/// <summary>
/// Construct Kerberos PAC pass-through logon information
/// </summary>
/// <param name="parameterControl">
/// A set of bit flags that contain information pertaining to the logon validation processing.
/// </param>
/// <param name="domainName">domain name</param>
/// <param name="userName">user name</param>
/// <param name="serverName">NetBIOS name of server </param>
/// <param name="kerbVerifyPacRequest">KERB_VERIFY_PAC_REQUEST packet</param>
/// <returns>Kerberos PAC netlogon information structure </returns>
public static _NETLOGON_LEVEL CreatePacLogonInfo(
NrpcParameterControlFlags parameterControl,
string domainName,
string userName,
string serverName,
KERB_VERIFY_PAC_REQUEST kerbVerifyPacRequest)
{
_NETLOGON_LEVEL netLogonLevel = new _NETLOGON_LEVEL();
byte[] logonData = TypeMarshal.ToBytes <KERB_VERIFY_PAC_REQUEST>(kerbVerifyPacRequest);
//Identity: A NETLOGON_LOGON_IDENTITY_INFO structure, as specified in section MS-NRPC 2.2.1.4.15,
//that contains information about the logon identity.
_NETLOGON_LOGON_IDENTITY_INFO identityInfo = NrpcUtility.CreateNetlogonIdentityInfo(
parameterControl,
domainName,
userName,
serverName);
netLogonLevel.LogonGeneric = new _NETLOGON_GENERIC_INFO[1];
netLogonLevel.LogonGeneric[0].Identity = identityInfo;
netLogonLevel.LogonGeneric[0].PackageName = DtypUtility.ToRpcUnicodeString(KERBEROS_PACKAGENAME);
netLogonLevel.LogonGeneric[0].LogonData = logonData;
netLogonLevel.LogonGeneric[0].DataLength = (uint)logonData.Length;
return(netLogonLevel);
}
/// <summary>
/// Create DPSP logon information structure
/// </summary>
/// <param name="parameterControl">
/// A set of bit flags that contain information pertaining to the logon validation processing.
/// </param>
/// <param name="digestValidationReq">DIGEST_VALIDATION_REQ structure</param>
/// <returns>Dpsp netlogon information structure</returns>
public static _NETLOGON_LEVEL CreateDpspLogonInfo(
NrpcParameterControlFlags parameterControl,
DIGEST_VALIDATION_REQ digestValidationReq)
{
if (digestValidationReq.Payload == null)
{
throw new ArgumentException(
"invalid digestValidationReq parameter: the payload field is null",
"digestValidationReq");
}
_NETLOGON_LEVEL netLogonLevel = new _NETLOGON_LEVEL();
DIGEST_VALIDATION_REQ_Payload payload =
DIGEST_VALIDATION_REQ_Payload.Parse(digestValidationReq.Payload);
byte[] logonData = TypeMarshal.ToBytes <DIGEST_VALIDATION_REQ>(digestValidationReq);
//Identity: A NETLOGON_LOGON_IDENTITY_INFO structure, as specified in section MS-NRPC 2.2.1.4.15,
//that contains information about the logon identity.
_NETLOGON_LOGON_IDENTITY_INFO identityInfo = NrpcUtility.CreateNetlogonIdentityInfo(
parameterControl,
payload.Domain,
payload.Username,
payload.ServerName);
netLogonLevel.LogonGeneric = new _NETLOGON_GENERIC_INFO[1];
netLogonLevel.LogonGeneric[0].Identity = identityInfo;
netLogonLevel.LogonGeneric[0].PackageName = DtypUtility.ToRpcUnicodeString(DIGEST_PACKAGENAME);
netLogonLevel.LogonGeneric[0].LogonData = logonData;
netLogonLevel.LogonGeneric[0].DataLength = (uint)logonData.Length;
return(netLogonLevel);
}
/// <summary>
/// Construct Nlmp pass-through interactive logon information structure
/// from client NTLM authenticate response message
/// </summary>
/// <param name="parameterControl">A set of bit flags
/// that contain information pertaining to the logon validation processing.
