Unfortunately, SSO is frequently changing the points of sale for the horses. Enjoy yourself browsing and selecting your horses.
Magic Horses : In order to avoid a long list of horse breeds I have classified the following horses as “Magic Horses “: Ayla, Bark hart, Brindle, Douchey, Fancy, Hadron, Campos, Dixie, EPITA, Solar, Telling, Tomb hoof, Umbra, Vega, Rainfall, Woodier, and Zone. Use the dropdown selectors below to filter the table in relation to point of sale and/or horse breed, in order to display only corresponding items.
I know that there aren’t a lot of active people on this Wiki, but I still figured I’d try posting here. I know that none of them are necessarily faster than the other, but what I also know is that their animations have different speeds.
Especially the Jump Carousel (yes, the one with the circular saw that follows you) and the Precision test. Unfortunately, I don’t have any of the following horses, and am really only doing this to figure out which one I should buy (selfish, I know), but if anybody has any sort of input, that would be great.
Eleventh wrote:My Morgan and quarter are about the same speed, I think it doesn't matter that much. American Quarter Horses (and maybe Morgans, though I don’t have a Morgan, so I wouldn’t know) reset themselves in their jump animations, unlike the better animations out there that do a full jump.
This makes it faster in races, as it doesn’t have the slow movements to get them back into position. I have horses from Clydesdale's to Chincoteagues and can/have won multiple times on every single one.
The Morgan and Arabian/Italian, both appear to exhibit tighter turns which can also give players a very small advantage. The thing I find most often with people using these particular models is that they like them because they are all pretty thin and small on the screen which can help with gauging jump distance, and turns.
Making sure your horse's level is maxed and has the green (inspired) emoticon I can't tell you how many times users have tracked me down and accused me of cheating because I win so often, especially on horses that are not the ones you've listed.
SSO may be a “kid’s” game but there is a lot more strategy to winning champs than people realize. I hope this can help you with your decision in some way, and I wish you luck in rising to the top of the competition.
Single sign on is a user authentication method that enables a student to have a single username and password in order to access multiple applications. Students do not need to remember multiple app-specific usernames and passwords.
When SSO is adopted at the school or district level, students can have a single username for their entire K-12 career. School or district administrators can view data for a given student across multiple disciplines and classes, deriving a record of each student’s progress in all subjects and even across all grades.
Otherwise: You should consult with your school Student Information System (SIS) coordinator before importing your class. The lack of an SSO policy can lead to multiple digital identities for students across apps, classes, and grades.
I have been blessed with many great moments in this grand game of horse racing, and I am as committed and energized as ever to achieve many more. For more than 35 years, I have been dedicated to excellence in racing and providing quality care of my horses.
Equine-Ranch: Vintage!™ is an interactive browser based horse game centered around breeding and training producing show or racing Champions. With true to life color genetics and several inherited traits, it provides complex and challenging entertainment.
With 192 colors and 19 coat patterns totaling over 80,000,000 genetic combinations Equine-Ranch: Vintage!™ is sure to have something to offer you. Breed for the perfect horse for Hunter Over Fences, English In-Hand, Western Reining, Five Gait Pleasure or one of the dozens of other classes offered.
AD FS SSO Integration Guide | PagerDutyRundeck has joined the Paternity family! With AD FS, you can give users access to Paternity without them having to manage another set of credentials.
Open the AD FS Management console, click Add Relying Party Trust… in the Actions pane and click Start on the wizard introduction page. Select Enter data about the relying on party manually and click Next.
Log in to your Paternity account, go to the Configuration menu and select Settings. Back on your AD FS server, check the box to Enable support for the SAML 2.0 Web SSO protocol, then paste the URL you copied in the Relying on party SAML 2.0 SSO service URL box and click Next.
Select Permit all users to access this relying on party and click Next. Note: You may change this setting to deny by default and grant only specific users access to Paternity, however this process is outside the scope of this guide and will not be covered.
Note: Is it very important to select the options with the exact same dashes and spaces documented after you begin typing in the specified value. Note: Is it very important to select the options with the exact same dashes and spaces documented after you begin typing in the specified value.
Open the certificate file you exported in Notepad (or another plain text editor) and copy the contents. You should use Notepad or another plain text editor to open the certificate file; Worded, Word, etc.
Can the account owner log in without SSO if username and password authentication is disabled? Even with this username and password authentication disabled for users, the Account Owner will always be able to login with their username and password as a backup option should you need to change the SSO configuration or disable it completely.
How do I create a Custom Claim Rule to include user roles/job titles in my configuration? The Session Service is a key component of the Sun Java System Access Manager 6 2005Q1 single sign-on (SSO) solution that enables users to authenticate once yet access multiple resources.
In other words, successive attempts by a user to access protected resources will not require them to provide authentication credentials for each attempt. A user wanting to access resources protected by Access Manager must first pass validating credentials through the Authentication Service.
