Windows 95

Windows XP was the first Microsoft OS to embed Windows Internet Explorer, Windows Media Player, a Windows firewall, and other Microsoft products into the OS.
win95=windows 95

Windows 98 supports both the FAT16 and FAT32 file systems. The FAT32 file system will support drives up to 2 terabytes in size, while the FAT16 file system will support drives up to 2 gigabytes in size.

Windows 95 does not have the Command Prompt but it does have the MS-DOS prompt, which runs a similar function. You can access it by clicking on Start and then Run. When the box appears, type â??commandâ?? and then press enter.

difference between window95 and window98?

hard disk 3gb limit and 512mb memory limit

It is not possible for a Windows 95 program KeyCAD Pro to be run using Windows 7. The best solution would be to try and find the same program in an upgraded version that will run on Windows 7.

I am going to buy a CD of Microsoft Flight Simulator WW II Europe Series, will this program run on a computer with Window 95/98 on it, thanks

jnelson@bbtel.com

It's not known how many copies of Windows 95 were sold in the first 2 weeks, but in the first 6 weeks there were 7 million sold. More than a million were sold in just the first 4 days.

Windows 2000 was codenamed Utopia. It just isn't known publicly for some odd reason.

Yes, but only the version originally used on movie DVDs. The OSR2 release is necessary for this.

The current maximum size of an NTFS partition is 16 exabytes (18 billion gigabytes). Assuming you can divide up the drive into four primary partitions, you can have 64 exabytes on a hard drive. Of course, Windows still uses BIOS addressing to find the size of a hard drive, so it is still limited by what the BIOS can see. Currently, the newest BIOSes support a maximum of 144 petabytes (144 million gigabytes).

An 'exe' extension file is created by a compiler that translates source code to machine code, usually in a Windows environment.

An executable program can open any file (including other executable files) by using the standard file API calls with a binary open option.

Unless you are doing something very specific with executable files it doesn't make much sense to read in an executable file from another executable file or program.

Yes, but you have to get the OSR2 release, which came out in 1997. It includes FAT32 support, USB support, etc.

Win386.swp

That would be strictly dependent on your personal definition of "enough." It may also be particular to what area and sense you are using the word. In other words, are you referring to enough money, success, abuse, pain, happiness, contentment, etc.? This is a question that only you can answer in regards to yourself, but before you attempt this you must have a strong foundation in the area you are referring to, and the strength of that foundation lies within the strength of its definition. Thus, first appropriately define, use good critical thinking skills, and then pursue.

It differs, because it has the internet and the start menu (2 biggest changes) as well as a desktop interface!

Put in the CD, open it and install both the AudioDJ8 Driver and Traktor Scratch Installer.

Windows is an "Operating System" not a program. And Windows 95 wasn't the first, there were earlier versions of windows and DOS, the first one called Microsoft Windows 1.0, and was released in 1985.

Windows NT 3.1 was the first NT version of Windows (which all of the recent and upcoming versions are based on)

No.

Any old OS like MS-DOS. It supports a filename of 8 characters.

yes it does because microsoft first used it in the year.

Go to the Command prompt and run "help" command to see the command list..

Go to where you first downloaded Yahoo Messenger, and download the newest version.

It's actually 3 stages: preprocessing, compilation and linking.

Preprocessing deals with all the preprocessor directives (all lines beginning with #). So a line such as #include<stdio.h> will effectively copy/paste the contents of the stdio.h header in place of the directive. The header itself may also contain preprocessor directives and these must be processed prior to insertion. Macros are also processed at this stage and all comments are stripped out. The end result is a translation unit that contains pure C code with absolutely no macros, no directives and no comments whatsoever. The translation unit is usually stored in working memory, however your IDE may include a switch that allows you to examine the contents of the translation unit.

The compiler processes each translation unit in isolation. Since the compiler cannot see any other translation units, only names with internal linkage can be resolved at compile time. The compiler produces an object file from the translation unit. The object file contains machine code along with a table of any names that couldn't be resolved by the compiler (those with external linkage).

Once all translation units have been compiled, the linker can examine the object files and resolve the outstanding external linkage problems, essentially linking all the object files into a single executable.

Problems can occur at any stage. For instance, preprocessing could result in a macro expansion that generates code that cannot be compiled. The compiler cannot resolve these problems because the compiler never saw the macro, it only saw the code that was generated by the preprocessor. So although it can identify the problem in the translation unit, it cannot identify where that problem originated. This is why macros are so difficult to debug: the compiler cannot help you.

Aside from macro problems, the compiler can identify and help you resolve a wide range of problems in your code thus it pays to make use of it as much as possible. The compiler can also statically assert your assumptions, perform compile-time computations and optimise your code through inline expansion, thus ensuring your code is error free and operates at peak performance.

Link-time errors are more difficult to deal with, but usually mean you've violated the one-definition rule (ODR) in some way, either by providing two different definitions for the same name or by not providing any definition of a name.

Even if no errors occur and linking is successful, it does not mean your executable is error free. The computer will only do exactly what you've told it to do, but it cannot account for logic errors at runtime. Many of these can be caught at compile time by making prudent use of static assertions, however this isn't always possible so you should also provide "sanity" checks wherever necessary and include appropriate error handling wherever runtime logic cannot be guaranteed to hold.