Resource net 40

Author: b | 2025-04-23

RPM resource net-tools(x ) Summary: Distribution: Download: net-tools-2.10-3.1.x86_64.html: Important Programs for Networking Fedora 40 for x86_64: net

RESOURCE ADEQUACY 40 RESOURCE ADEQUACY 40.1

(Minimum)Microsoft Visual Studio Tools for Applications 2015 Language Support - ENU Language PackMicrosoft .NET Framework 4.6 Targeting Pack (ENU)Microsoft Visual Studio Community 2015 with Update 2Microsoft Visual C++ 2013 Redistributable (x64) - 12.0.30501HP OneDrive PluginMicrosoft System CLR Types for SQL Server 2014Dropbox Update HelperMicrosoft Portable Library Multi-Targeting PackShareWCF Data Services Tools for Microsoft Visual Studio 2015Realtek USB AudioMicrosoft Visual Studio 2015 Update 3 Diagnostic Tools - ENUApplication Insights Tools for Visual Studio 2015Microsoft SQL Server 2016 Management Objects Visual C++ IDE Core Professional Plus Resource PackageMicrosoft Azure Mobile Services Connected ServiceMicrosoft Visual Studio Tools for Applications 2015 x86 Hosting SupportI.R.I.S. OCRMSBuild/NuGet Integration 14.0 (x86)Multi-Device Hybrid Apps using C# - Templates - ENUMicrosoft Visual C++ 2013 x86 Minimum Runtime - 12.0.21005Microsoft VisualStudio JavaScript Project SystemMicrosoft Visual Studio 2015 Shell (Minimum) Interop Assemblies Tools for .Net 3.5Microsoft Visual Studio 2015 Devenv ResourcesMicrosoft .NET Framework 4.5.1 SDKMicrosoft .NET Framework 4.5.2 Multi-Targeting PackMinecraftVisual C++ IDE Core Professional Plus Resource PackageVisual C++ IDE Core Professional Plus Resource PackageAzureTools.NotificationsPrerequisites for SSDT Microsoft Visual Studio 2015 XAML Application TimelineIntel(R) Trusted Connect Services ClientJava 8 Update 171Microsoft SQL Server 2014 Management Objects Microsoft .NET Framework 4.5.2 Multi-Targeting Pack (ENU)Entity Framework 6.1.3 Tools for Visual Studio 2015 Update 1FINAL FANTASY XIV - A Realm RebornHP Support Solutions FrameworkMicrosoft .NET Framework 4.6 Targeting PackMicrosoft NuGet - Visual Studio 2015Update for Microsoft Visual Studio 2015 (KB3095681)Microsoft .NET Framework 4.6.1 SDKVisual C++ IDE Core Professional Plus Resource PackageVisual C++ IDE Base PackageMicrosoft.VisualStudio.Office365HP Dropbox PluginVSUltimateMicrosoft Visual C++ 2012 Redistributable (x86) - 11.0.61030Visual C++ IDE Core Professional Plus Resource PackageVisual C++ MSBuild Base PackageMicrosoft Visual Studio 2015 Update 3 Diagnostic Tools - x86McAfee WebAdvisorBlend for Visual Studio SDK for .NET 4.5Tegrity RecorderStar Wars: The Old RepublicMySQL Examples and Samples 5.7Skype™ 7.33Epic Games LauncherMicrosoft Visual Studio 2015 Windows Diagnostic ToolsWindows Espc PackageMicrosoft VisualStudio JavaScript Language ServiceVisual C++ IDE Core Professional Plus Resource PackagePreEmptive Analytics Visual Studio ComponentsMicrosoft Visual Studio 2015 Shell (Minimum) Interop AssembliesWindows Phone SDK 8.0 Assemblies for Visual Studio 2015Microsoft Visual Studio 2015 Shell (Isolated) ResourcesMicrosoft ASP.NET MVC 4 - Visual Studio 2015 - ENUMicrosoft .NET Framework 4.6.1 Developer PackTypeScript Power ToolMicrosoft Help Viewer 2.2Microsoft SQL Server 2014 T-SQL Language Service Dell UpdateVisual C++ IDE Core Professional Plus Resource PackageJava Auto UpdaterMicrosoft Visual Studio 2015 Profiling ToolsIntel® Security AssistMicrosoft SQL Server Data Tools - enu (14.0.60519.0)Visual C++ IDE Core Professional Plus Resource PackageDell Customer ConnectMicrosoft Build Tools Language Resources 14.0 (x86)Visual C++ IDE Core Professional Plus Resource PackageVisual C++ MSBuild ARM PackageMicrosoft Azure Mobile Services Tools for Visual Studio - v1.4Windows Software Development Kit for Windows Store Apps DirectX x86 RemoteDell SupportAssist RemediationMicrosoft .NET Framework 4.5 Multi-Targeting PackRealtek Card ReaderMicrosoft Visual Studio Community 