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- Secondary Token Information
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This topic describes tasks and procedures that you can perform to ensure that your AD FS token signing and token decryption certificates are up to date.
Token signing certificates are standard X509 certificates that are used to securely sign all tokens that the federation server issues. Token decryption certificates are standard X509 certificates that are used to decrypt any incoming tokens. They are also published in federation metadata.
For additional information see Certificate Requirements
Determine whether AD FS renews the certificates automatically
By default, AD FS is configured to generate token signing and token decryption certificates automatically, both at the initial configuration time and when the certificates are approaching their expiration date.
You can run the following Windows PowerShell command:
Get-AdfsProperties
.The AutoCertificateRollover property describes whether AD FS is configured to renew token signing and token decrypting certificates automatically.
If AutoCertificateRollover is set to TRUE, the AD FS certificates will be renewed and configured in AD FS automatically. Once the new certificate is configured, in order to avoid an outage, you must ensure that each federation partner (represented in your AD FS farm by either relying party trusts or claims provider trusts) is updated with this new certificate.
If AD FS is not configured to renew token signing and token decrypting certificates automatically (if AutoCertificateRollover is set to False), AD FS will not automatically generate or start using new token signing or token decrypting certificates. You will have to perform these tasks manually.
If AD FS is configured to renew token signing and token decrypting certificates automatically (AutoCertificateRollover is set to TRUE), you can determine when they will be renewed:
CertificateGenerationThreshold describes how many days in advance of the certificate's Not After date a new certificate will be generated.
CertificatePromotionThreshold determines how many days after the new certificate is generated that it will be promoted to be the primary certificate (in other words, AD FS will start using it to sign tokens it issues and decrypt tokens from identity providers).
If AD FS is configured to renew token signing and token decrypting certificates automatically (AutoCertificateRollover is set to TRUE), you can determine when they will be renewed:
- CertificateGenerationThreshold describes how many days in advance of the certificate's Not After date a new certificate will be generated.
- CertificatePromotionThreshold determines how many days after the new certificate is generated that it will be promoted to be the primary certificate (in other words, AD FS will start using it to sign tokens it issues and decrypt tokens from identity providers).
Determine when the current certificates expire
You can use the following procedure to identify the primary token signing and token decrypting certificates and to determine when the current certificates expire.
You can run the following Windows PowerShell command:
Get-AdfsCertificate –CertificateType token-signing
(or Get-AdfsCertificate –CertificateType token-decrypting
). Or you can examine the current certificates in the MMC: Service->Certificates.The certificate for which the IsPrimary value is set to True is the certificate that AD FS is currently using.
The date shown for the Not After is the date by which a new primary token signing or decrypting certificate must be configured.
To ensure service continuity, all federation partners (represented in your AD FS farm by either relying party trusts or claims provider trusts) must consume the new token signing and token decryption certificates prior to this expiration. We recommend that you begin planning for this process at least 60 days in advance.
Generating a new self-signed certificate manually prior to the end of the grace period
You can use the following steps to generate a new self-signed certificate manually prior to the end of the grace period.
- Ensure that you are logged on to the primary AD FS server.
- Open Windows PowerShell and run the following command:
Add-PSSnapin 'microsoft.adfs.powershell'
- Optionally, you can check the current signing certificates in AD FS. To do so, run the following command:
Get-ADFSCertificate –CertificateType token-signing
. Look at the command output to see the Not After dates of any certificates listed. - To generate a new certificate, execute the following command to renew and update the certificates on the AD FS server:
Update-ADFSCertificate –CertificateType token-signing
. - Verify the update by running the following command again:
Get-ADFSCertificate –CertificateType token-signing
- Two certificates should be listed now, one of which has a Not After date of approximately one year in the future and for which the IsPrimary value is False.
Important
To avoid a service outage, update the certificate information on Azure AD by running the steps in the How to update Azure AD with a valid token-signing certificate.
If you're not using self-signed certificates…
If you are not using the default automatically generated, self-signed token signing and token decryption certificates, you must renew and configure these certificates manually.
