for example:
javac First.java Second.java
I'm not sure if it's "useful" as much as it is the fact of it being how the Java compiler works. However, there's a GCC frontend for compiling Java to native machine code rather than bytecode.
The javac command is used to invoke Java's compiler and compile a Java source file. A typical invocation of the javac command would look like below: javac [options] [source files] Both the [options] and the [source files] are optional parts of the command, and both allow multiple entries. The following are both legal javac commands: javac -help javac ClassName.java OneMoreClassName.java The first invocation doesn't compile any files, but prints a summary of valid options. The second invocation passes the compiler two .java files to compile (ClassName.java and OneMoreClassName.java). Whenever you specify multiple options and/or files they should be separated by spaces. This command would create the .class files that would be require to run the java progam.
At one time, no.
One of them is creating *.class from *.javaSecond is identifying syntax errors in the *.java files and intimating the programmer so that he can correct them
two dyas
Compiling Java ProgramsThe javac command is used to invoke Java's compiler and compile a Java source file.A typical invocation of the javac command would look like below:javac [options] [source files]Both the [options] and the [source files] are optional parts of the command, and both allow multiple entries. The following are both legal javac commands:javac -helpjavac ClassName.java OneMoreClassName.javaThe first invocation doesn't compile any files, but prints a summary of valid options. The second invocation passes the compiler two .java files to compile (ClassName.java and OneMoreClassName.java). Whenever you specify multiple options and/or files they should be separated by spaces.This command would create the .class files that would be require to run the java progam.Compiling with -dBy default, the compiler puts a .class file in the same directory as the .java source file. This is fine for very small projects, but once you're working on a project of any size at all, you'll want to keep your .java files separated from your .class files. The -d option lets you tell the compiler in which directory to put the .class files it generates (d is for destination).Lets take a look at two example commands:javac -d classes source/MyTestClass.javajavac -d ../classes com/scjp/test/MyTestClass.javaExample 1 - Compile file named "MyTestClass.java" that is present inside the "source" sub-directory of the current directory and put the .class file in the "classes" sub-directory of the current directoryExample 2 - Compile the file named "MyTestClass.java" that is present in the following directory hierarchy "com/scjp/test/" from the current directory and put the .class file in the folder "classes" that is present one level above the current directoryOne thing you must know about the -d option is that if the destination directory you specify doesn't exist, you'll get a compiler error. If, in the previous example, the classes directory did NOT exist, the compiler would say something like:java:5: error while writing MyTestClass: classes/ MyTestClass.class (No such file or directory)
Hello Frnd, As u say u want to Compile & Run Java Prog. for This if U have JAVA CREATOR then u can compile directly otherwise........ goto Start >run type "cmd" Press "Enter"after that goto C>java>bin> type for compile the prog. "javac PROG.NAME.java" Press "Enter" if Compile SuccessFully Type "java PROG.NAME" Press "Enter" For It This Is Must u save ur Prog. in the folder "bin" in java............. Hello Frnd, As u say u want to Compile & Run Java Prog. for This if U have JAVA CREATOR then u can compile directly otherwise........ goto Start >run type "cmd" Press "Enter"after that goto C>java>bin> type for compile the prog. "javac PROG.NAME.java" Press "Enter" if Compile SuccessFully Type "java PROG.NAME" Press "Enter" For It This Is Must u save ur Prog. in the folder "bin" in java.............
#include #include "filename"The difference between these two is that, in the first example, the compiler will look in "standard" places for the included file, while, in the second example, the compiler will look in "user specified" places for the included file.
If you have two different files on two different memory cards you must save individually on each card get what im saying.
you can have two files you can get up to 11 files on this video game
1) Download Audacity. 2) Import the mp3 files in two separate channels. 3) Export the project as MP3.
they are two completely different languages, and are ment for two different purposes. python can do things that java can't, and java can do things that python can't. the python languages is a scripting language, and is also built for being easy to use. its a great language to learn if it is your first time learning a language. java is built for the web. sometimes you see java-applets in web sites. java powers these. java's syntax is simular to c++. each language has pros and cons, and mattering on what you are trying to achieve, different languages can help.