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/*
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****************************************************************************************************
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* (C) Alle Rechte bei CEAG Notlichtsysteme GmbH, auch fuer den Fall von Schutzrechtsanmeldungen. *
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* Jede Verfuegungsbefugnis, wie Kopier- und Weitergaberecht, bei uns. *
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****************************************************************************************************
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Module: DALI.c
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Functions: DALI command and instruction set
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Author: Schmitz C
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Substitute:
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Content:
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Notes: please don?t use spaces. Use tabs...
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AENDERUNGEN
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Datum Revision Titel Autor
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----------------------------------------------------------------------------------------------------
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19.09.2005 Basisversion erstellt Schmitz
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*/
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#ifndef GLOBAL_H
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#define GLOBAL_H
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// USARTD1 Receiver buffer
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#define EEPROM_VERSION 100 //EEPROM_VERSION nur ?nderen wenn EEP-Variablen sich ge?ndert haben //Modifier uniquement si les variables PEE ont chang?
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#define VERSION_NR "Z1005.o27" //Version 00
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//
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#define VERSION_DAY 11
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#define VERSION_Month 4
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#define VERSION_YEAR 14
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//#define _ATXMEGA_USART_ USARTE0
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#define DEBUG 1
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//EEPROM ADRESSEN
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#define EEP_UI16_LAST_ADR 0x0010u //4x16Bit (->0x0017)
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#define EEP_UI8_MAX_LINE 0x0018u //8Bit
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#define EEP_UI8_MAX_ZONES 0x0019u //8Bit
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#define EEP_UI16_MAX_LUMS_LINE 0x001Au //4x16Bit (->0x0021)
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#define EEP_UI8_MAX_TESTGROUPS 0x0022u //8Bit
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#define EEP_UI8_CPTBLY_DELAYS_ADR 0x0023u //1Byte
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#define EEP_UI8_CPTBLY_DELAYS_POLLING 0x0024u //1Byte
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#define EEP_UI8_CPTBLY_BYTE 0x0025u //1Byte
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#define EEP_UI8_SW_VERSION 0x0026u //3Byte
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// 6Byte free to use (->0x002F)
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#define EEP_UI8_ADR 0x0030u //4*50Byte (->0x00F7)
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// 8Byte free to use (->0x00FF)
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#define EEP_UI8_GROUP_MEMBER 0x0100u //2x200Byte (->0x028F) each group locate in one nibble
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#define EEP_UI8_EEPROM_VERSION 0x03FFu
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#define EEP_UI8_LANGUAGE 0x0301u
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#define EEP_UI8_OUTPUT 0x0302u
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#define EEP_UI8_TIME 0x0303u
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#define EEP_UI8_TEMPERATURE 0x0304u
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#define EEP_UI16_CLOCK 0x0305u
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#define EEP_UI16_NANOSECONDS 0x0307u
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#define EEP_UI16_MICROSECONDS 0x0309u
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#define EEP_UI16_MILLISECONDS 0x030Bu
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#define EEP_UI8_SECONDS 0x030Du
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#define EEP_UI8_MINUTES 0x030Eu
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#define EEP_UI8_HOURS 0x030Fu
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#define EEP_UI8_TIMESET 0x0310u
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#define BUFFER_SIZE_USARTD1 28
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#define BUFFER_SIZE_USARTE0 128
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//#define _ALTERNATE_GETCHAR_
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#define PENDING 0x80
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#define CGL_DATA_SIZE 8
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#define MAX_FIFO 10
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#define FIFO_CARRY 0x01
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#define FIFO_READY 0x10
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#define FIFO_GROUP 0x20
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#define FIFO_POLL_READY 0x40
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#define EB_CGLINE_ALT 0x01
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#define EB_CGLINE 0x11
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#define EB_VL8 0x21
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#define EB_LED_CGLINE 0x31
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#define EB_CGLINE_OL3 0x41
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#define EB_LED_CGLINE_E 0x51
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#define GUIDELED_CGLINE 0x61
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#define MASTERCGLINE_PLUS 0x08 //this bit indicate that the luminary belong to CGLine+ protocol
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#define POLL_INACTIVE 0x80
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#define POLL_IN_PROGRESS 0x01
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#define POLL_STOP_REQUEST 0x02
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#define POLL_STOP 0x04
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#define POLL_START 0x08
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//Switch-Settings
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#define SWITCH_SETTING_CGLINE 0x00
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#define SWITCH_SETTING_DALI 0x01
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#define SWITCH_SETTING_CCB 0x03
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//*********INIT.XML SETTINGS***********
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//Temperature, Timestamp
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#define SETTING_OFF 0x00
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#define SETTING_ON 0x01
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#define SETTING_UARTONLY 0x02
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#define SETTING_SDCARDONLY 0x03
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//Output
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#define SETTING_UART 0x00
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#define SETTING_SD 0x01
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#define SETTING_UART_SD 0x02
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//Language
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#define SETTING_ENGLISH 0x00
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#define SETTING_GERMAN 0x01
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#define SETTING_FRANCE 0x02
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//*************************************
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//AD-Converter MUXCTRL
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#define AD_5V (0x00<<3) /* Input pin 0 */
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#define AD_REG (0x01<<3) /* Input pin 1 */
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#define AD_BATT (0x02<<3) /* Input pin 2 */
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#define Ext_Pin1 (0x04<<3) /* Input pin 4 */
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#define Ext_Pin2 (0x05<<3) /* Input pin 5 */
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#define NTC (0x06<<3) /* Input pin 6 */
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#define DALI_OK_1 (0x07<<3) /* Input pin 7 */
