Examples of using Assembler in English and their translations into Serbian
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
-
Latin
-
Cyrillic
Assembler and higher program languages.
After I've inspected the assembler, I'll.
Assembler and higher program languages.
The Casio PB-2000 for example offered ANSI-C,BASIC, Assembler and Lisp.
Some assemblers would offer predefined macros to generate the call and return sequences.
Many operating systems used on embedded systems have been traditionally written in assembler code for this reason.
The prototype RVC assembler then often converted these to compressed forms that were half the size.
Ten comparison-branch operations are implemented with only six instructions,by reversing the order of operands in the assembler.
An early, if not the very first, assembler was proposed"by a young hot-shot programmer" for the EDVAC(Davis 2000:192).
Anyone can install such a simple device in a cabinet, even with a minimum set of tools andwithout having special knowledge of the furniture assembler;
An assembler is a computer program that translates a human-readable form of the ISA into a computer-readable form.
Programming the characteristic signal processing algorithms in C and assembler. ContentsContents of lecturesOne hour a weekOne hour a week.
Commissioning a PCB assembler to build your prototype boards is an efficient way to save time and money, as well as avoid frustration.
Because object-oriented programming is considered a paradigm, not a language,it is possible to create even an object-oriented assembler language.
A machine instruction, usually generated by an assembler program, is often considered the smallest unit of processing although this is not always the case.
In 1920 he loaned $15,000 to a fellow immigrant named Abe Lomberg,who had a business manufacturing auto bodies for Commonwealth Motors, an assembler of purpose-built taxicabs.
By the 1960s, assemblers usually had much more sophisticated support for both inline and separately assembled subroutines that could be linked together.
Programs written in a high level language are either directly executed by some kind of interpreter orconverted into machine code by a compiler(and assembler and linker) for the CPU to execute.
At the bit level,the person writing the assembler(or debugging machine code) would clearly see that symbolic instructions could become any of several different op-codes.
Because(like Thumb-1 and MIPS16) the compressed instructions are simply alternate encodings(aliases) for a selected subset of larger instructions,the compression can be implemented in the assembler, and it is not essential for the compiler to even know about it.
These unexciting butessential components include the GNU assembler, GAS and the linker, GLD, both are now part of the GNU Binutils package, GNU tar, and more.
Assembler macros provide an alternative approach to inlining whereby a sequence of instructions can normally be generated inline by macro expansion from a single macro source statement(with zero or more parameters).
By June 1987, the project had accumulated anddeveloped free software for an assembler, an almost finished portable optimizing C compiler(GCC), an editor(GNU Emacs), and various Unix utilities(such as ls, grep, awk, make and ld).
The prototype included 33 of the most frequently used instructions, recoded as compact 16-bitformats using operation codes previously reserved for the compressed set.[27] The compression was done in the assembler, with no changes to the compiler.
While compilers(and assemblers) generally produce machine code directly executable by computer hardware, they can often(optionally) produce an intermediate form called object code.
Scheme hygienic macros MacroML Template Haskell Scala macros Clojure macros Nim Rust The IBM/360 andderivatives had powerful macro assembler facilities that were often used to generate complete assembly language programs or sections of programs(for different operating systems for instance).
This student took time out to build an assembler, but when von Neumann found out about it he was very angry, saying that it was a waste of a valuable scientific computing instrument to use it to do clerical work.[/quote].
Although interpreted byte code is additionally identical to machine code in form and has an assembler representation, the term"interpreted" is practically reserved for"software processed" languages(by virtual machine or emulator) on top of the native(i.e. hardware) processor.
If a nanofactory production line or molecular assembler is to manufacture a copy of itself(or its own mass) in about a day, and if this requires about a hundred million atom-placement operations, then each such operation must be completed in~1 millisecond, somewhat faster than the ribosome.
The end result of this development process will be a basic molecular assembler that employs machine-phase nanotechnology(e.g., nanoscale gears, struts, springs, motors, casings) to fabricate molecularly precise diamondoid structures, following a set of instructions to build a desired specific design.