Transcript Chapter 14
14
Web-Based Applications
C# Programming: From Problem Analysis to Program Design 2 nd Edition
C# Programming: From Problem Analysis to Program Design 1
Chapter Objectives
• Discover how Web-based applications differ from Windows applications • Use ASP.NET to create Web applications • Develop and configure Web Forms pages • Learn about different types of controls that can be added to Web applications • Add HTML and Web Forms server controls to Web applications C# Programming: From Problem Analysis to Program Design 2
Chapter Objectives (
continued
)
• Add validation, custom, and composite controls to verify user input, display calendars, and connect to database tables • Become aware of Web Services and their implications for distributed applications • Learn how mobile applications are developed using the Compact Framework (optional) C# Programming: From Problem Analysis to Program Design 3
Web-Based Applications
• Runs within an Internet browser • Collection of one or more related files or components stored on a server • Web server is software that hosts or delivers Web application • Hardware at location where Web server software is loaded is often called a Web server – It is the software that makes the equipment special and thus enables the computer to be called a server C# Programming: From Problem Analysis to Program Design 4
Web Programming Model
• MessageBox dialog boxes are not used with Web applications – Output would be displayed on the server – Output displayed through Label or other objects on Web page • Each request to view a Web page requires round trip to the server – Requests page via Hypertext Transfer Protocol (HTTP) – Page sent back as Hypertext Markup Language (HTML) document C# Programming: From Problem Analysis to Program Design 5
Web Programming Model (
continued
)
• Page is rendered – converted from HTML upon return to the browser • Every postback trip to the server creates new object – Causes Web pages to be
stateless
• Pages do not retain their values from one trip to the Web server to the next C# Programming: From Problem Analysis to Program Design 6
Static Pages
• Client-side application • Provide no interaction with the user • Does not require any processing on the client computer or by a Web server – Precreated pages residing on the server's hard drive – Delivered as HTML documents • HTML file contains formatting markup tags C# Programming: From Problem Analysis to Program Design 7
Dynamic Pages
• Involve processing in addition to rendering the formatting HTML tags • One programming model is to use traditional or classic Active Server Pages (ASP) – Includes script code in the HTML file – client-side scripts – Server-side scripts require processing to be done at the server level before page is delivered – VBScript and JavaScript – scripting languages C# Programming: From Problem Analysis to Program Design 8
Dynamic Pages (
continued
)
Figure 14-2
Server-side processing of a dynamic Web page C# Programming: From Problem Analysis to Program Design 9
ASP.NET
• Newer model for Web development • Does not require writing code in a separate scripting language • Includes a number of classes as part of the .NET Framework • To identify an ASP from an ASP.NET Web application, look at file extensions – ASP Web page ends with an .asp file extension – ASP.NET Web page ends with an .aspx file extension C# Programming: From Problem Analysis to Program Design 10
ASP.NET (
continued
)
• Two options for developing ASP.NET applications • Use the new ASP.NET Development Server – Available with Visual Studio 2005 and Visual Web Developer – Preferred option for developing and testing applications from a directory on a local machine • Second option: use Microsoft Internet Information Services (IIS) C# Programming: From Problem Analysis to Program Design 11
Visual Web Developer
• New product as part of Express line – Includes built-in ASP.NET development server • WYSIWYG – drag-and-drop approach to design • Includes features to publish applications • Includes option to create a File-system Web site – Store and run your Web application in any directory on your local machine • Get same functionality included as part of Visual Studio 2005 C# Programming: From Problem Analysis to Program Design 12
IIS option
• To use this option, Microsoft Internet Information Services (IIS) must be installed – IIS provides software tools for managing Web server – IIS requires a server-like operating system – IIS component should be installed
before
loading the .NET Framework C# Programming: From Problem Analysis to Program Design 13
ASP.NET – IIS
Figure 14-3
Verifying installation of IIS C# Programming: From Problem Analysis to Program Design Install IIS first To develop ASP.NET applications using IIS, you must also have administrative debugging privileges 14
Virtual Directories
