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runlevel.c
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runlevel.c
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#include "DevelOS.h"
// <editor-fold defaultstate="collapsed" desc="RL_Standby 0x01">
void DoStandby(void)
{
// Just show the clock.
// TODO: Try to reduce the core clock in this mode to save energy
// But beware: so far this has always messed up everything
char i;
for(i=6; i<14; i++)
{
console.Buffer[1][i]=rtc.string[i-6];
}
}
// </editor-fold>
// <editor-fold defaultstate="collapsed" desc="RL_Slideshow 0x02">
void DoSlideshow(void)
{
#ifdef MOD_Display_VFL
switch(OS.submode)
{
case 0:
VFLD_clr();
VFLD.Duty=0;
VFLD_scroll("+ 3,3 \n",2);
OS.submode++;
break;
case 1:
if(VFLD.ScrollSpeed == 0)
{
VFLD.Symbol[VFLD_CN2]=1;
VFLD.Symbol[VFLD_DEC]=1;
VFLD.Duty=7;
VFLD_Value(OS.U3V3/10);
VFLD_Refresh();
OS.submode++;
}
break;
case 2:
OS_delay_1S();
OS_delay_1S();
OS.submode++;
break;
case 3:
VFLD_clr();
VFLD.Duty=0;
VFLD_scroll("+ 5,0 \n",2);
OS.submode++;
break;
case 4:
if(VFLD.ScrollSpeed == 0)
{
VFLD.Symbol[VFLD_CN2]=1;
VFLD.Symbol[VFLD_DEC]=1;
VFLD.Duty=7;
VFLD_Value(OS.U5V0/10);
VFLD_Refresh();
OS.submode++;
}
break;
case 5:
OS_delay_1S();
OS_delay_1S();
OS.submode++;
break;
case 6:
VFLD_clr();
VFLD.Duty=0;
VFLD_scroll("+12,0 \n",2);
OS.submode++;
break;
case 7:
if(VFLD.ScrollSpeed == 0)
{
VFLD.Symbol[VFLD_CN2]=1;
VFLD.Symbol[VFLD_DEC]=1;
VFLD.Duty=7;
VFLD_Value(OS.U12V/10);
VFLD_Refresh();
OS.submode++;
}
break;
case 8:
OS_delay_1S();
OS_delay_1S();
OS.submode++;
break;
case 9:
VFLD_clr();
VFLD.Duty=0;
VFLD_scroll("CPU MHZ \n",2);
OS.submode++;
break;
case 10:
if(VFLD.ScrollSpeed == 0)
{
VFLD.Symbol[VFLD_CN1]=1;
VFLD.Duty=7;
VFLD_Value(OS.CPUClock/1000);
VFLD_Refresh();
OS.submode++;
}
break;
case 11:
OS_delay_1S();
OS_delay_1S();
OS.submode=0;
break;
}
#endif
}// </editor-fold>
// <editor-fold defaultstate="collapsed" desc="RL_3v3 0x03">
void Show3v3(void)
{
// d_print("+ 3,3 \n");
// //VFLD.Symbol[VFLD_CN2]=1;
// //VFLD.Symbol[VFLD_DEC]=1;
// d_value(OS.U3V3/10);
}// </editor-fold>
// <editor-fold defaultstate="collapsed" desc="RL_5v 0x04">
void Show5v(void)
{
// d_print("+ 5,0 \n");
// //VFLD.Symbol[VFLD_CN2]=1;
// //VFLD.Symbol[VFLD_DEC]=1;
// d_value(OS.U5V0/10);
}// </editor-fold>
// <editor-fold defaultstate="collapsed" desc="RL_12v 0x05">
void Show12v(void)
{
// d_print("+12,0 \n");
