Spring MVC Form Handling Example

With this tutorial we shall explain create and submit a form in Spring MVC. Spring MVC provides tags that are data binding-aware and allow us to handle form elements, compining JSP and Spring Web MVC. Each tag in Spring MVC provides support for the set of attributes of its corresponding HTML tag, thus making the tags familiar and intuitive to use.

In this example we shall make use of a textbox, a password, a checkbox, a dropdown box and a hidden value, all tags provided by Spring MVC. They will be used as properties inside a class, which is the MVC model. There is also a validator for all these fields, and a view that contains a form with all these fields to fill and submit.

You may skip project creation and jump directly to the beginning of the example below.

Our preferred development environment is Eclipse. We are using Eclipse Juno (4.2) version, along with Maven Integration plugin version 3.1.0. You can download Eclipse from here and Maven Plugin for Eclipse from here. The installation of Maven plugin for Eclipse is out of the scope of this tutorial and will not be discussed. We are also using JDK 7_u_21. Tomcat 7 is the application server used.

Let’s begin,

1. Create a new Maven project

Go to File -> Project ->Maven -> Maven Project.

New Maven Project
New Maven Project – step 1

In the “Select project name and location” page of the wizard, make sure that “Create a simple project (skip archetype selection)” option is unchecked, hit “Next” to continue with default values.

New Maven project
New Maven project- step 2

Here the maven archetype for creating a web application must be added. Click on “Add Archetype” and add the archetype. Set the “Archetype Group Id” variable to "org.apache.maven.archetypes", the “Archetype artifact Id” variable to "maven-archetype-webapp" and the “Archetype Version” to "1.0". Click on “OK” to continue.

Add Maven archetype

In the “Enter an artifact id” page of the wizard, you can define the name and main package of your project. Set the “Group Id” variable to "com.javacodegeeks.snippets.enterprise" and the “Artifact Id” variable to "springexample". The aforementioned selections compose the main project package as "com.javacodegeeks.snippets.enterprise.springexample" and the project name as "springexample". Set the “Package” variable to "war", so that a war file will be created to be deployed to tomcat server. Hit “Finish” to exit the wizard and to create your project.

Configure Maven project
Configure Maven project

The Maven project structure is shown below:

New project structure
New project structure

    It consists of the following folders:

  • /src/main/java folder, that contains source files for the dynamic content of the application,
  • /src/test/java folder contains all source files for unit tests,
  • /src/main/resources folder contains configurations files,
  • /target folder contains the compiled and packaged deliverables,
  • /src/main/resources/webapp/WEB-INF folder contains the deployment descriptors for the Web application ,
  • the pom.xml is the project object model (POM) file. The single file that contains all project related configuration.

2. Add Spring-MVC dependencies

Add the dependencies in Maven’s pom.xml file, by editing it at the “Pom.xml” page of the POM editor. The dependency needed for MVC is the spring-webmvc package. The javax.validation and the hibernate-validator packages will be also used here for validation:


<project xmlns="" xmlns:xsi=""
	<name>springexample Maven Webapp</name>




3. Create the model is the class that will be used as the model. It has properties for all the fields that will be used in the form, which are a textbox, a password, a checkbox, a dropdown box and a hidden value. All fields must have getters and setters to be rendered in the view.

package com.javacodegeeks.snippets.enterprise.form.model;

import java.util.List;

public class Form {
//  textbox, password,
//  checkbox, dropdown, hidden value
	private String name;
	private String email;

	private String gender;

	private String password;
	private String passwordConf;

	private List<String> courses;
	private String tutor;
	private String hiddenMessage;

	public String getName() {
		return name;

	public void setName(String name) { = name;

	public String getEmail() {
		return email;

	public void setEmail(String email) { = email;

	public String getGender() {
		return gender;

	public void setGender(String gender) {
		this.gender = gender;

	public String getPassword() {
		return password;

	public void setPassword(String password) {
		this.password = password;

	public String getPasswordConf() {
		return passwordConf;

	public void setPasswordConf(String passwordConf) {
		this.passwordConf = passwordConf;

	public List<String> getCourses() {
		return courses;

	public void setCourses(List<String> courses) { = courses;

	public String getTutor() {
		return tutor;

	public void setTutor(String tutor) {
		this.tutor = tutor;

	public String getHiddenMessage() {
		return hiddenMessage;

	public void setHiddenMessage(String hiddenMessage) {
		this.hiddenMessage = hiddenMessage;

4. Create a Validator

The validator is the class that will be used in the controller to check on the values of each field in the form. In order to create a validator class, we are making use of the API provided by Spring MVC. below implements the org.springframework.validation.Validator, and overrides the two methods it provides.

