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Windows2003-3790/inetsrv/iis/staxinc/dnsapi.h
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/*++
Copyright (c) 1997 Microsoft Corporation
Module Name:
dnsapi.h
Abstract:
Domain Name System (DNS)
DNS Client API Library
Author:
Jim Gilroy (jamesg) December 7, 1996
Revision History:
Glenn Curtis (glennc) January 22, 1997
Added Dynamic Update Client API for DNSAPI.DLL
--*/
#ifndef _DNSAPI_INCLUDED_
#define _DNSAPI_INCLUDED_
#ifndef _WINSOCK2API_
#ifndef _WINSOCKAPI_
#include <winsock2.h>
#endif
#endif
#ifndef _DNS_INCLUDED_
#include <dns.h>
#endif
#ifdef __cplusplus
extern "C"
{
#endif // __cplusplus
//
// Non-wrapping seconds timer (timer.c)
//
DWORD
GetCurrentTimeInSeconds(
VOID
);
//
// General DNS utilities (dnsutil.c)
//
LPSTR
_fastcall
DnsGetDomainName(
IN LPSTR pszName
);
LPSTR
_fastcall
DnsStatusString(
IN DNS_STATUS Status
);
#define DnsStatusToErrorString_A(status) DnsStatusString(status)
DNS_STATUS
_fastcall
DnsMapRcodeToStatus(
IN BYTE ResponseCode
);
BYTE
_fastcall
DnsIsStatusRcode(
IN DNS_STATUS Status
);
//
// Machines IP address list (iplist.c)
//
// Routine to get the current IP addresses from all adapters
// configured for the machine.
//
DWORD
DnsGetIpAddressList(
OUT PIP_ARRAY * ppIpAddresses
);
//
// Routine to get the current IP addresses and subnet masks
// from all adapters configured for the machine.
//
typedef struct _DNS_ADDRESS_INFO_
{
IP_ADDRESS ipAddress;
IP_ADDRESS subnetMask;
}
DNS_ADDRESS_INFO, *PDNS_ADDRESS_INFO;
DWORD
DnsGetIpAddressInfoList(
OUT PDNS_ADDRESS_INFO * ppAddrInfo
);
DWORD
DnsGetDnsServerList(
OUT PIP_ARRAY * ppDnsAddresses
);
//
// Routines and structures for getting network configuration information
// for TCPIP interfaces
//
#define NETINFO_FLAG_IS_WAN_ADAPTER (0x00000002)
#define NETINFO_FLAG_IS_AUTONET_ADAPTER (0x00000004)
#define NETINFO_FLAG_IS_DHCP_CFG_ADAPTER (0x00000008)
typedef struct _NAME_SERVER_INFORMATION_
{
IP_ADDRESS ipAddress;
DWORD Priority;
}
NAME_SERVER_INFORMATION, *PNAME_SERVER_INFORMATION;
typedef struct _ADAPTER_INFORMATION_
{
LPSTR pszAdapterGuidName;
LPSTR pszDomain;
PIP_ARRAY pIPAddresses;
PIP_ARRAY pIPSubnetMasks;
DWORD InfoFlags;
DWORD cServerCount;
NAME_SERVER_INFORMATION aipServers[1];
}
ADAPTER_INFORMATION, *PADAPTER_INFORMATION;
typedef struct _SEARCH_INFORMATION_
{
LPSTR pszPrimaryDomainName;
DWORD cNameCount;
LPSTR aSearchListNames[1];
}
SEARCH_INFORMATION, *PSEARCH_INFORMATION;
typedef struct _NETWORK_INFORMATION_
{
PSEARCH_INFORMATION pSearchInformation;
DWORD cAdapterCount;
PADAPTER_INFORMATION aAdapterInfoList[1];
}
NETWORK_INFORMATION, *PNETWORK_INFORMATION;
PNETWORK_INFORMATION
WINAPI
DnsGetNetworkInformation(
void
);
PSEARCH_INFORMATION
WINAPI
DnsGetSearchInformation(
void
);
VOID
WINAPI
DnsFreeAdapterInformation(
IN PADAPTER_INFORMATION pAdapterInformation
);
VOID
WINAPI
DnsFreeSearchInformation(
IN PSEARCH_INFORMATION pSearchInformation
);
VOID
WINAPI
DnsFreeNetworkInformation(
IN PNETWORK_INFORMATION pNetworkInformation
);
//
// Resource record type utilities (record.c)
//
BOOL
_fastcall
DnsIsAMailboxType(
IN WORD wType
);
WORD
DnsRecordTypeForName(
IN PCHAR pszName,
IN INT cchNameLength
);
PCHAR
DnsRecordStringForType(
IN WORD wType
);
PCHAR
DnsRecordStringForWritableType(
IN WORD wType
);
BOOL
DnsIsStringCountValidForTextType(
IN WORD wType,
IN WORD StringCount
);
BOOL
DnsIpv6StringToAddress(
OUT PIPV6_ADDRESS pAddress,
IN PCHAR pchString,
IN DWORD dwStringLength
);
VOID
DnsIpv6AddressToString(
OUT PCHAR pchString,
IN PIPV6_ADDRESS pAddress
);
//
// Resource record structure for send\recv records.
//
//
// Record data for specific types
//
#ifdef SDK_DNS_RECORD
typedef struct
{
IP_ADDRESS ipAddress;
}
DNS_A_DATA, *PDNS_A_DATA;
typedef struct
{
LPTSTR pNameHost;
}
DNS_PTR_DATA, *PDNS_PTR_DATA;
typedef struct
{
LPTSTR pNamePrimaryServer;
LPTSTR pNameAdministrator;
DWORD dwSerialNo;
DWORD dwRefresh;
DWORD dwRetry;
DWORD dwExpire;
DWORD dwDefaultTtl;
}
DNS_SOA_DATA, *PDNS_SOA_DATA;
typedef struct
{
LPTSTR pNameMailbox;
LPTSTR pNameErrorsMailbox;
}
DNS_MINFO_DATA, *PDNS_MINFO_DATA;
typedef struct
{
LPTSTR pNameExchange;
WORD wPreference;
WORD Pad; // keep ptrs DWORD aligned
}
DNS_MX_DATA, *PDNS_MX_DATA;
typedef struct
{
DWORD dwStringCount;
#ifdef MIDL_PASS
[size_is(dwStringCount)] LPTSTR * pStringArray;
#else // MIDL_PASS
LPTSTR pStringArray[1];
#endif // MIDL_PASS
}
DNS_TXT_DATA, *PDNS_TXT_DATA;
typedef struct
{
DWORD dwByteCount;
#ifdef MIDL_PASS
[size_is(dwByteCount)] PBYTE bData;
#else // MIDL_PASS
BYTE bData[1];
#endif // MIDL_PASS
}
DNS_NULL_DATA, *PDNS_NULL_DATA;
typedef struct
{
IP_ADDRESS ipAddress;
UCHAR chProtocol;
BYTE bBitMask[1];
}
DNS_WKS_DATA, *PDNS_WKS_DATA;
typedef struct
{
IPV6_ADDRESS ipv6Address;
}
DNS_AAAA_DATA, *PDNS_AAAA_DATA;
typedef struct
{
LPTSTR pNameSigner;
WORD wTypeCovered;
BYTE chAlgorithm;
BYTE chLabelCount;
DWORD dwOriginalTtl;
DWORD dwExpiration;
DWORD dwTimeSigned;
WORD wKeyTag;
WORD Pad; // keep byte field aligned
BYTE Signature[1];
}
DNS_SIG_DATA, *PDNS_SIG_DATA;
typedef struct
{
WORD wFlags;
BYTE chProtocol;
BYTE chAlgorithm;
BYTE Key[1];
}
DNS_KEY_DATA, *PDNS_KEY_DATA;
typedef struct
{
WORD wVersion;
WORD wSize;
WORD wHorPrec;
WORD wVerPrec;
DWORD dwLatitude;
DWORD dwLongitude;
DWORD dwAltitude;
}
DNS_LOC_DATA, *PDNS_LOC_DATA;
typedef struct
{
LPTSTR pNameNext;
BYTE bTypeBitMap[1];
}
DNS_NXT_DATA, *PDNS_NXT_DATA;
typedef struct
{
LPTSTR pNameTarget;
WORD wPriority;
WORD wWeight;
WORD wPort;
WORD Pad; // keep ptrs DWORD aligned
}
DNS_SRV_DATA, *PDNS_SRV_DATA;
typedef struct
{
LPTSTR pNameAlgorithm;
PBYTE pAlgorithmPacket;
PBYTE pKey;
PBYTE pOtherData;
DWORD dwCreateTime;
DWORD dwExpireTime;
WORD wMode;
WORD wError;
WORD wKeyLength;
WORD wOtherLength;
UCHAR cAlgNameLength;
BOOL fPacketPointers;
}
DNS_TKEY_DATA, *PDNS_TKEY_DATA;
typedef struct
{
LPTSTR pNameAlgorithm;
PBYTE pAlgorithmPacket;
PBYTE pSignature;
PBYTE pOtherData;
LONGLONG i64CreateTime;
WORD wFudgeTime;
WORD wOriginalID;
WORD wError;
WORD wSigLength;
WORD wOtherLength;
UCHAR cAlgNameLength;
BOOL fPacketPointers;
}
DNS_TSIG_DATA, *PDNS_TSIG_DATA;
#define DNS_ATM_TYPE_E164 0x01 // E.164 addressing scheme
#define DNS_ATM_TYPE_NSAP 0x02 // NSAP-style addressing scheme
#define DNS_ATM_TYPE_AESA DNS_ATM_TYPE_NSAP
#define DNS_ATM_MAX_ADDR_SIZE 20
typedef struct
{
BYTE AddressType;
BYTE Address[ DNS_ATM_MAX_ADDR_SIZE ];
// Endsystem Address IA5 digits
// for E164, BCD encoding for NSAP
// Array size is DNS_ATM_MAX_ADDR_SIZE for NSAP
// address type, and a null terminated string
// less than DNS_ATM_MAX_ADDR_SIZE characters
// for E164 address type.
