z-core.h

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struct Z_ResourceControlResponse {
	Z_ReferenceId *referenceId; /* OPT */
	bool_t *continueFlag;
	bool_t *resultSetWanted; /* OPT */
	Z_OtherInformation *otherInfo; /* OPT */
};

struct Z_TriggerResourceControlRequest {
	Z_ReferenceId *referenceId; /* OPT */
#define Z_TriggerResourceControlRequest_resourceReport 1
#define Z_TriggerResourceControlRequest_resourceControl 2
#define Z_TriggerResourceControlRequest_cancel 3
	int *requestedAction;
	Z_ResourceReportId *prefResourceReportFormat; /* OPT */
	bool_t *resultSetWanted; /* OPT */
	Z_OtherInformation *otherInfo; /* OPT */
};

struct Z_ResourceReportRequest {
	Z_ReferenceId *referenceId; /* OPT */
	Z_ReferenceId *opId; /* OPT */
	Z_ResourceReportId *prefResourceReportFormat; /* OPT */
	Z_OtherInformation *otherInfo; /* OPT */
};

struct Z_ResourceReportResponse {
	Z_ReferenceId *referenceId; /* OPT */
#define Z_ResourceReportResponse_success 0
#define Z_ResourceReportResponse_partial 1
#define Z_ResourceReportResponse_failure_1 2
#define Z_ResourceReportResponse_failure_2 3
#define Z_ResourceReportResponse_failure_3 4
#define Z_ResourceReportResponse_failure_4 5
#define Z_ResourceReportResponse_failure_5 6
#define Z_ResourceReportResponse_failure_6 7
	int *resourceReportStatus;
	Z_ResourceReport *resourceReport; /* OPT */
	Z_OtherInformation *otherInfo; /* OPT */
};





struct Z_ScanRequest {
	Z_ReferenceId *referenceId; /* OPT */
	int num_databaseNames;
	Z_DatabaseName **databaseNames;
	Z_AttributeSetId *attributeSet; /* OPT */
	Z_AttributesPlusTerm *termListAndStartPoint;
	int *stepSize; /* OPT */
	int *numberOfTermsRequested;
	int *preferredPositionInResponse; /* OPT */
	Z_OtherInformation *otherInfo; /* OPT */
};

struct Z_ScanResponse {
	Z_ReferenceId *referenceId; /* OPT */
	int *stepSize; /* OPT */
#define Z_Scan_success 0
#define Z_Scan_partial_1 1
#define Z_Scan_partial_2 2
#define Z_Scan_partial_3 3
#define Z_Scan_partial_4 4
#define Z_Scan_partial_5 5
#define Z_Scan_failure 6
	int *scanStatus;
	int *numberOfEntriesReturned;
	int *positionOfTerm; /* OPT */
	Z_ListEntries *entries; /* OPT */
	Z_AttributeSetId *attributeSet; /* OPT */
	Z_OtherInformation *otherInfo; /* OPT */
};

struct Z_ListEntries {
	int num_entries;
	Z_Entry **entries; /* OPT */
	int num_nonsurrogateDiagnostics;
	Z_DiagRec **nonsurrogateDiagnostics; /* OPT */
};

struct Z_Entry {
	int which;
	union {
		Z_TermInfo *termInfo;
		Z_DiagRec *surrogateDiagnostic;
#define Z_Entry_termInfo 1
#define Z_Entry_surrogateDiagnostic 2
	} u;
};

struct Z_TermInfo {
	Z_Term *term;
	Z_InternationalString *displayTerm; /* OPT */
	Z_AttributeList *suggestedAttributes; /* OPT */
	int num_alternativeTerm;
	Z_AttributesPlusTerm **alternativeTerm; /* OPT */
	int *globalOccurrences; /* OPT */
	Z_OccurrenceByAttributes *byAttributes; /* OPT */
	Z_OtherInformation *otherTermInfo; /* OPT */
};

struct Z_byDatabaseList_s {
	Z_DatabaseName *db;
	int *num; /* OPT */
	Z_OtherInformation *otherDbInfo; /* OPT */
};

struct Z_byDatabaseList {
	int num;
	Z_byDatabaseList_s **elements;
};

struct Z_OccurrenceByAttributesElem {
	Z_AttributeList *attributes;
	int which;
	union {
		int *global;
		Z_byDatabaseList *byDatabase;
#define Z_OccurrenceByAttributesElem_global 1
#define Z_OccurrenceByAttributesElem_byDatabase 2
	} u; /* OPT */
	Z_OtherInformation *otherOccurInfo; /* OPT */
};

struct Z_OccurrenceByAttributes {
	int num;
	Z_OccurrenceByAttributesElem **elements;
};

struct Z_SortKeySpecList {
	int num_specs;
	Z_SortKeySpec **specs;
};

