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RF_Protocols.h
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RF_Protocols.h
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/*
* RF_Protocols.h
*
* Created on: 28.11.2017
* Author:
*/
#ifndef INC_RF_PROTOCOLS_H_
#define INC_RF_PROTOCOLS_H_
//-----------------------------------------------------------------------------
// Includes
//-----------------------------------------------------------------------------
#include <stdint.h>
#include "RF_Config.h"
/*
* bucket sniffing constants
*/
#define MIN_FOOTER_LENGTH 300
#define MIN_BUCKET_LENGTH 100
#define PT226x_SYNC_MIN 4500
/*
* sync constants
*/
#define TOLERANCE_MAX 500
#define TOLERANCE_MIN 100
/*
* number of repeating by default
*/
#define RF_TRANSMIT_REPEATS 8
typedef struct PROTOCOL_STATUS
{
uint16_t status;
uint8_t bit_count;
uint8_t actual_bit_of_byte;
} PROTOCOL_STATUS;
typedef struct PROTOCOL_DATA_UINT8_T
{
// pointer to array of uint8_t elements
SI_VARIABLE_SEGMENT_POINTER(dat, uint8_t, SI_SEG_CODE);
// size of the array
uint8_t size;
} PROTOCOL_DATA_UINT8_T;
typedef struct PROTOCOL_DATA_UINT16_T
{
// pointer to array of uint16_t elements
SI_VARIABLE_SEGMENT_POINTER(dat, uint16_t, SI_SEG_CODE);
// size of the array
uint8_t size;
} PROTOCOL_DATA_UINT16_T;
typedef struct BUCKET_PROTOCOL_DATA
{
// array and array size of buckets
PROTOCOL_DATA_UINT16_T buckets;
// array and array size of start buckets
PROTOCOL_DATA_UINT8_T start;
// array and array size of bit 0 buckets
PROTOCOL_DATA_UINT8_T bit0;
// array and array size of bit 1 buckets
PROTOCOL_DATA_UINT8_T bit1;
// array and array size of end buckets
PROTOCOL_DATA_UINT8_T end;
// bit count for this protocol
uint8_t bit_count;
} BUCKET_PROTOCOL_DATA;
/*
* PT2260, EV1527,... original RF bridge protocol
* http://www.princeton.com.tw/Portals/0/Product/PT2260_4.pdf
*/
#if EFM8BB1_SUPPORT_PT226X_PROTOCOL == 1
#define PT226X
SI_SEGMENT_VARIABLE(PROTOCOL_BUCKETS(PT226X)[], static uint16_t, SI_SEG_CODE) = { 350, 1050, 10850 };
SI_SEGMENT_VARIABLE(PROTOCOL_START(PT226X)[], static uint8_t, SI_SEG_CODE) = { HIGH(0), LOW(2) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT0(PT226X)[], static uint8_t, SI_SEG_CODE) = { HIGH(0), LOW(1) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT1(PT226X)[], static uint8_t, SI_SEG_CODE) = { HIGH(1), LOW(0) };
#endif
/*
* Rohrmotor24
* https://github.com/bjwelker/Raspi-Rollo/tree/master/Arduino/Rollo_Code_Receiver
*/
#if EFM8BB1_SUPPORT_Rohrmotor24_PROTOCOL == 1
#define Rohrmotor24
SI_SEGMENT_VARIABLE(PROTOCOL_BUCKETS(Rohrmotor24)[], static uint16_t, SI_SEG_CODE) = { 370, 740, 4800, 1500, 8400};
