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Windows2000/private/windbg64/langapi/include/cvinfo16.h

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C
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First commit
2001-01-01 00:00:00 +01:00
/*** cvinfo.h - Generic CodeView information definitions
* Structures, constants, etc. for accessing and interpreting
* CodeView information.
*/
/*** The master copy of this file resides in the langapi project.
* All Microsoft projects are required to use the master copy without
* modification. Modification of the master version or a copy
* without consultation with all parties concerned is extremely
* risky.
* When this file is modified, the corresponding documentation file
* omfdeb.doc in the langapi project must be updated.
*/
#ifndef _VC_VER_INC
#include "..\include\vcver.h"
#endif
#if CC_CVTYPE32
#include "./cvinfo32.h"
#else
#ifndef _CV_INFO_INCLUDED
#define _CV_INFO_INCLUDED
#ifdef __cplusplus
#pragma warning ( disable: 4200 )
#endif
#ifndef __INLINE
#ifdef __cplusplus
#define __INLINE inline
#else
#define __INLINE __inline
#endif
#endif
#pragma pack ( push, 1 )
typedef unsigned long CV_uoff32_t;
typedef long CV_off32_t;
typedef unsigned short CV_uoff16_t;
typedef short CV_off16_t;
typedef unsigned short CV_typ_t;
typedef CV_typ_t CV_typ16_t;
#if !defined (CV_ZEROLEN)
#define CV_ZEROLEN
#endif
#if !defined (FLOAT10)
#if defined(_M_I86) // 16 bit x86 supporting long double
typedef long double FLOAT10;
#else // 32 bit w/o long double support
typedef struct FLOAT10
{
char b[10];
} FLOAT10;
#endif
#endif
#define CV_SIGNATURE_C6 0L // Actual signature is >64K
#define CV_SIGNATURE_C7 1L // First explicit signature
#define CV_SIGNATURE_RESERVED 2L // All signatures from 2 to 64K are reserved
#define CV_MAXOFFSET 0xffffffff
/** CodeView Symbol and Type OMF type information is broken up into two
* ranges. Type indices less than 0x1000 describe type information
* that is frequently used. Type indices above 0x1000 are used to
* describe more complex features such as functions, arrays and
* structures.
*/
/** Primitive types have predefined meaning that is encoded in the
* values of the various bit fields in the value.
* A CodeView primitive type is defined as:
* 1 1
* 1 089 7654 3 210
* r mode type r sub
* Where
* mode is the pointer mode
* type is a type indicator
* sub is a subtype enumeration
* r is a reserved field
* See Microsoft Symbol and Type OMF (Version 4.0) for more
* information.
*/
#define CV_MMASK 0x700 // mode mask
#define CV_TMASK 0x0f0 // type mask
// can we use the reserved bit ??
#define CV_SMASK 0x00f // subtype mask
#define CV_MSHIFT 8 // primitive mode right shift count
#define CV_TSHIFT 4 // primitive type right shift count
#define CV_SSHIFT 0 // primitive subtype right shift count
// macros to extract primitive mode, type and size
#define CV_MODE(typ) (((typ) & CV_MMASK) >> CV_MSHIFT)
#define CV_TYPE(typ) (((typ) & CV_TMASK) >> CV_TSHIFT)
#define CV_SUBT(typ) (((typ) & CV_SMASK) >> CV_SSHIFT)
// macros to insert new primitive mode, type and size
#define CV_NEWMODE(typ, nm) ((CV_typ_t)(((typ) & ~CV_MMASK) | ((nm) << CV_MSHIFT)))
#define CV_NEWTYPE(typ, nt) (((typ) & ~CV_TMASK) | ((nt) << CV_TSHIFT))
#define CV_NEWSUBT(typ, ns) (((typ) & ~CV_SMASK) | ((ns) << CV_SSHIFT))
// pointer mode enumeration values
typedef enum CV_prmode_e {
CV_TM_DIRECT = 0, // mode is not a pointer
CV_TM_NPTR = 1, // mode is a near pointer
CV_TM_FPTR = 2, // mode is a far pointer
CV_TM_HPTR = 3, // mode is a huge pointer
CV_TM_NPTR32 = 4, // mode is a 32 bit near pointer
CV_TM_FPTR32 = 5, // mode is a 32 bit far pointer
CV_TM_NPTR64 = 6, // mode is a 64 bit near pointer
CV_TM_NPTR128 = 7 // mode is a 128 bit near pointer
} CV_prmode_e;
// type enumeration values
typedef enum CV_type_e {
CV_SPECIAL = 0x00, // special type size values
CV_SIGNED = 0x01, // signed integral size values
CV_UNSIGNED = 0x02, // unsigned integral size values
CV_BOOLEAN = 0x03, // Boolean size values
CV_REAL = 0x04, // real number size values
CV_COMPLEX = 0x05, // complex number size values
CV_SPECIAL2 = 0x06, // second set of special types
CV_INT = 0x07, // integral (int) values
CV_CVRESERVED = 0x0f
} CV_type_e;
// subtype enumeration values for CV_SPECIAL
typedef enum CV_special_e {
CV_SP_NOTYPE = 0x00,
CV_SP_ABS = 0x01,
CV_SP_SEGMENT = 0x02,
CV_SP_VOID = 0x03,
CV_SP_CURRENCY = 0x04,
CV_SP_NBASICSTR = 0x05,
CV_SP_FBASICSTR = 0x06,
CV_SP_NOTTRANS = 0x07
} CV_special_e;
// subtype enumeration values for CV_SPECIAL2
typedef enum CV_special2_e {
CV_S2_BIT = 0x00,
CV_S2_PASCHAR = 0x01 // Pascal CHAR
} CV_special2_e;
// subtype enumeration values for CV_SIGNED, CV_UNSIGNED and CV_BOOLEAN
typedef enum CV_integral_e {
CV_IN_1BYTE = 0x00,
CV_IN_2BYTE = 0x01,
CV_IN_4BYTE = 0x02,
CV_IN_8BYTE = 0x03,
CV_IN_16BYTE = 0x04
} CV_integral_e;
// subtype enumeration values for CV_REAL and CV_COMPLEX
typedef enum CV_real_e {
CV_RC_REAL32 = 0x00,
CV_RC_REAL64 = 0x01,
CV_RC_REAL80 = 0x02,
CV_RC_REAL128 = 0x03,
CV_RC_REAL48 = 0x04
} CV_real_e;
// subtype enumeration values for CV_INT (really int)
typedef enum CV_int_e {
CV_RI_CHAR = 0x00,
CV_RI_INT1 = 0x00,
CV_RI_WCHAR = 0x01,
CV_RI_UINT1 = 0x01,
CV_RI_INT2 = 0x02,
CV_RI_UINT2 = 0x03,
CV_RI_INT4 = 0x04,
CV_RI_UINT4 = 0x05,
CV_RI_INT8 = 0x06,
CV_RI_UINT8 = 0x07,
CV_RI_INT16 = 0x08,
CV_RI_UINT16 = 0x09
} CV_int_e;
// macros to check the type of a primitive
#define CV_TYP_IS_DIRECT(typ) (CV_MODE(typ) == CV_TM_DIRECT)
#define CV_TYP_IS_PTR(typ) (CV_MODE(typ) != CV_TM_DIRECT)
#define CV_TYP_IS_NPTR(typ) (CV_MODE(typ) == CV_TM_NPTR)
#define CV_TYP_IS_FPTR(typ) (CV_MODE(typ) == CV_TM_FPTR)
#define CV_TYP_IS_HPTR(typ) (CV_MODE(typ) == CV_TM_HPTR)
#define CV_TYP_IS_NPTR32(typ) (CV_MODE(typ) == CV_TM_NPTR32)
#define CV_TYP_IS_FPTR32(typ) (CV_MODE(typ) == CV_TM_FPTR32)
#define CV_TYP_IS_SIGNED(typ) (((CV_TYPE(typ) == CV_SIGNED) && CV_TYP_IS_DIRECT(typ)) || \
(typ == T_INT1) || \
(typ == T_INT2) || \
(typ == T_INT4) || \
(typ == T_INT8) || \
(typ == T_INT16) || \
(typ == T_RCHAR))
#define CV_TYP_IS_UNSIGNED(typ) (((CV_TYPE(typ) == CV_UNSIGNED) && CV_TYP_IS_DIRECT(typ)) || \
(typ == T_UINT1) || \
(typ == T_UINT2) || \
(typ == T_UINT4) || \
(typ == T_UINT8) || \
(typ == T_UINT16))
#define CV_TYP_IS_REAL(typ) ((CV_TYPE(typ) == CV_REAL) && CV_TYP_IS_DIRECT(typ))
#define CV_FIRST_NONPRIM 0x1000
#define CV_IS_PRIMITIVE(typ) ((typ) < CV_FIRST_NONPRIM)
#define CV_TYP_IS_COMPLEX(typ) ((CV_TYPE(typ) == CV_COMPLEX) && CV_TYP_IS_DIRECT(typ))
// selected values for type_index - for a more complete definition, see
// Microsoft Symbol and Type OMF document
// Special Types
#define T_NOTYPE 0x0000 // uncharacterized type (no type)
#define T_ABS 0x0001 // absolute symbol
#define T_SEGMENT 0x0002 // segment type
#define T_VOID 0x0003 // void
#define T_PVOID 0x0103 // near pointer to void
#define T_PFVOID 0x0203 // far pointer to void
#define T_PHVOID 0x0303 // huge pointer to void
#define T_32PVOID 0x0403 // 16:32 near pointer to void
#define T_32PFVOID 0x0503 // 16:32 far pointer to void
#define T_CURRENCY 0x0004 // BASIC 8 byte currency value
#define T_NBASICSTR 0x0005 // Near BASIC string
#define T_FBASICSTR 0x0006 // Far BASIC string
#define T_NOTTRANS 0x0007 // type not translated by cvpack
#define T_BIT 0x0060 // bit
#define T_PASCHAR 0x0061 // Pascal CHAR
// Character types
#define T_CHAR 0x0010 // 8 bit signed
#define T_UCHAR 0x0020 // 8 bit unsigned
#define T_PCHAR 0x0110 // near pointer to 8 bit signed
#define T_PUCHAR 0x0120 // near pointer to 8 bit unsigned
#define T_PFCHAR 0x0210 // far pointer to 8 bit signed
#define T_PFUCHAR 0x0220 // far pointer to 8 bit unsigned
#define T_PHCHAR 0x0310 // huge pointer to 8 bit signed
#define T_PHUCHAR 0x0320 // huge pointer to 8 bit unsigned
#define T_32PCHAR 0x0410 // 16:32 near pointer to 8 bit signed
#define T_32PUCHAR 0x0420 // 16:32 near pointer to 8 bit unsigned
#define T_32PFCHAR 0x0510 // 16:32 far pointer to 8 bit signed
#define T_32PFUCHAR 0x0520 // 16:32 far pointer to 8 bit unsigned
// really a character types
#define T_RCHAR 0x0070 // really a char
#define T_PRCHAR 0x0170 // 16:16 near pointer to a real char
#define T_PFRCHAR 0x0270 // 16:16 far pointer to a real char
#define T_PHRCHAR 0x0370 // 16:16 huge pointer to a real char
#define T_32PRCHAR 0x0470 // 16:32 near pointer to a real char
#define T_32PFRCHAR 0x0570 // 16:32 far pointer to a real char
// really a wide character types
#define T_WCHAR 0x0071 // wide char
#define T_PWCHAR 0x0171 // 16:16 near pointer to a wide char
#define T_PFWCHAR 0x0271 // 16:16 far pointer to a wide char
#define T_PHWCHAR 0x0371 // 16:16 huge pointer to a wide char
#define T_32PWCHAR 0x0471 // 16:32 near pointer to a wide char
#define T_32PFWCHAR 0x0571 // 16:32 far pointer to a wide char
// 8 bit int types
#define T_INT1 0x0068 // 8 bit signed int
#define T_UINT1 0x0069 // 8 bit unsigned int
#define T_PINT1 0x0168 // near pointer to 8 bit signed int
#define T_PUINT1 0x0169 // near pointer to 8 bit unsigned int
#define T_PFINT1 0x0268 // far pointer to 8 bit signed int
#define T_PFUINT1 0x0269 // far pointer to 8 bit unsigned int
#define T_PHINT1 0x0368 // huge pointer to 8 bit signed int
#define T_PHUINT1 0x0369 // huge pointer to 8 bit unsigned int
#define T_32PINT1 0x0468 // 16:32 near pointer to 8 bit signed int
#define T_32PUINT1 0x0469 // 16:32 near pointer to 8 bit unsigned int
#define T_32PFINT1 0x0568 // 16:32 far pointer to 8 bit signed int
#define T_32PFUINT1 0x0569 // 16:32 far pointer to 8 bit unsigned int
// 16 bit short types
#define T_SHORT 0x0011 // 16 bit signed
#define T_USHORT 0x0021 // 16 bit unsigned
#define T_PSHORT 0x0111 // near pointer to 16 bit signed
#define T_PUSHORT 0x0121 // near pointer to 16 bit unsigned
#define T_PFSHORT 0x0211 // far pointer to 16 bit signed
#define T_PFUSHORT 0x0221 // far pointer to 16 bit unsigned
#define T_PHSHORT 0x0311 // huge pointer to 16 bit signed
#define T_PHUSHORT 0x0321 // huge pointer to 16 bit unsigned
#define T_32PSHORT 0x0411 // 16:32 near pointer to 16 bit signed
#define T_32PUSHORT 0x0421 // 16:32 near pointer to 16 bit unsigned
#define T_32PFSHORT 0x0511 // 16:32 far pointer to 16 bit signed
#define T_32PFUSHORT 0x0521 // 16:32 far pointer to 16 bit unsigned
// 16 bit int types
#define T_INT2 0x0072 // 16 bit signed int
#define T_UINT2 0x0073 // 16 bit unsigned int
#define T_PINT2 0x0172 // near pointer to 16 bit signed int
