示例：this.getHibernateTemplate().find("from bean.User");

      返回所有User對(duì)象

二、find(String queryString , Object value);

      示例：this.getHibernateTemplate().find("from bean.User u where u.name=?", "test");

      或模糊查詢(xún)：this.getHibernateTemplate().find("from bean.User u where u.name like ?", "%test%");

      返回name屬性值為test的對(duì)象（模糊查詢(xún)，返回name屬性值包含test的對(duì)象）

三、find(String queryString, Object[] values);

      示例：String hql= "from bean.User u where u.name=? and u.password=?"

                this.getHibernateTemplate().find(hql, new String[]{"test", "123"});

      返回用戶(hù)名為test并且密碼為123的所有User對(duì)象

－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－

四、findByExample(Object exampleEntity)

      示例：

             User u=new User();    

             u.setPassword("123");//必須 符合的條件但是這兩個(gè)條件時(shí)并列的（象當(dāng)于sql中的and）    

   u.setName("bb");    

       list=this.getHibernateTemplate().findByExample(u,start,max);  

      返回：用戶(hù)名為bb密碼為123的對(duì)象

五、findByExample(Object exampleEntity, int firstResult, int maxResults)

      示例：

    User u=new User();    

            u.setPassword("123");//必須 符合的條件但是這兩個(gè)條件時(shí)并列的（象當(dāng)于sql中的and）    

            u.setName("bb");    

            list=this.getHibernateTemplate().findByExample(u,start,max);    

      返回：滿(mǎn)足用戶(hù)名為bb密碼為123，自start起共max個(gè)User對(duì)象。（對(duì)象從0開(kāi)始計(jì)數(shù)）

---------------------------------------------------

六、findByNamedParam(String queryString , String paramName , Object value)

    使用以下語(yǔ)句查詢(xún)：

       String queryString = "select count(*) from bean.User u where u.name=:myName";

         String paramName= "myName";

         String value= "xiyue";

         this.getHibernateTemplate().findByNamedParam(queryString, paramName, value);

         System.out.println(list.get(0));

     返回name為xiyue的User對(duì)象的條數(shù)

七、findByNamedParam(String queryString , String[] paramName , Object[] value)

      示例：

         String queryString = "select count(*) from bean.User u where u.name=:myName and u.password=:myPassword";

         String[] paramName= new String[]{"myName", "myPassword"};

         String[] value= new String[]{"xiyue", "123"};

         this.getHibernateTemplate().findByNamedParam(queryString, paramName, value);

         返回用戶(hù)名為xiyue密碼為123的User對(duì)象

八、findByNamedQuery(String queryName)

      示例：

        1、首先需要在User.hbm.xml中定義命名查詢(xún)

             <hibernate-mapping>

                  <class>......</class>

                  <query name="queryAllUser"><!--此查詢(xún)被調(diào)用的名字-->

                       <![CDATA[

                            from bean.User

                        ]]>

                  </query>

             </hibernate-mapping>

         2、如下使用查詢(xún)：

             this.getHibernateTemplate().findByNamedQuery("queryAllUser");

九、findByNamedQuery(String queryName, Object value)

      示例：

        1、首先需要在User.hbm.xml中定義命名查詢(xún)

             <hibernate-mapping>

                  <class>......</class>

                  <query name="queryByName"><!--此查詢(xún)被調(diào)用的名字-->

                       <![CDATA[

                            from bean.User u where u.name = ?

                        ]]>

                  </query>

             </hibernate-mapping>

         2、如下使用查詢(xún)：

             this.getHibernateTemplate().findByNamedQuery("queryByName", "test");

十、findByNamedQuery(String queryName, Object[] value)

      示例：

        1、首先需要在User.hbm.xml中定義命名查詢(xún)

             <hibernate-mapping>

                  <class>......</class>

                  <query name="queryByNameAndPassword"><!--此查詢(xún)被調(diào)用的名字-->

                       <![CDATA[

                            from bean.User u where u.name =? and u.password =?