struct Z_SortRequest {
	Z_ReferenceId *referenceId; /* OPT */
	int num_inputResultSetNames;
	Z_InternationalString **inputResultSetNames;
	Z_InternationalString *sortedResultSetName;
	Z_SortKeySpecList *sortSequence;
	Z_OtherInformation *otherInfo; /* OPT */
};

struct Z_SortResponse {
	Z_ReferenceId *referenceId; /* OPT */
#define Z_SortResponse_success 0
#define Z_SortResponse_partial_1 1
#define Z_SortResponse_failure 2
	int *sortStatus;
#define Z_SortResponse_empty 1
#define Z_SortResponse_interim 2
#define Z_SortResponse_unchanged 3
#define Z_SortResponse_none 4
	int *resultSetStatus; /* OPT */
	int num_diagnostics;
	Z_DiagRec **diagnostics; /* OPT */
	int *resultCount; /* OPT */
	Z_OtherInformation *otherInfo; /* OPT */
};

struct Z_SortKeySpec {
	Z_SortElement *sortElement;
#define Z_SortKeySpec_ascending 0
#define Z_SortKeySpec_descending 1
#define Z_SortKeySpec_ascendingByFrequency 3
#define Z_SortKeySpec_descendingByfrequency 4
	int *sortRelation;
#define Z_SortKeySpec_caseSensitive 0
#define Z_SortKeySpec_caseInsensitive 1
	int *caseSensitivity;
	int which;
	union {
		Odr_null *abort;
		Odr_null *null;
		Odr_oct *missingValueData;
#define Z_SortKeySpec_abort 1
#define Z_SortKeySpec_null 2
#define Z_SortKeySpec_missingValueData 3
	} u; /* OPT */
};

struct Z_SortDbSpecificList_s {
	Z_DatabaseName *databaseName;
	Z_SortKey *dbSort;
};

struct Z_SortDbSpecificList {
	int num;
	Z_SortDbSpecificList_s **elements;
};

struct Z_SortElement {
	int which;
	union {
		Z_SortKey *generic;
		Z_SortDbSpecificList *databaseSpecific;
#define Z_SortElement_generic 1
#define Z_SortElement_databaseSpecific 2
	} u;
};

struct Z_SortAttributes {
	Z_AttributeSetId *id;
	Z_AttributeList *list;
};

struct Z_SortKey {
	int which;
	union {
		Z_InternationalString *sortField;
		Z_Specification *elementSpec;
		Z_SortAttributes *sortAttributes;
#define Z_SortKey_sortField 1
#define Z_SortKey_elementSpec 2
#define Z_SortKey_sortAttributes 3
	} u;
};

struct Z_ExtendedServicesRequest {
	Z_ReferenceId *referenceId; /* OPT */
#define Z_ExtendedServicesRequest_create 1
#define Z_ExtendedServicesRequest_delete 2
#define Z_ExtendedServicesRequest_modify 3
	int *function;
	Odr_oid *packageType;
	Z_InternationalString *packageName; /* OPT */
	Z_InternationalString *userId; /* OPT */
	Z_IntUnit *retentionTime; /* OPT */
	Z_Permissions *permissions; /* OPT */
	Z_InternationalString *description; /* OPT */
	Z_External *taskSpecificParameters; /* OPT */
#define Z_ExtendedServicesRequest_wait 1
#define Z_ExtendedServicesRequest_waitIfPossible 2
#define Z_ExtendedServicesRequest_dontWait 3
#define Z_ExtendedServicesRequest_dontReturnPackage 4
	int *waitAction;
	Z_ElementSetName *elements; /* OPT */
	Z_OtherInformation *otherInfo; /* OPT */
};

struct Z_ExtendedServicesResponse {
	Z_ReferenceId *referenceId; /* OPT */
#define Z_ExtendedServicesResponse_done 1
#define Z_ExtendedServicesResponse_accepted 2
#define Z_ExtendedServicesResponse_failure 3
	int *operationStatus;
	int num_diagnostics;
	Z_DiagRec **diagnostics; /* OPT */
	Z_External *taskPackage; /* OPT */
	Z_OtherInformation *otherInfo; /* OPT */
};

struct Z_Permissions_s {
	Z_InternationalString *userId;
#define Z_Permissions_s_delete 1
#define Z_Permissions_s_modifyContents 2
#define Z_Permissions_s_modifyPermissions 3
#define Z_Permissions_s_present 4
#define Z_Permissions_s_invoke 5
	int num_allowableFunctions;
	int **allowableFunctions;
};

struct Z_Permissions {
	int num;
	Z_Permissions_s **elements;
};

struct Z_Close {
	Z_ReferenceId *referenceId; /* OPT */
	Z_CloseReason *closeReason;
	Z_InternationalString *diagnosticInformation; /* OPT */
	Z_ResourceReportId *resourceReportFormat; /* OPT */
	Z_ResourceReport *resourceReport; /* OPT */
	Z_OtherInformation *otherInfo; /* OPT */
};