#define T_PUINT2 0x0173 // near pointer to 16 bit unsigned int
#define T_PFINT2 0x0272 // far pointer to 16 bit signed int
#define T_PFUINT2 0x0273 // far pointer to 16 bit unsigned int
#define T_PHINT2 0x0372 // huge pointer to 16 bit signed int
#define T_PHUINT2 0x0373 // huge pointer to 16 bit unsigned int
#define T_32PINT2 0x0472 // 16:32 near pointer to 16 bit signed int
#define T_32PUINT2 0x0473 // 16:32 near pointer to 16 bit unsigned int
#define T_32PFINT2 0x0572 // 16:32 far pointer to 16 bit signed int
#define T_32PFUINT2 0x0573 // 16:32 far pointer to 16 bit unsigned int
// 32 bit long types
#define T_LONG 0x0012 // 32 bit signed
#define T_ULONG 0x0022 // 32 bit unsigned
#define T_PLONG 0x0112 // near pointer to 32 bit signed
#define T_PULONG 0x0122 // near pointer to 32 bit unsigned
#define T_PFLONG 0x0212 // far pointer to 32 bit signed
#define T_PFULONG 0x0222 // far pointer to 32 bit unsigned
#define T_PHLONG 0x0312 // huge pointer to 32 bit signed
#define T_PHULONG 0x0322 // huge pointer to 32 bit unsigned
#define T_32PLONG 0x0412 // 16:32 near pointer to 32 bit signed
#define T_32PULONG 0x0422 // 16:32 near pointer to 32 bit unsigned
#define T_32PFLONG 0x0512 // 16:32 far pointer to 32 bit signed
#define T_32PFULONG 0x0522 // 16:32 far pointer to 32 bit unsigned
// 32 bit int types
#define T_INT4 0x0074 // 32 bit signed int
#define T_UINT4 0x0075 // 32 bit unsigned int
#define T_PINT4 0x0174 // near pointer to 32 bit signed int
#define T_PUINT4 0x0175 // near pointer to 32 bit unsigned int
#define T_PFINT4 0x0274 // far pointer to 32 bit signed int
#define T_PFUINT4 0x0275 // far pointer to 32 bit unsigned int
#define T_PHINT4 0x0374 // huge pointer to 32 bit signed int
#define T_PHUINT4 0x0375 // huge pointer to 32 bit unsigned int
#define T_32PINT4 0x0474 // 16:32 near pointer to 32 bit signed int
#define T_32PUINT4 0x0475 // 16:32 near pointer to 32 bit unsigned int
#define T_32PFINT4 0x0574 // 16:32 far pointer to 32 bit signed int
#define T_32PFUINT4 0x0575 // 16:32 far pointer to 32 bit unsigned int
// 64 bit quad types
#define T_QUAD 0x0013 // 64 bit signed
#define T_UQUAD 0x0023 // 64 bit unsigned
#define T_PQUAD 0x0113 // near pointer to 64 bit signed
#define T_PUQUAD 0x0123 // near pointer to 64 bit unsigned
#define T_PFQUAD 0x0213 // far pointer to 64 bit signed
#define T_PFUQUAD 0x0223 // far pointer to 64 bit unsigned
#define T_PHQUAD 0x0313 // huge pointer to 64 bit signed
#define T_PHUQUAD 0x0323 // huge pointer to 64 bit unsigned
#define T_32PQUAD 0x0413 // 16:32 near pointer to 64 bit signed
#define T_32PUQUAD 0x0423 // 16:32 near pointer to 64 bit unsigned
#define T_32PFQUAD 0x0513 // 16:32 far pointer to 64 bit signed
#define T_32PFUQUAD 0x0523 // 16:32 far pointer to 64 bit unsigned
// 64 bit int types
#define T_INT8 0x0076 // 64 bit signed int
#define T_UINT8 0x0077 // 64 bit unsigned int
#define T_PINT8 0x0176 // near pointer to 64 bit signed int
#define T_PUINT8 0x0177 // near pointer to 64 bit unsigned int
#define T_PFINT8 0x0276 // far pointer to 64 bit signed int
#define T_PFUINT8 0x0277 // far pointer to 64 bit unsigned int
#define T_PHINT8 0x0376 // huge pointer to 64 bit signed int
#define T_PHUINT8 0x0377 // huge pointer to 64 bit unsigned int
#define T_32PINT8 0x0476 // 16:32 near pointer to 64 bit signed int
#define T_32PUINT8 0x0477 // 16:32 near pointer to 64 bit unsigned int
#define T_32PFINT8 0x0576 // 16:32 far pointer to 64 bit signed int
#define T_32PFUINT8 0x0577 // 16:32 far pointer to 64 bit unsigned int
// 128 bit octet types
#define T_OCT 0x0014 // 128 bit signed
#define T_UOCT 0x0024 // 128 bit unsigned
#define T_POCT 0x0114 // near pointer to 128 bit signed
#define T_PUOCT 0x0124 // near pointer to 128 bit unsigned
#define T_PFOCT 0x0214 // far pointer to 128 bit signed
#define T_PFUOCT 0x0224 // far pointer to 128 bit unsigned
#define T_PHOCT 0x0314 // huge pointer to 128 bit signed
#define T_PHUOCT 0x0324 // huge pointer to 128 bit unsigned
#define T_32POCT 0x0414 // 16:32 near pointer to 128 bit signed
#define T_32PUOCT 0x0424 // 16:32 near pointer to 128 bit unsigned
#define T_32PFOCT 0x0514 // 16:32 far pointer to 128 bit signed
#define T_32PFUOCT 0x0524 // 16:32 far pointer to 128 bit unsigned
// 128 bit int types
#define T_INT16 0x0078 // 128 bit signed int
#define T_UINT16 0x0079 // 128 bit unsigned int
#define T_PINT16 0x0178 // near pointer to 128 bit signed int
#define T_PUINT16 0x0179 // near pointer to 128 bit unsigned int
#define T_PFINT16 0x0278 // far pointer to 128 bit signed int
#define T_PFUINT16 0x0279 // far pointer to 128 bit unsigned int
#define T_PHINT16 0x0378 // huge pointer to 128 bit signed int
#define T_PHUINT16 0x0379 // huge pointer to 128 bit unsigned int
#define T_32PINT16 0x0478 // 16:32 near pointer to 128 bit signed int
#define T_32PUINT16 0x0479 // 16:32 near pointer to 128 bit unsigned int
#define T_32PFINT16 0x0578 // 16:32 far pointer to 128 bit signed int
#define T_32PFUINT16 0x0579 // 16:32 far pointer to 128 bit unsigned int
// 32 bit real types
#define T_REAL32 0x0040 // 32 bit real
#define T_PREAL32 0x0140 // near pointer to 32 bit real
#define T_PFREAL32 0x0240 // far pointer to 32 bit real
#define T_PHREAL32 0x0340 // huge pointer to 32 bit real
#define T_32PREAL32 0x0440 // 16:32 near pointer to 32 bit real
#define T_32PFREAL32 0x0540 // 16:32 far pointer to 32 bit real
// 48 bit real types
#define T_REAL48 0x0044 // 48 bit real
#define T_PREAL48 0x0144 // near pointer to 48 bit real
#define T_PFREAL48 0x0244 // far pointer to 48 bit real
#define T_PHREAL48 0x0344 // huge pointer to 48 bit real
#define T_32PREAL48 0x0444 // 16:32 near pointer to 48 bit real
#define T_32PFREAL48 0x0544 // 16:32 far pointer to 48 bit real
// 64 bit real types
#define T_REAL64 0x0041 // 64 bit real
#define T_PREAL64 0x0141 // near pointer to 64 bit real
#define T_PFREAL64 0x0241 // far pointer to 64 bit real
#define T_PHREAL64 0x0341 // huge pointer to 64 bit real
#define T_32PREAL64 0x0441 // 16:32 near pointer to 64 bit real
#define T_32PFREAL64 0x0541 // 16:32 far pointer to 64 bit real
// 80 bit real types
#define T_REAL80 0x0042 // 80 bit real
#define T_PREAL80 0x0142 // near pointer to 80 bit real
#define T_PFREAL80 0x0242 // far pointer to 80 bit real
#define T_PHREAL80 0x0342 // huge pointer to 80 bit real
#define T_32PREAL80 0x0442 // 16:32 near pointer to 80 bit real
#define T_32PFREAL80 0x0542 // 16:32 far pointer to 80 bit real
// 128 bit real types
#define T_REAL128 0x0043 // 128 bit real
#define T_PREAL128 0x0143 // near pointer to 128 bit real
#define T_PFREAL128 0x0243 // far pointer to 128 bit real
#define T_PHREAL128 0x0343 // huge pointer to 128 bit real
#define T_32PREAL128 0x0443 // 16:32 near pointer to 128 bit real
#define T_32PFREAL128 0x0543 // 16:32 far pointer to 128 bit real
// 32 bit complex types
#define T_CPLX32 0x0050 // 32 bit complex
#define T_PCPLX32 0x0150 // near pointer to 32 bit complex
#define T_PFCPLX32 0x0250 // far pointer to 32 bit complex
#define T_PHCPLX32 0x0350 // huge pointer to 32 bit complex
#define T_32PCPLX32 0x0450 // 16:32 near pointer to 32 bit complex
#define T_32PFCPLX32 0x0550 // 16:32 far pointer to 32 bit complex
// 64 bit complex types
#define T_CPLX64 0x0051 // 64 bit complex
#define T_PCPLX64 0x0151 // near pointer to 64 bit complex
#define T_PFCPLX64 0x0251 // far pointer to 64 bit complex
#define T_PHCPLX64 0x0351 // huge pointer to 64 bit complex
#define T_32PCPLX64 0x0451 // 16:32 near pointer to 64 bit complex
#define T_32PFCPLX64 0x0551 // 16:32 far pointer to 64 bit complex
// 80 bit complex types
#define T_CPLX80 0x0052 // 80 bit complex
#define T_PCPLX80 0x0152 // near pointer to 80 bit complex
#define T_PFCPLX80 0x0252 // far pointer to 80 bit complex
#define T_PHCPLX80 0x0352 // huge pointer to 80 bit complex
#define T_32PCPLX80 0x0452 // 16:32 near pointer to 80 bit complex
#define T_32PFCPLX80 0x0552 // 16:32 far pointer to 80 bit complex
// 128 bit complex types
#define T_CPLX128 0x0053 // 128 bit complex
#define T_PCPLX128 0x0153 // near pointer to 128 bit complex
#define T_PFCPLX128 0x0253 // far pointer to 128 bit complex
#define T_PHCPLX128 0x0353 // huge pointer to 128 bit real
#define T_32PCPLX128 0x0453 // 16:32 near pointer to 128 bit complex
#define T_32PFCPLX128 0x0553 // 16:32 far pointer to 128 bit complex
// boolean types
#define T_BOOL08 0x0030 // 8 bit boolean
#define T_BOOL16 0x0031 // 16 bit boolean
#define T_BOOL32 0x0032 // 32 bit boolean
#define T_BOOL64 0x0033 // 64 bit boolean
#define T_PBOOL08 0x0130 // near pointer to 8 bit boolean
#define T_PBOOL16 0x0131 // near pointer to 16 bit boolean
#define T_PBOOL32 0x0132 // near pointer to 32 bit boolean
#define T_PBOOL64 0x0133 // near pointer to 64 bit boolean
#define T_PFBOOL08 0x0230 // far pointer to 8 bit boolean
#define T_PFBOOL16 0x0231 // far pointer to 16 bit boolean
#define T_PFBOOL32 0x0232 // far pointer to 32 bit boolean
#define T_PFBOOL64 0x0233 // far pointer to 64 bit boolean
#define T_PHBOOL08 0x0330 // huge pointer to 8 bit boolean
#define T_PHBOOL16 0x0331 // huge pointer to 16 bit boolean
#define T_PHBOOL32 0x0332 // huge pointer to 32 bit boolean
#define T_PHBOOL64 0x0333 // huge pointer to 64 bit boolean
#define T_32PBOOL08 0x0430 // 16:32 near pointer to 8 bit boolean
#define T_32PFBOOL08 0x0530 // 16:32 far pointer to 8 bit boolean
#define T_32PBOOL16 0x0431 // 16:32 near pointer to 18 bit boolean
#define T_32PFBOOL16 0x0531 // 16:32 far pointer to 16 bit boolean
#define T_32PBOOL32 0x0432 // 16:32 near pointer to 32 bit boolean
#define T_32PFBOOL32 0x0532 // 16:32 far pointer to 32 bit boolean
#define T_32PBOOL64 0x0433 // 16:32 near pointer to 64 bit boolean
#define T_32PFBOOL64 0x0533 // 16:32 far pointer to 64 bit boolean
#define T_NCVPTR 0x01f0 // CV Internal type for created near pointers
#define T_FCVPTR 0x02f0 // CV Internal type for created far pointers
#define T_HCVPTR 0x03f0 // CV Internal type for created huge pointers
#define T_32NCVPTR 0x04f0 // CV Internal type for created near 32-bit pointers
#define T_32FCVPTR 0x05f0 // CV Internal type for created far 32-bit pointers
#define T_64NCVPTR 0x06f0 // CV Internal type for created near 64-bit pointers
#define CV_IS_INTERNAL_PTR(typ) (CV_IS_PRIMITIVE(typ) && \
CV_TYPE(typ) == CV_CVRESERVED && \
CV_TYP_IS_PTR(typ))
/** No leaf index can have a value of 0x0000. The leaf indices are
* separated into ranges depending upon the use of the type record.
