JEDI: JCL JVCL up to Delphi 10.3 Rio To a novice programmer, a compiler is just another word for a program that converts computer-language instructions into raw machine code that can be understood by the computer. Compilers are not just programs though, but also tools that help us use our computer programming language to perform tasks more easily and effectively. There are many different ways in which compilers can help us complete our projects, from compiling only specific sections of code so they run faster to optimizing performance. This article will cover some of the most important compilation techniques and how they work so you'll understand what's going on under the hood when you're using one of these programs. In this article, we'll discuss two different types of compilers: those that compile from a high-level language to a low-level binary language and those that compile from a high level language to an intermediate form that can be understood by a virtual machine. In this section, we'll cover the first kind of compiler, also called a native compiler. The first thing you have to know about native, or big-endian, compilers is how they work. A native compiler translates a source file written in a certain programming language into assembly code. The purpose of the assembly code is to create an executable file for the target processor. You can think of an assembly language as a step between high level programming languages and machine code. Unlike machine code, assembly language is very similar to spoken languages in that it uses symbolic names instead of numbers to refer to processor instructions. For example, if you wanted to print the letter "A" on the screen of your computer, you would have to type out something like this: Anywhere that you see an identifier, you could use a name instead. This way of writing low-level instructions is called symbolic machine code. Assembly language has its advantages over symbolic machine code because it allows for more human readability and better ease of use when writing simple programs like "Hello World". The advantages and disadvantages of assembly language can be summarized as follows: There's a big difference between assembly languages and machine code. Assembly code is written using symbolic names for the processor instructions. The line numbers in source code are used to translate assembly language into machine code. If you used numeric line numbers instead, the results would not be as good because the line numbers don't retain that information when translating from an assembly language to a machine code file. This means that if there's a bug in your program, you may not know exactly where it is because you can't tell exactly what symbol corresponds to what instruction (and vice versa). Machines exist that can convert between assembly language and machine code, but the one we'll be using in this article is called "JEDI: JCL" or just JCL for short. JEDI: JCL is a command line tool and can be found under the Eucalyptus Control Panel. It's a very simple and straightforward compiler and works much like your compiler does, except all of the code you type in is directly translated into machine code. The syntax for running JCL is as follows: This command translates source code to executable machine code. Note that Eucalyptus Control Panel (ECP) needs to be installed before you can run it.
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