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OLEDPanel.ino
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OLEDPanel.ino
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//=== OLEDPanel for LocoIO ===
#if defined OLED
#include <OLEDPanel.h>
#include <LocoNetKS.h>
//=== declaration of var's =======================================
//--- for use of OLED
#define PCF8574_ADDR_OLED_BUTTON (0x23 << 1)
#define PCF8574A_ADDR_OLED_BUTTON (PCF8574_ADDR_OLED_BUTTON + 0x18)
#define CTRL_BUTTON 5
#define BUTTON_KEYPAD 0x80
OLEDPanel displayPanel;
uint8_t ui8_DisplayPanelPresent = 0; // ui8_DisplayPanelPresent: 1 if I2C-OLED-Panel is found
//--- end OLED
#define B0_OFF ((GetCV(ADD_FUNCTIONS_1) & 0x01) == 0x01)
#define ENABLE_INIT_PIC ((GetCV(ADD_FUNCTIONS_1) & 0x80) == 0x80)
/* mode:
0 after init "LocoIO-SV-Edit" is displayed
1 "Status?" is displayed
2 "Inbetriebnahme?" is displayed
5 "Stoerung" is displayed
6 "Beobachten?" is displayed
7 "Steuern?" is displayed
8 "LN-Monitor?" is displayed
20 (edit) mode for CV1
21 (edit) mode for CV2
22 (edit) mode for CV3
23 (edit) mode for CV4
24 (edit) mode for CV5
25 (edit) mode for CV6
26 (edit) mode for CV7
27 (edit) mode for CV8
28 (edit) mode for CV9
70 "SV-Editor?"
71 "Adresse"
72 "Adress-Abfrage?"
73 Adressliste
75 "Sub-Adressse"
76 Anzeige der Daten eines Portes
77 "Portadresse"
78 "Art des Ports"
79 "Daten an Port speichern?"
80 "wird gesendet..."
81 Stoerungsquittierung
82 warten auf Rückmeldung
83 warten auf Ende Moduladressen lesen
90 "LocoIO-Init?"
91 "nur ein LocoIO angeschlossen?
92 "wird initialisiert..."
100 IO-Telegramm-Anzeige
101 LN-Monitor-Anzeige
110 Adresseingabe
111 Telegrammauswahl
112 Statusauswahl
113 B0(aus)
200 confirm display CV's
210 confirm display I2C-Scan
211 I2C-Scan
215 Tastatur-Test
220 display IP-Address
221 display MAC-Address
*/
uint8_t ui8_DisplayPanelMode = 0; // ui8_DisplayPanelMode for paneloperation
uint8_t ui8_ButtonMirror = 0;
uint16_t ui16_StoerungMirror = 65535;
boolean b_CtrlMirror(false);
unsigned long ul_Wait = 0;
static const uint8_t MAX_MODE = 19 + GetCVCount();
#define MAXMODUL 127
#define MAXSUBMODUL 126
#define MAXPORT 16
#define MAXPORTADR 2048
uint16_t ui16_EditValue = 0;
boolean b_Edit = false;
boolean b_FMBlinkenError = false;
// used for binary-edit:
boolean b_EditBinary = false;
uint8_t ui8_CursorX = 0;
// used for sv-edit:
uint8_t ui8_modulAddress = 0;
uint8_t ui8_modulSubAddress = 0;
uint8_t ui8_modulPortNumber = 1;
uint16_t ui16_modulPortAddress = 0;
uint8_t ui8_modulPortType = 0;
// used for telegram:
uint16_t ui16_SwitchAddress = 0;
uint8_t ui8_TelegramKind = 0;
boolean b_SwitchState = false;
// used for LN-Monitor
boolean b_LNMonitorActive = false;
boolean isLNMonitorActive() { return b_LNMonitorActive; }
//=== functions originally from GlobalOutPrint.ino ===============
void binout(uint8_t ui8_Out)
{
if(ui8_Out<128)
displayPanel.print('0');
if(ui8_Out<64)
displayPanel.print('0');
if(ui8_Out<32)
displayPanel.print('0');
if(ui8_Out<16)
displayPanel.print('0');
if(ui8_Out<8)
displayPanel.print('0');
if(ui8_Out<4)
displayPanel.print('0');
if(ui8_Out<2)
displayPanel.print('0');
