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asn1per.h Go to the documentation of this file. /* * Copyright (C) 1997-2005 by Objective Systems, Inc. * * This software is furnished under a license and may be used and copied * only in accordance with the terms of such license and with the * inclusion of the above copyright notice. This software or any other * copies thereof may not be provided or otherwise made available to any * other person. No title to and ownership of the software is hereby * transferred. * * The information in this software is subject to change without notice * and should not be construed as a commitment by Objective Systems, Inc. * * PROPRIETARY NOTICE * * This software is an unpublished work subject to a confidentiality agreement * and is protected by copyright and trade secret law. Unauthorized copying, * redistribution or other use of this work is prohibited. * * The above notice of copyright on this source code product does not indicate * any actual or intended publication of such source code. * *****************************************************************************/ /* // CHANGE LOG // Date Init Description // 04/24/02 ED Moved character set data to asn1CharSet.h // 04/30/02 AB Added Universal string routines // 05/08/02 AB Added p?_oid64 prototypes // 05/10/02 AB Added RELATIVE-OID // 10/15/02 ED Changes to PER permitted alphabet constraint // handling. // 10/27/02 AB Int64/UInt64 encode/decode funcs added // 11/06/02 AB PD_BYTE_ALIGN0 added // 10/31/03 CZ Expand mainpage text. // */ #ifndef _ASN1PER_H_ #define _ASN1PER_H_ #include "asn1type.h" /* The following constant is stored in an enumerated value if the */ /* parsed value is not within the defined set of extended enum values */ /* (note: this is only done in the case of PER because the actual value */ /* is not known - in BER, the actual value is stored).. */ #define ASN_K_EXTENUM 999 /* *Structure to track encoded PER fields */ typedef struct PERField { ASN1ConstCharPtr name; size_t bitOffset; size_t numbits; } PERField; /* *Structure to track encoded PER fields */ typedef struct { unsigned char lb, lbm; char fmtBitBuffer[40], fmtHexBuffer[10], fmtAscBuffer[10]; int fmtBitCharIdx, fmtHexCharIdx, fmtAscCharIdx; } BinDumpBuffer; /* Macro to create a character set */ #define PU_SETCHARSET(csetvar, canset, abits, ubits) \ csetvar.charSet.nchars = 0; \ csetvar.canonicalSet = canset; \ csetvar.canonicalSetSize = sizeof(canset)-1; \ csetvar.canonicalSetBits = pu_bitcnt(csetvar.canonicalSetSize); \ csetvar.charSetUnalignedBits = ubits; \ csetvar.charSetAlignedBits = abits; #include "asn1CharSet.h" /* Macros */ #ifdef _TRACE #define PU_INSLENFLD(ctxt_p) pu_insLenField(ctxt_p) #define PU_NEWFIELD(ctxt_p,suffix) pu_newField(ctxt_p,suffix) #define PU_PUSHNAME(ctxt_p,name) pu_pushName(ctxt_p,name) #define