what is preprocessor?
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Go here it has the info you need:\nhttp://en.wikipedia.org/wiki/Preprocessor
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Here you go\nhttp://www.thefreecountry.com/compilers/cpp.shtml\n///
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I code almost exclusively in ASM and binary for most CPU architectures out (very old through new), and haven't gone insane because of it. Thats not to say I wasnt insane before I started programming. :)
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Compilers.\n\nInterpreters read a source language and take an action. For example, a PRINT statement actually prints what you tell it to print.\n\nA compiler converts the source into the equivalent machine language. So a PRINT statement generates a machine language equivalent that will print what you want to print.\n\nInterpreters are somewhat easier to write, but typically slower. Compilers are more complex and may be slow to run, but can produce programs that run very quickly.\n\nExample interpreters: Some BASICs\nExample compilers: Almost all C, C++ compilers\n\nSome languages like JAVA do a little of both. A compiler converts the source to an intermediate language using a compiler and then (in many cases) that program is interpreted.\n\nNote however, that there are BASIC compilers, C interpeters, and JAVA compilers (e.g., gcj, or a JIT JVM).
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Simply stated, it is a processor that actually contains two processors on a single die. In effect, you have the equivalent of two processors inside one chip. In practice the performance improvement over a single core processor is less than 2X, especially since software needs to be written to take advantage of the fact that you have two processor cores available.
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Header files that were written by you and are placed in the same directory as the cpp files must be included like this:\n\n# include "algorithm.h"\n\nThe new standard applies to header files located in the library. If his header is not in the library then he would have to do the above preprocessor directive.
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Compilers. Of course, there is the simple matter of learning the programming language.\n\nHeres a free C++ compiler:\nhttp://www.bloodshed.net/dev/devcpp.html
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http://www.thefreecountry.com/compilers/cpp.shtml
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ARM is an embedded processor type.\n\nJiffies is an increment counter variable in the Linux kernel that keeps track of time.  It wraps onces it hits it's maximum value (pretty big, I believe it's currently an unsigned 64bit).  How fast it increases is based on the HZ value defined at compile time.
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prep is an abbreviation for prepare or prepraratory
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Follow this link:\n\nhttp://www.thefreecountry.com/compilers/cpp.shtml\n\n:)
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In a multi programming environment a processor may handle no. of programs at a time. Each program may have more than one modules running simultaniosly (for eg. u are opening two files in different windows of a notepad) then there will have two process for notepad.exe. Processor handles all the processes in a system in time sharing basis. Process is a program module submitted to the processor for execution.\n\nStepping is the revision/version number of a processor. (for eg. intel p4 2Ghz processor will have many versions/revisions)
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Use a compiler like Dev-C++.
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Yes...all kinds...Here's just one of hundreds...\nhttp://www.devhardware.com/c/b/Computer-Processors/
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please have a look on this.. \n\n\nhttp://www.cprogramming.com/tutorial/template_specialization.html
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What you would need is a disassembler for the specific processor that the software runs on. Even then, the disassembled executable will be difficult to follow, as many compilers create very bizarre executable code for perfectly sensible source code. It's only worth doing for small programs and only if it's the only way to get the assembly language source. There is no way to get back to the original C / C++ source, no matter what anybody may write.\n\nIf this request is for a large program (>2000 bytes) that runs on a PC, then forget it. It's only worth doing for embedded software, which is typically fairly small.
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In data processing or information processing, a Data Processor or Data Processing Unit or Data Processing System is a system which processes data which has been captured and encoded in a format recognizable by the data processing system or has been created and stored by another unit of an information processing system.\n\nA data processor is a specialized component or form of an information processing (sub)system. Its chief difference is that it tends to perform a dedicated function (i.e., its program is not readily changeable). Its dedicated function is normally to perform some (intermediate) step of converting input ('raw' or unprocessed) data, or semi-processed information, in one form into a further or final form of information through a process called decoding / encoding or formatting or re-formatting or translation or data conversion before the information can be output from the data processor to a further step in the information processing system.\n\nFor the hardware data processing system, this information may be used to change the sequential states of a (hardware) machine called a computer. In all essential aspects, the hardware data processing unit is indistinguishable from a computer's central processing unit (CPU), i.e. the hardware data processing unit is just a dedicated computer. However, the hardware data processing unit is normally dedicated to the specific computer application of format translation.\n\nA software code compiler (e.g., for Fortran or Algol) is an example of a software data processing system. The software data processing system makes use of a (general purpose) computer in order to complete its functions. A software data processing system is normally a standalone unit of software, in that its output can be directed to any number of other (not necessarily as yet identified) information processing (sub)systems.