/// </param>
/// <param name="domainName">domain name</param>
/// <param name="userName">user name</param>
/// <param name="password">password</param>
/// <param name="serverName">NetBIOS name of server </param>
/// <returns>nlmp interactive logon information structure</returns>
public static _NETLOGON_LEVEL CreateNlmpInteractiveLogonInfo(
NrpcParameterControlFlags parameterControl,
string domainName,
string userName,
string password,
string serverName
)
{
_NETLOGON_LEVEL netLogonLevel = new _NETLOGON_LEVEL();
//LmOwfPassword: LM_OWF_PASSWORD structure, as specified in section 2.2.1.1.3,
//that contains the LMOWFv1 of a password.
//LMOWFv1 is specified in NTLM v1 Authentication in [MS-NLMP] section 3.3.1.
byte[] lmOwf = NlmpUtility.LmOWF(NlmpVersion.v1, domainName, userName, password);
//NtOwfPassword: An NT_OWF_PASSWORD structure, as specified in section 2.2.1.1.4,
//that contains the NTOWFv1 of a password.
//NTOWFv1 is specified in NTLM v1 Authentication in [MS-NLMP] section 3.3.1.
byte[] ntOwf = NlmpUtility.NtOWF(NlmpVersion.v1, domainName, userName, password);
//Identity: A NETLOGON_LOGON_IDENTITY_INFO structure, as specified in section MS-NRPC 2.2.1.4.15,
//that contains information about the logon identity.
_NETLOGON_LOGON_IDENTITY_INFO identityInfo = NrpcUtility.CreateNetlogonIdentityInfo(
parameterControl,
domainName,
userName,
serverName);
netLogonLevel.LogonInteractive = new _NETLOGON_INTERACTIVE_INFO[1];
netLogonLevel.LogonInteractive[0].Identity = identityInfo;
netLogonLevel.LogonInteractive[0].LmOwfPassword = new _LM_OWF_PASSWORD();
netLogonLevel.LogonInteractive[0].LmOwfPassword.data = NrpcUtility.CreateCypherBlocks(lmOwf);
netLogonLevel.LogonInteractive[0].NtOwfPassword = new _NT_OWF_PASSWORD();
netLogonLevel.LogonInteractive[0].NtOwfPassword.data = NrpcUtility.CreateCypherBlocks(ntOwf);
return(netLogonLevel);
}
/// <summary>
/// Send KERB_VERIFY_PAC_REQUEST message to DC through generic pass-through mechanism
/// </summary>
/// <param name="serverSignature">Server Signature in the privilege attribute certificate (PAC)</param>
/// <param name="kdcSignature">Key Distribution Center (KDC) Signature in the PAC</param>
/// <returns></returns>
public Status GenerateKerberosValidationRequest(
PAC_SIGNATURE_DATA serverSignature,
PAC_SIGNATURE_DATA kdcSignature)
{
_NETLOGON_LOGON_INFO_CLASS logonLevel = _NETLOGON_LOGON_INFO_CLASS.NetlogonGenericInformation;
_NETLOGON_VALIDATION_INFO_CLASS validationLevel = _NETLOGON_VALIDATION_INFO_CLASS.NetlogonValidationGenericInfo2;
//Get Kerberos Request
KERB_VERIFY_PAC_REQUEST kerberosReq = ApdsUtility.CreateKerbVerifyPacRequest(serverSignature, kdcSignature);
//Create digest validation logon info
_NETLOGON_LEVEL netlogonLevel = ApdsUtility.CreatePacLogonInfo(
NrpcParameterControlFlags.AllowLogonWithComputerAccount,
PrimaryDomainDnsName,
DomainAdministratorName,
PDCNetbiosName,
kerberosReq);
//Create Secure Channel
EstablishSecureChannel();
//Client calls EncryptNetlogonLevel
_NETLOGON_LEVEL encryptedLogonLevel = nrpcClient.EncryptNetlogonLevel(
(_NETLOGON_LOGON_INFO_CLASS)logonLevel,
netlogonLevel);
//Client calls NetrLogonSamLogonEx
_NETLOGON_VALIDATION?validationInfomation;
byte?authoritative;
NrpcNetrLogonSamLogonExtraFlags?extraFlags = NrpcNetrLogonSamLogonExtraFlags.None;
result = nrpcClient.NetrLogonSamLogonEx(
nrpcClient.Handle,
sutComputerName,
clientComputerName,
logonLevel,
encryptedLogonLevel,
validationLevel,
out validationInfomation,
out authoritative,
ref extraFlags);
// Whether this method use pass-through mechanism or not.
bool isPassThroughMethod = false;
//Kerberos PAC validation SHOULD use the generic pass-through mechanism ([MS-NRPC] section 3.2.4.1).