                        ]]>

                  </query>

             </hibernate-mapping>

         2、如下使用查詢(xún)：

             String[] values= new String[]{"test", "123"};

             this.getHibernateTemplate().findByNamedQuery("queryByNameAndPassword" , values);

十一、findByNamedQueryAndNamedParam(String queryName, String paramName, Object value)

示例：

        1、首先需要在User.hbm.xml中定義命名查詢(xún)

             <hibernate-mapping>

                  <class>......</class>

                  <query name="queryByName"><!--此查詢(xún)被調(diào)用的名字-->

                       <![CDATA[

                            from bean.User u where u.name =:myName

                        ]]>

                  </query>

             </hibernate-mapping>

         2、如下使用查詢(xún)：

             this.getHibernateTemplate().findByNamedQuery("queryByName" , "myName", "test");

十二、findByNamedQueryAndNamedParam(String queryName, String[] paramName, Object[] value)

             this.getHibernateTemplate().findByNamedQuery("queryByNameAndPassword" , names, values);

十三、findByValueBean(String queryString , Object value);

示例：

      1、定義一個(gè)ValueBean，屬性名必須和HSQL語(yǔ)句中的：后面的變量名同名，此處必須至少有兩個(gè)屬性，分別為myName和 myPassword，使用setter方法設(shè)置屬性值后

          ValueBean valueBean= new ValueBean();

          valueBean.setMyName("test");

          valueBean.setMyPasswrod("123");

      2、

          String queryString= "from bean.User u where u.name=:myName and u.password=:myPassword";

          this.getHibernateTemplate().findByValueBean(queryString , valueBean);

十四、findByNamedQueryAndValueBean(String queryName , Object value);

示例：

        1、首先需要在User.hbm.xml中定義命名查詢(xún)

             <hibernate-mapping>

                  <class>......</class>

                  <query name="queryByNameAndPassword"><!--此查詢(xún)被調(diào)用的名字-->

                       <![CDATA[

                            from bean.User u where u.name =:myName and u.password=:myPassword

                        ]]>

                  </query>

             </hibernate-mapping>

      2、定義一個(gè)ValueBean，屬性名必須和User.hbm.xml命名查詢(xún)語(yǔ)句中的：后面的變量名同名，此處必須至少有兩個(gè)屬性，分別為 myName和myPassword，使用setter方法設(shè)置屬性值后

          ValueBean valueBean= new ValueBean();

          valueBean.setMyName("test");

          valueBean.setMyPasswrod("123");

          String queryString= "from bean.User u where u.name=:myName and u.password=:myPassword";

          this.getHibernateTemplate().findByNamedQueryAndValueBean("queryByNameAndPassword", valueBean);

Ask the ActionContext

Map attibutes = ActionContext.getContext().getSession();

Implement SessionAware

The session attributes are available on the ActionContext instance, which is made available via ThreadLocal. _Preferred_

• Ensure that servlet-config Interceptor is included in the Action's stack.
  • The default stack already includes servlet-config.
• Edit the Action so that it implements the SessionAware interface.
  • The SessionAware interface expects a setSession method. You may wish to include a companion getSession method.
• At runtime, call getSession to obtain a Map representing the session attributes.
• Any changes made to the session Map are reflected in the actual HttpSessionRequest. You may insert and remove session attributes as needed.
• Map parameters = this.getSession();

Ask the ActionContext

HttpServletRequest request = ServletActionContext.getRequest();

Implement ServletRequestAware

Preferred

• Ensure that servlet-config Interceptor is included in the Action's stack.
  • The default stack already includes servlet-config.
• Edit the Action so that it implements the ServletRequestAware interface.
  • The ServletRequestAware interface expects a setServletRequest method. You may wish to include a companion getServletRequest method.
• At runtime, call getServletRequest to obtain a reference to the request object.

Ask the ActionContext

HttpServletResponse response = ServletActionContext.getResponse();

Implement ServletResponseAware

Preferred

• Ensure that servlet-config Interceptor is included in the Action's stack.
  • The default stack already includes servlet-config.
• Edit the Action so that it implements the ServletResponseAware interface.
  • The ServletResponseAware interface expects a setServletResponse method. You may wish to include a companion getServletResponse method.
• At runtime, call getServletResponse to obtain a reference to the response object.

