adjust spacing around brackets to fit styling conventions
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@@ -167,7 +167,7 @@ thread_tick (void)
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size_t ready = threads_ready ();
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size_t ready = threads_ready ();
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if (t != idle_thread)
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if (t != idle_thread)
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ready++;
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ready++;
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fp32_t old_coeff = fp_div_int (fp_mul_int(load_avg, 59), 60);
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fp32_t old_coeff = fp_div_int (fp_mul_int (load_avg, 59), 60);
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fp32_t new_coeff = fp_div_int (fp_from_int (ready), 60);
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fp32_t new_coeff = fp_div_int (fp_from_int (ready), 60);
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load_avg = fp_add (old_coeff, new_coeff);
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load_avg = fp_add (old_coeff, new_coeff);
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@@ -293,7 +293,7 @@ thread_unblock (struct thread *t)
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ASSERT (t->status == THREAD_BLOCKED);
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ASSERT (t->status == THREAD_BLOCKED);
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/* Insert the thread back into the ready list in priority order. */
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/* Insert the thread back into the ready list in priority order. */
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list_insert_ordered(&ready_list, &t->elem, priority_more, NULL);
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list_insert_ordered (&ready_list, &t->elem, priority_more, NULL);
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t->status = THREAD_READY;
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t->status = THREAD_READY;
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intr_set_level (old_level);
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intr_set_level (old_level);
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@@ -368,7 +368,7 @@ thread_yield (void)
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if (cur != idle_thread)
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if (cur != idle_thread)
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{
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{
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/* Insert the thread back into the ready list in priority order. */
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/* Insert the thread back into the ready list in priority order. */
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list_insert_ordered(&ready_list, &cur->elem, priority_more, NULL);
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list_insert_ordered (&ready_list, &cur->elem, priority_more, NULL);
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}
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}
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cur->status = THREAD_READY;
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cur->status = THREAD_READY;
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@@ -726,7 +726,7 @@ static int
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calculate_bsd_priority (fp32_t recent_cpu, int nice)
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calculate_bsd_priority (fp32_t recent_cpu, int nice)
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{
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{
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ASSERT(thread_mlfqs);
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ASSERT (thread_mlfqs);
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int priority = PRI_MAX - (fp_round (recent_cpu) / 4) - (nice * 2);
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int priority = PRI_MAX - (fp_round (recent_cpu) / 4) - (nice * 2);
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if (priority < PRI_MIN)
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if (priority < PRI_MIN)
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