2015 - ENUTegrity video podcasting utilsMySQL Connector JDotfuscator and Analytics Community Edition 5.22.0Microsoft ASP.NET and Web Tools 2015.1 (Beta8) - Visual Studio 2015Google Update HelperVisual C++ Compiler/Tools X86 Base Resource PackageIntel(R) Dynamic Platform and Thermal FrameworkMicrosoft ASP.NET Web Pages 2 - Visual Studio 2015 - ENUVisual C++ IDE Core Professional Plus Resource PackageMicrosoft Visual Studio 2015 SDK - ENURoslyn Language Variables for the webfrontend contain placeholders that reference the two other resources:"env": { // ... other environment variables omitted for clarity "ConnectionStrings__cache": "{cache.connectionString}", "services__apiservice__0": "{apiservice.bindings.http.url}", "services__apiservice__1": "{apiservice.bindings.https.url}"},The apiservice resource is referenced by webfrontend using the call WithReference(apiservice) in the app host Program.cs file and redis is referenced using the call WithReference(cache):var builder = DistributedApplication.CreateBuilder(args);var cache = builder.AddRedis("cache");var apiService = builder.AddProject("apiservice");builder.AddProject("webfrontend") .WithReference(cache) .WithReference(apiService);builder.Build().Run();References between project resource types result in service discovery variables being injected into the referencing project. References to well known reference types such as Redis result in connection strings being injected.For more information on how resources in the app model and references between them work, see, .NET Aspire orchestration overview.Placeholder string structurePlaceholder strings reference the structure of the .NET Aspire manifest:The final segment of the placeholder string (url in this case) is generated by the tool processing the manifest. There are several suffixes that could be used on the placeholder string:connectionString: For well-known resource types such as Redis. Deployment tools translate the resource in the most appropriate infrastructure for the target cloud environment and then produce a .NET Aspire compatible connection string for the consuming application to use. On container.v0 resources the connectionString field may be present and specified explicitly. This is to support scenarios where a container resource type is referenced using the WithReference extension but is desired to be hosted explicitly as a container.url: For service-to-service references where a well-formed URL is required. The deployment tool produces the url based on the scheme, protocol, and transport defined in the manifest and the underlying compute/networking topology that was deployed.host: The host segment of the URL.port: The port segment of the URL.Resource typesEach resource has a type field. When a deployment tool reads the manifest, it should read the type to verify whether it can correctly process the manifest. During the .NET Aspire preview period, all resource types have a v0 suffix to indicate that they're subject to change. As .NET Aspire approaches release a v1 suffix will be used to signify that the structure of the manifest for that resource type should be considered stable (subsequent updates increment the version number accordingly).Common resource fieldsThe type field is the only field that is common across all resource types, however, the project.v0, container.v0, and executable.v0 resource types also share the env and bindings fields.NoteThe executable.v0 resource type isn't fully implemented in the manifest due to its lack of utility in deployment scenarios. For more information on containerizing executables, see Dockerfile resource types.The env field type is a basic key/value mapping where the values might contain placeholder strings.Bindings are specified in the bindings field with each binding contained within its own field under the bindings JSON object. The fields omitted by

