ASP.NET allows for simplified and modular web development through features like server-side coding, rich web forms, drag-and-drop design, and reusable server controls. The page lifecycle in ASP.NET involves events like init, load, and render that occur on both the client and server sides. State management is provided through view state stored on the client and session/application state stored on the server. Master pages allow content to be templated for reuse across pages. A web application project compiles all pages into a single DLL for improved performance compared to a web site project.
The document discusses the ASP.NET page lifecycle, which begins when a client requests a page from the server. It goes through initialization, loading, validation, event handling, and rendering steps. Key parts of the lifecycle include initializing controls and themes, loading view state and postback data, validating controls, firing server-side events, and rendering the output. Master pages and user controls follow the same lifecycle but are initialized differently and have their events called at different times in the process. The full lifecycle ensures the correct processing and output of the requested page.
ASP.NET is a server-side web application framework designed for web development to produce dynamic web pages. It was developed by Microsoft to allow programmers to build dynamic websites, web applications, and web services. ASP.NET uses a compiled execution model whereby code is typically written in C# or Visual Basic .NET and compiled to bytecode that is executed by the Common Language Runtime.
Overview of ASP.NET
An ASP.NET Page
Server Controls
User Controls
Validation
Master Pages
Themes & skins
Page Cycle Events
Menu, Navigation & Sitemaps
Some cool new ASP.NET 2 Server Controls
This document provides an introduction to ASP.NET development. It outlines that ASP.NET is a server-side language that uses a simplified page development model and modular, extensible architecture. It also discusses ASP.NET features like superior debugging, rich caching support, scalable session state, and error recovery. The document then covers request and response processing, common technologies used like HTML and JavaScript, and how ASP.NET web forms separate code from design and use server controls like Windows forms. It explains the ASP.NET page lifecycle and concepts like postbacks and view state. It concludes by discussing using session state and application state to store object data and how to start ASP.NET development using web sites versus web applications.
This document provides an introduction and overview of ASP.NET and Web Forms. It discusses the background of ASP and how ASP.NET was developed to address challenges with ASP. The key features of ASP.NET, including Web Forms, Web Services, and the .NET Framework are described. The document then covers the ASP.NET programming model based on controls and events, and how postbacks maintain page state without requiring additional code. It also introduces the ASP.NET object model and server-side controls.
Satya Nadella is the Chief Executive Officer of Microsoft. Ayman Mohamed Mansour has successfully completed the requirements to become a Microsoft Specialist in Configuring Windows 7. He achieved this certification on December 01, 2015 with a certification number of F492-4448.
ASP.NET allows for simplified and modular web development through features like server-side coding, rich web forms, drag-and-drop design, and reusable server controls. The page lifecycle in ASP.NET involves events like init, load, and render that occur on both the client and server sides. State management is provided through view state stored on the client and session/application state stored on the server. Master pages allow content to be templated for reuse across pages. A web application project compiles all pages into a single DLL for improved performance compared to a web site project.
The document discusses the ASP.NET page lifecycle, which begins when a client requests a page from the server. It goes through initialization, loading, validation, event handling, and rendering steps. Key parts of the lifecycle include initializing controls and themes, loading view state and postback data, validating controls, firing server-side events, and rendering the output. Master pages and user controls follow the same lifecycle but are initialized differently and have their events called at different times in the process. The full lifecycle ensures the correct processing and output of the requested page.
ASP.NET is a server-side web application framework designed for web development to produce dynamic web pages. It was developed by Microsoft to allow programmers to build dynamic websites, web applications, and web services. ASP.NET uses a compiled execution model whereby code is typically written in C# or Visual Basic .NET and compiled to bytecode that is executed by the Common Language Runtime.
Overview of ASP.NET
An ASP.NET Page
Server Controls
User Controls
Validation
Master Pages
Themes & skins
Page Cycle Events
Menu, Navigation & Sitemaps
Some cool new ASP.NET 2 Server Controls
This document provides an introduction to ASP.NET development. It outlines that ASP.NET is a server-side language that uses a simplified page development model and modular, extensible architecture. It also discusses ASP.NET features like superior debugging, rich caching support, scalable session state, and error recovery. The document then covers request and response processing, common technologies used like HTML and JavaScript, and how ASP.NET web forms separate code from design and use server controls like Windows forms. It explains the ASP.NET page lifecycle and concepts like postbacks and view state. It concludes by discussing using session state and application state to store object data and how to start ASP.NET development using web sites versus web applications.
This document provides an introduction and overview of ASP.NET and Web Forms. It discusses the background of ASP and how ASP.NET was developed to address challenges with ASP. The key features of ASP.NET, including Web Forms, Web Services, and the .NET Framework are described. The document then covers the ASP.NET programming model based on controls and events, and how postbacks maintain page state without requiring additional code. It also introduces the ASP.NET object model and server-side controls.
Satya Nadella is the Chief Executive Officer of Microsoft. Ayman Mohamed Mansour has successfully completed the requirements to become a Microsoft Specialist in Configuring Windows 7. He achieved this certification on December 01, 2015 with a certification number of F492-4448.
74 409 server virtualization with windows server hyper-v and system centerayman diab
Satya Nadella, CEO of Microsoft, certified AYMAN MOHAMED MANSOUR as a Microsoft Specialist in Server Virtualization with Windows Server Hyper-V and System Center on March 13, 2014. MANSOUR completed the requirements and was issued certification number E750-7285 to be recognized as a Microsoft Specialist in this area.
Microsoft Certified System Administrator (MCSA)ayman diab
Satya Nadella is the Chief Executive Officer of Microsoft. Ayman Mohamed Mansour has successfully completed the requirements to be recognized as a Microsoft Certified Solutions Associate: Windows Server 2008. He achieved this certification on April 16, 2012 with certification number D719-8215.
74 409 server virtualization with windows server hyper-v and system centerayman diab
Satya Nadella, CEO of Microsoft, certified AYMAN MOHAMED MANSOUR as a Microsoft Specialist in Server Virtualization with Windows Server Hyper-V and System Center on March 13, 2014. MANSOUR completed the requirements and was issued certification number E750-7285 to be recognized as a Microsoft Specialist in this area.
Microsoft Certified System Administrator (MCSA)ayman diab
Satya Nadella is the Chief Executive Officer of Microsoft. Ayman Mohamed Mansour has successfully completed the requirements to be recognized as a Microsoft Certified Solutions Associate: Windows Server 2008. He achieved this certification on April 16, 2012 with certification number D719-8215.