* The second range is for the type records that are directly referenced
* in symbols. The first range is for type records that are not
* referenced by symbols but instead are referenced by other type
* records. All type records must have a starting leaf index in these
* first two ranges. The third range of leaf indices are used to build
* up complex lists such as the field list of a class type record. No
* type record can begin with one of the leaf indices. The fourth ranges
* of type indices are used to represent numeric data in a symbol or
* type record. These leaf indices are greater than 0x8000. At the
* point that type or symbol processor is expecting a numeric field, the
* next two bytes in the type record are examined. If the value is less
* than 0x8000, then the two bytes contain the numeric value. If the
* value is greater than 0x8000, then the data follows the leaf index in
* a format specified by the leaf index. The final range of leaf indices
* are used to force alignment of subfields within a complex type record..
*/
// leaf indices starting records but referenced from symbol records
#define LF_MODIFIER 0x0001
#define LF_POINTER 0x0002
#define LF_ARRAY 0x0003
#define LF_CLASS 0x0004
#define LF_STRUCTURE 0x0005
#define LF_UNION 0x0006
#define LF_ENUM 0x0007
#define LF_PROCEDURE 0x0008
#define LF_MFUNCTION 0x0009
#define LF_VTSHAPE 0x000a
#define LF_COBOL0 0x000b
#define LF_COBOL1 0x000c
#define LF_BARRAY 0x000d
#define LF_LABEL 0x000e
#define LF_NULL 0x000f
#define LF_NOTTRAN 0x0010
#define LF_DIMARRAY 0x0011
#define LF_VFTPATH 0x0012
#define LF_PRECOMP 0x0013 // not referenced from symbol
#define LF_ENDPRECOMP 0x0014 // not referenced from symbol
#define LF_OEM 0x0015 // oem definable type string
#define LF_TYPESERVER 0x0016 // not referenced from symbol
// leaf indices starting records but referenced only from type records
#define LF_SKIP 0x0200
#define LF_ARGLIST 0x0201
#define LF_DEFARG 0x0202
#define LF_LIST 0x0203
#define LF_FIELDLIST 0x0204
#define LF_DERIVED 0x0205
#define LF_BITFIELD 0x0206
#define LF_METHODLIST 0x0207
#define LF_DIMCONU 0x0208
#define LF_DIMCONLU 0x0209
#define LF_DIMVARU 0x020a
#define LF_DIMVARLU 0x020b
#define LF_REFSYM 0x020c
#define LF_BCLASS 0x0400
#define LF_VBCLASS 0x0401
#define LF_IVBCLASS 0x0402
#define LF_ENUMERATE 0x0403
#define LF_FRIENDFCN 0x0404
#define LF_INDEX 0x0405
#define LF_MEMBER 0x0406
#define LF_STMEMBER 0x0407
#define LF_METHOD 0x0408
#define LF_NESTTYPE 0x0409
#define LF_VFUNCTAB 0x040a
#define LF_FRIENDCLS 0x040b
#define LF_ONEMETHOD 0x040c
#define LF_VFUNCOFF 0x040d
#define LF_NESTTYPEEX 0x040e
#define LF_MEMBERMODIFY 0x040f
#define LF_NUMERIC 0x8000
#define LF_CHAR 0x8000
#define LF_SHORT 0x8001
#define LF_USHORT 0x8002
#define LF_LONG 0x8003
#define LF_ULONG 0x8004
#define LF_REAL32 0x8005
#define LF_REAL64 0x8006
#define LF_REAL80 0x8007
#define LF_REAL128 0x8008
#define LF_QUADWORD 0x8009
#define LF_UQUADWORD 0x800a
#define LF_REAL48 0x800b
#define LF_COMPLEX32 0x800c
#define LF_COMPLEX64 0x800d
#define LF_COMPLEX80 0x800e
#define LF_COMPLEX128 0x800f
#define LF_VARSTRING 0x8010
#define LF_OCTWORD 0x8017
#define LF_UOCTWORD 0x8018
#define LF_PAD0 0xf0
#define LF_PAD1 0xf1
#define LF_PAD2 0xf2
#define LF_PAD3 0xf3
#define LF_PAD4 0xf4
#define LF_PAD5 0xf5
#define LF_PAD6 0xf6
#define LF_PAD7 0xf7
#define LF_PAD8 0xf8
#define LF_PAD9 0xf9
#define LF_PAD10 0xfa
#define LF_PAD11 0xfb
#define LF_PAD12 0xfc
#define LF_PAD13 0xfd
#define LF_PAD14 0xfe
#define LF_PAD15 0xff
// end of leaf indices
// Type enum for pointer records
// Pointers can be one of the following types
typedef enum CV_ptrtype_e {
CV_PTR_NEAR = 0x00, // near pointer
CV_PTR_FAR = 0x01, // far pointer
CV_PTR_HUGE = 0x02, // huge pointer
CV_PTR_BASE_SEG = 0x03, // based on segment
CV_PTR_BASE_VAL = 0x04, // based on value of base
CV_PTR_BASE_SEGVAL = 0x05, // based on segment value of base
CV_PTR_BASE_ADDR = 0x06, // based on address of base
CV_PTR_BASE_SEGADDR = 0x07, // based on segment address of base
CV_PTR_BASE_TYPE = 0x08, // based on type
CV_PTR_BASE_SELF = 0x09, // based on self
CV_PTR_NEAR32 = 0x0a, // 16:32 near pointer
CV_PTR_FAR32 = 0x0b, // 16:32 far pointer
CV_PTR_UNUSEDPTR = 0x0c // first unused pointer type
} CV_ptrtype_e;
// Mode enum for pointers
// Pointers can have one of the following modes
typedef enum CV_ptrmode_e {
CV_PTR_MODE_PTR = 0x00, // "normal" pointer
CV_PTR_MODE_REF = 0x01, // reference
CV_PTR_MODE_PMEM = 0x02, // pointer to data member
CV_PTR_MODE_PMFUNC = 0x03, // pointer to member function
CV_PTR_MODE_RESERVED= 0x04 // first unused pointer mode
} CV_ptrmode_e;
// Enumeration for function call type
typedef enum CV_call_e {
CV_CALL_NEAR_C = 0x00, // near right to left push, caller pops stack
CV_CALL_FAR_C = 0x01, // far right to left push, caller pops stack
CV_CALL_NEAR_PASCAL = 0x02, // near left to right push, callee pops stack
CV_CALL_FAR_PASCAL = 0x03, // far left to right push, callee pops stack
CV_CALL_NEAR_FAST = 0x04, // near left to right push with regs, callee pops stack
CV_CALL_FAR_FAST = 0x05, // far left to right push with regs, callee pops stack
CV_CALL_SKIPPED = 0x06, // skipped (unused) call index
CV_CALL_NEAR_STD = 0x07, // near standard call
CV_CALL_FAR_STD = 0x08, // far standard call
CV_CALL_NEAR_SYS = 0x09, // near sys call
CV_CALL_FAR_SYS = 0x0a, // far sys call
CV_CALL_THISCALL = 0x0b, // this call (this passed in register)
CV_CALL_MIPSCALL = 0x0c, // Mips call
CV_CALL_GENERIC = 0x0d, // Generic call sequence
CV_CALL_ALPHACALL = 0x0e, // Alpha call
CV_CALL_PPCCALL = 0x0f, // PPC call
CV_CALL_RESERVED = 0x10 // first unused call enumeration
} CV_call_e;
// Values for the access protection of class attributes
typedef enum CV_access_e {
CV_private = 1,
CV_protected = 2,
CV_public = 3
} CV_access_e;
// enumeration for method properties
typedef enum CV_methodprop_e {
CV_MTvanilla = 0x00,
CV_MTvirtual = 0x01,
CV_MTstatic = 0x02,
CV_MTfriend = 0x03,
CV_MTintro = 0x04,
CV_MTpurevirt = 0x05,
CV_MTpureintro = 0x06
} CV_methodprop_e;
// enumeration for virtual shape table entries
typedef enum CV_VTS_desc_e {
CV_VTS_near = 0x00,
CV_VTS_far = 0x01,
CV_VTS_thin = 0x02,
CV_VTS_outer = 0x03,
CV_VTS_meta = 0x04,
CV_VTS_near32 = 0x05,
CV_VTS_far32 = 0x06,
CV_VTS_unused = 0x07
} CV_VTS_desc_e;
// enumeration for LF_LABEL address modes
typedef enum CV_LABEL_TYPE_e {
CV_LABEL_NEAR = 0, // near return
CV_LABEL_FAR = 4 // far return
} CV_LABEL_TYPE_e;
// enumeration for LF_MODIFIER values
typedef struct CV_modifier_t {
unsigned short MOD_const :1;
unsigned short MOD_volatile :1;
unsigned short MOD_unaligned :1;
unsigned short MOD_unused :13;
} CV_modifier_t;
// bit field structure describing class/struct/union/enum properties
typedef struct CV_prop_t {
unsigned short packed :1; // true if structure is packed
unsigned short ctor :1; // true if constructors or destructors present
unsigned short ovlops :1; // true if overloaded operators present
unsigned short isnested :1; // true if this is a nested class
unsigned short cnested :1; // true if this class contains nested types
unsigned short opassign :1; // true if overloaded assignment (=)
unsigned short opcast :1; // true if casting methods
unsigned short fwdref :1; // true if forward reference (incomplete defn)
unsigned short scoped :1; // scoped definition
unsigned short reserved :7;
} CV_prop_t;
// class field attribute
typedef struct CV_fldattr_t {
unsigned short access :2; // access protection CV_access_t
unsigned short mprop :3; // method properties CV_methodprop_t
unsigned short pseudo :1; // compiler generated fcn and does not exist
unsigned short noinherit :1; // true if class cannot be inherited
unsigned short noconstruct :1; // true if class cannot be constructed
unsigned short compgenx :1; // compiler generated fcn and does exist
unsigned short unused :7; // unused
} CV_fldattr_t;
// Structures to access to the type records
typedef struct TYPTYPE {
unsigned short len;
unsigned short leaf;
unsigned char data[CV_ZEROLEN];
} TYPTYPE; // general types record
__INLINE char *NextType (char * pType) {
return (pType + ((TYPTYPE *)pType)->len + sizeof(unsigned short));
}
typedef enum CV_PMEMBER {
CV_PDM16_NONVIRT = 0x00, // 16:16 data no virtual fcn or base
CV_PDM16_VFCN = 0x01, // 16:16 data with virtual functions
CV_PDM16_VBASE = 0x02, // 16:16 data with virtual bases
CV_PDM32_NVVFCN = 0x03, // 16:32 data w/wo virtual functions
CV_PDM32_VBASE = 0x04, // 16:32 data with virtual bases
CV_PMF16_NEARNVSA = 0x05, // 16:16 near method nonvirtual single address point
CV_PMF16_NEARNVMA = 0x06, // 16:16 near method nonvirtual multiple address points
CV_PMF16_NEARVBASE = 0x07, // 16:16 near method virtual bases
CV_PMF16_FARNVSA = 0x08, // 16:16 far method nonvirtual single address point
CV_PMF16_FARNVMA = 0x09, // 16:16 far method nonvirtual multiple address points
CV_PMF16_FARVBASE = 0x0a, // 16:16 far method virtual bases
CV_PMF32_NVSA = 0x0b, // 16:32 method nonvirtual single address point
CV_PMF32_NVMA = 0x0c, // 16:32 method nonvirtual multiple address point
CV_PMF32_VBASE = 0x0d // 16:32 method virtual bases
} CV_PMEMBER;
// memory representation of pointer to member. These representations are
// indexed by the enumeration above in the LF_POINTER record
// representation of a 16:16 pointer to data for a class with no
// virtual functions or virtual bases
struct CV_PDMR16_NONVIRT {
CV_off16_t mdisp; // displacement to data (NULL = -1)
};
// representation of a 16:16 pointer to data for a class with virtual
// functions
struct CV_PMDR16_VFCN {
CV_off16_t mdisp; // displacement to data ( NULL = 0)
};
// representation of a 16:16 pointer to data for a class with
// virtual bases
struct CV_PDMR16_VBASE {
CV_off16_t mdisp; // displacement to data
CV_off16_t pdisp; // this pointer displacement to vbptr
CV_off16_t vdisp; // displacement within vbase table
// NULL = (,,0xffff)
};
// representation of a 16:32 near pointer to data for a class with
// or without virtual functions and no virtual bases
struct CV_PDMR32_NVVFCN {
CV_off32_t mdisp; // displacement to data (NULL = 0x80000000)
};
// representation of a 16:32 near pointer to data for a class
// with virtual bases
struct CV_PDMR32_VBASE {
CV_off32_t mdisp; // displacement to data
CV_off32_t pdisp; // this pointer displacement
CV_off32_t vdisp; // vbase table displacement
// NULL = (,,0xffffffff)
};
// representation of a 16:16 pointer to near member function for a
// class with no virtual functions or bases and a single address point
struct CV_PMFR16_NEARNVSA {
CV_uoff16_t off; // near address of function (NULL = 0)
};
// representation of a 16:16 near pointer to member functions of a
// class with no virtual bases and multiple address points
struct CV_PMFR16_NEARNVMA {
CV_uoff16_t off; // offset of function (NULL = 0,x)
signed short disp;
};
// representation of a 16:16 near pointer to member function of a
// class with virtual bases
struct CV_PMFR16_NEARVBASE {
CV_uoff16_t off; // offset of function (NULL = 0,x,x,x)
CV_off16_t mdisp; // displacement to data
CV_off16_t pdisp; // this pointer displacement
CV_off16_t vdisp; // vbase table displacement
};
// representation of a 16:16 pointer to far member function for a
// class with no virtual bases and a single address point
struct CV_PMFR16_FARNVSA {
CV_uoff16_t off; // offset of function (NULL = 0:0)
unsigned short seg; // segment of function
};
// representation of a 16:16 far pointer to member functions of a
// class with no virtual bases and multiple address points
struct CV_PMFR16_FARNVMA {
CV_uoff16_t off; // offset of function (NULL = 0:0,x)
unsigned short seg;
signed short disp;
};
// representation of a 16:16 far pointer to member function of a
// class with virtual bases
struct CV_PMFR16_FARVBASE {
CV_uoff16_t off; // offset of function (NULL = 0:0,x,x,x)
unsigned short seg;
CV_off16_t mdisp; // displacement to data
CV_off16_t pdisp; // this pointer displacement
CV_off16_t vdisp; // vbase table displacement
};
// representation of a 16:32 near pointer to member function for a
// class with no virtual bases and a single address point
struct CV_PMFR32_NVSA {
CV_uoff32_t off; // near address of function (NULL = 0L)
};
// representation of a 16:32 near pointer to member function for a
// class with no virtual bases and multiple address points
struct CV_PMFR32_NVMA {
CV_uoff32_t off; // near address of function (NULL = 0L,x)
CV_off32_t disp;
};
// representation of a 16:32 near pointer to member function for a
// class with virtual bases
struct CV_PMFR32_VBASE {
CV_uoff32_t off; // near address of function (NULL = 0L,x,x,x)
CV_off32_t mdisp; // displacement to data
CV_off32_t pdisp; // this pointer displacement
CV_off32_t vdisp; // vbase table displacement
};
// Easy leaf - used for generic casting to reference leaf field
// of a subfield of a complex list
typedef struct lfEasy {
unsigned short leaf; // LF_...