}
DNS_ATMA_DATA, *PDNS_ATMA_DATA;
//
// MS only types -- only hit the wire in MS-MS zone transfer
//
typedef struct
{
DWORD dwMappingFlag;
DWORD dwLookupTimeout;
DWORD dwCacheTimeout;
DWORD cWinsServerCount;
IP_ADDRESS aipWinsServers[1];
}
DNS_WINS_DATA, *PDNS_WINS_DATA;
typedef struct
{
DWORD dwMappingFlag;
DWORD dwLookupTimeout;
DWORD dwCacheTimeout;
LPTSTR pNameResultDomain;
}
DNS_WINSR_DATA, *PDNS_WINSR_DATA;
//
// Length of non-fixed-length data types
//
#define DNS_TEXT_RECORD_LENGTH(StringCount) \
(sizeof(DWORD) + ((StringCount) * sizeof(PCHAR)))
#define DNS_NULL_RECORD_LENGTH(ByteCount) \
(sizeof(DWORD) + (ByteCount))
#define DNS_WKS_RECORD_LENGTH(ByteCount) \
(sizeof(DNS_WKS_DATA) + (ByteCount-1))
#define DNS_WINS_RECORD_LENGTH(IpCount) \
(sizeof(DNS_WINS_DATA) + ((IpCount-1) * sizeof(IP_ADDRESS)))
//
// Record flags
//
#if 0
typedef struct _DnsRecordFlags
{
BYTE Section : 2;
BYTE Delete : 1;
BYTE Unused : 5;
BYTE Unused2 : 4;
BYTE FreeData : 1;
BYTE FreeOwner : 1;
BYTE Unicode : 1;
BYTE Multiple : 1;
WORD Reserved;
}
DNSREC_FLAGS;
#endif
typedef struct _DnsRecordFlags
{
DWORD Section : 2;
DWORD Delete : 1;
DWORD CharSet : 2;
DWORD Unused : 3;
DWORD Reserved : 24;
}
DNSREC_FLAGS;
//
// Record flags as bit flags
// These may be or'd together to set the fields
//
// RR Section in packet
#define DNSREC_SECTION (0x00000003)
#define DNSREC_QUESTION (0x00000000)
#define DNSREC_ANSWER (0x00000001)
#define DNSREC_AUTHORITY (0x00000002)
#define DNSREC_ADDITIONAL (0x00000003)
// RR Section in packet (update)
#define DNSREC_ZONE (0x00000000)
#define DNSREC_PREREQ (0x00000001)
#define DNSREC_UPDATE (0x00000002)
// Delete RR (update) or No-exist (prerequisite)
#define DNSREC_DELETE (0x00000004)
#define DNSREC_NOEXIST (0x00000004)
#ifdef MIDL_PASS
typedef [switch_type(WORD)] union _DNS_RECORD_DATA_TYPES
{
[case(DNS_TYPE_A)] DNS_A_DATA A;
[case(DNS_TYPE_SOA)] DNS_SOA_DATA SOA;
[case(DNS_TYPE_PTR,
DNS_TYPE_NS,
DNS_TYPE_CNAME,
DNS_TYPE_MB,
DNS_TYPE_MD,
DNS_TYPE_MF,
DNS_TYPE_MG,
DNS_TYPE_MR)] DNS_PTR_DATA PTR;
[case(DNS_TYPE_MINFO,
DNS_TYPE_RP)] DNS_MINFO_DATA MINFO;
[case(DNS_TYPE_MX,
DNS_TYPE_AFSDB,
DNS_TYPE_RT)] DNS_MX_DATA MX;
#if 0
// RPC is not able to handle a proper TXT record definition
// note: that if other types are needed they are fixed
// (or semi-fixed) size and may be accomodated easily
[case(DNS_TYPE_HINFO,
DNS_TYPE_ISDN,
DNS_TYPE_TEXT,
DNS_TYPE_X25)] DNS_TXT_DATA TXT;
[case(DNS_TYPE_NULL)] DNS_NULL_DATA Null;
[case(DNS_TYPE_WKS)] DNS_WKS_DATA WKS;
[case(DNS_TYPE_TKEY)] DNS_TKEY_DATA TKEY;
[case(DNS_TYPE_TSIG)] DNS_TSIG_DATA TSIG;
[case(DNS_TYPE_WINS)] DNS_WINS_DATA WINS;
[case(DNS_TYPE_NBSTAT)] DNS_WINSR_DATA WINSR;
#endif
[case(DNS_TYPE_AAAA)] DNS_AAAA_DATA AAAA;
[case(DNS_TYPE_SRV)] DNS_SRV_DATA SRV;
[case(DNS_TYPE_ATMA)] DNS_ATMA_DATA ATMA;
//
// BUGBUG - Commented out since this may not be needed - Check with MarioG
//
//[default] ;
}
DNS_RECORD_DATA_TYPES;
#endif // MIDL_PASS
//
// Record \ RR set structure
//
// Note: The dwReserved flag serves to insure that the substructures
// start on 64-bit boundaries. Since adding the LONGLONG to
// TSIG structure the compiler wants to start them there anyway
// (to 64-align). This insures that no matter what data fields
// are present we are properly 64-aligned.
//
// Do NOT pack this structure, as the substructures to be 64-aligned
// for Win64.
//
typedef struct _DnsRecord
{
struct _DnsRecord * pNext;
LPTSTR pName;
WORD wType;
WORD wDataLength; // Not referenced for DNS record types
// defined above.
#ifdef MIDL_PASS
DWORD Flags;
#else // MIDL_PASS
union
{
DWORD DW; // flags as dword
DNSREC_FLAGS S; // flags as structure
} Flags;
#endif // MIDL_PASS
DWORD dwTtl;
DWORD dwReserved;
#ifdef MIDL_PASS
[switch_is(wType)] DNS_RECORD_DATA_TYPES Data;
#else // MIDL_PASS
union
{
DNS_A_DATA A;
DNS_SOA_DATA SOA, Soa;
DNS_PTR_DATA PTR, Ptr,
NS, Ns,
CNAME, Cname,
MB, Mb,
MD, Md,
MF, Mf,
MG, Mg,
MR, Mr;
DNS_MINFO_DATA MINFO, Minfo,
RP, Rp;
DNS_MX_DATA MX, Mx,
AFSDB, Afsdb,
RT, Rt;
DNS_TXT_DATA HINFO, Hinfo,
ISDN, Isdn,
TXT, Txt,
X25;
DNS_NULL_DATA Null;
DNS_WKS_DATA WKS, Wks;
DNS_AAAA_DATA AAAA;
DNS_SRV_DATA SRV, Srv;
DNS_TKEY_DATA TKEY, Tkey;
DNS_TSIG_DATA TSIG, Tsig;
DNS_ATMA_DATA ATMA, Atma;
DNS_WINS_DATA WINS, Wins;
DNS_WINSR_DATA WINSR, WinsR, NBSTAT, Nbstat;
} Data;
#endif // MIDL_PASS
}
DNS_RECORD, *PDNS_RECORD;
#else // not SDK_DNS_RECORD
//
// Old DNS_RECORD definitions
// JBUGBUG: save only until Cliff (and any other NT file)
// can be converted, then dump
//
//
// Record data for specific types
//
typedef struct
{
IP_ADDRESS ipAddress;
}
DNS_A_DATA, *PDNS_A_DATA;
typedef struct
{
DNS_NAME nameHost;
}
DNS_PTR_DATA, *PDNS_PTR_DATA;
typedef struct
{
DNS_NAME namePrimaryServer;
DNS_NAME nameAdministrator;
DWORD dwSerialNo;
DWORD dwRefresh;
DWORD dwRetry;
DWORD dwExpire;
DWORD dwDefaultTtl;
}
DNS_SOA_DATA, *PDNS_SOA_DATA;
typedef struct
{
DNS_NAME nameMailbox;
DNS_NAME nameErrorsMailbox;
}
DNS_MINFO_DATA, *PDNS_MINFO_DATA;
typedef struct
{
DNS_NAME nameExchange;
WORD wPreference;
WORD Pad; // keep ptrs DWORD aligned
}
DNS_MX_DATA, *PDNS_MX_DATA;
typedef struct
{
DWORD dwStringCount;
DNS_TEXT pStringArray[1];
}
DNS_TXT_DATA, *PDNS_TXT_DATA;
typedef struct
{
// DWORD dwByteCount;
BYTE bData[1];
}
DNS_NULL_DATA, *PDNS_NULL_DATA;
typedef struct
{
IP_ADDRESS ipAddress;
UCHAR chProtocol;
BYTE bBitMask[1];
}
DNS_WKS_DATA, *PDNS_WKS_DATA;
typedef struct
{
IPV6_ADDRESS ipv6Address;
}
DNS_AAAA_DATA, *PDNS_AAAA_DATA;
typedef struct
{
DNS_NAME nameSigner;
WORD wTypeCovered;
BYTE chAlgorithm;
BYTE chLabelCount;
DWORD dwOriginalTtl;
DWORD dwExpiration;
DWORD dwTimeSigned;