Resources in .NET apps - .NET

"topic1", "subscriptions": [] }, { "name": "topic2", "subscriptions": [] } ] } } }}Azure Storage resource typesExample code:var builder = DistributedApplication.CreateBuilder(args);var storage = builder.AddAzureStorage("images");storage.AddBlobs("blobs");storage.AddQueues("queues");storage.AddTables("tables");Example manifest:{ "resources": { "images": { "type": "azure.bicep.v0", "path": "aspire.hosting.azure.bicep.storage.bicep", "params": { "principalId": "", "principalType": "", "storageName": "images" } }, "blobs": { "type": "value.v0", "connectionString": "{images.outputs.blobEndpoint}" }, "queues": { "type": "value.v0", "connectionString": "{images.outputs.queueEndpoint}" }, "tables": { "type": "value.v0", "connectionString": "{images.outputs.tableEndpoint}" } }}Azure Redis resource typeExample code:var builder = DistributedApplication.CreateBuilder(args);builder.AddAzureRedis("azredis1");Example manifest:{ "resources": { "azredis": { "type": "azure.bicep.v0", "connectionString": "{azredis.outputs.connectionString}", "path": "azredis.module.bicep", "params": { "principalId": "", "principalName": "" } } }}Azure App Configuration resource typeExample code:var builder = DistributedApplication.CreateBuilder(args);builder.AddAzureAppConfiguration("appconfig1");Example manifest:{ "resources": { "appconfig1": { "type": "azure.bicep.v0", "connectionString": "{appconfig1.outputs.appConfigEndpoint}", "path": "aspire.hosting.azure.bicep.appconfig.bicep", "params": { "configName": "appconfig1", "principalId": "", "principalType": "" } } }}Azure SQL resource typesExample code:var builder = DistributedApplication.CreateBuilder(args);builder.AddAzureSqlServer("sql") .AddDatabase("inventory");Example manifest:{ "resources": { "sql": { "type": "azure.bicep.v0", "connectionString": "Server=tcp:{sql.outputs.sqlServerFqdn},1433;Encrypt=True;Authentication=\u0022Active Directory Default\u0022", "path": "sql.module.bicep", "params": { "principalId": "", "principalName": "" } }, "inventory": { "type": "value.v0", "connectionString": "{sql.connectionString};Database=inventory" } }}Azure Postgres resource typesExample code:var builder = DistributedApplication.CreateBuilder(args);builder.AddAzurePostgresFlexibleServer("postgres") .AddDatabase("db");Example manifest:{ "resources": { "postgres": { "type": "azure.bicep.v0", "connectionString": "{postgres.outputs.connectionString}", "path": "postgres.module.bicep", "params": { "principalId": "", "principalType": "", "principalName": "" } }, "db": { "type": "value.v0", "connectionString": "{postgres.connectionString};Database=db" } }}Resource types supported in the Azure Developer CLIThe Azure Developer CLI (azd) is a tool that can be used to deploy .NET Aspire projects to Azure Container Apps. With the azure.bicep.v0 resource type, cloud-agnostic resource container types can be mapped to Azure-specific resources. The following table lists the resource types that are supported in the Azure Developer CLI:NameCloud-agnostic APIAzure APIRedisAddRedisAddAzureRedisPostgresAddPostgresAddAzurePostgresFlexibleServerSQL ServerAddSqlServerAddAzureSqlServerWhen resources as configured as Azure resources, the azure.bicep.v0 resource type is generated in the manifest. For more information, see Deploy a .NET Aspire project to Azure Container Apps using the Azure Developer CLI (in-depth guide).See also.NET Aspire overview.NET Aspire orchestration overview.NET Aspire integrations overviewService discovery in .NET Aspire --> Collaborate with us on GitHub The source for this content can be found on GitHub, where you can also create and review issues and pull requests. For more information, see our contributor guide. Additional resources In this article. RPM resource net-tools(x ) Summary: Distribution: Download: net-tools-2.10-3.1.x86_64.html: Important Programs for Networking Fedora 40 for x86_64: net RPM resource net-tools(x ) Found 20 RPM for net-tools(x ) Package: Summary: Distribution: Fedora 40 for x86_64: net-tools-2. git.fc40.x86_64