} lfEasy;
/** The following type records are basically variant records of the
* above structure. The "unsigned short leaf" of the above structure and
* the "unsigned short leaf" of the following type definitions are the same
* symbol. When the OMF record is locked via the MHOMFLock API
* call, the address of the "unsigned short leaf" is returned
*/
// Type record for LF_MODIFIER
typedef struct lfModifier {
unsigned short leaf; // LF_MODIFIER
CV_modifier_t attr; // modifier attribute modifier_t
CV_typ_t type; // modified type
} lfModifier;
// type record for LF_POINTER
#ifndef __cplusplus
typedef struct lfPointer {
#endif
struct lfPointerBody {
unsigned short leaf; // LF_POINTER
struct lfPointerAttr {
unsigned char ptrtype :5; // ordinal specifying pointer type (ptrtype-t)
unsigned char ptrmode :3; // ordinal specifying pointer mode (ptrmode_t)
unsigned char isflat32 :1; // true if 0:32 pointer
unsigned char isvolatile :1; // TRUE if volatile pointer
unsigned char isconst :1; // TRUE if const pointer
unsigned char isunaligned :1; // TRUE if unaligned pointer
unsigned char unused :4;
} attr;
CV_typ_t utype; // type index of the underlying type
#if (defined(__cplusplus) || defined(_MSC_VER)) // for C++ and MS compilers that support unnamed unions
};
#else
} u;
#endif
#ifdef __cplusplus
typedef struct lfPointer : public lfPointerBody {
#endif
union {
struct {
CV_typ_t pmclass; // index of containing class for pointer to member
unsigned short pmenum; // enumeration specifying pm format
} pm;
unsigned short bseg; // base segment if PTR_BASE_SEG
unsigned char Sym[1]; // copy of base symbol record (including length)
struct {
CV_typ_t index; // type index if CV_PTR_BASE_TYPE
unsigned char name[1]; // name of base type
} btype;
} pbase;
} lfPointer;
// type record for LF_ARRAY
typedef struct lfArray {
unsigned short leaf; // LF_ARRAY
CV_typ_t elemtype; // type index of element type
CV_typ_t idxtype; // type index of indexing type
unsigned char data[CV_ZEROLEN]; // variable length data specifying
// size in bytes and name
} lfArray;
// type record for LF_CLASS, LF_STRUCTURE
typedef struct lfClass {
unsigned short leaf; // LF_CLASS, LF_STRUCT
unsigned short count; // count of number of elements in class
CV_typ_t field; // type index of LF_FIELD descriptor list
CV_prop_t property; // property attribute field (prop_t)
CV_typ_t derived; // type index of derived from list if not zero
CV_typ_t vshape; // type index of vshape table for this class
unsigned char data[CV_ZEROLEN]; // data describing length of structure in
// bytes and name
} lfClass;
typedef lfClass lfStructure;
// type record for LF_UNION
typedef struct lfUnion {
unsigned short leaf; // LF_UNION
unsigned short count; // count of number of elements in class
CV_typ_t field; // type index of LF_FIELD descriptor list
CV_prop_t property; // property attribute field
unsigned char data[CV_ZEROLEN]; // variable length data describing length of
// structure and name
} lfUnion;
// type record for LF_ENUM
typedef struct lfEnum {
unsigned short leaf; // LF_ENUM
unsigned short count; // count of number of elements in class
CV_typ_t utype; // underlying type of the enum
CV_typ_t field; // type index of LF_FIELD descriptor list
CV_prop_t property; // property attribute field
unsigned char Name[1]; // length prefixed name of enum
} lfEnum;
// Type record for LF_PROCEDURE
typedef struct lfProc {
unsigned short leaf; // LF_PROCEDURE
CV_typ_t rvtype; // type index of return value
unsigned char calltype; // calling convention (CV_call_t)
unsigned char reserved; // reserved for future use
unsigned short parmcount; // number of parameters
CV_typ_t arglist; // type index of argument list
} lfProc;
// Type record for member function
typedef struct lfMFunc {
unsigned short leaf; // LF_MFUNCTION
CV_typ_t rvtype; // type index of return value
CV_typ_t classtype; // type index of containing class
CV_typ_t thistype; // type index of this pointer (model specific)
unsigned char calltype; // calling convention (call_t)
unsigned char reserved; // reserved for future use
unsigned short parmcount; // number of parameters
CV_typ_t arglist; // type index of argument list
long thisadjust; // this adjuster (long because pad required anyway)
} lfMFunc;
// type record for virtual function table shape
typedef struct lfVTShape {
unsigned short leaf; // LF_VTSHAPE
unsigned short count; // number of entries in vfunctable
unsigned char desc[CV_ZEROLEN]; // 4 bit (CV_VTS_desc) descriptors
} lfVTShape;
// type record for cobol0
typedef struct lfCobol0 {
unsigned short leaf; // LF_COBOL0
CV_typ_t type; // parent type record index
unsigned char data[CV_ZEROLEN];
} lfCobol0;
// type record for cobol1
typedef struct lfCobol1 {
unsigned short leaf; // LF_COBOL1
unsigned char data[CV_ZEROLEN];
} lfCobol1;
// type record for basic array
typedef struct lfBArray {
unsigned short leaf; // LF_BARRAY
CV_typ_t utype; // type index of underlying type
} lfBArray;
// type record for assembler labels
typedef struct lfLabel {
unsigned short leaf; // LF_LABEL
unsigned short mode; // addressing mode of label
} lfLabel;
// type record for dimensioned arrays
typedef struct lfDimArray {
unsigned short leaf; // LF_DIMARRAY
CV_typ_t utype; // underlying type of the array
CV_typ_t diminfo; // dimension information
unsigned char name[1]; // length prefixed name
} lfDimArray;
// type record describing path to virtual function table
typedef struct lfVFTPath {
unsigned short leaf; // LF_VFTPATH
unsigned short count; // count of number of bases in path
CV_typ_t base[1]; // bases from root to leaf
} lfVFTPath;
// type record describing inclusion of precompiled types
typedef struct lfPreComp {
unsigned short leaf; // LF_PRECOMP
unsigned short start; // starting type index included
unsigned short count; // number of types in inclusion
unsigned long signature; // signature
unsigned char name[CV_ZEROLEN]; // length prefixed name of included type file
} lfPreComp;
// type record describing end of precompiled types that can be
// included by another file
typedef struct lfEndPreComp {
unsigned short leaf; // LF_ENDPRECOMP
unsigned long signature; // signature
} lfEndPreComp;
// type record for OEM definable type strings
typedef struct lfOEM {
unsigned short leaf; // LF_OEM
unsigned short cvOEM; // MS assigned OEM identified
unsigned short recOEM; // OEM assigned type identifier
unsigned short count; // count of type indices to follow
CV_typ_t index[CV_ZEROLEN]; // array of type indices followed
// by OEM defined data
} lfOEM;
#define OEM_MS_FORTRAN90 0xF090
#define OEM_ODI 0x0010
#define OEM_THOMSON_SOFTWARE 0x5453
#define OEM_ODI_REC_BASELIST 0x0000
// type record describing using of a type server
typedef struct lfTypeServer {
unsigned short leaf; // LF_TYPESERVER
unsigned long signature; // signature
unsigned long age; // age of database used by this module
unsigned char name[CV_ZEROLEN]; // length prefixed name of PDB
} lfTypeServer;
// description of type records that can be referenced from
// type records referenced by symbols
// type record for skip record
typedef struct lfSkip {
unsigned short leaf; // LF_SKIP
CV_typ_t type; // next valid index
unsigned char data[CV_ZEROLEN]; // pad data
} lfSkip;
// argument list leaf
typedef struct lfArgList {
unsigned short leaf; // LF_ARGLIST
unsigned short count; // number of arguments
CV_typ_t arg[CV_ZEROLEN]; // number of arguments
} lfArgList;
// derived class list leaf
typedef struct lfDerived {
unsigned short leaf; // LF_DERIVED
unsigned short count; // number of arguments
CV_typ_t drvdcls[CV_ZEROLEN]; // type indices of derived classes
} lfDerived;
// leaf for default arguments
typedef struct lfDefArg {
unsigned short leaf; // LF_DEFARG
CV_typ_t type; // type of resulting expression
unsigned char expr[CV_ZEROLEN]; // length prefixed expression string
} lfDefArg;
// list leaf
// This list should no longer be used because the utilities cannot
// verify the contents of the list without knowing what type of list
// it is. New specific leaf indices should be used instead.
typedef struct lfList {
unsigned short leaf; // LF_LIST
char data[CV_ZEROLEN]; // data format specified by indexing type
} lfList;
// field list leaf
// This is the header leaf for a complex list of class and structure
// subfields.
typedef struct lfFieldList {
unsigned short leaf; // LF_FIELDLIST
char data[CV_ZEROLEN]; // field list sub lists
} lfFieldList;
// type record for non-static methods and friends in overloaded method list
typedef struct mlMethod {
CV_fldattr_t attr; // method attribute
CV_typ_t index; // index to type record for procedure
unsigned long vbaseoff[CV_ZEROLEN]; // offset in vfunctable if intro virtual
} mlMethod;
typedef struct lfMethodList {
unsigned short leaf;
unsigned char mList[CV_ZEROLEN]; // really a mlMethod type
} lfMethodList;
// type record for LF_BITFIELD
typedef struct lfBitfield {
unsigned short leaf; // LF_BITFIELD
unsigned char length;
unsigned char position;
CV_typ_t type; // type of bitfield
} lfBitfield;
// type record for dimensioned array with constant bounds
typedef struct lfDimCon {
unsigned short leaf; // LF_DIMCONU or LF_DIMCONLU
unsigned short rank; // number of dimensions
CV_typ_t typ; // type of index
unsigned char dim[CV_ZEROLEN]; // array of dimension information with
// either upper bounds or lower/upper bound
} lfDimCon;
// type record for dimensioned array with variable bounds
typedef struct lfDimVar {
unsigned short leaf; // LF_DIMVARU or LF_DIMVARLU
unsigned short rank; // number of dimensions
CV_typ_t typ; // type of index
unsigned char dim[CV_ZEROLEN]; // array of type indices for either
// variable upper bound or variable
// lower/upper bound. The referenced
// types must be LF_REFSYM or T_VOID
} lfDimVar;
// type record for referenced symbol
typedef struct lfRefSym {
unsigned short leaf; // LF_REFSYM
unsigned char Sym[1]; // copy of referenced symbol record
// (including length)
} lfRefSym;
/** the following are numeric leaves. They are used to indicate the
* size of the following variable length data. When the numeric
* data is a single byte less than 0x8000, then the data is output
* directly. If the data is more the 0x8000 or is a negative value,
* then the data is preceeded by the proper index.