//For generic pass-through, the LogonLevel is 4(NetlogonGenericInformation) as defined in [MS-NRPC] section 3.2.4.1.
//So when the LogonLevel is 4, we can say that NRPC pass-through authentication method is used.
if ((int)logonLevel == 4)
{
isPassThroughMethod = true;
}
Site.CaptureRequirementIfIsTrue(
isPassThroughMethod,
5,
@"For domain support, authentication protocols MUST use an NRPC pass-through authentication
([MS-NRPC] section 3.2) method with parameters determined by the authentication protocol being
used[to return the response structures to member server].");
Site.CaptureRequirementIfAreEqual <int>(
5,
(int)validationLevel,
402,
@"The encoded data SHOULD be sent by using the generic pass-through mechanism ([MS-NRPC] section 3.2.4.1).");
if (result == NtStatus.STATUS_SUCCESS)
{
Site.CaptureRequirementIfIsNull(validationInfomation.Value.ValidationGeneric2[0].ValidationData, 403,
@"If the checksum is verified, the DC MUST return STATUS_SUCCESS. There is no return message.");
}
return((Status)result);
}
/// <summary>
/// Send Digest request message to DC, and validate the credentials.
/// </summary>
/// <param name="isValidationSuccess">Indicates whether the validation from server will be success.</param>
/// <param name="digestType">Indicates the DigestType field of the request.</param>
/// <param name="algType">Indicates the AlgType field of the request.</param>
/// <param name="ignoredFields">It indicates the fields that should be ignored by DC in DIGEST_VALIDATION_REQ.</param>
/// <returns>Indicates the result status of DC response.</returns>
public Status GenerateDigestRequest(
Boolean isValidationSuccess,
AccountInformation accountInfo,
DigestType_Values digestType,
AlgType_Values algType,
IgnoredFields ignoredFields)
{
DIGEST_VALIDATION_REQ digestReq;
_NETLOGON_LOGON_INFO_CLASS logonLevel = _NETLOGON_LOGON_INFO_CLASS.NetlogonGenericInformation;
_NETLOGON_VALIDATION_INFO_CLASS validationLevel = _NETLOGON_VALIDATION_INFO_CLASS.NetlogonValidationGenericInfo2;
//Compute the password
GenerateCurrentCredentials(accountInfo);
//Get Digest Request
GetDigestRequest(digestType, algType, ignoredFields, out digestReq);
//Create digest validation logon info
_NETLOGON_LEVEL netlogonLevel = ApdsUtility.CreateDpspLogonInfo(
NrpcParameterControlFlags.AllowLogonWithComputerAccount,
digestReq);
//Create Secure Channel
EstablishSecureChannel();
//Client calls EncryptNetlogonLevel
_NETLOGON_LEVEL encryptedLogonLevel = nrpcClient.EncryptNetlogonLevel(
(_NETLOGON_LOGON_INFO_CLASS)logonLevel,
netlogonLevel);
//Client calls NetrLogonSamLogonEx
_NETLOGON_VALIDATION?validationInfomation;
byte?authoritative;
NrpcNetrLogonSamLogonExtraFlags?extraFlags = NrpcNetrLogonSamLogonExtraFlags.None;
result = nrpcClient.NetrLogonSamLogonEx(
nrpcClient.Handle,
sutComputerName,
clientComputerName,
logonLevel,
encryptedLogonLevel,
validationLevel,
out validationInfomation,
out authoritative,
ref extraFlags);
// Whether this method use pass-through mechanism or not.
bool isPassThroughMethod = false;
//
//The Digest validation protocol SHOULD use the generic pass-through mechanism.
//For generic pass-through, the LogonLevel is 4(NetlogonGenericInformation) as defined in [MS-NRPC] section 3.2.4.1.
//So when the LogonLevel is 4, we can say that NRPC pass-through authentication method is used.