// //VFLD.Symbol[VFLD_CN2]=1;
// //VFLD.Symbol[VFLD_DEC]=1;
// d_value(OS.U12V/10);
}// </editor-fold>
// <editor-fold defaultstate="collapsed" desc="RL_PWM_H 0x10">
#if defined MOD_pwm
void DoHF_PWM(void)
{
OS.PWM_Value[0]=OS.HF_duty0;
OS.PWM_Value[1]=OS.HF_period0;
OS.PWM_Value[2]=OS.HF_duty1;
OS.PWM_Value[3]=OS.HF_period1;
switch(OS.runmode)
{
case 0: // Entry Point
VFLD_clr();
VFLD_scroll(" HF PWM \n",2);
OS.runmode++;
break;
case 1:
if(VFLD.ScrollSpeed==0)
{
OS_delay_ns(100000000);
VFLD_scroll( PWMstring[ OS.submode ], 2);
OS.runmode++;
}
break;
case 2: // Show Menuitem
if(VFLD.ScrollSpeed==0)
{
if(KP.Key[KP_L] == -1 & OS.submode>0)
{
KP.Key[KP_L]=0;
KP.Key[KP_R]=0;
OS.submode--;
VFLD_clr();
VFLD_print( PWMstring[ OS.submode ]);
}
if(KP.Key[KP_R] == -1 & OS.submode<5)
{
KP.Key[KP_R]=0;
KP.Key[KP_L]=0;
OS.submode++;
VFLD_clr();
VFLD_print( PWMstring[ OS.submode ]);
}
if(OS.submode<4)
{
VFLD_Value(OS.PWM_Value[OS.submode]);
if(KP.Key[KP_GN] == -1)
{
KP.Key[KP_GN]=0;
//OS.runmode=10; // enter number
}
if(KP.Key[KP_C] == -1)
{
OS_delay_ns(50000000);
KP.Key[KP_C]=0;
OS.runmode=5; // inc/dec value
}
}
}
else
{
KP.Key[KP_L]=0;
KP.Key[KP_R]=0;
KP.Key[KP_C]=0;
}
break;
case 5: // Inkrementieren / Dekrementieren
if(VFLD.ScrollSpeed==0)
{
switch(OS.submode)
{
case 0:
if(KP.Key[KP_L] == -1 & OS.PWM_Value[OS.submode] > 0 )
{
KP.Key[KP_L]=0;
KP.Key[KP_R]=0;
OS.PWM_Value[OS.submode]--;
}
if(KP.Key[KP_R] == -1 & OS.PWM_Value[OS.submode] < OS.HF_period0 )
{
KP.Key[KP_R]=0;
KP.Key[KP_L]=0;
OS.PWM_Value[OS.submode]++;
}
if(KP.Key[KP_C] == -1)
{
KP.Key[KP_C]=0;
OS.runmode=1;
}
break;
case 1:
if(KP.Key[KP_L] == -1 & OS.PWM_Value[OS.submode] > 0 )
{
OS_delay_ns(50000000);
KP.Key[KP_L]=0;
KP.Key[KP_R]=0;
OS.PWM_Value[OS.submode]--;
}
if(KP.Key[KP_R] == -1 & OS.PWM_Value[OS.submode] < 9999 )
{
OS_delay_ns(50000000);
KP.Key[KP_R]=0;
KP.Key[KP_L]=0;
OS.PWM_Value[OS.submode]++;
}
if(KP.Key[KP_C] == -1)
{
OS_delay_ns(50000000);
KP.Key[KP_C]=0;
OS.runmode=1;
}
break;
case 2:
if(KP.Key[KP_L] == -1 & OS.PWM_Value[OS.submode] > 0 )
{
KP.Key[KP_L]=0;
KP.Key[KP_R]=0;
OS.PWM_Value[OS.submode]--;
}
if(KP.Key[KP_R] == -1 & OS.PWM_Value[OS.submode] < OS.HF_period1 )
{
KP.Key[KP_R]=0;
KP.Key[KP_L]=0;
OS.PWM_Value[OS.submode]++;
}
if(KP.Key[KP_C] == -1)
{
KP.Key[KP_C]=0;
OS.runmode=1;
}
break;
case 3:
if(KP.Key[KP_L] == -1 & OS.PWM_Value[OS.submode] > 0 )
{
KP.Key[KP_L]=0;
KP.Key[KP_R]=0;
OS.PWM_Value[OS.submode]--;
}
