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。

            PE      element_DO_3;
        } *choice_DO_1;
    }       un;
};
#define	free_DO_ChainedReadArgument(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainedReadArgumentDO], &_ZDO_mod, 1)

struct type_DO_ChainedReadArgumentData {
    struct type_DO_ChainingArgument *member_DO_0;

    struct type_DAS_ReadArgument *member_DO_1;
};
#define	free_DO_ChainedReadArgumentData(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainedReadArgumentDataDO], &_ZDO_mod, 1)

struct type_DO_ChainedReadResult {
    int         offset;
#define	type_DO_ChainedReadResult_1	1
#define	type_DO_ChainedReadResult_2	2

    union {
        struct type_DO_ChainedReadResultData *choice_DO_2;

        struct element_DO_4 {
            struct type_DO_ChainedReadResultData *element_DO_5;

            struct type_AF_AlgorithmIdentifier *element_DO_6;

            PE      element_DO_7;
        } *choice_DO_3;
    }       un;
};
#define	free_DO_ChainedReadResult(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainedReadResultDO], &_ZDO_mod, 1)

struct type_DO_ChainedReadResultData {
    struct type_DO_ChainingResult *member_DO_2;

    struct type_DAS_ReadResult *member_DO_3;
};
#define	free_DO_ChainedReadResultData(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainedReadResultDataDO], &_ZDO_mod, 1)

struct type_DO_ChainedCompareArgument {
    int         offset;
#define	type_DO_ChainedCompareArgument_1	1
#define	type_DO_ChainedCompareArgument_2	2

    union {
        struct type_DO_ChainedCompareArgumentData *choice_DO_4;

        struct element_DO_8 {
            struct type_DO_ChainedCompareArgumentData *element_DO_9;

            struct type_AF_AlgorithmIdentifier *element_DO_10;

            PE      element_DO_11;
        } *choice_DO_5;
    }       un;
};
#define	free_DO_ChainedCompareArgument(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainedCompareArgumentDO], &_ZDO_mod, 1)

struct type_DO_ChainedCompareArgumentData {
    struct type_DO_ChainingArgument *member_DO_4;

    struct type_DAS_CompareArgument *member_DO_5;
};
#define	free_DO_ChainedCompareArgumentData(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainedCompareArgumentDataDO], &_ZDO_mod, 1)

struct type_DO_ChainedCompareResult {
    int         offset;
#define	type_DO_ChainedCompareResult_1	1
#define	type_DO_ChainedCompareResult_2	2

    union {
        struct type_DO_ChainedCompareResultData *choice_DO_6;

        struct element_DO_12 {
            struct type_DO_ChainedCompareResultData *element_DO_13;

            struct type_AF_AlgorithmIdentifier *element_DO_14;

            PE      element_DO_15;
        } *choice_DO_7;
    }       un;
};
#define	free_DO_ChainedCompareResult(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainedCompareResultDO], &_ZDO_mod, 1)

struct type_DO_ChainedCompareResultData {
    struct type_DO_ChainingResult *member_DO_6;

    struct type_DAS_CompareResult *member_DO_7;
};
#define	free_DO_ChainedCompareResultData(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainedCompareResultDataDO], &_ZDO_mod, 1)

struct type_DO_ChainedListArgument {
    int         offset;
#define	type_DO_ChainedListArgument_1	1
#define	type_DO_ChainedListArgument_2	2

    union {
        struct type_DO_ChainedListArgumentData *choice_DO_8;

        struct element_DO_16 {
            struct type_DO_ChainedListArgumentData *element_DO_17;

            struct type_AF_AlgorithmIdentifier *element_DO_18;

            PE      element_DO_19;
        } *choice_DO_9;
    }       un;
};
#define	free_DO_ChainedListArgument(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainedListArgumentDO], &_ZDO_mod, 1)

struct type_DO_ChainedListArgumentData {
    struct type_DO_ChainingArgument *member_DO_8;

    struct type_DAS_ListArgument *member_DO_9;
};
#define	free_DO_ChainedListArgumentData(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainedListArgumentDataDO], &_ZDO_mod, 1)

struct type_DO_ChainedListResult {
    int         offset;
#define	type_DO_ChainedListResult_1	1
#define	type_DO_ChainedListResult_2	2

    union {
        struct type_DO_ChainedListResultData *choice_DO_10;

        struct element_DO_20 {
            struct type_DO_ChainedListResultData *element_DO_21;

            struct type_AF_AlgorithmIdentifier *element_DO_22;