displayPanel.print(ui8_Out, BIN);
}
void decout(uint16_t ui16_Out, uint8_t ui8CountOfDigits)
{
// 5 digits, 0..99999
if ((ui8CountOfDigits > 4) && (ui16_Out < 10000))
displayPanel.print('0');
if ((ui8CountOfDigits > 3) && (ui16_Out < 1000))
displayPanel.print('0');
if ((ui8CountOfDigits > 2) && (ui16_Out < 100))
displayPanel.print('0');
if ((ui8CountOfDigits > 1) && (ui16_Out < 10))
displayPanel.print('0');
displayPanel.print(ui16_Out, DEC);
}
void hexout(uint16_t ui16_Out, uint8_t ui8CountOfDigits)
{
// 4 digits, 0..FFFF
if ((ui8CountOfDigits > 3) && (ui16_Out < 0x1000))
displayPanel.print('0');
if ((ui8CountOfDigits > 2) && (ui16_Out < 0x0100))
displayPanel.print('0');
if ((ui8CountOfDigits > 1) && (ui16_Out < 0x0010))
displayPanel.print('0');
displayPanel.print(ui16_Out, HEX);
}
//=== functions ==================================================
void CheckAndInitDisplayPanel()
{
//---OLED-----------------
// OLED & buttons: type of display-controler and I²C-address is defined in "lcd.h"
boolean b_DisplayPanelDetected(displayPanel.detect_i2c(PCF8574_ADDR_OLED_BUTTON) == 0);
bool bAddrA(false);
if(!b_DisplayPanelDetected)
{
b_DisplayPanelDetected = (displayPanel.detect_i2c(PCF8574A_ADDR_OLED_BUTTON) == 0);
bAddrA = true;
}
if(b_DisplayPanelDetected && !ui8_DisplayPanelPresent)
{
pinMode(CTRL_BUTTON, INPUT_PULLUP);
if(bAddrA)
displayPanel.setKeyAddr(PCF8574A_ADDR_OLED_BUTTON, false); // 'init' will be done with call of 'begin'
// OLED (newly) found:
displayPanel.begin();
#if defined DEBUG
Serial.println(F("OLED-Panel found..."));
Serial.print(F("..."));
Serial.println(GetSwTitle());
if(bAddrA)
Serial.println(F("Buttons found on PCF8574A_ADDR_OLED_BUTTON..."));
else
Serial.println(F("Buttons found on PCF8574_ADDR_OLED_BUTTON..."));
#endif
if(AlreadyCVInitialized())
OutTextTitle();
ui8_DisplayPanelMode = 0;
ui8_ButtonMirror = 0;
ui16_EditValue = 0;
ui8_CursorX = 0;
ui8_modulPortType = 0;
ui8_ButtonMirror = 0;
ui8_modulAddress = 0;
ui8_modulSubAddress = 0;
ui16_modulPortAddress = 0;
ui8_modulPortNumber = 1;
ui16_StoerungMirror = 65535;
b_EditBinary = false;
b_Edit = false;
} // if(b_DisplayPanelDetected && !ui8_DisplayPanelPresent)
ui8_DisplayPanelPresent = (b_DisplayPanelDetected ? 1 : 0);
}
void DisplayFirstLine()
{
displayPanel.clear();
displayPanel.setCursor(0, 0); // set the cursor to column x, line y
displayPanel.printc(0, GetSwTitle());
}
void DisplayLine(uint8_t iLine, const __FlashStringHelper *fText)
{
displayPanel.clearLine(iLine);
displayPanel.setCursor(0, iLine); // set the cursor to column x, line y
displayPanel.print(fText);
}
void DisplayClearLowerLines()
{
displayPanel.clearLine(4);
displayPanel.clearLine(5);
displayPanel.clearLine(6);
displayPanel.clearLine(7);
}
void SetDisplayPanelModeStatus()
{ // mode: 1
DisplayClearLowerLines();
DisplayLine(3, F("Status?"));
ui8_DisplayPanelMode = 1;
}
void SetDisplayPanelModeIBN()
{ // mode: 2
DisplayClearLowerLines();
DisplayLine(3, F("Inbetriebnahme?"));
ui8_DisplayPanelMode = 2;
}
void SetDisplayPanelModeWatchIOTelegram()
{ // mode: 6
DisplayClearLowerLines();
DisplayLine(3, F("Beobachten?"));
ui8_DisplayPanelMode = 6;