WORD wKeyTag;
WORD Pad; // keep byte field aligned
BYTE Signature[1];
}
DNS_SIG_DATA, *PDNS_SIG_DATA;
typedef struct
{
WORD wFlags;
BYTE chProtocol;
BYTE chAlgorithm;
BYTE Key[1];
}
DNS_KEY_DATA, *PDNS_KEY_DATA;
typedef struct
{
WORD wVersion;
WORD wSize;
WORD wHorPrec;
WORD wVerPrec;
DWORD dwLatitude;
DWORD dwLongitude;
DWORD dwAltitude;
}
DNS_LOC_DATA, *PDNS_LOC_DATA;
typedef struct
{
DNS_NAME nameNext;
BYTE bTypeBitMap[1];
}
DNS_NXT_DATA, *PDNS_NXT_DATA;
typedef struct
{
DNS_NAME nameTarget;
WORD wPriority;
WORD wWeight;
WORD wPort;
WORD Pad; // keep ptrs DWORD aligned
}
DNS_SRV_DATA, *PDNS_SRV_DATA;
typedef struct
{
DNS_NAME nameAlgorithm;
PBYTE pAlgorithmPacket;
PBYTE pKey;
PBYTE pOtherData;
DWORD dwCreateTime;
DWORD dwExpireTime;
WORD wMode;
WORD wError;
WORD wKeyLength;
WORD wOtherLength;
UCHAR cAlgNameLength;
BOOLEAN fPacketPointers;
}
DNS_TKEY_DATA, *PDNS_TKEY_DATA;
typedef struct
{
DNS_NAME nameAlgorithm;
PBYTE pAlgorithmPacket;
PBYTE pSignature;
PBYTE pOtherData;
LONGLONG i64CreateTime;
WORD wFudgeTime;
WORD wOriginalID;
WORD wError;
WORD wSigLength;
WORD wOtherLength;
UCHAR cAlgNameLength;
BOOLEAN fPacketPointers;
}
DNS_TSIG_DATA, *PDNS_TSIG_DATA;
#define DNS_ATM_TYPE_E164 0x01 // E.164 addressing scheme
#define DNS_ATM_TYPE_NSAP 0x02 // NSAP-style addressing scheme
#define DNS_ATM_TYPE_AESA DNS_ATM_TYPE_NSAP
#define DNS_ATM_MAX_ADDR_SIZE 20
typedef struct
{
BYTE AddressType; // E.164 or NSAP-style ATM Endsystem Address
BYTE Address[1]; // IA5 digits for E164, BCD encoding for NSAP
// Array size is DNS_ATM_MAX_ADDR_SIZE for NSAP
// address type, and a null terminated string
// less than DNS_ATM_MAX_ADDR_SIZE characters
// for E164 address type.
}
DNS_ATMA_DATA, *PDNS_ATMA_DATA;
//
// MS only types -- only hit the wire in MS-MS zone transfer
//
typedef struct
{
DWORD dwMappingFlag;
DWORD dwLookupTimeout;
DWORD dwCacheTimeout;
DWORD cWinsServerCount;
IP_ADDRESS aipWinsServers[1];
}
DNS_WINS_DATA, *PDNS_WINS_DATA;
typedef struct
{
DWORD dwMappingFlag;
DWORD dwLookupTimeout;
DWORD dwCacheTimeout;
DNS_NAME nameResultDomain;
}
DNS_WINSR_DATA, *PDNS_WINSR_DATA;
//
// Length of non-fixed-length data types
//
#define DNS_TEXT_RECORD_LENGTH(StringCount) \
(sizeof(DWORD) + ((StringCount) * sizeof(PCHAR)))
#define DNS_NULL_RECORD_LENGTH(ByteCount) \
(sizeof(DWORD) + (ByteCount))
#define DNS_WKS_RECORD_LENGTH(ByteCount) \
(sizeof(DNS_WKS_DATA) + (ByteCount-1))
#define DNS_WINS_RECORD_LENGTH(IpCount) \
(sizeof(DNS_WINS_DATA) + ((IpCount-1) * sizeof(IP_ADDRESS)))
//
// Record flags
//
typedef struct _DnsRecordFlags
{
DWORD Section : 2;
DWORD Delete : 1;
DWORD Unused : 5;
DWORD Unused2 : 4;
DWORD FreeData : 1;
DWORD FreeOwner : 1;
DWORD Unicode : 1;
DWORD Multiple : 1;
DWORD Reserved : 16;
}
DNSREC_FLAGS;
//
// Record flags as bit flags
// These may be or'd together to set the fields
//
// RR Section in packet
#define DNSREC_SECTION (0x00000003)
#define DNSREC_QUESTION (0x00000000)
#define DNSREC_ANSWER (0x00000001)
#define DNSREC_AUTHORITY (0x00000002)
#define DNSREC_ADDITIONAL (0x00000003)
// RR Section in packet (update)
#define DNSREC_ZONE (0x00000000)
#define DNSREC_PREREQ (0x00000001)
#define DNSREC_UPDATE (0x00000002)
// Delete RR (update) or No-exist (prerequisite)
#define DNSREC_DELETE (0x00000004)
#define DNSREC_NOEXIST (0x00000004)
// Owner name is allocated and can be freed with record cleanup
#define DNSREC_FREEOWNER (0x00002000)
// UNICODE names in record
#define DNSREC_UNICODE (0x00004000)
// Multiple RR in this record buffer
// This optimization may be used with fixed types only
#define DNSREC_MULTIPLE (0x00008000)
//
// Record \ RR set structure
//
// Note: The dwReserved flag serves to insure that the substructures
// start on 64-bit boundaries. Since adding the LONGLONG to
// TSIG structure the compiler wants to start them there anyway
// (to 64-align). This insures that no matter what data fields
// are present we are properly 64-aligned.
//
// Do NOT pack this structure, as the substructures to be 64-aligned
// for Win64.
//
typedef struct _DnsRecord
{
struct _DnsRecord * pNext;
DNS_NAME nameOwner;
WORD wType;
WORD wDataLength;
union
{
DWORD W; // flags as dword
DNSREC_FLAGS S; // flags as structure
} Flags;
DWORD dwTtl;
DWORD dwReserved;
union
{
DNS_A_DATA A;
DNS_SOA_DATA SOA, Soa;
DNS_PTR_DATA PTR, Ptr,
NS, Ns,
CNAME, Cname,
MB, Mb,
MD, Md,
MF, Mf,
MG, Mg,
MR, Mr;
DNS_MINFO_DATA MINFO, Minfo,
RP, Rp;
DNS_MX_DATA MX, Mx,
AFSDB, Afsdb,
RT, Rt;
DNS_TXT_DATA HINFO, Hinfo,
ISDN, Isdn,
TXT, Txt,
X25;
DNS_NULL_DATA Null;
DNS_WKS_DATA WKS, Wks;
DNS_AAAA_DATA AAAA;
DNS_SRV_DATA SRV, Srv;
DNS_TKEY_DATA TKEY, Tkey;
DNS_TSIG_DATA TSIG, Tsig;
DNS_ATMA_DATA ATMA, Atma;
DNS_WINS_DATA WINS, Wins;
DNS_WINSR_DATA WINSR, WinsR, NBSTAT, Nbstat;
} Data;
}
DNS_RECORD, *PDNS_RECORD;
#endif // End of old DNS_RECORD definitions
#define DNS_RECORD_FIXED_SIZE FIELD_OFFSET( DNS_RECORD, Data )
#define SIZEOF_DNS_RECORD_HEADER DNS_RECORD_FIXED_SIZE
//
// Resource record set building
//
// pFirst points to first record in list.
// pLast points to last record in list.
//
typedef struct _DnsRRSet
{
PDNS_RECORD pFirstRR;
PDNS_RECORD pLastRR;
}
DNS_RRSET, *PDNS_RRSET;
//
// To init pFirst is NULL.
// But pLast points at the location of the pFirst pointer -- essentially
// treating the pFirst ptr as a DNS_RECORD. (It is a DNS_RECORD with
// only a pNext field, but that's the only part we use.)
//
// Then when the first record is added to the list, the pNext field of
// this dummy record (which corresponds to pFirst's value) is set to
// point at the first record. So pFirst then properly points at the
// first record.
