static void write_prob()
{
int k,cont;
VARIABLE *col;
FILE *pfile;
// float t1;
// t1 = seconds();
pfile = fopen(fbranch,"a");
if(pfile==NULL){
std::cout << "ERROR: not possible to write on " << fbranch << std::endl;
CSPexit(EXIT_ERROR); //exit(1);
}
fseek(pfile,0L,SEEK_END);
insert_branch( ftell(pfile) );
for(cont=k=0;k<ncols;k++)
if( columns[k].stat != FIX_LB ) cont++;
fprintf(pfile," %d",cont);
col = columns;
for(k=0;k<ncols;k++){
if( col->stat != FIX_LB )
fprintf(pfile," %p %d",col,col->stat);
col++;
}
for( cont=0 , k=1 ; k<mar ; k++ )
if( rind[k]->stat ==0 ) cont++;
fprintf(pfile," %d",cont);
for(k=1;k<mar;k++)
if( rind[k]->stat ==0 )
fprintf(pfile," %p",rind[k]);
fclose(pfile);
}
/** routetbl_add_branch:
* adds route branch to specified qnet connection
*/
void routetbl_add_branch(
qnet * net,
const net_id * nid )
{
struct rtbl_entry * re = find_entry(net);
assert(re);
debug_a("routetbl_add_branch: route to ");
debug_a(net_id_dump(nid));
debug_a(" [through ");
debug_a(net_id_dump(&net->id));
debug("]");
/** check that it is'nt already on the list */
if(find_branch(nid, NULL)) {
log_a("routetbl_add_branch: the net \"");
log_a(net_id_dump(nid));
log("\" already in route table: ignored");
return;
}
/** ok, not found: insert it */
insert_branch(re, nid);
/* broadcast new net */
broadcast_route_change(nid, 1);
}
static int insert_node (tree_s *tree, void *node, u64 key, void *rec, unint size)
{
FN;
switch (magic(node)) {
case LEAF: return insert_leaf(tree, node, key, rec, size);
case BRANCH: return insert_branch(tree, node, key, rec, size);
default: return qERR_BAD_BLOCK;
}
}
static int insert_head (
tree_s *tree,
void *child,
u64 key,
void *rec,
unint len)
{
FN;
switch (type(child)) {
case LEAF: return insert_leaf(tree, child, key, rec, len);
case BRANCH: return insert_branch(tree, child, key, rec, len);
default: return qERR_BAD_BLOCK;
}
}