//
if ((int)logonLevel == 4)
{
isPassThroughMethod = true;
}
//
//Verify MS-APDS requirment:MS-APDS_R5
//
Site.CaptureRequirementIfIsTrue(
isPassThroughMethod,
5,
@"For domain support, authentication protocols MUST use an NRPC pass-through authentication
([MS-NRPC] section 3.2) method with parameters determined by the authentication protocol being
used[to return the response structures to member server].");
//
//Verify MS-APDS requirment:MS-APDS_R15
//
Site.CaptureRequirementIfAreEqual <int>(
5,
(int)validationLevel,
15,
@"Digest response messages MUST be encoded as opaque blobs and transported
by the generic pass-through capability of Netlogon.");
//
//Configured in PTFConfig file,default SHOULD to true and MAY to false.
//
string isR169Implemented = "true";
//
//Check OS version
//
if (isWindows)
{
//
//Verify MS-APDS requirment:MS-APDS_R100169
//
Site.CaptureRequirementIfAreEqual <int>(
5,
(int)validationLevel,
100169,
@"In Windows, the Digest validation protocol uses the generic pass-through mechanism.");
if (null == isR169Implemented)
{
Site.Properties.Add("R169Implemented", Boolean.TrueString);
isR169Implemented = Boolean.TrueString;
}
}
if (null != isR169Implemented)
{
bool implSigns = Boolean.Parse(isR169Implemented);
bool isSatisfied = ((int)_NETLOGON_VALIDATION_INFO_CLASS.NetlogonValidationGenericInfo2 == 5);
//
//Verify MS-APDS requirment:MS-APDS_R169
//
Site.CaptureRequirementIfAreEqual <Boolean>(
implSigns,
isSatisfied,
169,
string.Format(@"The Digest validation protocol SHOULD use the generic pass-through mechanism.
This requirement is {0} implemented.", implSigns ? "" : "not"));
}
byte[] buf;
bool isDigestResStructure = true;
DIGEST_VALIDATION_RESP digestValidationResponse = new DIGEST_VALIDATION_RESP();
// Judge whether the digest response is exist, validationData is response point.
// if validationData equals 0, no response return from NRPC.
if (validationInfomation.Value.ValidationGeneric2 == null)
{
isDigestResStructure = false;
}
else
{
// decrypt validation info
buf = NrpcUtility.DecryptBuffer(
(nrpcClient.Context.NegotiateFlags & NrpcNegotiateFlags.SupportsAESAndSHA2) == NrpcNegotiateFlags.SupportsAESAndSHA2,
nrpcClient.Context.SessionKey,
validationInfomation.Value.ValidationGeneric2[0].ValidationData);
_NETLOGON_VALIDATION decryptValidationInfo = new _NETLOGON_VALIDATION();
decryptValidationInfo.ValidationGeneric2 = new _NETLOGON_VALIDATION_GENERIC_INFO2[1];
decryptValidationInfo.ValidationGeneric2[0].ValidationData = buf;
digestValidationResponse =
ApdsUtility.ConvertDataToDigestValidationResponse(decryptValidationInfo);
VerifyMessageSyntaxDigestValidCredential(digestValidationResponse, validationLevel, (uint)buf.Length);
}
if (result != NtStatus.STATUS_SUCCESS)
{
//
//Verify MS-APDS requirment:MS-APDS_R292
//
Site.CaptureRequirementIfIsFalse(
isDigestResStructure,
292,
"[If unsuccessful]It[DC] MUST NOT send back the DIGEST_VALIDATION_RESP message.");
VerifyMessageSyntxDigestInvalidResp((uint)result, digestValidationResponse.AuthDataSize);
}
return((Status)result);
}
/// <summary>
/// Send NTLM request message to DC for validation.