//
// (This works only because pNext is the first field in a
// DNS_RECORD structure and hence casting a PDNS_RECORD ptr to
// PDNS_RECORD* and dereferencing yields its pNext field)
//
#define DNS_RRSET_INIT( rrset ) \
{ \
PDNS_RRSET _prrset = &(rrset); \
_prrset->pFirstRR = NULL; \
_prrset->pLastRR = (PDNS_RECORD) &_prrset->pFirstRR; \
}
#define DNS_RRSET_ADD( rrset, pnewRR ) \
{ \
PDNS_RRSET _prrset = &(rrset); \
PDNS_RECORD _prrnew = (pnewRR); \
_prrset->pLastRR->pNext = _prrnew; \
_prrset->pLastRR = _prrnew; \
}
//
// Record building (rralloc.c)
//
PDNS_RECORD
WINAPI
DnsAllocateRecord(
IN WORD wBufferLength
);
VOID
WINAPI
DnsRecordListFree(
IN OUT PDNS_RECORD pRecord,
IN BOOL fFreeOwner
);
#define DnsFreeRRSet( pRRSet, fFreeOwner ) \
DnsRecordListFree( (pRRSet), (fFreeOwner) )
PDNS_RECORD
DnsRecordSetDetach(
IN OUT PDNS_RECORD pRR
);
PDNS_RECORD
DnsCreatePtrRecord(
IN IP_ADDRESS ipAddress,
IN DNS_NAME pszHostName,
IN BOOL fUnicodeName
);
//
// Record build from data strings (rrbuild.c)
//
PDNS_RECORD
DnsRecordBuild(
IN OUT PDNS_RRSET pRRSet,
IN LPSTR pszOwner,
IN WORD wType,
IN BOOL fAdd,
IN UCHAR Section,
IN INT Argc,
IN PCHAR * Argv
);
PDNS_RECORD
DnsRecordBuild_UTF8(
IN OUT PDNS_RRSET pRRSet,
IN LPSTR pszOwner,
IN WORD wType,
IN BOOL fAdd,
IN UCHAR Section,
IN INT Argc,
IN PCHAR * Argv
);
PDNS_RECORD
DnsRecordBuild_W(
IN OUT PDNS_RRSET pRRSet,
IN LPWSTR pszOwner,
IN WORD wType,
IN BOOL fAdd,
IN UCHAR Section,
IN INT Argc,
IN PWCHAR * Argv
);
//
// Record set manipulation
//
//
// Record Compare
//
// Note: these routines will NOT do proper unicode compare, unless
// records have the fUnicode flag set. Both input record lists
// must be either ANSI or UNICODE, but not one of each.
//
BOOL
WINAPI
DnsRecordCompare(
IN PDNS_RECORD pRecord1,
IN PDNS_RECORD pRecord2
);
BOOL
WINAPI
DnsRecordSetCompare(
IN OUT PDNS_RECORD pRR1,
IN OUT PDNS_RECORD pRR2,
OUT PDNS_RECORD * ppDiff1,
OUT PDNS_RECORD * ppDiff2
);
//
// DNS Name compare
//
BOOL
WINAPI
DnsNameCompare_A(
IN LPSTR pName1,
IN LPSTR pName2
);
BOOL
WINAPI
DnsNameCompare_W(
IN LPWSTR pName1,
IN LPWSTR pName2
);
//
// Record Copy
// Record copy functions also do conversion between character sets.
//
// Note, it might be advisable to directly expose non-Ex copy
// functions _W, _A for record and set, to avoid exposing the
// conversion enum.
//
typedef enum _DNS_CHARSET
{
DnsCharSetUnknown,
DnsCharSetUnicode,
DnsCharSetUtf8,
DnsCharSetAnsi,
}
DNS_CHARSET;
PDNS_RECORD
WINAPI
DnsRecordCopyEx(
IN PDNS_RECORD pRecord,
IN DNS_CHARSET CharSetIn,
IN DNS_CHARSET CharSetOut
);
PDNS_RECORD
WINAPI
DnsRecordSetCopyEx(
IN PDNS_RECORD pRecordSet,
IN DNS_CHARSET CharSetIn,
IN DNS_CHARSET CharSetOut
);
#ifdef UNICODE
#define DnsRecordCopy(pRR) \
DnsRecordCopyEx( (pRR), DnsCharSetUnicode, DnsCharSetUnicode )
#define DnsRecordSetCopy(pRR) \
DnsRecordSetCopyEx( (pRR), DnsCharSetUnicode, DnsCharSetUnicode )
#else
#define DnsRecordCopy(pRR) \
DnsRecordCopyEx( (pRR), DnsCharSetAnsi, DnsCharSetAnsi )
#define DnsRecordSetCopy(pRR) \
DnsRecordSetCopyEx( (pRR), DnsCharSetAnsi, DnsCharSetAnsi )
#endif
#if 0
PDNS_RECORD
WINAPI
DnsRecordCopy(
IN PDNS_RECORD pRecord,
IN BOOL fUnicodeIn
);
PDNS_RECORD
DnsRecordSetCopy(
IN PDNS_RECORD pRR,
IN BOOL fUnicodeIn
);
PDNS_RECORD
WINAPI
DnsRecordCopy_W(
IN PDNS_RECORD pRecord
);
PDNS_RECORD
WINAPI
DnsRecordSetCopy_W(
IN PDNS_RECORD pRRSet
);
#endif
//
// Routines to copy and convert UNICODE records to other string type records
//
PDNS_RECORD
WINAPI
DnsCopyUnicodeRecordToUnicodeRecord(
IN PDNS_RECORD pRecord
);
PDNS_RECORD
WINAPI
DnsCopyUnicodeRecordToUtf8Record(
IN PDNS_RECORD pRecord
);
PDNS_RECORD
WINAPI
DnsCopyUnicodeRecordToAnsiRecord(
IN PDNS_RECORD pRecord
);
PDNS_RECORD
DnsCopyUnicodeRRSetToUnicodeRRSet(
IN PDNS_RECORD pRR
);
PDNS_RECORD
DnsCopyUnicodeRRSetToUtf8RRSet(
IN PDNS_RECORD pRR
);
PDNS_RECORD
DnsCopyUnicodeRRSetToAnsiRRSet(
IN PDNS_RECORD pRR
);
//
// DNS Update API
//
// NOTE:
//
// The DNS update API functions have new names to clearify their use.
// The new functions for various DNS update operations are:
//
// DnsAcquireContextHandle
// DnsReleaseContextHandle
// DnsAddRecords
// DnsAddRecordSet
// DnsModifyRecords
// DnsModifyRecordSet
// DnsRemoveRecords
// DnsReplaceRecordSet
// DnsUpdateTest
// DnsGetLastServerUpdateIP
//
// The old functions have been changed to macros so
// as not to break the build.
