register struct proc *rp;
message m;
- /* Show debugging dumps on panics. Make sure that the TTY task is still
+ /* Show debugging dumps on panics. Make sure that the TTY driver is still
* available to handle them. This is done with help of a non-blocking send.
* We rely on TTY to call sys_abort() when it is done with the dumps.
*/
int q; /* iterate over queues */
/* Check each of the scheduling queues for ready processes. The number of
- * queues is defined in proc.h, and priorities are set in the task table.
+ * queues is defined in proc.h, and priorities are set in the image table.
* The lowest queue contains IDLE, which is always ready.
*/
for (q=0; q < NR_SCHED_QUEUES; q++) {
-/* This task handles the interface between the kernel and user-level servers.
- * System services can be accessed by doing a system call. System calls are
- * transformed into request messages, which are handled by this task. By
- * convention, a sys_call() is transformed in a SYS_CALL request message that
- * is handled in a function named do_call().
+/* This task handles the interface between the kernel and user-space system
+ * processes. System services can be accessed by doing a system call. System
+ * calls are transformed into request messages, which are handled by this
+ * task. By convention, a sys_call() is transformed in a SYS_CALL request
+ * message that is handled in a function named do_call().
*
* A private call vector is used to map all system calls to the functions that
* handle them. The actual handler functions are contained in separate files