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/******************************************************************//* Copyright (C) 1998 Microsoft Corporation. All rights reserved.*//******************************************************************//* Abstract syntax: ldap *//* Created: Tue Jan 27 10:27:59 1998 *//* ASN.1 compiler version: 4.2 Beta B *//* Target operating system: Windows NT 3.5 or later/Windows 95 *//* Target machine type: Intel x86 *//* C compiler options required: -Zp8 (Microsoft) or equivalent *//* ASN.1 compiler options specified:
* -noshortennames -nouniquepdu -c++ -noconstraints -ber -gendirectives * ldapnew.gen */
#ifndef OSS_ldap
#define OSS_ldap
#ifdef __cplusplus
extern "C" {#endif /* __cplusplus */
#include "asn1hdr.h"
#include "asn1code.h"
#define ObjectID_PDU 1
#define DistinguishedName_PDU 2
#define LDAPMsg_PDU 3
#define Attribute_PDU 4
#define PagedResultsSearchControlValue_PDU 5
#define ReplicationSearchControlValue_PDU 6
#define SecurityDescriptorSearchControlValue_PDU 7
#define SearchResultFull_PDU 8
#define ProtectedPassword_PDU 9
#define StrongCredentials_PDU 10
#define SortKeyList_PDU 11
#define SortResult_PDU 12
typedef struct ObjectID_ { struct ObjectID_ *next; unsigned short value;} *ObjectID;
typedef struct TYPE_IDENTIFIER { struct ObjectID_ *id; unsigned short Type;} TYPE_IDENTIFIER;
typedef struct ObjectID_ *ID;
typedef struct UniqueIdentifier { unsigned int length; /* number of significant bits */ unsigned char *value;} UniqueIdentifier;
typedef struct AlgorithmIdentifier { unsigned char bit_mask;# define parameters_present 0x80
struct ObjectID_ *algorithm; OpenType parameters; /* optional */} AlgorithmIdentifier;
typedef struct RDNSequence_ *DistinguishedName;
typedef struct Token { struct { AlgorithmIdentifier algorithm; struct RDNSequence_ *name; UTCTime time; struct { unsigned int length; /* number of significant bits */ unsigned char *value; } random; } toBeSigned; AlgorithmIdentifier algorithmIdentifier; struct { unsigned int length; /* number of significant bits */ unsigned char *value; } encrypted;} Token;
typedef int Version;#define v1 0
#define v2 1
typedef int CertificateSerialNumber;
typedef struct Name { unsigned short choice;# define rdnSequence_chosen 1
union _union { struct RDNSequence_ *rdnSequence; } u;} Name;
typedef struct Validity { UTCTime notBefore; UTCTime notAfter;} Validity;
typedef struct SubjectPublicKeyInfo { AlgorithmIdentifier algorithm; struct _bit1 { unsigned int length; /* number of significant bits */ unsigned char *value; } subjectPublicKey;} SubjectPublicKeyInfo;
typedef struct Certificate { struct { unsigned char bit_mask;# define version_present 0x80
# define issuerUniqueIdentifier_present 0x40
# define subjectUniqueIdentifier_present 0x20
Version version; /* default assumed if omitted */ CertificateSerialNumber serialNumber; AlgorithmIdentifier signature; Name issuer; Validity validity; Name subject; SubjectPublicKeyInfo subjectPublicKeyInfo; UniqueIdentifier issuerUniqueIdentifier; /* optional */ UniqueIdentifier subjectUniqueIdentifier; /* optional */ } toBeSigned; AlgorithmIdentifier algorithmIdentifier; struct { unsigned int length; /* number of significant bits */ unsigned char *value; } encrypted;} Certificate;
typedef TYPE_IDENTIFIER ALGORITHM;
typedef struct CertificatePair { unsigned char bit_mask;# define forward_present 0x80
# define reverse_present 0x40
Certificate forward; /* optional */ Certificate reverse; /* optional */} CertificatePair;
typedef struct CertificationPath { unsigned char bit_mask;# define theCACertificates_present 0x80