}
void SetDisplayPanelModeControl()
{ // mode: 7
DisplayClearLowerLines();
DisplayLine(3, F("Steuern?"));
ui8_DisplayPanelMode = 7;
b_Edit = false;
}
void SetDisplayPanelLNMonitor()
{ // mode: 8
DisplayClearLowerLines();
DisplayLine(3, F("LN-Monitor?"));
ui8_DisplayPanelMode = 8;
b_Edit = false;
}
void SetDisplayPanelModeSVEdit()
{ // mode: 70
DisplayFirstLine();
DisplayClearLowerLines();
DisplayLine(3, F("SV-Editor?"));
ui8_DisplayPanelMode = 70;
b_Edit = false;
}
void SetDisplayPanelModeSVModulAddress()
{ // mode: 71
displayPanel.clearLine(2);
displayPanel.clearLine(3);
DisplayClearLowerLines();
DisplayLine(1, F("Modul-Adresse"));
ui8_DisplayPanelMode = 71;
b_Edit = true;
ui16_EditValue = ui8_modulAddress;
displayValue3(2, ui8_modulAddress);
}
void SetDisplayPanelModeSVRequestModules()
{ // mode: 72
DisplayClearLowerLines();
DisplayLine(3, F("Modul-Adressen?"));
ui8_DisplayPanelMode = 72;
b_Edit = false;
}
void SetDisplayPanelModeSVModulSubAddress()
{ // mode: 75
displayPanel.clearLine(3);
DisplayClearLowerLines();
// show modul-address:
displayPanel.setCursor(17, 1);
displayPanel.print(ui8_modulAddress, DEC);
DisplayLine(2, F("Modul-SubAdresse"));
ui8_DisplayPanelMode = 75;
ui16_EditValue = ui8_modulSubAddress;
displayValue3(3, ui8_modulSubAddress);
}
void LimitPortNumber(uint16_t& ui16Value)
{
#if defined DEBUG
Serial.print(F("current DisplayPanelMode: "));
Serial.println(ui8_DisplayPanelMode);
Serial.print(F("LimitPortNumber: "));
Serial.println(ui16Value);
#endif
if(!ui16Value)
ui16Value = 1;
else
if(ui16Value > MAXPORT)
ui16Value = MAXPORT;
}
void SetDisplayPanelModeSVModulPortnumber()
{ // mode: 76
DisplayClearLowerLines();
// show modul-subaddress:
displayPanel.setCursor(17, 2);
displayPanel.print(ui8_modulSubAddress, DEC);
DisplayLine(3, F("Port:"));
ui8_DisplayPanelMode = 76;
boolean b_State(GetPortValues(&ui16_modulPortAddress, &ui8_modulPortType));
ui16_EditValue = ui8_modulPortNumber;
LimitPortNumber(ui16_EditValue);
decout((uint8_t)(ui16_EditValue & 0xFF), 2);
displayPanel.setCursor(8, 3); // set the cursor to column x, line y
displayPanel.print(F("Adr:"));
if(b_State)
decout(ui16_modulPortAddress, 4);
else
displayPanel.print(F("???"));
b_Edit=false;
displayPortTypeAsText(4, b_State ? ui8_modulPortType : 255);
b_Edit=true;
}
void SetDisplayPanelModeSVModulPortAddress()
{ // mode: 77
displayPanel.clearLine(6);
displayPanel.clearLine(7);
DisplayLine(5, F("Neue Adresse"));
ui8_DisplayPanelMode = 77;
ui16_EditValue = ui16_modulPortAddress;
displayPanel.setCursor(0, 6); // set the cursor to column x, line y
if(b_Edit)
displayPanel.print('>');
decout(ui16_EditValue, 4);
}
void SetDisplayPanelModeSVModulPortType()
{ // mode: 78
// show new port-address:
displayPanel.setCursor(13, 5);
displayPanel.print(ui16_modulPortAddress, DEC);
DisplayLine(6, F("Neuer Typ"));
ui8_DisplayPanelMode = 78;
b_Edit = true;
ui16_EditValue = ui8_modulPortType;
displayPortTypeAsText(7, ui16_EditValue);
}
void SetDisplayPanelModeRequestSendToPort()
{ // mode: 79
// show new type:
displayPanel.setCursor(10, 6);
displayPanel.print(ui8_modulPortType, DEC);
b_Edit = false;
