int i;
data=GUI_INFO;
+
count=list_count(jl);
+ printf("sending job info\n");
+
network_send_chan(net,chan,&data,sizeof(unsigned char));
network_send_chan(net,chan,(unsigned char *)&count,sizeof(int));
t_net *net;
t_list *c_list,*g_list,*job;
- int count_j,count_c;
+ int count_j,count_c,min;
t_job *j;
t_client *c;
unsigned char data;
g_list=(t_list *)addr[2];
job=(t_list *)addr[3];
- printf("d: distributing jobs ...\n");
+ list_reset(job);
+ list_reset(c_list);
- count_j=list_count(job);
- count_c=list_count(c_list);
+ count_j=0;
+ count_c=0;
+
+ if((c_list->current==NULL)||(job->current==NULL)) return 2;
+
+ j=(t_job *)job->current->data;
+ c=(t_client *)c_list->current->data;
+ if(j->status==IN_QUEUE) count_j++;
+ if(c->status==IDLE) count_c++;
+
+ while(list_next(job)!=L_NO_NEXT_ELEMENT) {
+ j=(t_job *)job->current->data;
+ if(j->status==IN_QUEUE) count_j++;
+ }
+ while(list_next(c_list)!=L_NO_NEXT_ELEMENT) {
+ if(j->status==IN_QUEUE) count_j++;
+ if(c->status==IDLE) count_c++;
+ }
+
+ min=(count_c<count_j)?count_c:count_j;
+
+ if(min!=0) {
+ printf("d: distributing jobs ...\n");
+ printf("%d queued jobs, %d idle clients\n",count_j,count_c);
+ }
list_reset(job);
list_reset(c_list);
- while((count_c!=0)&&(count_j!=0)) {
+
+ while(min) {
j=(t_job *)job->current->data;
c=(t_client *)c_list->current->data;
while(c->status!=IDLE) {
j->size*sizeof(int));
}
- --count_c;
- --count_j;
+ --min;
list_next(c_list);
list_next(job);
}