nrf24l01p_internals.h

// Important copyright notice:
// Large parts of this file were copied from Mikael Patel's Cosa library, which copyright appears below
// Content has been adapted to use FastArduino original parts, under Copyright (c) 2016, Jean-Francois Poilpret
 
/*
 * Copyright (C) 2013-2015, Mikael Patel
 * Copyright (C) 2016-2022, Jean-Francois Poilpret
 *
 * This library is free software; you can redistribute it and/or
 * modify it under the terms of the GNU Lesser General Public
 * License as published by the Free Software Foundation; either
 * version 2.1 of the License, or (at your option) any later version.
 *
 * This library is distributed in the hope that it will be useful,
 * but WITHOUT ANY WARRANTY; without even the implied warranty of
 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
 * Lesser General Public License for more details.
 *
 * This file was originally part of the Arduino Che Cosa project,
 * it has been adapted and refactored to FastArduino library.
 */
 
#ifndef NRF24L01_INTERNALS_HH
#define NRF24L01_INTERNALS_HH
 
#include <stddef.h>
 
namespace devices::rf::nrf24l01p_internals
{
    const uint8_t MASK_RX_DR = 6;  
    const uint8_t MASK_TX_DS = 5;  
    const uint8_t MASK_MAX_RT = 4; 
    const uint8_t EN_CRC = 3;     
    const uint8_t CRCO = 2;        
    const uint8_t PWR_UP = 1;     
    const uint8_t PRIM_RX = 0;   
 
    const uint8_t ENAA_P5 = 5;  
    const uint8_t ENAA_P4 = 4;  
    const uint8_t ENAA_P3 = 3;  
    const uint8_t ENAA_P2 = 2;  
    const uint8_t ENAA_P1 = 1;  
    const uint8_t ENAA_P0 = 0;  
    const uint8_t ENAA_PA = 0x3f; 
 
    const uint8_t ERX_P5 = 5;   
    const uint8_t ERX_P4 = 4;   
    const uint8_t ERX_P3 = 3;   
    const uint8_t ERX_P2 = 2;   
    const uint8_t ERX_P1 = 1;   
    const uint8_t ERX_P0 = 0;   
    const uint8_t ERX_PA = 0x3f; 
 
    const uint8_t AW = 0;        
    const uint8_t AW_3BYTES = 1; 
    const uint8_t AW_4BYTES = 2; 
    const uint8_t AW_5BYTES = 3; 
 
    const uint8_t ARD = 4; 
    const uint8_t ARC = 0; 
 
    const uint8_t DEFAULT_ARC = 15; 
    const uint8_t DEFAULT_ARD = 1;  
 
    const uint8_t CONT_WAVE = 7;       
    const uint8_t RF_DR_LOW = 5;       
    const uint8_t PLL_LOCK_SIGNAL = 4; 
    const uint8_t RF_DR_HIGH = 3;     
    const uint8_t RF_PWR = 1;          
 
    const uint8_t RF_DR_1MBPS = 0;                
    const uint8_t RF_DR_2MBPS = bits::BV8(RF_DR_HIGH);  
    const uint8_t RF_DR_250KBPS = bits::BV8(RF_DR_LOW); 
 
    const uint8_t RF_PWR_18DBM = 0; 
    const uint8_t RF_PWR_12DBM = 2; 
    const uint8_t RF_PWR_6DBM = 4;  
    const uint8_t RF_PWR_0DBM = 6;  
 
    const uint8_t RX_DR = 6;           
    const uint8_t TX_DS = 5;           
    const uint8_t MAX_RT = 4;          
    const uint8_t RX_P_NO = 1;         
    const uint8_t RX_P_NO_MASK = 0x0e; 
    const uint8_t RX_P_NO_NONE = 0x07; 
    const uint8_t TX_FIFO_FULL = 0; 
 
    const uint8_t PLOS_CNT = 4; 
    const uint8_t ARC_CNT = 0;  
 
    const uint8_t TX_REUSE = 6; 
    const uint8_t TX_FULL = 5;  
    const uint8_t TX_EMPTY = 4; 
    const uint8_t RX_FULL = 1;  
    const uint8_t RX_EMPTY = 0; 
 
    const uint8_t DPL_P5 = 5;   
    const uint8_t DPL_P4 = 4;   
    const uint8_t DPL_P3 = 3;   
    const uint8_t DPL_P2 = 2;   
    const uint8_t DPL_P1 = 1;   
    const uint8_t DPL_P0 = 0;   
    const uint8_t DPL_PA = 0x3f; 
 
    const uint8_t EN_DPL = 2;    
    const uint8_t EN_ACK_PAY = 1; 
    const uint8_t EN_DYN_ACK = 0; 
 
    const uint16_t Tpd2stby_ms = 3;
    const uint16_t Tstby2a_us = 130;
    const uint16_t Thce_us = 10;
 
    const uint8_t AW_MAX = 5;   
    const uint8_t PIPE_MAX = 6; 
}
#endif /* NRF24L01_INTERNALS_HH */