*/
// signed character leaf
typedef struct lfChar {
unsigned short leaf; // LF_CHAR
signed char val; // signed 8-bit value
} lfChar;
// signed short leaf
typedef struct lfShort {
unsigned short leaf; // LF_SHORT
short val; // signed 16-bit value
} lfShort;
// unsigned short leaf
typedef struct lfUShort {
unsigned short leaf; // LF_unsigned short
unsigned short val; // unsigned 16-bit value
} lfUShort;
// signed long leaf
typedef struct lfLong {
unsigned short leaf; // LF_LONG
long val; // signed 32-bit value
} lfLong;
// unsigned long leaf
typedef struct lfULong {
unsigned short leaf; // LF_ULONG
unsigned long val; // unsigned 32-bit value
} lfULong;
// signed quad leaf
typedef struct lfQuad {
unsigned short leaf; // LF_QUAD
unsigned char val[8]; // signed 64-bit value
} lfQuad;
// unsigned quad leaf
typedef struct lfUQuad {
unsigned short leaf; // LF_UQUAD
unsigned char val[8]; // unsigned 64-bit value
} lfUQuad;
// signed int128 leaf
typedef struct lfOct {
unsigned short leaf; // LF_OCT
unsigned char val[16]; // signed 128-bit value
} lfOct;
// unsigned int128 leaf
typedef struct lfUOct {
unsigned short leaf; // LF_UOCT
unsigned char val[16]; // unsigned 128-bit value
} lfUOct;
// real 32-bit leaf
typedef struct lfReal32 {
unsigned short leaf; // LF_REAL32
float val; // 32-bit real value
} lfReal32;
// real 48-bit leaf
typedef struct lfReal48 {
unsigned short leaf; // LF_REAL48
unsigned char val[6]; // 48-bit real value
} lfReal48;
// real 64-bit leaf
typedef struct lfReal64 {
unsigned short leaf; // LF_REAL64
double val; // 64-bit real value
} lfReal64;
// real 80-bit leaf
typedef struct lfReal80 {
unsigned short leaf; // LF_REAL80
FLOAT10 val; // real 80-bit value
} lfReal80;
// real 128-bit leaf
typedef struct lfReal128 {
unsigned short leaf; // LF_REAL128
char val[16]; // real 128-bit value
} lfReal128;
// complex 32-bit leaf
typedef struct lfCmplx32 {
unsigned short leaf; // LF_COMPLEX32
float val_real; // real component
float val_imag; // imaginary component
} lfCmplx32;
// complex 64-bit leaf
typedef struct lfCmplx64 {
unsigned short leaf; // LF_COMPLEX64
double val_real; // real component
double val_imag; // imaginary component
} flCmplx64;
// complex 80-bit leaf
typedef struct lfCmplx80 {
unsigned short leaf; // LF_COMPLEX80
FLOAT10 val_real; // real component
FLOAT10 val_imag; // imaginary component
} lfCmplx80;
// complex 128-bit leaf
typedef struct lfCmplx128 {
unsigned short leaf; // LF_COMPLEX128
char val_real[16]; // real component
char val_imag[16]; // imaginary component
} lfCmplx128;
// variable length numeric field
typedef struct lfVarString {
unsigned short leaf; // LF_VARSTRING
unsigned short len; // length of value in bytes
unsigned char value[CV_ZEROLEN]; // value
} lfVarString;
//***********************************************************************
// index leaf - contains type index of another leaf
// a major use of this leaf is to allow the compilers to emit a
// long complex list (LF_FIELD) in smaller pieces.
typedef struct lfIndex {
unsigned short leaf; // LF_INDEX
CV_typ_t index; // type index of referenced leaf
} lfIndex;
// subfield record for base class field
typedef struct lfBClass {
unsigned short leaf; // LF_BCLASS
CV_typ_t index; // type index of base class
CV_fldattr_t attr; // attribute
unsigned char offset[CV_ZEROLEN]; // variable length offset of base within class
} lfBClass;
// subfield record for direct and indirect virtual base class field
typedef struct lfVBClass {
unsigned short leaf; // LF_VBCLASS | LV_IVBCLASS
CV_typ_t index; // type index of direct virtual base class
CV_typ_t vbptr; // type index of virtual base pointer
CV_fldattr_t attr; // attribute
unsigned char vbpoff[CV_ZEROLEN]; // virtual base pointer offset from address point
// followed by virtual base offset from vbtable
} lfVBClass;
// subfield record for friend class
typedef struct lfFriendCls {
unsigned short leaf; // LF_FRIENDCLS
CV_typ_t index; // index to type record of friend class
} lfFriendCls;
// subfield record for friend function
typedef struct lfFriendFcn {
unsigned short leaf; // LF_FRIENDFCN
CV_typ_t index; // index to type record of friend function
unsigned char Name[1]; // name of friend function
} lfFriendFcn;
// subfield record for non-static data members
typedef struct lfMember {
unsigned short leaf; // LF_MEMBER
CV_typ_t index; // index of type record for field
CV_fldattr_t attr; // attribute mask
unsigned char offset[CV_ZEROLEN]; // variable length offset of field followed
// by length prefixed name of field
} lfMember;
// type record for static data members
typedef struct lfSTMember {
unsigned short leaf; // LF_STMEMBER
CV_typ_t index; // index of type record for field
CV_fldattr_t attr; // attribute mask
unsigned char Name[1]; // length prefixed name of field
} lfSTMember;
// subfield record for virtual function table pointer
typedef struct lfVFuncTab {
unsigned short leaf; // LF_VFUNCTAB
CV_typ_t type; // type index of pointer
} lfVFuncTab;
// subfield record for virtual function table pointer with offset
typedef struct lfVFuncOff {
unsigned short leaf; // LF_VFUNCTAB
CV_typ_t type; // type index of pointer
CV_off32_t offset; // offset of virtual function table pointer
} lfVFuncOff;
// subfield record for overloaded method list
typedef struct lfMethod {
unsigned short leaf; // LF_METHOD
unsigned short count; // number of occurances of function
CV_typ_t mList; // index to LF_METHODLIST record
unsigned char Name[1]; // length prefixed name of method
} lfMethod;
// subfield record for nonoverloaded method
typedef struct lfOneMethod {
unsigned short leaf; // LF_ONEMETHOD
CV_fldattr_t attr; // method attribute
CV_typ_t index; // index to type record for procedure
unsigned long vbaseoff[CV_ZEROLEN]; // offset in vfunctable if
// intro virtual followed by
// length prefixed name of method
} lfOneMethod;
// subfield record for enumerate
typedef struct lfEnumerate {
unsigned short leaf; // LF_ENUMERATE
CV_fldattr_t attr; // access
unsigned char value[CV_ZEROLEN]; // variable length value field followed
// by length prefixed name
} lfEnumerate;
// type record for nested (scoped) type definition
typedef struct lfNestType {
unsigned short leaf; // LF_NESTTYPE
CV_typ_t index; // index of nested type definition
unsigned char Name[1]; // length prefixed type name
} lfNestType;
// type record for nested (scoped) type definition, with attributes
typedef struct lfNestTypeEx {
unsigned short leaf; // LF_NESTTYPEEX
CV_typ_t index; // index of nested type definition
CV_fldattr_t attr; // member access
unsigned char Name[1]; // length prefixed type name
} lfNestTypeEx;
// type record for modifications to members
typedef struct lfMemberModify {
unsigned short leaf; // LF_MEMBERMODIFY
CV_typ_t index; // index of base class type definition
CV_fldattr_t attr; // the new attributes
unsigned char Name[1]; // length prefixed member name
} lfMemberModify;
// type record for pad leaf
typedef struct lfPad {
unsigned char leaf;
} SYM_PAD;
// Symbol definitions
typedef enum SYM_ENUM_e {
S_COMPILE = 0x0001, // Compile flags symbol
S_REGISTER = 0x0002, // Register variable
S_CONSTANT = 0x0003, // constant symbol
S_UDT = 0x0004, // User defined type
S_SSEARCH = 0x0005, // Start Search
S_END = 0x0006, // Block, procedure, "with" or thunk end
S_SKIP = 0x0007, // Reserve symbol space in $$Symbols table
S_CVRESERVE = 0x0008, // Reserved symbol for CV internal use
S_OBJNAME = 0x0009, // path to object file name
S_ENDARG = 0x000a, // end of argument/return list
S_COBOLUDT = 0x000b, // special UDT for cobol that does not symbol pack
S_MANYREG = 0x000c, // multiple register variable
S_RETURN = 0x000d, // return description symbol
S_ENTRYTHIS = 0x000e, // description of this pointer on entry
S_BPREL16 = 0x0100, // BP-relative
S_LDATA16 = 0x0101, // Module-local symbol
S_GDATA16 = 0x0102, // Global data symbol
S_PUB16 = 0x0103, // a public symbol
S_LPROC16 = 0x0104, // Local procedure start
S_GPROC16 = 0x0105, // Global procedure start
S_THUNK16 = 0x0106, // Thunk Start
S_BLOCK16 = 0x0107, // block start
S_WITH16 = 0x0108, // with start
S_LABEL16 = 0x0109, // code label
S_CEXMODEL16 = 0x010a, // change execution model
S_VFTABLE16 = 0x010b, // address of virtual function table
S_REGREL16 = 0x010c, // register relative address
S_BPREL32 = 0x0200, // BP-relative
S_LDATA32 = 0x0201, // Module-local symbol
S_GDATA32 = 0x0202, // Global data symbol
S_PUB32 = 0x0203, // a public symbol (CV internal reserved)
S_LPROC32 = 0x0204, // Local procedure start
S_GPROC32 = 0x0205, // Global procedure start
S_THUNK32 = 0x0206, // Thunk Start
S_BLOCK32 = 0x0207, // block start
S_WITH32 = 0x0208, // with start
S_LABEL32 = 0x0209, // code label
S_CEXMODEL32 = 0x020a, // change execution model
S_VFTABLE32 = 0x020b, // address of virtual function table
S_REGREL32 = 0x020c, // register relative address
S_LTHREAD32 = 0x020d, // local thread storage
S_GTHREAD32 = 0x020e, // global thread storage
S_SLINK32 = 0x020f, // static link for MIPS EH implementation
S_LPROCMIPS = 0x0300, // Local procedure start
S_GPROCMIPS = 0x0301, // Global procedure start
S_PROCREF = 0x0400, // Reference to a procedure
S_DATAREF = 0x0401, // Reference to data
S_ALIGN = 0x0402, // Used for page alignment of symbols
S_LPROCREF = 0x0403 // Local Reference to a procedure
} SYM_ENUM_e;
// enum describing the compile flag source language
typedef enum CV_CFL_LANG {
CV_CFL_C = 0x00,
CV_CFL_CXX = 0x01,
CV_CFL_FORTRAN = 0x02,
CV_CFL_MASM = 0x03,
CV_CFL_PASCAL = 0x04,
CV_CFL_BASIC = 0x05,
CV_CFL_COBOL = 0x06,
CV_CFL_LINK = 0x07,
CV_CFL_CVTRES = 0x08,
} CV_CFL_LANG;
// enum describing target processor
typedef enum CV_CPU_TYPE_e {
CV_CFL_8080 = 0x00,
CV_CFL_8086 = 0x01,
CV_CFL_80286 = 0x02,
CV_CFL_80386 = 0x03,
CV_CFL_80486 = 0x04,
CV_CFL_PENTIUM = 0x05,
CV_CFL_MIPSR4000 = 0x10,
CV_CFL_M68000 = 0x20,
CV_CFL_M68010 = 0x21,
CV_CFL_M68020 = 0x22,
CV_CFL_M68030 = 0x23,
CV_CFL_M68040 = 0x24,
CV_CFL_ALPHA = 0x30,
CV_CFL_PPC601 = 0x40,
CV_CFL_PPC603 = 0x41,
CV_CFL_PPC604 = 0x42,
CV_CFL_PPC620 = 0x43
} CV_CPU_TYPE_e;
// enum describing compile flag ambiant data model
typedef enum CV_CFL_DATA {
CV_CFL_DNEAR = 0x00,
CV_CFL_DFAR = 0x01,
CV_CFL_DHUGE = 0x02
} CV_CFL_DATA;
// enum describing compile flag ambiant code model
typedef enum CV_CFL_CODE_e {
CV_CFL_CNEAR = 0x00,
CV_CFL_CFAR = 0x01,
CV_CFL_CHUGE = 0x02
} CV_CFL_CODE_e;
// enum describing compile flag target floating point package
typedef enum CV_CFL_FPKG_e {
CV_CFL_NDP = 0x00,
CV_CFL_EMU = 0x01,
CV_CFL_ALT = 0x02
} CV_CFL_FPKG_e;
// enum describing function return method
typedef struct CV_PROCFLAGS {
union {
unsigned char bAll;
struct {
unsigned char CV_PFLAG_NOFPO:1; // frame pointer present
unsigned char CV_PFLAG_INT :1; // interrupt return
unsigned char CV_PFLAG_FAR :1; // far return
unsigned char CV_PFLAG_NEVER:1; // function does not return
unsigned char unused :4; //
};
};
} CV_PROCFLAGS;
// enum describing function data return method
typedef enum CV_GENERIC_STYLE_e {
CV_GENERIC_VOID = 0x00, // void return type
CV_GENERIC_REG = 0x01, // return data is in registers
CV_GENERIC_ICAN = 0x02, // indirect caller allocated near
CV_GENERIC_ICAF = 0x03, // indirect caller allocated far
CV_GENERIC_IRAN = 0x04, // indirect returnee allocated near
CV_GENERIC_IRAF = 0x05, // indirect returnee allocated far
CV_GENERIC_UNUSED = 0x06 // first unused
} CV_GENERIC_STYLE_e;
typedef struct CV_GENERIC_FLAG {
unsigned short cstyle :1; // true push varargs right to left
unsigned short rsclean :1; // true if returnee stack cleanup
unsigned short unused :14; // unused
} CV_GENERIC_FLAG;
typedef struct SYMTYPE {
unsigned short reclen; // Record length
unsigned short rectyp; // Record type
char data[CV_ZEROLEN];
} SYMTYPE;
__INLINE SYMTYPE *NextSym (SYMTYPE * pSym) {
return (SYMTYPE *) ((char *)pSym + pSym->reclen + sizeof(unsigned short));
}
// non-model specific symbol types
typedef struct REGSYM {
unsigned short reclen; // Record length
unsigned short rectyp; // S_REGISTER
CV_typ_t typind; // Type index
unsigned short reg; // register enumerate
unsigned char name[1]; // Length-prefixed name
} REGSYM;
typedef struct MANYREGSYM {
unsigned short reclen; // Record length
unsigned short rectyp; // S_MANYREG
CV_typ_t typind; // Type index
unsigned char count; // count of number of registers
unsigned char reg[1]; // count register enumerates followed by
// length-prefixed name. Registers are
// most significant first.
