raido.h

自己写的无线sinffer,可以通过串口查看空间内所有无线数据

#include "board.h"
#ifndef RAIDO
#define RAIDO

#define STOP_RADIO()        ISRFOFF;

// RF interrupt flags
#define IRQ_RREG_ON         0x80
#define IRQ_TXDONE          0x40
#define IRQ_FIFOP           0x20
#define IRQ_SFD             0x10
#define IRQ_CCA             0x08
#define IRQ_CSP_WT          0x04
#define IRQ_CSP_STOP        0x02
#define IRQ_CSP_INT         0x01

// RF status flags
#define TX_ACTIVE_FLAG      0x10
#define FIFO_FLAG           0x08
#define FIFOP_FLAG          0x04
#define SFD_FLAG            0x02
#define CCA_FLAG            0x01

// Radio status states
#define TX_ACTIVE   (RFSTATUS & TX_ACTIVE_FLAG)
#define FIFO        (RFSTATUS & FIFO_FLAG)
#define FIFOP       (RFSTATUS & FIFOP_FLAG)
#define SFD         (RFSTATUS & SFD_FLAG)
#define CCA         (RFSTATUS & CCA_FLAG)

// Various radio settings
#define ADR_DECODE          0x08
#define AUTO_CRC            0x20
#define AUTO_TX2RX_OFF      0x08
#define RX2RX_TIME_OFF      0x04
#define ACCEPT_ACKPKT       0x01

//-----------------------------------------------------------------------------
// Command Strobe Processor (CSP) instructions
//-----------------------------------------------------------------------------
#define DECZ        do{RFST = 0xBF;                       }while(0)
#define DECY        do{RFST = 0xBE;                       }while(0)
#define INCY        do{RFST = 0xBD;                       }while(0)
#define INCMAXY(m)  do{RFST = (0xB8 | m);                 }while(0) // m < 8 !!
#define RANDXY      do{RFST = 0xBC;                       }while(0)
#define INT         do{RFST = 0xB9;                       }while(0)
#define WAITX       do{RFST = 0xBB;                       }while(0)
#define WAIT(w)     do{RFST = (0x80 | w);                 }while(0) // w < 64 !!
#define WEVENT      do{RFST = 0xB8;                       }while(0)
#define LABEL       do{RFST = 0xBA;                       }while(0)
#define RPT(n,c)    do{RFST = (0xA0 | (n << 3) | c);      }while(0) // n = TRUE/FALSE && (c < 8)
#define SKIP(s,n,c) do{RFST = ((s << 4) | (n << 3) | c);  }while(0) // && (s < 8)
#define STOP        do{RFST = 0xDF;                       }while(0)
#define SNOP        do{RFST = 0xC0;                       }while(0)
#define STXCALN     do{RFST = 0xC1;                       }while(0)
#define SRXON       do{RFST = 0xC2;                       }while(0)
#define STXON       do{RFST = 0xC3;                       }while(0)
#define STXONCCA    do{RFST = 0xC4;                       }while(0)
#define SRFOFF      do{RFST = 0xC5;                       }while(0)
#define SFLUSHRX    do{RFST = 0xC6;                       }while(0)
#define SFLUSHTX    do{RFST = 0xC7;                       }while(0)
#define SACK        do{RFST = 0xC8;                       }while(0)
#define SACKPEND    do{RFST = 0xC9;                       }while(0)
#define ISSTOP      do{RFST = 0xFF;                       }while(0)
#define ISSTART     do{RFST = 0xFE;                       }while(0)
#define ISTXCALN    do{RFST = 0xE1;                       }while(0)
#define ISRXON      do{RFST = 0xE2;                       }while(0)
#define ISTXON      do{RFST = 0xE3;                       }while(0)
#define ISTXONCCA   do{RFST = 0xE4;                       }while(0)
#define ISRFOFF     do{RFST = 0xE5;                       }while(0)
#define ISFLUSHRX   do{RFST = 0xE6;                       }while(0)
#define ISFLUSHTX   do{RFST = 0xE7;                       }while(0)
#define ISACK       do{RFST = 0xE8;                       }while(0)
#define ISACKPEND   do{RFST = 0xE9;                       }while(0)


// RF模块发送的状态
#define TX_IN_PROGRESS                  0x80
#define TX_SUCCESSFUL                   0x40
#define DEST_UNREACHABLE                0x20
#define TX_IDLE                         0x00

// RF模块接收的状态
#define RX_IN_PROGRESS                  0x80
#define PACKET_RECEIVED                 0x40
#define RX_WAIT                         0x20
#define RX_COMPLETE                     0x10
#define RX_IDLE                         0x00


#define macMaxCSMABackoffs 5
#define MAC_FRAME_LENGTH   13

#define SETPAN(panid) SET_WORD(PANIDH,PANIDL,panid)
#define SETLOCALADDRESS(localAddress) SET_WORD(SHORTADDRH,SHORTADDRL,localAddress)

BOOL RaidoInit(UINT32 frequency, UINT16 localAddress,UINT16 panid);
void rxCallBack(void);
void SetFrequency(UINT32 );
BOOL SendPacket(TX_PACKET_STRUCT*);
void ReceivePacket(RX_PACKET_STRUCT*);
void CSMA_BackOff(void);
BYTE GetRandomByte(void);
#endif