SI_SEGMENT_VARIABLE(PROTOCOL_START(Rohrmotor24)[], static uint8_t, SI_SEG_CODE) = { HIGH(2), LOW(3) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT0(Rohrmotor24)[], static uint8_t, SI_SEG_CODE) = { HIGH(0), LOW(1) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT1(Rohrmotor24)[], static uint8_t, SI_SEG_CODE) = { HIGH(1), LOW(0) };
SI_SEGMENT_VARIABLE(PROTOCOL_END(Rohrmotor24)[], static uint8_t, SI_SEG_CODE) = { LOW(4) };
#endif
/*
* UNDERWATER PAR56 LED LAMP, 502266
* http://www.seamaid-lighting.com/de/produit/lampe-par56/
*/
#if EFM8BB1_SUPPORT_PAR56_PROTOCOL == 1
#define PAR56
SI_SEGMENT_VARIABLE(PROTOCOL_BUCKETS(PAR56)[], static uint16_t, SI_SEG_CODE) = { 380, 1100, 3000, 9000};
SI_SEGMENT_VARIABLE(PROTOCOL_START(PAR56)[], static uint8_t, SI_SEG_CODE) = { HIGH(2), LOW(3) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT0(PAR56)[], static uint8_t, SI_SEG_CODE) = { HIGH(0), LOW(1) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT1(PAR56)[], static uint8_t, SI_SEG_CODE) = { HIGH(1), LOW(0) };
#endif
/*
* Alecto WS-1200 Series Wireless Weather Station
*/
#if EFM8BB1_SUPPORT_WS_1200_PROTOCOL == 1
#define WS_1200
SI_SEGMENT_VARIABLE(PROTOCOL_BUCKETS(WS_1200)[], static uint16_t, SI_SEG_CODE) = { 500, 1000, 1500, 29500 };
SI_SEGMENT_VARIABLE(PROTOCOL_START(WS_1200)[], static uint8_t, SI_SEG_CODE) = { LOW(3) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT0(WS_1200)[], static uint8_t, SI_SEG_CODE) = { HIGH(2), LOW(1) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT1(WS_1200)[], static uint8_t, SI_SEG_CODE) = { HIGH(0), LOW(1) };
#endif
/*
* ALDI Remote controlled wall sockets, 4x
*/
#if EFM8BB1_SUPPORT_ALDI_4x_PROTOCOL == 1
#define ALDI_4x
SI_SEGMENT_VARIABLE(PROTOCOL_BUCKETS(ALDI_4x)[], static uint16_t, SI_SEG_CODE) = { 400, 1200, 3000, 7250};
SI_SEGMENT_VARIABLE(PROTOCOL_START(ALDI_4x)[], static uint8_t, SI_SEG_CODE) = { HIGH(2), LOW(3) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT0(ALDI_4x)[], static uint8_t, SI_SEG_CODE) = { HIGH(0), LOW(1) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT1(ALDI_4x)[], static uint8_t, SI_SEG_CODE) = { HIGH(1), LOW(0) };
#endif
/*
* HT6P20X chips
* http://www.holtek.com.tw/documents/10179/11842/6p20v170.pdf
*/
#if EFM8BB1_SUPPORT_HT6P20X_PROTOCOL == 1
#define HT6P20X
SI_SEGMENT_VARIABLE(PROTOCOL_BUCKETS(HT6P20X)[], static uint16_t, SI_SEG_CODE) = { 450, 900, 10350};
SI_SEGMENT_VARIABLE(PROTOCOL_START(HT6P20X)[], static uint8_t, SI_SEG_CODE) = { LOW(2), HIGH(0) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT0(HT6P20X)[], static uint8_t, SI_SEG_CODE) = { LOW(0), HIGH(1) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT1(HT6P20X)[], static uint8_t, SI_SEG_CODE) = { LOW(1), HIGH(0) };
#endif
/*
* HT12A/HT12E chips
* http://www.holtek.com/documents/10179/116711/2_12ev120.pdf
*/
#if EFM8BB1_SUPPORT_HT12_PROTOCOL == 1
#define HT12
SI_SEGMENT_VARIABLE(PROTOCOL_BUCKETS(HT12)[], static uint16_t, SI_SEG_CODE) = { 330, 630, 10830};
