The compiler converts source code (the stuff the programmer wrote and is human readable) and converts it to machine code that the computers CPU can understand. The conversion is used to make an executable program. The compiler can also make libraries but libraries are not executable by them selves.
Basically they do the same: converting from one level of language into another. A compiler converts high level language (programming language like java) into machine-language. That is language a computer understands. An interpreter converts high level language into an intermediate level. When a program is exectuted, that intermediate level is reconverted to machine language.
You don't need if you don't want to develop computer programs. But if you want you should use it, for you can not make programs without a compiler. Compiler is the programs that makes the computer program out of the code
There are two types of compilers one-pass and multi-pass. Pass means that some of inner operations are repeated several times. If we have one-pass compiler and this source code: i++; i++; i++; Inside compiler it would generate: i = i + 1; i = i + 1; i = i + 1; If compiler would be two-pass: i = i + 3; The more passes compiler has, the better optimized code it can generate, but it is slower because it must repeat some steps again.
Due to platform independence, a Java compiler will interpret Java source code into Java Byte Code and pass to the JVM, which will pass machine understandable code through to cpu. (clarification needed).A conventional compiler converts source code directly to machine code.(clarification needed).
Compiler Compiler is the correct answer. It's a programme that converts source code written in a high-level programming language into machine code for a particular computer architecture. It translates high-level language into machine language, to put it simply. To learn more about data science please visit- Learnbay.co
The compiler converts source code (the stuff the programmer wrote and is human readable) and converts it to machine code that the computers CPU can understand. The conversion is used to make an executable program. The compiler can also make libraries but libraries are not executable by them selves.
Basically they do the same: converting from one level of language into another. A compiler converts high level language (programming language like java) into machine-language. That is language a computer understands. An interpreter converts high level language into an intermediate level. When a program is exectuted, that intermediate level is reconverted to machine language.
You don't need if you don't want to develop computer programs. But if you want you should use it, for you can not make programs without a compiler. Compiler is the programs that makes the computer program out of the code
There are two types of compilers one-pass and multi-pass. Pass means that some of inner operations are repeated several times. If we have one-pass compiler and this source code: i++; i++; i++; Inside compiler it would generate: i = i + 1; i = i + 1; i = i + 1; If compiler would be two-pass: i = i + 3; The more passes compiler has, the better optimized code it can generate, but it is slower because it must repeat some steps again.
Due to platform independence, a Java compiler will interpret Java source code into Java Byte Code and pass to the JVM, which will pass machine understandable code through to cpu. (clarification needed).A conventional compiler converts source code directly to machine code.(clarification needed).
"Bootstrapping" is long for "booting", which is simply a technique by which a simple computer program activates a more complicated system of programs.
A profiler examines source code or machine code to determine memory and performance complexities, usage of certain instructions and the frequency and duration of function calls. Profilers are used as an aid to optimising code during the performance engineering phase of development. A compiler processes source code to produce machine code. A compiler also optimises the emitted code through inline expansion, compile-time computations, tail-call recursions, code re-ordering and so on. Compiler optimisations are well-defined, but the analysis is primitive compared to profiling which performs more extensive and time-consuming analysis of the code.
"Source code", in a programming language, refers to the original program, as written by a programmer (and more or less readable by humans); the version of the program before it is converted into machine language by the compiler.
There is no such thing. An "assembler" is a program that converts assembly language code, into machine language. Other programming languages have a "compiler", which is more or less equivalent.
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It is used to alert the compiler that the value of a variable may be modified by more than one thread. As a result, the Java Virtual Machine is not allowed to do certain optimizations, which are problematic in such cases.