How To Disable Login Requests On Mac For Scoped Bookmark Agent

All IT Service Management (Service Desk, Patch Management, Device Management) FAQs and Best Practices are explained best through wiki.comodo. We can fake the user agent by changing the User-Agent header of the request and bypass such User-Agent based blocking scripts used by websites. How to change User Agent. To change the User-Agent using Python Requests, we can pass a dict with a key ‘User-Agent' with the value as the User-Agent string of a real browser.

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• The manager computer will also respond to ARP requests on behalf of the sleeping computer and reply with the MAC address of the sleeping computer. During this process, the IP-to-MAC mapping for the sleeping computer remains the same.
• The 'User-Agent' header field contains information about the user agent originating the request, which is often used by servers to help identify the scope of reported interoperability problems, to work around or tailor responses to avoid particular user agent limitations, and for analytics regarding browser or operating system use.
• For the scope select Agent Pools (read, manage) and make sure all the other boxes are cleared. If it's a deployment group agent, for the scope select Deployment group (read, manage) and make sure all the other boxes are cleared. Select Show all scopes at the bottom of the Create a new personal access token window window to see the complete list.

There's a common, basic workflow for designing or converting an app for App Sandbox. The specific steps to take for your particular app, however, are as unique as your app. To create a work plan for adopting App Sandbox, use the process outlined here, along with the conceptual understanding you have from the earlier chapters in this document.

Six Steps for Adopting App Sandbox

The workflow to convert an macOS app to work in a sandbox typically consists of the following six steps:

1. Determine whether your app is suitable for sandboxing.

2. Design a development and distribution strategy.

3. Resolve API incompatibilities.

4. Apply the App Sandbox entitlements you need.

5. Add privilege separation using XPC.

6. Implement a migration strategy.

Note: It is not sufficient to perform this task for the main app in your app bundle. For apps distributed through the Mac App Store, all included helper apps and tools must also be sandboxed. For apps distributed through other mechanisms, you should sandbox each executable in your app bundle if at all possible.

For a list of all executable binaries in your app bundle, type the following command in Terminal:

Determine Whether Your App Is Suitable for Sandboxing

Most macOS apps are fully compatible with App Sandbox. If you need behavior in your app that App Sandbox does not allow, consider an alternative approach. For example, if your app depends on hard-coded paths to locations in the user's home directory, consider the advantages of using Cocoa and Core Foundation path-finding APIs, which use the sandbox container instead.

If you choose to not sandbox your app now, or if you determine that you need a temporary exception entitlement, use Apple's bug reporting system to let Apple know what's not working for you. Apple considers feature requests as it develops the macOS platform. Also, if you request a temporary exception, be sure to use the Review Notes field in iTunes Connect to explain why the exception is needed.

The following app behaviors are incompatible with App Sandbox:

• Use of Authorization Services

  With App Sandbox, you cannot do work with the functions described in Authorization Services C Reference.

• Use of accessibility APIs in assistive apps

  With App Sandbox, you can and should enable your app for accessibility, as described in Accessibility Programming Guide for OS X. However, you cannot sandbox an assistive app such as a screen reader, and you cannot sandbox an app that controls another app.

• Sending Apple events to arbitrary apps

  With App Sandbox, you can receive Apple events and respond to Apple events, but you cannot send Apple events to arbitrary apps.

  However, for applications that specifically provide scripting access groups, you can send appropriate Apple events to those apps if your app includes a scripting targets entitlement.

  For other applications, by using a temporary exception entitlement, you can enable the sending of Apple events to a list of specific apps that you specify, as described in Entitlement Key Reference.

  Finally, your app can use the subclasses of NSUserScriptTask class to run user-provided AppleScript scripts out of a special directory, NSApplicationScriptsDirectory (~/Library/Application Scripts/code-signing-identifier/). Although your app can read files within this directory, it cannot write files into this directory; the user must manually place scripts here. For details, see the documentation for NSUserScriptTask and WWDC 2012: Secure Automation Techniques in OS X.

• Posting keyboard or mouse events to another app

  You cannot sandbox an app that controls another app. Posting keyboard or mouse events using functions like CGEventPost offers a way to circumvent this restriction, and is therefore not allowed from a sandboxed app.

