/*
* Learn topology from path fields
*/
-void network_learn_topology(char *node, char *path) {
+void network_learn_topology(char *node, char *path, NetMap *the_netmap, int *netmap_changed) {
char nexthop[256];
NetMap *nmptr;
if (!strcasecmp(nmptr->nodename, node)) {
extract_token(nmptr->nexthop, path, 0, '!', sizeof nmptr->nexthop);
nmptr->lastcontact = time(NULL);
- ++netmap_changed;
+ (*netmap_changed) ++;
return;
}
}
extract_token(nmptr->nexthop, path, 0, '!', sizeof nmptr->nexthop);
nmptr->next = the_netmap;
the_netmap = nmptr;
- ++netmap_changed;
+ (*netmap_changed) ++;
}
* Process a buffer containing a single message from a single file
* from the inbound queue
*/
-void network_process_buffer(char *buffer, long size) {
+void network_process_buffer(char *buffer, long size, char *working_ignetcfg, NetMap *the_netmap, int *netmap_changed)
+{
struct CtdlMessage *msg = NULL;
long pos;
int field;
/* route the message */
strcpy(nexthop, "");
- if (is_valid_node(nexthop, NULL, msg->cm_fields['D']) == 0) {
+ if (is_valid_node(nexthop,
+ NULL,
+ msg->cm_fields['D'],
+ working_ignetcfg,
+ the_netmap) == 0)
+ {
/* prepend our node to the path */
if (msg->cm_fields['P'] != NULL) {
oldpath = msg->cm_fields['P'];
/* Learn network topology from the path */
if ((msg->cm_fields['N'] != NULL) && (msg->cm_fields['P'] != NULL)) {
- network_learn_topology(msg->cm_fields['N'], msg->cm_fields['P']);
+ network_learn_topology(msg->cm_fields['N'],
+ msg->cm_fields['P'],
+ the_netmap,
+ netmap_changed);
}
/* Is the sending node giving us a very persuasive suggestion about
/*
* Process a single message from a single file from the inbound queue
*/
-void network_process_message(FILE *fp, long msgstart, long msgend) {
+void network_process_message(FILE *fp,
+ long msgstart,
+ long msgend,
+ char *working_ignetcfg,
+ NetMap *the_netmap,
+ int *netmap_changed)
+{
long hold_pos;
long size;
char *buffer;
if (buffer != NULL) {
fseek(fp, msgstart, SEEK_SET);
if (fread(buffer, size, 1, fp) > 0) {
- network_process_buffer(buffer, size);
+ network_process_buffer(buffer,
+ size,
+ working_ignetcfg,
+ the_netmap,
+ netmap_changed);
}
free(buffer);
}
/*
* Process a single file from the inbound queue
*/
-void network_process_file(char *filename) {
+void network_process_file(char *filename,
+ char *working_ignetcfg,
+ NetMap *the_netmap,
+ int *netmap_changed)
+{
FILE *fp;
long msgstart = (-1L);
long msgend = (-1L);
if (ch == 255) {
if (msgstart >= 0L) {
msgend = msgcur - 1;
- network_process_message(fp, msgstart, msgend);
+ network_process_message(fp,
+ msgstart,
+ msgend,
+ working_ignetcfg,
+ the_netmap,
+ netmap_changed);
}
msgstart = msgcur;
}
msgend = msgcur - 1;
if (msgstart >= 0L) {
- network_process_message(fp, msgstart, msgend);
+ network_process_message(fp,
+ msgstart,
+ msgend,
+ working_ignetcfg,
+ the_netmap,
+ netmap_changed);
}
fclose(fp);
/*
* Process anything in the inbound queue
*/
-void network_do_spoolin(void) {
+void network_do_spoolin(char *working_ignetcfg, NetMap *the_netmap, int *netmap_changed)
+{
DIR *dp;
struct dirent *d;
struct stat statbuf;
ctdl_netin_dir,
d->d_name
);
- network_process_file(filename);
+ network_process_file(filename,
+ working_ignetcfg,
+ the_netmap,
+ netmap_changed);
}
}
* Step 1: consolidate files in the outbound queue into one file per neighbor node
* Step 2: delete any files in the outbound queue that were for neighbors who no longer exist.
*/
-void network_consolidate_spoolout(void) {
+void network_consolidate_spoolout(char *working_ignetcfg, NetMap *the_netmap)
+{
DIR *dp;
struct dirent *d;
char filename[PATH_MAX];
);
strcpy(nexthop, "");
- i = is_valid_node(nexthop, NULL, d->d_name);
+ i = is_valid_node(nexthop,
+ NULL,
+ d->d_name,
+ working_ignetcfg,
+ the_netmap);
if ( (i != 0) || !IsEmptyStr(nexthop) ) {
unlink(filename);