asn1type.h File Reference

#include <limits.h>
#include <stdio.h>
#include <string.h>
#include <stddef.h>
#include <setjmp.h>
#include <stdlib.h>
#include <time.h>
#include <wchar.h>
#include "rtxsrc/rtxExternDefs.h"
#include "rtxsrc/rtxSList.h"
#include "rtxsrc/rtxStack.h"
#include "rtxsrc/rtxUTF8.h"
#include "rtsrc/asn1tag.h"
#include "rtsrc/asn1ErrCodes.h"
#include "rtsrc/asn1version.h"
#include "rtsrc/rtExternDefs.h"
#include <float.h>
#include "rtxsrc/rtxBitString.h"
#include "rtsrc/rtContext.h"
#include "rtxsrc/rtxCommonDefs.h"
#include "rtxsrc/rtxError.h"
#include "rtxsrc/rtxMemory.h"

Go to the source code of this file.

Classes
struct	ASN1OBJID
struct	ASN1OID64
struct	ASN1OctStr
struct	ASN1DynBitStr
struct	ASN1BitStr32
struct	ASN1SeqOf
struct	ASN1SeqOfOctStr
struct	ASN1OpenType
struct	Asn1Object
struct	Asn116BitCharString
struct	Asn132BitCharString
struct	Asn1CharArray
struct	Asn1CharSet
struct	Asn116BitCharSet
struct	Asn132BitCharSet
struct	ASN1BigInt
struct	ASN1CCB
Defines
#define	XM_SEEK   0x01
#define	XM_ADVANCE   0x02
#define	XM_DYNAMIC   0x04
#define	XM_SKIP   0x08
#define	XM_OPTIONAL   0x10
#define	ASN_K_MAXDEPTH   32
#define	ASN_K_MAXENUM   100
#define	ASN_K_MAXERRP   5
#define	ASN_K_MAXERRSTK   8
#define	ASN_K_ENCBUFSIZ   16*1024
#define	ASN_K_MEMBUFSEG   1024
#define	OSRTINDENTSPACES   3
#define	ASN1_K_PLUS_INFINITY   0x40
#define	ASN1_K_MINUS_INFINITY   0x41
#define	REAL_BINARY   0x80
#define	REAL_SIGN   0x40
#define	REAL_EXPLEN_MASK   0x03
#define	REAL_EXPLEN_1   0x00
#define	REAL_EXPLEN_2   0x01
#define	REAL_EXPLEN_3   0x02
#define	REAL_EXPLEN_LONG   0x03
#define	REAL_FACTOR_MASK   0x0c
#define	REAL_BASE_MASK   0x30
#define	REAL_BASE_2   0x00
#define	REAL_BASE_8   0x10
#define	REAL_BASE_16   0x20
#define	REAL_ISO6093_MASK   0x3F
#define	ASN1REALMAX   (OSREAL)DBL_MAX
#define	ASN1REALMIN   (OSREAL)-DBL_MAX
#define	ASN_K_MAXSUBIDS   128
#define	ASN1DynOctStr   OSDynOctStr
#define	OSSETBIT(bitStr, bitIndex)   rtxSetBit (bitStr.data, bitStr.numbits, bitIndex)
#define	OSSETBITP(pBitStr, bitIndex)   rtxSetBit ((pBitStr)->data, (pBitStr)->numbits, bitIndex)
#define	OSCLEARBIT(bitStr, bitIndex)   rtxClearBit (bitStr.data, bitStr.numbits, bitIndex)
#define	OSCLEARBITP(pBitStr, bitIndex)   rtxClearBit ((pBitStr)->data, (pBitStr)->numbits, bitIndex)
#define	OSTESTBIT(bitStr, bitIndex)   rtxTestBit (bitStr.data, bitStr.numbits, bitIndex)
#define	OSTESTBITP(pBitStr, bitIndex)   rtxTestBit ((pBitStr)->data, (pBitStr)->numbits, bitIndex)
#define	ASN1_K_CCBMaskSize   32
#define	ASN1_K_NumBitsPerMask   16
#define	ASN1_K_MaxSetElements   (ASN1_K_CCBMaskSize*ASN1_K_NumBitsPerMask)
#define	ASN1NUMOCTS(nbits)   ((nbits>0)?(((nbits-1)/8)+1):0)
#define	ALLOC_ASN1ARRAY(pctxt, pseqof, type)
#define	ALLOC_ASN1ARRAY1(pctxt, pseqof, type)
Typedefs
typedef void *	ASN1ANY
typedef Asn1Object	ASN1Object
typedef OSUNICHAR	ASN116BITCHAR
typedef const char *	ASN1GeneralizedTime
typedef const char *	ASN1GeneralString
typedef const char *	ASN1GraphicString
typedef const char *	ASN1IA5String
typedef const char *	ASN1ISO646String
typedef const char *	ASN1NumericString
