p6kmipdecoder.h

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#ifndef P6KMIPDECODER_H__
#define P6KMIPDECODER_H__ 1

#include "p6com.h"
//#include "p6time.h"
#include "p6kmip.h"
#include "p6iobuffer.h"


#ifdef  __cplusplus
namespace P6R { 
extern "C" {
#endif


typedef struct {
    P6UINT32 tag;      
    P6UINT32 type;     
    P6UINT32 length;   
} P6KMIP_ELEMENT;

typedef struct {
   P6UINT32   type;                  
   union {
    P6UINT8   structureType;          
    P6INT32   integerType;            
    P6INT64   longIntegerType;        
    P6BSTR    bigIntegerType;        
    P6UINT32  enumerationType;       
    P6BOOL    booleanType;           
    P6BSTR    textStringType;        
    P6BSTR    binaryStringType;      
    P6TIME    dateTimeType;          
    P6UINT32  intervalType;          
    } value;
} P6KMIP_PRIMITIVE;

typedef P6UINT32 P6KMIPDECODERFLAGS;
static const P6KMIPDECODERFLAGS P6KMIPDECODER_NOFLAGS       = 0x00000000;     
static const P6KMIPDECODERFLAGS P6KMIPDECODER_TRACEON       = 0x00000001;     
static const P6KMIPDECODERFLAGS P6KMIPDECODER_TREATASBINARY = 0x00000002;     


#undef INTERFACE
#define INTERFACE p6IKMIPStructure
P6DECLAREIF_(p6IKMIPStructure,p6ICom) 
{
   P6DECLAREICOM
   P6DECLCOMMETHOD(getValue)(P6THIS_  P6KMIP_PRIMITIVE* pValue ) P6PURE;

   P6DECLCOMMETHOD(getRawBytes)(P6THIS_  P6BSTR value, P6UINT32* pWritten ) P6PURE;

   P6DECLCOMMETHOD(getChildStructure)(P6THIS_  p6IKMIPStructure** ppNested ) P6PURE;

   P6DECLCOMMETHOD(getNestingLevel)(P6THIS_  P6UINT32* pLevel ) P6PURE;
  
   P6DECLCOMMETHOD(next)(P6THIS_  P6KMIP_ELEMENT* pCursor ) P6PURE;

   P6DECLCOMMETHOD(reset)(P6THIS) P6PURE;
};

// {FFBA7D0E-D5B3-4a23-8B20-CF1ED44A5B7D}
#define IF_p6IKMIPStructure  {0xffba7d0e,0xd5b3,0x4a23,{0x8b,0x20,0xcf,0x1e,0xd4,0x4a,0x5b,0x7d}}

// {595A2E15-DB84-4c1c-8B07-CCE26348C337}
#define COMP_p6KMIPStructure {0x595a2e15,0xdb84,0x4c1c,{0x8b,0x7,0xcc,0xe2,0x63,0x48,0xc3,0x37}}



#undef INTERFACE
#define INTERFACE p6IKMIPDecoder
P6DECLAREIF_(p6IKMIPDecoder,p6ICom) 
{
   P6DECLAREICOM
   P6DECLCOMMETHOD(initialize)(P6THIS_  P6KMIPDECODERFLAGS flags ) P6PURE; 

   P6DECLCOMMETHOD(setBufPtr)(P6THIS_  p6IIoBuffer* pBuffer ) P6PURE;

   P6DECLCOMMETHOD(getRootStructure)(P6THIS_  p6IKMIPStructure** ppRoot ) P6PURE;
};

// {10C61D97-82AB-4d3a-B3BB-85605A3EC0AF}
#define IF_p6IKMIPDecoder  {0x10c61d97,0x82ab,0x4d3a,{0xb3,0xbb,0x85,0x60,0x5a,0x3e,0xc0,0xaf}}

// {0FAB5BCA-AFA2-459e-9F2B-6F70345B986A}
#define COMP_p6KMIPDecoder {0xfab5bca,0xafa2,0x459e,{0x9f,0x2b,0x6f,0x70,0x34,0x5b,0x98,0x6a}}


typedef P6VOID (*P6TTLVOUTCB)(const P6WCHAR *pszString,P6VOID *pCtx);


typedef P6UINT32 P6TTLVDUMPFLAGS;
static const P6TTLVDUMPFLAGS     P6TTDF_NOFLAGS       = 0x00000000;
static const P6TTLVDUMPFLAGS     P6TTDF_HDRSONLY      = 0x00000001;
static const P6TTLVDUMPFLAGS     P6TTDF_DATAONLY      = 0x00000002;
static const P6TTLVDUMPFLAGS     P6TTDF_DUMPRECNUM    = 0x00000004;

typedef P6UINT32 P6TTLVCOMPAREFLAGS;
static const P6TTLVCOMPAREFLAGS  P6TTCF_NOFLAGS       = 0x00000000;

#undef INTERFACE
#define INTERFACE p6ITTLVDumper
P6DECLAREIF_(p6ITTLVDumper,p6ICom) 
{
   P6DECLAREICOM

   P6DECLCOMMETHOD(dumpTTLV)(P6THIS_ P6UINT8 *pTTLV,P6SIZE cTTLV,P6TTLVDUMPFLAGS fFlags,P6UINT32 nRecord,const P6WCHAR *pszPrefix,P6TTLVOUTCB pfnOutput,P6VOID *pCBCtx) P6PURE;

   P6DECLCOMMETHOD(compareTTLV)(P6THIS_ P6UINT8 *pTTLV1,P6SIZE cTTLV1,P6UINT8 *pTTLV2,P6SIZE cTTLV2,P6TTLVCOMPAREFLAGS nFlags,P6TTLVOUTCB pfnOutput,P6VOID *pCBCtx) P6PURE;

   P6DECLCOMMETHOD(getTTLVRawPayload)(P6THIS_ P6UINT8 *pTTLV1,P6SIZE cTTLV1,P6UINT32 nRecord,P6BCSTR *pbsPayload) P6PURE;

};

// {C95D0D4B-9EFF-4ABE-95A8-DE9AA4E082C9}
#define IF_p6ITTLVDumper {0xC95D0D4B,0x9EFF,0x4ABE,{0x95,0xA8,0xDE,0x9A,0xA4,0xE0,0x82,0xC9}}



#ifdef  __cplusplus
} // extern "C"
} // namespace
#endif


#endif