Net transport

CSD to take it to 7.5.0.1.Limitations exist when using MQ 7.5 with Microsoft Cluster Service on Windows Server 2012 R2. Please see the following technote for more information: Vista Business x86-32Windows Vista Business x86-64Windows Vista Enterprise x86-32Windows Vista Enterprise x86-64Windows Vista Ultimate x86-32Windows Vista Ultimate x86-64Windows XP Professional x86-64Windows XP SP2 Professional x86-32 and future OS fix packsLorem ipsum dolorMagna diam --> Back to top Optional Supported Software GroupProductNotesHeader 1 --> .NETWebSphere MQ Advanced Message Security component is not fully supported in fully managed .NET applications.Microsoft .NET Framework 2.0 and future fix packs MQ classes for .NET Transport for SOAP Message Service Client for .NET (XMS)Microsoft .NET Framework 3.0 and future fix packs MQ classes for .NET Transport for SOAP Message Service Client for .NET (XMS) Windows Communication Foundation (WCF)Microsoft .NET Framework 3.5 and future fix packs MQ classes for .NET Transport for SOAP Message Service Client for .NET (XMS) Windows Communication Foundation (WCF)Microsoft .NET Framework 4.0 and future fix packs MQ classes for .NET Message Service Client for .NET (XMS) Windows Communication Foundation (WCF)Microsoft .NET Framework 4.5 and future fix packs MQ classes for .NET Message Service Client for .NET (XMS) Windows Communication Foundation (WCF)Application ServersWhere a WebSphere MQ client application is running in one of the listed transaction manager environments, it is recommended that you contact the transaction manager vendor in the first instance for support.For more detailed information on the use of the resource adapter with application servers, see the Application Server section above, and the WebSphere MQ resource adapter statement of support document.The use of the WebSphere MQ classes for JMS in enterprise JavaBeans, Servlets and message-driven beans is fully supported. The WebSphere MQ base classes for Java are supported with restrictions - for more details see Using WebSphere MQ Java Interfaces in J2EE/JEE Environments Oracle/BEA

Il faut reconnaître que le téléchargement de vidéo sur Internet peut prendre un temps fou. Il vaut mieux capturer des vidéos pour gagner plus de temps. Net Transport (NetXfer) est un logiciel permettant le téléchargement des vidéos diffusées en streaming.Les principales fonctionnalités :Capture de vidéos : le logiciel Net Transport est un outil permettant de capturer les vidéos diffusées en streaming sur Internet. En ce sens, il permet de télécharger des fichiers vidéo en streaming plus facilement. Ainsi, au lieu de perdre du temps en téléchargeant une vidéo et pire s’il s’agit d’un film, il est préférable de capturer une partie de la vidéo seulement. La capture partie par partie est également possible si on veut obtenir la totalité de la vidéo.Support de protocoles : le logiciel Net Transport est pratique en ce qu’il prend en charge la majeure partie des protocoles sur Internet, si l’on ne cite que HTTP / HTTPS, FTP /via SSL (Secure Sockets Layer) / SFTP (SSH File Transfer Protocol), MMS (Microsoft Media Services), RTSP (Real-Time Streaming Protocol), PNM (rename PNM to RTSP) ainsi que BitTorrent.Simplicité d’utilisation : Net Transport est aussi conçu pour être facile à prendre en main. Tout utilisateur peut s’en servir pour leur capture vidéo. En plus, on n’a pas besoin de faire grand-chose, en un seul clic, le téléchargement démarre.Plus :Le logiciel est pratique.Il est disponible en plusieurs langues dont le français.Ceci est la dernière version.Moins :Ceci est une version d’évaluation.

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. Article03/29/2024 In this article -->In this article, you learn about the .NET Aspire manifest format. This article serves as a reference guide for deployment tool builders, aiding in the creation of tooling to deploy .NET Aspire projects on specific hosting platforms, whether on-premises or in the cloud..NET Aspire simplifies the local development experience by helping to manage interdependencies between application integrations. To help simplify the deployment of applications, .NET Aspire projects can generate a manifest of all the resources defined as a JSON formatted file.Generate a manifestA valid .NET Aspire project is required to generate a manifest. To get started, createa .NET Aspire project using the aspire-starter .NET template:dotnet new aspire-starter --use-redis-cache ` -o AspireApp && ` cd AspireAppManifest generation is achieved by running dotnet build with a special target:dotnet run --project AspireApp.AppHost\AspireApp.AppHost.csproj ` --publisher manifest ` --output-path ../aspire-manifest.jsonTipThe --output-path supports relative paths. The previous command uses ../aspire-manifest.json to place the manifest file in the root of the project directory.For more information, see dotnet run. The previous command produces the following output:Building...info: Aspire.Hosting.Publishing.ManifestPublisher[0] Published manifest to: .\AspireApp.AppHost\aspire-manifest.jsonThe file generated is the .NET Aspire manifest and is used by tools to support deploying into target cloud environments.NoteYou can also generate a manifest as part of the launch profile. Consider the following launchSettings.json:{ "$schema": " "profiles": { "generate-manifest": { "commandName": "Project", "launchBrowser": false, "dotnetRunMessages": true, "commandLineArgs": "--publisher manifest --output-path aspire-manifest.json" } }}Basic manifest formatPublishing the manifest from the default starter template for .NET Aspire produces the following JSON output:{ "resources": { "cache": { "type": "container.v0", "connectionString": "{cache.bindings.tcp.host}:{cache.bindings.tcp.port}", "image": "redis:7.2.4", "bindings": { "tcp": { "scheme": "tcp", "protocol": "tcp", "transport": "tcp", "containerPort": 6379 } } }, "apiservice": { "type": "project.v0", "path": "../AspireApp.ApiService/AspireApp.ApiService.csproj", "env": { "OTEL_DOTNET_EXPERIMENTAL_OTLP_EMIT_EXCEPTION_LOG_ATTRIBUTES": "true", "OTEL_DOTNET_EXPERIMENTAL_OTLP_EMIT_EVENT_LOG_ATTRIBUTES": "true" }, "bindings": { "http": { "scheme": "http", "protocol": "tcp", "transport": "http" }, "https": { "scheme": "https", "protocol": "tcp", "transport": "http" } } }, "webfrontend": { "type": "project.v0", "path": "../AspireApp.Web/AspireApp.Web.csproj", "env": { "OTEL_DOTNET_EXPERIMENTAL_OTLP_EMIT_EXCEPTION_LOG_ATTRIBUTES": "true", "OTEL_DOTNET_EXPERIMENTAL_OTLP_EMIT_EVENT_LOG_ATTRIBUTES": "true", "ConnectionStrings__cache": "{cache.connectionString}", "services__apiservice__0": "{apiservice.bindings.http.url}", "services__apiservice__1": "{apiservice.bindings.https.url}" }, "bindings": { "http": { "scheme": "http", "protocol": "tcp", "transport": "http" }, "https": { "scheme": "https", "protocol": "tcp", "transport": "http" } } } }}The manifest format JSON consists of a single object called resources, which contains a property for each resource specified in Program.cs (the name argument for each name is used as the property for each of the child resource objects in JSON).Connection string and binding referencesIn the previous example, there are two project resources and one Redis cache resource. The webfrontend depends on both the apiservice (project) and cache (Redis) resources.This dependency is known because the environment