short SP_print_line(void) {
char output_line[400];
char temp[12];
INT16 index;
INT16 ind;
INT16 pos;
BOOL mode_print_done;
INT32 current_time;
// print out the header
SP_do_output(SP_HEADER_STRING);
sprintf(output_line, "%5d", SP_time); /* Time */
if (SP_time == -1) {
MEM_READ(Z502ClockStatus, ¤t_time);
sprintf(output_line, "%5d", current_time % 100000);
}
sprintf(temp, " %3d ", SP_target_pid); /* Target Pid */
if (SP_target_pid < 0)
sprintf(temp, "%s", " ");
(void)strcat(output_line, temp);
sprintf(temp, " %8s", SP_action); /* Action */
(void)strcat(output_line, temp);
index = SP_RUNNING_MODE - SP_STATE_MODE_START; /* Running proc.*/
if (SP_number_of_pids[index] > 0)
sprintf(temp, " %3d", SP_pid_states[index][0]);
else
sprintf(temp, " ");
(void)strcat(output_line, temp);
index = SP_NEW_MODE - SP_STATE_MODE_START; /* New proc.*/
if (SP_number_of_pids[index] > 0)
sprintf(temp, " %3d ", SP_pid_states[index][0]);
else
sprintf(temp, " ");
(void)strcat(output_line, temp);
index = SP_TERMINATED_MODE - SP_STATE_MODE_START; /* Done proc.*/
if (SP_number_of_pids[index] > 0)
sprintf(temp, "%3d ", SP_pid_states[index][0]);
else
sprintf(temp, " ");
(void)strcat(output_line, temp);
SP_do_output(output_line);
strcpy(output_line, "");
mode_print_done = FALSE;
for (ind = SP_READY_MODE; ind <= SP_TERMINATED_MODE; ind++) {
index = ind - SP_STATE_MODE_START;
if (SP_number_of_pids[index] > 0) {
(void)strcat(output_line, mode_name[index]);
for (pos = 0; pos < SP_number_of_pids[index]; pos++) {
sprintf(temp, " %d", SP_pid_states[index][pos]);
(void)strcat(output_line, temp);
}
mode_print_done = TRUE;
(void)strcat(output_line, "\n");
SP_do_output(output_line);
strcpy(output_line, " ");
} /* End of if */
} /* End of for*/
if (mode_print_done == FALSE)
SP_do_output("\n");
/* Initialize everything */
SP_time = -1;
strcpy(SP_action, "");
SP_target_pid = -1;
for (index = 0; index <= SP_NUMBER_OF_STATES; index++)
SP_number_of_pids[index] = 0;
return 0;
} /* End of SP_print_line */
short MP_print_line(void) {
INT32 index;
INT32 temp;
char output_line3[PHYS_MEM_PGS + 5];
char output_line4[PHYS_MEM_PGS + 5];
char output_line5[PHYS_MEM_PGS + 5];
char output_line6[PHYS_MEM_PGS + 5];
char output_line7[PHYS_MEM_PGS + 5];
char output_line8[PHYS_MEM_PGS + 5];
// Header Line
SP_do_output("\n PHYSICAL MEMORY STATE\n");
// First Line
SP_do_output("Frame 0000000000111111111122222222223333333333444444444455555555556666\n");
// Second Line
SP_do_output("Frame 0123456789012345678901234567890123456789012345678901234567890123\n");
// Third - Eighth Line
strcpy(output_line3, " \n");
strcpy(output_line4, " \n");
strcpy(output_line5, " \n");
strcpy(output_line6, " \n");
strcpy(output_line7, " \n");
strcpy(output_line8, " \n");
for (index = 0; index < PHYS_MEM_PGS; index++) {
if (MP_ft.entry[index].contains_data == TRUE) {
output_line3[index] = (char)(MP_ft.entry[index].pid + 48);
temp = MP_ft.entry[index].logical_page;
output_line4[index] = (char)(temp / 1000) + 48;
output_line5[index] = (char)((temp / 100) % 10) + 48;
output_line6[index] = (char)((temp / 10) % 10) + 48;
output_line7[index] = (char)((temp) % 10) + 48;
output_line8[index] = (char)MP_ft.entry[index].state + 48;
}
}
SP_do_output("PID "); SP_do_output(output_line3);
SP_do_output("VPN "); SP_do_output(output_line4);
SP_do_output("VPN "); SP_do_output(output_line5);
SP_do_output("VPN "); SP_do_output(output_line6);
SP_do_output("VPN "); SP_do_output(output_line7);
SP_do_output("VMR "); SP_do_output(output_line8);
MP_initialize();
return 0;
}
void SP_print_header(void)
{
SP_do_output(SP_HEADER_STRING);
} /* End of SP_print_header*/