SI_SEGMENT_VARIABLE(PROTOCOL_START(HT12)[], static uint8_t, SI_SEG_CODE) = { LOW(2), HIGH(0) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT0(HT12)[], static uint8_t, SI_SEG_CODE) = { LOW(0), HIGH(1) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT1(HT12)[], static uint8_t, SI_SEG_CODE) = { LOW(1), HIGH(0) };
#endif
/*
* HT12A/HT12E chips - Generic Doorbell
* http://www.holtek.com/documents/10179/116711/2_12ev120.pdf
*/
#if EFM8BB1_SUPPORT_HT12a_PROTOCOL == 1
#define HT12a
SI_SEGMENT_VARIABLE(PROTOCOL_BUCKETS(HT12a)[], static uint16_t, SI_SEG_CODE) = { 200, 380, 6950};
SI_SEGMENT_VARIABLE(PROTOCOL_START(HT12a)[], static uint8_t, SI_SEG_CODE) = { LOW(2), HIGH(0) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT0(HT12a)[], static uint8_t, SI_SEG_CODE) = { LOW(0), HIGH(1) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT1(HT12a)[], static uint8_t, SI_SEG_CODE) = { LOW(1), HIGH(0) };
#endif
/*
* HT12A/HT12E chips - Atag Extractor - Plus/Minus
* http://www.holtek.com/documents/10179/116711/2_12ev120.pdf
*/
#if EFM8BB1_SUPPORT_HT12_Atag_PROTOCOL == 1
#define HT12b
SI_SEGMENT_VARIABLE(PROTOCOL_BUCKETS(HT12b)[], static uint16_t, SI_SEG_CODE) = { 350, 650, 13000};
SI_SEGMENT_VARIABLE(PROTOCOL_START(HT12b)[], static uint8_t, SI_SEG_CODE) = { LOW(2), HIGH(0) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT0(HT12b)[], static uint8_t, SI_SEG_CODE) = { LOW(0), HIGH(1) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT1(HT12b)[], static uint8_t, SI_SEG_CODE) = { LOW(1), HIGH(0) };
#endif
/*
* HT12A/HT12E chips - Atag Extractor - Lights/Timer
* http://www.holtek.com/documents/10179/116711/2_12ev120.pdf
*/
#if EFM8BB1_SUPPORT_HT12_Atag_PROTOCOL == 1
#define HT12c
SI_SEGMENT_VARIABLE(PROTOCOL_BUCKETS(HT12c)[], static uint16_t, SI_SEG_CODE) = { 350, 700, 15650};
SI_SEGMENT_VARIABLE(PROTOCOL_START(HT12c)[], static uint8_t, SI_SEG_CODE) = { LOW(2), HIGH(0) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT0(HT12c)[], static uint8_t, SI_SEG_CODE) = { LOW(0), HIGH(1) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT1(HT12c)[], static uint8_t, SI_SEG_CODE) = { LOW(1), HIGH(0) };
#endif
/*
* Meteo SPxx - Weather station (PHU Metrex)
* https://gist.github.com/klaper/ce3ba02501516d9a6d294367d2c300a6
*/
#if EFM8BB1_SUPPORT_SP45_PROTOCOL == 1
#define SP45
SI_SEGMENT_VARIABLE(PROTOCOL_BUCKETS(SP45)[], static uint16_t, SI_SEG_CODE) = { 650, 7810, 1820, 3980 };
SI_SEGMENT_VARIABLE(PROTOCOL_START(SP45)[], static uint8_t, SI_SEG_CODE) = { HIGH(0), LOW(1) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT0(SP45)[], static uint8_t, SI_SEG_CODE) = { HIGH(0), LOW(2) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT1(SP45)[], static uint8_t, SI_SEG_CODE) = { HIGH(0), LOW(3) };
#endif
/*
* Dooya DC90 remote
*/
#if EFM8BB1_SUPPORT_DC90_PROTOCOL == 1
#define DC90
