When sending SAML LogoutRequest to ADFS IdP I am getting on ADFS side error :
Microsoft.IdentityServer.Web.RequestFailedException: MSIS7054: The SAML logout did not complete properly.
at Microsoft.IdentityServer.Web.FederationPassiveAuthentication.BuildSamlLogoutResponse(HttpSamlMessage samlMessage)
at Microsoft.IdentityServer.Web.FederationPassiveAuthentication.SamlLogout()
Message is according with SAML standards and it is signed.
What I have to look for ?
I have finally get more detail log from our partner. The problem was the missing certificate in signing tab of the our RelayParty on pratners ADFS server. Also the problem could be missing permissions for private key of the mentioned certificate for ADFS IIS running process (that is most probably NETWORK SERVICE). SLO is working now properly.
The Federation Service encountered an error while processing the SAML authentication request.
Additional Data
Exception details:
Microsoft.IdentityModel.Protocols.XmlSignature.SignatureVerificationFailedException: ID4037: The key needed to verify the signature could not be resolved from the following security key identifier 'SecurityKeyIdentifier
(
IsReadOnly = False,
Count = 1,
Clause[0] = Microsoft.IdentityServer.Tokens.MSISSecurityKeyIdentifierClause
)
'. Ensure that the SecurityTokenResolver is populated with the required key.
at Microsoft.IdentityModel.Protocols.XmlSignature.EnvelopedSignatureReader.ResolveSigningCredentials()
at Microsoft.IdentityModel.Protocols.XmlSignature.EnvelopedSignatureReader.OnEndOfRootElement()
at Microsoft.IdentityModel.Protocols.XmlSignature.EnvelopedSignatureReader.Read()
at System.Xml.XmlReader.ReadEndElement()
at Microsoft.IdentityServer.Protocols.Saml.SamlProtocolSerializer.ReadLogoutRequest(XmlReader reader)
at Microsoft.IdentityServer.Protocols.Saml.SamlProtocolSerializer.ReadSamlMessage(XmlReader reader, NamespaceContext context)
at Microsoft.IdentityServer.Protocols.Saml.HttpSamlBindingSerializer.ReadProtocolMessage(String encodedSamlMessage)
at Microsoft.IdentityServer.Protocols.Saml.Contract.SamlContractUtility.CreateSamlMessage(MSISSamlBindingMessage message)
at Microsoft.IdentityServer.Service.SamlProtocol.SamlProtocolService.Logout(LogoutRequest logoutRequest)
at Microsoft.IdentityServer.Service.SamlProtocol.SamlProtocolService.ProcessRequest(Message requestMessage)
Related
I have a basic question on setting up trust between a SP and IDP.
Usually a two way trust is required when we setup an IDP with SP by uploading certificates on either side.
Is signing certificate from SP mandatory to be configured in the IDP side ?
Best Regards,
Saurav
You only need a signing keypair on the SP side if you send the subject in the AuthnRequest, and your IdP utilizes the information when provided. If your SP isn't sending the subject attribute or your IdP won't consume it, you don't need it.
The defined SAML 2.0 specifications doesn't mandate that the request is signed.
4.1.3.3 <AuthnRequest> Is Issued by Service Provider to Identity Provider
...The <AuthnRequest> message MAY be signed, if authentication of the request issuer is required.
You can check with your Identity Provider documentation, but for example, Microsoft Azure AD does not validate signed requests, and there's no way to upload a request signing certificate.
I have a saml response that gives me azure active directory when doing the process with saml 2.0, the whole process is done normally, I send a saml request and the azure active directory returns the saml response, to do the whole process I have based on this guide, I've been reading a bit and I've noticed that Azure AD in the saml response sends the values within this tag:
<xenc:CipherData>
<xenc:CipherValue>VALUE HERE</xenc:CipherValue
</xenc:CipherData>
And not inside:
<AttributeStatement><Attribute Name="IDPEmail"><AttributeValue>administrator#contoso.com</AttributeValue></Attribute></AttributeStatement>
as specified in the documentation. The question is, how to get the true values that azure active directory is sent to me and not these encoded values, I am using Python 3 and Google App Engine, in addition to mentioning azure active directory and saml 2.0 to do the login process, I leave the SAML response complete in this url in case it serves to give a better context to my question.
As mentioned above, the SAML response you are getting is encrypted. Specifically Azure is encrypting its assertions (including the ones you are looking for) inside an encrypted body called CipherData.
You have two options:
1 - Disable SAML response encryption.
Azure AD calls SAML response encryption as SAML token encryption which is a bit confusing. You can follow this guide to disable the response. You must have uploaded an encryption public key/cert before.
2 - Configure your service provider to supported encrypted SAML responses.
The SAML token is encrypted.
You need to get the client side certificate used for this and use that to decrypt it.
I have setup an Application that's is using OKTA as IDP. The app is SAML Based.This part is working fine.
But I am unable to log out. For this we have
1. Enabled Single Logout
2. Set the Single Log out URL (I received this from Metadata of IDP under header Identity Provider Single Logout URL)
3.Sp Issues (I received this from Metadata of IDP under header Identity Provider Issuer )
4. Signature Certificate (This is the certificate of IDP)
Now when I call the Logout URL I am receiving 403. On checking the Logs of OKTA I see the (User Single Sign out from App Failure:- Malformed Request)
Can any one please help me how to fix it.