Resource .NET - .NET Framework Windows Resource Editor

Editor or IDE.Replace the contents of quickstart.py with the following code. Modify the code to add your deployment name:OpenAI Python 1.xOpenAI Python 0.28.1 import os from openai import AzureOpenAI client = AzureOpenAI( api_key=os.getenv("AZURE_OPENAI_API_KEY"), api_version="2024-02-01", azure_endpoint = os.getenv("AZURE_OPENAI_ENDPOINT") ) deployment_id = "YOUR-DEPLOYMENT-NAME-HERE" #This will correspond to the custom name you chose for your deployment when you deployed a model." audio_test_file = "./wikipediaOcelot.wav" result = client.audio.transcriptions.create( file=open(audio_test_file, "rb"), model=deployment_id ) print(result) import openai import time import os openai.api_key = os.getenv("AZURE_OPENAI_API_KEY") openai.api_base = os.getenv("AZURE_OPENAI_ENDPOINT") # your endpoint should look like the following openai.api_type = "azure" openai.api_version = "2024-02-01" model_name = "whisper" deployment_id = "YOUR-DEPLOYMENT-NAME-HERE" #This will correspond to the custom name you chose for your deployment when you deployed a model." audio_language="en" audio_test_file = "./wikipediaOcelot.wav" result = openai.Audio.transcribe( file=open(audio_test_file, "rb"), model=model_name, deployment_id=deployment_id ) print(result)Run the application using the python command on your quickstart file:python quickstart.pyYou can get sample audio files, such as wikipediaOcelot.wav, from the Azure AI Speech SDK repository at GitHub.Output{"text":"The ocelot, Lepardus paradalis, is a small wild cat native to the southwestern United States, Mexico, and Central and South America. This medium-sized cat is characterized by solid black spots and streaks on its coat, round ears, and white neck and undersides. It weighs between 8 and 15.5 kilograms, 18 and 34 pounds, and reaches 40 to 50 centimeters 16 to 20 inches at the shoulders. It was first described by Carl Linnaeus in 1758. Two subspecies are recognized, L. p. paradalis and L. p. mitis. Typically active during twilight and at night, the ocelot tends to be solitary and territorial. It is efficient at climbing, leaping, and swimming. It preys on small terrestrial mammals such as armadillo, opossum, and lagomorphs."}PrerequisitesAn Azure subscription. You can create one for free.An Azure OpenAI resource with a Whisper model deployed in a supported region. For more information, see Create a resource and deploy a model with Azure OpenAI.The .NET 8.0 SDKMicrosoft Entra ID prerequisitesFor the recommended keyless authentication with Microsoft Entra ID, you need to:Install the Azure CLI used for keyless authentication with Microsoft Entra ID.Assign the Cognitive Services User role to your user account. You can assign roles in the Azure portal under Access control (IAM) > Add role assignment.Set upCreate a new folder whisper-quickstart and go to the quickstart folder with the following command:mkdir whisper-quickstart && cd whisper-quickstartCreate a new console application with the following command:dotnet new consoleInstall the OpenAI .NET client library with the dotnet add package command:dotnet add package Azure.AI.OpenAIFor the recommended keyless authentication with Microsoft Entra ID, install the Azure.Identity package with:dotnet add package Azure.IdentityFor the recommended keyless authentication with Microsoft Entra ID, sign in to Azure with the following command:az loginRetrieve resource informationYou need to retrieve the following information to authenticate your application with your Azure OpenAI resource:Microsoft Entra IDAPI keyVariable nameValueAZURE_OPENAI_ENDPOINTThis value can be found in the Keys and Endpoint section when examining your resource from the Azure portal.AZURE_OPENAI_DEPLOYMENT_NAMEThis value will correspond to the custom name you chose for your deployment when you deployed a model. This value The .NET Aspire manifest in the bindings node include:scheme: One of the following values tcp, udp, http, or https.protocol: One of the following values tcp or udptransport: Same as