DisplayLine(7, F("-> speichern?"));
ui8_DisplayPanelMode = 79;
}
void SetDisplayPanelBlinkenText()
{
if( (!b_FMBlinkenError && Blinken1Hz())
|| (b_FMBlinkenError && !Blinken1Hz()) )
{
b_FMBlinkenError = Blinken1Hz();
if(ui8_DisplayPanelMode == 81)
{ // [used coming from mode: 80, 82, 92]
if(b_FMBlinkenError)
displayPanel.clearLine(7);
else
DisplayLine(7, F("Kommunikationsfehler!"));
} // if(ui8_DisplayPanelMode == 81)
if(ui8_DisplayPanelMode == 90)
{
if(b_FMBlinkenError)
displayPanel.clearLine(5);
else
DisplayLine(5, F("LocoIO-Init?"));
} // if(ui8_DisplayPanelMode == 90)
}
}
void SetDisplayPanelUebertragung()
{ // mode: 82
DisplayLine(7, F("wird gesendet..."));
ui8_DisplayPanelMode = 82;
}
void SetDisplayPanelRunning()
{ // mode: 83
displayPanel.print(14, 3, ' ');
DisplayLine(4, F("Abfrage laeuft"));
ui8_DisplayPanelMode = 83;
ul_Wait = millis();
ui16_EditValue = 0;
}
void SetDisplayPanelModeInitModule()
{ // mode: 90
DisplayClearLowerLines();
// show modul-subaddress:
displayPanel.setCursor(17, 2);
displayPanel.print(ui8_modulSubAddress, DEC);
DisplayLine(5, F("LocoIO-Init?"));
ui8_DisplayPanelMode = 90;
b_Edit = false;
}
void SetDisplayPanelModePICAlone()
{ // mode: 91
DisplayLine(5, F("LocoIO-Init:"));
DisplayLine(6, F("nur ein LocoIO"));
DisplayLine(7, F("angeschlossen?"));
ui8_DisplayPanelMode = 91;
}
void SetDisplayPanelInitialisierung()
{ // mode: 92
displayPanel.clearLine(7);
DisplayLine(6, F("wird initialisiert..."));
ui8_DisplayPanelMode = 92;
}
void SetDisplayPanelModePortAddress()
{ // mode: 110
displayPanel.print(7, 3, ' ');
DisplayClearLowerLines();
DisplayLine(4, F("Port-Adresse"));
ui8_DisplayPanelMode = 110;
b_Edit = true;
ui16_EditValue = ui16_SwitchAddress;
displayValue4(5, ui16_EditValue);
}
void SetDisplayPanelModeTelegramType()
{ // mode: 111
displayPanel.clearLine(5);
displayPanel.clearLine(6);
displayPanel.clearLine(7);
// show port-number:
displayPanel.setCursor(13,4);
decout(ui16_SwitchAddress, 4);
DisplayLine(5, F("Telegramm-Art"));
ui8_DisplayPanelMode = 111;
ui16_EditValue = ui8_TelegramKind;
displayPanel.setCursor(0, 6); // set the cursor to column x, line y
if(b_Edit)
displayPanel.print('>');
displayPanel.print('B');
displayPanel.print(ui16_EditValue, DEC);
}
void SetDisplayPanelModeTelegramState()
{ // mode: 112
// show port-number:
displayPanel.setCursor(14,5);
displayPanel.print('B');
displayPanel.print(ui8_TelegramKind, DEC);
DisplayLine(6, F("Ausgangsstatus"));
ui8_DisplayPanelMode = 112;
displayPanel.setCursor(0, 7); // set the cursor to column x, line y
if(b_Edit)
displayPanel.print('>');
displayPanel.print(b_SwitchState ? F("ein"): F("aus"));
}
void SetDisplayPanelModeCV()
{ // mode: 200
DisplayClearLowerLines();
displayPanel.print(14, 3, ' ');
DisplayLine(4, F("CV?"));
ui8_DisplayPanelMode = 200;
}
void SetDisplayPanelModeScan()
{ // mode: 210
DisplayClearLowerLines();
displayPanel.print(14, 3, ' ');
DisplayLine(4, F("I2C-Scan?"));
ui8_DisplayPanelMode = 210;
}
void SetDisplayPanelModeKeypadTest()
{ // mode: 215
displayPanel.print(14, 3, ' ');
DisplayLine(4, F("Tastatur-Test"));
ui8_DisplayPanelMode = 215;
}
#if defined ETHERNET_BOARD
