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| virtual P6INT32 | addref (void)=0 |
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| virtual P6R::P6ERR | copyOctetString (const P6ASN1OCTET *pSource, P6ASN1OCTET *pDestination)=0 |
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| virtual P6R::P6ERR | decodeBoolean (P6UINT8 *pBuffer, P6UINT32 bufSize, P6UINT32 &index, P6BOOL &value)=0 |
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| virtual P6R::P6ERR | decodeInteger (P6UINT8 *pBuffer, P6UINT32 bufSize, P6UINT32 &index, P6ASN1INTEGER &value)=0 |
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| virtual P6R::P6ERR | decodeIPAddr (P6UINT8 *pBuffer, P6UINT32 bufSize, P6UINT32 &index, P6UINT32 &ipAddress)=0 |
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| virtual P6R::P6ERR | decodeLength (P6UINT8 *pBuffer, P6UINT32 bufSize, P6UINT32 &index, P6UINT32 &length)=0 |
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| virtual P6R::P6ERR | decodeNULL (P6UINT8 *pBuffer, P6UINT32 bufSize, P6UINT32 &index)=0 |
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| virtual P6R::P6ERR | decodeOctetString (P6UINT8 *pBuffer, P6UINT32 bufSize, P6UINT32 &index, P6ASN1OCTET &value)=0 |
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| virtual P6R::P6ERR | decodeOID (P6UINT8 *pBuffer, P6UINT32 bufSize, P6UINT32 &index, P6CHAR *pOID, P6UINT32 &oidSize)=0 |
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| virtual P6R::P6ERR | decodeReal (P6UINT8 *pBuffer, P6UINT32 bufSize, P6UINT32 &index, P6FLOAT &numValue, P6ASN1REALFLAGS &flags)=0 |
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| virtual P6R::P6ERR | decodeUnsigned (P6UINT8 *pBuffer, P6UINT32 bufSize, P6UINT32 &index, P6ASN1INTEGER &value)=0 |
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| virtual P6R::P6ERR | encodeBoolean (P6UINT8 *pBuffer, P6UINT32 bufSize, P6UINT32 &index, P6BOOL value, P6UINT8 overrideTag)=0 |
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| virtual P6R::P6ERR | encodeInteger (P6UINT8 *pBuffer, P6UINT32 bufSize, P6UINT32 &index, P6ASN1INTEGER integer, P6UINT8 overrideTag)=0 |
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| virtual P6R::P6ERR | encodeInteger32 (P6UINT8 *pBuffer, P6UINT32 bufSize, P6UINT32 &index, P6INT32 intValue, P6UINT8 overrideTag)=0 |
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| virtual P6R::P6ERR | encodeInteger64 (P6UINT8 *pBuffer, P6UINT32 bufSize, P6UINT32 &index, P6INT64 intValue, P6UINT8 overrideTag)=0 |
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| virtual P6R::P6ERR | encodeIPAddr (P6UINT8 *pBuffer, P6UINT32 bufSize, P6UINT32 &index, P6UINT32 ipAddress, P6UINT8 overrideTag)=0 |
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| virtual P6R::P6ERR | encodeLength (P6UINT8 *pBuffer, P6UINT32 bufSize, P6UINT32 &index, P6UINT32 length, P6INT8 useOctets)=0 |
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| virtual P6R::P6ERR | encodeNULL (P6UINT8 *pBuffer, P6UINT32 bufSize, P6UINT32 &index, P6UINT8 overrideTag)=0 |
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| virtual P6R::P6ERR | encodeOctetString (P6UINT8 *pBuffer, P6UINT32 bufSize, P6UINT32 &index, P6ASN1OCTET *pString, P6UINT8 overrideTag)=0 |
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| virtual P6R::P6ERR | encodeOID (P6UINT8 *pBuffer, P6UINT32 bufSize, P6UINT32 &index, const P6CHAR *pOID)=0 |
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| virtual P6R::P6ERR | encodeReal (P6UINT8 *pBuffer, P6UINT32 bufSize, P6UINT32 &index, P6FLOAT numValue, P6ASN1REALFLAGS flags, P6UINT8 overrideTag)=0 |
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| virtual P6R::P6ERR | encodeUnsigned32 (P6UINT8 *pBuffer, P6UINT32 bufSize, P6UINT32 &index, P6UINT32 numValue, P6UINT8 applicationTag)=0 |
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| virtual P6R::P6ERR | encodeUnsigned64 (P6UINT8 *pBuffer, P6UINT32 bufSize, P6UINT32 &index, P6UINT64 numValue, P6UINT8 applicationTag)=0 |
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| virtual P6R::P6ERR | freeOctetString (P6ASN1OCTET *pOctets)=0 |
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| virtual P6R::P6ERR | initialize (P6ASN1FLAGS flags, P6ASN1TRANSFERENCODING type)=0 |
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| virtual P6R::P6ERR | isNegative (P6ASN1INTEGER value, P6BOOL &negative)=0 |
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| virtual P6R::P6ERR | queryInterface (const P6R::P6IID &iid, P6VOID **ppIface)=0 |
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| virtual P6INT32 | release (void)=0 |
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| virtual P6R::P6ERR | setZero (P6ASN1INTEGER &value)=0 |
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| virtual P6R::P6ERR | skipField (P6UINT8 *pBuffer, P6UINT32 bufSize, P6UINT8 tag, P6UINT32 &index)=0 |
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| virtual P6R::P6ERR | toP6Int32 (P6ASN1INTEGER iValue, P6INT32 &value)=0 |
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| virtual P6R::P6ERR | toP6Int64 (P6ASN1INTEGER iValue, P6INT64 &value)=0 |
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| virtual P6R::P6ERR | toP6Uint32 (P6ASN1INTEGER iValue, P6UINT32 &value)=0 |
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| virtual P6R::P6ERR | toP6Uint64 (P6ASN1INTEGER iValue, P6UINT64 &value)=0 |
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NOTICE: this interface is available but depreciated.
It should not be used for any new code development. Please use the p6IASN_2 interface instead. This interface will not compile properly for the C Programming Language.
This interface supports low level ASN.1 encoding and decoding functions. Encoding and decoding functions for primitive types are defined, such as INTEGER, OCTET STRING, OBJECT IDENTIFIER. Constructed types, such as SEQUENCE and SET OF, are typically application dependent and are handled by the caller. For example, P6R's SNMP implementation uses this ASN.1 compoent to encode and decode all its defined primitive types and implements constructed types and buffer management itself.
Used as a reference: Abstract Syntax Notation One, ASN.1, The Tutorial & Reference, By D.Steedman, 1993, ISBN 1 871802 06 7
Definition at line 158 of file p6asn1.h.