#define Z_Close_finished 0
#define Z_Close_shutdown 1
#define Z_Close_systemProblem 2
#define Z_Close_costLimit 3
#define Z_Close_resources 4
#define Z_Close_securityViolation 5
#define Z_Close_protocolError 6
#define Z_Close_lackOfActivity 7
#define Z_Close_peerAbort 8
#define Z_Close_unspecified 9

struct Z_DuplicateDetectionRequest {
	Z_ReferenceId *referenceId; /* OPT */
	int num_inputResultSetIds;
	Z_InternationalString **inputResultSetIds;
	Z_InternationalString *outputResultSetName;
	Z_External *applicablePortionOfRecord; /* OPT */
	int num_duplicateDetectionCriteria;
	Z_DuplicateDetectionCriterion **duplicateDetectionCriteria; /* OPT */
	bool_t *clustering; /* OPT */
	int num_retentionCriteria;
	Z_RetentionCriterion **retentionCriteria;
	int num_sortCriteria;
	Z_SortCriterion **sortCriteria; /* OPT */
	Z_OtherInformation *otherInfo; /* OPT */
};

struct Z_DuplicateDetectionCriterion {
	int which;
	union {
		int *levelOfMatch;
		Odr_null *caseSensitive;
		Odr_null *punctuationSensitive;
		Z_External *regularExpression;
		Odr_null *rsDuplicates;
#define Z_DuplicateDetectionCriterion_levelOfMatch 1
#define Z_DuplicateDetectionCriterion_caseSensitive 2
#define Z_DuplicateDetectionCriterion_punctuationSensitive 3
#define Z_DuplicateDetectionCriterion_regularExpression 4
#define Z_DuplicateDetectionCriterion_rsDuplicates 5
	} u;
};

struct Z_RetentionCriterion {
	int which;
	union {
		int *numberOfEntries;
		int *percentOfEntries;
		Odr_null *duplicatesOnly;
		Odr_null *discardRsDuplicates;
#define Z_RetentionCriterion_numberOfEntries 1
#define Z_RetentionCriterion_percentOfEntries 2
#define Z_RetentionCriterion_duplicatesOnly 3
#define Z_RetentionCriterion_discardRsDuplicates 4
	} u;
};

struct Z_SortCriterionPreferredDatabases {
	int num;
	Z_InternationalString **elements;
};

struct Z_SortCriterion {
	int which;
	union {
		Odr_null *mostComprehensive;
		Odr_null *leastConmprehensive;
		Odr_null *mostRecent;
		Odr_null *oldest;
		Odr_null *leastCost;
		Z_SortCriterionPreferredDatabases *preferredDatabases;
#define Z_SortCriterion_mostComprehensive 1
#define Z_SortCriterion_leastConmprehensive 2
#define Z_SortCriterion_mostRecent 3
#define Z_SortCriterion_oldest 4
#define Z_SortCriterion_leastCost 5
#define Z_SortCriterion_preferredDatabases 6
	} u;
};

struct Z_DuplicateDetectionResponse {
	Z_ReferenceId *referenceId; /* OPT */
#define Z_DuplicateDetectionResponse_success 0
#define Z_DuplicateDetectionResponse_failure 1
	int *status;
	int *resultSetCount; /* OPT */
	int num_diagnostics;
	Z_DiagRec **diagnostics; /* OPT */
	Z_OtherInformation *otherInfo; /* OPT */
};











struct Z_OtherInformationUnit {
	Z_InfoCategory *category; /* OPT */
	int which;
	union {
		Z_InternationalString *characterInfo;
		Odr_oct *binaryInfo;
		Z_External *externallyDefinedInfo;
		Odr_oid *oid;
#define Z_OtherInfo_characterInfo 1
#define Z_OtherInfo_binaryInfo 2
#define Z_OtherInfo_externallyDefinedInfo 3
#define Z_OtherInfo_oid 4
	} information;
};

struct Z_OtherInformation {
	int num_elements;
	Z_OtherInformationUnit **list;
};

struct Z_InfoCategory {
	Odr_oid *categoryTypeId; /* OPT */
	int *categoryValue;
};

struct Z_IntUnit {
	int *value;
	Z_Unit *unitUsed;
};

struct Z_Unit {
	Z_InternationalString *unitSystem; /* OPT */
	Z_StringOrNumeric *unitType; /* OPT */
	Z_StringOrNumeric *unit; /* OPT */
	int *scaleFactor; /* OPT */
};



struct Z_StringOrNumeric {
	int which;
	union {
		Z_InternationalString *string;
		int *numeric;
#define Z_StringOrNumeric_string 1
#define Z_StringOrNumeric_numeric 2
	} u;
};

#ifdef __cplusplus
}
#endif

#ifdef __cplusplus
extern "C" {
#endif

int z_ANY_type_0 (ODR o, void **p, int opt);

#ifdef __cplusplus
}
#endif

#endif