The boolean supports(Class<?> paramClass) method is used to check if the validator can validate instances of the paramClass.

In the validate(Object obj, Errors errors) method, an instance of the class is provided, and an Errors object. The org.springframework.validation.ValidationUtils is used here, since it offers validation API methods to check the fields of the object. All error messages are passed in the error object. A properties file with error messages is used here to pass various validation messages to the errors object as shown below:

package com.javacodegeeks.snippets.enterprise.form.validator;

import java.util.List;

import org.springframework.validation.Errors;
import org.springframework.validation.ValidationUtils;
import org.springframework.validation.Validator;

import com.javacodegeeks.snippets.enterprise.form.model.Form;

public class FormValidator implements Validator {

	private static final String EMAIL_PATTERN = "^[_A-Za-z0-9-\\+]+(\\.[_A-Za-z0-9-]+)*@[A-Za-z0-9-]+(\\.[A-Za-z0-9]+)*(\\.[A-Za-z]{2,})


public boolean supports(Class<?> paramClass) {
return Form.class.equals(paramClass);

public void validate(Object obj, Errors errors) {
Form form = (Form) obj;
ValidationUtils.rejectIfEmptyOrWhitespace(errors, "name", "");
if(!form.getEmail().matches(EMAIL_PATTERN)) {
ValidationUtils.rejectIfEmptyOrWhitespace(errors, "gender", "valid.gender");
ValidationUtils.rejectIfEmptyOrWhitespace(errors, "password", "valid.password");
ValidationUtils.rejectIfEmptyOrWhitespace(errors, "passwordConf", "valid.passwordConf");
if (!form.getPassword().equals(form.getPasswordConf())) {
errors.rejectValue("passwordConf", "valid.passwordConfDiff");
List<String> courses = form.getCourses();
if (courses == null || courses.size() < 2) {
errors.rejectValue("courses", "");
ValidationUtils.rejectIfEmptyOrWhitespace(errors, "tutor", "valid.tutor");
The file below is the file that contains all the error messages. Please type your name
valid.gender = Please select your gender! type a correct email
valid.password=Please select a password
valid.passwordConf=Please confirm your password
valid.passwordConfDiff=Your password is different = Please select at least two courses!
valid.tutor=Please choose your tutor!

5. Create the Controller

The Controller is where the DispatcherServlet will delegate requests. The @Controller annotation indicates that the class serves the role of a Controller. The @RequestMapping annotation is used to map a URL to either an entire class or a particular handler method.

A org.springframework.validation.Validator is injected here, via the @Autowired annotation, also making use of the @Qualifier annotation to specify that the implementation of the org.springframework.validation.Validator class is injected.

The @InitBinder annotation in initBinder(WebDataBinder binder) method allows us to configure web data binding directly within the controller. With @InitBinder we can initialize the WebDataBinder, that is used for data binding from web request parameters to JavaBean objects. Here, the WebDataBinder is where the validator is set.

The Controller consists of two basic methods, a GET method, which is String initForm(Model model) and a POST method, which is String submitForm(Model model, @Validated Form form, BindingResult result). The first method creates and returns to the "form" view a new instance of the class. The second method also gets the Model, and the Form object created in the form. Form is annotated with the @Validated annotation, which allows the form object to be validated with the validator. BindingResult is where all validation errors are automatically passed, so it can be used to decide the next navigation step. If there are no errors, the validation is successful, so the method returns the String representation of the successForm.jsp page, and the form object is passed at the Model. Otherwise, the returned String is the String representation of the form.jsp page, which also has the error messages, as will be shown below.