<project xmlns="http://maven.apache.org/POM/4.0.0" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
  xsi:schemaLocation="http://maven.apache.org/POM/4.0.0 http://maven.apache.org/maven-v4_0_0.xsd">
  <modelVersion>4.0.0</modelVersion>
  <groupId>cn.edu.nku</groupId>
  <artifactId>blog</artifactId>
  <packaging>war</packaging>
  <version>0.0.1-SNAPSHOT</version>
  <name>blog Maven Webapp</name>
  <url>http://maven.apache.org</url>
  <dependencies>
    <dependency>
      <groupId>junit</groupId>
      <artifactId>junit</artifactId>
      <version>3.8.1</version>
      <scope>test</scope>
    </dependency>
    <dependency>
        <groupId>org.apache.struts</groupId>
        <artifactId>struts2-core</artifactId>
        <version>2.1.6</version>
        <scope>compile</scope>
    </dependency>
    <dependency>
        <groupId>org.hibernate</groupId>
        <artifactId>hibernate</artifactId>
        <version>3.2.6.ga</version>
        <scope>compile</scope>
    </dependency>
    <dependency>
        <groupId>mysql</groupId>
        <artifactId>mysql-connector-java</artifactId>
        <version>5.1.6</version>
        <type>jar</type>
        <scope>compile</scope>
    </dependency>
  </dependencies>
  <build>
    <finalName>blog</finalName>
    <plugins>
        <plugin>
            <groupId>org.mortbay.jetty</groupId>
            <artifactId>maven-jetty-plugin</artifactId>
            <version>6.1.15.pre0</version>
        </plugin>
        <plugin>
            <groupId>org.apache.maven.plugins</groupId>
            <artifactId>maven-compiler-plugin</artifactId>
            <version>2.0.2</version>
            <configuration>
                    <source>1.5</source>
                    <target>1.5</target>
                    <encoding>UTF-8</encoding>
                </configuration>
            
        </plugin>
    </plugins>
  </build>
</project>

在windows操作系統(tǒng)下（當(dāng)然linux也可以，linux是在終端下）cd到項(xiàng)目的目錄，mvn jetty:run， 即可看到系統(tǒng)。
源碼付在下面，請(qǐng)大家參考。
用eclipse導(dǎo)入后，修改hibernate.cfg.xml里面的mysql的配置，首先要先建立相應(yīng)的數(shù)據(jù)庫(kù)，然后運(yùn)行cn.edu.nku.common.ExportDB.java生成數(shù)據(jù)庫(kù)里的表，。


有一點(diǎn)還希望大家能給出指點(diǎn)，用maven+jetty部署項(xiàng)目， 每次都要關(guān)閉jetty，然后再運(yùn)行mvn jetty:run，才能重新部署，不知道有沒(méi)有好的辦法，進(jìn)行熱部署。希望高人能指點(diǎn)迷津。


源碼下載

CreditCard cc = new CreditCard();
cc.setCardName("測(cè)試卡");
cc = ccDao.persist(cc);

A Blog Application with Warp (continued)

First check out the previous tutorial on creating a Blog application to get yourself going. In this article, I'll show you how to add forms and a bit of interactivity. You will learn the following Warp concepts:

• Event Handling and Navigation
  
• Events and the Button component
• The TextField and TextArea components
• Page scopes
  

Continuing from the previous tutorial, let's now make a "compose new entry" page. This will be very similar to the other pages with some different components:

<html>

  <head w:component="meta">

<title>Warp :: Compose New Blog Entry</title>

</head>
  <body w:component="frame">
    <input w:component="textfield" w:bind="newBlog.subject" />

<input w:component="textarea" w:bind="newBlog.text" />
    <input w:component="button" w:label="post blog" />

</body>
</html> 

The first important part to notice is that the <head> tag is decorated with a Meta component. This is very important indeed--along with the Frame component on <body>, Meta forms the foundation for Warp page behavior.

