PKIFCMSUtils.h

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00001 
00010 #ifndef __PKIFCMSUTILS_H__
00011 #define __PKIFCMSUTILS_H__
00012 
00013 #include "PKIFCMSDLL.h"
00014 #include "PKIFEnums.h"
00015 #include "PKIFCryptoConstants.h"
00016 #include <vector>
00017 
00018 FD_SMART_PTR(CPKIFCertificateNodeEntry);
00019 FD_SMART_PTR(CPKIFAlgorithmIdentifier);
00020 typedef std::vector<CPKIFAlgorithmIdentifierPtr, PKIFAlloc<CPKIFAlgorithmIdentifierPtr> > CCACDigestAlgorithmIdentifiers;
00021 DECLARE_SMART_POINTERS(CCACDigestAlgorithmIdentifiers);
00022 FD_LIST_PTR(CPKIFSignerInfo);
00023 FD_SMART_PTR(CPKIFSignedData);
00024 FD_SMART_PTR(CPKIFPathSettings);
00025 FD_SMART_PTR(CPKIFBuffer);
00026 FD_LIST_PTR(CPKIFCertificate);
00027 FD_SMART_PTR(CPKIFCertificatePath);
00028 
00029 FD_MC_PTR();
00030 class CPKIFPathValidationResults;
00031 
00032 //The following enum is the top level status indicator returned from the CPKIFSignedData::Verify function.
00033 //Essentially is a number line indicating various possible results.
00047 enum CMSVerificationStatus
00048 {
00049     REV_STATUS_INVALID      =-3,
00050     CERT_PATH_INVALID       =-2,
00051     CMS_SIGNATURE_INVALID   =-1,
00052     NOT_VERIFIED            =0, 
00053     CMS_SIGNATURE_VERIFIED  =1, 
00054     CERT_PATH_VERIFIED      =2, 
00055     REV_STATUS_VERIFIED     =3, 
00056 };
00057 
00058 //added this and the min status stuff on AddRecipient to permit more control over internal validation 12/11/02
00061 enum CMSPathValidationStatus
00062 {
00063     PVS_NOT_VALIDATED           = 0,    
00064     PVS_CERT_PATH_VERIFIED      = 1,    
00065     PVS_REV_STATUS_VERIFIED     = 2,    
00066 };
00067 
00068 //exported global function declarations (implemented in CACCMSUtils.cpp)
00069 extern unsigned char nullParams[];
00070 void PKIFCMS_API keyUsageChecker_Signature(const CPKIFCertificateNodeEntryPtr& certNode, CPKIFPathValidationResults& results, CertificateType type);
00071 void PKIFCMS_API keyUsageChecker_Encryption(const CPKIFCertificateNodeEntryPtr& certNode, CPKIFPathValidationResults& results, CertificateType type);
00072 void PKIFCMS_API keyUsageChecker_KeyAgreement(const CPKIFCertificateNodeEntryPtr& certNode, CPKIFPathValidationResults& results, CertificateType type);
00073 CPKIFBufferPtr PKIFCMS_API Countersign(CPKIFSignerInfoPtr& siToCounterSign, CPKIFSignerInfoPtr& countersignerSI, IPKIFMediatorPtr& mediator);
00074 void PKIFCMS_API VerifyCounterSignatures(CPKIFSignedDataPtr& sd, CPKIFSignerInfoPtr& si, IPKIFMediatorPtr& mediator, CPKIFPathSettingsPtr& settings, CPKIFSignerInfoList& sis, std::vector<CMSVerificationStatus>& status, CPKIFCertificateList& certVector, std::vector<CPKIFCertificatePathPtr>& pathVector);
00075 
00076 #define RAISE_MESSAGE_EXCEPTION(__errorMsg__, __component__, __errorCode__, __object__)\
00077 {\
00078     LOG_STRING_ERROR(__errorMsg__, __component__, __errorCode__, __object__);\
00079     throw CPKIFMessageException(__component__, __errorCode__, __errorMsg__);\
00080 }
00081 
00082 #define  CMS_ATTR_CAST(item) *((boost::shared_ptr<CPKIFAttribute>*)&(item))
00083 
00084 #endif