• Sending user-info dictionaries in distributed notifications to other tasks

  With App Sandbox, you cannot include a userInfo dictionary when posting to an NSDistributedNotificationCenter object for messaging other tasks. (You can, as usual, include a userInfo dictionary when messaging other parts of your app by way of posting to an NSNotificationCenter object.)

• Loading kernel extensions

  Loading of kernel extensions is prohibited with App Sandbox.

• Simulation of user input in Open and Save dialogs

  If your app depends on programmatically manipulating Open or Save dialogs to simulate or alter user input, your app is unsuitable for sandboxing.

• Accessing or setting preferences on other apps

  With App Sandbox, each app maintains its preferences inside its container. Normally, your app has no access to the preferences of other apps.

  However, if your app requires access to the preferences files of other applications, there are temporary exception entitlements available that allow you to specify a list of named preference domains that your app needs to access. For details, see Entitlement Key Reference.

• Configuring network settings

  With App Sandbox, your app cannot modify the system's network configuration (whether with the System Configuration framework, the CoreWLAN framework, or other similar APIs) because doing so requires administrator privileges.

• Terminating other apps

  With App Sandbox, you cannot use the NSRunningApplication class to terminate other apps.

Resolve API Incompatibilities

If you are using macOS APIs in ways that were not intended, or in ways that expose user data to attack, you may encounter incompatibilities with App Sandbox. This section provides some examples of app design that are incompatible with App Sandbox and suggests what you can do instead.

Opening, Saving, and Tracking Documents

If you are managing documents using any technology other than the NSDocument class, you should convert to using this class to benefit from its built-in App Sandbox support. The NSDocument class automatically works with Powerbox. NSDocument also provides support for keeping documents within your sandbox if the user moves them using the Finder.

Remember that the inheritance path of the NSOpenPanel and NSSavePanel classes is different when your app is sandboxed. See Open and Save Dialog Behavior with App Sandbox.

If you don't use the NSDocument class to manage your app's documents, you can craft your own file-system support for App Sandbox by using the NSFileCoordinator class and the NSFilePresenter protocol, but this requires a lot of extra work.

How To Disable Login Requests On Mac For Scoped Bookmark Agent Dies

Retaining Access to File System Resources

If your app depends on persistent access to file system resources outside of your app's container, you need to adopt security-scoped bookmarks as described in Security-Scoped Bookmarks and Persistent Resource Access.

Creating a Login Item for Your App

To create a login item for your sandboxed app, use the SMLoginItemSetEnabled function (declared in ServiceManagement/SMLoginItem.h) as described in Adding Login Items Using the Service Management Framework.

(With App Sandbox, you cannot create a login item using functions in the LSSharedFileList.h header file. For example, you cannot use the function LSSharedFileListInsertItemURL. Nor can you manipulate the state of Launch Services, such as by using the function LSRegisterURL.)

Accessing User Data

Most macOS path-finding APIs return paths relative to the container instead of relative to the user's home directory. If your app, before you sandbox it, accesses locations in the user's actual home directory (~) and you are using Cocoa or Core Foundation APIs, then, after you enable sandboxing, your path-finding code automatically uses your app's container instead.

For first launch of your sandboxed app, macOS automatically migrates your app's main preferences file. If your app uses additional support files, perform a one-time migration of those files to the container, as described in Migrating an App to a Sandbox.

If you are using a POSIX function such as getpwuid to obtain the path to the user's actual home directory from Directory Services (rather than by using the HOME environment variable), consider instead using a Cocoa or Core Foundation symbol such as the NSHomeDirectory function. By using Cocoa or Core Foundation, you support the App Sandbox restriction against directly accessing the user's home directory.

If your app requires access to the user's home directory in order to function, let Apple know about your needs using the Apple bug reporting system. In addition, be sure to follow the guidance regarding entitlements provided on the iTunes Connect website.

Accessing Preferences of Other Apps

Because App Sandbox directs path-finding APIs to the container for your app, reading or writing to the user's preferences takes place within the container. Preferences for other sandboxed apps are inaccessible. Preferences for apps that are not sandboxed are placed in the ~/Library/Preferences directory, which is also inaccessible to your sandboxed app.