//
//
// Old DNS update function definitions
//
// Options for DnsModifyRRSet & DnsRegisterRRSet
//
//
// Update flags
//
//
// Old flags used for DnsModifyRRSet & DnsRegisterRRSet
//
#define DNS_UPDATE_UNIQUE 0x00000000
#define DNS_UPDATE_SHARED 0x00000001
//
// New flags used for:
// DnsModifyRecords
// DnsModifyRecordSet
// DnsAddRecords
// DnsAddRecordSet
// DnsRemoveRecords
// DnsReplaceRecordSet
//
#define DNS_UPDATE_SECURITY_USE_DEFAULT 0x00000000
#define DNS_UPDATE_SECURITY_OFF 0x00000010
#define DNS_UPDATE_SECURITY_ON 0x00000020
#define DNS_UPDATE_SECURITY_ONLY 0x00000100
#define DNS_UPDATE_CACHE_SECURITY_CONTEXT 0x00000200
#define DNS_UPDATE_TEST_USE_LOCAL_SYS_ACCT 0x00000400
#define DNS_UPDATE_FORCE_SECURITY_NEGO 0x00000800
#define DNS_UPDATE_RESERVED 0xfffff000
DNS_STATUS
WINAPI
DnsAcquireContextHandle_W(
IN DWORD CredentialFlags,
IN PVOID Credentials OPTIONAL, // Actually this will be a
// PSEC_WINNT_AUTH_IDENTITY_W,
// calling this a PVOID to avoid
// having to include rpcdce.h
OUT HANDLE * ContextHandle
);
DNS_STATUS
WINAPI
DnsAcquireContextHandle_A(
IN DWORD CredentialFlags,
IN PVOID Credentials OPTIONAL, // Actually this will be a
// PSEC_WINNT_AUTH_IDENTITY_A,
// calling this a PVOID to avoid
// having to include rpcdce.h
OUT HANDLE * ContextHandle
);
#ifdef UNICODE
#define DnsAcquireContextHandle DnsAcquireContextHandle_W
#else
#define DnsAcquireContextHandle DnsAcquireContextHandle_A
#endif
VOID
WINAPI
DnsReleaseContextHandle(
IN HANDLE ContextHandle
);
DNS_STATUS
WINAPI
DnsModifyRecords_A(
IN HANDLE hContextHandle OPTIONAL,
IN PDNS_RECORD pCurrentSet,
IN PDNS_RECORD pNewSet,
IN DWORD fOptions,
IN PIP_ARRAY aipServers OPTIONAL
);
DNS_STATUS
WINAPI
DnsModifyRecords_UTF8(
IN HANDLE hContextHandle OPTIONAL,
IN PDNS_RECORD pCurrentSet,
IN PDNS_RECORD pNewSet,
IN DWORD fOptions,
IN PIP_ARRAY aipServers OPTIONAL
);
DNS_STATUS
WINAPI
DnsModifyRecords_W(
IN HANDLE hContextHandle OPTIONAL,
IN PDNS_RECORD pCurrentSet,
IN PDNS_RECORD pNewSet,
IN DWORD fOptions,
IN PIP_ARRAY aipServers OPTIONAL
);
#ifdef UNICODE
#define DnsModifyRecords DnsModifyRecords_W
#else
#define DnsModifyRecords DnsModifyRecords_A
#endif
DNS_STATUS
WINAPI
DnsModifyRecordSet_A(
IN HANDLE hContextHandle OPTIONAL,
IN PDNS_RECORD pCurrentSet,
IN PDNS_RECORD pNewSet,
IN DWORD fOptions,
IN PIP_ARRAY aipServers OPTIONAL
);
DNS_STATUS
WINAPI
DnsModifyRecordSet_UTF8(
IN HANDLE hContextHandle OPTIONAL,
IN PDNS_RECORD pCurrentSet,
IN PDNS_RECORD pNewSet,
IN DWORD fOptions,
IN PIP_ARRAY aipServers OPTIONAL
);
DNS_STATUS
WINAPI
DnsModifyRecordSet_W(
IN HANDLE hContextHandle OPTIONAL,
IN PDNS_RECORD pCurrentSet,
IN PDNS_RECORD pNewSet,
IN DWORD fOptions,
IN PIP_ARRAY aipServers OPTIONAL
);
#ifdef UNICODE
#define DnsModifyRecordSet DnsModifyRecordSet_W
#else
#define DnsModifyRecordSet DnsModifyRecordSet_A
#endif
#define DnsModifyRRSet_A( _pCSet, \
_pNSet, \
_Options, \
_Servers ) \
( _Options & DNS_UPDATE_SHARED ) ? \
DnsModifyRecords_A( NULL, \
( _pCSet ), \
( _pNSet ), \
DNS_UPDATE_SECURITY_USE_DEFAULT, \
( _Servers ) ) \
: \
DnsModifyRecordSet_A( NULL, \
( _pCSet ), \
( _pNSet ), \
DNS_UPDATE_SECURITY_USE_DEFAULT, \
( _Servers ) )
#define DnsModifyRRSet_W( _pCSet, \
_pNSet, \
_Options, \
_Servers ) \
( _Options & DNS_UPDATE_SHARED ) ? \
DnsModifyRecords_W( NULL, \
( _pCSet ), \
( _pNSet ), \
DNS_UPDATE_SECURITY_USE_DEFAULT, \
( _Servers ) ) \
: \
DnsModifyRecordSet_W( NULL, \
( _pCSet ), \
( _pNSet ), \
DNS_UPDATE_SECURITY_USE_DEFAULT, \
( _Servers ) )
#ifdef UNICODE
#define DnsModifyRRSet( _pCSet, \
_pNSet, \
_Options, \
_Servers ) \
( _Options & DNS_UPDATE_SHARED ) ? \
DnsModifyRecords_W( NULL, \
( _pCSet ), \
( _pNSet ), \
DNS_UPDATE_SECURITY_USE_DEFAULT, \
( _Servers ) ) \
: \
DnsModifyRecordSet_W( NULL, \
( _pCSet ), \
( _pNSet ), \
DNS_UPDATE_SECURITY_USE_DEFAULT, \
( _Servers ) )
#else
#define DnsModifyRRSet( _pCSet, \
_pNSet, \
_Options, \
_Servers ) \
( _Options & DNS_UPDATE_SHARED ) ? \
DnsModifyRecords_A( NULL, \
( _pCSet ), \
( _pNSet ), \
DNS_UPDATE_SECURITY_USE_DEFAULT, \
( _Servers ) ) \
: \
DnsModifyRecordSet_A( NULL, \
( _pCSet ), \
( _pNSet ), \
DNS_UPDATE_SECURITY_USE_DEFAULT, \
( _Servers ) )
#endif
DNS_STATUS
WINAPI
DnsAddRecords_A(
IN HANDLE hContextHandle OPTIONAL,
IN PDNS_RECORD pRRSet,
IN DWORD fOptions,
IN PIP_ARRAY aipServers OPTIONAL
);
DNS_STATUS
WINAPI
DnsAddRecords_UTF8(
IN HANDLE hContextHandle OPTIONAL,
IN PDNS_RECORD pRRSet,
IN DWORD fOptions,
IN PIP_ARRAY aipServers OPTIONAL
);
DNS_STATUS
WINAPI
DnsAddRecords_W(
IN HANDLE hContextHandle OPTIONAL,
IN PDNS_RECORD pRRSet,
IN DWORD fOptions,
IN PIP_ARRAY aipServers OPTIONAL
);
#ifdef UNICODE
#define DnsAddRecords DnsAddRecords_W
#else
#define DnsAddRecords DnsAddRecords_A
#endif
DNS_STATUS
WINAPI
DnsAddRecordSet_A(
IN HANDLE hContextHandle OPTIONAL,
IN PDNS_RECORD pRRSet,
IN DWORD fOptions,
IN PIP_ARRAY aipServers OPTIONAL
);
DNS_STATUS
WINAPI
DnsAddRecordSet_UTF8(
IN HANDLE hContextHandle OPTIONAL,
IN PDNS_RECORD pRRSet,
IN DWORD fOptions,
IN PIP_ARRAY aipServers OPTIONAL
);
DNS_STATUS
WINAPI
DnsAddRecordSet_W(
IN HANDLE hContextHandle OPTIONAL,
IN PDNS_RECORD pRRSet,
IN DWORD fOptions,
IN PIP_ARRAY aipServers OPTIONAL
);
#ifdef UNICODE
#define DnsAddRecordSet DnsAddRecordSet_W
#else
#define DnsAddRecordSet DnsAddRecordSet_A
#endif
#define DnsRegisterRRSet_A( _pRSet, \
_Options, \
_Servers ) \
( _Options & DNS_UPDATE_SHARED ) ? \
DnsAddRecords_A( NULL, \
( _pRSet ), \
DNS_UPDATE_SECURITY_USE_DEFAULT, \
( _Servers ) ) \
: \
DnsAddRecordSet_A( NULL, \
( _pRSet ), \
DNS_UPDATE_SECURITY_USE_DEFAULT, \
( _Servers ) )
#define DnsRegisterRRSet_W( _pRSet, \
_Options, \
_Servers ) \
( _Options & DNS_UPDATE_SHARED ) ? \
DnsAddRecords_W( NULL, \
( _pRSet ), \
DNS_UPDATE_SECURITY_USE_DEFAULT, \
( _Servers ) ) \
: \
DnsAddRecordSet_W( NULL, \
( _pRSet ), \
DNS_UPDATE_SECURITY_USE_DEFAULT, \
( _Servers ) )
#ifdef UNICODE
#define DnsRegisterRRSet( _pRSet, \
_Options, \
_Servers ) \
( _Options & DNS_UPDATE_SHARED ) ? \
DnsAddRecords_W( NULL, \
( _pRSet ), \
DNS_UPDATE_SECURITY_USE_DEFAULT, \
( _Servers ) ) \
: \
DnsAddRecordSet_W( NULL, \
( _pRSet ), \
DNS_UPDATE_SECURITY_USE_DEFAULT, \
( _Servers ) )
#else
#define DnsRegisterRRSet( _pRSet, \
_Options, \
_Servers ) \
( _Options & DNS_UPDATE_SHARED ) ? \
DnsAddRecords_A( NULL, \
( _pRSet ), \
DNS_UPDATE_SECURITY_USE_DEFAULT, \
( _Servers ) ) \
: \
DnsAddRecordSet_A( NULL, \
( _pRSet ), \
DNS_UPDATE_SECURITY_USE_DEFAULT, \
( _Servers ) )
#endif
DNS_STATUS
WINAPI
DnsRemoveRecords_A(
IN HANDLE hContextHandle OPTIONAL,
IN PDNS_RECORD pRRSet,
IN DWORD fOptions,
IN PIP_ARRAY aipServers OPTIONAL
);
DNS_STATUS
WINAPI
DnsRemoveRecords_UTF8(
IN HANDLE hContextHandle OPTIONAL,
IN PDNS_RECORD pRRSet,
IN DWORD fOptions,
IN PIP_ARRAY aipServers OPTIONAL
);
DNS_STATUS
WINAPI
DnsRemoveRecords_W(
IN HANDLE hContextHandle OPTIONAL,
IN PDNS_RECORD pRRSet,
IN DWORD fOptions,
IN PIP_ARRAY aipServers OPTIONAL
);