• IIS assigns virtual name to directory that stores Web application • Virtual name becomes part of the Web site's address • Not a one-to-one correspondence between virtual name and actual physical location • IIS manages mapping • You can manually create virtual directories C# Programming: From Problem Analysis to Program Design 15
Virtual Directories (
continued
)
Figure 14-4
Manually creating a virtual directory C# Programming: From Problem Analysis to Program Design 16
StaticPage Virtual Directory
Physical location of ExampleHTML.htm
Figure 14-5
Location of ExampleHTML.htm
C# Programming: From Problem Analysis to Program Design 17
StaticPage Virtual Directory (
continued
)
StaticPage is the virtual name assigned using IIS
Figure 14-6
File accessed using a virtual filename C# Programming: From Problem Analysis to Program Design 18
Web Forms Page
• System.Web.UI namespace – Namespace includes Control class, inherited by the HTMLControl and WebControl classes – Namespace also includes Page class • Web applications designed with event-driven model, but there are fewer events – Web Forms page instead of Windows Forms • Build an ASP.NET Web application; two separate files are created C# Programming: From Problem Analysis to Program Design 19
Web Forms Page (
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)
• Web Forms page file – Stores visual elements – Container file from which the controls are displayed – Contains static HTML tags • Code-behind file – Where the programming logic resides – Stores event-handler methods C# Programming: From Problem Analysis to Program Design 20
Creating a Web Page Using IIS
By default, projects are created at http://localhost when HTTP is selected
Figure 14-7
Web application template for ASP.NET
C# Programming: From Problem Analysis to Program Design 21
Creating a Web Page Using IIS (
continued
)
Files are physically stored at default home directory, C:\InetPub\wwwroot
Figure 14-8
Virtual directory for DynamicWebSite C# Programming: From Problem Analysis to Program Design 22
Creating a Web Page Using IIS (
continued
)
Two solution files (same name as project, but end with .sln and .suo) stored at location configured to store all projects
Figure 14-9
Physical location of DynamicWebSite solution files C# Programming: From Problem Analysis to Program Design 23
Creating a Web Page Using File System
• Unlike sites created with IIS, you can select any directory location on local machine • Files are not stored at localhost (c:\Inetpub\wwwroot) • Create Web page using –
File > New > Web Site
instead of File > New > Project • Open existing Web page –
File > Open > Web Site
C# Programming: From Problem Analysis to Program Design 24
Creating a Web Page Using File System (
continued
)
Selecting File System option enables you to specify where the Web site files are stored on your local machine
Figure 14-10
Opening an existing Web site C# Programming: From Problem Analysis to Program Design 25
Web Page
• File ending in .aspx holds the HTML tags – View and directly edit the HTML source – Tags are automatically inserted for head, title, body, form, and div • First two lines in the .aspx markup file are called page directives – Page directives are delimited with <%@ and %> • Language is identified and CodeFile name is listed • AutoEventWireup attribute set to
true
– Event handler methods in the class are used C# Programming: From Problem Analysis to Program Design 26
Selected .aspx tab
Web Page (
continued
)
Figure 14-11
Web Application HTML document C# Programming: From Problem Analysis to Program Design 27
Code-Behind File
• Initially looks similar to Windows applications, but it is different • No Main( ) method – Page_Load( ) event handler • Contains many namespaces imported automatically • Can debug and execute Web application from within the IDE – Default Web browser is launched C# Programming: From Problem Analysis to Program Design 28
Code-Behind File (
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)
• Auto-generated code not created for ASP.NET 2.0 applications until you run the application – No hidden .designer.cs file as with Windows apps • Default.aspx created and automatically opened in Source view when you first start building a Web site • App_Data folder is automatically created – Reserved for storing data files C# Programming: From Problem Analysis to Program Design 29
Code-Behind File (
continued
)
Selected .aspx.cs tab
Figure 14-12
Code-behind file C# Programming: From Problem Analysis to Program Design 30
HTML Document File
Page object properties – fewer (and named differently) than available Windows Form object 31 C# Programming: From Problem Analysis to Program Design
Controls
• HTML • HTML server • WebParts • Validation • Navigation • Login • Data • Crystal Reports C# Programming: From Problem Analysis to Program Design 32
Controls (
continued
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• Beginning with Visual Studio 2005, see Toolbox controls in both Design and Source mode – Drag and drop controls onto the .aspx Source (HTML) markup page as easily as you drop it on Design page • Several different types of controls available in Toolbox • Most Web Forms controls you will be using are stored under the