void SetDisplayPanelModeIpAdr()
{ // mode: 220
DisplayLine(4, F("IP-Adresse"));
DisplayLine(5, Ethernet.localIP());
ui8_DisplayPanelMode = 220;
}
void SetDisplayPanelModeMacAdr()
{ // mode: 221
DisplayLine(4, F("MAC-Adresse"));
displayPanel.setCursor(0, 5); // set the cursor to column x, line y
uint8_t *mac(GetMACAddress());
for(uint8_t i = 0; i < 6; i++)
{
hexout((uint8_t)mac[i], 2);
if((i == 1) || (i == 3))
displayPanel.print('.');
}
ui8_DisplayPanelMode = 221;
}
#endif
void InitScan()
{
displayPanel.print(8, 4, ' '); // clear '?'
ui16_EditValue = -1;
NextScan();
}
void NextScan()
{
++ui16_EditValue;
displayPanel.setCursor(0, 5); // set the cursor to column x, line y
if(ui16_EditValue > 127)
{
OutTextFertig();
return;
}
uint8_t error(0);
do
{
Wire.beginTransmission((uint8_t)(ui16_EditValue & 0xFF));
error = Wire.endTransmission();
if ((error == 0) || (error==4))
{
displayPanel.print(F("0x"));
hexout((uint8_t)(ui16_EditValue & 0xFF), 2);
displayPanel.print((error == 4) ? '?' : ' ');
break;
}
++ui16_EditValue;
if(ui16_EditValue > 127)
{ // done:
OutTextFertig();
break;
}
} while (true);
}
void OutModulData(uint8_t ui8_ModulAddress, uint8_t ui8_ModulSubAddress, uint8_t ui8_ModulVersion)
{
decout(ui8_ModulAddress, 3);
displayPanel.print('/');
decout(ui8_ModulSubAddress, 3);
displayPanel.print(F(" V"));
decout(ui8_ModulVersion, 3);
}
void NextModul()
{
displayPanel.clear();
++ui16_EditValue;
uint8_t ui8_ModulAddress, ui8_ModulSubAddress, ui8_ModulVersion;
for(uint8_t iLine = 0; iLine < 8; iLine++)
{
displayPanel.setCursor(0, iLine);
if(GetModulAddress(ui16_EditValue + iLine, &ui8_ModulAddress, &ui8_ModulSubAddress, &ui8_ModulVersion))
OutModulData(ui8_ModulAddress, ui8_ModulSubAddress, ui8_ModulVersion);
else
{
OutTextFertig();
break;
}
}
}
void PreviousModul()
{
displayPanel.clear();
if(ui16_EditValue > 0)
--ui16_EditValue;
uint8_t ui8_ModulAddress, ui8_ModulSubAddress, ui8_ModulVersion;
for(uint8_t iLine = 0; iLine < 8; iLine++)
{
displayPanel.setCursor(0, iLine);
if(GetModulAddress(ui16_EditValue + iLine, &ui8_ModulAddress, &ui8_ModulSubAddress, &ui8_ModulVersion))
OutModulData(ui8_ModulAddress, ui8_ModulSubAddress, ui8_ModulVersion);
else
{
OutTextFertig();
break;
}
}
}
void OutTextFertig() { displayPanel.print(F("fertig")); }
void OutTextStoerung() { displayPanel.print(F("Stoerung")); }
void OutTextTitle()
{
displayPanel.clear();
displayPanel.printOuterFrame();
displayPanel.printc(2, GetSwTitle());
displayPanel.printc(4, F("Version "));
displayPanel.print(GetCV(VERSION_NUMBER), DEC);
#if defined DEBUG
displayPanel.printc(5, F("Debug"));
#endif
#if defined TELEGRAM_FROM_SERIAL
displayPanel.printc(6, F("Simulation"));
#endif
}
void displayValue3(uint8_t y, uint8_t iValue)
{
displayPanel.setCursor(0, y); // set the cursor to column x, line y
if(b_Edit)
displayPanel.print('>');
decout((uint8_t)iValue, 3);
}
void displayValue4(uint8_t y, uint16_t iValue)
{
displayPanel.setCursor(0, y); // set the cursor to column x, line y
if(b_Edit)
displayPanel.print('>');
decout(iValue, 4);
}
void DisplayCV(uint8_t iValue)
{
displayPanel.noCursor();
displayPanel.print(2, 4, ' '); // clear '?'