if(KP.Key[KP_R] == -1 & OS.PWM_Value[OS.submode] < 9999 )
{
KP.Key[KP_R]=0;
KP.Key[KP_L]=0;
OS.PWM_Value[OS.submode]++;
}
if(KP.Key[KP_C] == -1)
{
KP.Key[KP_C]=0;
OS.runmode=1;
}
break;
default:
break;
}
VFLD_Value(OS.PWM_Value[OS.submode]);
}
else
{
KP.Key[KP_L]=0;
KP.Key[KP_R]=0;
KP.Key[KP_C]=0;
}
break;
default:
OS_SetRunlevel(RL_SetRL);
break;
}
OS.HF_duty0 =OS.PWM_Value[0];
OS.HF_period0 =OS.PWM_Value[1];
OS.HF_duty1 =OS.PWM_Value[2];
OS.HF_period1 =OS.PWM_Value[3];
}
#endif
// </editor-fold>
// <editor-fold defaultstate="collapsed" desc="RL_SetKeypad 0xE0">
#ifdef MOD_keypad
void KeypadSetup(void)
{
char l;
VFLD_clr();
if(OS.runmode==0)
{
VFLD_scroll("SET KEYPAD\n",2);
OS.runmode++;
}
else if(OS.runmode<=17)
{
if(VFLD.ScrollSpeed==0)
{
VFLD_print("PRESS \n");
VFLD_Value(OS.runmode-1); // print keycode to press
for(l=0;l<Scanlines;l++)
{
if(KP.Scanline[l]>20) // TODO: use bias-value from variable
{
SetKeylimit(OS.runmode-1, l, KP.Scanline[l], 10 ); // store result
OS.runmode++; // repeat for each key
OS_delay_ns(50000000);
} // key pressed
}
}
}
else if( OS.runmode == 18)
{
VFLD_scroll("WRITE ROM\n",2);
OS.runmode++;
}
else
{
if(VFLD.ScrollSpeed==0)
{
OS_delay_ns(50000000);
SaveEEPROM_KP(1);
OS.runmode=0;
OS.runlevel=RL_TestKeypad; //OS.prev_runlevel; // Done
OS.prev_runlevel=RL_SetKeypad;
}
}
}
#endif
// </editor-fold>
// <editor-fold defaultstate="collapsed" desc="RL_TestKeypad 0xE1">
#ifdef MOD_keypad
void KeypadTest(void)
{
char i;
VFLD_clr();
VFLD_print("TASTE \n");
VFLD.Symbol[VFLD_CN2]=1;
for(i=1;i<17;i++)
{
if(KP.Key[i]>0)
{
VFLD_Value(i);
VFLD_Refresh();
KP.Key[i]=0;
}
}
}
#endif
// </editor-fold>
// <editor-fold defaultstate="collapsed" desc="RL_TuneKeypad 0xE2">
#ifdef MOD_keypad
void DoKeyTune(void)
{
if(OS.runmode<16)
{
KP.Key[KP_C]=0;
VFLD_print("KEY 00 \n");
VFLD.Symbol[VFLD_RO]=0;
if(OS.runmode<10)
{
VFLD.String[5]=OS.runmode;
}
else
{
VFLD.String[5]=OS.runmode+55;
}
VFLD.Symbol[VFLD_CN2]=1;
if( KP.Scanline[ KP.Matrix[OS.runmode].line ] > 20 )
{
VFLD_Value( KP.Scanline[ KP.Matrix[OS.runmode].line ] );
if( ( KP.Scanline[ KP.Matrix[OS.runmode].line ] > KP.Matrix[OS.runmode].limit1 ) & ( KP.Scanline[ KP.Matrix[OS.runmode].line ] > KP.Matrix[OS.runmode].limit0 ) )
{
KP.Matrix[OS.runmode].limit1++;
VFLD.Symbol[VFLD_RO]=1;
}
if( ( KP.Scanline[ KP.Matrix[OS.runmode].line ] < KP.Matrix[OS.runmode].limit0 ) & ( KP.Scanline[ KP.Matrix[OS.runmode].line ] < KP.Matrix[OS.runmode].limit1 ))