Standard
node on the Toolbox C# Programming: From Problem Analysis to Program Design 33
HTML Controls
• Client side controls • Can be added to your page using a
WYSIWYG
drag and-drop approach • Limited number of HTML controls – even fewer with Visual Studio 2005
Figure 14-14
HTML controls C# Programming: From Problem Analysis to Program Design 34
HTML Controls (
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)
HTML controls do not maintain state Values in text boxes lost when Submit clicked
Figure 14-15
Submit button clicked C# Programming: From Problem Analysis to Program Design 35
Right click on the HTML control
Running HTML Controls as Server Controls
Appends runat="server“ to the HTML tag of the control
Figure 14-16
Converting an HTML control to HTML server control C# Programming: From Problem Analysis to Program Design 36
Server Control Events
private void btnSubmit_ServerClick( object sender, EventArgs e) { this .lblResult.Text = "Thanks!! " + this .txtFirst.Value + " " + } " + this .txtLast.Value + Text " Information will be forwarded to: used with this .txtEmail.Value; Label Value property used with Text Field C# Programming: From Problem Analysis to Program Design 37
Server Control Events (
continued
)
Figure 14-17
Web page after postback Number in address bar following localhost (as the port number) is a relatively random number, placed there when you specify the Location as File System C# Programming: From Problem Analysis to Program Design 38
Web Forms Server Controls
• Can mix and match HTML and Standard controls on your page • Web Forms Server Controls referred to as Standard controls – Also referred to as Web Server controls, Web controls, ASP server controls, or simply Web Forms controls C# Programming: From Problem Analysis to Program Design 39
Web Forms Server Controls (
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)
• Standard Controls have more built-in features than HTML controls – Look and act like their Windows counterparts (Fewer controls & fewer events to program) – Use object-oriented model • Web Forms controls do not map straight to HTML – Often it may take several HTML tags to represent one Web Forms control C# Programming: From Problem Analysis to Program Design 40
•
Web Forms Server Controls (
continued
)
Figure 14-18
Web Forms server standard controls C# Programming: From Problem Analysis to Program Design 41
Web Forms Server Controls (
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)
• Visual Studio prefixes the control name with attributes runat="server " /asp:control> • Stored in HTML document – file ending with .aspx extension C# Programming: From Problem Analysis to Program Design 42 continued • Fewer properties found with Web Forms types of controls than you find with their Windows Forms counterparts • Control’s properties, like Windows apps, can be set using the Properties window in Visual Studio – Settings (visual) are stored in the HTML document – the file ending with the .aspx extension C# Programming: From Problem Analysis to Program Design 43 • Comparison of Windows Forms button with Web Forms Standard button control object – Windows Forms button control: 50 properties – Web Forms Standard button control: 26 properties – Web Forms Standard button control: 8 events – Windows Forms button: 58 events C# Programming: From Problem Analysis to Program Design 44 • With ASP.NET 2.0, you do not need to define and instantiate control variables • Will not find special auto-generated section that holds control variable declarations (like previous versions) – ASP.NET runtime automatically inserts the required declaration and event wiring code into the final compiled file – Runtime creates another partial class dynamically from the .aspx page and merges it with the code behind partial class C# Programming: From Problem Analysis to Program Design 45 • By default, only a few events trigger postback to the server – Buttons click, events do – Changes in selections to ListBox, RadioButton, RadioButtonList, CheckBox, CheckBoxList, and DropDownList do not • AutoPostBack property can be set to true to automatically trigger a postback to the server • Be judicious with changes to AutoPostBack property C# Programming: From Problem Analysis to Program Design 46 Figure 14-20 Web site after adding server controls C# Programming: From Problem Analysis to Program Design 47 Figure 14-21 Wiring the same event to three RadioButton objects C# Programming: From Problem Analysis to Program Design All three radio buttons wired to the same event handler method 48 private void radioButton_CheckedChanged( object sender, System.EventArgs e) { if ( this .radBtnFresSop.Checked) { this .lblClassif.Text = "Freshmen & Sophomores "; } else if ( this .radBtnJrSr.Checked) { // More statements C# Programming: From Problem Analysis to Program Design 49 continued private void