WiMOD_SAP_LORAWAN_IDs_EU868.h

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//------------------------------------------------------------------------------
 
//------------------------------------------------------------------------------
 
 
/*
 * THIS IS AN EXAMPLE IMPLEMENTATION ACCORDING THE THE HCI SPEC: V1.22 for EU868 (V0.1)
 * FOR FIRMWARE: LoRaWAN_EndNode_Modem
 *
 * SEE FILE: WiMOD_LoRaWAN_EndNode_Modem_EU868_HCI_Spec_V0_1.pdf
 * for detailed information
 *
 * Reference: RP002-1.0.1 LoRaWAN Regional Parameters document (LoRa Alliance)
 *
 */
 
 
#ifndef ARDUINO_SAP_WIMOD_SAP_LORAWAN_IDS_EU868_H_
#define ARDUINO_SAP_WIMOD_SAP_LORAWAN_IDS_EU868_H_
 
//------------------------------------------------------------------------------
//
// Section Includes Files
//
//------------------------------------------------------------------------------
 
 
#define WIMOD_LORAWAN_EU868
 
 
 
// LoRa Radio Band Index
#define LORAWAN_BAND_EU_868                     1
#define LORAWAN_BAND_EU_868_RX2_SF9             129
 
 
// LoRa Data Rate Index
 
#define LORAWAN_DATA_RATE_EU868_LORA_SF12_125KHZ      0
#define LORAWAN_DATA_RATE_EU868_LORA_SF11_125KHZ      1
#define LORAWAN_DATA_RATE_EU868_LORA_SF10_125KHZ      2
#define LORAWAN_DATA_RATE_EU868_LORA_SF9_125KHZ       3
#define LORAWAN_DATA_RATE_EU868_LORA_SF8_125KHZ       4
#define LORAWAN_DATA_RATE_EU868_LORA_SF7_125KHZ       5
#define LORAWAN_DATA_RATE_EU868_LORA_SF7_250KHZ       6
#define LORAWAN_DATA_RATE_EU868_LORA_FSK              7
 
#define IS_LORAWAN_EU868_DATA_RATE(x)                 ( ((x) >= LORAWAN_DATA_RATE_EU868_LORA_SF12_125KHZ) && \
                            ((x) <= LORAWAN_DATA_RATE_EU868_LORA_FSK) )
 
 
#define LORAWAN_DATA_RATE_EU868_DR0  LORAWAN_DATA_RATE_EU868_LORA_SF12_125KHZ
#define LORAWAN_DATA_RATE_EU868_DR1  LORAWAN_DATA_RATE_EU868_LORA_SF11_125KHZ
#define LORAWAN_DATA_RATE_EU868_DR2  LORAWAN_DATA_RATE_EU868_LORA_SF10_125KHZ
#define LORAWAN_DATA_RATE_EU868_DR3  LORAWAN_DATA_RATE_EU868_LORA_SF9_125KHZ
#define LORAWAN_DATA_RATE_EU868_DR4  LORAWAN_DATA_RATE_EU868_LORA_SF8_125KHZ
#define LORAWAN_DATA_RATE_EU868_DR5  LORAWAN_DATA_RATE_EU868_LORA_SF7_125KHZ
#define LORAWAN_DATA_RATE_EU868_DR6  LORAWAN_DATA_RATE_EU868_LORA_SF7_250KHZ
#define LORAWAN_DATA_RATE_EU868_DR7  LORAWAN_DATA_RATE_EU868_LORA_FSK
 
 
 
typedef enum TLoRaWANDataRateEU868
{
    LoRaWAN_DataRate_EU868_LoRa_SF12_125kHz = 0,                                
    LoRaWAN_DataRate_EU868_LoRa_SF11_125kHz,                                    
    LoRaWAN_DataRate_EU868_LoRa_SF10_125kHz,                                    
    LoRaWAN_DataRate_EU868_LoRa_SF9_125kHz,                                     
    LoRaWAN_DataRate_EU868_LoRa_SF8_125kHz,                                     
    LoRaWAN_DataRate_EU868_LoRa_SF7_125kHz,                                     
    LoRaWAN_DataRate_EU868_LoRa_SF7_250kHz,                                     
    LoRaWAN_DataRate_EU868_LoRa_FSK,                                            
} TLoRaWANDataRateEU868;
 
 
// LoRa Channel Index ( EU868 )
 
#define LORAWAN_CH_EU_868_1_MHZ                    0
#define LORAWAN_CH_EU_868_3_MHZ                    1
#define LORAWAN_CH_EU_868_5_MHZ                    2
#define LORAWAN_CH_EU_869_525_MHZ                  128
 
#define IS_LORAWAN_CH_EU(x)                       ( ((x) == LORAWAN_CH_EU_868_1_MHZ) || \
                                                  ((x) == LORAWAN_CH_EU_868_3_MHZ) || \
                                                  ((x) == LORAWAN_CH_EU_868_5_MHZ) || \
                                                  ((x) == LORAWAN_CH_EU_869_525_MHZ) )
 
 
typedef enum TLoRaWAN_Channel_EU
{
    LoRaWAN_Channel_EU_868_1_Mhz   = 0,                                         
    LoRaWAN_Channel_EU_868_3_Mhz   = 1,                                         
    LoRaWAN_Channel_EU_868_5_Mhz   = 2,                                         
    LoRaWAN_Channel_EU_869_525_Mhz = 128,                                       
} TLoRaWAN_Channel_EU;
 
 
 
#endif /* ARDUINO_SAP_WIMOD_SAP_LORAWAN_IDS_EU868_H_ */