Page wants to install a service handler

6-36 Bottom Assemblies, 4-Port, Option 419 Keysight N5224A/25A Service Guide 6-85... Page 242 N5245-20029 A32 port 2 receiver coupler to A41 port 2 source attenuator N5245-20031 A41 port 2 source attenuator to front-panel Port 2 SOURCE OUT N5245-20030 Port 2 CPLR THRU to A45 port 2 bias tee 6-86 Keysight N5224A/25A Service Guide... Page 243 N5245-20055 Port 2 RCVR B IN to A49 port 2 receiver attenuator W104 N5245-20057 A49 port 2 receiver attenuator to A27 mixer brick (B) a. SR = semirigid coaxial cable; F = flexible coaxial cable Keysight N5224A/25A Service Guide 6-87... Page 244 Replaceable Parts Replaceable Parts Listings Figure 6-37 Bottom RF Cables, 4-Port, Option 419 (Ports 1 and 2) 6-88 Keysight N5224A/25A Service Guide... Page 245 Port 4 RCVR D IN to A48 port 4 receiver attenuator W102 N5245-20075 A48 port 4 receiver attenuator to A28 mixer brick (D) ➀ N5247-20138 Dust cap, A28 mixer brick termination a. SR = semirigid coaxial cable; F = flexible coaxial cable Keysight N5224A/25A Service Guide 6-89... Page 246 Replaceable Parts Replaceable Parts Listings Figure 6-38 Bottom RF Cables, 4-Port, Option 419 (Ports 3 and 4) 6-90 Keysight N5224A/25A Service Guide... Page 247 A23 test set motherboard J209 to A25 HMA26.5 J1 Was N5242-60011 100R N5242-60004 A18 system motherboard J1 to A23 test set motherboard J1 to A24 IF multiplexer board J1 E4410-60160 A18 system motherboard J13 to A23 test set motherboard J545 Keysight N5224A/25A Service Guide 6-91... Page 248 Replaceable Parts Listings Reference Part Number Description Type Designator 8121-0834 Rear-panel HANDLER I/O to A23 test set motherboard J400 a. nR = n wires in a ribbon (flat) cable; nW = n wires in a wire harness 6-92 Keysight N5224A/25A Service Guide... Page 249 Replaceable Parts Replaceable Parts Listings Figure 6-39 Bottom Ribbon Cables and Wire Harnesses, 4-Port, Option 419 Keysight N5224A/25A Service Guide 6-93... Page 250: Rear Panel Assembly, All Options Termination, 50 ohm load Was: 1810-0118 8121-0834 HANDLER I/O cable assembly Ferrite for HANDLER I/O cable assembly 9170-2236 2190-0068 Lock washer 2950-0054 Hex nut Bottom foot (Refer to “External Hardware and Miscellaneous Parts, All Options” on page 6-105.) 6-94 Keysight N5224A/25A Service Guide... Page 251 8120-5063 BNC cable a. This part number is no longer required on s/n’s 5541, 5542, 5544, 5545, 5547, 5549 and newer. But, is included for your ref- erence. Figure 6-40 Rear Panel Assembly, All Options Keysight N5224A/25A Service Guide 6-95... Page 252: Fan Assemblies, All Options 5 to attach the 3-fan assy to chassis.) ➅ Chassis (Refer to “Internal Hardware and Miscellaneous Parts, All Options” on page 6-103.) ➆ E4440-00021 EMI shield, round, adhesive. (Located on center hub of 2 fans only.) 6-96 Keysight N5224A/25A Service Guide... Page 253 Replaceable Parts Replaceable

