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windows-server-2003/enduser/published/inc/msasn1.w

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/* Copyright (C) Boris Nikolaus, Germany, 1996-1997. All rights reserved. */
/* Copyright (C) Microsoft Corporation 1997-1998, All rights reserved. */
#ifndef __MS_ASN1_H__
#define __MS_ASN1_H__
#include <pshpack8.h> /* Assume 8 byte packing throughout */
#ifdef __cplusplus
extern "C" {
#endif
/* ------ Basic integer types ------ */
typedef unsigned char ASN1uint8_t;
typedef signed char ASN1int8_t;
typedef unsigned short ASN1uint16_t;
typedef signed short ASN1int16_t;
typedef unsigned long ASN1uint32_t;
typedef signed long ASN1int32_t;
/* ------ Function modifiers ------ */
#ifdef ASN1LIB
#define ASN1_PUBLIC
#elif defined(ASN1C)
#define ASN1_PUBLIC
#else
#define ASN1_PUBLIC __declspec(dllimport)
#endif
#define ASN1API __stdcall
#define ASN1CALL __stdcall
/* ------ Basic ASN.1 types ------ */
typedef ASN1uint8_t ASN1octet_t;
typedef ASN1uint8_t ASN1bool_t;
typedef struct tagASN1intx_t
{
ASN1uint32_t length;
ASN1octet_t *value;
}
ASN1intx_t;
typedef struct tagASN1octetstring_t
{
ASN1uint32_t length;
ASN1octet_t *value;
}
ASN1octetstring_t;
typedef struct tagASN1octetstring2_t
{
ASN1uint32_t length;
ASN1octet_t value[1];
}
ASN1octetstring2_t;
typedef struct ASN1iterator_s
{
struct ASN1iterator_s *next;
void *value;
}
ASN1iterator_t;
typedef struct tagASN1bitstring_t
{
ASN1uint32_t length;
ASN1octet_t *value;
}
ASN1bitstring_t;
typedef char ASN1char_t;
typedef struct tagASN1charstring_t
{
ASN1uint32_t length;
ASN1char_t *value;
}
ASN1charstring_t;
typedef ASN1uint16_t ASN1char16_t;
typedef struct tagASN1char16string_t
{
ASN1uint32_t length;
ASN1char16_t *value;
}
ASN1char16string_t;
typedef ASN1uint32_t ASN1char32_t;
typedef struct tagASN1char32string_t
{
ASN1uint32_t length;
ASN1char32_t *value;
}
ASN1char32string_t;
typedef ASN1char_t *ASN1ztcharstring_t;
typedef ASN1char16_t *ASN1ztchar16string_t;
typedef ASN1char32_t *ASN1ztchar32string_t;
typedef struct tagASN1wstring_t
{
ASN1uint32_t length;
WCHAR *value;
}
ASN1wstring_t;
typedef struct ASN1objectidentifier_s
{
struct ASN1objectidentifier_s *next;
ASN1uint32_t value;
}
*ASN1objectidentifier_t;
typedef struct tagASN1objectidentifier2_t
{
ASN1uint16_t count;
ASN1uint32_t value[16];
}
ASN1objectidentifier2_t;
typedef struct tagASN1encodedOID_t
{
ASN1uint16_t length;
ASN1octet_t *value;
}
ASN1encodedOID_t;
typedef struct tagASN1stringtableentry_t
{
ASN1char32_t lower;
ASN1char32_t upper;
ASN1uint32_t value;
}
ASN1stringtableentry_t;
typedef struct tagASN1stringtable_t
{
ASN1uint32_t length;
ASN1stringtableentry_t *values;
}
ASN1stringtable_t;
typedef ASN1ztcharstring_t ASN1objectdescriptor_t;
typedef struct tagASN1generalizedtime_t
{
ASN1uint16_t year;
ASN1uint8_t month;
ASN1uint8_t day;
ASN1uint8_t hour;
