付録C.3　MCFイベントインタフェース

struct dc_mcf_evtheader {
    char mcfevt_name[9];
    char le_name[16];
    char cn_name[9];
    unsigned char format_kind;
    char reserve01;
    long time;
} ;

struct dc_mcf_evtheader {
    char mcfevt_name[9];
    char le_name[16];
    char cn_name[9];
    unsigned char format_kind;
    char reserve01;
    DCLONG time;
} ;

struct dc_mcf_evta_type {
    struct dc_mcf_evtheader evtheader;
    char reserve01[12];
    char reserve02[10];
    char reserve03[2];
    char ap_name[10];
    char reserve04[2];
    char reserve05[32];
    char reserve06[32];
    long user_leng ;
    char user_data[16];
    char reserve07[16];
} ;

struct dc_mcf_evta_type {
    struct dc_mcf_evtheader evtheader;
    char reserve01[12];
    char map_name[10];
    char reserve03[2];
    char ap_name[10];
    char reserve04[2];
    char reserve05[32];
    char reserve06[32];
    DCLONG user_leng;
    char user_data[16];
    char reserve07[16];
} ;

typedef struct {
    struct dc_mcf_evtheader header;
    long err_fact;
    long err_reason1;
    long err_reason2;
    long err_rcv_action;
    char group_name[16];
    char reserve1[26];
} dcmotm_cerrevt;

typedef struct {
    struct dc_mcf_evtheader header;
    DCLONG err_fact;
    DCLONG err_reason1;
    DCLONG err_reason2;
    DCLONG err_rcv_action;
    char group_name[16];
    char reserve1[26];
} dcmotm_cerrevt;

typedef struct {
    struct dc_mcf_evtheader header;
    long cls_rcv_action;
    char reserve1[12];
    char group_name[16];
    char reserve2[26];
} dcmotm_statevt;

typedef struct {
    struct dc_mcf_evtheader header;
    DCLONG cls_rcv_action;
    char reserve1[12];
    char group_name[16];
    char reserve2[26];
} dcmotm_statevt;