What does the Java compiler translate Java source code to?
The Java compiler translates Java source code to Java byte code.
java compiler source code to convert Bytecodes with .class file create Interpreter translate to one line at a time to machine understanding code
No it will not. Any java source file that has syntax errors will not be translated fully. The compiler will spit out errors based on the syntax problems in your code.
Java doesn't use a hybrid compiler. A compiler is a computer program that converts a high-level source code to a lower-level source code. In most cases, a compiler will output machine code and/or assembly language, neither of which is portable. However, the Java compiler converts Java source code to Java byte code which is suitable for interpretation by any Java virtual machine and is therefore highly portable.
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).
A compiler converts high-level source code into native machine. In the case of Java, source code is compiled to Java byte code suitable for interpretation by the Java virtual machine which produces the machine code.
computer's C.P.U run machine code and does not understand the source code and compiler translate the source code into machine code.
The Java compiler translates Java source code into Java bytecode.
The compiler takes your source code - the one you write, with an extension .java - and converts it into bytecode - with an extension .class. The interpreter (the JVM) is the program that runs this code. The compiler takes your source code - the one you write, with an extension .java - and converts it into bytecode - with an extension .class. The interpreter (the JVM) is the program that runs this code. The… Read More
It is created by the Java compiler, based on the source code (the .java file).
The computer's CPU run machine code and does not understand source code. The compiler is used translate the source code to machine code.
A compiler is an executable that converts high-level source code into a lower level source code. Compilers are typically used to convert source code into a native machine code executable or an assembly language source, however they can also be used to convert to any programming language lower than the source language. For instance, Java uses a compiler to produce Java byte code which is suitable for interpretation by the Java virtual machine.
The compiler translates source code into machine code. As opposed to java, this is a machine specific operation.
The compiler translates the source code into object code.
The Java compiler (javac) will convert Java source code into Java bytecode.
compiler is a software translator used in ProgrammingLanguage: C,C++, Java etc ). This used for to translate High level language to Machine independent language. Interpreter is used to translate source code to machine code by line by line.
The compiler is software that allows any high-level language to be translated into the machine language, compilers are language specific, i.e. C language has its own compiler which will translate the code written in C language to the machine language, compiler for Java will do the same task for the Java code
There's nothing particularly extraordinary about the Java compiler. A language compiler is, by definition, a software program which translates a high-level programming language source code input into a lower level language source code output, reducing the amount of abstraction to some degree. Every compiler supports one (and only one) input language. The Java compiler operates upon Java source code, the C++ compiler operates upon C++ source code and the Visual Basic compiler operates upon Visual… Read More
The java compiler takes the java source code (what the programmer writes) and transfers this into a bytecode (which is a lot like machine code that the computer "understands"). The java compiler takes in one or more .java file and make one or more .class files. The JVM is a virtual computer that understands and runs the machine code like 'bytecode' which is produced by the java compiler. You use a JVM (Java Virtual Machine)… Read More
Compiler, interpreter and assembler are system programs that translate your source code in a language that machines can understand(binary).
Compiling is the act of translating human-readable source code to machine-readable byte code. In Java, the compiler program is javac
the Java virtual machine is an interpreter. It translates byte code into machine coded subroutines. the Java compiler produces the byte code. The byte code can be executed upon any Java virtual machine without modification, regardless of the underlying hardware. The Java compiler creates the byte code from the high-level source code.
A compiler. We can also use an interpreter to translate high-level code as it is executed, however in order to create a stand-alone executable we must use a compiler. A compiler is simply a program that translates high-level code to a lower-level code (but not necessarily machine code). For instance, the Java compiler emits Java byte code which is suitable for interpretation by the Java virtual machine.
Java source code is compiled down into Java bytecode. This bytecode is then interpreted by the Java Virtual Machine during execution.
It isn't. Those are two different things. The regular Java compiler converts the source code (.java extension) to bytecode (.class extension). This is supposed to be run by a JVM (Java Virtual Machine). The Just-In-Time compiler actually converts the bytecode to machine code before running it, to achieve greater speed. I believe this "conversion to machine code" occurs only in the computer memory - that is, no actual files are generated. Not all Java implementations… Read More
Greetings Technologist. The Java compiler compiles Java code, whereas the C compiler compiles C Code HTH Richard Wolf Software Architect
The JIT compiler improves the speed. The JIT compiler improves the speed. The JIT compiler improves the speed. The JIT compiler improves the speed.
The Java virtual machine is not a compiler, it is an interpreter which primarily performs runtime-translation of Java byte code (the native language of the Java virtual machine) to machine-code (the native language of the physical machine). The Java compiler, on the other hand, is a separate program used to perform compile-time conversion of high-level Java source code to the lower level byte code. Java byte code is highly portable; once compiled, any architecture or… Read More
Java is both compiled and interpreted language.First Java source code has to be translated into Byte code, which is done with the help of a compiler.But these byte codes are not machine instructions. Therefore ,in second stage this byte code has to be translated into machine code.This task is performed by an Interpreter.Hence, Java use both compiler and interpreter.
