/******************************************************************************* * ���W���[������ �FAPI���v���g�^�C�v�錾 * * ���W���[�����x�� �Fdpu_api_proto.h * * �^�X�N�敪 �F�w�b�_ * * �@�\ �FAPI���v���g�^�C�v�錾���s�� * * �g�p��̒��� �F���ɂȂ� * * �������E������ �F2011/02/09 �}�H User������Comment���� * *******************************************************************************/ #ifndef _DPU_API_PROTO_H_ #define _DPU_API_PROTO_H_ // *************************** // *** API���v���g�^�C�v *** // *************************** // <<< CMD >>> int dpu_getCommand (unsigned char uc_commandBuff[266], int *ip_dataSize); // 3.1.1** int dpu_sendMissionCmd (int i_nodeID, unsigned char uc_commandBuff[163], int i_dataSize); // 3.1.2** int dpu_sendMissionCmdAtOnce(int i_nodeID[], unsigned char uc_commandBuff[8][163], int i_dataSize[8]); // 3.1.3** // <<< HK >>> int dpu_getHK (int i_nodeID, unsigned char uc_hkBuff[128]); // 3.1.4** int dpu_getMwHK ( unsigned char uc_hkBuff[1280]); // 3.1.5 // <<< Data >>> int dpu_missionCollect (int i_nodeID, int i_switch); // 3.1.6** int dpu_missionCollectAtOnce(int i_nodeID[8], int i_switch[8]); // 3.1.7** int dpu_collectStatus (int i_nodeID, int *ip_switch, int *ip_bufferID, int *ip_mode); // 3.1.8** int dpu_bufferChange (int i_nodeID, int i_bufferID); // 3.1.9** int dpu_setOverWriteMode (int i_nodeID, int i_bufferID, int i_mode); // 3.1.10** int dpu_getBlockNo (int i_nodeID, int i_missionDataID, int i_bufferID, int *ip_blockNo); // 3.1.11** int dpu_seekOldestBlock (int i_nodeID, int i_missionDataID, int i_bufferID, M_T_BLOCK_INFO *tp_info); // 3.1.12** int dpu_seekNewestBlock (int i_nodeID, int i_missionDataID, int i_bufferID, M_T_BLOCK_INFO *tp_info); // 3.1.13** int dpu_shiftBlock (int i_nodeID, int i_missionDataID, int i_bufferID, int i_shiftCnt, M_T_BLOCK_INFO *tp_info); // 3.1.14** int dpu_getBlock (int i_nodeID, int i_missionDataID, int i_bufferID, M_T_BLOCK_INFO *tp_info, unsigned char *ucp_blockBuff, int *ip_busyFlag); // 3.1.15** int dpu_getReply (int i_nodeID, int i_missionDataID, int i_bufferID, M_T_BLOCK_INFO *tp_info, int , int , int , unsigned char *, int *); // 3.1.16** int dpu_releaseBlock (int i_nodeID, int i_missionDataID, int i_bufferID, int i_blockCnt); // 3.1.17 ENA // <<< Time >>> int dpu_getTime (M_T_TIME_INFO *tp_timeInfo); // 3.1.18 // <<< TLM >>> int dpu_putTelemetry (M_T_CCSDS_HDR_INFO *tp_tlmInfo, int i_size, unsigned char *ucp_buff, int *ip_busyFlag); // 3.1.19 // int dpu_putRComp (M_T_CCSDS_HDR_INFO *tp_tlmInfo, M_T_COMP_COMMENT *tp_comment, int i_x_size, int i_y_size, unsigned short *usp_buff, int *ip_busyFlag); // 3.1.21 int dpu_putUserRequest (unsigned char uc_reqestCode); // 3.1.22 ???? // <<< Sync >>> int dpu_waitProcessingSlot(int i_count); // 3.1.23 unsigned int dpu_waitSunpulse (int i_count); // 3.1.24 int dpu_delay (unsigned int ui_delayTime); // 3.1.25 // <<< Stop >>> void dpu_appStop(void); // 3.1.26 // <<< WDT >>> void dpu_WDTEna (int i_switch); // 3.1.27 void dpu_setWDT (int i_count); // 3.1.28 // <<< Mem Load >>> int dpu_missionMemLoad(int i_nodeID, unsigned int ui_address, unsigned char uc_memBuff[], int i_dataSize ); // 3.1.29 // <<< DPU >>> void dpu_getDPUInfo( M_T_DPU_INFO *dpuInfo ); // 3.1.30 // void dpu_getErrorInfo( M_T_DPU_ERROR_INFO *errorInfo ); // 3.1.31(�v?) int dpu_readEEPROM( unsigned int addr, unsigned int size, unsigned char *data ); // 3.1.32 !!new!! void dpu_app01(int mode); // A1 void dpu_app02(int mode); // A1 void dpu_app03(int mode); // A1 void dpu_app04(int mode); // A1 void dpu_app05(int mode); // A1 void dpu_app06(int mode); // A1 void dpu_app07(int mode); // A1 void dpu_app08(int mode); // A1 void dpu_app09(int mode); // A1 void dpu_app10(int mode); // A1 void dpu_app11(int mode); // A1 void dpu_app12(int mode); // A1 void dpu_app13(int mode); // A1 void dpu_app14(int mode); // A1 void dpu_app15(int mode); // A1 void dpu_app16(int mode); // A1 void dpu_setPrio(void); // B4.1 void dpu_definePrio(int i_appNo, int i_priority); // B4.2 int dpu_sendDpuMessage(unsigned char *ucp_buff, int i_offset, int i_size, int *ip_busyFlag); // B6.1 int dpu_recvDpuMessage(unsigned char *ucp_buff, int i_offset, int i_size, int *ip_busyFlag); // B6.2 // int dpu_setCompParam(M_T_COMP_PARAM *tp_compParam, int *ip_busyFlag); // B7.1 int dpu_sendRdnReadCommand ( unsigned int address, unsigned int size ); // G4.1 int dpu_sendRdnWriteCommand( unsigned char buff[], unsigned int address, unsigned int size ); // G4.2 int dpu_getRdnReadReply ( unsigned char buff[], unsigned int offset, unsigned int size ); // G4.3 CHK void dpu_getRdnIFStatus ( M_T_RDN_IF_STATUS *rdnIfStatus ); // G4.4 CHK void dpu_clearRdnIFStatus ( void ); // G4.5 CHK void dpu_putRdnHK ( unsigned char buff[] ); // G4.6 APP06 // *****OLD***** //void dpu_safetyMode(int i_mode); //int dpu_sendRMAPWriteSafety(int i_nodeID, unsigned int ui_addr_R, unsigned char *ucp_writeBuff, int i_dataSize); #endif /* _DPU_API_PROTO_H_ */