I am assuming that I just need to call the logout URL and the session will kill off. Is my understanding correct?
Reviving a very old thread, check that you have a ?ReturnTo=<path> at the end of the logout URL.
Okta requires strictly post binding requests for logout. Please make sure you are making POST requests for logout and you are using correct entity Id in request.
I think the setting values below need to be set for sp side.
Set the Single Log out URL
Sp Issues
Signature Certificate
It is not on idp side.
idp-process.log
ERROR [org.opensaml.ws.security.provider.MandatoryAuthenticatedMessageRule:37] - Inbound message issuer was not authenticated.
shibd.log
ERROR OpenSAML.SOAPClient [109]: SOAP client detected a SAML error: (urn:oasis:names:tc:SAML:2.0:status:Responder) (Message did not meet security requirements)
ERROR Shibboleth.AttributeResolver.Query [109]: attribute authority returned a SAML error
The Shibboleth Authentication process is working properly. The Active Directory server (LDAP) is configured properly to work over SSL, which was verified using LDP.exe. I also coded a simple Java program to try to connect to the Active Directory server over SSL protocol. I was able to connect to the server using port 636, passed user credentials including password, and the server responded properly.
Certificates are already trusted by corresponding JVM cacerts.
Setup instructions are already followed as documented from https://wiki.shibboleth.net/confluence/display/SHIB2/ResolverLDAPDataConnector
However, there is still an error during Attribute query from the Active Directory server. Below are snippet of the configurations.
Any idea as to why there is an error on the Attribute Query?
Thanks.
attribute-resolver.xml
<resolver:DataConnector id="myLDAP" xsi:type="dc:LDAPDirectory"
ldapURL="ldaps://WIN-1GB01UK5SL6.VECISADTEST.com"
baseDN="CN=Users,DC=vecisadtest,DC=com"
principal="Administrator#vecisadtest.com"
principalCredential="XXX"
useStartTLS="false"
>
<dc:FilterTemplate>
<![CDATA[
(uid=$requestContext.principalName)
]]>
</dc:FilterTemplate>
<StartTLSTrustCredential xsi:type="sec:X509Filesystem"
xmlns="urn:mace:shibboleth:2.0:resolver:dc"
id="UA_AD_CA_Certificate">
<sec:Certificate>C:\Progs\ShibbolethIdP\certs\VECISADTEST.pem</sec:Certificate>
</StartTLSTrustCredential>
<StartTLSAuthenticationCredential xsi:type="sec:X509Filesystem"
xmlns="urn:mace:shibboleth:2.0:resolver:dc"
id="IdPtoLDAPCredential">
<sec:PrivateKey>C:\Progs\ShibbolethIdP\credentials\idp.key</sec:PrivateKey>
<sec:Certificate>C:\Progs\ShibbolethIdP\credentials\idp.crt</sec:Certificate>
</StartTLSAuthenticationCredential>
</resolver:DataConnector>
login.config
edu.vt.middleware.ldap.jaas.LdapLoginModule required
host="WIN-1GB01UK5SL6.VECISADTEST.com"
port="636"
base="CN=Users,DC=vecisadtest,DC=com"
tls="false"
serviceCredential="XXX"
userRoleAttribute="sAMAccountName"
serviceUser="Administrator#vecisadtest.com"
ssl="true"
subtreeSearch = "true"
userField="sAMAccountName";
idp-metadata.xml
<AttributeService Binding="urn:oasis:names:tc:SAML:1.0:bindings:SOAP-binding" Location="https://idp.janet.org:8444/idp/profile/SAML1/SOAP/AttributeQuery"/><AttributeService Binding="urn:oasis:names:tc:SAML:2.0:bindings:SOAP" Location="https://idp.janet.org:8444/idp/profile/SAML2/SOAP/AttributeQuery"/>
Thanks.
The issue was resolved by updating the config file shibboleth2.xml on the Service Provider. The signing attribute must be set to true.
[Shibboleth Service Provider install location] \etc\shibboleth\shibboleth2.xml
SPConfig > ApplicationDefaults#signing
Default installation of Shibboleth Service Provider 2.5.2, signing attribute is false.
I did SSO of OpenAM and SalesForce.com (SFDC)
I have installed OpenAM-Client SDK to retrieve SAML Assertion from OpenAM.
I used this assertion data to generate SAML response required for SalesForce. When I pass this data to SFDC. I got error message for SAML.
“Failed: Signature Invalid/Configured Certificate Mismatch”
I used same certificate and signature data which I got from OpenAM-client SDK public API assertion.
At time of SSO configuration with SDFC. I used default certificate (test cert) provided by OpenAM.
Is there any way to retrieve test certificate and its signature from OpenAM ?
Run one of the failing SAML assertions through the SAML Validation tool inside Single Sign-On Settings in SFDC; you should get a slightly more useful error. The most likely cause of this is that you have not uploaded the correct certificate to SFDC as part of your SSO setup. Make sure the "Identity Provider Certificate" section of "Single Sign-On Settings" matches the cert contained in the assertion.