First of all the compiler converts our source code into byte code ,this is done by "javac" compiler.then we use interpretor that is the"java interpretor" for making our byte code executed.thats y java is called as an compiled and interpred language.by that way our java program will be interpreted. First of all our source code vl b converted into byte code by da java compiler named "javac" ,then dt byte code vl be executed by… Read More
A programming language interpreter translates high-level source code into machine code while the high-level code is executing, much like a human interpreter translates for someone while they are speaking. Interpretation differs from compilation in that a compiler translates high-level source code into a lower-level language such that the resultant code is saved. Compilers typically translate the source code directly into a machine code executable file which can then be run without any further translation. However… Read More
A compiler converts the source code - more or less readable for humans - to machine language, which is a set of instructions in the language the computer understands. In the case of Java, the source code is translated to an intermediate language, which must then be interpreted by the JVM.
java is more user friendly and needs an interpreter to translate from source code to executable
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A java compiler takes Java source code and turns it into Java bytecode, which can then be run by the java virtual machine. Using JIT means that the java code will be compiled and executed at the time that you run the program, which will slow down the program because it has to compile the code at the same time that it runs.
C language is a computer programming language, which allows one to develop programs for users. compiler is software that allows any high level language to be translated into the machine language, compilers are language specific, i.e. c language has its own compiler which will translate the code written in c language to the machine language, compiler for java will do the same task for the java code.
The computer doesn't directly understand the source code; it understands machine code. The compiler's role is to translate the source code (readable by humans) into machine code (readable by the CPU). The computer doesn't directly understand the source code; it understands machine code. The compiler's role is to translate the source code (readable by humans) into machine code (readable by the CPU). The computer doesn't directly understand the source code; it understands machine code. The… Read More
A compiler executes a one-time conversion of source code to object/machine code. The JVM is the Java Virtual Machine, it acts as a platform in which java programs execute for their entire lifecycle. This allows it to perform just-in-time (JIT) compilation as well as garbage collection.
Java uses both a compiler and interpreter. It is both compiled and interpreted. Java compiler (javac) converts java code into Bytecode. Just-In-Time compiler converts Bytecode to more specific instructions. Interpreter executes Bytecodes.
To translate the C source code program, you need a program called a "C compiler".
Hybrid compiler is a compiler which translates a human readable source code to an intermediate byte code for later interpretation. So these languages do have both features of a compiler and an interpreter. These types of compilers are commonly known as Just In-time Compilers (JIT). Java is one good example for these types of compilers.
If you run a programme on compiler and interpreter then how can you come to know which is compiler and which is interpreter?
If source code requires a runtime in order to translate the source code into machine code, executing one statement at a time, then it is interpreted. If the source code has already been converted into machine code in advance, then it is compiled. Compiled code does not require a runtime. Note that compilers do not execute programs, they simply compile them. Your development environment may well execute the machine code once it is compiled, but… Read More
No. (Theoretically, you could write a C-compiler in Java, that compiles C to java byte-code.)
Check the program, written in source code, for errors. If there are none, convert it to a compiled program. In the case of Java, this compiled program is called "bytecode", and is supposed to be run in a JVM (Java Virtual Machine).
All programming languages are abstract things - collections of rules which dictate how symbols may form words, how words may form statements, and how statements may form programs. Programming languages need "other stuff" in order to actually be useful. For most languages this will include either a compiler or an interpreter which can turn source code into executable programs. Java's "other stuff" includes a compiler, which turns Java source code into Java byte code, and… Read More
Source code that the compiler can convert to machine code.
First you need to create a text file containing the source code written in the C language. Then, you call the compiler to check the syntax of your source code and translate it into machine code. The exact means of calling the compiler depends on the operating system you are using and the vendor of the C compiler. For example, in some Unix systems the C compiler may be called as: cc CC xlC xlC_r… Read More
Computers only understand machine code -- they cannot execute high-level languages without an interpreter or compiler to translate the code into machine code. Java uses a compiler to produce byte code which then has to be interpreted by the Java virtual machine to produce machine code. Most other compiled languages produce machine code although some compilers produce assembly language which requires an assembler to produce the machine code.
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… Read More
A compiler is a program that converts (compiles) a source program representing a program into the machine code necessary to actually execute it. An interpreter is a program that processes the source code on the fly, and emulates (interprets) the program, giving the impression that it executed it. C is an example of a compiled language. JAVA is an example of an interpreted language.
compiler is complex software compounding of scanner,parser,intermediate code generator , object code generator etc. Actually its tasks is to convert one language to another target language. then it may be possible that source language may be c# ,java , C source code and target language one of them or assembly language code.