#ifdef UNICODE
#define DnsRemoveRecords DnsRemoveRecords_W
#else
#define DnsRemoveRecords DnsRemoveRecords_A
#endif
#define DnsRemoveRRSet_A( _pRSet, \
_Servers ) \
DnsRemoveRecords_A( NULL, \
( _pRSet ), \
DNS_UPDATE_SECURITY_USE_DEFAULT, \
( _Servers ) )
#define DnsRemoveRRSet_W( _pRSet, \
_Servers ) \
DnsRemoveRecords_W( NULL, \
( _pRSet ), \
DNS_UPDATE_SECURITY_USE_DEFAULT, \
( _Servers ) )
#ifdef UNICODE
#define DnsRemoveRRSet( _pRSet, \
_Servers ) \
DnsRemoveRecords_W( NULL, \
( _pRSet ), \
DNS_UPDATE_SECURITY_USE_DEFAULT, \
( _Servers ) )
#else
#define DnsRemoveRRSet( _pRSet, \
_Servers ) \
DnsRemoveRecords_A( NULL, \
( _pRSet ), \
DNS_UPDATE_SECURITY_USE_DEFAULT, \
( _Servers ) )
#endif
DNS_STATUS
WINAPI
DnsReplaceRecordSet_A(
IN HANDLE hContextHandle OPTIONAL,
IN PDNS_RECORD pRRSet,
IN DWORD fOptions,
IN PIP_ARRAY aipServers OPTIONAL
);
DNS_STATUS
WINAPI
DnsReplaceRecordSet_UTF8(
IN HANDLE hContextHandle OPTIONAL,
IN PDNS_RECORD pRRSet,
IN DWORD fOptions,
IN PIP_ARRAY aipServers OPTIONAL
);
DNS_STATUS
WINAPI
DnsReplaceRecordSet_W(
IN HANDLE hContextHandle OPTIONAL,
IN PDNS_RECORD pRRSet,
IN DWORD fOptions,
IN PIP_ARRAY aipServers OPTIONAL
);
#ifdef UNICODE
#define DnsReplaceRecordSet DnsReplaceRecordSet_W
#else
#define DnsReplaceRecordSet DnsReplaceRecordSet_A
#endif
#define DnsReplaceRRSet_A( _pRSet, \
_Servers ) \
DnsReplaceRecordSet_A( NULL, \
( _pRSet ), \
DNS_UPDATE_SECURITY_USE_DEFAULT, \
( _Servers ) )
#define DnsReplaceRRSet_W( _pRSet, \
_Servers ) \
DnsReplaceRecordSet_W( NULL, \
( _pRSet ), \
DNS_UPDATE_SECURITY_USE_DEFAULT, \
( _Servers ) )
#ifdef UNICODE
#define DnsReplaceRRSet( _pRSet, \
_Servers ) \
DnsReplaceRecordSet_W( NULL, \
( _pRSet ), \
DNS_UPDATE_SECURITY_USE_DEFAULT, \
( _Servers ) )
#else
#define DnsReplaceRRSet( _pRSet, \
_Servers ) \
DnsReplaceRecordSet_A( NULL, \
( _pRSet ), \
DNS_UPDATE_SECURITY_USE_DEFAULT, \
( _Servers ) )
#endif
DNS_STATUS
WINAPI
DnsUpdateTest_A(
IN HANDLE hContextHandle OPTIONAL,
IN LPSTR pszName,
IN DWORD fOptions,
IN PIP_ARRAY aipServers OPTIONAL
);
DNS_STATUS
WINAPI
DnsUpdateTest_UTF8(
IN HANDLE hContextHandle OPTIONAL,
IN LPSTR pszName,
IN DWORD fOptions,
IN PIP_ARRAY aipServers OPTIONAL
);
DNS_STATUS
WINAPI
DnsUpdateTest_W(
IN HANDLE hContextHandle OPTIONAL,
IN LPWSTR pszName,
IN DWORD fOptions,
IN PIP_ARRAY aipServers OPTIONAL
);
#ifdef UNICODE
#define DnsUpdateTest DnsUpdateTest_W
#else
#define DnsUpdateTest DnsUpdateTest_A
#endif
IP_ADDRESS
WINAPI
DnsGetLastServerUpdateIP (
VOID
);
//
// DNS Query API
//
//
// Options for DnsQuery
//
#define DNS_QUERY_STANDARD 0x00000000
#define DNS_QUERY_ACCEPT_PARTIAL_UDP 0x00000001
#define DNS_QUERY_USE_TCP_ONLY 0x00000002
#define DNS_QUERY_NO_RECURSION 0x00000004
#define DNS_QUERY_BYPASS_CACHE 0x00000008
#define DNS_QUERY_CACHE_ONLY 0x00000010
#define DNS_QUERY_SOCKET_KEEPALIVE 0x00000100
#define DNS_QUERY_TREAT_AS_FQDN 0x00001000
#define DNS_QUERY_ALLOW_EMPTY_AUTH_RESP 0x00010000
#define DNS_QUERY_RESERVED 0xfff00000
#define DNS_QUERY_ACCEPT_TRUNCATED_RESPONSE DNS_QUERY_ACCEPT_PARTIAL_UDP
DNS_STATUS WINAPI
DnsQuery_A(
IN LPSTR lpstrName,
IN WORD wType,
IN DWORD fOptions,
IN PIP_ARRAY aipServers OPTIONAL,
IN OUT PDNS_RECORD * ppQueryResultsSet OPTIONAL,
IN OUT PVOID * pReserved OPTIONAL
);
DNS_STATUS WINAPI
DnsQuery_UTF8(
IN LPSTR lpstrName,
IN WORD wType,
IN DWORD fOptions,
IN PIP_ARRAY aipServers OPTIONAL,
IN OUT PDNS_RECORD * ppQueryResultsSet OPTIONAL,
IN OUT PVOID * pReserved OPTIONAL
);
DNS_STATUS WINAPI
DnsQuery_W(
IN LPWSTR lpstrName,
IN WORD wType,
IN DWORD fOptions,
IN PIP_ARRAY aipServers OPTIONAL,
IN OUT PDNS_RECORD * ppQueryResultsSet OPTIONAL,
IN OUT PVOID * pReserved OPTIONAL
);
#ifdef UNICODE
#define DnsQuery DnsQuery_W
#else
#define DnsQuery DnsQuery_A
#endif
//
// Options for DnsCheckNameCollision
//
#define DNS_CHECK_AGAINST_HOST_ANY 0x00000000
#define DNS_CHECK_AGAINST_HOST_ADDRESS 0x00000001
#define DNS_CHECK_AGAINST_HOST_DOMAIN_NAME 0x00000002
DNS_STATUS WINAPI
DnsCheckNameCollision_A (
IN LPSTR pszName,
IN DWORD fOptions
);
DNS_STATUS WINAPI
DnsCheckNameCollision_UTF8 (
IN LPSTR pszName,
IN DWORD fOptions
);
DNS_STATUS WINAPI
DnsCheckNameCollision_W (
IN LPWSTR pszName,
IN DWORD fOptions
);
#ifdef UNICODE
#define DnsDnsCheckNameCollision DnsCheckNameCollision_W
#else
#define DnsDnsCheckNameCollision DnsCheckNameCollision_A
#endif
LPSTR WINAPI
DnsGetHostName_A(
VOID
);
LPSTR WINAPI
DnsGetHostName_UTF8(
VOID
);
LPWSTR WINAPI
DnsGetHostName_W(
VOID
);
#ifdef UNICODE
#define DnsGetHostName DnsGetHostName_W
#else
#define DnsGetHostName DnsGetHostName_A
#endif
LPSTR WINAPI
DnsGetPrimaryDomainName_A(
VOID
);
LPSTR WINAPI
DnsGetPrimaryDomainName_UTF8(
VOID
);
LPWSTR WINAPI
DnsGetPrimaryDomainName_W(
VOID
);
#ifdef UNICODE
#define DnsGetPrimaryDomainName DnsGetPrimaryDomainName_W
#else
#define DnsGetPrimaryDomainName DnsGetPrimaryDomainName_A
#endif
//
// DNS Update API for DHCP client
//
typedef struct _REGISTER_HOST_ENTRY
{
union
{
IP_ADDRESS ipAddr;
IPV6_ADDRESS ipV6Addr;
} Addr;
DWORD dwOptions;
}
REGISTER_HOST_ENTRY, *PREGISTER_HOST_ENTRY;
//
// Options for above
//
#define REGISTER_HOST_A 0x00000001
#define REGISTER_HOST_PTR 0x00000002 // Used by DHCP server
#define REGISTER_HOST_TRANSIENT 0x00000004 // Don't use, use DYNDNS_REG_RAS
#define REGISTER_HOST_AAAA 0x00000008
#define REGISTER_HOST_RESERVED 0x80000000 // Not used
#define DYNDNS_REG_FWD 0x0
#define DYNDNS_REG_PTR 0x8
#define DYNDNS_REG_RAS 0x10
#define DYNDNS_DEL_ENTRY 0x20
typedef struct _REGISTER_HOST_STATUS
{
HANDLE hDoneEvent;
DWORD dwStatus;
}
REGISTER_HOST_STATUS, *PREGISTER_HOST_STATUS;
DNS_STATUS
WINAPI
DnsAsyncRegisterInit(
LPSTR lpstrRootRegKey
);
DNS_STATUS
WINAPI
DnsAsyncRegisterTerm(
VOID
);
DNS_STATUS WINAPI
DnsRemoveRegistrations(
VOID
);
DNS_STATUS
WINAPI
DnsAsyncRegisterHostAddrs_W(
IN LPWSTR lpstrAdapterName,
IN LPWSTR lpstrHostName,
IN PREGISTER_HOST_ENTRY pHostAddrs,
IN DWORD dwHostAddrCount,
IN PIP_ADDRESS pipDnsServerList,
IN DWORD dwDnsServerCount,
IN LPWSTR lpstrDomainName,
IN PREGISTER_HOST_STATUS pRegisterStatus,
IN DWORD dwTTL,
IN DWORD dwFlags
);
DNS_STATUS
WINAPI
DnsAsyncRegisterHostAddrs_UTF8(
IN LPSTR lpstrAdapterName,
IN LPSTR lpstrHostName,
IN PREGISTER_HOST_ENTRY pHostAddrs,
IN DWORD dwHostAddrCount,
IN PIP_ADDRESS pipDnsServerList,
IN DWORD dwDnsServerCount,
IN LPSTR lpstrDomainName,
IN PREGISTER_HOST_STATUS pRegisterStatus,
IN DWORD dwTTL,
IN DWORD dwFlags
);
DNS_STATUS
WINAPI
DnsAsyncRegisterHostAddrs_A(
IN LPSTR lpstrAdapterName,
IN LPSTR lpstrHostName,
IN PREGISTER_HOST_ENTRY pHostAddrs,
IN DWORD dwHostAddrCount,
IN PIP_ADDRESS pipDnsServerList,
IN DWORD dwDnsServerCount,
IN LPSTR lpstrDomainName,
IN PREGISTER_HOST_STATUS pRegisterStatus,
IN DWORD dwTTL,
IN DWORD dwFlags
);
#ifdef UNICODE
#define DnsAsyncRegisterHostAddrs DnsAsyncRegisterHostAddrs_W
#else
#define DnsAsyncRegisterHostAddrs DnsAsyncRegisterHostAddrs_A
#endif
//
// DNS Update API for DHCP server.