The private void initModelList(Model model) method is used to initialize all lists that are passed to the model for the tags that use options, such as the checkbox and the dropdown box. So every time the form is rendered these lists are not null. If the lists are not initialized, then the iteration over the items of the lists leads to a NullPointerException.

package com.javacodegeeks.snippets.enterprise.form;

import java.util.ArrayList;
import java.util.List;

import org.springframework.beans.factory.annotation.Autowired;
import org.springframework.beans.factory.annotation.Qualifier;
import org.springframework.stereotype.Controller;
import org.springframework.ui.Model;
import org.springframework.validation.BindingResult;
import org.springframework.validation.Validator;
import org.springframework.validation.annotation.Validated;
import org.springframework.web.bind.WebDataBinder;
import org.springframework.web.bind.annotation.InitBinder;
import org.springframework.web.bind.annotation.RequestMapping;
import org.springframework.web.bind.annotation.RequestMethod;

import com.javacodegeeks.snippets.enterprise.form.model.Form;

public class FormController {

    private Validator validator;
    private void initBinder(WebDataBinder binder) {
	@RequestMapping(method = RequestMethod.GET)
	public String initForm(Model model) {
		Form form = new Form();
		model.addAttribute("form", form);
		return "form";

	@RequestMapping(method = RequestMethod.POST)
	public String submitForm(Model model, @Validated Form form, BindingResult result) {
		model.addAttribute("form", form);
		String returnVal = "successForm";
		if(result.hasErrors()) {
			returnVal = "form";
		} else {
			model.addAttribute("form", form);
		return returnVal;

	private void initModelList(Model model) {
		List<String> courses = new ArrayList<String>();
		model.addAttribute("courses", courses);
		List<String> genders = new ArrayList<String>();
		model.addAttribute("genders", genders);
		List<String> tutors = new ArrayList<String>();
		tutors.add("Mrs Smith");
		tutors.add("Mr Johnson");
		tutors.add("Mr Clarks");
		model.addAttribute("tutors", tutors);
		model.addAttribute("genders", genders);

6. Create the view with a form

The view below is a simple example of how to create a form. It is a simple html view consisting of the head and body html tags.

In order to create a form in Spring MVC, we make use of the form:form tag. Its method property is set to POST, and the commandName property is set to the name of the backing bean that is binded to the Model, which is the class.

The form:input tag is used to create the textbox, with its path property set to the field binded to it. The form:password tag is used to create the password field. The form:checkboxes tag has another property to configure, appart from the path property. It also provides the items property, where the list of the items to be displayed is set.

In order to create a hidden value, we are using the simple input tag, with name property set to the hiddenMessage, which is the field bound to it. Its type parameter is set to hidden, so this component is not visible in the view. It also has a value parameter set to a String message.

The form:errors tag defines where the error message of the specified field will be displayed in the view. Finally, the input tag, with type property set to submit is used for the submit button.


<%@ taglib prefix="form" uri=""%>
<title>Spring MVC form submission</title>

	<h2>Fill your form!</h2>

	<form:form method="POST" commandName="form">
				<td>Enter your name:</td>
				<td><form:input path="name" /></td>
				<td><form:errors path="name" cssStyle="color: #ff0000;"/></td>
				<td>Enter your mail:</td>
				<td><form:input path="email" /></td>
				<td><form:errors path="email" cssStyle="color: #ff0000;" /></td>
				<td>Enter your gender</td>
				<td><form:checkboxes path="gender" items="${genders}" /></td>
				<td><form:errors path="gender" cssStyle="color: #ff0000;"/></td> 
				<td>Enter a password:</td>
				<td><form:password path="password"  showPassword="true"/></td>
				<td><form:errors path="password" cssStyle="color: #ff0000;"/></td>
				<td>Confirm your password:</td>
				<td><form:password path="passwordConf" showPassword="true"/></td>
				<td><form:errors path="passwordConf" cssStyle="color: #ff0000;"/></td>
				<td>Choose the courses you like:</td>
				<td><form:checkboxes path="courses" items="${courses}" /></td>
				<td><form:errors path="courses" cssStyle="color: #ff0000;"/></td> 
				<td>Please select your tutor:</td>
				<td><form:select path="tutor">
					  <form:option value="" label="...." />
					  <form:options items="${tutors}" />
				<td><form:errors path="tutor" cssStyle="color: #ff0000;" /></td>
				<form:hidden path="hiddenMessage"/>
				<td><input type="submit" name="submit" value="Submit"></td>


