Is java interpreted?
Java is both compiled and interpreted.
At first, the Java source code (in .java files) is compiled into the so-called Bytecode (.class files). The Bytecode is a pre-compiled, platform independent version of your program. The .class files can be used on any operating system.
When the Java application is started, the Bytecode is interpreted by the Java Virtual Mashine. Because the Bytecode is pre-compiled, Java does not have the disadvantages of classical interpreted languages, like BASIC.
Any language that uses a compiler to generate the machine code is a compiled language. By contrast, interpreted languages generate the machine code at runtime. Some languages, like Java, are both compiled and interpreted; the source code is compiled to Java byte code which is then interpreted by the Java virtual machine at runtime.
Basically both are good at their places, can't be interchanged. But Java is best if we compare both because Java is much more secure, robust and portable as compared to C++ as a Java program is first converted to byte code and then interpreted. Also C++ program is compiled all at once but Java program is interpreted one instruction at a time thus making it more secure .
Java is interpreted (or actually translated into JVM byte code) to allow the resulting class to be executable by any computer that has a compatible JRE installed on it. Contrast this to a C compiler, where the result is machine specific. Java byte code is also machine specific - that machine, however, is a virtual machine provided by the JRE.
Java is both a compiled language and an interpreted language. No, technically, Java is solely a compiled language. Java source code is ALWAYS compiled (via javac or similar program) down into a bytecode. The confusion may be that the Java bytecode is usually run on a Java Virtual Machine implementation, which both compiles the bytecodes to native machine code AND also runs as an interpreter for some java bytecode. The JVM is form of a…
Nobody. Conversion from high-level encoding to low-level encoding is achieved via software, either by a compiler (compiled languages) or by an interpreter (interpreted languages). Some languages, such as Java, use both; compiling to Java byte code which is then interpreted by the Java virtual machine.
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…
The whole idea of Java - or one of the ideas, at any rate - is that it can be run anywhere. So, instead of compiling for a specific processor, the Java compiler compiles for a "generic processor", called the Java Virtual Machine. The code thus generated is called "bytecode". It can be interpreted (i.e., run) by a Java Virtual machine, these are available on different platforms. The whole idea of Java - or one…
All programs must be loaded into memory (e.g., RAM) in order to be executed. Compiled programs can be loaded directly since they consist of native machine instructions, but interpreted programs must be translated by a runtime program. E.g., Java is an interpreted language which compiles to byte code which must be interpreted by the Java Virtual Machine implementation at runtime.
What are the major differences between Java programming language and any other programming language?
Java, while not very different from some languages is different from most languages is that it is interpreted, it is not in a language that the computer can understand, it is run by the jvm. Unlike interpreted languages, however, it also has a compiler which compiles to java bytecode. This is not a real compiler, however, as it's output must still be interpreted. Indeed, the output is even possible to be "decompiled" and turned back…