ASN1uint8_t minute;
ASN1uint8_t second;
ASN1uint16_t millisecond;
ASN1bool_t universal;
ASN1int16_t diff;
}
ASN1generalizedtime_t;
typedef struct tagASN1utctime_t
{
ASN1uint8_t year;
ASN1uint8_t month;
ASN1uint8_t day;
ASN1uint8_t hour;
ASN1uint8_t minute;
ASN1uint8_t second;
ASN1bool_t universal;
ASN1int16_t diff;
}
ASN1utctime_t;
typedef struct tagASN1open_t
{
// encoded
ASN1uint32_t length;
union
{
void *encoded;
void *value;
};
}
ASN1open_t;
typedef enum tagASN1blocktype_e
{
ASN1_DER_SET_OF_BLOCK,
}
ASN1blocktype_e;
typedef ASN1int32_t ASN1enum_t; // enumerated type
typedef ASN1uint16_t ASN1choice_t; // choice
typedef ASN1uint32_t ASN1magic_t;
/* ------ Current version of this ASN.1 software ------ */
#define ASN1_MAKE_VERSION(major,minor) (((major) << 16) | (minor))
#define ASN1_THIS_VERSION ASN1_MAKE_VERSION(1,0)
enum
{
ASN1_CHOICE_BASE = 1,
ASN1_CHOICE_INVALID = -1, // invalid choice
ASN1_CHOICE_EXTENSION = 0, // extension choice
};
/*
Error codes for decoding functions:
- err == 0: data has been successfully decoded
- err < 0: fatal error has occured, no data has been generated
err contains the error number
- err > 0: non-fatal event has occured, data has been generated
err is a bit set of occured events
*/
typedef enum tagASN1error_e
{
ASN1_SUCCESS = 0, /* success */
// Teles specific error codes
ASN1_ERR_INTERNAL = (-1001), /* internal error */
ASN1_ERR_EOD = (-1002), /* unexpected end of data */
ASN1_ERR_CORRUPT = (-1003), /* corrupted data */
ASN1_ERR_LARGE = (-1004), /* value too large */
ASN1_ERR_CONSTRAINT = (-1005), /* constraint violated */
ASN1_ERR_MEMORY = (-1006), /* out of memory */
ASN1_ERR_OVERFLOW = (-1007), /* buffer overflow */
ASN1_ERR_BADPDU = (-1008), /* function not supported for this pdu*/
ASN1_ERR_BADARGS = (-1009), /* bad arguments to function call */
ASN1_ERR_BADREAL = (-1010), /* bad real value */
ASN1_ERR_BADTAG = (-1011), /* bad tag value met */
ASN1_ERR_CHOICE = (-1012), /* bad choice value */
ASN1_ERR_RULE = (-1013), /* bad encoding rule */
ASN1_ERR_UTF8 = (-1014), /* bad unicode (utf8) */
// New error codes
ASN1_ERR_PDU_TYPE = (-1051), /* bad pdu type */
ASN1_ERR_NYI = (-1052), /* not yet implemented */
// Teles specific warning codes
ASN1_WRN_EXTENDED = 1001, /* skipped unknown extension(s) */
ASN1_WRN_NOEOD = 1002, /* end of data expected */
}
ASN1error_e;
#define ASN1_SUCCEEDED(ret) (((int) (ret)) >= 0)
#define ASN1_FAILED(ret) (((int) (ret)) < 0)
/* ------ Encoding rules ------ */
typedef enum
{
ASN1_PER_RULE_ALIGNED = 0x0001,
ASN1_PER_RULE_UNALIGNED = 0x0002, // not supported
ASN1_PER_RULE = ASN1_PER_RULE_ALIGNED | ASN1_PER_RULE_UNALIGNED,
ASN1_BER_RULE_BER = 0x0100,
ASN1_BER_RULE_CER = 0x0200,
ASN1_BER_RULE_DER = 0x0400,
ASN1_BER_RULE = ASN1_BER_RULE_BER | ASN1_BER_RULE_CER | ASN1_BER_RULE_DER,
}
ASN1encodingrule_e;
/* ------ public structures ------ */