displayPanel.setCursor(3, 4);
uint8_t i(ui8_DisplayPanelMode - 19);
if(i < 10)
displayPanel.print(' ');
displayPanel.print(i, DEC);
--i;
// show shortname:
displayPanel.clearToEOL(6, 4);
displayPanel.setCursor(6, 4);
displayPanel.print(GetCVName(i));
displayPanel.clearLine(5);
displayPanel.setCursor(0, 5);
if(b_Edit)
displayPanel.print('>');
if(IsCVBinary(i))
binout(iValue);
else
displayPanel.print(iValue, DEC);
if(!b_Edit && !CanEditCV(i))
{
displayPanel.setCursor(14, 5);
displayPanel.print(F("ro"));
}
if(b_EditBinary)
displayPanel.cursor(ui8_CursorX, 5);
}
void displayPortTypeAsText(uint8_t y, uint8_t iPortType)
{
displayPanel.setCursor(0, y); // set the cursor to column x, line y
if(b_Edit)
displayPanel.print('>');
if(iPortType < getMaxPortType())
{
decout((uint8_t)iPortType, 2);
displayPanel.print(' ');
displayPanel.print(getPortTypeAsText(iPortType));
}
else
displayPanel.print(F("???"));
}
void OutTelegramData(uint16_t ui16_EditValue, uint16_t ui16_LocoIOAddress, uint8_t ui8_State)
{
decout(ui16_EditValue & 0xFF, 3);
displayPanel.print(F(" B"));
displayPanel.print(char((ui8_State & 0x07) + '0'));
displayPanel.print(' ');
decout(ui16_LocoIOAddress, 4);
if((ui8_State & 0x10) == 0x10)
displayPanel.print(F(" on "));
else
displayPanel.print(F(" off"));
}
void DisplayTelegrams()
{
displayPanel.clear();
displayPanel.setCursor(0, 0);
uint16_t ui16_LocoIOAddress(0);
uint8_t ui8_State(0);
for(uint8_t iLine = 0; iLine < 8; iLine++)
{
displayPanel.setCursor(0, iLine);
//----------
if(ui8_DisplayPanelMode == 100)
{ // IO-Telegramm-Anzeige
if(GetTelegram(ui16_EditValue + iLine, &ui16_LocoIOAddress, &ui8_State))
OutTelegramData(ui16_EditValue + iLine + 1, ui16_LocoIOAddress, ui8_State);
else
if((ui16_EditValue + iLine) < GetModulMaxData())
decout((ui16_EditValue + iLine + 1) & 0xFF, 3);
} // if(ui8_DisplayPanelMode == 100)
//----------
if(ui8_DisplayPanelMode == 101)
{ // LN-Monitor-Anzeige
String s(getDisplayString(iLine));
if(!iLine && !s.length()) // initialer Aufruf
displayPanel.print(F("LN-Monitor"));
else
displayPanel.print(getDisplayString(iLine));
} // if(ui8_DisplayPanelMode == 101)
//----------
}
}
void HandleDisplayPanel()
{
CheckAndInitDisplayPanel();
if(ui8_DisplayPanelPresent != 1)
{
SetWaitForTelegram(0);
return;
}
displayPanel.refresh();
uint8_t ui8_buttons(displayPanel.readButtons()); // reads all eight buttons
#if defined ENABLE_KEYPAD
// --- keypad-support ---
uint16_t iMax(UINT8_MAX);
if(ui8_DisplayPanelMode == 71)
iMax = MAXMODUL;
if(ui8_DisplayPanelMode == 75)
iMax = MAXSUBMODUL;
if(ui8_DisplayPanelMode == 76)
iMax = MAXPORT;
if(ui8_DisplayPanelMode == 77)
iMax = MAXPORTADR;
if(ui8_DisplayPanelMode == 110)
iMax = MAXPORTADR;