//
//
// Call back function. DHCP Server will pass a function to
// DnsDhcpRegisterHostName and this will be called on successful
// or unsuccessful completion of the task
// If we have a condition like server down/try again later etc we
// won't respond until we have an authoritative answer.
//
typedef VOID(*DHCP_CALLBACK_FN)(DWORD dwStatus, LPVOID pvData);
//
// Callback return codes
//
#define DNSDHCP_SUCCESS 0x0
#define DNSDHCP_FWD_FAILED 0x1
#define DNSDHCP_SUPERCEDED 0x2
#define DNSDHCP_FAILURE (DWORD)-1 //reverse failed
#define DYNDNS_DELETE_ENTRY 0x1
#define DYNDNS_ADD_ENTRY 0x2
#define DYNDNS_REG_FORWARD 0x4
DNS_STATUS
WINAPI
DnsDhcpSrvRegisterInit(
VOID
);
DNS_STATUS
WINAPI
DnsDhcpSrvRegisterTerm(
VOID
);
DNS_STATUS
WINAPI
DnsDhcpSrvRegisterHostName_A(
IN REGISTER_HOST_ENTRY HostAddr,
IN LPSTR pszName,
IN DWORD dwTTL,
IN DWORD dwFlags,
IN DHCP_CALLBACK_FN pfnDhcpCallBack,
IN PVOID pvData,
IN PIP_ADDRESS pipDnsServerList OPTIONAL,
IN DWORD dwDnsServerCount
);
DNS_STATUS
WINAPI
DnsDhcpSrvRegisterHostName_UTF8(
IN REGISTER_HOST_ENTRY HostAddr,
IN LPSTR pszName,
IN DWORD dwTTL,
IN DWORD dwFlags,
IN DHCP_CALLBACK_FN pfnDhcpCallBack,
IN PVOID pvData,
IN PIP_ADDRESS pipDnsServerList OPTIONAL,
IN DWORD dwDnsServerCount
);
DNS_STATUS
WINAPI
DnsDhcpSrvRegisterHostName_W(
IN REGISTER_HOST_ENTRY HostAddr,
IN LPWSTR pszName,
IN DWORD dwTTL,
IN DWORD dwFlags,
IN DHCP_CALLBACK_FN pfnDhcpCallBack,
IN PVOID pvData,
IN PIP_ADDRESS pipDnsServerList OPTIONAL,
IN DWORD dwDnsServerCount
);
#define DnsDhcpSrvRegisterHostName DnsDhcpSrvRegisterHostName_A
#define RETRY_TIME_SERVER_FAILURE 5*60 // 5 minutes
#define RETRY_TIME_TRY_AGAIN_LATER 5*60 // 5 minutes
#define RETRY_TIME_TIMEOUT 5*60 // 5 minutes
#define RETRY_TIME_MAX 10*60 // back off to 10 mins if
// repeated failures occur
//
// Memory allocation
//
// Many dnsapi.dll routines allocate memory.
// This memory allocation defaults to routines that use:
// - LocalAlloc,
// - LocalReAlloc,
// - LocalFree.
// If you desire alternative memory allocation mechanisms, use this
// function to override the DNS API defaults. All memory returned by dnsapi.dll
// can then be freed with the specified free function.
//
typedef PVOID (* DNS_ALLOC_FUNCTION)();
typedef PVOID (* DNS_REALLOC_FUNCTION)();
typedef VOID (* DNS_FREE_FUNCTION)();
VOID
DnsApiHeapReset(
IN DNS_ALLOC_FUNCTION pAlloc,
IN DNS_REALLOC_FUNCTION pRealloc,
IN DNS_FREE_FUNCTION pFree
);
//
// Modules using DNSAPI memory should use these routines if
// they are capable of being called by a process that resets
// the dnsapi.dll heap. (Example: the DNS server.)
//
PVOID
DnsApiAlloc(
IN INT iSize
);
PVOID
DnsApiRealloc(
IN OUT PVOID pMem,
IN INT iSize
);
VOID
DnsApiFree(
IN OUT PVOID pMem
);
//
// String utilities (string.c)
//
// Note some of these require memory allocation, see note
// on memory allocation below.
//
#define DNS_ALLOW_RFC_NAMES_ONLY (0)
#define DNS_ALLOW_NONRFC_NAMES (0x00000001)
#define DNS_ALLOW_MULTIBYTE_NAMES (0x00000002)
#define DNS_ALLOW_ALL_NAMES (0x00000003)
LPSTR
DnsCreateStringCopy(
IN PCHAR pchString,
IN DWORD cchString
);
DWORD
DnsGetBufferLengthForStringCopy(
IN PCHAR pchString,
IN DWORD cchString,
IN BOOL fUnicodeIn,
IN BOOL fUnicodeOut
);
PVOID
DnsCopyStringEx(
OUT PBYTE pBuffer,
IN PCHAR pchString,
IN DWORD cchString,
IN BOOL fUnicodeIn,
IN BOOL fUnicodeOut
);
PVOID
DnsStringCopyAllocateEx(
IN PCHAR pchString,
IN DWORD cchString,
IN BOOL fUnicodeIn,
IN BOOL fUnicodeOut
);
PCHAR
DnsWriteReverseNameStringForIpAddress(
OUT PCHAR pBuffer,
IN IP_ADDRESS ipAddress
);
PCHAR
DnsCreateReverseNameStringForIpAddress(
IN IP_ADDRESS ipAddress
);
//
// Name validation
//
typedef enum _DNS_NAME_FORMAT
{
DnsNameDomain,
DnsNameDomainLabel,
DnsNameHostnameFull,
DnsNameHostnameLabel,
DnsNameWildcard,
DnsNameSrvRecord
}
DNS_NAME_FORMAT;
DNS_STATUS
DnsValidateName_UTF8(
IN LPCSTR pszName,
IN DNS_NAME_FORMAT Format
);
DNS_STATUS
DnsValidateName_W(
IN LPCWSTR pwszName,
IN DNS_NAME_FORMAT Format
);
DNS_STATUS
DnsValidateName_A(
IN LPCSTR pszName,
IN DNS_NAME_FORMAT Format
);
#ifdef UNICODE
#define DnsValidateName(p,f) DnsValidateName_W( (p), (f) )
#else
#define DnsValidateName(p,f) DnsValidateName_A( (p), (f) )
#endif
//
// Macro away old routines
//
#define DnsValidateDnsName_UTF8(pname) \
DnsValidateName_UTF8( (pname), DnsNameDomain )
#define DnsValidateDnsName_W(pname) \
DnsValidateName_W( (pname), DnsNameDomain )
//
// Relational name compare result
//
typedef enum
{
DNS_RELATE_NEQ, // NOT EQUAL: name's in different name space.