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#define DALI_OK_2 (0x08<<3) /* Input pin 8 */
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#define VCC 0xFF
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//SLEEP
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#define ADC_SLEEP 0x01
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#define USART_TX_SLEEP 0x02
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#define USART_RX_SLEEP 0x04
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#define CLOCK_SLEEP 0x08
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typedef struct S_CGL_Status
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{
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uint8 Mode;
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uint8 Failure;
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uint8 State;
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} CGL_Status_t;
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typedef struct S_CGL_Data
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{
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uint8 Zone;
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uint8 TestGroup;
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uint8 Reserve;
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uint16 Adr;
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uint16 Inst;
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uint8 Data[CGL_DATA_SIZE]; // 8 Byte
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} CGL_Data_t; // 15 byte
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typedef struct S_FIFO
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{
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uint8 FF_Pnt_In;
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uint8 FF_Pnt_Out;
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uint8 FF_Reg;
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CGL_Data_t FiFo[MAX_FIFO];
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} FIFO_t;
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typedef struct S_SL_VALUE
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{
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uint8 ui8_SL_Cnt;
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uint8 ui8_SL_Pnt;
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uint8 ui8_SL_ID_H;
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uint8 ui8_SL_ID_M;
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uint8 ui8_SL_ID_L;
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uint8 ui8_SL_Loops;
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uint8 ui8_Repeat;
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uint16 ui16_SL_NewAdress;
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uint32 ui32_SL_Surge_ID;
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uint32 ui32_SL_ID_Temp;
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union S_SL_SURGE_ID
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{
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struct SID
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{
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uint8 ui8_Reserve;
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uint8 ui8_H;
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uint8 ui8_M;
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uint8 ui8_L;
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} s_SID;
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uint32 ui32_SID;
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};
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} SL_Value_t;
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typedef struct
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{
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uint16 ui16_Time_nsec;
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uint16 ui16_Time_usec;
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uint16 ui16_Time_msec;
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uint16 ui8_Time_sec;
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uint8 ui8_Time_min;
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uint8 ui8_Time_hrs;
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} TimestampStruct;
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typedef struct
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{
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uint8 ui8_Address;
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uint8 ui8_Ext_Address;
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uint8 ui8_Command;
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uint8 ui8_Answer;
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uint8 ui8_Line_1or2;
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TimestampStruct s_Timestamp;
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bool b_Answer_Available;
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bool b_Any_Answer;
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} DaliMessageStruct;
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extern uint8 eep_language;
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extern uint8 eep_output;
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extern uint8 eep_temperature;
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extern uint8 eep_time;
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extern uint16 eep_clock;
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extern sint16 si16_Bat_Empty;
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extern uint8 ui8_switch_state;
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extern uint8 ui8_rot_state;
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extern bool b_sdcard_on;
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extern bool b_uart_on;
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extern bool b_sdcard_active;
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extern bool b_sdcard_ready;
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extern uint8 ui8_LED_lock;
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extern uint8 ui8_USB_SD_switch;
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extern uint8 ui8_allow_sleep;
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extern bool b_DALI_OK[2];
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extern TimestampStruct s_Time;
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extern uint8 ui8_DALI_OUT_Adr[2]; // The DALI address
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extern uint8 ui8_DALI_OUT_Command[2]; // The DALI command
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extern uint8 ui8_DALI_OUT_Tail_Bits[2]; // The additional address bits (> Adr 63)
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extern uint8 DALI_OUT_answer[2]; // The DALI answer of outgoing DALI line
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extern uint8 ui8_OUT_rec_bit[2]; // Number of received bits
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extern uint8 ui8_Input_Content; // Reflect the value of the 3 Inputs (S1/S2, IO1, IO2)
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extern uint16 ui16_Input_Cnt[4]; // Counter to debounce the input
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extern uint16 ui16_Input_Select; //Counter to Select Input (DIP/ROTATION)
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extern uint16 ui16_RX_TX_State; // give the info that rec is active or send_active
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extern uint8 ui8_Byte_Position[2];
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extern uint8 ui8_Parity_Counter[2];
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extern uint8 rx_buffer_usarte0[BUFFER_SIZE_USARTE0]; // USARTE0 Receiver buffer
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extern uint8 tx_buffer_usarte0[BUFFER_SIZE_USARTE0]; // USARTE0 Transmitter buffer
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extern uint8 rx_wr_index_usarte0;
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extern uint8 rx_rd_index_usarte0;
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extern uint8 rx_counter_usarte0;
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extern uint8 tx_wr_index_usarte0;
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extern uint8 tx_rd_index_usarte0;
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extern uint8 tx_counter_usarte0;
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extern bit rx_buffer_overflow_usarte0;
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extern uint8 adc_mode;
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extern uint8 ui8_adc_counter;
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extern uint8 ui8_TrueOrFalse[2];
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extern uint16 max_Lums;
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extern sint16 si16_NTC_TABLE[116][2];
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#endif //GLOBAL_H
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