First, you must obtain a new certificate from your certificate authority and import it into the local machine personal certificate store on each federation server. For instructions, see the Import a Certificate article.
Stage plays on youtube. Then you must configure this certificate as the secondary AD FS token signing or decryption certificate. (You configure it as a secondary certificate to allow your federation partners enough time to consume this new certificate before you promote it to the primary certificate).
To configure a new certificate as a secondary certificate
- Open PowerShell and run the following:
Set-ADFSProperties -AutoCertificateRollover $false
- Once you have imported the certificate. Open the AD FS Management console.
- Expand Service and then select Certificates.
- In the Actions pane, click Add Token-Signing Certificate.
- Select the new certificate from the list of displayed certificates, and then click OK.
- Open PowerShell and run the following:
Set-ADFSProperties -AutoCertificateRollover $true
Warning
Ensure the new certificate has a private key associated with it and that the AD FS service account is granted Read permissions to the private key. Verify this on each federation server. To do so, in the Certificates snap-in, right-click the new certificate, click All Tasks, and then click Manage Private Keys.
Once you've allowed enough time for your federation partners to consume your new certificate (either they pull your federation metadata or you send them the public key of your new certificate), you must promote the secondary certificate to primary certificate.
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To promote the new certificate from secondary to primary
- Open the AD FS Management console.
- Expand Service and then select Certificates.
- Click the secondary token signing certificate.
- In the Actions pane, click Set As Primary. Click Yes at the confirmation prompt.
Updating federation partners
Partners who can consume Federation Metadata
If you have renewed and configure a new token signing or token decryption certificate, you must make sure that the all your federation partners (resource organization or account organization partners that are represented in your AD FS by relying party trusts and claims provider trusts) have picked up the new certificates.
Partners who can NOT consume Federation Metadata
If your federation partners cannot consume your federation metadata, you must manually send them the public key of your new token-signing / token-decrypting certificate. Send your new certificate public key (.cer file or .p7b if you wish to include the entire chain) to all of your resource organization or account organization partners (represented in your AD FS by relying party trusts and claims provider trusts). Have the partners implement changes on their side to trust the new certificates.
Promote to primary (if AutoCertificateRollover is False)
If AutoCertificateRollover is set to False, AD FS will not automatically generate or start using new token signing or token decrypting certificates. You will have to perform these tasks manually.After allowing a sufficient period of time for all of your federation partners to consume the new secondary certificate, promote this secondary certificate to primary (in the MMC snap-in, click the secondary token signing certificate and in the Actions pane, click Set As Primary.)
Updating Azure AD
AD FS provides single sign-on access to Microsoft cloud services such as Office 365 by authenticating users via their existing AD DS credentials. For additional information on using certificates see Renew federation certificates for Office 365 and Azure AD.
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This topic shows how to create a custom security token using the SecurityToken class, and how to integrate it with a custom security token provider and authenticator. For a complete code example see the Custom Token sample.
A security token is essentially an XML element that is used by the Windows Communication Foundation (WCF) security framework to represent claims about a sender inside the SOAP message. WCF security provides various tokens for system-provided authentication modes. Examples include an X.509 certificate security token represented by the X509SecurityToken class or a Username security token represented by the UserNameSecurityToken class.
Sometimes an authentication mode or credential is not supported by the provided types. In that case, it is necessary to create a custom security token to provide an XML representation of the custom credential inside the SOAP message.
![How To Craft Slot Token Secondary How To Craft Slot Token Secondary](/uploads/1/2/5/2/125253336/963973801.png)
The following procedures show how to create a custom security token and how to integrate it with the WCF security infrastructure. This topic creates a credit card token that is used to pass information about the client's credit card to the server.
For more information about custom credentials and security token manager, see Walkthrough: Creating Custom Client and Service Credentials.
See the System.IdentityModel.Tokens namespace for more classes that represent security tokens.
Procedures
A client application must be provided with a way to specify credit card information for the security infrastructure. This information is made available to the application by a custom client credentials class. The first step is to create a class to represent the credit card information for custom client credentials.