The other things to notice are the input components. TextField is a simple text box, we use the attribute w:bind to tell Warp where to bind the user input to. In this case I am giving it a path to a property of newBlog, which is a variable in my page object. OK, let's create ourselves this property:

@URIMapping("/blogs/compose")

public class ComposeBlog {

private Blog newBlog = new Blog("", "");    //an empty blog



@OnEvent

public void save() {

System.out.println(newBlog.getSubject() + " - " 

				+ newBlog.getText());

}

public Blog getNewBlog() {

return newBlog;

}

}

Here I have provided an event handler method named save(). By tagging it with the @OnEvent annotation, I have told Warp to invoke this method whenever the page triggers an event (in our case, the clicking of the button). First, the data is synchronized between the input components (TextField and TextArea) and the bound properties, then the event handler is fired which prints out their content.

Let's add some more functionality, where our list of blogs (from the previous tutorial) actually gets updated. For this we first need to add a method in ListBlogs that stores a new blog entry into the map. That part is easy enough:

@URIMapping("/home")

public class ListBlogs {

private Map<String, Blog> blogs = new HashMap<String, Blog>();


    public ListBlogs() { .. }
    public void addNewBlog(Blog blog) {

blogs.put(blog.getSubject(), blog);

}
    //...

} 

 Ok now let us invoke the store method from our compose page's event handler (remember Page-injection from the previous tutorial):

@URIMapping("/blogs/compose")

public class ComposeBlog {

private Blog newBlog = new Blog("", "");    //an empty blog



    @Inject @Page ListBlogs listBlogs;



@OnEvent

public void save() {

	listBlogs.addNewBlog(newBlog);

}



public Blog getNewBlog() {

return newBlog;

}

}

We're almost there, now when I save the entry, I want it to come back to the blog list. This follows the post-and-redirect design pattern common in web development. Warp supports this in an intuitive, type-safe manner. After saving the blog in my event handler, I simply return the page object that I want shown:

    @OnEvent

public ListBlogs save() {

listBlogs.addNewBlog(newBlog);



return listBlogs;

}

Neat! Now when you click the "post blog" button, it runs the save() method and redirects you to back to the blog list. You can return any type of object from an event handler so long as it is a page object (or a subclass of one). You can also redirect to an arbitrary URL or use JSP-style forwarding instead of post-and-redirect. Check out the Event Handling guide on the wiki for details.

One last step concerning Page scoping. Typically, Warp obtains an instance of a page object from the Guice injector on every request. This effectively means that any page object that is not bound (see Guice user guide for information on scopes) with a given scope is instantiated once per request. Since our HashMap is a property of the ListBlogs page, this means that when we redirect (in a new request), the Map gets blown away and we lose our new entry.

To fix this, we can scope the ListBlogs page object as a singleton. This means that ListBlogs is only created once for the lifetime of the webapp, and the Map of entries is retained.

@URIMapping("/home")

@Singleton

public class ListBlogs { .. }

You should be careful about relying on page objects to maintain state and do a lot of thinking before declaring a scope on a page.

The singleton scope is an easy fix for our example but in the real world you will want to store the blogs in a more permanent storage medium (such as a database or persistent store). In my next tutorial, we'll see how to do just that using JPA and Hibernate.

First check out the Hello World example to get yourself going. In this article, I'll show you how to knock together a simple Blog application where you can browse and read blog entries. You will learn the following Warp concepts:

• Page Injection
  
• RESTful behavior and the HyperLink component
• The Table and Column components
• Simple Internationalization (i18n)
  

First let's create ourselves a data model object representing a blog. This will be a simple POJO with 2 fields: subject and text.

public class Blog {



private String subject;



private String text;



    //don't forget your getters/setters here...



}

OK, now we make a list page where you can see a list of all the blogs currently in the system. For simplicity, we will store blogs in a HashMap. The Page object class for this list should look something like this:

@URIMapping("/blogs")



public class ListBlogs {



private final Map<String, Blog> blogs = new HashMap<String, Blog>();







public ListBlogs() {



//setup a blog as dummy data



blog = new Blog("MyBlog", "Warp is so great...");



blogs.put(blog.getSubject(), blog);



}







public Collection<Blog> getBlogList() {



return blogs.values();



}



}

Note the @URIMapping annotation which tells warp to map this page object to the URI "/blogs". The getter for property blogList, simply returns a list of all the values contained in our HashMap of blogs. For the interesting part, let's make a template to layout our blogs:

<?xml version="1.0" encoding="UTF-8"?>



<html>







<head>



<title>Warp :: Blogs</title>



</head>







<body w:component="frame">



<h1>A list of blog entries</h1>







    <table w:component="table" w:items="${blogList}"/>







</body>



</html>

This is a very simple template. Inside our body we have only one real component (Table) and we pass it our list of blogs in the w:items property that we declared above. Go ahead and run the app now and point your browser to: http://localhost:8080/blogs, you should see a table with 2 columns (subject and text) corresponding to the Blog data model object we declared above. Table is smart enough to inspect the items given it and construct an appropriate set of display columns. The rows of the table reflect the data in each instance of the Blog object in our HashMap. Nice!

OK, having the property names as the title of each column is not ideal--let's customize this. Customizing is as simple as adding a properties file in the same package as our Blog class, with the same name:

Blog.properties:



subject=Subject of Blog



text=Content

Now, run the app again and you should see the column names changed. In this way, you can also achieve internationalization (i18n). If you want to hide a property (i.e. not render a column for it), specify an empty key (so to hide subject, you would have just "subject=").

OK, let's create a view blog page now. This page will display one blog entry. Let's start with the view portion (called ViewBlog.html):

<?xml version="1.0" encoding="UTF-8"?>



<html>







<head w:component="meta">



<title>Reading :: ${blog.subject}</title>



</head>







<body w:component="frame">



<h1>Read...</h1>



<h3>${blog.subject}</h3>







${blog.text}







<a href="../home">back to list</a>



</body>

And its Page object:

@URIMapping("/blog")



public class ViewBlog {



private Blog blog;







//getters/setters...



}

Ok, this is fairly simple, but how does it know what blog to display? Let us use a RESTful idiom to achieve this. First, change your ViewBlog page object so that it takes a parameter indicating what blog to show:

@URIMapping("/blog/{subject}")



public class ViewBlog {



private Blog blog;







@OnEvent @PreRender



public void init(String subject) { .. }



}

Ok, this tells warp that when the URL http://localhost:8080/blog/myblog is requested, to inject anything matching the {subject} portion of the @URIMapping (in this case "myblog") to the @PreRender event handler method. Hold on, we're not done yet--we still need to obtain the appropriate blog from our HashMap which is stored in the ListBlogs page. This is done via page-injection:

@URIMapping("/blog/{subject}")



public class ViewBlog {



private Blog blog;







@Inject @Page private ListBlogs listBlogs;







@OnEvent @PreRender



public void init(String subject) {



this.blog = listBlogs.getBlog(subject);



}



}

Finally, we need to modify ListBlogs and give it a getBlog() method to fetch a Blog by subject:

@URIMapping("/blogs")



public class ListBlogs {



private Map<String, Blog> blogs = new HashMap<String, Blog>();







public ListBlogs() { .. }







public Collection<Blog> getBlogList() {



return blogs.values();



}







public Blog getBlog(String subject) {



return blogs.get(subject);



}



}

Ok, now let's wire the pages together so clicking on a blog in the list will take us to the view page for that blog. I want to make the subject of the blog clickable, so let's use the Column component to override the default behavior of table (which just prints out the subject as text):

<?xml version="1.0" encoding="UTF-8"?>



<html>







<head w:component="meta">



<title>Warp :: Blogs</title>



</head>







<body w:component="frame">



<h1>A list of blog entries</h1>







<table w:component="table" w:items="${blogList}" class="mytableCss">



<td w:component="column" w:property="subject">



<a w:component="hyperlink" w:target="/blog" 



		   w:topic="${subject}">${subject}</a>



</td>



</table>







</body>



</html>

Notice that we nest the hyperlink component inside the column override. This tells the Table component not to draw the column, instead to use our overridden layout instead. The attribute w:target simply tells the hyperlink the URI that we're linking (in this case /blog, which is the ViewBlog's mapping) and w:topic tells hyperlink to append the subject of the blog to the URI. So for a blog entitled "MyBlog," Warp will generate a URI as follows: /blog/MyBlog. And "MyBlog" gets stripped out and injected into the ViewBlog page's @PreRender handler so it can set it up.