Skip to main content This browser is no longer supported. Upgrade to Microsoft Edge to take advantage of the latest features, security updates, and technical support. Service worker improvements Article07/10/2024 In this article -->The Network, Application, and Sources tools have been improved to help you work with service workers and the network requests that pass through each service worker.The improvements simplify the following tasks:Debug based on service worker timelines.The start of a request and duration of the bootstrap.Update to service worker registration.The runtime of a request using the fetch event handler.The runtime of all fetch events for loading a client.Explore the runtime details of fetch event handlers, install event handlers, and activate event handlers.Step into and out of fetch event handler with page script information.The improvements span the following tools:The Network tool. Select a network request that runs through a service worker and access the corresponding timeline of the service worker in the Timing tool.The Application tool. To debug service workers, use the Service workers page.The Sources tool. Access page script information when stepping into fetch event handlers.NetworkYou can access the service worker debugging features in the Network tool in either of the following ways:Directly in the Network tool.Started in the Application tool.Request routingTo make request routing easier to visualize, timelines now display the service worker start-up and the respondWith fetch events. To debug and visualize a network request that passed through a service worker:Select the network request that went through a service worker.Open the Timing tool.Fetch eventsTo learn more about the respondWith fetch events, click the dropdown arrow to the left of the respondWith. To see more details about the Original Request and Response Received, click the corresponding dropdown arrows.ApplicationService worker update timelineThe Microsoft Edge DevTools team added a timeline in the Application tool to reflect the update lifecycle

Principal Product Manager .NET 7 Preview 3 is now available and includes many great new improvements to ASP.NET Core.Here’s a summary of what’s new in this preview release:Support for route handler filters in minimal APIsImproved unit testability for minimal route handlersBind using TryParse in MVC and API controllersNew Results.Stream() overloadsImproved HTTP/2 performance when using many streams on a connectionNew ServerReady event for measuring startup timeDeveloper exception page dark modeFor more details on the ASP.NET Core work planned for .NET 7 see the full ASP.NET Core roadmap for .NET 7 on GitHub.Get startedTo get started with ASP.NET Core in .NET 7 Preview 3, install the .NET 7 SDK.If you’re on Windows using Visual Studio, we recommend installing the latest Visual Studio 2022 preview. Visual Studio for Mac support for .NET 7 previews isn’t available yet but is coming soon.To install the latest .NET WebAssembly build tools, run the following command from an elevated command prompt:dotnet workload install wasm-toolsNote: Building .NET 6 Blazor projects with the .NET 7 SDK and the .NET 7 WebAssembly build tools is currently not supported. This will be addressed in a future .NET 7 update: dotnet/runtime#65211.Upgrade an existing projectTo upgrade an existing ASP.NET Core app from .NET 7 Preview 2 to .NET 7 Preview 3:Update all Microsoft.AspNetCore.* package references to 7.0.0-preview.3.*.Update all Microsoft.Extensions.* package references to 7.0.0-preview.3.*.See also the full list of breaking changes in ASP.NET Core for .NET 7.Support for route handler filters in minimal APIsIn this preview, we introduce support for filters in route handlers in minimal applications. Filters are executed before the core route handler logic and can be used to inspect and modify handler parameters or intercept handler execution.Filters can be registered onto a handler using a variety of strategies. For example, you can register a filter using a RouteHandlerFilterDelegate and the AddFilter extension method as follows:string HelloName(string name) => $"Hello, {name}!";app.MapGet("/hello/{name}", HelloName) .AddFilter(async (routeHandlerInvocationContext, next) => { var name = (string) routeHandlerInvocationContext.Parameters[0]; if (name == "Bob") { return Results.Problem("No Bob's allowed"); } return await next(routeHandlerInvocationContext); });Filters can also be registered via a filter factory strategy that gives access to a RouteHandlerContext which

Tasks: - name: Install apache yum: name: httpd state: present when: ansible_system_vendor == 'HP' and ansible_os_family == 'RedHat'Explanation:Example of the when clause, In this case, when OS type is Debian. The ansible_os_family variable is gathered via gather_facts functionality.The task output is registered for future use, with its name enable_selinuxAnother example of the when clause. In this case, a message will be displayed for the host user if the SELinux was indeed enabled before.Another example of the when clause consisting of two rulesBesides tasks, there are also some particular tasks called handlers. Handlers must have a unique name throughout the playbook. These work in the same way as a regular task but a handler can be notified via a notifier.If a handler is not notified during the run of the playbook, it will not run. However, if more than one task notifies a handler, this will run only once after all the tasks are finished.In the example shown below, you can see how a specific task has a notify section which calls upon another task. If the output of the first task is changed, then a handler task will be called. The best example is to have a configuration file changed and afterward restart that specific service.---- hosts: group2 tasks: - name: sshd config file modify port lineinfile: path: /etc/ssh/sshd_config regexp: 'Port 28675' line: '#Port 22' notify: - restart sshdhandlers - name: restart sshd service: sshd name: sshd state: restartedIn this case, if the first task, “sshd config file modify port”