/// </summary>
/// <param name="logonLevel">Indicates the logon level.</param>
/// <param name="accountInfo">Indicates whether this account is valid in DC validation.</param>
/// <param name="isAccessCheckSuccess">Indicates whether the access checked success.</param>
/// <param name="validationLevel">Indicates the validation level.</param>
/// <returns>Indicates the result status of DC response.</returns>
public Status NTLMLogon(
_NETLOGON_LOGON_INFO_CLASS logonLevel,
AccountInformation accountInfo,
Boolean isAccessCheckSuccess,
_NETLOGON_VALIDATION_INFO_CLASS validationLevel)
{
//Compute the password
GenerateCurrentCredentials(accountInfo);
//Create Secure Channel
EstablishSecureChannel();
_NETLOGON_LEVEL netLogonLevel = new _NETLOGON_LEVEL();
if (logonLevel == _NETLOGON_LOGON_INFO_CLASS.NetlogonInteractiveInformation)
{
//Fill InteractiveInfo
netLogonLevel = ApdsUtility.CreateNlmpInteractiveLogonInfo(
NrpcParameterControlFlags.AllowLogonWithComputerAccount,
sutTrustDomainName,
currentUserName,
currentPassword,
sutComputerName);
}
else if (logonLevel == _NETLOGON_LOGON_INFO_CLASS.NetlogonNetworkInformation)
{
//Fill Netlogon_Network_Info
if (accountInfo == AccountInformation.ManagedServiceAccount)
{
netLogonLevel = nrpcClient.CreateNetlogonLevel(
_NETLOGON_LOGON_INFO_CLASS.NetlogonNetworkInformation,
NrpcParameterControlFlags.AllowLogonWithComputerAccount,
sutDomainName, // managed service account is created in the local domain
currentUserName,
currentPassword);
}
else
{
netLogonLevel = nrpcClient.CreateNetlogonLevel(
_NETLOGON_LOGON_INFO_CLASS.NetlogonNetworkInformation,
NrpcParameterControlFlags.AllowLogonWithComputerAccount,
sutTrustDomainName,
currentUserName,
currentPassword);
}
}
_NETLOGON_LEVEL encryptedLogonLevel = nrpcClient.EncryptNetlogonLevel(
logonLevel,
netLogonLevel);
byte?authoritative;
_NETLOGON_VALIDATION? validationInformation = new _NETLOGON_VALIDATION();
NrpcNetrLogonSamLogonExtraFlags?extraFlags = NrpcNetrLogonSamLogonExtraFlags.None;
result = nrpcClient.NetrLogonSamLogonEx(
nrpcClient.Handle,
sutComputerName,
clientComputerName,
logonLevel,
encryptedLogonLevel,
validationLevel,
out validationInformation,
out authoritative,
ref extraFlags);
// Whether this method use pass-through mechanism or not.
bool isPassThroughMethod = false;
//
//For NTLM pass-through, the LogonLevel is 1(NetlogonInteractiveInformation) or 2(NetlogonNetworkInformation)
//based on Interactive Logono and Network Logon,as defined in [MS-APDS] section 3.1.5.1 and section 3.1.5.2.
//So when the LogonLevel is 1 or 2, we can say that NRPC pass-through authentication method is used.
//
if ((int)logonLevel == 1 || (int)logonLevel == 2)
{
isPassThroughMethod = true;
}
//
//Verify MS-APDS requirment:MS-APDS_R5
//
Site.CaptureRequirementIfIsTrue(
isPassThroughMethod,
5,
@"For domain support, authentication protocols MUST use an NRPC pass-through authentication
([MS-NRPC] section 3.2) method with parameters determined by the authentication protocol being
used[to return the response structures to member server].");
//
//Verify MS-APDS requirment:MS-APDS_R118
//if isPassThroughMethod is true, this requirement can be verified.
