/* This file created from input file '..\..\mvl\usr\client\clntobj.odf' Leaf Access Parameter (LAP) File: 'Not Used' Created Tue Apr 29 22:34:35 2008 */ #ifndef FOUNDRY_OUTPUT_HEADER_INCLUDED #define FOUNDRY_OUTPUT_HEADER_INCLUDED #include "mvl_uca.h" #ifdef __cplusplus extern "C" { #endif /************************************************************************/ /* MVL Type Control Information */ extern MVL_TYPE_CTRL *mvl_type_ctrl; extern ST_INT mvl_num_types; /************************************************************************/ /* MVL Type ID's */ #define RTYP_BOOL_TYPEID 0 #define RTYP_BTIME6_TYPEID 1 #define RTYP_BSTR6_TYPEID 2 #define RTYP_BSTR8_TYPEID 3 #define RTYP_BSTR9_TYPEID 4 #define RTYP_BVSTR6_TYPEID 5 #define RTYP_BVSTR8_TYPEID 6 #define RTYP_BVSTR10_TYPEID 7 #define RTYP_INT8U_TYPEID 8 #define RTYP_INT16U_TYPEID 9 #define RTYP_OSTR8_TYPEID 10 #define RTYP_VSTR32_TYPEID 11 #define RTYP_VSTR65_TYPEID 12 #define RTYP_INT32U_TYPEID 13 #define I16_TYPEID 14 #define UTF8VSTRING13_TYPEID 15 #define phv_type_TYPEID 16 #define phsx_type_TYPEID 17 /************************************************************************/ /************************************************************************/ /* Common Strings Index Defines */ #ifndef USE_RT_TYPE_2 #define FO_PHSA_STRING_INDEX 1 #define FO_INSTCVAL_STRING_INDEX 2 #define FO_MAG_STRING_INDEX 3 #define FO_I_STRING_INDEX 4 #define FO_F_STRING_INDEX 5 #define FO_ANG_STRING_INDEX 6 #define FO_CVAL_STRING_INDEX 7 #define FO_RANGE_STRING_INDEX 8 #define FO_Q_STRING_INDEX 9 #define FO_T_STRING_INDEX 10 #define FO_PHSB_STRING_INDEX 11 #define FO_PHSC_STRING_INDEX 12 #define FO_NEUT_STRING_INDEX 13 #define FO_NET_STRING_INDEX 14 #define FO_RES_STRING_INDEX 15 #endif /************************************************************************/ /* TYPEDEFS for MMS TYPES */ /************************************************************************/ /* Use ":CF", "-notypedefs" in the ODF file to not include this line */ #define USE_MMS_TYPEDEFS #if defined (USE_MMS_TYPEDEFS) typedef ST_BOOLEAN RTYP_BOOL_TDEF; typedef struct { ST_INT32 btime6_ms; /* Btime6 is two ST_INT32 */ ST_INT32 btime6_days; } RTYP_BTIME6_TDEF; typedef ST_UCHAR RTYP_BSTR6_TDEF[1]; /* Bitstring */ typedef ST_UCHAR RTYP_BSTR8_TDEF[1]; /* Bitstring */ typedef ST_UCHAR RTYP_BSTR9_TDEF[2]; /* Bitstring */ typedef struct /* BVstring */ { ST_INT16 len_1; ST_UCHAR data_1[1]; } RTYP_BVSTR6_TDEF; /* Bitstring */ typedef struct /* BVstring */ { ST_INT16 len_1; ST_UCHAR data_1[1]; } RTYP_BVSTR8_TDEF; /* Bitstring */ typedef struct /* BVstring */ { ST_INT16 len_1; ST_UCHAR data_1[2]; } RTYP_BVSTR10_TDEF; /* Bitstring */ typedef ST_UINT8 RTYP_INT8U_TDEF; typedef ST_UINT16 RTYP_INT16U_TDEF; typedef ST_UCHAR RTYP_OSTR8_TDEF[8]; /* Octetstring */ typedef ST_CHAR RTYP_VSTR32_TDEF[33]; /* Visible String */ typedef ST_CHAR RTYP_VSTR65_TDEF[66]; /* Visible String */ typedef ST_UINT32 RTYP_INT32U_TDEF; typedef ST_INT16 I16_TDEF; typedef ST_CHAR UTF8VSTRING13_TDEF[28]; typedef struct { struct { struct { struct { ST_INT32 