To create a class that represents credit card information inside client credentials
- Define a new class that represents the credit card information for the application. The following example names the class
CreditCardInfo
. - Add appropriate properties to the class to allow an application set the necessary information required for the custom token. In this example, the class has three properties:
CardNumber
,CardIssuer
, andExpirationDate
.
![Token Token](/uploads/1/2/5/2/125253336/664848531.jpg)
Next, a class that represents the custom security token must be created. This class is used by the security token provider, authenticator, and serializer classes to pass information about the security token to and from the WCF security infrastructure.
To create a custom security token class
- Define a new class derived from the SecurityToken class. This example creates a class named
CreditCardToken
. - Override the Id property. This property is used to get the local identifier of the security token that is used to point to the security token XML representation from other elements inside the SOAP message. In this example, a token identifier can be either passed to it as a constructor parameter or a new random one is generated every time a security token instance is created.
- Implement the SecurityKeys property. This property returns a collection of security keys that the security token instance represents. Such keys can be used by WCF to sign or encrypt parts of the SOAP message. In this example, the credit card security token cannot contain any security keys; therefore, the implementation always returns an empty collection.
- Override the ValidFrom and ValidTo properties. These properties are used by WCF to determine the validity of the security token instance. In this example, the credit card security token has only an expiration date, so the
ValidFrom
property returns a DateTime that represents the date and time of the instance creation.
When a new security token type is created, it requires an implementation of the SecurityTokenParameters class. The implementation is used in the security binding element configuration to represent the new token type. The security token parameters class serves as a template that is used to match the actual security token instance to when a message is processed. The template provides additional properties that an application can use to specify criteria that the security token must match to be used or authenticated. The following example does not add any additional properties, so only the security token type is matched when the WCF infrastructure searches for a security token instance to use or to validate.
To create a custom security token parameters class
- Define a new class derived from the SecurityTokenParameters class.
- Implement the CloneCore method. Copy all internal fields defined in your class, if any. This example does not define any additional fields.
- Implement the SupportsClientAuthentication read-only property. This property returns
true
if the security token type represented by this class can be used to authenticate a client to a service. In this example, the credit card security token can be used to authenticate a client to a service.See if it starts. How to clean ram slot. System Namemicropage7ProcessorIntel Xeon X3470MotherboardGigabyte Technology Co. Remove your CPU and check whether you have bent pins in the socket.If socket is fine, or you've managed to straighten pins - reseat the CPU, reset BIOS(to avoid boot failure due to OC) and install your 2x4GB sticks into slots 2 and 4.BTW your board supports dual channel only in 2-4 and 1-2-3-4 slots according to the manual.With different sticks, like that 8GB and 4GB you've tried, dual-channel won't work.If the above manipulations did not help, try setting the memory to DDR3-1333 or lower and set the timings and voltage according to its SPD spec. - Implement the SupportsServerAuthentication read-only property. This property returns
true
if the security token type represented by this class can be used to authenticate a service to a client. In this example, the credit card security token cannot be used to authenticate a service to a client. - Implement the SupportsClientWindowsIdentity read-only property. This property returns
true
if the security token type represented by this class can be mapped to a Windows account. If so, the authentication result is represented by a WindowsIdentity class instance. In this example, the token cannot be mapped to a Windows account. - Implement the CreateKeyIdentifierClause(SecurityToken, SecurityTokenReferenceStyle) method. This method is called by WCF security framework when it requires a reference to the security token instance represented by this security token parameters class. Both the actual security token instance and SecurityTokenReferenceStyle that specifies the type of the reference that is being requested are passed to this method as arguments. In this example, only internal references are supported by the credit card security token. The SecurityToken class has functionality to create internal references; therefore, the implementation does not require additional code.
- Implement the InitializeSecurityTokenRequirement(SecurityTokenRequirement) method. This method is called by WCF to convert the security token parameters class instance into an instance of the SecurityTokenRequirement class. The result is used by security token providers to create the appropriate security token instance.
