The xVal was designed to be a validation framework for ASP.NET MVC applications. It makes it easy to link up your choice of server-side validation mechanism with your choice of client-side validation library, neatly fitting both into ASP.NET MVC architecture and conventions.
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1. The following is a brief description of the xVal framework, both from a user and a developer perspective:
The xVal framework aims to solve two specific problems:
– Selecting and building validation features within ASP.NET MVC applications
– Validation that conforms to ASP.NET MVC conventions
– Validation that can be made more maintainable by considering web application concerns
– Offer a set of facilities that will help both you and the xVal community to make a cohesive and elegant presentation/UI layer.
xVal is split into a number of layers.
The first layer is the xVal.Views layer. This is a set of classes in the System.Web.Mvc namespace that contains a number of helper classes and extension methods designed to help you build your views.
The second layer is the xVal.Service layer. This is the xVal implementation, providing interfaces for Validation, Strategy, Rules and Ordering. The implementation uses a number of conventions to allow you to build validation without getting bogged down with implementation details.
The final layer is the xVal.Distribution layer. This is an implementation-independent user interface. The xVal.Distribution framework provides a number of UI components that xVal users can apply to any ASP.NET MVC application.
– Not required*
– Validation label*
– Submit button*
– Dropdown list*
– Grid view*
– List view*
– Combo box*
– Checkbox list*
– Image list*
– Sorting link*
– Data entry*
– Upload button*
– Button list*
xVal contains a number of other UI components, including a simple module for validation messages (xVal.MessageBox).
xVal is self-contained, meaning that it doesn’t rely on any of the components that it integrates with.
This is an important decision for the xVal framework. The typical situation is that developers are first integrating xVal with their own applications. xVal then becomes something the
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Using the default validation
If you simply add @Html.ValidationSummary() to your page, you’ll see something like this:
If a validation error occurs, you’ll see the validation message displayed on screen, along with highlighted form elements.
Using the jQuery validation
First, download the jQuery validation plugin. Unzip the downloaded file and copy it to your MVC view. You’ll also need to add the jquery and jquery-ui scripts and stylesheets to your view.
Add the following script block to the page in the view.
Next, in your View, you’ll add @Scripts.Render() to provide the location of the files.
Finally, you’ll add @Html.ValidationSummary() at the top of the View to render an error message and the validation summary:
You’ll also add the jQuery Validation code to the script to bind to the validators and trigger validation events.
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Source Code and Builds
You can get the source code for xVal [here]( There are builds for.NET Framework and.NET Core.
## Client-Side Validation
Consider the following example of form validation
@Html.TextBoxFor(m => m.SomeProperty)
@Html.ValidationMessageFor(m => m.SomeProperty)
`ValidationSummary` and `ValidationMessageFor` will be generated in xVal. We can assume that you know where to look for the relevant HTML markup in a view, or that you have a helper that does the same.
`@Html.ValidationSummary(true)` will run a comprehensive client-side validation (for example, email address validators, etc). It is entirely possible that you may not want to do this, for example if the user is editing a value.
`@Html.ValidationMessageFor` will only do client-side email address validators, and not a model-specific validation.
What’s New In?
xVal is an ideal framework to validate HTML forms and client
The form consists of a text input and an input radio group.
In the text input, we want a maxlength of 5 and a required field.
The radio group should consist of two options: one with a maxlength of 3 and a required field, and one that is not required.
This form has to be validated both server-side and client-side.
In this case, to do so, we want to use xVal to call validation directly from .NET MVC controller methods.
xVal provides three types of widgets:
Input Widgets: The TextBox and
RadioButton: provide an opportunity to validate a text field and a radiobutton option;
Validation Widgets: The
Validator: provides an outlined example of how to create your own validation widgets. It is a very simple tool that you can use to produce the most commonly used forms of validation;
and Custom Widgets: Custom
widgets: Provide you with a full control of your form widgets.
Once you’ve downloaded the xVal.zip file, you can open the folder (xVal-MySql.MySql.exe) and you should see a MySql.
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