RF24Network Send example program.
Dependencies: xtoff RF24Network mbed
Fork of RF24Network_Send by
Verzender.h
- Committer:
- pietor
- Date:
- 2018-03-21
- Revision:
- 11:2aa84e063c49
- Parent:
- 10:875812a04307
- Child:
- 12:38c5efed7950
File content as of revision 11:2aa84e063c49:
#ifndef Verzender_h #define Verzender_h #include "mbed.h" #include <RF24Network.h> #include <RF24.h> #define nrf_CE p9 #define nrf_CSN p8 #define spi_SCK p7 #define spi_MOSI p5 #define spi_MISO p6 #define INIT '1' #define TARE '2' #define TARE_FIRST '3' #define TARE_COMPLETE '4' #define TARE_ERROR '5' #define POSITION '6' #define POSITION_WAIT '7' #define POSITION_ERROR '8' #ifdef PRINT_ENABLE #define IF_PRINT_ENABLE(x) ({x;}) #else #define IF_PRINT_ENABLE(x) #endif //Identificatie verzender/ontvanger const uint16_t this_node = 01; const uint16_t other_node = 00; struct payload_t { bool reedsensor; float gram; bool messageAvailable; char messageIndex; }; enum State {State_init, State_tare, State_position, State_read, State_receive, State_calibrate }; struct state_Packet { char setstate; }; class Verzender { private: public: Verzender(); /** Update to receive a message available for this node */ void update(); /** Send a message to the receiver @param message of type payload_t */ bool write(payload_t message); /** Test whether there is a message available for this node */ bool available(); /** Read a message to the receiver @return message of type state_packet */ state_Packet read(); /*messageIndex: 0: Nothing wrong 1: Tare first 2: Error on Position 3: Bad Tare value (<2.5V) */ void sendMessage(char index); }; #endif