rtems_task Task_1(
rtems_task_argument argument
)
{
Screen1();
rtems_test_pause_and_screen_number( 2 );
Screen2();
rtems_test_pause_and_screen_number( 3 );
Screen3();
rtems_test_pause_and_screen_number( 4 );
Screen4();
rtems_test_pause_and_screen_number( 5 );
Screen5();
rtems_test_pause_and_screen_number( 6 );
Screen6();
rtems_test_pause_and_screen_number( 7 );
Screen7();
rtems_test_pause_and_screen_number( 8 );
Screen8();
rtems_test_pause_and_screen_number( 9 );
Screen9();
rtems_test_pause_and_screen_number( 10 );
Screen10();
rtems_test_pause_and_screen_number( 11 );
Screen11();
rtems_test_pause_and_screen_number( 12 );
Screen12();
rtems_test_pause_and_screen_number( 13 );
Screen13();
rtems_test_pause_and_screen_number( 14 );
Screen14();
puts( "*** END OF TEST 9 ***" );
rtems_test_exit( 0 );
}
// Current settings
// Saved as profile entry 0 (profile OFF)
void getScreen3()
{
gv_sc4mode = SHOW_PSET;
if (!gv_prof_set) {
switch(gv_scr3npstate) {
case SC3NPNULL:
if (!gv_show3Aonce) {
Screen3(SHOW_ALL);
gv_show3Aonce = true;
}
if (gv_short_sw) {
nextSC3NP(SC3NPTEMP);
}
break;
case SC3NPTEMP: // Set target temp
blinkCursor(0, 0, true);
if (gv_rot_active) {
gv_rot_active = false;
if (gv_rot_pos) {
gv_rot_pos = false;
if (gv_curr_scale == SCALE_F)
gv_temp_set += 0.59;
else
gv_temp_set += 1;
}
if (gv_rot_neg) {
gv_rot_neg = false;
if (gv_curr_scale == SCALE_F)
gv_temp_set -= 0.59;
else
gv_temp_set -= 1;
}
lcd->setCursor(2, 0);
lcd->print(convtemp(gv_temp_set));
}
if (gv_short_sw) {
nextSC3NP(SC3NPCYCL);
}
break;
case SC3NPCYCL: // Set hyst range
lcd->setCursor(0, 1);
blinkCursor(0, 1, true);
if (gv_rot_active) {
gv_rot_active = false;
if (gv_rot_pos) {
gv_rot_pos = false;
if (gv_curr_scale == SCALE_F)
gv_hyst_set += 0.59;
else
gv_hyst_set += 1.0;
}
if (gv_rot_neg) {
gv_rot_neg = false;
if (gv_curr_scale == SCALE_F)
gv_hyst_set -= 0.59;
else
gv_hyst_set -= 1.0;
}
if (gv_hyst_set == NULL)
gv_hyst_set = 0.0;
if (gv_hyst_set > 9.0)
gv_hyst_set = 0.0;
if (gv_hyst_set < 0.0)
gv_hyst_set = 9.0;
// gv_hyst_set = 4.0;
lcd->setCursor(2, 1);
lcd->print(convrange(gv_hyst_set));
}
// lcd->setCursor(4, 1);
// lcd->print(gv_hyst_set);
if (gv_short_sw) {
nextSC3NP(SC3NPTSCL);
}
break;
case SC3NPTSCL: // Set display scale (C or F)
blinkCursor(5, 0, true);
if (gv_rot_active) {
gv_rot_active = false;
if (gv_rot_pos || gv_rot_neg) {
gv_rot_pos = false;
gv_rot_neg = false;
if (gv_curr_scale == SCALE_F)
gv_curr_scale = SCALE_C;
else
gv_curr_scale = SCALE_F;
}
lcd->setCursor(5,0);
if (gv_curr_scale == SCALE_F)
lcd->print("F");
else
lcd->print("C");
}
if (gv_short_sw) {
nextSC3NP(SC3NPOVRT);
}
break;
case SC3NPOVRT:
blinkCursor(6, 1, true);
if (gv_rot_active) {
gv_rot_active = false;
if (gv_rot_pos) {
gv_rot_pos = false;
gv_over_time++;
}
if (gv_rot_neg) {
gv_rot_neg = false;
gv_over_time--;
}
lcd->setCursor(8, 1);
lcd->print(gv_over_time);
}
if (gv_short_sw) {
nextSC3NP(SC3NPMODE);
}
break;
case SC3NPMODE: // Set operation mode
blinkCursor(13, 0, true);
if (gv_rot_active) {
gv_rot_active = false;
if (gv_rot_pos) {
gv_rot_pos = false;
gv_mode_set++;
}
if (gv_rot_neg) {
gv_rot_neg = false;
gv_mode_set--;
}
if (gv_mode_set > MODE_AUTO)
gv_mode_set = MODE_OFF;
if (gv_mode_set < MODE_OFF)
gv_mode_set = MODE_AUTO;
showMode(8, 0);
lcd->setCursor(15,0);
lcd->print(gv_mode_set);
}
lcd->setCursor(15,0);
lcd->print(gv_mode_set);
lcd->setCursor(13,0);
if (gv_short_sw) {
nextSC3NP(SC3NPPROF);
}
break;
