static void print_link_attr(int always, LINKATTR *cmp, LINKATTR *la, int curly)
{
char *m;
if(memcmp((char *)cmp, (char *)la, sizeof(LINKATTR)) == 0)
return;
if(always) m = "";
else if(curly) m = "\t";
else m = " ";
if(curly)
fputs("{\n",topfp);
if(always || (la->bandwidth != DEFAULT &&
la->bandwidth != cmp->bandwidth))
fprintf(topfp,"%sbandwidth\t\t= %dbps\n", m,la->bandwidth);
if(always || (la->costperbyte != DEFAULT &&
la->costperbyte != cmp->costperbyte))
fprintf(topfp,"%scostperbyte\t\t= %d\n",m,la->costperbyte);
if(always || (la->costperframe != DEFAULT &&
la->costperframe != cmp->costperframe))
fprintf(topfp,"%scostperframe\t\t= %d\n",m,la->costperframe);
if(always || (la->probframecorrupt != DEFAULT &&
la->probframecorrupt != cmp->probframecorrupt))
fprintf(topfp,"%sprobframecorrupt\t= %d\n",
m,la->probframecorrupt);
if(always || (la->probframeloss != DEFAULT &&
la->probframeloss != cmp->probframeloss))
fprintf(topfp,"%sprobframeloss\t\t= %d\n",m,la->probframeloss);
if(always || (la->transmitbufsize != DEFAULT &&
la->transmitbufsize != cmp->transmitbufsize))
fprintf(topfp,"%stransmitbufsize\t\t= %dbytes\n",
m,la->transmitbufsize);
if(always || (int64_NE(la->propagationdelay, DEFAULT64) &&
int64_NE(la->propagationdelay, cmp->propagationdelay)))
fprintf(topfp,"%spropagationdelay\t= %susec\n",
m,int64_L2A(la->propagationdelay,0));
if(always || (int64_NE(la->linkmtbf, DEFAULT64) &&
int64_NE(la->linkmtbf, cmp->linkmtbf)))
fprintf(topfp,"%slinkmtbf\t\t= %susec\n", m,int64_L2A(la->linkmtbf,0));
if(always || (int64_NE(la->linkmttr, DEFAULT64) &&
int64_NE(la->linkmttr, cmp->linkmttr)))
fprintf(topfp,"%slinkmttr\t\t= %susec\n", m,int64_L2A(la->linkmttr,0));
if(curly)
fputs(" }",topfp);
}
static void print_node_attr(int always, NODEATTR *na, char *m)
{
if(always || strcmp(na->compile,DEFAULTNODE.compile) != 0)
fprintf(topfp,"%scompile\t\t\t= \"%s\"\n",m,na->compile);
if(always || strcmp(na->reboot_func,DEFAULTNODE.reboot_func) != 0)
fprintf(topfp,"%srebootfunc\t\t= \"%s\"\n",m,na->reboot_func);
if(always || na->minmessagesize != DEFAULT)
fprintf(topfp,"%sminmessagesize\t\t= %dbytes\n",
m,na->minmessagesize);
if(always || na->maxmessagesize != DEFAULT)
fprintf(topfp,"%smaxmessagesize\t\t= %dbytes\n",
m,na->maxmessagesize);
if(always || int64_NE(na->messagerate, DEFAULT64))
fprintf(topfp,"%smessagerate\t\t= %susec\n",
m,int64_L2A(na->messagerate,0));
if(always || int64_NE(na->nodemtbf, DEFAULT64))
fprintf(topfp,"%snodemtbf\t\t= %susec\n", m,int64_L2A(na->nodemtbf,0));
if(always || int64_NE(na->nodemttr, DEFAULT64))
fprintf(topfp,"%snodemttr\t\t= %susec\n", m,int64_L2A(na->nodemttr,0));
}
static void show_table(CnetEvent ev, CnetTimer timer, CnetData data)
{
int t, n;
CNET_clear();
printf("\n%14s %14s %14s %14s %14s\n",
"destination","packets-ack'ed","min-hops","minhop-link", "round-trip-time");
for(t=0 ; t<table_size ; ++t)
if((n = table[t].ackexpected) > 0) {
CnetInt64 avtime;
int64_I2L(avtime, n);
int64_DIV(avtime, table[t].totaltime, avtime);
printf("%14d %14d %14ld %14ld %14s\n",
(int)table[t].address, table[t].ackexpected,
table[t].minhops, table[t].minhop_link,
int64_L2A(avtime,0));
}
}
static void show_detailed(CnetEvent ev, CnetTimer timer, CnetData data)
{
NL_TABLE *tp;
int t;
CNET_clear();
printf("\n%14s %14s %14s %14s %14s\n",
"destination","packets-ack'ed","min-hops","minhop-link", "round-trip-time");
for(t=0, tp=table ; t<table_size ; ++t, ++tp)
if(tp->ackexpected > 0) {
CnetInt64 avtime;
printf("%14d %14d %14d",
(int)tp->destaddr, tp->ackexpected, tp->minhops);
if(tp->minhop_link == ALL_LINKS)
printf(" %14s", "ALL-LINKS");
else
printf(" %14d", tp->minhop_link);
int64_I2L(avtime, tp->ackexpected);
int64_DIV(avtime, tp->totaltime, avtime);
printf(" %14s\n", int64_L2A(avtime,0));
}
}