Certificate userCertificate; struct _seqof1 { struct _seqof1 *next; CertificatePair value; } *theCACertificates; /* optional */} CertificationPath;
typedef struct AttributeTypeAndValue { struct ObjectID_ *type; OpenType value;} AttributeTypeAndValue;
typedef struct RDNSequence_ { struct RDNSequence_ *next; struct RelativeDistinguishedName_ *value;} *RDNSequence;
typedef struct RelativeDistinguishedName_ { struct RelativeDistinguishedName_ *next; AttributeTypeAndValue value;} *RelativeDistinguishedName;
typedef enum AttributeUsage { userApplications = 0, directoryOperation = 1, distributedOperation = 2, dSAOperation = 3} AttributeUsage;
typedef struct ATTRIBUTE { unsigned char bit_mask;# define Type_present 0x80
# define single_valued_present 0x40
# define collective_present 0x20
# define no_user_modification_present 0x10
# define usage_present 0x08
struct ATTRIBUTE *derivation; /* NULL for not present */ unsigned short Type; /* optional */ struct MATCHING_RULE *equality_match; /* NULL for not present */ struct MATCHING_RULE *ordering_match; /* NULL for not present */ struct MATCHING_RULE *substrings_match; /* NULL for not present */ ossBoolean single_valued; /* default assumed if omitted */ ossBoolean collective; /* default assumed if omitted */ ossBoolean no_user_modification; /* default assumed if omitted */ AttributeUsage usage; /* default assumed if omitted */ struct ObjectID_ *id;} ATTRIBUTE;
typedef struct MATCHING_RULE { unsigned char bit_mask;# define AssertionType_present 0x80
unsigned short AssertionType; /* optional */ struct ObjectID_ *id;} MATCHING_RULE;
typedef unsigned int MessageID;
typedef struct LDAPString { unsigned int length; unsigned char *value;} LDAPString;
typedef LDAPString LDAPDN;
typedef struct SaslCredentials { LDAPString mechanism; struct _octet1 { unsigned int length; unsigned char *value; } credentials;} SaslCredentials;
typedef struct AuthenticationChoice { unsigned short choice;# define simple_chosen 1
# define sasl_chosen 2
# define sicilyNegotiate_chosen 3
# define sicilyInitial_chosen 4
# define sicilySubsequent_chosen 5
# define sasl_v3response_chosen 1001
union _union { struct _octet2 { unsigned int length; unsigned char *value; } simple; SaslCredentials sasl; struct _octet1 { unsigned int length; unsigned char *value; } sicilyNegotiate; struct _octet2_2 { unsigned int length; unsigned char *value; } sicilyInitial; struct _octet3 { unsigned int length; unsigned char *value; } sicilySubsequent; } u;} AuthenticationChoice;
typedef struct BindRequest { unsigned short version; LDAPDN name; AuthenticationChoice authentication;} BindRequest;
typedef enum _enum1 { success = 0, operationsError = 1, protocolError = 2, timeLimitExceeded = 3, sizeLimitExceeded = 4, compareFalse = 5, compareTrue = 6, authMethodNotSupported = 7, strongAuthRequired = 8, referralv2 = 9, referral = 10, adminLimitExceeded = 11, unavailableCriticalExtension = 12, confidentialityRequired = 13, saslBindInProgress = 14, noSuchAttribute = 16, undefinedAttributeType = 17, inappropriateMatching = 18, constraintViolation = 19, attributeOrValueExists = 20, invalidAttributeSyntax = 21, noSuchObject = 32, aliasProblem = 33, invalidDNSyntax = 34, aliasDereferencingProblem = 36, inappropriateAuthentication = 48, invalidCredentials = 49, insufficientAccessRights = 50, busy = 51, unavailable = 52, unwillingToPerform = 53, loopDetect = 54,
sortControlMissing = 60, indexRangeError = 61,
namingViolation = 64, objectClassViolation = 65, notAllowedOnNonLeaf = 66, notAllowedOnRDN = 67, entryAlreadyExists = 68, objectClassModsProhibited = 69, resultsTooLarge = 70, affectsMultipleDSAs = 71, other = 80} _enum1;
