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#include "../graphics/drawer.h"
#include "../graphics/lfb.h"
#include "../sys/core.h"
#include "../sys/timer.h"
#include "../util/mutex.h"
#include "../util/status.h"
#include "../util/time.h"
extern char* os_info_v;
void output_irq_status(void)
{
// Basic IRQ
unsigned long ib_val = load32(IRQ_BASIC_ENABLE);
// IRQ 1
unsigned long i1_val = load32(IRQ_ENABLE1);
// IRQ 2
unsigned long i2_val = load32(IRQ_ENABLE2);
// FIQ
unsigned long f_val = load32(FIQ_CONTROL);
// Check GPU Interrupt Routing
unsigned long g_val = load32(GPU_INTERRUPTS_ROUTING);
write_string(&g_Drawer, "GPU IRQ: Core ");
write_10(&g_Drawer, g_val & 0b11);
write_string(&g_Drawer, " | GPU FIQ: Core ");
write_10(&g_Drawer, (g_val >> 2) & 0b11);
write_string(&g_Drawer, "\n");
write_hex32(&g_Drawer, ib_val);
write_string(&g_Drawer, " ");
write_hex32(&g_Drawer, i1_val);
write_string(&g_Drawer, " ");
write_hex32(&g_Drawer, i2_val);
write_string(&g_Drawer, " ");
write_hex32(&g_Drawer, f_val);
// Check UART IRQ
write_string(&g_Drawer, "\nUART: ");
if (i2_val & (1<<25)) {
write_cstring(&g_Drawer, "Enabled", 0x00FF00);
} else {
write_cstring(&g_Drawer, "Disabled", 0xFF0000);
}
// Check TIMER IRQ
write_string(&g_Drawer, " TIMER: ");
if (ib_val & (1<<0)) {
write_cstring(&g_Drawer, "Enabled", 0x00FF00);
} else {
write_cstring(&g_Drawer, "Disabled", 0xFF0000);
}
}
void status(void)
{
unsigned int x = g_Drawer.x;
unsigned int y = g_Drawer.y;
g_Drawer.x = 0;
g_Drawer.y = 0;
// OS Info
write_cstring(&g_Drawer, "DendritOS", 0xFF0000);
write_cstring(&g_Drawer, " v", 0x00FFFF);
write_cstring(&g_Drawer, os_info_v, 0x00FFFF);
write_string(&g_Drawer, " #");
write_10(&g_Drawer, *((unsigned long*)exe_cnt_m.addr));
/* if (lock_mutex(&exe_cnt_m, SYS_PID) == 0) {
write_10(&g_Drawer, *((unsigned long*)exe_cnt_m.addr));
release_mutex(&exe_cnt_m, SYS_PID);
} */
// Commands
write_string(&g_Drawer, "\nMonitor: Ctrl-A m Exit: Ctrl-A x Timer: Ctrl-T");
// GPU IRQ Statuses
write_string(&g_Drawer, "\n");
output_irq_status();
// Timer Status
write_string(&g_Drawer, "\nTIMER: ");
write_cstring(&g_Drawer, "Enabled ", 0x00FF00);
// Output the frequency
write_string(&g_Drawer, " @ ");
unsigned long frq = read_cntfrq()/1000;
write_10(&g_Drawer, frq);
write_string(&g_Drawer, " kHz ");
// Output the value
unsigned long v = read_cntv_tval();
write_10(&g_Drawer, v);
write_string(&g_Drawer, " | ");
write_hex32(&g_Drawer, v);
// Video Status
write_string(&g_Drawer, "\nVIDEO: ");
write_cstring(&g_Drawer, "Enabled ", 0x00FF00);
write_10(&g_Drawer, width);
write_string(&g_Drawer, "x");
write_10(&g_Drawer, height);
if(isrgb) {
write_string(&g_Drawer, " RGB");
} else {
write_string(&g_Drawer, " BGR");
}
g_Drawer.x = 0;
g_Drawer.y = 8;
for(int i = 0; i < 128; i++)
write_char(&g_Drawer, ' ');
g_Drawer.x = 0;
g_Drawer.y = 8;
write_string(&g_Drawer, "Timer Counter: ");
if (exe_cnt_m.pid == NULL_PID) {
write_cstring(&g_Drawer, "Free!", 0xFF00FF);
} else {
write_cstring(&g_Drawer, "Locked by ", 0xFF00FF);
if (exe_cnt_m.pid == SYS_PID)
write_cstring(&g_Drawer, "System", 0xFF00FF);
else if (exe_cnt_m.pid == SCHED_PID)
write_cstring(&g_Drawer, "Scheduler", 0xFF00FF);
else {
write_cstring(&g_Drawer, "Process ", 0xFF00FF);
write_c10(&g_Drawer, exe_cnt_m.pid, 0xFF00FF);
}
write_cchar(&g_Drawer, '!', 0xFF00FF);
}
g_Drawer.x = 0;
g_Drawer.y = 9;
for(int i = 0; i < 128; i++)
write_char(&g_Drawer, ' ');
g_Drawer.x = 0;
g_Drawer.y = 9;
/*
struct Q* q = scheduler.tasks->next;
while (q != 0) {
struct Task* t = q->data;
write_hex32(&g_Drawer, (unsigned long)t->task);
write_char(&g_Drawer, ' ');
q = q->next;
}
write_char(&g_Drawer, '\n');
*/
unsigned long sp = (unsigned long)getsp();
write_hex32(&g_Drawer, sp);
g_Drawer.x = x;
g_Drawer.y = y;
}
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