Also notice the addition of a non-Warp attribute class to the <table> tag, which refers to the CSS class I want to style my table with. This is a useful tool for both for previewability as well as the end result HTML--generally whatever HTML attributes you write on a component will be passed through the final rendered page.

First download warp and its dependencies from the link provided above. For convenience, dependencies are packaged along with the warp core library in a zip file named warp-with-deps.zip. Unzip and place the provided jars into your application's WEB-INF/lib folder. Create a web.xml file in WEB-INF, and add the following filter mapping to it:

<?xml version="1.0" encoding="UTF-8"?>



<web-app version="2.4"



xmlns="http://java.sun.com/xml/ns/j2ee"



xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"



xsi:schemaLocation="http://java.sun.com/xml/ns/j2ee http://java.sun.com/xml/ns/j2ee/web-app_2_4.xsd" >

	<context-param>



<param-name>warp.module</param-name>



<param-value>my.example.MyModule</param-value>

	</context-param>







<filter>



<filter-name>warp</filter-name>



<filter-class>com.wideplay.warp.WarpFilter</filter-class>



</filter>







<filter-mapping>



<filter-name>warp</filter-name>



<url-pattern>/*</url-pattern>



</filter-mapping>



</web-app>

Note that the parameter warp.module must specify the class name of your Warp Module class. This is typically a class that looks like so:

package my.example; 

public class MyModule implements WarpModule {

 	public void configure(Warp warp) {

		//nothing required yet

 	}

} 

Now, this tells Warp to look in package my.example for page classes (and resources) to register to the runtime. Every class in the WarpModule's package and its sub-packages are considered candidates for page object registration (but only those that have corresponding templates are typically registered). You can also perform a lot of setup work in the WarpModule as we will see later on. 

In Warp, a page is represented by a page object, and any manipulation of that page or its state is driven from the page object. OK, let's create a simple page to say hello to the world:

package my.example;

public class Start {



private String message = "hello warp!";

 	//getter... 



public String getMessage() { return message; }     

} 

In Warp, page objects are always be accompanied by a template (in this case a standard HTML template) to tell Warp how to decorate and layout the content in the page. As a convention, templates are named the same as page classes (in our case, Start.html in the / directory):

<?xml version="1.0" encoding="UTF-8"?>



<html xmlns:w="http://www.wideplay.com/warp/schema/warp_core.xsd"



xmlns="http://www.w3.org/1999/xhtml"



xml:lang="en" lang="en">







<head>



<title>Warp :: Hello World</title>



</head>







<body w:component="frame">



<p>

			${message}



</p>



</body>



</html>

Note that the only unusual part about this template is the attribute on body named w:component which tells Warp to decorate the <body> tag with a Frame component. The Frame component is used on nearly every page and is a kind of "wrapper" for the page (and should always be present on the <body> tag) which creates some necessary conditions for the rendering of the page by the Warp framework.

The other noteworthy part of the template is the ${message} expression, which is a property expression telling Warp to look into the corresponding page object for a property named message. If you look above, we've declared message as a String in our Start page class. 

You should now have a web application with roughly the following structure:

	/

	 - Start.html 

	 - WEB-INF/

		- web.xml

		+ lib/

		+ classes/

Running the web aplication and pointing your browser at http://localhost:8080/Start now will produce the following page output:

Contribute to the Warp Framework

struts.configuration
          The org.apache.struts2.config.Configuration implementation class
            org.apache.struts2.config.Configuration接口名

struts.configuration.files
          A list of configuration files automatically loaded by Struts
           struts自動(dòng)加載的一個(gè)配置文件列表

struts.configuration.xml.reload
          Whether to reload the XML configuration or not
           是否加載xml配置(true,false)

struts.continuations.package
           The package containing actions that use Rife continuations
           含有actions的完整連續(xù)的package名稱(chēng)

struts.custom.i18n.resources
          Location of additional localization properties files to load
           加載附加的國(guó)際化屬性文件（不包含.properties后綴）