btnSubmit_Click( object sender, System.EventArgs e) { this .lblSubmit.Text = "Thanks " + this .txtBxFname.Text + "! You will be contacted... "; } if (lstBxInterests.SelectedIndex > -1) { this .lblSubmit.Text += " to discuss joining" + " the \"" + this .lstBxInterests.SelectedItem.Text + "\" team."; } C# Programming: From Problem Analysis to Program Design 50 C# Programming: From Problem Analysis to Program Design 51 • Treat validation control objects like any other control • Properties – ControlToValidate • Tie the validation control to a specific form control object – ErrorMessage • Set to the message you want displayed when the input control does not pass the validation C# Programming: From Problem Analysis to Program Design 52 continued RequiredField Validator control is placed beside the object it is validating Figure 14-22 Adding a RequiredFieldValidator control C# Programming: From Problem Analysis to Program Design 53 • Every control field on the page that has an associated validation control is checked when the page is posted • CausesValidation property of Button(s) can be set to false – By default, every Button object's CausesValidation property is set to true C# Programming: From Problem Analysis to Program Design 54 • Display calendar months on a Web page – Calendar is live – Can view and select dates • Properties – SelectedDate • Used to pick the month, day, and year for display • Initially set to the current date; date can be set programmatically – Customize with gridlines, borders; change font, background, foreground colors; set cell padding and spacing C# Programming: From Problem Analysis to Program Design 55 Click here to view “code behind” file continued Current selection (.aspx file) Current design view Click here to view HTML tags Use Page_Load( ) event-handler method to set the date with program statements Figure 12-24 Switching between .aspx and .aspx.cs files C# Programming: From Problem Analysis to Program Design 56 continued C# Programming: From Problem Analysis to Program Design 57 continued C# Programming: From Problem Analysis to Program Design 58 private void btnShowCalendar_Click( object sender, System.EventArgs e) { Calendar1.SelectedDates.Clear( ); meetingDate = new DateTime (DateTime.Today.Year, DateTime.Today.Month, DateTime.Today.Day, 8,0,0); meetingDate = meetingDate.AddDays(7); if (meetingDate.DayOfWeek.ToString() == "Sunday") { meetingDate = meetingDate.AddDays(1); } C# Programming: From Problem Analysis to Program Design 59 continued Calendar1.SelectedDate = meetingDate; this .lblMsg.Text = ("Meeting " + "next week: " + meetingDate.DayOfWeek + ", " + meetingDate.Month + "/" + meetingDate.Day + " at " + meetingDate.Hour + " P.M."); } // end of btnShowCalendar_Click ( ) method C# Programming: From Problem Analysis to Program Design 60 continued Displayed date Figure 14-26 Calendar showing different dates selected C# Programming: From Problem Analysis to Program Design 61 • Display data in a tabular format • Can bind data to a data source, such as a database • Common data source classes used to bind DataGrid objects to the actual data – DataReader – DataSet C# Programming: From Problem Analysis to Program Design 62 • New with .NET 2.0 – GridView is a little more sophisticated than DataGrid • GridView features – Automatic data binding – Auto-generation of buttons for selecting, editing, and deleting – Automatic sorting – Automatic paging C# Programming: From Problem Analysis to Program Design 63 • Use OleDB Data Provider for Access database – Connection string identifies the provider as an Access database and specifies the name of the database • Follow same guidelines/steps used to connect to database using Windows application – Minor change needed for Web application • DataBind( ) method call is different for Web applications C# Programming: From Problem Analysis to Program Design 64 private void btnShowMembers_Click( object sender, System.EventArgs e) { lblMembers.Visible = true ; try { string sConnection = "Provider= Microsoft.Jet.OLEDB.4.0;" + "Data Source=" + "C:\\CSharpProjects\\WebControls\\member.mdb"; OleDbConnection dbConn = new OleDbConnection(sConnection); string sql = "Select FirstName, LastName From memberTable " + " Order By LastName Asc, FirstName Asc;"; C# Programming: From Problem Analysis to Program Design 65 OleDbCommand dbCmd = new OleDbCommand( ); dbCmd.CommandText = sql; dbCmd.Connection = dbConn; OleDbDataAdapter memberDataAdap = new OleDbDataAdapter( ); memberDataAdap.SelectCommand = dbCmd; memberDS = new DataSet( ); // DataSet declared as protected class member memberDataAdap.Fill(memberDS, "memberTable"); // Binding is only change needed from the Windows app this .dataGrid1.DataBind( ); } // Catch clause goes here C# Programming: From Problem Analysis to Program Design 66 • Can use the data visual configuration tools and have these statements automatically generated for you – Instead of writing the program statements • .NET 2.0 includes two new data source