SI_SEGMENT_VARIABLE(PROTOCOL_BUCKETS(DC90)[], static uint16_t, SI_SEG_CODE) = { 360, 720, 4800, 1500 };
SI_SEGMENT_VARIABLE(PROTOCOL_START(DC90)[], static uint8_t, SI_SEG_CODE) = { HIGH(2), LOW(3) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT0(DC90)[], static uint8_t, SI_SEG_CODE) = { HIGH(0), LOW(1) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT1(DC90)[], static uint8_t, SI_SEG_CODE) = { HIGH(1), LOW(0) };
#endif
/*
* Digoo DG-HOSA Smart 433MHz Wireless Household Carbon Monoxide Sensor
*/
#if EFM8BB1_SUPPORT_DG_HOSA_PROTOCOL == 1
#define DG_HOSA
SI_SEGMENT_VARIABLE(PROTOCOL_BUCKETS(DG_HOSA)[], static uint16_t, SI_SEG_CODE) = { 590, 1500, 430, 13450 };
SI_SEGMENT_VARIABLE(PROTOCOL_START(DG_HOSA)[], static uint8_t, SI_SEG_CODE) = { HIGH(2), LOW(3) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT0(DG_HOSA)[], static uint8_t, SI_SEG_CODE) = { HIGH(0), LOW(1) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT1(DG_HOSA)[], static uint8_t, SI_SEG_CODE) = { HIGH(1), LOW(0) };
#endif
/*
* KaKu wall sockets
*/
#if EFM8BB1_SUPPORT_Kaku_PROTOCOL == 1
#define KaKu
SI_SEGMENT_VARIABLE(PROTOCOL_BUCKETS(KaKu)[], static uint16_t, SI_SEG_CODE) = { 300, 2560, 140, 1150, 10230 };
SI_SEGMENT_VARIABLE(PROTOCOL_START(KaKu)[], static uint8_t, SI_SEG_CODE) = { HIGH(0), LOW(1) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT0(KaKu)[], static uint8_t, SI_SEG_CODE) = { HIGH(0), LOW(3), HIGH(0), LOW(2) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT1(KaKu)[], static uint8_t, SI_SEG_CODE) = { HIGH(0), LOW(2), HIGH(0), LOW(3) };
SI_SEGMENT_VARIABLE(PROTOCOL_END(KaKu)[], static uint8_t, SI_SEG_CODE) = { HIGH(0), LOW(4) };
#endif
/*
* DIO Chacon RF 433Mhz #95
*/
#if EFM8BB1_SUPPORT_DIO_PROTOCOL == 1
#define DIO_emg
SI_SEGMENT_VARIABLE(PROTOCOL_BUCKETS(DIO_emg)[], static uint16_t, SI_SEG_CODE) = { 260, 2714, 1300, 10400 };
SI_SEGMENT_VARIABLE(PROTOCOL_START(DIO_emg)[], static uint8_t, SI_SEG_CODE) = { HIGH(0), LOW(1) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT0(DIO_emg)[], static uint8_t, SI_SEG_CODE) = { HIGH(0), LOW(0), HIGH(0), LOW(2) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT1(DIO_emg)[], static uint8_t, SI_SEG_CODE) = { HIGH(0), LOW(2), HIGH(0), LOW(0) };
SI_SEGMENT_VARIABLE(PROTOCOL_END(DIO_emg)[], static uint8_t, SI_SEG_CODE) = { HIGH(0), LOW(3) };
#endif
/*
* 1ByOne Doorbell, PR #97
*/
#if EFM8BB1_SUPPORT_1BYONE_PROTOCOL == 1
#define OneByOne
SI_SEGMENT_VARIABLE(PROTOCOL_BUCKETS(OneByOne)[], static uint16_t, SI_SEG_CODE) = { 370, 1080, 6530 };
SI_SEGMENT_VARIABLE(PROTOCOL_START(OneByOne)[], static uint8_t, SI_SEG_CODE) = { LOW(2), HIGH(0) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT0(OneByOne)[], static uint8_t, SI_SEG_CODE) = { LOW(1), HIGH(0) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT1(OneByOne)[], static uint8_t, SI_SEG_CODE) = { LOW(0), HIGH(1) };