{
KP.Matrix[OS.runmode].limit0--;
VFLD.Symbol[VFLD_RO]=1;
}
VFLD_Refresh();
}
ScanKeys();
if(KP.Key[KP_C]>0)
{
KP.Key[KP_C]=0;
OS.runmode++;
OS_delay_ns(50000000);
}
KP.Key[0]=0;
}
else
{
OS_SetRunlevel(RL_Setup);
}
}
#endif
// </editor-fold>
// <editor-fold defaultstate="collapsed" desc="RL_ROM_Stat 0xE3">
void DoROMstat(void)
{
switch(OS.runmode)
{
case 0:
//VFLD_scroll("BLOCKS \n",2);
OS.runmode++;
break;
case 1:
// if(VFLD.ScrollSpeed==0)
// {
//VFLD.Symbol[VFLD_CN2]=1;
//VFLD.String[7]=8-eprom.FreeBlocks;
//VFLD.String[8]='/';
//VFLD.String[9]=8;
OS.runmode++;
// }
break;
case 2:
// if( KP.Key[KP_L]>0 | KP.Key[KP_R]>0 )
{
OS.runmode++;
}
break;
default:
OS_SetRunlevel(RL_Setup);
break;
}
}// </editor-fold>
// <editor-fold defaultstate="collapsed" desc="RL_Setup 0xEF">
void OS_SetupMenu(void)
{
#ifdef MOD_keypad
switch(OS.runmode)
{
case 0: // Entry Point
VFLD_scroll(" SETUP \n",2);
OS.runmode++;
break;
case 1: // Setup Menu
if(VFLD.ScrollSpeed==0)
{
OS_delay_1S();
VFLD_scroll( setupstring[0][ OS.submode ], 2);
OS.runmode++;
}
break;
case 2: // Show Menuitem
if(VFLD.ScrollSpeed==0)
{
if(KP.Key[KP_L]>0 & OS.submode>0)
{
KP.Key[KP_L]=0;
KP.Key[KP_R]=0;
OS.submode--;
VFLD_scroll( setupstring[0][ OS.submode ], -2);
}
if(KP.Key[KP_R]>0 & OS.submode<5)
{
KP.Key[KP_R]=0;
KP.Key[KP_L]=0;
OS.submode++;
VFLD_scroll( setupstring[0][ OS.submode ], 2);
}
if(KP.Key[KP_C]>0)
{
KP.Key[KP_C]=0;
OS.runmode++;
}
}
else
{
KP.Key[KP_L]=0;
KP.Key[KP_R]=0;
KP.Key[KP_C]=0;
}
break;
case 3: // Main Choice
switch(OS.submode)
{
case 4: // Reset Chip
Reset();
break;
case 5: // Exit setup
OS.runmode=0xFF;
break;
default: // Submenu
OS.runmode=20 + (OS.submode * 40);
OS.submode=0;
break;
}
break;
case 20: // Keypad Menu
if(VFLD.ScrollSpeed==0)
{
OS_delay_1S();
VFLD_scroll( setupstring[1][ OS.submode ], 2);
OS.runmode++;
}
break;
case 21: // Show Menuitem
if(VFLD.ScrollSpeed==0)
{
if(KP.Key[KP_L]>0 & OS.submode>0)
{
KP.Key[KP_L]=0;
KP.Key[KP_R]=0;
OS.submode--;
VFLD_scroll( setupstring[1][ OS.submode ], -2);
}
if(KP.Key[KP_R]>0 & OS.submode<3)
{
KP.Key[KP_R]=0;
KP.Key[KP_L]=0;
OS.submode++;
VFLD_scroll( setupstring[1][ OS.submode ], 2);
}
if(KP.Key[KP_C]>0)
{
KP.Key[KP_C]=0;
OS.runmode++;
}
}
else
{
KP.Key[KP_L]=0;
KP.Key[KP_R]=0;
KP.Key[KP_C]=0;
}
break;
case 22: // Keypad Choice
switch(OS.submode)
{
case 0: // Calibration
OS_SetRunlevel(RL_SetKeypad);
break;
case 1: // Test