if(ui8_DisplayPanelMode == 111)
iMax = 2;
if(ui8_DisplayPanelMode == 112)
iMax = 1;
if(ui8_DisplayPanelMode != 215) // Tastatur-Test
getEditValueFromKeypad(b_Edit && !b_EditBinary && (ui8_DisplayPanelMode != 78), iMax, &ui16_EditValue, &ui8_buttons); // overides BUTTON_SELECT
// --- end of keypad-support ---
#endif
if(!ui8_buttons && (ui8_ButtonMirror != ui8_buttons))
{
ui8_ButtonMirror = 0;
return;
}
if(ui8_buttons && (ui8_ButtonMirror != ui8_buttons))
{
ui8_ButtonMirror = ui8_buttons;
if(ui8_DisplayPanelMode == 0)
{
if (ui8_buttons & BUTTON_DOWN)
{ // switch to SV-Editor
SetDisplayPanelModeSVEdit(); // mode = 70
}
return;
} // if(ui8_DisplayPanelMode == 0)
//------------------------------------
if(ui8_DisplayPanelMode == 1)
{
// actual ui8_DisplayPanelMode = "Status?"
if (ui8_buttons & BUTTON_UP)
{ // switch to LN-Monitor
SetDisplayPanelLNMonitor(); //mode = 8
}
else if (ui8_buttons & BUTTON_DOWN)
{ // switch to IBN
SetDisplayPanelModeIBN(); // mode = 2
}
else if (ui8_buttons & BUTTON_RIGHT)
{ // show disturbance
displayPanel.print(6, 3, ' ');
displayPanel.setCursor(0, 4); // set the cursor to column x, line y
OutTextStoerung();
ui8_DisplayPanelMode = 5;
}
return;
} // if(ui8_DisplayPanelMode == 1)
//------------------------------------
if(ui8_DisplayPanelMode == 2)
{
// actual ui8_DisplayPanelMode = "IBN?"
if (ui8_buttons & BUTTON_UP)
{ // switch to Status
SetDisplayPanelModeStatus(); // mode = 1
}
else if (ui8_buttons & BUTTON_RIGHT)
{ // switch to ask CV / I²C-Scan
SetDisplayPanelModeCV(); // mode = 200
}
return;
} // if(ui8_DisplayPanelMode == 2)
//------------------------------------
if(ui8_DisplayPanelMode == 5)
{
// actual ui8_DisplayPanelMode = "Stoerung"
if (ui8_buttons & BUTTON_LEFT)
{ // switch to IBN
SetDisplayPanelModeStatus(); // mode = 1
} // if (ui8_buttons & BUTTON_RIGHT)
return;
} // if(ui8_DisplayPanelMode == 5)
//------------------------------------
if(ui8_DisplayPanelMode == 6)
{
// actual ui8_DisplayPanelMode = "Beobachten?"
if (ui8_buttons & BUTTON_DOWN)
{ // switch to Control
SetDisplayPanelModeControl(); // mode = 7
}
else if (ui8_buttons & BUTTON_UP)
{ // switch to request addresses
SetDisplayPanelModeSVRequestModules(); // mode = 72
}
else if (ui8_buttons & BUTTON_RIGHT)
{ // switch to collect IO-Telegrams
displayPanel.clear();
ui8_DisplayPanelMode = 100;
ui16_EditValue = 0;
MonitorLocoIOStateTelegrams();
DisplayTelegrams();
}
return;
} // if(ui8_DisplayPanelMode == 6)
//------------------------------------
if(ui8_DisplayPanelMode == 7)
{
// actual ui8_DisplayPanelMode = "Steuern?"
if (ui8_buttons & BUTTON_DOWN)
{ // switch to LN-Monitor
SetDisplayPanelLNMonitor(); //mode = 8
}
else if (ui8_buttons & BUTTON_UP)
{ // switch to Beobachten?