#endif
/*
* Prologue Sensor #96
*/
#if EFM8BB1_SUPPORT_Prologue_PROTOCOL == 1
#define Prologue
SI_SEGMENT_VARIABLE(PROTOCOL_BUCKETS(Prologue)[], static uint16_t, SI_SEG_CODE) = { 660, 2000, 4000, 9000 };
SI_SEGMENT_VARIABLE(PROTOCOL_START(Prologue)[], static uint8_t, SI_SEG_CODE) = { HIGH(0), LOW(3) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT0(Prologue)[], static uint8_t, SI_SEG_CODE) = { HIGH(0), LOW(1) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT1(Prologue)[], static uint8_t, SI_SEG_CODE) = { HIGH(0), LOW(2) };
SI_SEGMENT_VARIABLE(PROTOCOL_END(Prologue)[], static uint8_t, SI_SEG_CODE) = { HIGH(0), LOW(1) };
#endif
/*
* T-187-N (TX)-1 Generic Dog Training Collar Remote Control
*/
#if EFM8BB1_SUPPORT_DOG_COLLAR_PROTOCOL == 1
#define DogCollar
SI_SEGMENT_VARIABLE(PROTOCOL_BUCKETS(DogCollar)[], static uint16_t, SI_SEG_CODE) = { 1560, 720, 210 };
SI_SEGMENT_VARIABLE(PROTOCOL_START(DogCollar)[], static uint8_t, SI_SEG_CODE) = { HIGH(0), LOW(1) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT0(DogCollar)[], static uint8_t, SI_SEG_CODE) = { HIGH(2), LOW(1) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT1(DogCollar)[], static uint8_t, SI_SEG_CODE) = { HIGH(1), LOW(2) };
SI_SEGMENT_VARIABLE(PROTOCOL_END(DogCollar)[], static uint8_t, SI_SEG_CODE) = { HIGH(2), LOW(1) };
#endif
/*
* Byron BY302 Doorbell
*/
#if EFM8BB1_SUPPORT_BY302_PROTOCOL == 1
#define BY302
SI_SEGMENT_VARIABLE(PROTOCOL_BUCKETS(BY302)[], static uint16_t, SI_SEG_CODE) = { 470, 1020, 3070 };
SI_SEGMENT_VARIABLE(PROTOCOL_START(BY302)[], static uint8_t, SI_SEG_CODE) = { LOW(2), HIGH(0) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT0(BY302)[], static uint8_t, SI_SEG_CODE) = { LOW(1), HIGH(0) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT1(BY302)[], static uint8_t, SI_SEG_CODE) = { LOW(0), HIGH(1) };
#endif
/*
* 5514 SILENT Dual Tech
*/
#if EFM8BB1_SUPPORT_DT_5514_PROTOCOL == 1
#define DT_5514
SI_SEGMENT_VARIABLE(PROTOCOL_BUCKETS(DT_5514)[], static uint16_t, SI_SEG_CODE) = { 400, 720, 4910 };
SI_SEGMENT_VARIABLE(PROTOCOL_START(DT_5514)[], static uint8_t, SI_SEG_CODE) = { LOW(1), HIGH(2) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT0(DT_5514)[], static uint8_t, SI_SEG_CODE) = { LOW(0), HIGH(1) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT1(DT_5514)[], static uint8_t, SI_SEG_CODE) = { LOW(1), HIGH(0) };
#endif
/*
* Auriol H13726 Weather Station
*/
#if EFM8BB1_SUPPORT_H13726_PROTOCOL == 1
#define H13726
SI_SEGMENT_VARIABLE(PROTOCOL_BUCKETS(H13726)[], static uint16_t, SI_SEG_CODE) = { 560, 1910, 3890, 8820 };
SI_SEGMENT_VARIABLE(PROTOCOL_START(H13726)[], static uint8_t, SI_SEG_CODE) = { LOW(3), HIGH(0) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT0(H13726)[], static uint8_t, SI_SEG_CODE) = { LOW(1), HIGH(0) };