PU_POPNAME(ctxt_p) pu_popName(ctxt_p) #define PU_SETBITOFFSET(ctxt_p) pu_setFldBitOffset(ctxt_p) #define PU_SETBITCOUNT(ctxt_p) pu_setFldBitCount(ctxt_p) #define PU_PUSHELEMNAME(ctxt_p,idx) pu_pushElemName(ctxt_p,idx) #else #define PU_INSLENFLD(ctxt_p) #define PU_NEWFIELD(ctxt_p,suffix) #define PU_PUSHNAME(ctxt_p,name) #define PU_POPNAME(ctxt_p) #define PU_SETBITOFFSET(ctxt_p) #define PU_SETBITCOUNT(ctxt_p) #define PU_PUSHELEMNAME(ctxt_p,idx) #endif #ifdef __cplusplus extern "C" { #endif #ifdef BUILDASN1PERDLL #define EXTERNPER __declspec(dllexport) #elif defined (USEASN1PERDLL) #define EXTERNPER __declspec(dllimport) #else #define EXTERNPER #endif /* BUILDASN1PERDLL */ /* Function prototypes */ #define PD_INCRBITIDX(ctxt_p) \ ((--(ctxt_p)->buffer.bitOffset < 0) ? \ ((++(ctxt_p)->buffer.byteIndex >= (ctxt_p)->buffer.size) ? ASN_E_ENDOFBUF : \ ((ctxt_p)->buffer.bitOffset = 7, ASN_OK)) : ASN_OK) /* This macro is an optimized version of pd_bit function */ #define PD_BIT(ctxt_p,pvalue) \ ((PD_INCRBITIDX (ctxt_p) != ASN_OK) ? ASN_E_ENDOFBUF : ((pvalue) ? \ ((*(pvalue) = (ASN1OCTET)((((ctxt_p)->buffer.data[(ctxt_p)->buffer.byteIndex]) & \ (1 << (ctxt_p)->buffer.bitOffset)) != 0)), ASN_OK) : ASN_OK )) /* This macro is an optimized version of pu_getSizeConstraint function */ #define PU_GETSIZECONSTRAINT(ctxt_p,extbit,pSize) \ ((((pSize) = ctxt_p->pSizeConstraint) != 0) ? \ ((((pSize) = ctxt_p->pSizeConstraint)->extended == extbit)?(pSize) : \ pu_getSizeConstraint (ctxt_p,extbit)) : NULL) /* This macro calculates the relative bit offset to the current buffer position. */ #define PU_GETCTXTBITOFFSET(ctxt_p) \ (((ctxt_p)->buffer.byteIndex * 8) + (8 - (ctxt_p)->buffer.bitOffset)) /* This macro sets the bit offset to the given value within the context */ #define PU_SETCTXTBITOFFSET(ctxt_p,_bitOffset) \ do { \ (ctxt_p)->buffer.byteIndex = (_bitOffset / 8); \ (ctxt_p)->buffer.bitOffset = (ASN1USINT)(8 - (_bitOffset % 8)); \ } while(0) /* These macros are an optimized version of pd_byte_align function */ #define PD_BYTE_ALIGN0(ctxt_p) \ ((!(ctxt_p)->buffer.aligned) ? ASN_OK : \ (((ctxt_p)->buffer.bitOffset != 8) ? ( \ (ctxt_p)->buffer.byteIndex++, \ (ctxt_p)->buffer.bitOffset = 8, \ ASN_OK) : ASN_OK \ )) #ifdef _TRACE #define PD_BYTE_ALIGN(ctxt_p) \ ((!(ctxt_p)->buffer.aligned) ? ASN_OK : \ (((ctxt_p)->buffer.bitOffset != 8) ? ( \ (ctxt_p)->buffer.byteIndex++, \ (ctxt_p)->buffer.bitOffset = 8, \ pu_setFldBitOffset(ctxt_p), \ ASN_OK) : ASN_OK \ )) #else #define PD_BYTE_ALIGN PD_BYTE_ALIGN0 #endif #define PD_CHECKSEQOFLEN(pctxt,numElements,minElemBits) \ ((pctxt->buffer.size > 0) ? \ (((numElements * minElemBits) > (pctxt->buffer.size * 8)) ? \ ASN_E_INVLEN : ASN_OK) : ASN_OK) EXTERNPER int pd_bit (ASN1CTXT* ctxt_p, ASN1BOOL* pvalue); EXTERNPER int pd_bits (ASN1CTXT* ctxt_p, ASN1UINT* pvalue, ASN1UINT nbits); EXTERNPER int pd_BigInteger (ASN1CTXT *ctxt_p, ASN1ConstCharPtr* ppvalue); EXTERNPER int pd_BitString (ASN1CTXT* ctxt_p, ASN1UINT* numbits_p, ASN1OCTET* buffer, ASN1UINT bufsiz); EXTERNPER int pd_BMPString (ASN1CTXT* ctxt_p, ASN1BMPString* pvalue, Asn116BitCharSet* permCharSet); EXTERNPER int pd_UniversalString (ASN1CTXT* ctxt_p, ASN1UniversalString* pvalue, Asn132BitCharSet* permCharSet); EXTERNPER int pd_byte_align (ASN1CTXT* ctxt_p); EXTERNPER int pd_ChoiceOpenTypeExt (ASN1CTXT* ctxt_p, ASN1ConstOctetPtr* object_p2, ASN1UINT* numocts_p); EXTERNPER int pd_ConsInteger (ASN1CTXT* ctxt_p, ASN1INT* pvalue, ASN1INT lower, ASN1INT upper); EXTERNPER int pd_ConsInt8 (ASN1CTXT* ctxt_p, ASN1INT8* pvalue, ASN1INT lower, ASN1INT upper); EXTERNPER int pd_ConsInt16 (ASN1CTXT* ctxt_p, ASN1SINT* pvalue, ASN1INT lower, ASN1INT upper); EXTERNPER int pd_ConsInt64 (ASN1CTXT* ctxt_p, ASN1INT64* pvalue, ASN1INT64 lower, ASN1INT64 upper); EXTERNPER int pd_ConsUnsigned (ASN1CTXT* ctxt_p, ASN1UINT* pvalue, ASN1UINT lower, ASN1UINT upper); EXTERNPER int pd_ConsUInt8 (ASN1CTXT* ctxt_p, ASN1UINT8* pvalue, ASN1UINT lower, ASN1UINT upper); EXTERNPER int pd_ConsUInt16 (ASN1CTXT* ctxt_p, ASN1USINT* pvalue, ASN1UINT lower, ASN1UINT upper); EXTERNPER int pd_ConsUInt64 (ASN1CTXT* ctxt_p, ASN1UINT64* pvalue, ASN1UINT64 lower, ASN1UINT64 upper); EXTERNPER int pd_ConsWholeNumber (ASN1CTXT* ctxt_p, ASN1UINT* padjusted_value, ASN1UINT range_value); EXTERNPER int pd_ConsWholeNumber64 (ASN1CTXT* ctxt_p, ASN1UINT64* padjusted_value, ASN1UINT64 range_value); EXTERNPER int pd_ConstrainedString (ASN1CTXT* ctxt_p, ASN1ConstCharPtr* string, Asn1CharSet* pCharSet); EXTERNPER int pd_ConstrainedStringEx (ASN1CTXT* ctxt_p, ASN1ConstCharPtr* string, ASN1ConstCharPtr charSet, ASN1UINT abits, ASN1UINT ubits, ASN1UINT canSetBits); EXTERNPER int pd_16BitConstrainedString (ASN1CTXT* ctxt_p, Asn116BitCharString* pString, Asn116BitCharSet* pCharSet); EXTERNPER int pd_32BitConstrainedString (ASN1CTXT* ctxt_p, Asn132BitCharString* pString, Asn132BitCharSet* pCharSet); EXTERNPER int pd_DynBitString (ASN1CTXT* ctxt_p, ASN1DynBitStr* pBitStr); EXTERNPER int pd_DynOctetString (ASN1CTXT* ctxt_p, ASN1DynOctStr* pOctStr); EXTERNPER int pd_GetComponentLength (ASN1CTXT* ctxt_p, ASN1UINT itemBits); EXTERNPER int pd_Length (ASN1CTXT* ctxt_p, ASN1UINT* pvalue); EXTERNPER int pd_moveBitCursor (ASN1CTXT* ctxt_p, int bitOffset); EXTERNPER int pd_ObjectIdentifier (ASN1CTXT* ctxt_p, ASN1OBJID* pvalue); EXTERNPER int pd_oid64 (ASN1CTXT* ctxt_p, ASN1OID64* pvalue); EXTERNPER int pd_RelativeOID (ASN1CTXT* ctxt_p, ASN1OBJID* pvalue); EXTERNPER int pd_OctetString (ASN1CTXT* ctxt_p, ASN1UINT* numocts_p, ASN1OCTET* buffer, ASN1UINT bufsiz); EXTERNPER int pd_OpenType (ASN1CTXT* ctxt_p, ASN1ConstOctetPtr* object_p2, ASN1UINT* numocts_p); EXTERNPER int pd_OpenTypeExt (ASN1CTXT* ctxt_p, ASN1ConstOctetPtr* object_p2, ASN1UINT* numocts_p); EXTERNPER int pd_Real (ASN1CTXT* ctxt_p, ASN1REAL* pvalue); EXTERNPER int pd_SmallNonNegWholeNumber (ASN1CTXT* ctxt_p, ASN1UINT* pvalue); EXTERNPER int pd_SemiConsInteger (ASN1CTXT* ctxt_p, ASN1INT* pvalue, ASN1INT lower); EXTERNPER int pd_SemiConsUnsigned (ASN1CTXT* ctxt_p, ASN1UINT* pvalue, ASN1UINT lower); EXTERNPER int pd_SemiConsInt64 (ASN1CTXT* ctxt_p, ASN1INT64* pvalue, ASN1INT64 lower); EXTERNPER int pd_SemiConsUInt64 (ASN1CTXT* ctxt_p, ASN1UINT64* pvalue, ASN1UINT64 lower); #define pd_UnconsInteger(ctxt_p,pvalue) \ pd_SemiConsInteger(ctxt_p, pvalue, ASN1INT_MIN) #define pd_UnconsUnsigned(ctxt_p,pvalue) \ pd_SemiConsUnsigned(ctxt_p, pvalue, 0U) #define pd_UnconsInt64(ctxt_p,pvalue) \ pd_SemiConsInt64(ctxt_p, pvalue, ASN1INT64MIN) #define pd_UnconsUInt64(ctxt_p,pvalue) \ pd_SemiConsUInt64(ctxt_p, pvalue, 0) EXTERNPER int pd_VarWidthCharString (ASN1CTXT* pctxt, ASN1ConstCharPtr* pvalue); /* Encode functions */ EXTERNPER int pe_16BitConstrainedString (ASN1CTXT* ctxt_p, Asn116BitCharString value, Asn116BitCharSet* pCharSet); EXTERNPER int pe_32BitConstrainedString (ASN1CTXT* ctxt_p, Asn132BitCharString value, Asn132BitCharSet* pCharSet); EXTERNPER int pe_2sCompBinInt (ASN1CTXT* ctxt_p, ASN1INT value); EXTERNPER int pe_2sCompBinInt64 (ASN1CTXT* ctxt_p, ASN1INT64 value); EXTERNPER int pe_aligned_octets (ASN1CTXT* ctxt_p, ASN1OCTET* pvalue, ASN1UINT nocts); EXTERNPER int pe_BigInteger (ASN1CTXT* ctxt_p, ASN1ConstCharPtr pvalue); EXTERNPER int pe_bit (ASN1CTXT* ctxt_p, ASN1BOOL value); EXTERNPER int pe_bits (ASN1CTXT* ctxt_p, ASN1UINT value, ASN1UINT nbits); EXTERNPER int pe_bits64 (ASN1CTXT* ctxt_p, ASN1UINT64 value, ASN1UINT nbits); EXTERNPER int pe_BitString (ASN1CTXT* ctxt_p, ASN1UINT numocts, ASN1ConstOctetPtr data); EXTERNPER int pe_BMPString (ASN1CTXT* ctxt_p, ASN1BMPString value, Asn116BitCharSet* permCharSet); EXTERNPER int pe_UniversalString (ASN1CTXT* ctxt_p, ASN1UniversalString value, Asn132BitCharSet* permCharSet); EXTERNPER int pe_byte_align (ASN1CTXT* ctxt_p); EXTERNPER int pe_CheckBuffer (ASN1CTXT* ctxt_p, size_t nbytes); EXTERNPER int pe_ChoiceTypeExt (ASN1CTXT* ctxt_p, ASN1UINT numocts, ASN1ConstOctetPtr data); EXTERNPER int pe_ConsInteger (ASN1CTXT* ctxt_p, ASN1INT value, ASN1INT lower, ASN1INT upper); EXTERNPER int pe_ConsInt64 (ASN1CTXT* ctxt_p, ASN1INT64 value, ASN1INT64 lower, ASN1INT64 upper); EXTERNPER int pe_ConstrainedString (ASN1CTXT* ctxt_p, ASN1ConstCharPtr string, Asn1CharSet* pCharSet); EXTERNPER int pe_ConstrainedStringEx (ASN1CTXT* ctxt_p, ASN1ConstCharPtr string, ASN1ConstCharPtr charSet, ASN1UINT abits, ASN1UINT ubits, ASN1UINT canSetBits); EXTERNPER int pe_ConsUnsigned (ASN1CTXT* ctxt_p, ASN1UINT