OS_SetRunlevel(RL_TestKeypad);
break;
case 2: // Tuning
OS_SetRunlevel(RL_TuneKeypad);
case 3: // Back
OS.submode=0;
OS.runmode=0;
break;
default:
OS.runmode=0xFF;
break;
}
break;
case 60: // ROM Menu
if(VFLD.ScrollSpeed==0)
{
OS_delay_1S();
VFLD_scroll( setupstring[2][ OS.submode ], 2);
OS.runmode++;
}
break;
case 61: // Show Menuitem
if(VFLD.ScrollSpeed==0)
{
if(KP.Key[KP_L]>0 & OS.submode>0)
{
KP.Key[KP_L]=0;
KP.Key[KP_R]=0;
OS.submode--;
VFLD_scroll( setupstring[2][ OS.submode ], -2);
}
if(KP.Key[KP_R]>0 & OS.submode<5)
{
KP.Key[KP_R]=0;
KP.Key[KP_L]=0;
OS.submode++;
VFLD_scroll( setupstring[2][ OS.submode ], 2);
}
if(KP.Key[KP_C]>0)
{
KP.Key[KP_C]=0;
OS.runmode++;
}
}
else
{
KP.Key[KP_L]=0;
KP.Key[KP_R]=0;
KP.Key[KP_C]=0;
}
break;
case 62: // ROM Choice
switch(OS.submode)
{
case 0: // status
OS_SetRunlevel(RL_ROM_Stat);
break;
case 1: // Format
EE_format();
OS.submode=0;
OS.runmode=60;
VFLD_clr();
break;
case 2:
OS_SetRunlevel(RL_ROM_Backup); //Backup
break;
case 3: // Write KP
SaveEEPROM_KP(1);
OS.submode=5;
break;
case 4: // Write OS
SaveEEPROM_OS(0);
OS.submode=5;
break;
case 5: // Back
OS.submode=0;
OS.runmode=0;
break;
default:
OS.runmode=0xFF;
break;
}
break;
case 100: // Clock Menu
if(VFLD.ScrollSpeed==0)
{
OS_delay_1S();
VFLD_scroll( setupstring[3][ OS.submode ], 2);
OS.runmode++;
}
break;
case 101: // Show Menuitem
if(VFLD.ScrollSpeed==0)
{
if(KP.Key[KP_L]>0 & OS.submode>0)
{
KP.Key[KP_L]=0;
KP.Key[KP_R]=0;
OS.submode--;
VFLD_scroll( setupstring[3][ OS.submode ], -2);
}
if(KP.Key[KP_R]>0 & OS.submode<4)
{
KP.Key[KP_R]=0;
KP.Key[KP_L]=0;
OS.submode++;
VFLD_scroll( setupstring[3][ OS.submode ], 2);
}
if(KP.Key[KP_C]>0)
{
KP.Key[KP_C]=0;
OS.runmode++;
}
}
else
{
KP.Key[KP_L]=0;
KP.Key[KP_R]=0;
KP.Key[KP_C]=0;
}
break;
case 102: // Clock Choice
switch(OS.submode)
{
case 0: // Set RTC
OS_SetRunlevel(RL_CLK_RTC);
break;
case 1:
OS_SetRunlevel(RL_CLK_CPU);
break;
case 2:
OS_SetRunlevel(RL_CLK_Tune);
break;
case 3:
OS_SetRunlevel(RL_CLK_SYS);
break;
case 4: // Back
OS.submode=0;
OS.runmode=0;
break;
default:
OS.runmode=0xFF;
break;
}
break;
case 140: // Sys Menu
if(VFLD.ScrollSpeed==0)
{
OS_delay_1S();
VFLD_scroll( setupstring[4][ OS.submode ], 2);
OS.runmode++;
}
break;
case 141: // Show Menuitem
if(VFLD.ScrollSpeed==0)
{
if(KP.Key[KP_L]>0 & OS.submode>0)
{
KP.Key[KP_L]=0;
KP.Key[KP_R]=0;
OS.submode--;
VFLD_scroll( setupstring[4][ OS.submode ], -2);
}
if(KP.Key[KP_R]>0 & OS.submode<5)
{
KP.Key[KP_R]=0;
KP.Key[KP_L]=0;
OS.submode++;
VFLD_scroll( setupstring[4][ OS.submode ], 2);
}
if(KP.Key[KP_C]>0)
{
KP.Key[KP_C]=0;
OS.runmode++;
}
}
else
{
KP.Key[KP_L]=0;
KP.Key[KP_R]=0;
KP.Key[KP_C]=0;
}
break;
case 142: // Sys Choice
switch(OS.submode)
{
case 0:
OS_SetRunlevel(RL_SYS_Perf);
break;
case 1:
OS_SetRunlevel(RL_SYS_Reset);
break;
case 2:
OS_SetRunlevel(RL_SYS_Uptime);
break;
case 3:
OS_SetRunlevel(RL_SYS_Alarm);
break;
case 4:
InitOS();
OS_SetRunlevel(RL_Boot);
break;
case 5: // Back
OS.submode=0;
OS.runmode=0;
break;
default:
OS.runmode=0xFF;
break;
}
break;
case 0xFF: // Exit
OS_SetRunlevel(RL_SetRL);
break;
default:
OS_SetRunlevel(RL_Standby);
break;
}
#endif
}// </editor-fold>
// <editor-fold defaultstate="collapsed" desc="RL_SetRL 0xF0">
void OS_SetRL(void)
{
int i;
#ifdef MOD_keypad
switch(OS.runmode)
{
case 0:
VFLD_clr();
VFLD_scroll("+SET MODE+\n",2);
for(i=0;i<16;i++)
{
KP.Key[i]=0;
}
OS.runmode++;
break;
case 1:
if(VFLD.ScrollSpeed==0)
{
OS_delay_ns(100000000);
VFLD_scroll( modestring[ OS.submode ], 2);
OS.runmode++;
}
break;
case 2: // Show Menuitem
if(VFLD.ScrollSpeed==0)
{
if(KP.Key[KP_L]>0 & OS.submode>0)
{
KP.Key[KP_L]=0;
KP.Key[KP_R]=0;
OS.submode--;
VFLD_scroll( modestring[ OS.submode ], -2);
}
if(KP.Key[KP_R]>0 & OS.submode<7)
{
KP.Key[KP_R]=0;
KP.Key[KP_L]=0;
OS.submode++;
VFLD_scroll( modestring[ OS.submode ], 2);
}
if(KP.Key[KP_C]>0)
{
KP.Key[KP_C]=0;
OS.runmode++;
}
}
else
{
KP.Key[KP_L]=0;
KP.Key[KP_R]=0;
KP.Key[KP_C]=0;
}
break;
case 3: // Main Choice
switch(OS.submode)
{
case 0:
OS_SetRunlevel(RL_3v3);
break;
case 1:
OS_SetRunlevel(RL_5v);
break;
case 2:
OS_SetRunlevel(RL_12v);
break;
case 3:
OS_SetRunlevel(RL_PWM_H);
break;
case 4:
OS_SetRunlevel(RL_PWM_L);
break;
case 5:
OS_SetRunlevel(RL_Setup);
break;
case 6:
OS_SetRunlevel(RL_Slideshow);
break;
case 7:
OS_SetRunlevel(RL_Standby);
break;
default: // Submenu
OS_SetRunlevel(RL_Standby);
break;
}
break;
}
#endif
if(OS.runmode==0)
{
}
else
{
}
}// </editor-fold>
// <editor-fold defaultstate="collapsed" desc="RL_Boot 0xFE">
void BootLevel(void){
//d_clr();
//d_print(" READY \n");
RefreshDisplay();
OS_delay_1S();
OS_SetRunlevel(Startmode);
}// </editor-fold>
// <editor-fold defaultstate="collapsed" desc="RL_Error 0xFF">
void ErrorLevel(void){
// d_clr();
// d_print("ERROR \n");
// //VFLD.Symbol[VFLD_CN2]=1;
// d_value(OS.prev_runlevel);
RefreshDisplay();
} // </editor-fold>