A successful authentication gives the user authorization to access the protected resources, based on their assigned access privileges or policy. If a user wants to access several resources protected by Access Manager, the Session Service provides proof of authorization so there is no need to re-authenticate; this is single sign-on.
As different DNS domains generally have common users who need to gain access to their services in a single session, Access Manager supports a cross-domainsingle sign-on functionality. In an Access Manager deployment, all Access Manager instances must be located in one primary cookie domain.
The Session Service provides the functionality to maintain information about an authenticated user’s session across all applications participating in a single sign-on. Maintaining a master copy of the session’s state information.
Generating the session’s life cycle event notifications. The Sun Java System Access Manager Deployment Guide contains a detailed section explaining the complete life cycle of a user session.
The following concepts are closely tied together when discussing the Session Service and SSO. To understand the differences between them, consider the following definitions and how they will be used in this chapter.
A session is a data structure held in the Access Manager memory that contains session information about an authenticated user. A session identifier (ID) is an opaque, globally unique string that programmatically identifies a specific session instance.
An Spoken is a data structure, defined by the SSO API, that represents a snapshot of the session local to the particular application’s memory. The next sections describe the process that occurs when a user attempts to gain access to a resource protected by Access Manager.
When a user attempts to access a protected resource via a web browser, a policy agent installed on the server that hosts the resource intercepts the request and, inspects it to see if it contains a Session ID. If none exists, the request is redirected to Access Manager where the Session Service creates a Session for the requesting user.
Initially, the session is in an invalid state and does not contain user identity information. Once the session/session ID is created, the Authentication Service sets a cookie with the session ID only and sends it to the client browser.
Simultaneously, a login page is generated by the Authentication Service and returned to the user based upon their configured method of authentication (LDAP, RADIUS, etc. The user, having received the login page (as well as the session ID) fills in the appropriate credentials based on the type of authentication.
Once the provider has successfully verified the credentials, the user is authenticated. The user can now be redirected to the resource they were attempting to access.
In reality, the user can only be redirected to the resource if their assigned policy permits it. It maintains information about the user’s habits in regard to the web server by which it has been generated.
Conversely, servers may only set a cookie in their own domain. In an Access Manager deployment, the cookie contains the Session ID, an encrypted string generated by the Session Service.
Details on the attributes stored in the session token can also be found in Authentication Methods in Chapter 5, “Authentication Service,” of this manual. When a user is successfully authenticated they are assigned a valid session.
A user authenticated to Access Manager in one DNS domain can access resources in another, integrated DNS domain. This cross-domain functionality is achieved using the Cross-Domain Controller servlet in Access Manager and Policy Agents installed in web containers.
The Controller communicates with the policy agent that resides on servers where the protected resources are kept. The Authentication Service handles SSO requests while the Cross-Domain Controller servlet handles cross-domain SSO requests.
A policy agent polices the web container on which a protected resource lives by enforcing a user’s assigned policies. They are an integral part of the cross-domain SSO functionality.
Both types are available for installation separately from Access Manager and can be downloaded. Additional information can be found in the Sun Java SystemAccess Manager Web Policy Agents Guide and J2EE Policy Agents Guide.
The Cross-Domain Controller is a servlet responsible for redirecting user requests. If a request for a protected resource contains no session ID, the agent redirects the user to the Controller which, in turn, redirects the user to the appropriate Authentication Service module.
If a request for a protected resource already contains a session ID set in a cookie for the same DNS domain in which the resource is deployed, the agent retrieves it and sends an XML/HTTP request to the Naming, Session and Policy Services to retrieve the identity, session and policy information for the requesting user. The user is allowed or denied access to the resource based on this information.
If a request for a protected resource does not contain a session ID set in a cookie for the same DNS domain in which the resource is deployed (For example: it carries a session ID set in a different DNS domain from the one in which the Access Manager is deployed), the agent redirects the request to the Controller with a Liberty AuthnRequest in the query string. The Controller then finds the session ID, extracts it from the cookie, places it in a Liberty AuthnResponse and sends it back to the agent.
The agent finds the session ID, extracts it from the AuthnResponse, sets it in a cookie for the new domain, and sends an XML/HTTP request to the Naming, Session and Policy Services to retrieve the identity, session and policy information for the requesting user. The user is allowed or denied access to the resource based on this information.
The Liberty AuthnRequest and AuthnResponse are part of the Federation Management module. In one scenario, the Access Manager instance for Domain is its authentication provider.
Server, on the other hand, is protected by a policy agent talking to an Access Manager in Domain. This is just one scenario; it is not obligatory to have an installed instance of Access Manager in both domains to use the cross-domain feature.
If User, after authenticating to Domain, requests a resource on Server, the policy agent for Domain checks for a session ID and will find that there is none (authorizing access to Domain, that is). The agent then redirects the request to the Cross-Domain Controller running with the Access Manager instance in Domain.