typedef struct ASN1encoding_s *ASN1encoding_t;
typedef struct ASN1decoding_s *ASN1decoding_t;
typedef ASN1int32_t (ASN1CALL *ASN1PerEncFun_t)(ASN1encoding_t enc, void *data);
typedef ASN1int32_t (ASN1CALL *ASN1PerDecFun_t)(ASN1decoding_t enc, void *data);
typedef struct tagASN1PerFunArr_t
{
const ASN1PerEncFun_t *apfnEncoder;
const ASN1PerDecFun_t *apfnDecoder;
}
ASN1PerFunArr_t;
typedef ASN1int32_t (ASN1CALL *ASN1BerEncFun_t)(ASN1encoding_t enc, ASN1uint32_t tag, void *data);
typedef ASN1int32_t (ASN1CALL *ASN1BerDecFun_t)(ASN1decoding_t enc, ASN1uint32_t tag, void *data);
typedef struct tagASN1BerFunArr_t
{
const ASN1BerEncFun_t *apfnEncoder;
const ASN1BerDecFun_t *apfnDecoder;
}
ASN1BerFunArr_t;
typedef void (ASN1CALL *ASN1GenericFun_t)(void);
typedef void (ASN1CALL *ASN1FreeFun_t)(void *data);
typedef struct tagASN1module_t
{
ASN1magic_t nModuleName;
ASN1encodingrule_e eRule;
ASN1uint32_t dwFlags;
ASN1uint32_t cPDUs;
const ASN1FreeFun_t *apfnFreeMemory;
const ASN1uint32_t *acbStructSize;
union
{
ASN1PerFunArr_t PER;
ASN1BerFunArr_t BER;
};
}
*ASN1module_t;
struct ASN1encoding_s
{
ASN1magic_t magic; /* magic for this structure */
ASN1uint32_t version;/* version number of this library */
ASN1module_t module; /* module this encoding_t depends to */
ASN1octet_t *buf; /* buffer to encode into */
ASN1uint32_t size; /* current size of buffer */
ASN1uint32_t len; /* len of encoded data in buffer */
ASN1error_e err; /* error code for last encoding */
ASN1uint32_t bit;
ASN1octet_t *pos;
ASN1uint32_t cbExtraHeader;
ASN1encodingrule_e eRule;
ASN1uint32_t dwFlags;
};
struct ASN1decoding_s
{
ASN1magic_t magic; /* magic for this structure */
ASN1uint32_t version;/* version number of this library */
ASN1module_t module; /* module this decoding_t depends to */
ASN1octet_t *buf; /* buffer to decode from */
ASN1uint32_t size; /* size of buffer */
ASN1uint32_t len; /* len of decoded data in buffer */
ASN1error_e err; /* error code for last decoding */
ASN1uint32_t bit;
ASN1octet_t *pos;
ASN1encodingrule_e eRule;
ASN1uint32_t dwFlags;
};
/* --- flags for functions --- */
#define ASN1DECFREE_NON_PDU_ID ((ASN1uint32_t) -1)
enum
{
ASN1FLAGS_NONE = 0x00000000L, /* no flags */
ASN1FLAGS_NOASSERT = 0x00001000L, /* no asertion */
};
enum
{
ASN1ENCODE_APPEND = 0x00000001L, /* append to current buffer*/
ASN1ENCODE_REUSEBUFFER = 0x00000004L, /* empty destination buffer */
ASN1ENCODE_SETBUFFER = 0x00000008L, /* use a user-given destination buffer */
ASN1ENCODE_ALLOCATEBUFFER = 0x00000010L, /* do not free/reuse buffer */
ASN1ENCODE_NOASSERT = ASN1FLAGS_NOASSERT, /* no asertion */
};
enum
{
ASN1DECODE_APPENDED = 0x00000001L, /* continue behind last pdu*/
ASN1DECODE_REWINDBUFFER = 0x00000004L, /* rescan from buffer start*/
ASN1DECODE_SETBUFFER = 0x00000008L, /* use a user-given src buffer */
ASN1DECODE_AUTOFREEBUFFER = 0x00000010L, /* Assume responsibility for allocated buffer */