//
Site.CaptureRequirementIfIsTrue(
isPassThroughMethod,
118,
@"NT LAN Manager (NTLM) interactive logon and network logon MUST receive the authentication
response sequence by contacting the DC using an NRPC pass-through authentication method .");
if (result == NtStatus.STATUS_SUCCESS)
{
if (validationLevel == _NETLOGON_VALIDATION_INFO_CLASS.NetlogonValidationSamInfo4)
{
VerifyNTLMDataStructure(validationLevel, logonLevel);
VerifyMessageSyntxNTLMValidV4Resp(
validationInformation.Value.ValidationSam4[0].UserSessionKey.data[0].data,
validationInformation.Value.ValidationSam4[0].EffectiveName.ToString());
}
else if (validationLevel == _NETLOGON_VALIDATION_INFO_CLASS.NetlogonValidationSamInfo2)
{
VerifyNTLMDataStructure(validationLevel, logonLevel);
}
else if (validationLevel == _NETLOGON_VALIDATION_INFO_CLASS.NetlogonValidationSamInfo)
{
VerifyNTLMDataStructure(validationLevel, logonLevel);
}
}
return((Status)result);
}
public void NRPC_Traditional05_VerifyOutOfSequenceMessage()
{
PlatformType platform;
HRESULT result = HRESULT.ERROR_SUCCESS;
Site.Log.Add(LogEntryKind.Comment, "Call GetPlatform");
nrpcServerAdapter.GetPlatform(out platform);
Site.Log.Add(LogEntryKind.Comment, "Return GetPlatform(out {0})", platform);
Site.Log.Add(LogEntryKind.Comment, "Call ConfigServer");
nrpcServerSutControlAdapter.ConfigServer(true, false);
Site.Log.Add(LogEntryKind.Comment, "Return ConfigServer");
NrpcServerAdapter adapter = new NrpcServerAdapter();
adapter.Initialize(Site);
using (this.nrpcClient = NrpcClient.CreateNrpcClient(adapter.PrimaryDomainDnsName))
{
this.nrpcClient.Context.NegotiateFlags = (NrpcNegotiateFlags)NrpcServerAdapter.NegotiateFlags;
MachineAccountCredential machineCredential = new MachineAccountCredential(
adapter.PrimaryDomainDnsName,
adapter.ENDPOINTNetbiosName,
adapter.ENDPOINTPassword);
NrpcClientSecurityContext secuContext = new NrpcClientSecurityContext(
adapter.PrimaryDomainDnsName,
adapter.PDCNetbiosName,
machineCredential,
true,
this.nrpcClient.Context.NegotiateFlags);
AccountCredential accountCredential = new AccountCredential(
adapter.PrimaryDomainDnsName,
adapter.DomainAdministratorName,
adapter.DomainUserPassword);
try
{
this.nrpcClient.BindOverNamedPipe(
adapter.PDCNetbiosName,
accountCredential,
secuContext,
adapter.timeOut);
}
catch (Exception e)
{
Site.Log.Add(LogEntryKind.Debug, "Failed to bind NamedPipe to " + adapter.PDCNetbiosName + "due to reason: " + e.Message);
Site.Assert.Fail("Failed on init NRPC client on transport NamedPipe");
}
this.nrpcClient.Context.SequenceNumber++;
_NETLOGON_LOGON_INFO_CLASS logonLevelInfoClass = _NETLOGON_LOGON_INFO_CLASS.NetlogonInteractiveInformation;
_NETLOGON_LEVEL logonLevel = this.nrpcClient.CreateNetlogonLevel(
logonLevelInfoClass,
NrpcParameterControlFlags.AllowLogonWithComputerAccount,
adapter.PrimaryDomainDnsName,
adapter.DomainAdministratorName,
adapter.DomainUserPassword);
// Client calls EncryptNetlogonLevel
_NETLOGON_LEVEL?encryptedLogonLevel = this.nrpcClient.EncryptNetlogonLevel(
logonLevelInfoClass,
logonLevel);
_NETLOGON_AUTHENTICATOR?serverAuthenticator = this.nrpcClient.CreateEmptyNetlogonAuthenticator();
_NETLOGON_AUTHENTICATOR?clientAuthenticator = this.nrpcClient.ComputeNetlogonAuthenticator();
_NETLOGON_VALIDATION? validationInfomation = null;
byte?authoritative = null;
try
{
result = (HRESULT)this.nrpcClient.NetrLogonSamLogon(
adapter.PDCNetbiosName,
adapter.ENDPOINTNetbiosName,
clientAuthenticator,
ref serverAuthenticator,
logonLevelInfoClass,
encryptedLogonLevel,
_NETLOGON_VALIDATION_INFO_CLASS.NetlogonValidationSamInfo2,
out validationInfomation,
out authoritative);
}
catch (InvalidOperationException e)
{
result = (HRESULT)int.Parse(e.Message, CultureInfo.InvariantCulture);
}
// If the sequence number in security context is out of sequence, the server will return an error message.