The servlet, following the path outlined in Step 3, finds the session ID from Domain, extracts it from the cookie, places it in a Liberty AuthnResponse and sends it back to the agent. The agent then sends an XML/HTTP request to the Naming, Session and Policy Services deployed in Domain.
Since the instance of Access Manager in Domain recognizes the instance of Access Manager in Domain as an authentication provider, Domain retrieves identity, session and policy information for the requesting user from Domain. The user is then allowed or denied access to the resource based on this information.
Access Manager uses a combination of URL parameters and cookies to implement cross-domain SSO. As described, in order to exchange session information across two different domains, Policy Agents and the Cross-Domain Controller communicate with each other.
When installing the agent, the option to configure it for CD SSO must be selected. The cookie domain for the agent must be configured after installation.
The com.sun.am.policy.agents.cookieDomainList property must be set with the domain in which the agent is installed. If the field is left blank, the cookie domain will be set to the FQDN of the web server on which the agent is installed.
Additional information on enabling cross-domain single sign-on can be found in the Web Policy Agents Guide and the J2EE Policy Agents Guide. The Session Service provides Java and C API to allow external applications to participate in the SSO functionality.
All Access Manager services (except for Authentication) require a valid session (programmatically referred to as Spoken) to process an HTTP request. External applications wishing to use the SSO functionality must also use the Spoken to authenticate the user’s identity.
With the SSO API, an external application can retrieve it and, in turn, the user’s identity, session and policy information. The application then uses this information to determine whether to provide user access to a protected resource.
After successfully authenticating to Access Manager, a user carries their Session ID with them using browser cookies or URL query parameters. Now, each time a user requests access to a protected application, the application needs to verify their identity.
If the methods determine that the user has already been authenticated (and the session is still valid), access to this page can be achieved. In Java, the main classes of the SSO API are SSOTokenManager, Spoken and SSOTokenListener.
The SSOTokenManager class is used to get, destroy, validate, and refresh a session token which is represented by the Spoken class. The SSOTokenListener class allows the application to be notified when a Spoken has become invalid, for example when a session has timed out.
The SSOTokenManager class contains the methods needed to get, validate, destroy and refresh session tokens. SSOTokenManager is implemented using the singleton design pattern.
In order to obtain an instance of SSOTokenManager, the SSOTokenManager.instance() method must be called. An instance of SSOTokenManager can then be used to instantiate an Spoken object using one of the overloaded forms of the createSSOToken() method.
The destroyToken() method would be called to invalidate and delete a token when its session has ended. The isValidToken() and validateToken() methods can be called to verify whether a token is valid, or authenticated.
IsValidToken() returns true or false depending on whether the token is valid or invalid, respectively. The refreshSession() method resets the idle time of the session.
Code Example 4-1 illustrates one way in which the SSOTokenManager class can be used. /* use invalid method to check if token is valid or not.
The string value of SSOTokenID is globally unique and must only be known to the client browser, Access Manager and the application code. Exposing it to unauthorized users or applications can lead to a security breach by allowing a malicious attacker to impersonate a user.
The Spoken interface represents a single sign-on token returned from the SSOTokenManager.createSSOToken() method, and contains information such as the authenticated principal name, authentication method, and session information (session idle time, maximum session time, etc.). The Spoken interface has methods to get predefined session information, such as getAuthType() for the authentication type, as well as a method property() to get any information about the session, predefined or otherwise (for example, information set by the application).
The method property() can be used by the application to set application-specific information in the session. The addSSOTokenListener() method can be used to set a listener to be invoked when the session state has become invalid.
/* set application specific information in session */ With this code, a cookie is created from an Spoken in order to make SSO work for protected resources not residing on the same server as Access Manager.
The SSOTokenEvent interface represents a token event. An event is, for example, when a session has been idle for over a maximum idle time limit, or when a session has reached its maximum allowed time.
The SSOTokenListener interface represents a token notification object. An implementation of the SSOTokenListener interface must be written, then registered with the SSOTokenManager to be invoked when a token event occurs.
The SSOTokenListener interface provides a mechanism to notify applications when a session token has become invalid due to, for instance, the session reaching maximum idle time or the maximum session time. Applications wishing to be notified must write an implementation of the SSOTokenListener interface, then register the implementation through the Spoken.addSSOTokenListener method.
With the SSO Servlet Sample, a session token can be created for an application that runs on the Access Manager server. With the Remote SSO Sample, a session token can be created for an application that runs on a server other than the Access Manager server.
With the Command Line SSO Sample, a session token can be created by a session ID string and passed through the command line. The sample files are located in the IdentityServer_base /Sunday/samples/ SSO directory.