SI_SEGMENT_VARIABLE(PROTOCOL_BIT1(H13726)[], static uint8_t, SI_SEG_CODE) = { LOW(2), HIGH(0) };
#endif
SI_SEGMENT_VARIABLE(PROTOCOL_DATA[], static struct BUCKET_PROTOCOL_DATA, SI_SEG_CODE) =
{
#if EFM8BB1_SUPPORT_PT226X_PROTOCOL == 1
/*
* PT2260, EV1527,... original RF bridge protocol
*/
{
{ &PROTOCOL_BUCKETS(PT226X), ARRAY_LENGTH(PROTOCOL_BUCKETS(PT226X)) },
{ &PROTOCOL_START(PT226X), ARRAY_LENGTH(PROTOCOL_START(PT226X)) },
{ &PROTOCOL_BIT0(PT226X), ARRAY_LENGTH(PROTOCOL_BIT0(PT226X)) },
{ &PROTOCOL_BIT1(PT226X), ARRAY_LENGTH(PROTOCOL_BIT1(PT226X)) },
{ NULL, 0 },
24
},
#endif
#if EFM8BB1_SUPPORT_Rohrmotor24_PROTOCOL == 1
/*
* Rohrmotor24
*/
{
{ &PROTOCOL_BUCKETS(Rohrmotor24), ARRAY_LENGTH(PROTOCOL_BUCKETS(Rohrmotor24)) },
{ &PROTOCOL_START(Rohrmotor24), ARRAY_LENGTH(PROTOCOL_START(Rohrmotor24)) },
{ &PROTOCOL_BIT0(Rohrmotor24), ARRAY_LENGTH(PROTOCOL_BIT0(Rohrmotor24)) },
{ &PROTOCOL_BIT1(Rohrmotor24), ARRAY_LENGTH(PROTOCOL_BIT1(Rohrmotor24)) },
{ &PROTOCOL_END(Rohrmotor24), ARRAY_LENGTH(PROTOCOL_END(Rohrmotor24)) },
40
},
#endif
#if EFM8BB1_SUPPORT_PAR56_PROTOCOL == 1
/*
* UNDERWATER PAR56 LED LAMP, 502266
*/
{
{ &PROTOCOL_BUCKETS(PAR56), ARRAY_LENGTH(PROTOCOL_BUCKETS(PAR56)) },
{ &PROTOCOL_START(PAR56), ARRAY_LENGTH(PROTOCOL_START(PAR56)) },
{ &PROTOCOL_BIT0(PAR56), ARRAY_LENGTH(PROTOCOL_BIT0(PAR56)) },
{ &PROTOCOL_BIT1(PAR56), ARRAY_LENGTH(PROTOCOL_BIT1(PAR56)) },
{ NULL, 0 },
24
},
#endif
#if EFM8BB1_SUPPORT_WS_1200_PROTOCOL == 1
/*
* Alecto WS-1200 Series Wireless Weather Station
*/
{
{ &PROTOCOL_BUCKETS(WS_1200), ARRAY_LENGTH(PROTOCOL_BUCKETS(WS_1200)) },
{ &PROTOCOL_START(WS_1200), ARRAY_LENGTH(PROTOCOL_START(WS_1200)) },
{ &PROTOCOL_BIT0(WS_1200), ARRAY_LENGTH(PROTOCOL_BIT0(WS_1200)) },
{ &PROTOCOL_BIT1(WS_1200), ARRAY_LENGTH(PROTOCOL_BIT1(WS_1200)) },
{ NULL, 0 },
71
},
#endif
#if EFM8BB1_SUPPORT_ALDI_4x_PROTOCOL == 1
/*
* ALDI Remote controlled wall sockets, 4x
*/
{
{ &PROTOCOL_BUCKETS(ALDI_4x), ARRAY_LENGTH(PROTOCOL_BUCKETS(ALDI_4x)) },
{ &PROTOCOL_START(ALDI_4x), ARRAY_LENGTH(PROTOCOL_START(ALDI_4x)) },
{ &PROTOCOL_BIT0(ALDI_4x), ARRAY_LENGTH(PROTOCOL_BIT0(ALDI_4x)) },
{ &PROTOCOL_BIT1(ALDI_4x), ARRAY_LENGTH(PROTOCOL_BIT1(ALDI_4x)) },
{ NULL, 0 },
24
},
#endif
#if EFM8BB1_SUPPORT_HT6P20X_PROTOCOL == 1
/*
* HT6P20X chips
*/
{
{ &PROTOCOL_BUCKETS(HT6P20X), ARRAY_LENGTH(PROTOCOL_BUCKETS(HT6P20X)) },
{ &PROTOCOL_START(HT6P20X), ARRAY_LENGTH(PROTOCOL_START(HT6P20X)) },
{ &PROTOCOL_BIT0(HT6P20X), ARRAY_LENGTH(PROTOCOL_BIT0(HT6P20X)) },
{ &PROTOCOL_BIT1(HT6P20X), ARRAY_LENGTH(PROTOCOL_BIT1(HT6P20X)) },
{ NULL, 0 },
24
},
#endif
#if EFM8BB1_SUPPORT_HT12_PROTOCOL == 1
/*
* HT12A/HT12E chips
*/
{
{ &PROTOCOL_BUCKETS(HT12), ARRAY_LENGTH(PROTOCOL_BUCKETS(HT12)) },
{ &PROTOCOL_START(HT12), ARRAY_LENGTH(PROTOCOL_START(HT12)) },
{ &PROTOCOL_BIT0(HT12), ARRAY_LENGTH(PROTOCOL_BIT0(HT12)) },