Site.CaptureRequirementIfAreNotEqual <HRESULT>(
HRESULT.ERROR_SUCCESS,
result,
853,
@"[In Receiving an Initial Netlogon Signature Token, The following steps are
performed to verify the data and to decrypt with AES if negotiated, otherwise
RC4 if required: in step 7: ] If these two [SequenceNumber and CopySeqNumber ]
do not match, an error is returned indicating that out-of-sequence data was received.");
}
}
/// <summary>
/// Construct Nlmp pass-through network logon information structure
/// from client NTLM authenticate response message
/// </summary>
/// <param name="parameterControl">
/// A set of bit flags that contain information pertaining to the logon validation processing.
/// </param>
/// <param name="nlmpAuthenticatePacket">
/// nlmp authenticate response packet sent from client machine
/// </param>
/// <param name="lmChallenge">
/// nlmp challenge sent from server to client
/// </param>
/// <returns>
/// Nlmp pass-through network logon information
/// </returns>
/// <exception cref="ArgumentNullException">
/// Thrown when nlmpAuthenticatePacket or lmChallenge is null.
/// </exception>
/// <exception cref="ArgumentException">
/// Thrown when the length of lmChallenge is not equal to 8 bytes
/// </exception>
public static _NETLOGON_LEVEL CreateNlmpNetworkLogonInfo(
NrpcParameterControlFlags parameterControl,
NlmpAuthenticatePacket nlmpAuthenticatePacket,
byte[] lmChallenge
)
{
if (nlmpAuthenticatePacket == null)
{
throw new ArgumentNullException("nlmpAuthenticatePacket");
}
if (lmChallenge == null)
{
throw new ArgumentNullException("lmChallenge");
}
// ServerChallenge (8 bytes): A 64-bit value that contains the NTLM challenge.
// The challenge is a 64-bit nonce. The processing of the
// ServerChallenge is specified in sections 3.1.5 and 3.2.5.
if (lmChallenge.Length != NLMP_SERVER_CHALLENGE_LENGTH)
{
throw new ArgumentException(
"the length of lmChallenge should be 8 bytes",
"lmChallenge");
}
string domainName;
string userName;
string logonWorkStation;
_NETLOGON_LEVEL netLogonLevel = new _NETLOGON_LEVEL();
if (nlmpAuthenticatePacket.Payload.DomainName != null)
{
domainName = Encoding.Unicode.GetString(nlmpAuthenticatePacket.Payload.DomainName);
}
else
{
throw new ArgumentException(
"DomainName field should not be null",
"nlmpAuthenticatePacket");
}
if (nlmpAuthenticatePacket.Payload.UserName != null)
{
userName = Encoding.Unicode.GetString(nlmpAuthenticatePacket.Payload.UserName);
}
else
{
throw new ArgumentException(
"UserName field should not be null",
"nlmpAuthenticatePacket");
}
if (nlmpAuthenticatePacket.Payload.Workstation != null)
{
logonWorkStation = Encoding.Unicode.GetString(nlmpAuthenticatePacket.Payload.Workstation);
}
else
{
throw new ArgumentException(
"WorkStation field should not be null",
"nlmpAuthenticatePacket");
}
//Identity: A NETLOGON_LOGON_IDENTITY_INFO structure, as specified in section MS-NRPC 2.2.1.4.15,
//that contains information about the logon identity.
_NETLOGON_LOGON_IDENTITY_INFO identityInfo = NrpcUtility.CreateNetlogonIdentityInfo(
parameterControl,
domainName,
userName,
logonWorkStation);
netLogonLevel.LogonNetwork = new _NETLOGON_NETWORK_INFO[1];
netLogonLevel.LogonNetwork[0].Identity = identityInfo;
netLogonLevel.LogonNetwork[0].LmChallenge = new LM_CHALLENGE();
netLogonLevel.LogonNetwork[0].LmChallenge.data = lmChallenge;
netLogonLevel.LogonNetwork[0].LmChallengeResponse =
NrpcUtility.CreateString(nlmpAuthenticatePacket.Payload.LmChallengeResponse);
netLogonLevel.LogonNetwork[0].NtChallengeResponse =
NrpcUtility.CreateString(nlmpAuthenticatePacket.Payload.NtChallengeResponse);
return(netLogonLevel);
}
