What is meant by .net actually what are its uses?
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.net is a framework that is used in software development. the framework basically allows you to use libraries of controls, datastructures and other important assemblies to rapidly create and deploy software.
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java and the .net are one of the most popular softwares for developing systems. however the suitability issue depends on what type of software you are to develop. the .net framework works best for creating windows based application, java probably for business applications and for mobile applications. you could even use C++ if you are well geared with the language
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Hello :\n\nThe .NET Framework enables developers to build, deploy, and run XML Web services and Microsoft .NET–connected applications. It provides a highly productive environment for integrating existing investments with next-generation applications and services.\n\nThe Microsoft .NET Framework version 2.0 redistributable package installs the .NET Framework runtime and associated files required to run applications developed to target the .NET Framework v2.0. The .NET Framework version 2.0 improves scalability and performance of applications with improved caching, application deployment and updating with ClickOnce, support for the broadest array of browsers and devices with ASP.NET 2.0 controls and services.\n\nI have all of these info , \n\nI dont know if enough info \n\nHave a nice day \n\noceanosoft group owner
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XML is the newest but all .net language are mostly new\nlike C#,vb.net,all .net framework
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API-List \n\nThis list contains API-functions, all explained and illustrated with one or more examples. If you want to learn more about API, or don't know what API is, read thisText-file about the Win32 API-function calls (+/- 75 Kb).\n\nhttp://www.mentalis.org/apilist/apilist.php\n\nAPI-Guide\n(current version: 3.7.854, released on 2002/03/31)\n\nMany people have asked us if they could download our API list because they couldn't go online for a very long time and it could take ages to download all the API examples. Of course, this was very unpractical, since the list is changing every month.\n\nhttp://www.mentalis.org/agnet/apiguide.shtml\n\nWindows API Reference for C#, VB.NET and VB6\n\nThe Windows API (application programming interface) are the low level workings of Windows. It offers high performance, and lightweight code, but it is very sparsely documented for .NET programmers. This section provides a rough guide to the Win32 API from a C# and VB.NET developers perspective.\n\nThis guide is not definitive, and will evolve with more content over time. Currently listed are over 1,600 Windows API functions. To use this guide, firstly expand the one of the libraries below by pressing the icon. Once you have found the function you are looking for, click on the library name itself.\n\nhttp://www.webtropy.com/articles/Win32-API-DllImport-art9.asp
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Net framework 2 is out now so install that instead. Its not that important but if you want to run certain apps it is nessasary but if you are running without it at the moment obviously everything you use dosent need it.
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In .NET, Reflection is used to describe the classes provided by the framework that are used to either acquire information, invoke, or create assemblies, modules or class types at runtime.\n\nOne example for using reflection is the ability to load an assembly, look for a type in that assembly, create an instance of that type and then invoke a method on the type.\n\nThis can be done while the application is running instead of adding the reference at compile time and creating the object and calling the method in your code.\n\nThis feature does not, however, come without a price.  Reflection is typically slower to execute because it is being done dynamically.  The advantage to reflection is that you don't need to have the assembly available at compile time and you can discover and call methods without knowing their function signature beforehand.
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In the Microsoft .NET framework an assembly is a partially compiled code library for use in deployment, versioning and security. In the Microsoft Windows implementation of .NET, an assembly is a PE (portable executable) file. There are two types, process assemblies (EXE) and library assemblies (DLL). A process assembly represents a process which will use classes defined in library assemblies. In version 1.1 of the CLR classes can only be exported from library assemblies; in version 2.0 this restriction is relaxed. The compiler will have a switch to determine if the assembly is a process or library and will set a flag in the PE file. .NET does not use the extension to determine if the file is a process or library. This means that a library may have either .dll or .exe as its extension.\n\nThe code in an assembly is partially compiled into CIL, which is then fully compiled into machine language at runtime by the CLR.\n\nAn assembly can consist of one or more files. Code files are called modules. An assembly can contain more than one code module and since it is possible to use different languages to create code modules this means that it is technically possible to use several different languages to create an assembly. In practice this rarely happens, principally because Visual Studio only allows developers to create assemblies that consist of a single code module.\n\nThe name of an assembly consists of four parts:\n\n   1. The short name. On Windows this is the name of the PE file without the extension.\n   2. The culture. This is an RFC 1766 identifier of the locale for the assembly. In general, library and process assemblies should be culture neutral, the culture should only be used for satellite assemblies.\n   3. The version. This is a dotted number made up for 4 values — major, minor, build and revision. The version is only used if the assembly has a strong name (see below).\n   4. A public key token. This is a 64-bit hash of the public key which corresponds to the private key used to sign the assembly. A signed assembly is said to have a strong name.\n\nThe public key token is used to make the assembly name unique. Thus, two strong named assemblies can have the same PE file name and yet .NET will recognise them as different assemblies. The Windows file system (FAT32 and NTFS) only recognises the PE filename, so two assemblies with the same PE file name (but different culture, version or public key token) cannot exist in the same Windows folder. To solve this issue .NET introduces something called the GAC (Global Assembly Cache) which is treated as a single folder by the .NET CLR, but is actually implemented using nested NTFS (or FAT32) folders.\n\nTo prevent spoofing attacks, where a cracker would try to pass off their assembly as yours, the assembly is signed with a private key. You keep your private key secret, so a cracker cannot have access to it, and cannot guess the associated public key. Signing the assembly involves taking a hash of important parts of the assembly and then encrypting the hash with the private key. The signed hash is stored in the assembly along with the public key. The public key will decrypt the signed hash. When the CLR loads a strongly named assembly it will generate a hash from the assembly and then compares this with the decrypted hash. If the comparison succeeds then it means that the public key in the file (and hence the public key token) is associated with the private key used to sign the assembly. This will mean that the public key in the assembly is the public key of the assembly publisher and hence a spoofing attack is thwarted.\n\n.NET code access security is based on assemblies and evidence. Evidence can be anything deduced from the assembly, but typically it is created from the source of the assembly — whether the assembly was downloaded from the Internet, an intranet, or installed on the local machine (if the assembly is downloaded from another machine it will be stored in a sandb
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Hi... in this world (net) everything is possible... and VB and HTML... are primitive languages for websites and programing!!!