classes – These classes reduce the need for accessing individual Data Provider classes • AccessDataSource and SqlDataSource – All providers (SQL Server, Oracle, ODBC, and OLEDB) can use SqlDataSource. C# Programming: From Problem Analysis to Program Design 67 continued • AccessDataSource inherits from the SqlDataSource • Use SQL queries to perform data retrieval • Includes large number of properties and methods • Do not have to set the Connection String property – Just identify the location of the Access .mdb file using the DataFile property – Can provide relative path to the data base • Use visual configuration tools to connect C# Programming: From Problem Analysis to Program Design 68 GridView object dragged to form New Data Source Smart tag Figure 14-27 Binding data source to the GridView C# Programming: From Problem Analysis to Program Design 69 continued Figure 14-28 Connecting to Access database C# Programming: From Problem Analysis to Program Design 70 continued Place database in the reserved App_Data directory Figure 14-29 Relative address for the Access database C# Programming: From Problem Analysis to Program Design 71 continued Figure 14-30 AccessDataSource Object C# Programming: From Problem Analysis to Program Design 72 continued Figure 14-31 Identify what data to retrieve C# Programming: From Problem Analysis to Program Design 73 • By default, DataGrid control displays data in read only format • To allow users to edit data, use Advanced tab from the Data Source Configuration tool to configure the select statement – This generates the additional Insert, Delete, and Update SQL statements • All primary key values must be retrieved as part of the select statement – Key columns can be removed using the smart tag once the configuration is complete C# Programming: From Problem Analysis to Program Design 74 continued Figure 14-32 GridView tasks C# Programming: From Problem Analysis to Program Design 75 continued • When application runs, columns display Edit and Delete – Clicking the Edit button causes the row of data to be displayed in an editable format Figure 14-33 Modifying data table C# Programming: From Problem Analysis to Program Design 76 • Navigation – Can now add site navigation by defining a site map – TreeView and SiteMapPath controls • Master Pages – Consistent layout for multiple-page – Create content pages that are displayed using the master page as the template • Data – New with 2.0 are DetailsView and FormView controls C# Programming: From Problem Analysis to Program Design 77 continued • Login – New security controls that enable you to authenticate users – PasswordRecovery control helps users change or remember passwords – LoginStatus control lets you present a Login or Logout button C# Programming: From Problem Analysis to Program Design 78 C# Programming: From Problem Analysis to Program Design 79 • On destination computer (that has IIS installed), create ASP.NET project or ASP.NET Web Service project – Use EXACTLY the same name as original • Close the project and close Visual Studio • Using MyComputer or Windows Explorer, copy original files from the original target folder into C:\Inetpub\wwwroot\projectName subdirectory – During copy, when prompted about replacing existing files, select “Yes to All” C# Programming: From Problem Analysis to Program Design 80 • Enable exchange of data from one computer to another, over the Internet or an intranet – Applications that return data – Does not involve presentation layer • Uses standard protocols – Hypertext Transfer Protocol (HTTP) – Extensible Markup Language (XML) – Simple Object Access Protocol (SOAP) – Web Services Description Language (WSDL) C# Programming: From Problem Analysis to Program Design 81 continued • Messages are sent as XML from one method to another – Data is physically returned as part of an XML message • XML uses tags to provide format for describing data like HTML – HTML tags tell browser how to display data in different formats – XML is readable – XML uses tags to describe the data being exchanged C# Programming: From Problem Analysis to Program Design 82 After you select the template to create the ASP.NET Web Service, a code window appears This example Web service returns "Hello World" Figure 14-34 Predefined WebMethod C# Programming: From Problem Analysis to Program Design 83 continued Running the application produces this output Figure 14-35 User interface for testing the Web service C# Programming: From Problem Analysis to Program Design 84 continued Figure 14-36 WSDL service description C# Programming: From Problem Analysis to Program Design Clicking the Service Description link shows the XML tags generated for the WSDL service agreement 85 Call up and test the Web service Test page also shows a sample SOAP request and response Figure 14-37 Test of Web service HelloWorld method operation C# Programming: From Problem Analysis to Program Design 86 continued Figure 14-38 XML produced from Web service call C# Programming: From Problem Analysis to Program Design When HelloWorld Web service method is executed, the string “Hello World” is embedded within XML tags 87 Once the Web service is created, applications can use it by adding a reference to it Figure 14-39 Adding Web reference C# Programming: From Problem Analysis to Program Design Use the Solutions Explorer window and select Add Web Reference 88 • Locate or type the URL for the Web service • Instantiates an object of the Web service class • Using that object, invoke the method(s) private void Button1_Click( object sender, System.EventArgs e) { localhost.Service1 obj = new localhost.Service1( ); this .Label1.Text = obj.HelloWorld( ); } C# Programming: From Problem Analysis to Program Design 89 continued Figure 14-42 Web services called C# Programming: From Problem Analysis to Program Design 90 • Template for developing applications for smart devices is available with Visual Studio • Uses .NET Compact Framework • Applications can be created without a PDA – Emulator that simulates device is included • Graphical user interfaces are less sophisticated – Fewer controls and events C# Programming: From Problem Analysis to Program Design 91 • Create new project – Select Device Application as the Project type – Select Pocket PC as the Template type • Blank miniature form that looks like a Pocket PC is displayed with a main Menu control • Using the WYSIWYG approach, drag and drop controls to the form C# Programming: From Problem Analysis to Program Design 92 continued Figure 14-43 Adding controls to the smart device application C# Programming: From Problem Analysis to Program Design 93 continued • Set properties • Use Format alignment tools • Drag menu onto Pocket PC – Menus displayed from the lower-left corner of the interface • Once the text is added to menu, double-click on text to register event-handler methods Figure 14-44 Adding a menu to a smart device application C# Programming: From Problem Analysis to Program Design 94 • continued Only programming statements added were those included in the event-handler methods private void btnCompute_Click ( object sender, System.EventArgs e) { this .lblResult.Text = ( double .Parse( this .txtBxV1.Text)* double .Parse( this .txtBxV2.Text)).ToString( ); } private void menuExit_Click ( object sender, System.EventArgs e) { this .Close( ); } C# Programming: From Problem Analysis to Program Design 95 continued • Clicking Start Without Debugging on the Debug menu displays the message asking for the type of device to target for the deployment Figure 14-45 Choosing a device as a target for deployment C# Programming: From Problem Analysis to Program Design 96 continued Figure 14-47 Pocket PC emulator created C# Programming: From Problem Analysis to Program Design Figure 14-48 Smart device application output 97 • Web site – Static versus dynamic pages • Protocols HTML, HTTP, XHTML • ASP.NET • Visual Web Developer – IIS versus File based applications – Virtual directories • Web Forms page – Creating Web page C# Programming: From Problem Analysis to Program Design 98 • Web-based versus Windows applications • Controls – HTML, HTML server, Standard controls • Validation, navigation, login, data • Calendar • Connect to database tables – Programmatically – Use visual configuration tools • Web Services • Mobile applications and Compact Framework (optional) C# Programming: From Problem Analysis to Program Design 99Web Forms Server Controls (
)
Events and Controls
ASP.NET 2.0 Changes
Web Forms Server Controls Events
Label, Button, RadioButton, ListBox Objects
Wiring Event-Handler Methods
RadioButton Event-Handler Method
Button Event-Handler Method (
)
Validation, Custom, and Composite Controls
Validation Controls
Validation Controls (
)
Page Validation
Calendar Control
Calendar Control (
)
Calendar Control (
)
Calendar Control (
)
Using a Calendar Control in Applications
Using a Calendar Control in Applications (
)
Calendar Control (
)
DataGrid and GridView Controls
GridView Control
Using a DataGrid Control in Applications
WebControls Application – Database Access
AccessDataSource
AccessDataSource (
)
Use Visual Tools to Connect
Use Visual Tools to Connect (
)
Use Visual Tools to Connect (
)
Use Visual Tools to Connect (
)
Use Visual Tools to Connect (
)
Modifying the Data
Use Visual Tools to Connect (
)
Use Visual Tools to Connect (
)
Other Controls
Other Controls (
)
Transport ASP.NET Application from One Web Server to Another
Web Services
Web Services (
)
Building a Web Service
Building a Web Service (
)
Building a Web Service (
)
Testing a Web Service
Testing a Web Service (
)
Using or Consuming Web Services
Calling the Web Service Method
Using or Consuming Web Services (
)
Smart Device Applications (Optional)
Create Smart Device Application
Create Smart Device Application (
)
Create Smart Device Application (
)
Create Smart Device Application (
)
Create Smart Device Application (
)
Create Smart Device Application (
)
Chapter Summary
Chapter Summary