} MANYREGSYM;
typedef struct CONSTSYM {
unsigned short reclen; // Record length
unsigned short rectyp; // S_CONSTANT
CV_typ_t typind; // Type index (containing enum if enumerate)
unsigned short value; // numeric leaf containing value
unsigned char name[CV_ZEROLEN]; // Length-prefixed name
} CONSTSYM;
typedef struct UDTSYM {
unsigned short reclen; // Record length
unsigned short rectyp; // S_UDT | S_COBOLUDT
CV_typ_t typind; // Type index
unsigned char name[1]; // Length-prefixed name
} UDTSYM;
typedef struct SEARCHSYM {
unsigned short reclen; // Record length
unsigned short rectyp; // S_SSEARCH
unsigned long startsym; // offset of the procedure
unsigned short seg; // segment of symbol
} SEARCHSYM;
typedef struct CFLAGSYM {
unsigned short reclen; // Record length
unsigned short rectyp; // S_COMPILE
unsigned char machine; // target processor
struct {
unsigned char language :8; // language index
unsigned char pcode :1; // true if pcode present
unsigned char floatprec :2; // floating precision
unsigned char floatpkg :2; // float package
unsigned char ambdata :3; // ambiant data model
unsigned char ambcode :3; // ambiant code model
unsigned char mode32 :1; // true if compiled 32 bit mode
unsigned char pad :4; // reserved
} flags;
unsigned char ver[1]; // Length-prefixed compiler version string
} CFLAGSYM;
typedef struct OBJNAMESYM {
unsigned short reclen; // Record length
unsigned short rectyp; // S_OBJNAME
unsigned long signature; // signature
unsigned char name[1]; // Length-prefixed name
} OBJNAMESYM;
typedef struct ENDARGSYM {
unsigned short reclen; // Record length
unsigned short rectyp; // S_ENDARG
} ENDARGSYM;
typedef struct RETURNSYM {
unsigned short reclen; // Record length
unsigned short rectyp; // S_RETURN
CV_GENERIC_FLAG flags; // flags
CV_GENERIC_STYLE_e style; // return style
// followed by return method data
} RETURNSYM;
typedef struct ENTRYTHISSYM {
unsigned short reclen; // Record length
unsigned short rectyp; // S_ENTRYTHIS
unsigned char thissym; // symbol describing this pointer on entry
} ENTRYTHISSYM;
// symbol types for 16:16 memory model
typedef struct BPRELSYM16 {
unsigned short reclen; // Record length
unsigned short rectyp; // S_BPREL16
CV_off16_t off; // BP-relative offset
CV_typ_t typind; // Type index
unsigned char name[1]; // Length-prefixed name
} BPRELSYM16;
typedef struct DATASYM16 {
unsigned short reclen; // Record length
unsigned short rectyp; // S_LDATA or S_GDATA
CV_uoff16_t off; // offset of symbol
unsigned short seg; // segment of symbol
CV_typ_t typind; // Type index
unsigned char name[1]; // Length-prefixed name
} DATASYM16;
typedef DATASYM16 PUBSYM16;
typedef struct PROCSYM16 {
unsigned short reclen; // Record length
unsigned short rectyp; // S_GPROC16 or S_LPROC16
unsigned long pParent; // pointer to the parent
unsigned long pEnd; // pointer to this blocks end
unsigned long pNext; // pointer to next symbol
unsigned short len; // Proc length
unsigned short DbgStart; // Debug start offset
unsigned short DbgEnd; // Debug end offset
CV_uoff16_t off; // offset of symbol
unsigned short seg; // segment of symbol
CV_typ_t typind; // Type index
CV_PROCFLAGS flags; // Proc flags
unsigned char name[1]; // Length-prefixed name
} PROCSYM16;
typedef struct THUNKSYM16 {
unsigned short reclen; // Record length
unsigned short rectyp; // S_THUNK
unsigned long pParent; // pointer to the parent
unsigned long pEnd; // pointer to this blocks end
unsigned long pNext; // pointer to next symbol
CV_uoff16_t off; // offset of symbol
unsigned short seg; // segment of symbol
unsigned short len; // length of thunk
unsigned char ord; // ordinal specifying type of thunk
unsigned char name[1]; // name of thunk
unsigned char variant[CV_ZEROLEN]; // variant portion of thunk
} THUNKSYM16;
typedef enum {
THUNK_ORDINAL_NOTYPE,
THUNK_ORDINAL_ADJUSTOR,
THUNK_ORDINAL_VCALL,
THUNK_ORDINAL_PCODE
} THUNK_ORDINAL;
typedef struct LABELSYM16 {
unsigned short reclen; // Record length
unsigned short rectyp; // S_LABEL16
CV_uoff16_t off; // offset of symbol
unsigned short seg; // segment of symbol
CV_PROCFLAGS flags; // flags
unsigned char name[1]; // Length-prefixed name
} LABELSYM16;
typedef struct BLOCKSYM16 {
unsigned short reclen; // Record length
unsigned short rectyp; // S_BLOCK16
unsigned long pParent; // pointer to the parent
unsigned long pEnd; // pointer to this blocks end
unsigned short len; // Block length
CV_uoff16_t off; // offset of symbol
unsigned short seg; // segment of symbol
unsigned char name[1]; // Length-prefixed name
} BLOCKSYM16;
typedef struct WITHSYM16 {
unsigned short reclen; // Record length
unsigned short rectyp; // S_WITH16
unsigned long pParent; // pointer to the parent
unsigned long pEnd; // pointer to this blocks end
unsigned short len; // Block length
CV_uoff16_t off; // offset of symbol
unsigned short seg; // segment of symbol
unsigned char expr[1]; // Length-prefixed expression
} WITHSYM16;
typedef enum CEXM_MODEL_e {
CEXM_MDL_table = 0x00, // not executable
CEXM_MDL_jumptable = 0x01, // Compiler generated jump table
CEXM_MDL_datapad = 0x02, // Data padding for alignment
CEXM_MDL_native = 0x20, // native (actually not-pcode)
CEXM_MDL_cobol = 0x21, // cobol
CEXM_MDL_codepad = 0x22, // Code padding for alignment
CEXM_MDL_code = 0x23, // code
CEXM_MDL_SQL = 0x30, // SQL
CEXM_MDL_pcode = 0x40, // pcode
CEXM_MDL_pcode32Mac = 0x41, // macintosh 32 bit pcode
CEXM_MDL_pcode32MacNep = 0x42 // macintosh 32 bit pcode native entry point
} CEXM_MODEL_e;
typedef enum CV_COBOL_e {
CV_COBOL_dontstop,
CV_COBOL_pfm,
CV_COBOL_false,
CV_COBOL_extcall
} CV_COBOL_e;
typedef struct CEXMSYM16 {
unsigned short reclen; // Record length
unsigned short rectyp; // S_CEXMODEL16
CV_uoff16_t off; // offset of symbol
unsigned short seg; // segment of symbol
unsigned short model; // execution model
union var16 {
struct {
CV_uoff16_t pcdtable; // offset to pcode function table
CV_uoff16_t pcdspi; // offset to segment pcode information
} pcode;
struct {
unsigned short subtype; // see CV_COBOL_e above
unsigned short flag;
} cobol;
};
} CEXMSYM16;
typedef struct VPATHSYM16 {
unsigned short reclen; // record length
unsigned short rectyp; // S_VFTPATH16
CV_uoff16_t off; // offset of virtual function table
unsigned short seg; // segment of virtual function table
CV_typ_t root; // type index of the root of path
CV_typ_t path; // type index of the path record
} VPATHSYM16;
typedef struct REGREL16 {
unsigned short reclen; // Record length
unsigned short rectyp; // S_REGREL16
CV_uoff16_t off; // offset of symbol
unsigned short reg; // register index
CV_typ_t typind; // Type index
unsigned char name[1]; // Length-prefixed name
} REGREL16;
typedef struct BPRELSYM32 {
unsigned short reclen; // Record length
unsigned short rectyp; // S_BPREL32
CV_off32_t off; // BP-relative offset
CV_typ_t typind; // Type index
unsigned char name[1]; // Length-prefixed name
} BPRELSYM32;
typedef struct DATASYM32 {
unsigned short reclen; // Record length
unsigned short rectyp; // S_LDATA32, S_GDATA32 or S_PUB32
CV_uoff32_t off;
unsigned short seg;
CV_typ_t typind; // Type index
unsigned char name[1]; // Length-prefixed name
} DATASYM32;
typedef DATASYM32 PUBSYM32;
typedef struct PROCSYM32 {
unsigned short reclen; // Record length
unsigned short rectyp; // S_GPROC32 or S_LPROC32
unsigned long pParent; // pointer to the parent
unsigned long pEnd; // pointer to this blocks end
unsigned long pNext; // pointer to next symbol
unsigned long len; // Proc length
unsigned long DbgStart; // Debug start offset
unsigned long DbgEnd; // Debug end offset
CV_uoff32_t off;
unsigned short seg;
CV_typ_t typind; // Type index
CV_PROCFLAGS flags; // Proc flags
unsigned char name[1]; // Length-prefixed name
} PROCSYM32;
typedef struct THUNKSYM32 {
unsigned short reclen; // Record length
unsigned short rectyp; // S_THUNK32
unsigned long pParent; // pointer to the parent
unsigned long pEnd; // pointer to this blocks end
unsigned long pNext; // pointer to next symbol
CV_uoff32_t off;
unsigned short seg;
unsigned short len; // length of thunk
unsigned char ord; // ordinal specifying type of thunk
unsigned char name[1]; // Length-prefixed name
unsigned char variant[CV_ZEROLEN]; // variant portion of thunk
