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I guess you're trying to refer to Assembly language.
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∙ 11y ago
What is the programming language that is one step above the machine language?
we can say c,c++ also.. but not sure..
What is C language what does it do?
C Language is First Step of Programming Language, Help for C Language you are show the correct answer
What are the functions of POP?
POP is Procedural Oriented Programming, this is an approach in which a problem is solved by breaking it into step by step phases of a full procedure.C is a Programming Language is based on this approach.
What is the relationship between high level language code and low level language code?
All types of programming languages have one property in common: all languages, ultimately and in some manner, lead to machine instructions upon which the processor operates.Some higher programming languages, especially those of a traditional design such as the C programming language, might generate code in a low level language (i.e. assembly language) as an intermediate step during compilation. However, most modern designs do not implement or expose this as an explicit step, and transcoding of higher to lower level languages is certainly not required.The fact that all programming languages lead to executed machine code, however, does not mean that all language lead to a translation which results in executable code; interpreted languages, which include popular modern languages such as Java and the .NET family of languages, will generally execute machine code which interprets the language instructions, while compiled languages (which includes most forms of C) generally generate directly executable machine code.
What is the purpose of a procedural programming?
A procedural language is a programming language in which everything is processed in the order it appears to the computer. A computer programming language that follows, in order, a set of commands. In contrast, an object-oriented language is a language in which everything is processed depending on what happens in the program -- user input, errors, or other events. PHP is both a procedural and object-oriented language, depending on the way it is used
What is the programming language that is one step above the machine language?
we can say c,c++ also.. but not sure..
Difference assembly language and machine language?
Machine language refers to pure code (object code) in basic machine format (zeros and ones). Assembler is one step above this type of code and requires compilation before it is of any use to the computer.
Why c is called sequential programming language?
because c is step by step process
What is C language what does it do?
C Language is First Step of Programming Language, Help for C Language you are show the correct answer
What are the functions of POP?
POP is Procedural Oriented Programming, this is an approach in which a problem is solved by breaking it into step by step phases of a full procedure.C is a Programming Language is based on this approach.
What is the relationship between high level language code and low level language code?
All types of programming languages have one property in common: all languages, ultimately and in some manner, lead to machine instructions upon which the processor operates.Some higher programming languages, especially those of a traditional design such as the C programming language, might generate code in a low level language (i.e. assembly language) as an intermediate step during compilation. However, most modern designs do not implement or expose this as an explicit step, and transcoding of higher to lower level languages is certainly not required.The fact that all programming languages lead to executed machine code, however, does not mean that all language lead to a translation which results in executable code; interpreted languages, which include popular modern languages such as Java and the .NET family of languages, will generally execute machine code which interprets the language instructions, while compiled languages (which includes most forms of C) generally generate directly executable machine code.
What contains specific rules and words that express the logical step of an algorithm?
programming language
What is the purpose of a procedural programming?
A procedural language is a programming language in which everything is processed in the order it appears to the computer. A computer programming language that follows, in order, a set of commands. In contrast, an object-oriented language is a language in which everything is processed depending on what happens in the program -- user input, errors, or other events. PHP is both a procedural and object-oriented language, depending on the way it is used
What are the differences between program and program language?
Programming [verb] is a process done by software engineers or computer programmers consisting of the following steps: customer requirements analysis, software design, coding the design using a programming language, testing and debugging the program parts, program integration, testing and debugging the complete program, and customer acceptance testing. Any bugs found during the two testing steps of the programming process will have to be fixed in the code written in the programming language and all necessary testing steps repeated.A programming language [noun] (you wrote program language) is a human readable language used by software engineers or computer programmers during the coding step of the programming process. The code written in the programming language is then converted by a translator program (e.g. compiler, assembler) to machine code that the target computer can "understand" and run.
What is the difference between program and programming as used in computer programming?
The difference between a program and programming is programming is the actual activity of writing computer code in any of the various computer languages available, the end result of which is a program. The program can then be ran by the computer and perform the task the programmer told it to do.
What is language translation in programming language?
This is usually the first stage in compilation. The source code is read and checked for syntax and usability then passed to the compile stage to be converted to object (or machine) code that the computer can understand.Translator translates program written in one programming language into (equivalent) program written in another language. For example, Java to C# translator would translate Java program into (equivalent) C# program. This is similar to as if you would translate some text in English into Spanish or vice versa.If target language is lower level language like assembly language, machine language, or pseudocode, translator is called compiler. For example, some C++ compiler could compile (translate) program in C++ into machine code.
On which machine was the first programming language developed?
The first programming language was machine code, the native language of the machine. Every machine type has its own version of machine code but we can trace the earliest example of machine code back to the days of the semi-automatic weaving loom invented by Basile Bouchon in 1725. Strictly-speaking, machine code is not a programming language. Programming languages are human languages, a means of producing machine code through symbolic abstractions that are much easier for humans to interpret than native machine code. It should also be noted that programming languages are never developed on a machine, the language is purely abstract and designed according to a specified proposals. The only thing that is actually developed on the machine is the implementation of the machine code program that physically converts the symbolic instruction code into the machine's own native machine code. Before we had any programming languages, all programs had to be written in the machine's own native machine code. Once we had one programming language, we could use it to create translators for other languages and indeed for other machines besides the one on which it executed. Note that it's difficult to know precisely when programming languages were first used because there were many language pioneers working simultaneously, often sharing ideas and evolving designs to the point that it is difficult to determine at what point a language is "fit for human consumption", so to speak. To make matters worse, many early programming languages were proposed but never designed, while others were designed but never implemented. Assembly language is the next step up from machine code. Like machine code, every machine type has its own version of assembly language, and is therefore a low-level language. Unlike machine code, code written in assembly language has to be translated into native machine code before it can be executed because machine code is the one and only language "understood" by the machine. Converting from assembly language to machine code is as tedious and as error prone as writing the machine code itself, however the actual conversion process is trivial enough that we can easily write a small machine code program (known as an assembler) to perform the conversion for us. The earliest known usage of an assembly language dates from 1949 on the EDSAC computer at Cambridge University, where the assembler (known as Initial Orders) was implemented in read-only memory. The inventors were Maurice Wilkes and W. Renwick. High-level languages are more abstract than assembly languages and are generally more portable (not machine dependent). The first high-level programming language was probably Autocode in 1952 on the Mark I computer at the University of Manchester, or Short Code in the same year on the UNIVAC 1. Short Code was based upon an earlier implementation known as Brief Code in 1949 for the BINAC computer, but it was never tested or debugged. Autocode used a compiler program to convert the high-level symbolic code into machine code whereas Short Code used an interpretation program. The difference between the two is that the native machine code produced by a compiler can be stored and executed without any further translation whereas code written in an interpreted language has to be converted by the interpreter program every time it is executed. As a result, compiled programs perform better than interpreted programs. Modern-day Java is an example of a programming language that is both compiled and interpreted. Unlike a traditional compiler, the Java compiler produces byte code which can then be interpreted to produce native machine code. The reason for this multi-conversion is that the same byte code can be executed upon any machine with a Java virtual machine implementation. That is, the byte code is the native language of the virtual machine and is much quicker to interpret than the higher-level source code would be. It also ensures that the intellectual property -- the source code itself -- is not revealed to the user. It is worth noting that Plankalkül was designed from 1943 to 1945 for the Z3 and therefore predates assembly language as well as Autocode and Short Code. However it was not actually implemented until 1998, more than 50 years after it was designed!
