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nakagawa kit emurator (add CR) BaudRate 115200,p20
Dependencies: mbed NetServicesMin
common/data_models.h
- Committer:
- recotana
- Date:
- 2012-04-17
- Revision:
- 4:9daa308155d6
- Parent:
- 3:51e64f5e42b8
File content as of revision 4:9daa308155d6:
#ifndef _DATA_MODELS_ #define _DATA_MODELS_ #include "types.h" //frame type typedef enum{ Ftype_NoID =0, Ftype_Type_A=1, Ftype_Type_B=4 } Ftype; typedef enum{ SERVER, LED_SENDER, LED_RECIEVER } Device; typedef enum{ PING, ACK, RECIEVE, SEND_SINGLE, SEND_CONTINUEOUS, SEND_CONT_STOP, SET_TX_GAIN, SET_LIGHT_CONTROL } Command; // //for TCP/IP data structure // //message data 48byte(size fix) typedef struct{ uint16_t totalSize; //2(total size) + 2(frame number) + 1(device) + 1(command) + 40(data:max 40) <--- max 46 uint16_t frameNumber; Device device; Command command; uint8_t data[40]; //0 fill,size fix uint16_t sum; } Message; //payload id 16byte typedef struct{ // uint16_t head; //reserve 0x0000 uint8_t personalId[16]; } ID; typedef struct{ ID id; // 16 byte Message message; // 48 byte } Frame; //66byte Payload typedef struct{ uint16_t size; // 2(size) + 1(dummy) + 1(Ftype) + 64(frame) = 68 byte uint8_t dummy; //adjust Alignment Ftype ftype; Frame frame; //64byte } Payload; /* --------------------------------------------------- message data structure ---------------------------------------------------*/ /* light�@illuminate level */ typedef struct{ uint8_t gain; //1~10 uint8_t middleLevel; //1~10 } TxGainData; typedef struct{ uint16_t currentFrameNumber; TxGainData gainData; uint8_t lightsw; //0:light off 1:light on uint8_t continueusMode; //0:single 1:continueus uint8_t isSend; uint8_t dummy; uint32_t xbeeAdress; } PrefSender; typedef struct{ uint32_t xbeeAdress; } PrefReciever; typedef struct{ uint32_t xbeeAdress; uint8_t serverAddress[4]; uint8_t subnetMask[4]; uint8_t routerAddress[4]; uint16_t serverPort; uint8_t destinationAddress[4]; uint16_t destinationPort; } PrefServer; void initPayload(Payload *_payload); void payloadToNetwork(Payload *_payload); void networkToPayload(Payload *_payload); void initTestPayloadData(Payload *_payload); uint16_t culcSum(Payload *_payload); void dumpPayload(Payload *_payload); void dumpPrefSender(PrefSender *prf); void dumpPrefReciever(PrefReciever *prf); void dumpPrefServer(PrefServer *prf); #endif