} THUNKSYM32;
typedef struct LABELSYM32 {
unsigned short reclen; // Record length
unsigned short rectyp; // S_LABEL32
CV_uoff32_t off;
unsigned short seg;
CV_PROCFLAGS flags; // flags
unsigned char name[1]; // Length-prefixed name
} LABELSYM32;
typedef struct BLOCKSYM32 {
unsigned short reclen; // Record length
unsigned short rectyp; // S_BLOCK32
unsigned long pParent; // pointer to the parent
unsigned long pEnd; // pointer to this blocks end
unsigned long len; // Block length
CV_uoff32_t off; // Offset in code segment
unsigned short seg; // segment of label
unsigned char name[1]; // Length-prefixed name
} BLOCKSYM32;
typedef struct WITHSYM32 {
unsigned short reclen; // Record length
unsigned short rectyp; // S_WITH32
unsigned long pParent; // pointer to the parent
unsigned long pEnd; // pointer to this blocks end
unsigned long len; // Block length
CV_uoff32_t off; // Offset in code segment
unsigned short seg; // segment of label
unsigned char expr[1]; // Length-prefixed expression string
} WITHSYM32;
typedef struct CEXMSYM32 {
unsigned short reclen; // Record length
unsigned short rectyp; // S_CEXMODEL32
CV_uoff32_t off; // offset of symbol
unsigned short seg; // segment of symbol
unsigned short model; // execution model
union var32 {
struct {
CV_uoff32_t pcdtable; // offset to pcode function table
CV_uoff32_t pcdspi; // offset to segment pcode information
} pcode;
struct {
unsigned short subtype; // see CV_COBOL_e above
unsigned short flag;
} cobol;
struct {
CV_uoff32_t calltableOff; // offset to function table
unsigned short calltableSeg; // segment of function table
} pcode32Mac;
};
} CEXMSYM32;
typedef struct VPATHSYM32 {
unsigned short reclen; // record length
unsigned short rectyp; // S_VFTPATH32
CV_uoff32_t off; // offset of virtual function table
unsigned short seg; // segment of virtual function table
CV_typ_t root; // type index of the root of path
CV_typ_t path; // type index of the path record
} VPATHSYM32;
typedef struct REGREL32 {
unsigned short reclen; // Record length
unsigned short rectyp; // S_REGREL32
CV_uoff32_t off; // offset of symbol
unsigned short reg; // register index for symbol
CV_typ_t typind; // Type index
unsigned char name[1]; // Length-prefixed name
} REGREL32;
typedef struct THREADSYM32 {
unsigned short reclen; // record length
unsigned short rectyp; // S_LTHREAD32 | S_GTHREAD32
CV_uoff32_t off; // offset into thread storage
unsigned short seg; // segment of thread storage
CV_typ_t typind; // type index
unsigned char name[1]; // length prefixed name
} THREADSYM32;
typedef struct SLINK32 {
unsigned short reclen; // record length
unsigned short rectyp; // S_SLINK32
unsigned long framesize; // frame size of parent procedure
CV_off32_t off; // signed offset where the static link was saved relative to the value of reg
unsigned short reg;
} SLINK32;
typedef struct PROCSYMMIPS {
unsigned short reclen; // Record length
unsigned short rectyp; // S_GPROCMIPS or S_LPROCMIPS
unsigned long pParent; // pointer to the parent
unsigned long pEnd; // pointer to this blocks end
unsigned long pNext; // pointer to next symbol
unsigned long len; // Proc length
unsigned long DbgStart; // Debug start offset
unsigned long DbgEnd; // Debug end offset
unsigned long regSave; // int register save mask
unsigned long fpSave; // fp register save mask
CV_uoff32_t intOff; // int register save offset
CV_uoff32_t fpOff; // fp register save offset
CV_uoff32_t off; // Symbol offset
unsigned short seg; // Symbol segment
CV_typ_t typind; // Type index
unsigned char retReg; // Register return value is in
unsigned char frameReg; // Frame pointer register
unsigned char name[1]; // Length-prefixed name
} PROCSYMMIPS;
typedef struct REFSYM {
unsigned short reclen; // Record length
unsigned short rectyp; // S_PROCREF or S_DATAREF
unsigned long sumName; // SUC of the name
unsigned long ibSym; // Offset of actual symbol in $$Symbols
unsigned short imod; // Module containing the actual symbol
unsigned short usFill; // align this record
} REFSYM;
typedef struct ALIGNSYM {
unsigned short reclen; // Record length
unsigned short rectyp; // S_PROCREF or S_DATAREF
} ALIGNSYM;
// generic block definition symbols
// these are similar to the equivalent 16:16 or 16:32 symbols but
// only define the length, type and linkage fields
typedef struct PROCSYM {
unsigned short reclen; // Record length
unsigned short rectyp; // S_GPROC16 or S_LPROC16
unsigned long pParent; // pointer to the parent
unsigned long pEnd; // pointer to this blocks end
unsigned long pNext; // pointer to next symbol
} PROCSYM;
typedef struct THUNKSYM {
unsigned short reclen; // Record length
unsigned short rectyp; // S_THUNK
unsigned long pParent; // pointer to the parent
unsigned long pEnd; // pointer to this blocks end
unsigned long pNext; // pointer to next symbol
} THUNKSYM;
typedef struct BLOCKSYM {
unsigned short reclen; // Record length
unsigned short rectyp; // S_BLOCK16
unsigned long pParent; // pointer to the parent
unsigned long pEnd; // pointer to this blocks end
} BLOCKSYM;
typedef struct WITHSYM {
unsigned short reclen; // Record length
unsigned short rectyp; // S_WITH16
unsigned long pParent; // pointer to the parent
unsigned long pEnd; // pointer to this blocks end
} WITHSYM;
typedef enum CV_HREG_e {
// Register set for the Intel 80x86 and ix86 processor series
// (plus PCODE registers)
CV_REG_NONE = 0,
CV_REG_AL = 1,
CV_REG_CL = 2,
CV_REG_DL = 3,
CV_REG_BL = 4,
CV_REG_AH = 5,
CV_REG_CH = 6,
CV_REG_DH = 7,
CV_REG_BH = 8,
CV_REG_AX = 9,
CV_REG_CX = 10,
CV_REG_DX = 11,
CV_REG_BX = 12,
CV_REG_SP = 13,
CV_REG_BP = 14,
CV_REG_SI = 15,
CV_REG_DI = 16,
CV_REG_EAX = 17,
CV_REG_ECX = 18,
CV_REG_EDX = 19,
CV_REG_EBX = 20,
CV_REG_ESP = 21,
CV_REG_EBP = 22,
CV_REG_ESI = 23,
CV_REG_EDI = 24,
CV_REG_ES = 25,
CV_REG_CS = 26,
CV_REG_SS = 27,
CV_REG_DS = 28,
CV_REG_FS = 29,
CV_REG_GS = 30,
CV_REG_IP = 31,
CV_REG_FLAGS = 32,
CV_REG_EIP = 33,
CV_REG_EFLAGS = 34,
CV_REG_TEMP = 40, // PCODE Temp
CV_REG_TEMPH = 41, // PCODE TempH
CV_REG_QUOTE = 42, // PCODE Quote
CV_REG_PCDR3 = 43, // PCODE reserved
CV_REG_PCDR4 = 44, // PCODE reserved
CV_REG_PCDR5 = 45, // PCODE reserved
CV_REG_PCDR6 = 46, // PCODE reserved
CV_REG_PCDR7 = 47, // PCODE reserved
CV_REG_CR0 = 80, // CR0 -- control registers
CV_REG_CR1 = 81,
CV_REG_CR2 = 82,
CV_REG_CR3 = 83,
CV_REG_CR4 = 84, // Pentium
CV_REG_DR0 = 90, // Debug register
CV_REG_DR1 = 91,
CV_REG_DR2 = 92,
CV_REG_DR3 = 93,
CV_REG_DR4 = 94,
CV_REG_DR5 = 95,
CV_REG_DR6 = 96,
CV_REG_DR7 = 97,
CV_REG_GDTR = 110,
CV_REG_GDTL = 111,
CV_REG_IDTR = 112,
CV_REG_IDTL = 113,
CV_REG_LDTR = 114,
CV_REG_TR = 115,
CV_REG_PSEUDO1 = 116,
CV_REG_PSEUDO2 = 117,
CV_REG_PSEUDO3 = 118,
CV_REG_PSEUDO4 = 119,
CV_REG_PSEUDO5 = 120,
CV_REG_PSEUDO6 = 121,
CV_REG_PSEUDO7 = 122,
CV_REG_PSEUDO8 = 123,
CV_REG_PSEUDO9 = 124,
CV_REG_ST0 = 128,
CV_REG_ST1 = 129,
CV_REG_ST2 = 130,
CV_REG_ST3 = 131,
CV_REG_ST4 = 132,
CV_REG_ST5 = 133,
CV_REG_ST6 = 134,
CV_REG_ST7 = 135,
CV_REG_CTRL = 136,
CV_REG_STAT = 137,
CV_REG_TAG = 138,
CV_REG_FPIP = 139,
CV_REG_FPCS = 140,
CV_REG_FPDO = 141,
CV_REG_FPDS = 142,
CV_REG_ISEM = 143,
CV_REG_FPEIP = 144,
CV_REG_FPEDO = 145,
// registers for the 68K processors
CV_R68_D0 = 0,
CV_R68_D1 = 1,
CV_R68_D2 = 2,
CV_R68_D3 = 3,
CV_R68_D4 = 4,
CV_R68_D5 = 5,
CV_R68_D6 = 6,
CV_R68_D7 = 7,
CV_R68_A0 = 8,
CV_R68_A1 = 9,
CV_R68_A2 = 10,
CV_R68_A3 = 11,
CV_R68_A4 = 12,
CV_R68_A5 = 13,
CV_R68_A6 = 14,
CV_R68_A7 = 15,
CV_R68_CCR = 16,
CV_R68_SR = 17,
CV_R68_USP = 18,
CV_R68_MSP = 19,
CV_R68_SFC = 20,
CV_R68_DFC = 21,
CV_R68_CACR = 22,
CV_R68_VBR = 23,
CV_R68_CAAR = 24,
CV_R68_ISP = 25,
CV_R68_PC = 26,
//reserved 27
CV_R68_FPCR = 28,
CV_R68_FPSR = 29,
CV_R68_FPIAR = 30,
//reserved 31
CV_R68_FP0 = 32,
CV_R68_FP1 = 33,
CV_R68_FP2 = 34,
CV_R68_FP3 = 35,
CV_R68_FP4 = 36,
CV_R68_FP5 = 37,
CV_R68_FP6 = 38,
CV_R68_FP7 = 39,
//reserved 40
CV_R68_MMUSR030 = 41,
CV_R68_MMUSR = 42,
CV_R68_URP = 43,
CV_R68_DTT0 = 44,
CV_R68_DTT1 = 45,
CV_R68_ITT0 = 46,
CV_R68_ITT1 = 47,
//reserved 50
CV_R68_PSR = 51,
CV_R68_PCSR = 52,
CV_R68_VAL = 53,
CV_R68_CRP = 54,
CV_R68_SRP = 55,
CV_R68_DRP = 56,
CV_R68_TC = 57,
CV_R68_AC = 58,
CV_R68_SCC = 59,
CV_R68_CAL = 60,
CV_R68_TT0 = 61,
CV_R68_TT1 = 62,
//reserved 63
CV_R68_BAD0 = 64,