ASN1DECODE_NOASSERT = ASN1FLAGS_NOASSERT, /* no asertion */
};
/* ------ public basic ASN.1 API ------ */
extern ASN1_PUBLIC ASN1module_t ASN1API ASN1_CreateModule
(
ASN1uint32_t nVersion,
ASN1encodingrule_e eRule,
ASN1uint32_t dwFlags, /* ASN1FLAGS_NONE or ASN1FLAGS_NOASSERT */
ASN1uint32_t cPDU,
const ASN1GenericFun_t apfnEncoder[],
const ASN1GenericFun_t apfnDecoder[],
const ASN1FreeFun_t apfnFreeMemory[],
const ASN1uint32_t acbStructSize[],
ASN1magic_t nModuleName
);
extern ASN1_PUBLIC void ASN1API ASN1_CloseModule
(
ASN1module_t pModule
);
extern ASN1_PUBLIC ASN1error_e ASN1API ASN1_CreateEncoder
(
ASN1module_t pModule,
ASN1encoding_t *ppEncoderInfo,
ASN1octet_t *pbBuf,
ASN1uint32_t cbBufSize,
ASN1encoding_t pParent
);
extern ASN1_PUBLIC ASN1error_e ASN1API ASN1_Encode
(
ASN1encoding_t pEncoderInfo,
void *pDataStruct,
ASN1uint32_t nPduNum,
ASN1uint32_t dwFlags,
ASN1octet_t *pbBuf,
ASN1uint32_t cbBufSize
);
extern ASN1_PUBLIC void ASN1API ASN1_CloseEncoder
(
ASN1encoding_t pEncoderInfo
);
extern ASN1_PUBLIC void ASN1API ASN1_CloseEncoder2
(
ASN1encoding_t pEncoderInfo
);
extern ASN1_PUBLIC ASN1error_e ASN1API ASN1_CreateDecoder
(
ASN1module_t pModule,
ASN1decoding_t *ppDecoderInfo,
ASN1octet_t *pbBuf,
ASN1uint32_t cbBufSize,
ASN1decoding_t pParent
);
extern ASN1_PUBLIC ASN1error_e ASN1API ASN1_CreateDecoderEx
(
ASN1module_t pModule,
ASN1decoding_t *ppDecoderInfo,
ASN1octet_t *pbBuf,
ASN1uint32_t cbBufSize,
ASN1decoding_t pParent,
ASN1uint32_t dwFlags
);
extern ASN1_PUBLIC ASN1error_e ASN1API ASN1_Decode
(
ASN1decoding_t pDecoderInfo,
void **ppDataStruct,
ASN1uint32_t nPduNum,
ASN1uint32_t dwFlags,
ASN1octet_t *pbBuf,
ASN1uint32_t cbBufSize
);
extern ASN1_PUBLIC void ASN1API ASN1_CloseDecoder
(
ASN1decoding_t pDecoderInfo
);
extern ASN1_PUBLIC void ASN1API ASN1_FreeEncoded
(
ASN1encoding_t pEncoderInfo,
void *pBuf
);
extern ASN1_PUBLIC void ASN1API ASN1_FreeDecoded
(
ASN1decoding_t pDecoderInfo,
void *pDataStruct,
ASN1uint32_t nPduNum
);
/* ------ public advanced ASN.1 API ------ */
typedef enum
{
// common set option
ASN1OPT_CHANGE_RULE = 0x101,
// common get option
ASN1OPT_GET_RULE = 0x201,
// set encoder option
ASN1OPT_NOT_REUSE_BUFFER = 0x301,
ASN1OPT_REWIND_BUFFER = 0x302,
// get encoder option
// set decoder option
ASN1OPT_SET_DECODED_BUFFER = 0x501,
ASN1OPT_DEL_DECODED_BUFFER = 0x502,
// get decoder option
ASN1OPT_GET_DECODED_BUFFER_SIZE = 0x601,
}
ASN1option_e;
typedef struct tagASN1optionparam_t
{
ASN1option_e eOption;
union
{
ASN1encodingrule_e eRule;
ASN1uint32_t cbRequiredDecodedBufSize;
struct
{
ASN1octet_t *pbBuf;
ASN1uint32_t cbBufSize;
} Buffer;
};
}
ASN1optionparam_t, ASN1optionparam_s;
extern ASN1_PUBLIC ASN1error_e ASN1API ASN1_SetEncoderOption
(
ASN1encoding_t pEncoderInfo,
ASN1optionparam_t *pOptParam
);
extern ASN1_PUBLIC ASN1error_e ASN1API ASN1_GetEncoderOption
