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#ifndef PRINT_H
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#define PRINT_H
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#ifndef _AVR_C
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#define _AVR_C
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#endif
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#include "include.h"
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#include "stdbool.h"
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typedef enum
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{
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SEARCH_MASK_HIGH,
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SEARCH_MASK_MIDDLE,
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SEARCH_MASK_LOW
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} SearchMaskTypeEnum;
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typedef enum
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{
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UNIT_RAW,
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UNIT_LAMP_LEVEL,
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UNIT_HALF_MINUTES,
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UNIT_15_MINUTES,
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UNIT_MINUTE,
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UNIT_HOUR,
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UNIT_DAY,
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UNIT_WEEK,
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UNIT_VOLT,
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UNIT_AMPERE,
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UNIT_PERCENT,
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UNIT_DEGREE_CELSIUS,
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UNIT_RPM,
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} UnitTypeEnum;
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//Bit Defines
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//Spezial Funktion Register (ui8_Spezial_Funktion_Reg)//Fonction sp?ciale onglet
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#define INIT_ON 0x01 //Initialisiungs Bit f?r die Adressierungskommandos//Bit d?initialisation pour les commandes d?adressage
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#define INIT_ON_TMP 0x02 //Zwischenspeicher f?r zweimaligen Aufruf//Cache pour deux appels
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#define WITHDRAW 0x04 //Zur?ckziehen durchgef?hrt!//Retrait effectu?!
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#define RANDOMIZE 0x08 //Random muss 3mal gesendet werden//Le random doit ?tre envoy? 3 fois
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#define ADR2LEDSTART 0x10 //Startet die Ausgabe der Adresse auf die LED's//D?marre la sortie de l?adresse sur les LED
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#define CARRY 0x20 //?bertrag der FiFo//Report de la FIFO
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#define BATT_CONNECTED 0x80 //Batterie nicht angeschlossen///Batterie non branch?e
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//Emergency Mode (ui8_EmergencyMode)
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#define REST_MODE 0x01 //rest mode; ?0? = No
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#define STANDBY_MODE 0x02 //emergency standby mode (std operation) ?0? = No
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#define OPERATION_MODE 0x04 //emergency operation mode; ?0? = No
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#define EMC_AFTER_PWRON 0x08 //extended emergency after mains power return?0? = No
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#define FT 0x10 //function test in progress; ?0? = No
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#define BT 0x20 //duration test in progress; ?0? = No
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#define HW_INHIBIT 0x40 //hardwired inhibit active ?0? = Not active / not present
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#define HW_PWR_ON 0x80 //hardwired switched mains power on. ?0? = Off
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//Emergency Failure Status (ui8_FailureStatus)
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#define CIRCUIT_FAIL 0x01 //circuit failure; ?0? = No
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#define BATT_FAIL 0x02 //battery duration failure; ?0? = No
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#define BATT_CHARGEFAIL 0x04 //battery charge failure; ?0? = No
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#define LAMP_FAIL 0x08 //emergency lamp failure; ?0? = No
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#define FT_DELAY_FAIL 0x10 //function test max. delay exceeded failure; ?0? = No
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#define BT_DELAY_FAIL 0x20 //duration test max. delay exceeded failure; ?0? = No
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#define FT_FAIL 0x40 //function test failed; ?0? = No
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#define BT_FAIL 0x80 //duration test failed; ?0? = No
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// Emergency Status (ui8_EmergencyStatus)
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#define INHIBIT_MODE 0x01 //inhibit mode; ?0? = No
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#define FT_DONE 0x02 //function test done; ?0? = No
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#define BT_DONE 0x04 //duration test done and result valid; ?0? = No
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#define CHARGING_OK 0x08 //battery charging ready; ?0? = In progress
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#define FT_REQUEST 0x10 //function test request pending; ?0? = No
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#define BT_REQUEST 0x20 //duration test request pending; ?0? = No
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#define CC_FLAG_SET 0x40 //communication control flag set; ?0? = Reset
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#define SELECTED 0x80 //selected (pointed); ?0? = No
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extern uint8 ui8_switch_state;
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extern TimestampStruct s_Time;
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extern void PrintValueWithUnit(UnitTypeEnum e_value_type, uint16 ui16_value);
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extern bool b_AnswerIsAvailable(DaliMessageStruct* p_s_message);
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extern uint16 ui16_ExtractShortAddress(uint8 ui8_address, uint8 ui8_ext_address);
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extern void PrintDaliMessage(DaliMessageStruct* p_s_message);
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extern void PrintTimestamp(TimestampStruct p_s_Time);
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extern void PrintTemperatureInCelsius(void);
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extern void Print_Config(void);
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#endif
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