CV_R68_BAD1 = 65,
CV_R68_BAD2 = 66,
CV_R68_BAD3 = 67,
CV_R68_BAD4 = 68,
CV_R68_BAD5 = 69,
CV_R68_BAD6 = 70,
CV_R68_BAD7 = 71,
CV_R68_BAC0 = 72,
CV_R68_BAC1 = 73,
CV_R68_BAC2 = 74,
CV_R68_BAC3 = 75,
CV_R68_BAC4 = 76,
CV_R68_BAC5 = 77,
CV_R68_BAC6 = 78,
CV_R68_BAC7 = 79,
// Register set for the MIPS 4000
CV_M4_NOREG = CV_REG_NONE,
CV_M4_IntZERO = 10, /* CPU REGISTER */
CV_M4_IntAT = 11,
CV_M4_IntV0 = 12,
CV_M4_IntV1 = 13,
CV_M4_IntA0 = 14,
CV_M4_IntA1 = 15,
CV_M4_IntA2 = 16,
CV_M4_IntA3 = 17,
CV_M4_IntT0 = 18,
CV_M4_IntT1 = 19,
CV_M4_IntT2 = 20,
CV_M4_IntT3 = 21,
CV_M4_IntT4 = 22,
CV_M4_IntT5 = 23,
CV_M4_IntT6 = 24,
CV_M4_IntT7 = 25,
CV_M4_IntS0 = 26,
CV_M4_IntS1 = 27,
CV_M4_IntS2 = 28,
CV_M4_IntS3 = 29,
CV_M4_IntS4 = 30,
CV_M4_IntS5 = 31,
CV_M4_IntS6 = 32,
CV_M4_IntS7 = 33,
CV_M4_IntT8 = 34,
CV_M4_IntT9 = 35,
CV_M4_IntKT0 = 36,
CV_M4_IntKT1 = 37,
CV_M4_IntGP = 38,
CV_M4_IntSP = 39,
CV_M4_IntS8 = 40,
CV_M4_IntRA = 41,
CV_M4_IntLO = 42,
CV_M4_IntHI = 43,
CV_M4_Fir = 50,
CV_M4_Psr = 51,
CV_M4_FltF0 = 60, /* Floating point registers */
CV_M4_FltF1 = 61,
CV_M4_FltF2 = 62,
CV_M4_FltF3 = 63,
CV_M4_FltF4 = 64,
CV_M4_FltF5 = 65,
CV_M4_FltF6 = 66,
CV_M4_FltF7 = 67,
CV_M4_FltF8 = 68,
CV_M4_FltF9 = 69,
CV_M4_FltF10 = 70,
CV_M4_FltF11 = 71,
CV_M4_FltF12 = 72,
CV_M4_FltF13 = 73,
CV_M4_FltF14 = 74,
CV_M4_FltF15 = 75,
CV_M4_FltF16 = 76,
CV_M4_FltF17 = 77,
CV_M4_FltF18 = 78,
CV_M4_FltF19 = 79,
CV_M4_FltF20 = 80,
CV_M4_FltF21 = 81,
CV_M4_FltF22 = 82,
CV_M4_FltF23 = 83,
CV_M4_FltF24 = 84,
CV_M4_FltF25 = 85,
CV_M4_FltF26 = 86,
CV_M4_FltF27 = 87,
CV_M4_FltF28 = 88,
CV_M4_FltF29 = 89,
CV_M4_FltF30 = 90,
CV_M4_FltF31 = 91,
CV_M4_FltFsr = 92,
// Register set for the ALPHA AXP
CV_ALPHA_NOREG = CV_REG_NONE,
CV_ALPHA_FltF0 = 10, // Floating point registers
CV_ALPHA_FltF1 = 11,
CV_ALPHA_FltF2 = 12,
CV_ALPHA_FltF3 = 13,
CV_ALPHA_FltF4 = 14,
CV_ALPHA_FltF5 = 15,
CV_ALPHA_FltF6 = 16,
CV_ALPHA_FltF7 = 17,
CV_ALPHA_FltF8 = 18,
CV_ALPHA_FltF9 = 19,
CV_ALPHA_FltF10 = 20,
CV_ALPHA_FltF11 = 21,
CV_ALPHA_FltF12 = 22,
CV_ALPHA_FltF13 = 23,
CV_ALPHA_FltF14 = 24,
CV_ALPHA_FltF15 = 25,
CV_ALPHA_FltF16 = 26,
CV_ALPHA_FltF17 = 27,
CV_ALPHA_FltF18 = 28,
CV_ALPHA_FltF19 = 29,
CV_ALPHA_FltF20 = 30,
CV_ALPHA_FltF21 = 31,
CV_ALPHA_FltF22 = 32,
CV_ALPHA_FltF23 = 33,
CV_ALPHA_FltF24 = 34,
CV_ALPHA_FltF25 = 35,
CV_ALPHA_FltF26 = 36,
CV_ALPHA_FltF27 = 37,
CV_ALPHA_FltF28 = 38,
CV_ALPHA_FltF29 = 39,
CV_ALPHA_FltF30 = 40,
CV_ALPHA_FltF31 = 41,
CV_ALPHA_IntV0 = 42, // Integer registers
CV_ALPHA_IntT0 = 43,
CV_ALPHA_IntT1 = 44,
CV_ALPHA_IntT2 = 45,
CV_ALPHA_IntT3 = 46,
CV_ALPHA_IntT4 = 47,
CV_ALPHA_IntT5 = 48,
CV_ALPHA_IntT6 = 49,
CV_ALPHA_IntT7 = 50,
CV_ALPHA_IntS0 = 51,
CV_ALPHA_IntS1 = 52,
CV_ALPHA_IntS2 = 53,
CV_ALPHA_IntS3 = 54,
CV_ALPHA_IntS4 = 55,
CV_ALPHA_IntS5 = 56,
CV_ALPHA_IntFP = 57,
CV_ALPHA_IntA0 = 58,
CV_ALPHA_IntA1 = 59,
CV_ALPHA_IntA2 = 60,
CV_ALPHA_IntA3 = 61,
CV_ALPHA_IntA4 = 62,
CV_ALPHA_IntA5 = 63,
CV_ALPHA_IntT8 = 64,
CV_ALPHA_IntT9 = 65,
CV_ALPHA_IntT10 = 66,
CV_ALPHA_IntT11 = 67,
CV_ALPHA_IntRA = 68,
CV_ALPHA_IntT12 = 69,
CV_ALPHA_IntAT = 70,
CV_ALPHA_IntGP = 71,
CV_ALPHA_IntSP = 72,
CV_ALPHA_IntZERO = 73,
CV_ALPHA_Fpcr = 74, // Control registers
CV_ALPHA_Fir = 75,
CV_ALPHA_Psr = 76,
CV_ALPHA_FltFsr = 77,
CV_ALPHA_SoftFpcr = 78,
// Register Set for Motorola/IBM PowerPC
/*
** PowerPC General Registers ( User Level )
*/
CV_PPC_GPR0 = 1,
CV_PPC_GPR1 = 2,
CV_PPC_GPR2 = 3,
CV_PPC_GPR3 = 4,
CV_PPC_GPR4 = 5,
CV_PPC_GPR5 = 6,
CV_PPC_GPR6 = 7,
CV_PPC_GPR7 = 8,
CV_PPC_GPR8 = 9,
CV_PPC_GPR9 = 10,
CV_PPC_GPR10 = 11,
CV_PPC_GPR11 = 12,
CV_PPC_GPR12 = 13,
CV_PPC_GPR13 = 14,
CV_PPC_GPR14 = 15,
CV_PPC_GPR15 = 16,
CV_PPC_GPR16 = 17,
CV_PPC_GPR17 = 18,
CV_PPC_GPR18 = 19,
CV_PPC_GPR19 = 20,
CV_PPC_GPR20 = 21,
CV_PPC_GPR21 = 22,
CV_PPC_GPR22 = 23,
CV_PPC_GPR23 = 24,
CV_PPC_GPR24 = 25,
CV_PPC_GPR25 = 26,
CV_PPC_GPR26 = 27,
CV_PPC_GPR27 = 28,
CV_PPC_GPR28 = 29,
CV_PPC_GPR29 = 30,
CV_PPC_GPR30 = 31,
CV_PPC_GPR31 = 32,
/*
** PowerPC Condition Register ( User Level )
*/
CV_PPC_CR = 33,
CV_PPC_CR0 = 34,
CV_PPC_CR1 = 35,
CV_PPC_CR2 = 36,
CV_PPC_CR3 = 37,
CV_PPC_CR4 = 38,
CV_PPC_CR5 = 39,
CV_PPC_CR6 = 40,
CV_PPC_CR7 = 41,
/*
** PowerPC Floating Point Registers ( User Level )
*/
CV_PPC_FPR0 = 42,
CV_PPC_FPR1 = 43,
CV_PPC_FPR2 = 44,
CV_PPC_FPR3 = 45,
CV_PPC_FPR4 = 46,
CV_PPC_FPR5 = 47,
CV_PPC_FPR6 = 48,
CV_PPC_FPR7 = 49,
CV_PPC_FPR8 = 50,
CV_PPC_FPR9 = 51,
CV_PPC_FPR10 = 52,
CV_PPC_FPR11 = 53,
CV_PPC_FPR12 = 54,
CV_PPC_FPR13 = 55,
CV_PPC_FPR14 = 56,
CV_PPC_FPR15 = 57,
CV_PPC_FPR16 = 58,
CV_PPC_FPR17 = 59,
CV_PPC_FPR18 = 60,
CV_PPC_FPR19 = 61,
CV_PPC_FPR20 = 62,
CV_PPC_FPR21 = 63,
CV_PPC_FPR22 = 64,
CV_PPC_FPR23 = 65,
CV_PPC_FPR24 = 66,
CV_PPC_FPR25 = 67,
CV_PPC_FPR26 = 68,
CV_PPC_FPR27 = 69,
CV_PPC_FPR28 = 70,
CV_PPC_FPR29 = 71,
CV_PPC_FPR30 = 72,
CV_PPC_FPR31 = 73,
/*
** PowerPC Floating Point Status and Control Register ( User Level )
*/
CV_PPC_FPSCR = 74,
/*
** PowerPC Machine State Register ( Supervisor Level )
*/
CV_PPC_MSR = 75,
/*
** PowerPC Segment Registers ( Supervisor Level )
*/
CV_PPC_SR0 = 76,
CV_PPC_SR1 = 77,
CV_PPC_SR2 = 78,
CV_PPC_SR3 = 79,
CV_PPC_SR4 = 80,
CV_PPC_SR5 = 81,
CV_PPC_SR6 = 82,
CV_PPC_SR7 = 83,
CV_PPC_SR8 = 84,
CV_PPC_SR9 = 85,
CV_PPC_SR10 = 86,
CV_PPC_SR11 = 87,
CV_PPC_SR12 = 88,
CV_PPC_SR13 = 89,
CV_PPC_SR14 = 90,
CV_PPC_SR15 = 91,
/*
** For all of the special purpose registers add 100 to the SPR# that the
** Motorola/IBM documentation gives with the exception of any imaginary
** registers.
*/
/*
** PowerPC Special Purpose Registers ( User Level )
*/
CV_PPC_PC = 99, // PC (imaginary register)
CV_PPC_MQ = 100, // MPC601
CV_PPC_XER = 101,
CV_PPC_RTCU = 104, // MPC601
CV_PPC_RTCL = 105, // MPC601
CV_PPC_LR = 108,
CV_PPC_CTR = 109,
CV_PPC_COMPARE = 110, // part of XER (internal to the debugger only)
CV_PPC_COUNT = 111, // part of XER (internal to the debugger only)
/*
** PowerPC Special Purpose Registers ( Supervisor Level )
*/
CV_PPC_DSISR = 118,
CV_PPC_DAR = 119,
CV_PPC_DEC = 122,
CV_PPC_SDR1 = 125,
CV_PPC_SRR0 = 126,
CV_PPC_SRR1 = 127,
CV_PPC_SPRG0 = 372,
CV_PPC_SPRG1 = 373,
CV_PPC_SPRG2 = 374,
CV_PPC_SPRG3 = 375,
CV_PPC_ASR = 280, // 64-bit implementations only
CV_PPC_EAR = 382,
CV_PPC_PVR = 287,
CV_PPC_BAT0U = 628,
CV_PPC_BAT0L = 629,
CV_PPC_BAT1U = 630,
CV_PPC_BAT1L = 631,
CV_PPC_BAT2U = 632,
CV_PPC_BAT2L = 633,
CV_PPC_BAT3U = 634,
CV_PPC_BAT3L = 635,
CV_PPC_DBAT0U = 636,
CV_PPC_DBAT0L = 637,
CV_PPC_DBAT1U = 638,
CV_PPC_DBAT1L = 639,
CV_PPC_DBAT2U = 640,
CV_PPC_DBAT2L = 641,
CV_PPC_DBAT3U = 642,
CV_PPC_DBAT3L = 643,
/*
** PowerPC Special Purpose Registers Implementation Dependent ( Supervisor Level )
*/
/*
** Doesn't appear that IBM/Motorola has finished defining these.
*/
CV_PPC_PMR0 = 1044, // MPC620,
CV_PPC_PMR1 = 1045, // MPC620,
CV_PPC_PMR2 = 1046, // MPC620,
CV_PPC_PMR3 = 1047, // MPC620,
CV_PPC_PMR4 = 1048, // MPC620,
CV_PPC_PMR5 = 1049, // MPC620,
CV_PPC_PMR6 = 1050, // MPC620,
CV_PPC_PMR7 = 1051, // MPC620,
CV_PPC_PMR8 = 1052, // MPC620,
CV_PPC_PMR9 = 1053, // MPC620,
CV_PPC_PMR10 = 1054, // MPC620,
CV_PPC_PMR11 = 1055, // MPC620,
CV_PPC_PMR12 = 1056, // MPC620,
CV_PPC_PMR13 = 1057, // MPC620,
CV_PPC_PMR14 = 1058, // MPC620,
CV_PPC_PMR15 = 1059, // MPC620,
CV_PPC_DMISS = 1076, // MPC603
CV_PPC_DCMP = 1077, // MPC603
CV_PPC_HASH1 = 1078, // MPC603
CV_PPC_HASH2 = 1079, // MPC603
CV_PPC_IMISS = 1080, // MPC603
CV_PPC_ICMP = 1081, // MPC603
CV_PPC_RPA = 1082, // MPC603
CV_PPC_HID0 = 1108, // MPC601, MPC603, MPC620
CV_PPC_HID1 = 1109, // MPC601
CV_PPC_HID2 = 1110, // MPC601, MPC603, MPC620 ( IABR )
CV_PPC_HID3 = 1111, // Not Defined
CV_PPC_HID4 = 1112, // Not Defined
CV_PPC_HID5 = 1113, // MPC601, MPC604, MPC620 ( DABR )
CV_PPC_HID6 = 1114, // Not Defined
CV_PPC_HID7 = 1115, // Not Defined
CV_PPC_HID8 = 1116, // MPC620 ( BUSCSR )
CV_PPC_HID9 = 1117, // MPC620 ( L2CSR )
CV_PPC_HID10 = 1118, // Not Defined
CV_PPC_HID11 = 1119, // Not Defined
CV_PPC_HID12 = 1120, // Not Defined
CV_PPC_HID13 = 1121, // MPC604 ( HCR )
CV_PPC_HID14 = 1122, // Not Defined
CV_PPC_HID15 = 1123, // MPC601, MPC604, MPC620 ( PIR )
// JAVA VM registers
CV_JAVA_PC = 1,
} CV_HREG_e;
#pragma pack ( pop )
#endif /* CC_CVTYPE32 */
#endif /* CV_INFO_INCLUDED */
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