do-types.h

SecuDe是一个由安全应用程序接口组成,对验证机制、证件处理、PEM、X.400报文处理和密钥管理提供支持。SecuDe提供DES、 RSA杂凑函数、密钥生成以及数字签名的生成和核实等多种密码机制。

struct type_DO_ChainedRemoveEntryResult {
    int         offset;
#define	type_DO_ChainedRemoveEntryResult_1	1
#define	type_DO_ChainedRemoveEntryResult_2	2

    union {
        struct type_DO_ChainedRemoveEntryResultData *choice_DO_22;

        struct element_DO_44 {
            struct type_DO_ChainedRemoveEntryResultData *element_DO_45;

            struct type_AF_AlgorithmIdentifier *element_DO_46;

            PE      element_DO_47;
        } *choice_DO_23;
    }       un;
};
#define	free_DO_ChainedRemoveEntryResult(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainedRemoveEntryResultDO], &_ZDO_mod, 1)

struct type_DO_ChainedRemoveEntryResultData {
    struct type_DO_ChainingResult *member_DO_22;

    struct type_DAS_RemoveEntryResult *member_DO_23;
};
#define	free_DO_ChainedRemoveEntryResultData(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainedRemoveEntryResultDataDO], &_ZDO_mod, 1)

struct type_DO_ChainedModifyEntryArgument {
    int         offset;
#define	type_DO_ChainedModifyEntryArgument_1	1
#define	type_DO_ChainedModifyEntryArgument_2	2

    union {
        struct type_DO_ChainedModifyEntryArgumentData *choice_DO_24;

        struct element_DO_48 {
            struct type_DO_ChainedModifyEntryArgumentData *element_DO_49;

            struct type_AF_AlgorithmIdentifier *element_DO_50;

            PE      element_DO_51;
        } *choice_DO_25;
    }       un;
};
#define	free_DO_ChainedModifyEntryArgument(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainedModifyEntryArgumentDO], &_ZDO_mod, 1)

struct type_DO_ChainedModifyEntryArgumentData {
    struct type_DO_ChainingArgument *member_DO_24;

    struct type_DAS_ModifyEntryArgument *member_DO_25;
};
#define	free_DO_ChainedModifyEntryArgumentData(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainedModifyEntryArgumentDataDO], &_ZDO_mod, 1)

struct type_DO_ChainedModifyEntryResult {
    int         offset;
#define	type_DO_ChainedModifyEntryResult_1	1
#define	type_DO_ChainedModifyEntryResult_2	2

    union {
        struct type_DO_ChainedModifyEntryResultData *choice_DO_26;

        struct element_DO_52 {
            struct type_DO_ChainedModifyEntryResultData *element_DO_53;

            struct type_AF_AlgorithmIdentifier *element_DO_54;

            PE      element_DO_55;
        } *choice_DO_27;
    }       un;
};
#define	free_DO_ChainedModifyEntryResult(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainedModifyEntryResultDO], &_ZDO_mod, 1)

struct type_DO_ChainedModifyEntryResultData {
    struct type_DO_ChainingResult *member_DO_26;

    struct type_DAS_ModifyEntryResult *member_DO_27;
};
#define	free_DO_ChainedModifyEntryResultData(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainedModifyEntryResultDataDO], &_ZDO_mod, 1)

struct type_DO_ChainedModifyRDNArgument {
    int         offset;
#define	type_DO_ChainedModifyRDNArgument_1	1
#define	type_DO_ChainedModifyRDNArgument_2	2

    union {
        struct type_DO_ChainedModifyRDNArgumentData *choice_DO_28;

        struct element_DO_56 {
            struct type_DO_ChainedModifyRDNArgumentData *element_DO_57;

            struct type_AF_AlgorithmIdentifier *element_DO_58;

            PE      element_DO_59;
        } *choice_DO_29;
    }       un;
};
#define	free_DO_ChainedModifyRDNArgument(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainedModifyRDNArgumentDO], &_ZDO_mod, 1)

struct type_DO_ChainedModifyRDNArgumentData {
    struct type_DO_ChainingArgument *member_DO_28;

    struct type_DAS_ModifyRDNArgument *member_DO_29;
};
#define	free_DO_ChainedModifyRDNArgumentData(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainedModifyRDNArgumentDataDO], &_ZDO_mod, 1)

struct type_DO_ChainedModifyRDNResult {
    int         offset;
#define	type_DO_ChainedModifyRDNResult_1	1
#define	type_DO_ChainedModifyRDNResult_2	2

    union {
        struct type_DO_ChainedModifyRDNResultData *choice_DO_30;

        struct element_DO_60 {
            struct type_DO_ChainedModifyRDNResultData *element_DO_61;

            struct type_AF_AlgorithmIdentifier *element_DO_62;