value, ASN1UINT lower, ASN1UINT upper); EXTERNPER int pe_ConsUInt64 (ASN1CTXT* ctxt_p, ASN1UINT64 value, ASN1UINT64 lower, ASN1UINT64 upper); EXTERNPER int pe_ConsWholeNumber (ASN1CTXT* ctxt_p, ASN1UINT adjusted_value, ASN1UINT range_value); EXTERNPER int pe_ConsWholeNumber64 (ASN1CTXT* ctxt_p, ASN1UINT64 adjusted_value, ASN1UINT64 range_value); EXTERNPER int pe_ExpandBuffer (ASN1CTXT* ctxt_p, size_t nbytes); EXTERNPER ASN1UINT pe_GetIntLen (ASN1UINT value); EXTERNPER size_t pe_GetMsgBitCnt (ASN1CTXT* ctxt_p); EXTERNPER ASN1OCTET* pe_GetMsgPtr (ASN1CTXT* ctxt_p, int* pLength); EXTERNPER ASN1OCTET* pe_GetMsgPtrU (ASN1CTXT* ctxt_p, ASN1UINT* pLength); EXTERNPER int pe_Length (ASN1CTXT* ctxt_p, ASN1UINT value); EXTERNPER int pe_NonNegBinInt (ASN1CTXT* ctxt_p, ASN1UINT value); EXTERNPER int pe_NonNegBinInt64 (ASN1CTXT* ctxt_p, ASN1UINT64 value); EXTERNPER int pe_ObjectIdentifier (ASN1CTXT* ctxt_p, ASN1OBJID* pvalue); EXTERNPER int pe_oid64 (ASN1CTXT* ctxt_p, ASN1OID64* pvalue); EXTERNPER int pe_RelativeOID (ASN1CTXT* ctxt_p, ASN1OBJID* pvalue); EXTERNPER int pe_octets (ASN1CTXT* ctxt_p, ASN1ConstOctetPtr pvalue, ASN1UINT nbits); EXTERNPER int pe_OctetString (ASN1CTXT* ctxt_p, ASN1UINT numocts, ASN1ConstOctetPtr data); EXTERNPER int pe_OpenType (ASN1CTXT* ctxt_p, ASN1UINT numocts, ASN1ConstOctetPtr data); EXTERNPER int pe_OpenTypeExt (ASN1CTXT* ctxt_p, Asn1RTDList* pElemList); EXTERNPER int pe_OpenTypeExtBits (ASN1CTXT* ctxt_p, Asn1RTDList* pElemList); EXTERNPER int pe_Real (ASN1CTXT* ctxt_p, ASN1REAL value); EXTERNPER int pe_SmallNonNegWholeNumber (ASN1CTXT* ctxt_p, ASN1UINT value); EXTERNPER int pe_SemiConsInteger (ASN1CTXT* ctxt_p, ASN1INT value, ASN1INT lower); EXTERNPER int pe_SemiConsInt64 (ASN1CTXT* ctxt_p, ASN1INT64 value, ASN1INT64 lower); EXTERNPER int pe_SemiConsUnsigned (ASN1CTXT* ctxt_p, ASN1UINT value, ASN1UINT lower); EXTERNPER int pe_SemiConsUInt64 (ASN1CTXT* ctxt_p, ASN1UINT64 value, ASN1UINT64 lower); EXTERNPER int pe_UnconsLength (ASN1CTXT* ctxt_p, ASN1UINT value); #define pe_UnconsInteger(ctxt_p,value) \ pe_SemiConsInteger(ctxt_p,value,ASN1INT_MIN) #define pe_UnconsInt64(ctxt_p,value) \ pe_SemiConsInt64(ctxt_p,value,ASN1INT64MIN) #define pe_UnconsUnsigned(ctxt_p,value) \ pe_SemiConsUnsigned(ctxt_p,value,0) #define pe_UnconsUInt64(ctxt_p,value) \ pe_SemiConsUInt64(ctxt_p,value,0) EXTERNPER int pe_VarWidthCharString (ASN1CTXT* pctxt, ASN1ConstCharPtr value); /* Utility functions */ EXTERNPER int pu_addSizeConstraint (ASN1CTXT* ctxt_p, Asn1SizeCnst* pSize); EXTERNPER ASN1BOOL pu_alignCharStr (ASN1CTXT* ctxt_p, ASN1UINT len, ASN1UINT nbits, Asn1SizeCnst* pSize); EXTERNPER int pu_checkSizeConstraint(ASN1CTXT* ctxt_p, int size); EXTERNPER ASN1UINT pu_bitcnt (ASN1UINT value); EXTERNPER Asn1SizeCnst* pu_checkSize (Asn1SizeCnst* pSizeList, ASN1UINT