start sequence must be a begin sequence
this_fragmentation->start_index = (begin_index +1) & MAXFRAGNUM_MASK;
(this_fragmentation->fragment[begin_index].seq != this_fragmentation->start_seq))
{
LOG(3, this_fragmentation->fragment[begin_index].sid, this_fragmentation->fragment[begin_index].tid,
- "MPPP: (START) seq_num:%d frag_index:%d flags:%d jitteravg:%d is LOST\n",
+ "MPPP: (START) seq_num:%d frag_index:%d flags:%02X is LOST\n",
this_fragmentation->fragment[begin_index].seq, begin_index,
- this_fragmentation->fragment[begin_index].flags, this_fragmentation->fragment[begin_index].jitteravg);
+ this_fragmentation->fragment[begin_index].flags);
this_fragmentation->fragment[begin_index].length = 0;
this_fragmentation->fragment[begin_index].flags = 0;
}