Below is the page that will be rendered when the validation of the form succeeds:


<%@ taglib prefix="c" uri=""%>
<%@ taglib prefix="form" uri=""%>

<title>Spring MVC form submission</title>

Dear ${}, 
Your mail is ${}
You chose the courses below:
	<c:forEach var="course" items="${}">  
			<c:out value="${course}"/><br>
${form.tutor} will be your tutor!
Your hidden nickname is ${form.hiddenMessage}

7. Configure the application

The files that we must configure in the application are the web.xml file and the mvc-dispatcher-servlet.xml file.

The web.xml file is the file that defines everything about the application that a server needs to know. It is placed in the /WEB-INF/ directory of the application. The <servlet> element declares the DispatcherServlet. When the DispatcherServlet is initialized, the framework will try to load the application context from a file named [servlet-name]-servlet.xml located in /WEB-INF/ directory. So, we have created the mvc-dispatcher-servlet.xml file, that will be explained below. The <servlet-mapping> element of web.xml file specifies what URLs will be handled by the DispatcherServlet.


<?xml version="1.0" encoding="UTF-8"?>
<web-app xmlns:xsi="" xmlns="" xmlns:web="" xsi:schemaLocation="" id="WebApp_ID" version="3.0"> <display-name>Archetype Created Web Application</display-name>

The mvc-dispatcher-servlet.xml file is also placed in WebContent/WEB-INF directory. The org.springframework.web.servlet.view.InternalResourceViewResolver bean is used as internal resource views resolver, meaning that it will find the jsp and html files in the WebContent/WEB-INF/ folder. We can also set properties such as prefix or suffix to the view name to generate the final view page URL. This is the file where all beans created, such as Controllers are placed and defined.

The <context:component-scan> tag is used, so that the Spring container will search for all annotated classes under the com.javacodegeeks.snippets.enterprise package. The <mvc:annotation-driven> tag is used, so that the container searches for annotated classes, to resolve MVC. The class is also defined here as a bean, with an id.

Finally, the ResourceBundleMessageSource is used, to provide access to resource bundles using specified basenames. Its basename property is set to validation, thus pointing to the properties file that holds the validation messages.


<beans xmlns="" 	xmlns:context="" xmlns:mvc="" xmlns:xsi="" xsi:schemaLocation="">

  <context:component-scan base-package="com.javacodegeeks.snippets.enterprise" />
  <mvc:annotation-driven />

	<bean id="messageSource"
		<property name="basename" value="validation" />

 <bean id="formValidator" class="com.javacodegeeks.snippets.enterprise.form.validator.FormValidator" />
		<property name="prefix">
		<property name="suffix">


8. Run the application

Now, let's run the application. We first build the project with Maven. All we have to do is right click on the project and select -> Run As: Maven build. The goal must be set to package. The .war file produced must be placed in webapps folder of tomcat. Then, we can start the server.

Hit on:


initial form
initial form

So, here is our form. Press the submit button before having entered any values:

validation error messages
validation error messages

As a result all validation messages are rendered. Now, press different passwords and a wrong email and press the submit button again:

more validation error messages
more validation error messages

Again, there are validation messages. Now complete your form correctly and press on submit button:

form submitted
form submitted

There you go, your form is correctly submitted!

9. Download the Eclipse Project

This was an example of how handle a form in Spring MVC.

You can download the full source code of this example here:SpringMVCFormHandling

Theodora Fragkouli

Theodora has graduated from Computer Engineering and Informatics Department in the University of Patras. She also holds a Master degree in Economics from the National and Technical University of Athens. During her studies she has been involved with a large number of projects ranging from programming and software engineering to telecommunications, hardware design and analysis. She works as a junior Software Engineer in the telecommunications sector where she is mainly involved with projects based on Java and Big Data technologies.
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1 year ago

This example is not very useful when the page tags are mixed in with the code.
Most of the “code” in isn’t code, but text.

I’ve seen this on other pages, but this is one of the worst one so far.
I think these things wouldn’t happen so much if the pages were reviewed.

Last edited 1 year ago by Anonymous
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