(
ASN1encoding_t pEncoderInfo,
ASN1optionparam_t *pOptParam
);
extern ASN1_PUBLIC ASN1error_e ASN1API ASN1_SetDecoderOption
(
ASN1decoding_t pDecoderInfo,
ASN1optionparam_t *pOptParam
);
extern ASN1_PUBLIC ASN1error_e ASN1API ASN1_GetDecoderOption
(
ASN1decoding_t pDecoderInfo,
ASN1optionparam_t *pOptParam
);
/* ------ internal ASN.1 API ------ */
extern ASN1_PUBLIC void ASN1API ASN1bitstring_free(ASN1bitstring_t *);
extern ASN1_PUBLIC void ASN1API ASN1octetstring_free(ASN1octetstring_t *);
extern ASN1_PUBLIC void ASN1API ASN1objectidentifier_free(ASN1objectidentifier_t *);
extern ASN1_PUBLIC void ASN1API ASN1charstring_free(ASN1charstring_t *);
extern ASN1_PUBLIC void ASN1API ASN1char16string_free(ASN1char16string_t *);
extern ASN1_PUBLIC void ASN1API ASN1char32string_free(ASN1char32string_t *);
extern ASN1_PUBLIC void ASN1API ASN1ztcharstring_free(ASN1ztcharstring_t);
extern ASN1_PUBLIC void ASN1API ASN1ztchar16string_free(ASN1ztchar16string_t);
extern ASN1_PUBLIC void ASN1API ASN1ztchar32string_free(ASN1ztchar32string_t);
extern ASN1_PUBLIC void ASN1API ASN1open_free(ASN1open_t *);
extern ASN1_PUBLIC void ASN1API ASN1utf8string_free(ASN1wstring_t *);
extern ASN1_PUBLIC void * ASN1API ASN1DecAlloc(ASN1decoding_t dec, ASN1uint32_t size);
extern ASN1_PUBLIC void * ASN1API ASN1DecRealloc(ASN1decoding_t dec, void *ptr, ASN1uint32_t size);
extern ASN1_PUBLIC void ASN1API ASN1Free(void *ptr);
extern ASN1_PUBLIC ASN1error_e ASN1API ASN1EncSetError(ASN1encoding_t enc, ASN1error_e err);
extern ASN1_PUBLIC ASN1error_e ASN1API ASN1DecSetError(ASN1decoding_t dec, ASN1error_e err);
extern ASN1_PUBLIC void ASN1API ASN1intx_sub(ASN1intx_t *, ASN1intx_t *, ASN1intx_t *);
extern ASN1_PUBLIC ASN1uint32_t ASN1API ASN1intx_uoctets(ASN1intx_t *);
extern ASN1_PUBLIC void ASN1API ASN1intx_free(ASN1intx_t *);
extern ASN1_PUBLIC void ASN1API ASN1intx_add(ASN1intx_t *, ASN1intx_t *, ASN1intx_t *);
extern ASN1_PUBLIC ASN1int32_t ASN1intx2int32(ASN1intx_t *val);
extern ASN1_PUBLIC ASN1uint32_t ASN1intx2uint32(ASN1intx_t *val);
extern ASN1_PUBLIC int ASN1intxisuint32(ASN1intx_t *val);
extern ASN1_PUBLIC void ASN1intx_setuint32(ASN1intx_t *dst, ASN1uint32_t val);
extern ASN1_PUBLIC void ASN1API ASN1DbgMemTrackDumpCurrent ( ASN1uint32_t nModuleName );
extern ASN1_PUBLIC ASN1uint32_t ASN1API ASN1uint32_uoctets(ASN1uint32_t);
extern ASN1_PUBLIC int ASN1API ASN1objectidentifier_cmp(ASN1objectidentifier_t *v1, ASN1objectidentifier_t *v2);
extern ASN1_PUBLIC int ASN1API ASN1objectidentifier2_cmp(ASN1objectidentifier2_t *v1, ASN1objectidentifier2_t *v2);
extern ASN1_PUBLIC int ASN1API ASN1bitstring_cmp(ASN1bitstring_t *, ASN1bitstring_t *, int);
extern ASN1_PUBLIC int ASN1API ASN1octetstring_cmp(ASN1octetstring_t *, ASN1octetstring_t *);
extern ASN1_PUBLIC int ASN1API ASN1objectidentifier_cmp(ASN1objectidentifier_t *, ASN1objectidentifier_t *);