struts.custom.properties
          Location of additional configuration properties files to load
           加載附加的配置文件的位置

struts.devMode
          Whether Struts is in development mode or not
           是否為struts開(kāi)發(fā)模式

struts.dispatcher.parametersWorkaround
          Whether to use a Servlet request parameter workaround necessary for some versions of WebLogic
            （某些版本的weblogic專(zhuān)用）是否使用一個(gè)servlet請(qǐng)求參數(shù)工作區(qū)（PARAMETERSWORKAROUND）

struts.enable.DynamicMethodInvocation
          Allows one to disable dynamic method invocation from the URL
            允許動(dòng)態(tài)方法調(diào)用

struts.freemarker.manager.classname
          The org.apache.struts2.views.freemarker.FreemarkerManager implementation class
           org.apache.struts2.views.freemarker.FreemarkerManager接口名

struts.i18n.encoding
          The encoding to use for localization messages
           國(guó)際化信息內(nèi)碼

struts.i18n.reload
          Whether the localization messages should automatically be reloaded
           是否國(guó)際化信息自動(dòng)加載

struts.locale
          The default locale for the Struts application
           默認(rèn)的國(guó)際化地區(qū)信息

struts.mapper.class
          The org.apache.struts2.dispatcher.mapper.ActionMapper implementation class
            org.apache.struts2.dispatcher.mapper.ActionMapper接口

struts.multipart.maxSize
          The maximize size of a multipart request (file upload)
           multipart請(qǐng)求信息的最大尺寸（文件上傳用）

struts.multipart.parser
          The org.apache.struts2.dispatcher.multipart.
          MultiPartRequest parser implementation for a multipart request (file upload)
          專(zhuān)為multipart請(qǐng)求信息使用的org.apache.struts2.dispatcher.multipart.MultiPartRequest解析器接口（文件上傳用）

struts.multipart.saveDir
          The directory to use for storing uploaded files
           設(shè)置存儲(chǔ)上傳文件的目錄夾

struts.objectFactory
          The com.opensymphony.xwork2.ObjectFactory implementation class
           com.opensymphony.xwork2.ObjectFactory接口（spring）

struts.objectFactory.spring.autoWire
          Whether Spring should autoWire or not
           是否自動(dòng)綁定Spring

struts.objectFactory.spring.useClassCache
          Whether Spring should use its class cache or not
           是否spring應(yīng)該使用自身的cache

struts.objectTypeDeterminer
          The com.opensymphony.xwork2.util.ObjectTypeDeterminer implementation class
            com.opensymphony.xwork2.util.ObjectTypeDeterminer接口

struts.serve.static.browserCache
  If static content served by the Struts filter should set browser caching header properties or not
           是否struts過(guò)濾器中提供的靜態(tài)內(nèi)容應(yīng)該被瀏覽器緩存在頭部屬性中

struts.serve.static
          Whether the Struts filter should serve static content or not
           是否struts過(guò)濾器應(yīng)該提供靜態(tài)內(nèi)容

struts.tag.altSyntax
          Whether to use the alterative syntax for the tags or not
           是否可以用替代的語(yǔ)法替代tags

struts.ui.templateDir
          The directory containing UI templates
           UI templates的目錄夾

struts.ui.theme
          The default UI template theme
           默認(rèn)的UI template主題

struts.url.http.port
          The HTTP port used by Struts URLs
           設(shè)置http端口

struts.url.https.port
          The HTTPS port used by Struts URLs
           設(shè)置https端口

struts.url.includeParams
          The default includeParams method to generate Struts URLs
          在url中產(chǎn)生 默認(rèn)的includeParams

struts.velocity.configfile
          The Velocity configuration file path
           velocity配置文件路徑

struts.velocity.contexts
          List of Velocity context names
           velocity的context列表

struts.velocity.manager.classname
          org.apache.struts2.views.velocity.VelocityManager implementation class
           org.apache.struts2.views.velocity.VelocityManager接口名

struts.velocity.toolboxlocation
          The location of the Velocity toolbox
           velocity工具盒的位置

struts.xslt.nocache
          Whether or not XSLT templates should not be cached
           是否XSLT模版應(yīng)該被緩存