typedef struct BindResponse { unsigned char bit_mask;# define BindResponse_referral_present 0x80
# define serverCreds_present 0x40
# define BindResponse_ldapv3 0x20
_enum1 resultCode; LDAPDN matchedDN; LDAPString errorMessage; struct Referral_ *BindResponse_referral; /* optional */ AuthenticationChoice serverCreds; /* optional */} BindResponse;
typedef Nulltype UnbindRequest;
typedef LDAPString AttributeDescription;
typedef struct AssertionValue { unsigned int length; unsigned char *value;} AssertionValue;
typedef struct AttributeValueAssertion { AttributeDescription attributeDesc; AssertionValue assertionValue;} AttributeValueAssertion;
typedef struct SubstringFilter { AttributeDescription type; struct SubstringFilterList_ *substrings;} SubstringFilter;
typedef LDAPString AttributeType;
typedef LDAPString MatchingRuleId;
typedef struct MatchingRuleAssertion { unsigned char bit_mask;# define matchingRule_present 0x80
# define type_present 0x40
# define dnAttributes_present 0x20
MatchingRuleId matchingRule; /* optional */ AttributeDescription type; /* optional */ AssertionValue matchValue; ossBoolean dnAttributes; /* default assumed if omitted */} MatchingRuleAssertion;
typedef struct Filter { unsigned short choice;# define and_chosen 1
# define or_chosen 2
# define not_chosen 3
# define equalityMatch_chosen 4
# define substrings_chosen 5
# define greaterOrEqual_chosen 6
# define lessOrEqual_chosen 7
# define present_chosen 8
# define approxMatch_chosen 9
# define extensibleMatch_chosen 10
union _union { struct _setof3_ *and; struct _setof4_ *or; struct Filter *not; AttributeValueAssertion equalityMatch; SubstringFilter substrings; AttributeValueAssertion greaterOrEqual; AttributeValueAssertion lessOrEqual; AttributeType present; AttributeValueAssertion approxMatch; MatchingRuleAssertion extensibleMatch; } u;} Filter;
typedef struct _setof3_ { struct _setof3_ *next; Filter value;} *_setof3;
typedef struct _setof4_ { struct _setof4_ *next; Filter value;} *_setof4;
typedef enum _enum2 { baseObject = 0, singleLevel = 1, wholeSubtree = 2} _enum2;
typedef enum _enum3 { neverDerefAliases = 0, derefInSearching = 1, derefFindingBaseObj = 2, derefAlways = 3} _enum3;
typedef struct SearchRequest { LDAPDN baseObject; _enum2 scope; _enum3 derefAliases; unsigned int sizeLimit; unsigned int timeLimit; ossBoolean typesOnly; Filter filter; struct AttributeDescriptionList_ *attributes;} SearchRequest;
typedef struct SearchResultEntry { LDAPDN objectName; struct PartialAttributeList_ *attributes;} SearchResultEntry;
typedef struct LDAPResult { unsigned char bit_mask;# define LDAPResult_referral_present 0x80
_enum1 resultCode; LDAPDN matchedDN; LDAPString errorMessage; struct Referral_ *LDAPResult_referral; /* optional */} LDAPResult;
typedef LDAPResult SearchResultDone;
typedef struct ModifyRequest { LDAPDN object; struct ModificationList_ *modification;} ModifyRequest;
typedef LDAPResult ModifyResponse;
typedef struct AddRequest { LDAPDN entry; struct AttributeList_ *attributes;} AddRequest;
typedef LDAPResult AddResponse;
typedef LDAPDN DelRequest;
typedef LDAPResult DelResponse;
typedef LDAPString RelativeLDAPDN;
typedef struct ModifyDNRequest { unsigned char bit_mask;# define newSuperior_present 0x80
LDAPDN entry; RelativeLDAPDN newrdn; ossBoolean deleteoldrdn; LDAPDN newSuperior; /* optional */} ModifyDNRequest;
typedef LDAPResult ModifyDNResponse;
typedef struct CompareRequest { LDAPDN entry; AttributeValueAssertion ava;} CompareRequest;
typedef LDAPResult CompareResponse;
typedef MessageID AbandonRequest;