SSO Servlet Sample This sample can be used to create a token for an application that resides on the same server as the Access Manager application. Remote SSO Sample This sample can be used to create a token for an application that resides on a different server from the one on which the Access Manager application lives.
Command Line SSO Sample This sample illustrates how to validate a user from the command line using a session ID string. The C API are provided in the SUNWamcom package which comes with Access Manager or any of its downloadable agents.
The package includes header files, libraries and samples. Previous releases of Access Manager contained C libraries in IdentityServer_base /lib/cap.
The cap directory is being deprecated, and is currently available for backward compatibility. It will be removed in the next release, and therefore it is highly recommended that existing application paths to this directory are changed and new applications do not access it.
Am_notify.h must be included for parsing notification messages from the server and calling SSO listeners. Certain properties must be read in and passed to am_ SSO _unit(), the routine which initializes C API.
The com.sun.am.naming URL property specifies the URL for the Naming Service. The com.sun.am.notificationEnabled and com.sun.am.notification URL properties specify whether notification is enabled, and if enabled, a URL where the application can listen for messages from Access Manager.
If com.sun.am.notificationEnabled is not found in the properties file, the default is false. Sso.cacheEntryLifeTime property specifies how long, in minutes, a session token can live in cache before it should be removed.
Sso.checkCacheInterval property specifies how often, in minutes, the cache should be checked for entries that have reached the cache entry lifetime. Sso.mastheads specify the maximum number threads the SSO API should invoke for handling notifications.
If not specified the default maximum number of threads is 10. The com.sun.am.cookieEnabled property specifies whether the session ID found in the cookie is URL encoded.
If true, it will be URL decoded before sent to Access Manager for any session operation. More information on properties in the AMA gent.properties file can be found in the Web Policy Agents Guide and the J2EE Policy Agents Guide.
The C SSO interfaces consist of the following routines. A detailed description of the input and output parameters for each interface is in the header files.
Am_ SSO _unit() initializes internal data structures for talking to the Session Service. It takes a properties input parameter that contains name /value pairs from a configuration or properties file, and returns a status on the success or failure of the initialization.
Am_cleanup() cleans up all internal data structures created by am_ SSO _unit, am_auth_unit, or am_policy_unit. Am_cleanup() needs to be called only once when using any of the Access Manager C API interfaces (authentication, SSO or policy).
Get, Validate, Refresh And Destroy SSO Token A user needs to be authenticated to get the token ID for their login session. This interface checks to see if the token is in its local cache and, if not, goes to the server to get the session information associated with the token ID and caches it.
If the reset flag is set to true, this interface will refresh the idle time of the token on the server. Once a token handle is obtained, the caller can check if the session is valid with the am_ SSO _is_valid_token interface.
The am_ SSO _token_validate interface will flush the token handle in the local cache (if any) and go to the server to fetch the latest session information. The am_ SSO _refresh_token will also flush the token handle in the local cache (if any) and go to the server to fetch the session information.
In addition, it will reset the idle time of the session on the server. When caller is done with a token handle, it must be freed by calling am_ SSO _destroy_ SSO _token_handle to prevent memory leak.
The session associated with the token can be invalidated or ended with am_ SSO _invalidate_token. Although this ends the session for the user, the proper way to log out is through am_auth_logout.
Get Session Information Interfaces The following interfaces make it convenient to get server-defined information (or properties) about the session associated with a token. Note that am_ SSO _set_property will update the SSO _token_handle with the latest session properties from Access Manager, including the new property that was set.
/* call am_cleanup, and other cleanup routines as in previous sample */ Listener And Notify Interfaces Applications can be notified when a session has become invalid, possibly because it has been idle over a time limit, or it has reached the maximum session time.
This is done by implementing a listener function of type am_ SSO _token_listener_func_t, which takes an SSO token handle, event type, event time, application-defined arguments handle, and a boolean argument to indicate whether the listener function should be called in the calling thread or dispatched to a thread from the internal thread pool managed by the C SDK. This listener function must be registered to be invoked when the session has ended and notification must be enabled for an application to receive notifications.
Notification is enabled by setting the property com.sun.am.notificationEnabled to true, and by providing a URL where the application is receiving HTTP messages from Access Manager. The URL where the application is receiving messages from the Access Manager is expected to take any message from the server (as an XML string) and pass it to am_notify().
Am_notify() will parse the message and invoke session listeners or policy listeners depending on whether the message is a session or policy notification. Code Example 4-7 is a sample implementation of Spoken listener and how to register it.
Access Manager provides the SSO API primarily for web-based applications, although it can be extended to any non-web-based applications with limitations. The application has to obtain the Access Manager cookie value and pass it into the SSO client methods to get to the session token.
In this case, session tokens can be created to access the Directory Server directly. Access Manager provides the files necessary to compile and run a sample SSO application.
Compiling and running an SSO application local to Access Manager. Installing and running the SSO SDK from a remote client.