C++ (Cpp) calculate_utilization 예제들

예제 #1

파일: mod_multicpu.c 프로젝트: simplegeo/ganglia

static g_val_t multi_cpu_sintr_func (int cpu_index)
{
    char *p;
    cpu_util *cpu = &(cpu_sintr[cpu_index]);
    
    if (num_cpustates == NUM_CPUSTATES_24X) {
        cpu->val.f = 0.;
        return cpu->val;
    }
    
    p = update_file(&proc_stat);
    if((proc_stat.last_read.tv_sec != cpu->stamp.tv_sec) &&
       (proc_stat.last_read.tv_usec != cpu->stamp.tv_usec)) {
        cpu->stamp = proc_stat.last_read;
    
        p = find_cpu (p, cpu_index, &cpu->curr_total_jiffies);
        p = skip_token(p);
        p = skip_token(p);
        p = skip_token(p);
        p = skip_token(p);
        p = skip_token(p);
        p = skip_token(p);
        p = skip_whitespace(p);
    
        calculate_utilization (p, cpu);
    }
    
    return cpu->val;
}

예제 #2

파일: utilization.c 프로젝트: KevenChang/pacemaker

static void
native_add_unallocated_utilization(GHashTable * all_utilization, resource_t * rsc)
{
    if(is_set(rsc->flags, pe_rsc_provisional) == FALSE) {
        return;
    }

    calculate_utilization(all_utilization, rsc->utilization, TRUE);
}

예제 #3

파일: mod_multicpu.c 프로젝트: simplegeo/ganglia

static g_val_t multi_cpu_user_func (int cpu_index)
{
    char *p;
    cpu_util *cpu = &(cpu_user[cpu_index]);

    p = update_file(&proc_stat);
    if((proc_stat.last_read.tv_sec != cpu->stamp.tv_sec) &&
       (proc_stat.last_read.tv_usec != cpu->stamp.tv_usec)) {
        cpu->stamp = proc_stat.last_read;
    
        p = find_cpu (p, cpu_index, &cpu->curr_total_jiffies);
        calculate_utilization (p, cpu);
    }

    return cpu->val;
}

예제 #4

파일: mod_multicpu.c 프로젝트: colama/colama-3rdparty-tools

static g_val_t multi_cpu_nice_func (int cpu_index)
{
    char *p;
    cpu_util *cpu = &(cpu_nice[cpu_index]);
    
    p = update_file(&proc_stat);
    if((proc_stat.last_read.tv_sec != cpu->stamp.tv_sec) &&
       (proc_stat.last_read.tv_usec != cpu->stamp.tv_usec)) {
        cpu->stamp = proc_stat.last_read;
    
        p = find_cpu (p, cpu_index);
        p = skip_token(p);
        p = skip_whitespace(p);

        calculate_utilization (p, cpu);
    }

    return cpu->val;
}