typedef struct LDAPOID { unsigned int length; unsigned char *value;} LDAPOID;
typedef struct ExtendedRequest { LDAPOID requestName; struct { unsigned int length; unsigned char *value; } requestValue;} ExtendedRequest;
typedef struct ExtendedResponse { unsigned char bit_mask;# define ExtendedResponse_referral_present 0x80
# define responseName_present 0x40
# define response_present 0x20
_enum1 resultCode; LDAPDN matchedDN; LDAPString errorMessage; struct Referral_ *ExtendedResponse_referral; /* optional */ LDAPOID responseName; /* optional */ struct { unsigned int length; unsigned char *value; } response; /* optional */} ExtendedResponse;
typedef struct _choice1_1 { unsigned short choice;# define bindRequest_chosen 1
# define bindResponse_chosen 2
# define unbindRequest_chosen 3
# define searchRequest_chosen 4
# define searchResEntry_chosen 5
# define searchResDone_chosen 6
# define searchResRef_chosen 7
# define modifyRequest_chosen 8
# define modifyResponse_chosen 9
# define addRequest_chosen 10
# define addResponse_chosen 11
# define delRequest_chosen 12
# define delResponse_chosen 13
# define modDNRequest_chosen 14
# define modDNResponse_chosen 15
# define compareRequest_chosen 16
# define compareResponse_chosen 17
# define abandonRequest_chosen 18
# define extendedReq_chosen 19
# define extendedResp_chosen 20
union _union { BindRequest bindRequest; BindResponse bindResponse; UnbindRequest unbindRequest; SearchRequest searchRequest; SearchResultEntry searchResEntry; SearchResultDone searchResDone; struct SearchResultReference_ *searchResRef; ModifyRequest modifyRequest; ModifyResponse modifyResponse; AddRequest addRequest; AddResponse addResponse; DelRequest delRequest; DelResponse delResponse; ModifyDNRequest modDNRequest; ModifyDNResponse modDNResponse; CompareRequest compareRequest; CompareResponse compareResponse; AbandonRequest abandonRequest; ExtendedRequest extendedReq; ExtendedResponse extendedResp; } u;} _choice1_1;
typedef struct LDAPMsg { unsigned char bit_mask;# define controls_present 0x80
MessageID messageID; _choice1_1 protocolOp; struct Controls_ *controls; /* optional */} LDAPMsg;
typedef struct AttributeDescriptionList_ { struct AttributeDescriptionList_ *next; AttributeDescription value;} *AttributeDescriptionList;
typedef struct AttributeValue { unsigned int length; unsigned char *value;} AttributeValue;
typedef struct AttributeVals_ { struct AttributeVals_ *next; AttributeValue value;} *AttributeVals;
typedef struct Attribute { AttributeDescription type; struct AttributeVals_ *vals;} Attribute;
typedef LDAPString LDAPURL;
typedef struct Referral_ { struct Referral_ *next; LDAPURL value;} *Referral;
typedef struct Control { unsigned char bit_mask;# define criticality_present 0x80
LDAPOID controlType; ossBoolean criticality; /* default assumed if omitted */ struct _octet4 { unsigned int length; unsigned char *value; } controlValue;} Control;
typedef struct Controls_ { struct Controls_ *next; Control value;} *Controls;
typedef struct _choice1 { unsigned short choice;# define initial_chosen 1
# define any_chosen 2
# define final_chosen 3
union _union { LDAPString initial; LDAPString any; LDAPString final; } u;} _choice1;
typedef struct SubstringFilterList_ { struct SubstringFilterList_ *next; _choice1 value;} *SubstringFilterList;
typedef struct PagedResultsSearchControlValue { unsigned int size; struct _octet4 { unsigned int length; unsigned char *value; } cookie;} PagedResultsSearchControlValue;
typedef struct ReplicationSearchControlValue { unsigned int flag; unsigned int size; struct _octet4 { unsigned int length; unsigned char *value; } cookie;} ReplicationSearchControlValue;