scheme, but used to disambiguate between http and http2.containerPort: Optional, if omitted defaults to port 80.The inputs fieldSome resources generate an inputs field. This field is used to specify input parameters for the resource. The inputs field is a JSON object where each property is an input parameter that's used in placeholder structure resolution. Resources that have a connectionString, for example, might use the inputs field to specify a password for the connection string:"connectionString": "Host={.bindings.tcp.host};Port={.bindings.tcp.port};Username=admin;Password={.inputs.password};"The connection string placeholder references the password input parameter from the inputs field:"inputs": { "password": { "type": "string", "secret": true, "default": { "generate": { "minLength": 10 } } }}The preceding JSON snippet shows the inputs field for a resource that has a connectionString field. The password input parameter is a string type and is marked as a secret. The default field is used to specify a default value for the input parameter. In this case, the default value is generated using the generate field, with random string of a minimum length.Built-in resourcesThe following table is a list of resource types that are explicitly generated by .NET Aspire andextensions developed by the .NET Aspire team:Cloud-agnostic resource typesThese resources are available in the 📦 Aspire.Hosting NuGet package.App model usageManifest resource typeHeading linkAddContainercontainer.v0Container resource typePublishAsDockerFiledockerfile.v0Dockerfile resource typesAddDatabasevalue.v0MongoDB Server resource typesAddMongoDBcontainer.v0MongoDB resource typesAddDatabasevalue.v0MySQL Server resource typesAddMySqlcontainer.v0MySQL resource typesAddDatabasevalue.v0Postgres resource typesAddPostgrescontainer.v0Postgres resource typesAddProjectproject.v0Project resource typeAddRabbitMQcontainer.v0RabbitMQ resource typesAddRediscontainer.v0Redis resource typeAddDatabasevalue.v0SQL Server resource typesAddSqlServercontainer.v0SQL Server resource typesProject resource typeExample code:var builder = DistributedApplication.CreateBuilder(args);var apiservice = builder.AddProject("apiservice");Example manifest:"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" } }}Container resource typeExample code:var builder = DistributedApplication.CreateBuilder(args);builder.AddContainer("mycontainer", "myimage") .WithEnvironment("LOG_LEVEL", "WARN") .WithHttpEndpoint(3000);Example manifest:{ "resources": { "mycontainer": { "type": "container.v0", "image": "myimage:latest", "env": { "LOG_LEVEL": "WARN" }, "bindings": { "http": { "scheme": "http", "protocol": "tcp", "transport": "http", "containerPort": 3000 } } } }}Dockerfile resource typesExample code:var builder = DistributedApplication.CreateBuilder(args);builder.AddNodeApp("nodeapp", "../nodeapp/app.js") .WithHttpEndpoint(hostPort: 5031, env: "PORT") .PublishAsDockerFile();TipThe PublishAsDockerFile call is required to generate the Dockerfile resource type in the manifest, and this extension method is only available on the ExecutableResource type.Example manifest:{ "resources": { "nodeapp": { "type": "dockerfile.v0", "path": "../nodeapp/Dockerfile", "context": "../nodeapp", "env": { "NODE_ENV": "development", "PORT": "{nodeapp.bindings.http.port}" }, "bindings": { "http": { "scheme": "http", "protocol": "tcp", "transport": "http", "containerPort": 5031 } } } }}Postgres resource typesExample code:var builder = DistributedApplication.CreateBuilder(args);builder.AddPostgres("postgres1") .AddDatabase("shipping");Example manifest:{ "resources": { "postgres1": { "type": "container.v0", "connectionString": "Host={postgres1.bindings.tcp.host};Port={postgres1.bindings.tcp.port};Username=postgres;Password={postgres1.inputs.password}", "image": "postgres:16.2", "env": { "POSTGRES_HOST_AUTH_METHOD": "scram-sha-256", "POSTGRES_INITDB_ARGS": "--auth-host=scram-sha-256 --auth-local=scram-sha-256", "POSTGRES_PASSWORD": "{postgres1.inputs.password}" }, "bindings": { "tcp": { "scheme": "tcp",

