void show_osd(int played, int duration, char* title)
{
if (MAIN_OSD == NULL)
{
// Calling ``init_osd`` everytime seems wasteful, but it is needed to
// ensure that the OSD is visible. The main issue is that if the player
// is stopped and then restarted, the graphics library needs to be
// reinitalized, otherwise the OSD is not drawn ontop of the video.
init_osd();
}
OSD* osd = MAIN_OSD;
if (played > duration)
{
played = duration;
}
osd->duration = duration;
osd->played = played;
osd->title = title;
Start(osd->width, osd->height);
Fill(255,255,255,1);
Text(32, 120+82+20, "PAUSED", OpenSansBold, 16);
// Main OSD background
Fill(0, 0, 0, 0.5);
Roundrect(22, 82, osd->width-44, 120, 15, 15);
///////////////////////////////////////////////////////////////////////
// Header
///////////////////////////////////////////////////////////////////////
Fill(0, 0, 0, 1);
Roundrect(22, 120+82-20, osd->width-44, 20, 15, 15); // Top of the header
Rect(22, 120+82-(54+10), osd->width-44, 54); // Bottom of header
// Current time
get_time(osd->time_now, 0);
Fill(102, 102, 102, 1);
Text(46, 162, osd->time_now, OpenSansSemiBold, 14);
// End time
if (duration > 0)
{
get_time(osd->time_end, osd->duration-osd->played);
TextEnd(osd->width-46, 162, osd->time_end, OpenSansSemiBold, 14);
}
// Title text
Fill(255, 255, 255, 1);
int title_width = TextWidth(osd->title, OpenSansSemiBold, 20);
Text((osd->width/2)-(title_width/2), 162, osd->title, OpenSansSemiBold, 20);
///////////////////////////////////////////////////////////////////////////
///////////////////////////////////////////////////////////////////////////
// Progress Bar
///////////////////////////////////////////////////////////////////////////
if (duration > 0)
{
int pbar_width = osd->width-288;
float pct_player = (float)played/duration;
Fill(255, 255, 255, 0.2); // Transparent bg
Roundrect(142, 102, pbar_width, 12, 10, 10); // Centered
Fill(209, 125, 30, 1); // Orange bar (progress)
Roundrect(142, 102, pbar_width*pct_player, 12, 10, 10); // Left justified
// Progress text
seconds_to_str(osd->pos_now, osd->played);
seconds_to_str(osd->pos_end, osd->duration-osd->played);
// Text shadow
Fill(0, 0, 0, 1);
Text(46-1, 102-1, osd->pos_now, OpenSansSemiBold, 12);
TextEnd(osd->width-46-1, 102-1, osd->pos_end, OpenSansSemiBold, 12);
// Actual text
Fill(255,255,255,1);
Text(46, 102, osd->pos_now, OpenSansSemiBold, 12);
TextEnd(osd->width-46, 102, osd->pos_end, OpenSansSemiBold, 12);
}
//////////////////////////////////////////////////////////////////////
End();
}
/* ========================================================================
Name: initFtaLib
Description: Initialize all IO peripherals related to FTA
======================================================================== */
void initFtaLib(void)
{
U32 flag = 0;
I8 *env;
I8 selftest = SELFTEST_ON;
I8 selfstart = SELFSTART_V2F;
I8 *arg[] = {"run", "bootcmd"};
/* We are "saving" the current configuration, because it is not valid after a setenv() */
env = getenv("selftest");
if(env)
selftest = env[0];
env = getenv("selfstart");
if(env)
selfstart = env[0];
#if defined(USE_DISPLAY)
/* Init the use of the video */
init_display();
setVideoPio();
/* Display something on screen */
init_osd();
display = TRUE;
#endif
splash_update(64);
/* Go to the prompt (Do not start automatically any application) */
if( (getKeyPressed() & FP_KEY_DOWN) || (selfstart == SELFSTART_UBOOT) ) {
setenv("bootcmd", NULL);
return;
}
splash_update(128);
/* U-Boot Self test */
if(selftest == SELFTEST_ON)
{
if( test_fta() ) {
hang();
}
else {
setenv("selftest","0");
saveenv();
}
}
if( getKeyPressed() & FP_KEY_POWER ) {
usbApp();
}
splash_update(256);
if(selfstart == SELFSTART_NFS) {
/* Set the Kernel (DEV) as the main application */
setenv("bootcmd","bootm 0x80000");
}
else {
/* Set the V2F as the main application
* The address provided is in the RAM, so clear it to avoid confusion
* (in case of some remaining data)
*/
memset((void *)0x80801000, 0, sizeof(ssa_header_t));
setenv("bootcmd","bootm 0x80801000");
}
/* Set the Loader as the main application */
if( getKeyPressed() & FP_KEY_UP ) {
setenv("bootcmd","bootm 0x2C0000");
}
/* Set the Loader as the main application */
if (!eeprom_read(CFG_I2C_EEPROM_ADDR, EEPROM_SSD_REG, (unsigned char*)&flag, sizeof(flag))) {
if(flag == FORCE_UPDATE_CODE) {
setenv("bootcmd","bootm 0x2C0000");
}
}
do_run (NULL, 0, 2, arg);
}
int main()
{
long int delay;
int brg;
// Call the various initialization functions.
init_osd();
setup_pll();
setup_io();
setup_int();
init_gfx(1);
// Turn on doze, with a 1:1 ratio.
CLKDIVbits.DOZEN = 0;
CLKDIVbits.DOZE = 0b000;
// Start in console mode. Print startup messages.
con_init();
con_rolling = 0;
con_puts("Super OSD v3.2-lite", 0);
con_puts("dsPIC33F side", 0);
con_puts("Copr. 2010 Tom O.", 0); ;
con_puts("COMPILED FOR: ENGLISH", 0);
con_puts("", 0);
con_puts("Booting kernel [ OK ]", 0);
con_puts("Verify 24F [ OK ]", 0);
con_puts("Verify 33F [ OK ]", 0);
con_puts("Switch to hi res [ OK ]", 0);
init_gfx(0);
if(mem_test_full())
{
con_puts("VRAM test [ OK ]", 0);
}
else
{
con_puts("VRAM test [FAIL]", 0);
con_puts("Check memory soon! ", 0);
// Show warning for some time
delay = 2000000;
while(delay--);
}
// Clear graphics buffers of any memory test data remaining.
init_gfx(0);
con_puts("Init UART [ OK ]", 0);
// BUG: occasionally resets processor on start up
//interface_init_uart();
//brg = interface_set_baudrate(1843200);
//sprintf(temp, "BRG=%d", brg);
//con_puts(temp, 0);
/*
con_puts("PC detect... [FAIL]", 0);
con_puts("GPS detect... [ OK ]", 0);
con_puts("SPI initialized [ OK ]", 0);
con_puts("Found flash mem [ OK ]", 0);
con_puts(" Size: 2048 KB [ OK ]", 0);
con_puts("USB not supported [SKIP]", 0);
con_puts("Init GPS [ OK ]", 0);
con_puts("Test I2C [ OK ]", 0);
con_puts(" Xbee Adap. 2.0 [ OK ]", 0);
con_puts(" LSM303 acc [ OK ]", 0);
con_puts(" LSM303 mag [ OK ]", 0);
con_puts(" ITG3200 gyro [FAIL]", 0);
con_puts("Loading settings [ OK ]", 0);
con_puts("Init splash [ OK ]", 0);
*/
// Demo HUD.
//buffer_mode(0);
con_puts("Launching hud_demo", 0);
delayhowlong = 10000;
hud_demo();
}