DNS_RELATE_EQL, // EQUAL: name's are identical DNS names
DNS_RELATE_LGT, // LEFT GREATER THAN: left name is parent (contains) to right name
DNS_RELATE_RGT, // RIGHT GREATER THAN: right name is parent (contains) to left name
DNS_RELATE_INVALID // INVALID STATE: accompanied with DNS_STATUS return code
} DNS_RELATE_STATUS, *PDNS_RELATE_STATUS;
DNS_STATUS
DnsRelationalCompare_UTF8(
IN LPCSTR pszLeftName,
IN LPCSTR pszRightName,
IN DWORD dwReserved,
IN OUT DNS_RELATE_STATUS *pRelation
);
DNS_STATUS
DnsRelationalCompare_W(
IN LPCWSTR pszLeftName,
IN LPCWSTR pszRightName,
IN DWORD dwReserved,
IN OUT DNS_RELATE_STATUS *pRelation
);
DNS_STATUS
DnsValidateDnsString_UTF8(
IN LPCSTR pszName
);
DNS_STATUS
DnsValidateDnsString_W(
IN LPCWSTR pszName
);
LPSTR
DnsCreateStandardDnsNameCopy(
IN PCHAR pchName,
IN DWORD cchName,
IN DWORD dwFlag
);
DWORD
DnsDowncaseDnsNameLabel(
OUT PCHAR pchResult,
IN PCHAR pchLabel,
IN DWORD cchLabel,
IN DWORD dwFlags
);
DWORD
_fastcall
DnsUnicodeToUtf8(
IN PWCHAR pwUnicode,
IN DWORD cchUnicode,
OUT PCHAR pchResult,
IN DWORD cchResult
);
DWORD
_fastcall
DnsUtf8ToUnicode(
IN PCHAR pchUtf8,
IN DWORD cchUtf8,
OUT PWCHAR pwResult,
IN DWORD cwResult
);
DNS_STATUS
DnsValidateUtf8Byte(
IN BYTE chUtf8,
IN OUT PDWORD pdwTrailCount
);
//
// Routines for NT services to call to get a Service Control Manager
// control message, (i.e. SERVICE_CONTROL_PARAMCHANGE - 0x00000006, etc.), in
// the event of a PnP change that affects DNS related data.
//
BOOL WINAPI
DnsServiceNotificationRegister_W (
IN LPWSTR pszServiceName,
IN DWORD dwControl
);
BOOL WINAPI
DnsServiceNotificationRegister_UTF8 (
IN LPSTR pszServiceName,
IN DWORD dwControl
);
BOOL WINAPI
DnsServiceNotificationRegister_A (
IN LPSTR pszServiceName,
IN DWORD dwControl
);
#ifdef UNICODE
#define DnsServiceNotificationRegister DnsServiceNotificationRegister_W
#else
#define DnsServiceNotificationRegister DnsServiceNotificationRegister_A
#endif
BOOL WINAPI
DnsServiceNotificationDeregister_W (
IN LPWSTR pszServiceName
);
BOOL WINAPI
DnsServiceNotificationDeregister_UTF8 (
IN LPSTR pszServiceName
);
BOOL WINAPI
DnsServiceNotificationDeregister_A (
IN LPSTR pszServiceName
);
#ifdef UNICODE
#define DnsServiceNotificationDeregister DnsServiceNotificationDeregister_W
#else
#define DnsServiceNotificationDeregister DnsServiceNotificationDeregister_A
#endif
//
// Routines to clear all cached entries in the DNS Resolver Cache, this is
// called by ipconfig /flushdns, and add record sets to the cache.
//
BOOL WINAPI
DnsFlushResolverCache (
VOID
);
BOOL WINAPI
DnsFlushResolverCacheEntry_W (
IN LPWSTR pszName
);
BOOL WINAPI
DnsFlushResolverCacheEntry_UTF8 (
IN LPSTR pszName
);
BOOL WINAPI
DnsFlushResolverCacheEntry_A (
IN LPSTR pszName
);
#ifdef UNICODE
#define DnsFlushResolverCacheEntry DnsFlushResolverCacheEntry_W
#else
#define DnsFlushResolverCacheEntry DnsFlushResolverCacheEntry_A
#endif
DNS_STATUS WINAPI
DnsCacheRecordSet_W(
IN LPWSTR lpstrName,
IN WORD wType,
IN DWORD fOptions,
IN OUT PDNS_RECORD pRRSet
);
//
// Routines to enable or disable B-Node resolver service listening thread
//
VOID WINAPI
DnsEnableBNodeResolverThread (
VOID
);
VOID WINAPI
DnsDisableBNodeResolverThread (
VOID
);
//
// Routines to enable or disable dynamic DNS registrations on local machine
//
VOID WINAPI
DnsEnableDynamicRegistration (
LPWSTR szAdapterName OPTIONAL // If NULL, enables DDNS in general
);
VOID WINAPI
DnsDisableDynamicRegistration (
LPWSTR szAdapterName OPTIONAL // If NULL, disables DDNS in general
);
BOOL
DnsIsDynamicRegistrationEnabled (
LPWSTR szAdapterName OPTIONAL // If NULL, tells whether system has
); // DDNS enabled.
//
// Routines to enable or disable dynamic DNS registration of a given
// adapter's domain name on the local machine
//
VOID WINAPI
DnsEnableAdapterDomainNameRegistration (
LPWSTR szAdapterName
);
VOID WINAPI
DnsDisableAdapterDomainNameRegistration (
LPWSTR szAdapterName
);
BOOL
DnsIsAdapterDomainNameRegistrationEnabled (
LPWSTR szAdapterName
);
//
// Routines to write a DNS Query packet request question in a buffer and
// convert response packet buffer to DNS_RECORD structure list.
//
typedef struct _DNS_MESSAGE_BUFFER
{
DNS_HEADER MessageHead;
CHAR MessageBody[1];
}
DNS_MESSAGE_BUFFER, *PDNS_MESSAGE_BUFFER;
BOOL WINAPI
DnsWriteQuestionToBuffer_W (
IN OUT PDNS_MESSAGE_BUFFER pDnsBuffer,
IN OUT LPDWORD pdwBufferSize,
IN LPWSTR pszName,
IN WORD wType,
IN WORD Xid,
IN BOOL fRecursionDesired
);
BOOL WINAPI
DnsWriteQuestionToBuffer_UTF8 (
IN OUT PDNS_MESSAGE_BUFFER pDnsBuffer,
IN OUT LPDWORD pdwBufferSize,
IN LPSTR pszName,
IN WORD wType,
IN WORD Xid,
IN BOOL fRecursionDesired
);
DNS_STATUS WINAPI
DnsExtractRecordsFromMessage_W (
IN PDNS_MESSAGE_BUFFER pDnsBuffer,
IN WORD wMessageLength,
OUT PDNS_RECORD * ppRecord
);
DNS_STATUS WINAPI
DnsExtractRecordsFromMessage_UTF8 (
IN PDNS_MESSAGE_BUFFER pDnsBuffer,
IN WORD wMessageLength,
OUT PDNS_RECORD * ppRecord
);
//
// Routine to read the contents of the DNS Resolver Cache. The resulting
// table contains a list of record names and types stored in the cache.
// Each of these name/type records can be queried with DnsQuery with the
// option DNS_QUERY_CACHE_ONLY.
//
typedef struct _DNS_CACHE_TABLE_
{
struct _DNS_CACHE_TABLE_ * pNext;
LPWSTR Name;
WORD Type1;
WORD Type2;
WORD Type3;
}
DNS_CACHE_TABLE, *PDNS_CACHE_TABLE;
BOOL WINAPI
DnsGetCacheDataTable (
OUT PDNS_CACHE_TABLE * pTable
);
//
// Backward compatibility
//
// Previously exposed functions now macroed to new functions.
// Eventually need to clean this stuff out of build or
// separate these defs from public headers
//
#define DNSBACKCOMPAT 1
#ifdef DNSBACKCOMPAT
#ifdef UNICODE
#define DnsCompareName(p1,p2) DnsNameCompare_W( (p1), (p2) )
#else
#define DnsCompareName(p1,p2) DnsNameCompare( (p1), (p2) )
#endif
#define DnsCompareName_W(p1,p2) DnsNameCompare_W( (p1), (p2) )
#define DnsCompareName_A(p1,p2) DnsNameCompare( (p1), (p2) )
#ifdef UNICODE
#define DnsCopyRR(pRR) DnsRecordCopy( pRR, TRUE )
#else
#define DnsCopyRR(pRR) DnsRecordCopy( pRR, FALSE )
#endif
#ifdef UNICODE
#define DnsCopyRRSet(pRRSet) DnsRecordSetCopy( pRRSet, TRUE )
#else
#define DnsCopyRRSet(pRRSet) DnsRecordSetCopy( pRRSet, FALSE )
#endif
// Async registration only from DHCP client.
// Once it is cleanedup, these can be deleted.
#define DnsMHAsyncRegisterInit(a) DnsAsyncRegisterInit(a)
#define DnsMHAsyncRegisterTerm() DnsAsyncRegisterTerm()
#define DnsMHRemoveRegistrations() DnsRemoveRegistrations()
#define DnsMHAsyncRegisterHostAddrs_A(a,b,c,d,e,f,g,h,i,j) \
DnsAsyncRegisterHostAddrs_A(a,b,c,d,e,f,g,h,i,j)
#define DnsMHAsyncRegisterHostAddrs_W(a,b,c,d,e,f,g,h,i,j) \
DnsAsyncRegisterHostAddrs_W(a,b,c,d,e,f,g,h,i,j)
#define DnsMHAsyncRegisterHostAddrs_UTF8(a,b,c,d,e,f,g,h,i,j) \
DnsAsyncRegisterHostAddrs_UTF8(a,b,c,d,e,f,g,h,i,j)
// cleanup after clean build
#define DnsNameCompare(a,b) \
DnsNameCompare_A((a),(b))
#endif DNSBACKCOMPAT
#ifdef __cplusplus
}
#endif // __cplusplus
#endif // _DNSAPI_INCLUDED_
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