{ &PROTOCOL_BIT1(HT12), ARRAY_LENGTH(PROTOCOL_BIT1(HT12)) },
{ NULL, 0 },
12
},
#endif
#if EFM8BB1_SUPPORT_HT12a_PROTOCOL == 1
/*
* HT12A/HT12E chips - A
*/
{
{ &PROTOCOL_BUCKETS(HT12a), ARRAY_LENGTH(PROTOCOL_BUCKETS(HT12a)) },
{ &PROTOCOL_START(HT12a), ARRAY_LENGTH(PROTOCOL_START(HT12a)) },
{ &PROTOCOL_BIT0(HT12a), ARRAY_LENGTH(PROTOCOL_BIT0(HT12a)) },
{ &PROTOCOL_BIT1(HT12a), ARRAY_LENGTH(PROTOCOL_BIT1(HT12a)) },
{ NULL, 0 },
12
},
#endif
#if EFM8BB1_SUPPORT_HT12_Atag_PROTOCOL == 1
/*
* HT12A/HT12E chips - B
*/
{
{ &PROTOCOL_BUCKETS(HT12b), ARRAY_LENGTH(PROTOCOL_BUCKETS(HT12b)) },
{ &PROTOCOL_START(HT12b), ARRAY_LENGTH(PROTOCOL_START(HT12b)) },
{ &PROTOCOL_BIT0(HT12b), ARRAY_LENGTH(PROTOCOL_BIT0(HT12b)) },
{ &PROTOCOL_BIT1(HT12b), ARRAY_LENGTH(PROTOCOL_BIT1(HT12b)) },
{ NULL, 0 },
12
},
#endif
#if EFM8BB1_SUPPORT_HT12_Atag_PROTOCOL == 1
/*
* HT12A/HT12E chips - C
*/
{
{ &PROTOCOL_BUCKETS(HT12c), ARRAY_LENGTH(PROTOCOL_BUCKETS(HT12c)) },
{ &PROTOCOL_START(HT12c), ARRAY_LENGTH(PROTOCOL_START(HT12c)) },
{ &PROTOCOL_BIT0(HT12c), ARRAY_LENGTH(PROTOCOL_BIT0(HT12c)) },
{ &PROTOCOL_BIT1(HT12c), ARRAY_LENGTH(PROTOCOL_BIT1(HT12c)) },
{ NULL, 0 },
18
},
#endif
#if EFM8BB1_SUPPORT_SP45_PROTOCOL == 1
/*
* Meteo SPxx - Weather station (PHU Metrex)
*/
{
{ &PROTOCOL_BUCKETS(SP45), ARRAY_LENGTH(PROTOCOL_BUCKETS(SP45)) },
{ &PROTOCOL_START(SP45), ARRAY_LENGTH(PROTOCOL_START(SP45)) },
{ &PROTOCOL_BIT0(SP45), ARRAY_LENGTH(PROTOCOL_BIT0(SP45)) },
{ &PROTOCOL_BIT1(SP45), ARRAY_LENGTH(PROTOCOL_BIT1(SP45)) },
{ NULL, 0 },
40
},
#endif
#if EFM8BB1_SUPPORT_DC90_PROTOCOL == 1
/*
* Dooya DC90 remote
*/
{
{ &PROTOCOL_BUCKETS(DC90), ARRAY_LENGTH(PROTOCOL_BUCKETS(DC90)) },
{ &PROTOCOL_START(DC90), ARRAY_LENGTH(PROTOCOL_START(DC90)) },
{ &PROTOCOL_BIT0(DC90), ARRAY_LENGTH(PROTOCOL_BIT0(DC90)) },
{ &PROTOCOL_BIT1(DC90), ARRAY_LENGTH(PROTOCOL_BIT1(DC90)) },
{ NULL, 0 },
40
},
#endif
#if EFM8BB1_SUPPORT_DG_HOSA_PROTOCOL == 1
/*
* Digoo DG-HOSA Smart 433MHz Wireless Household Carbon Monoxide Sensor
*/
{
{ &PROTOCOL_BUCKETS(DG_HOSA), ARRAY_LENGTH(PROTOCOL_BUCKETS(DG_HOSA)) },
{ &PROTOCOL_START(DG_HOSA), ARRAY_LENGTH(PROTOCOL_START(DG_HOSA)) },
{ &PROTOCOL_BIT0(DG_HOSA), ARRAY_LENGTH(PROTOCOL_BIT0(DG_HOSA)) },
{ &PROTOCOL_BIT1(DG_HOSA), ARRAY_LENGTH(PROTOCOL_BIT1(DG_HOSA)) },
{ NULL, 0 },
24
},
#endif
#if EFM8BB1_SUPPORT_Kaku_PROTOCOL == 1
/*
* KaKu wall sockets
*/
{
{ &PROTOCOL_BUCKETS(KaKu), ARRAY_LENGTH(PROTOCOL_BUCKETS(KaKu)) },
{ &PROTOCOL_START(KaKu), ARRAY_LENGTH(PROTOCOL_START(KaKu)) },
{ &PROTOCOL_BIT0(KaKu), ARRAY_LENGTH(PROTOCOL_BIT0(KaKu)) },
{ &PROTOCOL_BIT1(KaKu), ARRAY_LENGTH(PROTOCOL_BIT1(KaKu)) },
{ &PROTOCOL_END(KaKu), ARRAY_LENGTH(PROTOCOL_END(KaKu)) },
32
},
#endif
#if EFM8BB1_SUPPORT_DIO_PROTOCOL == 1
/*
* DIO CHACON
*/
{
{ &PROTOCOL_BUCKETS(DIO_emg), ARRAY_LENGTH(PROTOCOL_BUCKETS(DIO_emg)) },