If your app requires access to another app's preferences in order to function—for example, if it requires access to the playlists that a user has defined for iTunes—let Apple know about your needs using the Apple bug reporting system. In addition, be sure to follow the guidance regarding entitlements provided on the iTunes Connect website.

Using HTML5 Embedded Video in Web Views

If you are compiling an app that uses the WebKit framework, and your target is OS X 10.7, you must also link your app against the AV Foundation framework. If you do not do so, because of the way App Sandbox interacts with CoreMedia, your app will be unable to play HTML5 embedded videos.

This additional linking step is not required for apps that run only on macOS 10.8 and later. 2015 kubota rtv 1100 radio installation.

Apply the App Sandbox Entitlements You Need

To adopt App Sandbox for a target in an Xcode project, apply the value to the com.apple.security.app-sandbox entitlement key for that target. Do this in the Xcode target editor by selecting the Enable App Sandboxing checkbox.

How To Disable Login Requests On Mac For Scoped Bookmark Agent Version

Apply other entitlements as needed. For a complete list, refer to Entitlement Key Reference.

Important: App Sandbox protects user data most effectively when you minimize the entitlements you request. Take care not to request entitlements for privileges your app does not need. Consider whether making a change in your app could eliminate the need for an entitlement.

Add Privilege Separation Using XPC

When developing for App Sandbox, look at your app's behaviors in terms of privileges and access. Consider the potential benefits to security and robustness of separating high-risk operations into their own XPC services.

How To Disable Login Requests On Mac For Scoped Bookmark Agents

When you determine that a feature should be placed into an XPC service, do so by referring to Creating XPC Services in Daemons and Services Programming Guide.

Implement a Migration Strategy

Ensure that customers who are currently using a pre-sandbox version of your app experience a painless upgrade when they install the sandboxed version. For details on how to implement a container migration manifest, read Migrating an App to a Sandbox.

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A ticket-granting cookie is an HTTP cookie set by CAS upon the establishment of a single sign-on session. This cookie maintains login state for the client, and while it is valid, the client can present it to CAS in lieu of primary credentials. Services can opt out of single sign-on through the renew parameter. See the CAS Protocol for more info.

The cookie value is linked to the active ticket-granting ticket, the remote IP address that initiated the requestas well as the user agent that submitted the request. The final cookie value is then encrypted and signed.

The secret keys are defined in the cas.properties file. These keys MUST be regenerated per your specific environment. Each keyis a JSON Web Token with a defined length per the algorithm used for encryption and signing.

Configuration

The generation of the ticket-granting cookie is controlled via:

The cookie has the following properties:

1. It is marked as secure.
2. Depending on container support, the cookie would be marked as http-only automatically.
3. The cookie value is encrypted and signed via secret keys that need to be generated upon deployment.

If keys are left undefined, on startup CAS will notice that no keys are defined and it will appropriately generate keys for you automatically. Your CAS logs will then show the following snippet:

You should then grab each generated key for encryption and signing, and put them inside your cas.properties file for each now-enabled setting.

If you wish you manually generate keys, you may use the following tool.

Turn Off Cookie Encryption/Signing

To disable the cipher configuration for the SSO session cookie, adjust for the following in yourdeployerConfigContext.xml file:

Cookie Generation for Renewed Authentications

By default, forced authentication requests that challenge the user for credentialseither via the renew request parameteror via the service-specific setting ofthe CAS service registry will always generate the ticket-granting cookienonetheless. What this means is, logging in to a non-SSO-participating applicationvia CAS nonetheless creates a valid CAS single sign-on session that will be honored on asubsequent attempt to authenticate to a SSO-participating application.

Plausibly, a CAS adopter may want this behavior to be different, such that logging in to a non-SSO-participating applicationvia CAS either does not create a CAS SSO session and the SSO session it creates is not honored for authenticating subsequentlyto an SSO-participating application. This might better match user expectations.

The controlling of this behavior is done via the cas.properties file:

How To Disable Login Requests On Mac For Scoped Bookmark Agent Search

A warning cookie set by CAS upon the establishment of the SSO session at the request of the user on the CAS login page. The cookie is used later to warn and promptthe user before a service ticket is generated and access to the service application is granted.The cookie is controlled via: