Net data access layer

NET Data Access Layer 5.1DownloadKnight Data Access Layer is the swiss army knife of Object Relational Mapping3.4 36 votes Your vote:Latest version:5.21See allDeveloper:Kellerman SoftwareReviewDownloadComments Questions & Answers 1 / 1Shareware All versionsNET Data Access Layer 5.21 (latest)NET Data Access Layer 4.1 NET Data Access Layer 4.0 DownloadEdit program infoInfo updated on:Sep 13, 2024Software InformerDownload popular programs, drivers and latest updates easilyNo specific info about version 5.1. Please visit the main page of NET Data Access Layer on Software Informer.Share your experience:Write a review about this program Comments 3.436 votes00000Your vote:Notify me about replies Comment viaFacebookRelated software Stellar Phoenix Access Database A highly effective application to repair corrupt or damaged MDBEntity Developer A powerful ORM designer.Devart LinqConnect LinqConnect is a LINQ to SQL compatible ORM solution with extended functionalityArcGIS Explorer Desktop Data FreeIt expands the geodatabase functionality of the ArcGIS Explorer Desktop app.Region Map Generator Tool to make region map with self-definition color.Related storiesSee allPUBG is no longer an early access gameBest Data Analysis Tools in 2022Microsoft limits access to its emotion recognition AI toolsFree access to AIs from DuckDuckGo, anonymousBest database toolsPostgreSQLPL/SQL DeveloperMySQL-FrontSDF ViewerRelational Algebra TranslatorDevart LinqConnect

Visual C++ version is a set of native Visual C++ classes (components). The NET 4.0 (4.5 and higher compatible) version is a set of managed .NET components. The .NET version has the same performance as the native versions, and supports all the Microsoft .NET languages including Visual Basic, C#, J#, F# and C++/CLI. Due to the unique architecture of the OpenWire platform, the components are implemented the same way in Managed .NET and native Windows (32 and 64 bit) environments. The code to control a component from VB.NET, C++/CLI, C#, and J#, Visual C++ MFC, Delphi, and C++ Builder is almost identical. This allows the developers to migrate and share code between the different environments thus significantly improving the productivity.OpenWire Libraries: for fast, complex data stream processing with almost zero lines of code! Analysis SLNoiseStats Calculates the noise stats of a signal: SNR, THD, SINAD, Harmonics and more. SLPatternDetector Use this component to detect patterns in the buffers Arithmetic Converters Custom Filters DirectShow support components File access Filters Generic Filters Generic Generators Meters Other OpenWireStudio Loads, executes, and exchanges data with OpenWire Studio projects Signal Filters Signal Generators Timing components Transformations Visualization Video Layers SLScopeLayer A scope drawing layer. You can add this layer to any drawing component such as TVLDraw to render a video layer containing a scope SLWaterfallLayer A waterfall draw layer. You can add this layer to any drawing component such as TVLDraw to render a video layer containing a waterfall Matrix Layers Control Element SignalLab: What's

For loose coupling.3. Infrastructure LayerIt includes the Model Objects which maintain the entire Database Context Objects and the Database Migrations in this layer. It has the responsibilities of entire Domain Model Objects.4. Presentation LayerThe API Presentation Layer offers us the Object data from the DB with the help of HTTP Request in the format of JSON Objects. In the case of the Front-end app, we can make avail of the data by using the UI by consuming the API’s.Clean Architecture .NET Core Solution TemplateIn Clean Architecture, this template offers a remarkable method to create solutions based on the Angular and ASP.NET Core which follows the principles.Let’s see the process of the new template here. Initially to ensure that we follow the fundamentals:.NET Core SDK (3.1 or Later)Node.js (6 or later)To verify the .NET Core Version executing by the following command.Command:Dotnet – list-sdksTo ensure that the node version is by executing this command.Command:Node –vThen install the Solution Template by using Command.Dotnet new – install Clean.Architecture.Solution.Template.Clean Architecture .NET Core Solution StructureIn Clean Architecture the Solution Template creates the multi-project Solutions, let’s see the following Folder Structure as follows:The Domain Project explains the Domain Layer and it comprises the activity or it includes the Domain Logic, interfaces, and so on. The Application Project indicates the application layer it contains the entire business logic. This application layer describes an interface that is executed by outside layers.The Infrastructure project indicates the layer which contains the classes to access external resources like Web Services, File Systems, SMTP, and so on. The WebUI project indicates that the Presentation Layer. Infrastructure keeps going on the dependency injection therefore Startup.cs appends just adding a reference to the Infrastructure.ConclusionIn this article, we have seen about Clean Architecture which is the best method to sort out modest to high-complication applications. The .NET Core completely follows the Clean Architecture method suggested that the initial solution structure is set up properly. Making use of the Solution template in .NET Core helps to make sure that the application running on the correct track.Recommended ArticlesThis is a guide to Clean Architecture .NET Core. Here we discuss the installation, clean architecture types of the domain layer, solution template, and solution structure. You may also have a look at the following articles to learn more –ASP.NET Core RuntimeASP.NET MVCASP.NET Core Logging to FileASP.NET Core Filter

Topic for additional information: HTML & CSS Support - Best Practices.Hybrid Project TemplatesThe DevExpress cross-IDE Template Kit for .NET includes project templates designed to streamline hybrid application development. You can create a desktop application that integrates responsive JavaScript or Blazor components. You can also prototype a shared WinForms & .NET MAUI application that runs seamlessly across multiple platforms.Hybrid project templates include:Shared WinForms & .NET MAUI ApplicationCreates both desktop (WinForms) and mobile (.NET MAUI for iOS/Android) applications with a shared presentation and data layer(entity model, business logic, and data service). The application supports Dependency Injection and MVVM architectural patterns.Blazor Hybrid WinForms ApplicationCreates a hybrid desktop (WinForms) application with a BlazorWebView-powered form and DevExpress themes/styles. The application supports Dependency Injection and integrates the DevExpress Blazor Grid (requires a subscription that includes Blazor UI components).JavaScript Hybrid WinForms ApplicationCreates a hybrid desktop (WinForms) application with a WebView2-powered form and DevExpress themes/styles. The application supports Dependency Injection and integrates the DevExtreme JavaScript HTML Editor (requires a subscription that includes DevExtreme).HTML Hybrid WinForms ApplicationCreates a hybrid desktop (WinForms) application with a list and detail forms powered by the DevExpress HTML & CSS engine and reusable UI Templates. The rendering and templating engines allow you to make advanced UI customizations in HTML format, and customize the appearance of UI elements using CSS styles (size, padding, and layout options).OData-based ApplicationCreates a desktop (WinForms) application with a secure data layer powered by ASP.NET Core OData, EF Core, and XAF’s Backend Web API Service (requires the Universal subscription). With this additional layer of protection (authentication, authorization, and encryption), desktop UI clients cannot access database connection information or modify database tables directly.MVVM ApplicationCreates a desktop (WinForms) application with a separate presentation layer, entity model, and business logic. The application supports Dependency Injection, MVVM, and Repository architectural patterns. MVVM integration is powered

On October 25, the OPC Foundation released OPC .NET 3.0 (WCF), which was formerly known as OPC Express Interface (Xi). Developed as an enhancement to OPC Classic, OPC .NET 3.0 (WCF) serves to bridge the gap between Microsoft .NET and the world of OPC Classic and will also provide a common interface between newly developed .NET clients and OPC Classic servers.OPC Classic relies on the Microsoft Distributed Component Object Model (DCOM) to manage distributed communications. By using the newly created OPC .NET 3.0 (WCF), developers can work with the Windows Communication Foundation technology and eliminate the headaches associated with DCOM configuration. Managed code applications developed using the OPC .NET 3.0 (WCF) interface will be able to take advantage of the included COM interop layer to easily enable communications with OPC Classic servers that are typically developed as unmanaged code applications.The use of WCF also provides an increased level of security through built-in authentication, authorization and data encryption. Additional security features have been built into the interface to enable secure authentication across HTTP or TCP. The OPC .NET Version 3.0 (WCF) is the next generation of development toolkit for the legacy OPC Classic interfaces. Whereas Version 1.0 was the automation wrapper for Visual Basic 6 development, Version 2.0 was the .NET interface containing the necessary infrastructure to convert from managed code to COM/DCOM and vice-versa; Version 3.0 now replaces DCOM completely by using the current Microsoft communications technology WCF.In the future the OPC Foundation will integrate the OPC .NET 3.0 (WCF) with OPC Unified Architecture (UA), such that client applications based on OPC .NET 3.0 will be able to access OPC UA servers.OPC .NET 3.0 (WCF) enables:• Easy access to OPC DA (Data Access), OPC HDA (Historical Data Access) and OPC A&E (Alarms and Events).• A .NET development environment• Secure, firewall-friendly

The WCF implementation into a library and put the WCF host in a separate WCF application project. In our sample code, only two boolean parameters are needed in the configuration file to control whether or not we want to deploy it as N-Tier or 2-tier architecture; whether or not we want to use Entity Framework directly or use WCF data service on the top of Entity Framework.Development efficient: all entities are automatically generated by code generators with wcf tag support; also metadata classes together with annotation tags are auto-generated too. We even auto-generate the draft version of the business side CRUD operation interface by domain service feature in .NET 4. In addition, for the persistence layer, the main implementation is in the folder Framework/Persistence of project GH.Common, which makes the persistence implementation in project GH.Northwind.Persistence much simpler and easier. Good decoupling and good encapsulation for each layer. We use a persistence layer to adapter the business layer with the EntityFramework so that these two layers are decoupled as much as they can. By this way, the business layer is unit-testable.Validation logic are maintainable and flexible. We put all validation logic in one place: project GH.Northwind.Business.Entities so that we only need to implement and maintain one version of validation logic. All layers share one version of validation logic. We can call these validations easily in many layers, based on our practical needs. Currently, we call these validations in our ASP .NET MVC3 client presenter layer. Better maintainable, reusable, clearer and conflict-free code by avoiding duplicate code. Firstly, we avoid using service refrerence proxy to access WCF service. Service reference proxy can easily duplicates the same piece of code. Instead, we use the non-proxy “ChannleFactory” to access WCF service and WCF data service by reusing the service interface and data contracts from shared common libraries. Secondly, we put the auto-generated entity classes and their metadata classes into a separate project GH.Northwind.Business.Entities, and then maintain and use them throughout the whole application. Separation of WCF Implementation from WCF Host In the business layer, we separate the implementation lib from the deployment host; in