SetDisplayPanelModeWatchIOTelegram(); // mode = 6
}
else if (ui8_buttons & BUTTON_RIGHT)
{ // switch to send IO-Telegrams
SetDisplayPanelModePortAddress(); // mode = 110
}
return;
} // if(ui8_DisplayPanelMode == 7)
//------------------------------------
if(ui8_DisplayPanelMode == 8)
{
// actual ui8_DisplayPanelMode = "LN-Monitor?"
if (ui8_buttons & BUTTON_DOWN)
{ // switch to IBN
SetDisplayPanelModeStatus(); // mode = 1
}
else if (ui8_buttons & BUTTON_UP)
{ // switch to Control
SetDisplayPanelModeControl(); // mode = 7
}
else if (ui8_buttons & BUTTON_RIGHT)
{ // switch to monitor LN-Messages
ui8_DisplayPanelMode = 101;
ui16_EditValue = 0;
b_LNMonitorActive = true;
clearDisplayStrings();
DisplayTelegrams();
}
return;
} // if(ui8_DisplayPanelMode == 8)
//------------------------------------
if((ui8_DisplayPanelMode >= 20) && (ui8_DisplayPanelMode <= MAX_MODE))
{
// actual ui8_DisplayPanelMode = view CV
#if defined ENABLE_KEYPAD
if (ui8_buttons & BUTTON_KEYPAD)
{
DisplayCV((uint8_t)(ui16_EditValue & 0xFF));
return;
}
#endif
if (ui8_buttons & BUTTON_SELECT)
{ // save value for current CV
if(b_Edit)
{
// save current value
boolean b_OK = CheckAndWriteCVtoEEPROM(ui8_DisplayPanelMode - 20, (uint8_t)(ui16_EditValue & 0xFF));
DisplayCV(GetCV(ui8_DisplayPanelMode - 20));
displayPanel.setCursor(10, 5); // set the cursor to column x, line y
displayPanel.print(b_OK ? F("stored") : F("failed"));
displayPanel.setCursor(ui8_CursorX, 1);
}
}
else if (ui8_buttons & BUTTON_LEFT)
{ // switch to display current CV's
if(b_Edit)
{
// leave edit-mode (without save)
b_Edit = b_EditBinary = false;
DisplayCV(GetCV(ui8_DisplayPanelMode - 20));
return;
}
SetDisplayPanelModeCV();
}
else if (ui8_buttons & BUTTON_RIGHT)
{ // switch to edit current CV's
if(!b_Edit && CanEditCV(ui8_DisplayPanelMode - 20))
{
// enter edit-mode
ui16_EditValue = GetCV(ui8_DisplayPanelMode - 20);
b_Edit = true;
b_EditBinary = IsCVBinary(ui8_DisplayPanelMode - 20);
ui8_CursorX = 1;
DisplayCV((uint8_t)(ui16_EditValue & 0xFF));
}
else if(b_EditBinary)
{ // move cursor only in one direction
++ui8_CursorX;
if(ui8_CursorX == 9)
ui8_CursorX = 1; // rollover
displayPanel.cursor(ui8_CursorX, 5);
}
}
else if (ui8_buttons & BUTTON_UP)
{ // switch to previous CV
if(b_Edit)
{ // Wert verkleinern:
if(b_EditBinary)
ui16_EditValue &= ~(1 << (8 - ui8_CursorX));
else
--ui16_EditValue;
if((uint8_t)(ui16_EditValue & 0xFF) == 255) // 0 -> 255
ui16_EditValue = GetCVMaxValue(ui8_DisplayPanelMode - 20); // Unterlauf
DisplayCV((uint8_t)(ui16_EditValue & 0xFF));
return;
} // if(b_Edit)
--ui8_DisplayPanelMode;
if(ui8_DisplayPanelMode < 20)
ui8_DisplayPanelMode = 20;
DisplayCV(GetCV(ui8_DisplayPanelMode - 20));
}
else if (ui8_buttons & BUTTON_DOWN)
{ // switch to next CV
if(b_Edit)