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TV shows in which he has appeared, directed, and produced.ProjectsRolesPariah (TV Movie)DirectorBoldly Going Nowhere (TV Movie)ProducerOn the Record with Mick Rock (TV Series)Executive ProducerThe Mindy Project (TV Series)ActorIt’s Always Sunny on TV (TV Mocie)ActorRob McElhenney’s net worth is believed to be $40 million, thanks to the money he makes from his various enterprises. In addition, Apple has given Rob McElhenney an order for a half-hour scripted comedy alongside fellow actor Charlie Day.Affluent LifestyleRob McElhenney lives an opulent and expensive lifestyle, with an estimated net worth of $40 million. Rob is a big football fan, and whenever he goes to a game, he makes it a point to fly in on a private plane.He doesn’t display his wealth as much as he flaunts his ripped figure.From 2016 to 2018, Rob McElhenney’s net worthRob McElhenney’s net worth has skyrocketed as a result of his work on several TV shows and his burgeoning acting career.YearNet Worth2019Under Review2018$40 million2017$38 million2016$35 millionRob McElhenney had a net worth of $35 million in 2016. Rob’s net worth increased by 14.28 percent from 2016 to 2018, and it is now projected to be over $40 million.Follow Biography Line for more Entertainment and Celebrity Babies.

The use of resource net

IntroductionAspose.Note for .NET is a powerful API that allows developers to work with Microsoft OneNote files programmatically. Whether you’re looking to create, modify, or convert OneNote documents, Aspose.Note provides a comprehensive set of features to meet your needs. In this tutorial, we’ll walk through the process of applying an Aspose.Note license from an embedded resource in your .NET application.PrerequisitesBefore you begin, ensure that you have the following prerequisites in place:1. Visual Studio InstalledEnsure that you have Visual Studio installed on your system. You can download it fromhere.2. Aspose.Note for .NET InstalledMake sure you have installed Aspose.Note for .NET. You can download it fromhere.3. Aspose.Note License FileObtain a valid Aspose.Note license file. If you don’t have one, you can acquire a temporary license fromhere.Import NamespacesTo begin, import the necessary namespaces in your .NET project. This allows you to access the classes and methods provided by the Aspose.Note API.using Aspose.Note;using System;using System.Collections.Generic;using System.Linq;using System.Text;This directive imports the Aspose.Note namespace, which contains the classes and members for working with OneNote documents.Apply Aspose.Note License from Embedded ResourceNow, let’s walk through the steps to apply an Aspose.Note license from an embedded resource within your .NET application.Step 1: Instantiate the License ClassAspose.Note.License license = new Aspose.Note.License();Here, we create an instance of the License class provided by Aspose.Note.Step 2: Set License from Embedded Resourcelicense.SetLicense("Aspose.Note.lic");This line sets the license for Aspose.Note by specifying the name of the license file embedded in the assembly.ConclusionIn this tutorial, we’ve covered the process of applying an Aspose.Note license from an embedded resource in a .NET application. By following these steps, you can ensure that your application is properly licensed to use the Aspose.Note API.FAQ’sQ1: Can I use Aspose.Note without a license?A1: No, you need a valid license to use Aspose.Note for .NET. However, you can obtain a temporary license for evaluation purposes.Q2: Where can I find documentation for Aspose.Note?A2: You can find the documentationhere.Q3: How do I get support for Aspose.Note?A3: You can get support from the Aspose.Note communityhere.Q4: Can I try Aspose.Note before purchasing?A4: Yes, you can download a free trial version fromhere.Q5: Where can I buy Aspose.Note licenses?A5: You can purchase Aspose.Note licenseshere.. RPM resource net-tools(x ) Summary: Distribution: Download: net-tools-2.10-3.1.x86_64.html: Important Programs for Networking Fedora 40 for x86_64: net

Retrieve resources in .NET apps - .NET

Properties.2. On the left pane, select Linker and then Input.3. On the right pane, select Additional Dependencies.4. Add path to multilang.lib to the Additional DependenciesChanges to the source code of MFC Extension DLLs files1. Add the following line to the beginning of YourDLLName.cpp#include "MultiLang.h"2. Add the following line betweenif (!AfxInitExtensionModule(YourDLLNameDLL, hInstance)) return 0;andnew CDynLinkLibrary(YourDLLNameDLL);in DllMain function in YourDllName.cppYourDLLNameDLL.hResource = MultiLangLoadLibrary(hInstance, HKEY_CURRENT_USER, "Software/YourCompanyName/YourProductName", "GUILanguage");Create a resource only DLLsThere are several ways to create resource-only DLLs.Manual creation of resource-only DLLsTo create a resource only DLL, follow these steps:Create an empty DLL project. - In Visual Studio 6, create a "Win32 Dynamic-Link Library" with "An empty DLL project" selected.- In VS .NET or VS 2005, use "Win32 Project" in the "Visual C++ Projects" group, and select Application type "DLL" under "Application Settings".Add the linker option /NOENTRY to the linker settings for each build. - In VS 6, add "/NOENTRY" to the "Project Options" edit field in the Project Settings/Linker/Customize tab of the "Project Settings" dialog.- In VS.NET or VS 2005, add "/NOENTRY" to the "Additional Options" edit field in the Configuration Properties/Linker/Command line tab of the project properties dialog.Create a resource file. - In VS 6, create a new "Resource Script" and enter a file name with the extension ".rc".- In VS .NET or VS 2005, create a new "Resource File (.rc)" and enter a file name with the extension ".rc".Copy all the native-language resources from your application to your new resource file.Change the language of each resource to that of the resource-only