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do you mean the programs are already coded and running??\n\ncan you explain a bit further?? what do the programs do? how do they need to be functioning together? in what environment are they running??\n\n----------------------------------------------------------\nWell, the integration can be accomplished with .net, java, or whatever technology really. The reason why they're asking for a .net programmer is probably because the programs they already have were developed in .net, so it's just logical to go with it. It's usually more expensive to mix or switch technologies...\nRegarding the benefits of .Net, you are entering a very interesting but never-ending debate that has been going on for quite some time now: basically the question is Microsoft or non-Microsoft?? Since there is not really an easy or ultimate answer, i can just suggest that you do some reading on this subject and make up your own mind.. \nJust bear in mind that anything is possible with any technology\nGood luck getting the job..
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What's the difference between .com, .net, .org domain names? \n\nOriginally, the three letter extensions after the dot (or Top Level Domain/TLD) were meant to denote whether the domain name was being used for business (.com) charity/non-profit (.org) or for a technology based company (.net). However, with the explosion of the Internet (and specifically, the world wide web) as a new business medium, the lines were blurred, and companies and individuals alike started cross-registering domains (ie. Me.com, me.net, me.org) just to protect their interests. Now, .com, .net, and .org names (the generic Top Level Domains) can be used for any purpose.
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The user must have .NET framework installed on computer.You can prepare setup which firstly installs the .NET framework and then your application.\nYou can check this webpage : http://www.vbdotnetheaven.com/Code/Jun2003/2005.asp
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.NET is very complex and advanced, I'd really recommend you go on a course and buy a good book / manual rather than trying to learn from resources on the net.\n\nThis website http://www.appdev.com/promo.asp?page=SE00005 does provide a free of charge sample training CD that might help you decide whether further training is for you tho.
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I noticed by looking at the filename extensions on my space that it uses asp.net and cold fusion.\nASPX and cfm.\nMy guess is things were probably initially written in cold fusion.
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.NET is kind of a translator - it's an effort to let people program in a variety of different languages, which then gets compiled into an intermediate language, when then gets compiled again into your machine's language.  It's sort of a lingua-franca translator.  Instead of having to have all these languages (VC#, VC++, VB, VJ++, etc) have to have their own compilers, they get translated by the same compiler into an intermediary language, which then gets translated again.  A bit slower in the long run and not quite as flexible, but it's still kind of a cool concept.
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Mono provides the necessary software to develop and run .NET client and server applications on Linux, Solaris, Mac OS X, Windows, and Unix.\nTry :\nhttp://www.mono-project.com/Main_Page\nhttp://www.mono-project.com/Mono:About
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Side-by-side programming in .NET is creating applications that use different versions of the .NET framework.\n\nBy default, all (desktop) applications compiled with Visual Studio 2002 use version 1.0 of the .NET Framework, those compiled with Visual Studio 2003 use version 1.1 of the .NET Framework and those compiled with Visual Studio 2005 use version 2.0 of the framework.\n\nASP.NET applications, as of version 1.0 and 1.1 of the framework, required different ASP.NET IIS filters to be used on the site, depending upon the version of the framework the Web application was compiled against.  With the .NET Framework 2.0, individual Web sites can be configured to use either version of the framework through the IIS configuration tool.\n\nSide-by-side execution allows for all versions of the framework to be installed on the computer and the respective applications will use the appropriate versions.  Executable applications which don't use "breaking changes" (or those that no longer work with the newer frameworks) can modify their application configuration file to use different versions of the .NET framework.