typedef const char *	ASN1ObjectDescriptor
typedef const char *	ASN1PrintableString
typedef const char *	ASN1TeletexString
typedef const char *	ASN1T61String
typedef const char *	ASN1UTCTime
typedef const char *	ASN1VideotexString
typedef const char *	ASN1VisibleString
typedef const OSUTF8CHAR *	ASN1UTF8String
typedef Asn116BitCharString	ASN1BMPString
typedef Asn132BitCharString	ASN1UniversalString
typedef struct ASN1BigInt	ASN1BigInt
typedef int(*	ASN1DumpCbFunc )(const char *text_p, void *cbArg_p)
Enumerations
enum	ASN1StrType { ASN1HEX, ASN1BIN, ASN1CHR }
enum	ASN1ActionType { ASN1ENCODE, ASN1DECODE }
Functions
void	rtSetOID (ASN1OBJID *ptarget, ASN1OBJID *psource)
void	rtAddOID (ASN1OBJID *ptarget, ASN1OBJID *psource)
OSBOOL	rtOIDsEqual (const ASN1OBJID *pOID1, const ASN1OBJID *pOID2)
int	rtOIDParseDottedNumberString (const char *oidstr, OSSIZE oidstrlen, ASN1OBJID *pvalue)
OSBOOL	rtOIDIsValid (const ASN1OBJID *pvalue)
int	rtMakeGeneralizedTime (OSCTXT *pctxt, const OSNumDateTime *dateTime, char **outdata, size_t outdataSize)
int	rtMakeUTCTime (OSCTXT *pctxt, const OSNumDateTime *dateTime, char **outdata, size_t outdataSize)
int	rtParseGeneralizedTime (OSCTXT *pctxt, const char *value, OSNumDateTime *dateTime)
int	rtParseUTCTime (OSCTXT *pctxt, const char *value, OSNumDateTime *dateTime)
void	normalizeTimeZone (OSNumDateTime *pvalue)
int	rtValidateStr (ASN1TAG tag, const char *pdata)
int	rtValidateChars (ASN1TAG tag, const char *pdata, size_t nchars)
const char *	rtBMPToCString (ASN1BMPString *pBMPString, char *cstring, OSUINT32 cstrsize)
const char *	rtBMPToNewCString (ASN1BMPString *pBMPString)
const char *	rtBMPToNewCStringEx (OSCTXT *pctxt, ASN1BMPString *pBMPString)
ASN1BMPString *	rtCToBMPString (OSCTXT *pctxt, const char *cstring, ASN1BMPString *pBMPString, Asn116BitCharSet *pCharSet)
OSBOOL	rtIsIn16BitCharSet (OSUNICHAR ch, Asn116BitCharSet *pCharSet)
const char *	rtUCSToCString (ASN1UniversalString *pUCSString, char *cstring, OSUINT32 cstrsize)
const char *	rtUCSToNewCString (ASN1UniversalString *pUCSString)
const char *	rtUCSToNewCStringEx (OSCTXT *pctxt, ASN1UniversalString *pUCSString)
ASN1UniversalString *	rtCToUCSString (OSCTXT *pctxt, const char *cstring, ASN1UniversalString *pUCSString, Asn132BitCharSet *pCharSet)
OSBOOL	rtIsIn32BitCharSet (OS32BITCHAR ch, Asn132BitCharSet *pCharSet)
wchar_t *	rtUCSToWCSString (ASN1UniversalString *pUCSString, wchar_t *wcstring, OSUINT32 wcstrsize)
ASN1UniversalString *	rtWCSToUCSString (OSCTXT *pctxt, wchar_t *wcstring, ASN1UniversalString *pUCSString, Asn132BitCharSet *pCharSet)
int	rtUnivStrToUTF8 (OSCTXT *pctxt, const ASN1UniversalString *pUnivStr, OSOCTET *outbuf, size_t outbufsiz)
int	rtUTF8StrToASN1DynBitStr (OSCTXT *pctxt, const OSUTF8CHAR *utf8str, ASN1DynBitStr *pvalue)
int	rtUTF8StrnToASN1DynBitStr (OSCTXT *pctxt, const OSUTF8CHAR *utf8str, size_t nbytes, ASN1DynBitStr *pvalue)

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Detailed Description

Common ASN.1 runtime constants, data structure definitions, and run-time functions to support the BER/DER/PER/XER as defined in the ITU-T standards.