extern ASN1_PUBLIC int ASN1API ASN1charstring_cmp(ASN1charstring_t *, ASN1charstring_t *);
extern ASN1_PUBLIC int ASN1API ASN1char16string_cmp(ASN1char16string_t *, ASN1char16string_t *);
extern ASN1_PUBLIC int ASN1API ASN1char32string_cmp(ASN1char32string_t *, ASN1char32string_t *);
extern ASN1_PUBLIC int ASN1API ASN1ztcharstring_cmp(ASN1ztcharstring_t, ASN1ztcharstring_t);
extern ASN1_PUBLIC int ASN1API ASN1ztchar16string_cmp(ASN1ztchar16string_t, ASN1ztchar16string_t);
extern ASN1_PUBLIC int ASN1API ASN1open_cmp(ASN1open_t *, ASN1open_t *);
extern ASN1_PUBLIC int ASN1API ASN1generalizedtime_cmp(ASN1generalizedtime_t *, ASN1generalizedtime_t *);
extern ASN1_PUBLIC int ASN1API ASN1utctime_cmp(ASN1utctime_t *, ASN1utctime_t *);
/* --------------------------------------------------------- */
/* The following is not supported. */
/* --------------------------------------------------------- */
typedef enum tagASN1real_e
{
eReal_Normal,
eReal_PlusInfinity,
eReal_MinusInfinity
}
ASN1real_e;
typedef struct tagASN1real_t
{
ASN1real_e type;
ASN1intx_t mantissa;
ASN1uint32_t base;
ASN1intx_t exponent;
}
ASN1real_t;
typedef struct tagASN1external_t
{
# define ASN1external_data_value_descriptor_o 0
ASN1octet_t o[1];
struct ASN1external_identification_s
{
ASN1uint8_t o;
union
{
# define ASN1external_identification_syntax_o 1
ASN1objectidentifier_t syntax;
# define ASN1external_identification_presentation_context_id_o 2
ASN1uint32_t presentation_context_id;
# define ASN1external_identification_context_negotiation_o 3
struct ASN1external_identification_context_negotiation_s
{
ASN1uint32_t presentation_context_id;
ASN1objectidentifier_t transfer_syntax;
} context_negotiation;
} u;
} identification;
ASN1objectdescriptor_t data_value_descriptor;
struct ASN1external_data_value_s
{
ASN1uint8_t o;
union
{
# define ASN1external_data_value_notation_o 0
ASN1open_t notation;
# define ASN1external_data_value_encoded_o 1
ASN1bitstring_t encoded;
} u;
} data_value;
}
ASN1external_t;
typedef struct ASN1external_identification_s ASN1external_identification_t;
typedef struct ASN1external_identification_context_negotiation_s ASN1external_identification_context_negotiation_t;
typedef struct ASN1external_data_value_s ASN1external_data_value_t;
typedef struct tagASN1embeddedpdv_t
{
struct ASN1embeddedpdv_identification_s
{
ASN1uint8_t o;
union
{
# define ASN1embeddedpdv_identification_syntaxes_o 0
struct ASN1embeddedpdv_identification_syntaxes_s
{
ASN1objectidentifier_t abstract;
ASN1objectidentifier_t transfer;
} syntaxes;
# define ASN1embeddedpdv_identification_syntax_o 1
ASN1objectidentifier_t syntax;
# define ASN1embeddedpdv_identification_presentation_context_id_o 2
ASN1uint32_t presentation_context_id;
# define ASN1embeddedpdv_identification_context_negotiation_o 3
struct ASN1embeddedpdv_identification_context_negotiation_s
{