i; ST_FLOAT f; } mag; struct { ST_INT32 i; ST_FLOAT f; } ang; } instCVal; struct { struct { ST_INT32 i; ST_FLOAT f; } mag; struct { ST_INT32 i; ST_FLOAT f; } ang; } cVal; ST_INT8 range; struct /* BVstring */ { ST_INT16 len_1; ST_UCHAR data_1[2]; } q; ST_UINT32 t_secs; /* UTC Time is struct of three ST_UINT32 */ ST_UINT32 t_fraction; ST_UINT32 t_qflags; } phsA; struct { struct { struct { ST_INT32 i; ST_FLOAT f; } mag; struct { ST_INT32 i; ST_FLOAT f; } ang; } instCVal; struct { struct { ST_INT32 i; ST_FLOAT f; } mag; struct { ST_INT32 i; ST_FLOAT f; } ang; } cVal; ST_INT8 range; struct /* BVstring */ { ST_INT16 len_1; ST_UCHAR data_1[2]; } q; ST_UINT32 t_secs; /* UTC Time is struct of three ST_UINT32 */ ST_UINT32 t_fraction; ST_UINT32 t_qflags; } phsB; struct { struct { struct { ST_INT32 i; ST_FLOAT f; } mag; struct { ST_INT32 i; ST_FLOAT f; } ang; } instCVal; struct { struct { ST_INT32 i; ST_FLOAT f; } mag; struct { ST_INT32 i; ST_FLOAT f; } ang; } cVal; ST_INT8 range; struct /* BVstring */ { ST_INT16 len_1; ST_UCHAR data_1[2]; } q; ST_UINT32 t_secs; /* UTC Time is struct of three ST_UINT32 */ ST_UINT32 t_fraction; ST_UINT32 t_qflags; } phsC; struct { struct { struct { ST_INT32 i; ST_FLOAT f; } mag; struct { ST_INT32 i; ST_FLOAT f; } ang; } instCVal; struct { struct { ST_INT32 i; ST_FLOAT f; } mag; struct { ST_INT32 i; ST_FLOAT f; } ang; } cVal; ST_INT8 range; struct /* BVstring */ { ST_INT16 len_1; ST_UCHAR data_1[2]; } q; ST_UINT32 t_secs; /* UTC Time is struct of three ST_UINT32 */ ST_UINT32 t_fraction; ST_UINT32 t_qflags; } neut; struct { struct { struct { ST_INT32 i; ST_FLOAT f; } mag; struct { ST_INT32 i; ST_FLOAT f; } ang; } instCVal; struct { struct { ST_INT32 i; ST_FLOAT f; } mag; struct { ST_INT32 i; ST_FLOAT f; } ang; } cVal; ST_INT8 range; struct /* BVstring */ { ST_INT16 len_1; ST_UCHAR data_1[2]; } q; ST_UINT32 t_secs; /* UTC Time is struct of three ST_UINT32 */ ST_UINT32 t_fraction; ST_UINT32 t_qflags; } net; struct { struct { struct { ST_INT32 i; ST_FLOAT f; } mag; struct { ST_INT32 i; ST_FLOAT f; } ang; } instCVal; struct { struct { ST_INT32 i; ST_FLOAT f; } mag; struct { ST_INT32 i; ST_FLOAT f; } ang; } cVal; ST_INT8 range; struct /* BVstring */ { ST_INT16 len_1; ST_UCHAR data_1[2]; } q; ST_UINT32 t_secs; /* UTC Time is struct of three ST_UINT32 */ ST_UINT32 t_fraction; ST_UINT32 t_qflags; } res; } phv_type_TDEF; typedef struct { struct { struct { ST_INT32 i; ST_FLOAT f; } mag; struct { ST_INT32 i; ST_FLOAT f; } ang; } instCVal; struct { struct { ST_INT32 i; ST_FLOAT f; } mag; struct { ST_INT32 i; ST_FLOAT f; } ang; } cVal; ST_INT8 range; struct /* BVstring */ { ST_INT16 len_1; ST_UCHAR data_1[2]; } q; ST_UINT32 t_secs; /* UTC Time is struct of three ST_UINT32 */ ST_UINT32 t_fraction; ST_UINT32 t_qflags; } phsx_type_TDEF; /************************************************************************/ #endif /* if defined (USE_MMS_TYPEDEFS) */ /************************************************************************/ #ifdef __cplusplus } #endif #endif /* #ifndef FOUNDRY_OUTPUT_HEADER_INCLUDED */