Security tokens are transmitted inside SOAP messages, which requires a translation mechanism between the in-memory security token representation and the on-the-wire representation. WCF uses a security token serializer to accomplish this task. Every custom token must be accompanied by a custom security token serializer that can serialize and deserialize the custom security token from the SOAP message.
Note
Derived keys are enabled by default. If you create a custom security token and use it as the primary token, WCF derives a key from it. While doing so, it calls the custom security token serializer to write the SecurityKeyIdentifierClause for the custom security token while serializing the
DerivedKeyToken
to the wire. On the receiving end, when deserializing the token off the wire, the DerivedKeyToken
serializer expects a SecurityTokenReference
element as the top-level child under itself. If the custom security token serializer did not add a SecurityTokenReference
element while serializing its clause type, an exception is thrown.To create a custom security token serializer
- Define a new class derived from the WSSecurityTokenSerializer class.
- Override the CanReadTokenCore(XmlReader) method, which relies on an XmlReader to read the XML stream. The method returns
true
if the serializer implementation can deserialize the security token based given its current element. In this example, this method checks whether the XML reader's current XML element has the correct element name and namespace. If it does not, it calls the base class implementation of this method to handle the XML element. - Override the ReadTokenCore(XmlReader, SecurityTokenResolver) method. This method reads the XML content of the security token and constructs the appropriate in-memory representation for it. If it does not recognize the XML element on which the passed-in XML reader is standing, it calls the base class implementation to process the system-provided token types.
- Override the CanWriteTokenCore(SecurityToken) method. This method returns
true
if it can convert the in-memory token representation (passed in as an argument) to the XML representation. If it cannot convert, it calls the base class implementation. - Override the WriteTokenCore(XmlWriter, SecurityToken) method. This method converts an in-memory security token representation into an XML representation. If the method cannot convert, it calls the base class implementation.
After completing the four previous procedures, integrate the custom security token with the security token provider, authenticator, manager, and client and service credentials.
To integrate the custom security token with a security token provider
- The security token provider creates, modifies (if necessary), and returns an instance of the token. To create a custom provider for the custom security token, create a class that inherits from the SecurityTokenProvider class. The following example overrides the GetTokenCore method to return an instance of the
CreditCardToken
. For more information about custom security token providers, see How to: Create a Custom Security Token Provider.
To integrate the custom security token with a security token authenticator
- The security token authenticator validates the content of the security token when it is extracted from the message. To create a custom authenticator for the custom security token, create a class that inherits from the SecurityTokenAuthenticator class. The following example overrides the ValidateTokenCore method. For more information about custom security token authenticators, see How to: Create a Custom Security Token Authenticator.
To integrate the custom security token with a security token manager
- The security token manager creates the appropriate token provider, security authenticator, and token serializer instances. To create a custom token manager, create a class that inherits from the ClientCredentialsSecurityTokenManager class. The primary methods of the class use a SecurityTokenRequirement to create the appropriate provider and client or service credentials. For more information about custom security token managers, see Walkthrough: Creating Custom Client and Service Credentials.
To integrate the custom security token with custom client and service credentials
- The custom client and service credentials must be added to provide an API for the application to allow specifying custom token information that is used by the custom security token infrastructure created previously to provide and authenticate the custom security token content. The following samples show how this can be done. For more information about custom client and service credentials, see Walkthrough: Creating Custom Client and Service Credentials.
The custom security token parameters class created previously is used to tell the WCF security framework that a custom security token must be used when communicating with a service. The following procedure shows how this can be done.
To integrate the custom security token with the binding
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- The custom security token parameters class must be specified in one of the token parameters collections that are exposed on the SecurityBindingElement class. The following example uses the collection returned by
SignedEncrypted
. The code adds the credit card custom token to every message sent from the client to the service with its content automatically signed and encrypted.
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This topic shows the various pieces of code necessary to implement and use a custom token. To see a complete example of how all these pieces of code fit together see, Custom Token.