If you've any experience programming in one or the other, then you know they aren't the same, and you probably know the difference between the two. But if you're just getting started, this can be confusing for some reasons, the first being how the languages are named.
Though they share the name "Java" in their name, they share very few attributes and characteristics. In this article, we're going to take a look at some of the key differences in the languages by examining some of the high-level attributes each language offers.
Ultimately, we're seeking to help those of you who are brand new to programming and aren't sure which language you'd like to learn (or learn first!). In this article, we're going to take a look at some of the key differences that exist in the languages and where each is applicable an attempt to arm you with the information necessary to help you take the next step in your career.
Perhaps the best point to make when starting off in distinguishing these two languages is to draw the comparison like this:
Unfortunately, I can't claim this analogy as my own. Instead, it's coined by Jeremy Keith, but it makes an excellent point: About the only thing the languages have in common is that they share the name "Java" in their name.
One similarity is that the languages are what we call "C-style" languages in that their syntaxes are like those of C. That is, they both have functions, parentheses, brackets, and semicolons.
Other than that, though, there's very little similarity. Throughout the rest of this article, we're going to look at each language at a very high level to give you an idea as to what each language offers and the features of each.
Once done, you should be able to see a difference in the two languages and, although they are named similarly and have some similar syntax, that's about the only thing they have in common.
So let's get started.
We've covered Java in other tutorials on this site and will continue to do so as the language continues to grow over time.
Java was conceived under the idea of "write once, run anywhere", meaning that you could write a program on a computer and then deploy it to any device that had the Java runtime.
But wait: What's the Java runtime?
First, it's important to understand that Java is a compiled language, though it's not compiled to binary, executable code. Instead, it's compiled to bytecode.
Java bytecode is the instruction set of the Java virtual machine. Each bytecode is composed by one, or in some cases two bytes that represent the instruction (opcode), along with zero or more bytes for passing parameters.
Sounds less than exciting, doesn't it? That's okay! As developers, we aren't responsible for writing the bytecode. Instead, the Java compiler compiles our code to bytecode.
This bytecode is executed on top of the runtime, which runs in the context of another operating system. This operating system may run on a cell phone, it may run on another computer, it may run on Windows, OS X, Linux, or any other system on which it's compatible. You can read all about it on this page.
But first, let's look at some of the faculties we have to work in Java. It's important to note that we work at a much higher level. For example, we get to work with the following constructors:
Filemay allow us to read the contents of what it contains.
File, for example, may have permissions such as the ability to read or write to a file system. It may also have a path representing where it resides on the file system.
If you've never written code before, some of this may sound like jargon. Understandably so! We have some resources that are available to help teach you what you need to know:
If you're confused by any of this, don't worry! We've all been there:
Once you get more familiar with the language, it's also important to use proper tools for developing your applications. This includes using tools such as a debugger (which most modern browsers include). This is out of scope for this particular article, though.
In Java, when you create an instance of a class, you have access to the methods and properties that you expose through the class definition. If you have public properties, public functions, and so on, then the developer can use them.
As you can see from the content above, the two languages—though both inspired by C regarding their syntax—are very different. Each also serves a different purpose.
Apparently, each of these languages offers their unique sets of advantages and disadvantages. Honestly, I think that much of what drives us to choose one language over the other has to do with what we want to do in terms of building solutions for ourselves and others.
With that said, please leave any and all feedback in the comment feed below.