            PE      element_DO_63;
        } *choice_DO_31;
    }       un;
};
#define	free_DO_ChainedModifyRDNResult(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainedModifyRDNResultDO], &_ZDO_mod, 1)

struct type_DO_ChainedModifyRDNResultData {
    struct type_DO_ChainingResult *member_DO_30;

    struct type_DAS_ModifyRDNResult *member_DO_31;
};
#define	free_DO_ChainedModifyRDNResultData(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainedModifyRDNResultDataDO], &_ZDO_mod, 1)

struct type_DO_DSAReferralParm {
    struct type_DO_ContinuationReference *member_DO_32;

    struct type_IF_DistinguishedName *contextPrefix;
};
#define	free_DO_DSAReferralParm(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZDSAReferralParmDO], &_ZDO_mod, 1)

struct type_DO_ChainingArgument {
    integer     optionals;
#define	opt_DO_ChainingArgument_aliasedRDNs (000000001)

    struct type_IF_DistinguishedName *originator;

    struct type_IF_DistinguishedName *targetObject;

    struct type_DO_OperationProgress *operationProgress;

    struct type_DO_TraceInformation *traceInformation;

    char    aliasDereferenced;

    integer     aliasedRDNs;

    char    entryOnly;

    char    returnCrossRefs;

    struct type_DO_ReferenceType *referenceType;

    struct type_DO_DomainInfo *info;

    struct	qbuf	*timeLimit;

    struct type_DAS_SecurityParameters *member_DO_33;
};
#define	free_DO_ChainingArgument(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainingArgumentDO], &_ZDO_mod, 1)

struct type_DO_ChainingResult {
    struct type_DO_DomainInfo *info;

    struct element_DO_64 {
        struct type_DO_CrossReference *element_DO_65;

        struct element_DO_64 *next;
    } *crossReferences;

    struct type_DAS_SecurityParameters *member_DO_34;
};
#define	free_DO_ChainingResult(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainingResultDO], &_ZDO_mod, 1)

struct type_DO_CrossReference {
    struct type_IF_DistinguishedName *contextPrefix;

    struct type_DO_AccessPoint *accessPoint;
};
#define	free_DO_CrossReference(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZCrossReferenceDO], &_ZDO_mod, 1)

struct type_DO_ReferenceType {
    integer     parm;
#define	int_DO_ReferenceType_superior	1
#define	int_DO_ReferenceType_subordinate	2
#define	int_DO_ReferenceType_cross	3
#define	int_DO_ReferenceType_nonSpecificSubordinate	4
};
#define	free_DO_ReferenceType(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZReferenceTypeDO], &_ZDO_mod, 1)

struct type_DO_TraceInformation {
        struct type_DO_TraceItem *element_DO_66;

        struct type_DO_TraceInformation *next;
};
#define	free_DO_TraceInformation(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZTraceInformationDO], &_ZDO_mod, 1)

struct type_DO_TraceItem {
    struct type_IF_Name *dsa;

    struct type_IF_Name *targetObject;

    struct type_DO_OperationProgress *operationProgress;
};
#define	free_DO_TraceItem(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZTraceItemDO], &_ZDO_mod, 1)

struct type_DO_OperationProgress {
    integer     optionals;
#define	opt_DO_OperationProgress_nextRDNToBeResolved (000000001)

    integer     nameResolutionPhase;
#define	int_DO_nameResolutionPhase_notStarted	1
#define	int_DO_nameResolutionPhase_proceeding	2
#define	int_DO_nameResolutionPhase_completed	3

    integer     nextRDNToBeResolved;
};
#define	free_DO_OperationProgress(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZOperationProgressDO], &_ZDO_mod, 1)

struct type_DO_ContinuationReference {
    integer     optionals;
#define	opt_DO_ContinuationReference_aliasedRDNs (000000001)
#define	opt_DO_ContinuationReference_rdnsResolved (000000002)

    struct type_IF_Name *targetObject;

    integer     aliasedRDNs;

    struct type_DO_OperationProgress *operationProgress;

    integer     rdnsResolved;

    struct type_DO_ReferenceType *referenceType;

    struct member_DO_35 {
        struct type_DO_AccessPoint *member_DO_36;

        struct member_DO_35 *next;
    } *accessPoints;
};
#define	free_DO_ContinuationReference(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZContinuationReferenceDO], &_ZDO_mod, 1)

struct type_DO_AccessPoint {
    struct type_IF_Name *member_DO_37;

    struct type_DO_ISODEPresentationAddress *member_DO_38;
};
#define	free_DO_AccessPoint(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZAccessPointDO], &_ZDO_mod, 1)

struct type_DO_QAccessPoint {
    struct type_IF_Name *member_DO_39;

    struct type_DO_ISODEPresentationAddress *member_DO_40;
};
#define	free_DO_QAccessPoint(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZQAccessPointDO], &_ZDO_mod, 1)

struct type_DO_InvokeID {
    integer     parm;
};
#define	free_DO_InvokeID(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZInvokeIDDO], &_ZDO_mod, 1)
#endif