Through
the history of computers and programming, assembly languages have stood out as
a significant section which shaped modern computer programming that we have
today. In real sense, computers are just idle machines that requires
instruction in order to produce meaningful results.
Through
programming, it is possible for a programmer to develop the instructions and
feed them into the computer for execution. The major draw-back many early
programmers faced is that computers only understand machine language (which are
basically digits in sets of 0s and 1s). This made programming a tedious process
and thus in those early days computer programming was mainly deemed to be for
the geniuses.
The
development of assembly language changed the whole scope of programming
and with the availability of assemblers, programmers could write code that was
close to machine code but instead of 0s and 1s, there were a bit of human
readable letters and digits.
Today,
not many programmers code in assembly languages due to the simplicity of the
high level programming languages. However, assembly language still has numerous
applications in the modern world and that is the reason why it is key for computer
science and IT students to be good at it.
Some
of the typical applications of assembly language today include:
1. Computer System boot code. This is the
code normally stored in the ROM and basically tests the hardware before booting
the OS. (BIOS)
2. Reverse engineering. Today, many
programs especially commercial software are distributed in machine language. It
is easier to translate machine language to assembly than to higher level
languages. Therefore reverse engineers use dis-assemblers to obtain the assembly
source code of the software which they can then manipulate.
3. Developing device drivers. When there
arises need to develop low-level programs that need to interact directly with
the hardware, assembly language is preferred. A good example are device drivers.
These
are just a few of the many applications assembly language has today but in real
sense, it is a language that can be used to develop a full fledged computer
software.
The
low level nature of assembly language has, however, made it a challenging
language for the learners and even most experienced modern programmers shy away
from it. Being good at assembly language requires good practice and good
memory. To come up with great assembly code, a good understanding of the
specific hardware it is meant for is also important.
For
students, assembly can be very tricky to master and some assignments pertaining
to it may be too tough. Also writing assembly code is very tedious and you need
to be on top of your conversions of the various number systems mainly
hexadecimals. As a student, good grades are very important and some of the
assignments you may have to deal with may be way beyond your scope of
knowledge. If you are having a hard time with your assembly language
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