case SC3NPPROF: // Set profile number
blinkCursor(13, 1, true);
if (gv_rot_active) {
gv_rot_active = false;
if (gv_rot_pos) {
gv_rot_pos = false;
gv_prof_set++;
}
if (gv_rot_neg) {
gv_rot_neg = false;
gv_prof_set--;
}
if (gv_prof_set > PROF_WKND)
gv_prof_set = PROF_OFF;
if (gv_prof_set < PROF_OFF)
gv_prof_set = PROF_WKND;
showProf(15, 1);
if (gv_prof_set != PROF_OFF) {
gv_show3Bonce = false;
}
}
if (gv_short_sw) {
nextSC3NP(SC3NPSET);
}
break;
case SC3NPSET:
if (gv_prof_set == PROF_OFF) {
gv_profile[gv_prof_set].op_mode = gv_mode_set;
gv_profile[gv_prof_set].start_hr = 0;
gv_profile[gv_prof_set].start_min = 0;
gv_profile[gv_prof_set].duration = gv_over_time;
gv_profile[gv_prof_set].tset = gv_temp_set;
gv_profile[gv_prof_set].hystrange = gv_hyst_set;
lcd->clear();
lcd->setCursor(0,0);
lcd->print("Settings saved");
saveProf(gv_prof_set);
saveGVData();
gv_inputchange = true;
delay(2000);
}
Screen3(SHOW_ALL);
nextSC3NP(SC3NPNULL);
break;
}
}
else {
// If any profile is active then only allow edit of the
// temp units and the profile number
if (!gv_show3Bonce) {
Screen3(SHOW_SUB);
gv_show3Bonce = true;
}
switch(gv_scr3prstate) {
case SC3PRNULL:
if (gv_short_sw) {
nextSC3PR(SC3PRTSCL);
}
break;
case SC3PRTSCL: // Set display scale (C or F)
blinkCursor(5, 0, true);
if (gv_rot_active) {
gv_rot_active = false;
if (gv_rot_pos || gv_rot_neg) {
gv_rot_pos = false;
gv_rot_neg = false;
if (gv_curr_scale == SCALE_F)
gv_curr_scale = SCALE_C;
else
gv_curr_scale = SCALE_F;
}
lcd->setCursor(5,0);
if (gv_curr_scale == SCALE_F)
lcd->print("F");
else
lcd->print("C");
}
if (gv_short_sw) {
nextSC3PR(SC3PRPROF);
}
break;
case SC3PRPROF: // Set profile number
blinkCursor(13, 1, true);
if (gv_rot_active) {
gv_rot_active = false;
if (gv_rot_pos) {
gv_rot_pos = false;
gv_prof_set++;
}
if (gv_rot_neg) {
gv_rot_neg = false;
gv_prof_set--;
}
if (gv_prof_set > PROF_WKND)
gv_prof_set = PROF_OFF;
if (gv_prof_set < PROF_OFF)
gv_prof_set = PROF_WKND;
showProf(15, 1);
if (gv_prof_set == PROF_OFF) {
gv_show3Aonce = false;
}
}
if (gv_short_sw) {
gv_inputchange = true;
nextSC3PR(SC3PRNULL);
}
break;
}
}
}
// Display control state machine
// Uses decoded control input to manipulate the display screens and settings.
// gv_input_active will remain true until screen 5 exit.
bool processInput()
{
bool rc = false;
switch(gv_dispstate) {
case DS0:
// The primary alternating status screens
if (gv_long_sw && gv_saw_button) {
nextLCDdisp(DS1);
rc = true;
}
break;
case DS1: // Screen 3
// Settings screen
if (!gv_showscreen) {
DispLED(true);
Screen3(SHOW_ALL);
gv_showscreen = true;
gv_saw_button = false;
}
if (gv_dblclick && gv_saw_button) {
gv_dblclick = false;
nextLCDdisp(DS0);
}
else if (gv_long_sw && gv_saw_button) {
nextLCDdisp(DS2);
}
else
getScreen3();
rc = true;
break;
case DS2: // Screen 4
// Profile edit screen
if (!gv_showscreen) {
DispLED(true);
Screen4(gv_sc4mode);
gv_showscreen = true;
gv_saw_button = false;
}
if (gv_dblclick && gv_saw_button) {
gv_dblclick = false;
nextLCDdisp(DS0);
}
else if (gv_long_sw && gv_saw_button) {
nextLCDdisp(DS3);
}
else
getScreen4();
rc = true;
break;
case DS3: // Screen 5
// Time/date setup screen
if (!gv_showscreen) {
DispLED(true);
Screen5();
gv_showscreen = true;
gv_saw_button = false;
}
if (gv_dblclick && gv_saw_button) {
gv_dblclick = false;
nextLCDdisp(DS0);
}
else if (gv_long_sw && gv_saw_button) {
nextLCDdisp(DS0);
rc = false;
}
else {
rc = true;
getScreen5();
}
break;
}
return rc;
}