{ &PROTOCOL_START(DIO_emg), ARRAY_LENGTH(PROTOCOL_START(DIO_emg)) },
{ &PROTOCOL_BIT0(DIO_emg), ARRAY_LENGTH(PROTOCOL_BIT0(DIO_emg)) },
{ &PROTOCOL_BIT1(DIO_emg), ARRAY_LENGTH(PROTOCOL_BIT1(DIO_emg)) },
{ &PROTOCOL_END(DIO_emg), ARRAY_LENGTH(PROTOCOL_END(DIO_emg)) },
32
},
#endif
#if EFM8BB1_SUPPORT_1BYONE_PROTOCOL == 1
/*
* 1ByOne Doorbell
*/
{
{ &PROTOCOL_BUCKETS(OneByOne), ARRAY_LENGTH(PROTOCOL_BUCKETS(OneByOne)) },
{ &PROTOCOL_START(OneByOne), ARRAY_LENGTH(PROTOCOL_START(OneByOne)) },
{ &PROTOCOL_BIT0(OneByOne), ARRAY_LENGTH(PROTOCOL_BIT0(OneByOne)) },
{ &PROTOCOL_BIT1(OneByOne), ARRAY_LENGTH(PROTOCOL_BIT1(OneByOne)) },
{ NULL, 0 },
17
},
#endif
#if EFM8BB1_SUPPORT_Prologue_PROTOCOL == 1
/*
* Prologue Sensor
*/
{
{ &PROTOCOL_BUCKETS(Prologue), ARRAY_LENGTH(PROTOCOL_BUCKETS(Prologue)) },
{ &PROTOCOL_START(Prologue), ARRAY_LENGTH(PROTOCOL_START(Prologue)) },
{ &PROTOCOL_BIT0(Prologue), ARRAY_LENGTH(PROTOCOL_BIT0(Prologue)) },
{ &PROTOCOL_BIT1(Prologue), ARRAY_LENGTH(PROTOCOL_BIT1(Prologue)) },
{ &PROTOCOL_END(Prologue), ARRAY_LENGTH(PROTOCOL_END(Prologue)) },
36
},
#endif
#if EFM8BB1_SUPPORT_DOG_COLLAR_PROTOCOL == 1
/*
* T-187-N (TX)-1 Generic Dog Training Collar Remote Control
*/
{
{ &PROTOCOL_BUCKETS(DogCollar), ARRAY_LENGTH(PROTOCOL_BUCKETS(DogCollar)) },
{ &PROTOCOL_START(DogCollar), ARRAY_LENGTH(PROTOCOL_START(DogCollar)) },
{ &PROTOCOL_BIT0(DogCollar), ARRAY_LENGTH(PROTOCOL_BIT0(DogCollar)) },
{ &PROTOCOL_BIT1(DogCollar), ARRAY_LENGTH(PROTOCOL_BIT1(DogCollar)) },
{ &PROTOCOL_END(DogCollar), ARRAY_LENGTH(PROTOCOL_END(DogCollar)) },
40
},
#endif
#if EFM8BB1_SUPPORT_BY302_PROTOCOL == 1
/*
* Byron BY302 Doorbell
*/
{
{ &PROTOCOL_BUCKETS(BY302), ARRAY_LENGTH(PROTOCOL_BUCKETS(BY302)) },
{ &PROTOCOL_START(BY302), ARRAY_LENGTH(PROTOCOL_START(BY302)) },
{ &PROTOCOL_BIT0(BY302), ARRAY_LENGTH(PROTOCOL_BIT0(BY302)) },
{ &PROTOCOL_BIT1(BY302), ARRAY_LENGTH(PROTOCOL_BIT1(BY302)) },
{ NULL, 0 },
20
},
#endif
#if EFM8BB1_SUPPORT_DT_5514_PROTOCOL == 1
/*
* 5514 SILENT Dual Tech
*/
{
{ &PROTOCOL_BUCKETS(DT_5514), ARRAY_LENGTH(PROTOCOL_BUCKETS(DT_5514)) },
{ &PROTOCOL_START(DT_5514), ARRAY_LENGTH(PROTOCOL_START(DT_5514)) },
{ &PROTOCOL_BIT0(DT_5514), ARRAY_LENGTH(PROTOCOL_BIT0(DT_5514)) },
{ &PROTOCOL_BIT1(DT_5514), ARRAY_LENGTH(PROTOCOL_BIT1(DT_5514)) },
{ NULL, 0 },
39
},
#endif
#if EFM8BB1_SUPPORT_H13726_PROTOCOL == 1
/*
* Auriol H13726 Weather Station
*/
{
{ &PROTOCOL_BUCKETS(H13726), ARRAY_LENGTH(PROTOCOL_BUCKETS(H13726)) },
{ &PROTOCOL_START(H13726), ARRAY_LENGTH(PROTOCOL_START(H13726)) },
{ &PROTOCOL_BIT0(H13726), ARRAY_LENGTH(PROTOCOL_BIT0(H13726)) },
{ &PROTOCOL_BIT1(H13726), ARRAY_LENGTH(PROTOCOL_BIT1(H13726)) },
{ NULL, 0 },
36
},
#endif
};
#define PROTOCOLCOUNT (sizeof(PROTOCOL_DATA) / sizeof(PROTOCOL_DATA[0]))
#endif /* INC_RF_PROTOCOLS_H_ */