            PE      element_DO_23;
        } *choice_DO_11;
    }       un;
};
#define	free_DO_ChainedListResult(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainedListResultDO], &_ZDO_mod, 1)

struct type_DO_ChainedListResultData {
    struct type_DO_ChainingResult *member_DO_10;

    struct type_DAS_ListResult *member_DO_11;
};
#define	free_DO_ChainedListResultData(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainedListResultDataDO], &_ZDO_mod, 1)

struct type_DO_ChainedSearchArgument {
    int         offset;
#define	type_DO_ChainedSearchArgument_1	1
#define	type_DO_ChainedSearchArgument_2	2

    union {
        struct type_DO_ChainedSearchArgumentData *choice_DO_12;

        struct element_DO_24 {
            struct type_DO_ChainedSearchArgumentData *element_DO_25;

            struct type_AF_AlgorithmIdentifier *element_DO_26;

            PE      element_DO_27;
        } *choice_DO_13;
    }       un;
};
#define	free_DO_ChainedSearchArgument(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainedSearchArgumentDO], &_ZDO_mod, 1)

struct type_DO_ChainedSearchArgumentData {
    struct type_DO_ChainingArgument *member_DO_12;

    struct type_DAS_SearchArgument *member_DO_13;
};
#define	free_DO_ChainedSearchArgumentData(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainedSearchArgumentDataDO], &_ZDO_mod, 1)

struct type_DO_ChainedSearchResult {
    int         offset;
#define	type_DO_ChainedSearchResult_1	1
#define	type_DO_ChainedSearchResult_2	2

    union {
        struct type_DO_ChainedSearchResultData *choice_DO_14;

        struct element_DO_28 {
            struct type_DO_ChainedSearchResultData *element_DO_29;

            struct type_AF_AlgorithmIdentifier *element_DO_30;

            PE      element_DO_31;
        } *choice_DO_15;
    }       un;
};
#define	free_DO_ChainedSearchResult(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainedSearchResultDO], &_ZDO_mod, 1)

struct type_DO_ChainedSearchResultData {
    struct type_DO_ChainingResult *member_DO_14;

    struct type_DAS_SearchResult *member_DO_15;
};
#define	free_DO_ChainedSearchResultData(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainedSearchResultDataDO], &_ZDO_mod, 1)

struct type_DO_ChainedAddEntryArgument {
    int         offset;
#define	type_DO_ChainedAddEntryArgument_1	1
#define	type_DO_ChainedAddEntryArgument_2	2

    union {
        struct type_DO_ChainedAddEntryArgumentData *choice_DO_16;

        struct element_DO_32 {
            struct type_DO_ChainedAddEntryArgumentData *element_DO_33;

            struct type_AF_AlgorithmIdentifier *element_DO_34;

            PE      element_DO_35;
        } *choice_DO_17;
    }       un;
};
#define	free_DO_ChainedAddEntryArgument(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainedAddEntryArgumentDO], &_ZDO_mod, 1)

struct type_DO_ChainedAddEntryArgumentData {
    struct type_DO_ChainingArgument *member_DO_16;

    struct type_DAS_AddEntryArgument *member_DO_17;
};
#define	free_DO_ChainedAddEntryArgumentData(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainedAddEntryArgumentDataDO], &_ZDO_mod, 1)

struct type_DO_ChainedAddEntryResult {
    int         offset;
#define	type_DO_ChainedAddEntryResult_1	1
#define	type_DO_ChainedAddEntryResult_2	2

    union {
        struct type_DO_ChainedAddEntryResultData *choice_DO_18;

        struct element_DO_36 {
            struct type_DO_ChainedAddEntryResultData *element_DO_37;

            struct type_AF_AlgorithmIdentifier *element_DO_38;

            PE      element_DO_39;
        } *choice_DO_19;
    }       un;
};
#define	free_DO_ChainedAddEntryResult(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainedAddEntryResultDO], &_ZDO_mod, 1)

struct type_DO_ChainedAddEntryResultData {
    struct type_DO_ChainingResult *member_DO_18;

    struct type_DAS_AddEntryResult *member_DO_19;
};
#define	free_DO_ChainedAddEntryResultData(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainedAddEntryResultDataDO], &_ZDO_mod, 1)

struct type_DO_ChainedRemoveEntryArgument {
    int         offset;
#define	type_DO_ChainedRemoveEntryArgument_1	1
#define	type_DO_ChainedRemoveEntryArgument_2	2

    union {
        struct type_DO_ChainedRemoveEntryArgumentData *choice_DO_20;

        struct element_DO_40 {
            struct type_DO_ChainedRemoveEntryArgumentData *element_DO_41;

            struct type_AF_AlgorithmIdentifier *element_DO_42;

            PE      element_DO_43;
        } *choice_DO_21;
    }       un;
};
#define	free_DO_ChainedRemoveEntryArgument(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainedRemoveEntryArgumentDO], &_ZDO_mod, 1)

struct type_DO_ChainedRemoveEntryArgumentData {
    struct type_DO_ChainingArgument *member_DO_20;

    struct type_DAS_RemoveEntryArgument *member_DO_21;
};
#define	free_DO_ChainedRemoveEntryArgumentData(parm)\
	(void) fre_obj((char *) parm, _ZDO_mod.md_dtab[_ZChainedRemoveEntryArgumentDataDO], &_ZDO_mod, 1)