value, ASN1BOOL* pExtendable); EXTERNPER void pu_freeContext (ASN1CTXT* ctxt_p); EXTERNPER int pu_getBitOffset (ASN1CTXT* ctxt_p); EXTERNPER size_t pu_getMaskAndIndex (size_t bitOffset, unsigned char* pMask); EXTERNPER size_t pu_getMsgLen (ASN1CTXT* ctxt_p); EXTERNPER void pu_hexdump (ASN1CTXT* ctxt_p); EXTERNPER int pu_setBuffer (ASN1CTXT* ctxt_p, ASN1OCTET* bufaddr, size_t bufsiz, ASN1BOOL aligned); EXTERNPER int pe_setp (ASN1CTXT* ctxt_p, ASN1OCTET* bufaddr, size_t bufsiz, ASN1BOOL aligned); #define pd_setp(ctxt_p, bufaddr, bufsiz, aligned) \ pu_setBuffer(ctxt_p, bufaddr, bufsiz, aligned) #define pe_resetp(ctxt_p) rtResetContext(ctxt_p) #define pd_resetp(ctxt_p) rtResetContext(ctxt_p) EXTERNPER int pu_initContext (ASN1CTXT* ctxt_p, ASN1OCTET* bufaddr, ASN1UINT bufsiz, ASN1BOOL aligned); EXTERNPER int pu_initContextBuffer (ASN1CTXT* pTarget, ASN1CTXT* pSource); EXTERNPER ASN1ConstCharPtr pu_getFullName (ASN1CTXT* ctxt_p, ASN1ConstCharPtr suffix); EXTERNPER Asn1SizeCnst* pu_getSizeConstraint (ASN1CTXT* ctxt_p, ASN1BOOL extbit); EXTERNPER void pu_init16BitCharSet (Asn116BitCharSet* pCharSet, ASN116BITCHAR first, ASN116BITCHAR last, ASN1UINT abits, ASN1UINT ubits); EXTERNPER void pu_insLenField (ASN1CTXT* ctxt_p); EXTERNPER ASN1BOOL pu_isExtendableSize (Asn1SizeCnst* pSizeList); EXTERNPER ASN1BOOL pu_isFixedSize (Asn1SizeCnst* pSizeList); EXTERNPER ASN1CTXT* pu_newContext (ASN1OCTET* bufaddr, ASN1UINT bufsiz, ASN1BOOL aligned); EXTERNPER PERField* pu_newField (ASN1CTXT* ctxt_p, ASN1ConstCharPtr nameSuffix); EXTERNPER void pu_popName (ASN1CTXT* ctxt_p); EXTERNPER void pu_pushElemName (ASN1CTXT* ctxt_p, int index); EXTERNPER void pu_pushName (ASN1CTXT* ctxt_p, ASN1ConstCharPtr name); EXTERNPER void pu_setBitOffset (ASN1CTXT* ctxt_p, int bitOffset); EXTERNPER void pu_setCharSet (Asn1CharSet* pCharSet, ASN1ConstCharPtr permSet); EXTERNPER void pu_set16BitCharSet (ASN1CTXT* ctxt_p, Asn116BitCharSet* pCharSet, Asn116BitCharSet* pAlphabet); EXTERNPER void pu_set16BitCharSetFromRange (Asn116BitCharSet* pCharSet, ASN1USINT firstChar, ASN1USINT lastChar); EXTERNPER void pu_setFldBitCount (ASN1CTXT* ctxt_p); EXTERNPER void pu_setFldBitOffset (ASN1CTXT* ctxt_p); EXTERNPER ASN1BOOL pu_setTrace (ASN1CTXT* pCtxt, ASN1BOOL value); EXTERNPER void pu_bindump (ASN1CTXT* ctxt_p, ASN1ConstCharPtr varname); EXTERNPER void pu_dumpField (ASN1CTXT* ctxt_p, PERField* pField, ASN1ConstCharPtr varname, size_t nextBitOffset, BinDumpBuffer* pbuf); EXTERNPER void pu_init32BitCharSet (Asn132BitCharSet* pCharSet, ASN132BITCHAR first, ASN132BITCHAR last, ASN1UINT abits, ASN1UINT ubits); EXTERNPER void pu_set32BitCharSet (ASN1CTXT* ctxt_p, Asn132BitCharSet* pCharSet, Asn132BitCharSet* pAlphabet); EXTERNPER void pu_set32BitCharSetFromRange (Asn132BitCharSet* pCharSet, ASN1UINT firstChar, ASN1UINT lastChar); #ifdef __cplusplus } #endif /* Macros */ #define pe_GeneralString(ctxt_p,value,permCharSet) \ pe_VarWidthCharString(ctxt_p, value) #define pe_GraphicString(ctxt_p,value,permCharSet) \ pe_VarWidthCharString(ctxt_p, value) #define pe_T61String(ctxt_p,value,permCharSet) \ pe_VarWidthCharString(ctxt_p, value) #define pe_TeletexString(ctxt_p,value,permCharSet) \ pe_VarWidthCharString(ctxt_p, value) #define pe_VideotexString(ctxt_p,value,permCharSet) \ pe_VarWidthCharString(ctxt_p, value) #define pe_ObjectDescriptor(ctxt_p,value,permCharSet) \ pe_VarWidthCharString(ctxt_p, value) #define pe_UTF8String(ctxt_p,value,permCharSet) \ pe_VarWidthCharString(ctxt_p, value) #define pe_IA5String(ctxt_p,value,permCharSet) \ pe_ConstrainedStringEx (ctxt_p, value, permCharSet, 8, 7, 7) #define pe_NumericString(ctxt_p,value,permCharSet) \ pe_ConstrainedStringEx (ctxt_p, value, \ (permCharSet == 0)?NUM_CANSET:permCharSet, 4, 4, 4) #define pe_PrintableString(ctxt_p,value,permCharSet) \ pe_ConstrainedStringEx (ctxt_p, value, permCharSet, 8, 7, 7) #define pe_VisibleString(ctxt_p,value,permCharSet) \ #define pe_ISO646String pe_IA5String #define pe_GeneralizedTime pe_IA5String #define pe_UTCTime pe_GeneralizedTime #define pd_GeneralString(ctxt_p,pvalue,permCharSet) \ pd_VarWidthCharString (ctxt_p, pvalue) #define pd_GraphicString(ctxt_p,pvalue,permCharSet) \ pd_VarWidthCharString (ctxt_p, pvalue) #define pd_VideotexString(ctxt_p,pvalue,permCharSet) \ pd_VarWidthCharString (ctxt_p, pvalue) #define pd_TeletexString(ctxt_p,pvalue,permCharSet) \ pd_VarWidthCharString (ctxt_p, pvalue) #define pd_T61String(ctxt_p,pvalue,permCharSet) \ pd_VarWidthCharString (ctxt_p, pvalue) #define pd_ObjectDescriptor(ctxt_p,pvalue,permCharSet) \ pd_VarWidthCharString (ctxt_p, pvalue) #define pd_UTF8String(ctxt_p,pvalue,permCharSet) \ pd_VarWidthCharString (ctxt_p, pvalue) #define pd_IA5String(ctxt_p,pvalue,permCharSet) \ pd_ConstrainedStringEx (ctxt_p, pvalue, permCharSet, 8, 7, 7) #define pd_NumericString(ctxt_p,pvalue,permCharSet) \ pd_ConstrainedStringEx (ctxt_p, pvalue, \ (permCharSet == 0)?NUM_CANSET:permCharSet, 4, 4, 4) #define pd_PrintableString(ctxt_p,pvalue,permCharSet) \ pd_ConstrainedStringEx (ctxt_p, pvalue, permCharSet, 8, 7, 7) #define pd_VisibleString(ctxt_p,pvalue,permCharSet) \ pd_ConstrainedStringEx (ctxt_p, pvalue, permCharSet, 8, 7, 7) #define pd_ISO646String pd_IA5String #define pd_GeneralizedTime pd_IA5String #define pd_UTCTime pd_GeneralizedTime #define pe_GetMsgLen pu_getMsgLen #endif Copyright © 1997-2005 Objective Systems,Inc. All Rights Reserved. This document may be distributed in any form, electronic or otherwise, provided that it is distributed in its entirety and that the copyright and this notice are included. This file was last modified on 8 Sep 2005. ASN1C PER Runtime, ASN1C v5.8x