typedef struct SecurityDescriptorSearchControlValue { unsigned int flags;} SecurityDescriptorSearchControlValue;
typedef struct AttributeListElement { AttributeDescription type; struct AttributeVals_ *vals;} AttributeListElement;
typedef struct PartialAttributeList_ { struct PartialAttributeList_ *next; AttributeListElement value;} *PartialAttributeList;
typedef struct SearchResultReference_ { struct SearchResultReference_ *next; LDAPURL value;} *SearchResultReference;
typedef struct _choice3 { unsigned short choice;# define entry_chosen 1
# define reference_chosen 2
# define resultCode_chosen 3
union _union { SearchResultEntry entry; struct SearchResultReference_ *reference; SearchResultDone resultCode; } u;} _choice3;
typedef struct SearchResultFull_ { struct SearchResultFull_ *next; _choice3 value;} *SearchResultFull;
typedef struct AttributeTypeAndValues { AttributeDescription type; struct _setof1 { struct _setof1 *next; AttributeValue value; } *vals;} AttributeTypeAndValues;
typedef enum _enum1_2 { add = 0, operation_delete = 1, replace = 2} _enum1_2;
typedef struct ModificationList_ { struct ModificationList_ *next; struct { _enum1_2 operation; AttributeTypeAndValues modification; } value;} *ModificationList;
typedef struct AttributeList_ { struct AttributeList_ *next; AttributeListElement value;} *AttributeList;
typedef struct ProtectedPassword { unsigned char bit_mask;# define time1_present 0x80
# define time2_present 0x40
# define random1_present 0x20
# define random2_present 0x10
UTCTime time1; /* optional */ UTCTime time2; /* optional */ struct { unsigned int length; /* number of significant bits */ unsigned char *value; } random1; /* optional */ struct { unsigned int length; /* number of significant bits */ unsigned char *value; } random2; /* optional */ LDAPOID algorithmIdentifier; struct { unsigned int length; /* number of significant bits */ unsigned char *value; } encipheredPassword;} ProtectedPassword;
typedef struct StrongCredentials { unsigned char bit_mask;# define certification_path_present 0x80
CertificationPath certification_path; /* optional */ Token bind_token;} StrongCredentials;
typedef struct SortKeyList_ { struct SortKeyList_ *next; struct { unsigned char bit_mask;# define orderingRule_present 0x80
# define reverseOrder_present 0x40
AttributeType attributeType; MatchingRuleId orderingRule; /* optional */ ossBoolean reverseOrder; /* default assumed if omitted */ } value;} *SortKeyList;
typedef enum _enum1_4 { sortSuccess = 0, sortOperationsError = 1, sortTimeLimitExceeded = 2, sortStrongAuthRequired = 8, sortAdminLimitExceeded = 11, sortNoSuchAttribute = 16, sortInappropriateMatching = 18, sortInsufficientAccessRights = 50, sortBusy = 51, sortUnwillingToPerform = 53, sortOther = 80} _enum1_4;
typedef struct SortResult { unsigned char bit_mask;# define attributeType_present 0x80
_enum1_4 sortResult; AttributeType attributeType; /* optional */} SortResult;
extern ID ds;
extern ID attributeType;
extern ID matchingRule;
extern ID id_at;
extern ID id_mr;
extern ATTRIBUTE objectClass;
extern ATTRIBUTE aliasedEntryName;
extern MATCHING_RULE objectIdentifierMatch;
extern MATCHING_RULE distinguishedNameMatch;
extern ObjectID id_at_objectClass;
extern ObjectID id_at_aliasedEntryName;
extern ObjectID id_mr_objectIdentifierMatch;
extern ObjectID id_mr_distinguishedNameMatch;
extern int maxInt;
extern void *ldap; /* encoder-decoder control table */#ifdef __cplusplus
} /* extern "C" */#endif /* __cplusplus */
#endif /* OSS_ldap */
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