ASN1uint32_t presentation_context_id;
ASN1objectidentifier_t transfer_syntax;
} context_negotiation;
# define ASN1embeddedpdv_identification_transfer_syntax_o 4
ASN1objectidentifier_t transfer_syntax;
# define ASN1embeddedpdv_identification_fixed_o 5
} u;
} identification;
struct ASN1embeddedpdv_data_value_s
{
ASN1uint8_t o;
union
{
# define ASN1embeddedpdv_data_value_notation_o 0
ASN1open_t notation;
# define ASN1embeddedpdv_data_value_encoded_o 1
ASN1bitstring_t encoded;
} u;
} data_value;
}
ASN1embeddedpdv_t;
typedef struct ASN1embeddedpdv_identification_s ASN1embeddedpdv_identification_t;
typedef struct ASN1embeddedpdv_identification_syntaxes_s ASN1embeddedpdv_identification_syntaxes_t;
typedef struct ASN1embeddedpdv_identification_context_negotiation_s ASN1embeddedpdv_identification_context_negotiation_t;
typedef struct ASN1embeddedpdv_data_value_s ASN1embeddedpdv_data_value_t;
typedef struct tagASN1characterstring_t
{
struct ASN1characterstring_identification_s
{
ASN1uint8_t o;
union
{
# define ASN1characterstring_identification_syntaxes_o 0
struct ASN1characterstring_identification_syntaxes_s
{
ASN1objectidentifier_t abstract;
ASN1objectidentifier_t transfer;
} syntaxes;
# define ASN1characterstring_identification_syntax_o 1
ASN1objectidentifier_t syntax;
# define ASN1characterstring_identification_presentation_context_id_o 2
ASN1uint32_t presentation_context_id;
# define ASN1characterstring_identification_context_negotiation_o 3
struct ASN1characterstring_identification_context_negotiation_s
{
ASN1uint32_t presentation_context_id;
ASN1objectidentifier_t transfer_syntax;
} context_negotiation;
# define ASN1characterstring_identification_transfer_syntax_o 4
ASN1objectidentifier_t transfer_syntax;
# define ASN1characterstring_identification_fixed_o 5
} u;
} identification;
struct ASN1characterstring_data_value_s
{
ASN1uint8_t o;
union
{
# define ASN1characterstring_data_value_notation_o 0
ASN1open_t notation;
# define ASN1characterstring_data_value_encoded_o 1
ASN1octetstring_t encoded;
} u;
} data_value;
} ASN1characterstring_t;
typedef struct ASN1characterstring_identification_s ASN1characterstring_identification_t;
typedef struct ASN1characterstring_identification_syntaxes_s ASN1characterstring_identification_syntaxes_t;
typedef struct ASN1characterstring_identification_context_negotiation_s ASN1characterstring_identification_context_negotiation_t;
typedef struct ASN1characterstring_data_value_s ASN1characterstring_data_value_t;
extern ASN1_PUBLIC void ASN1API ASN1real_free(ASN1real_t *);
extern ASN1_PUBLIC void ASN1API ASN1external_free(ASN1external_t *);
extern ASN1_PUBLIC void ASN1API ASN1embeddedpdv_free(ASN1embeddedpdv_t *);
extern ASN1_PUBLIC void ASN1API ASN1characterstring_free(ASN1characterstring_t *);
#ifdef __cplusplus
}
#endif
#include <poppack.h> /* End 8-byte packing */
#endif // __MS_ASN1_H__