low-level language

It freed the developers from having to code the details in low-level language.

Low-level languages are simple, but are considered difficult to use, due to the numerous technical details which must be remembered.

There are also low-level languages such as the Lx family implemented by the bootstrapping method.

The main advantage of high-level languages over low-level languages is that they are easier to read, write, and maintain.

Relatively low-level languages, such as C, allow the programmer to embed assembly language directly in the source code.

Some live support applications are written in low-level languages (e.g., C++) and distributed as compiled software that must be installed on a server.

While high-level languages are intended to make complex programming simpler, low-level languages often produce more efficient code.

Tkabber is written in Tcl allowing it can be customized without knowledge of a low-level language such as C++ and its build system.

Low-level languages can be converted to machine code without using a compiler or interpreter, and the resulting code runs directly on the processor.

It is regarded as an intermediate-level language, as it comprises both high-level and low-level language features.

Indeed, given a scheduler written in a sufficiently low-level language, components written in different languages can be linked together in a single network.

Assembly languages and some low-level languages such as BCPL programming language generally lack support for data structures.

Assembly languages and low-level languages like BCPL generally have no syntactic support for arrays.

Besides extolling the joys of marijuana, the film includes partial nudity, conflict over the possibility of homosexual rape, sexual grapplings and plenty of low-level language.

In low-level languages, the concept of macros has become synonymous with textual substitution of source-code due to the widespread use of the C preprocessor.

They also compared MapReduce programmers to Codasyl programmers, noting both are "writing in a low-level language performing low-level record manipulation."

The assembly language of a computer is a low-level language, which means that it can only be used to do the simple tasks that a computer can understand directly.

For high-level programming languages, pointers effectively take the place of general purpose registers in low-level languages such as assembly language or machine code, but may be in available memory.

As a low-level language there are a number of higher-level functionalities (e.g. FTP up-/downloading, communicating with web services,) which are not part of the language.

The word "low" refers to the small or nonexistent amount of abstraction between the language and machine language; because of this, low-level languages are sometimes described as being "close to the hardware."

Assembly language is a type of low-level language and a program that compiles it is more commonly known as an assembler, with the inverse program known as a disassembler.

A program written in a low-level language can be made to run very quickly, and with a very small memory footprint; an equivalent program in a high-level language will be more heavyweight.

In the 1980s, fifth-generation languages were considered to be the wave of the future, and some predicted that they would replace all other languages for system development, with the exception of low-level languages.

Static assertions are particularly useful in compile time template metaprogramming, but can also be used in low-level languages in C by introducing illegal code if (and only if) the assertion fails.

The advantage of a single language rather than separate specification, high-level, and low-level languages is that the program can be incrementally refined, with intermediate versions retaining some higher-level and some lower-level constructs.