This document discusses some basic fundamentals of computer programming. It explains that programming involves turning problems into executable code through tasks like analysis, algorithm generation, and implementation. It then outlines some key concepts: variables store and contain data, data structures organize multiple pieces of data, control structures examine variables and direct program flow, syntax specifies formatting rules, and tools like IDEs and frameworks help programmers write code more easily.

1. Basic Fundamentals Concept
of Programming

2. • The process of turning an original articulation of a computing
problem into executable computer programs is known as computer
programming (commonly abbreviated as programming).
Programming entails tasks including analysis, conceptual
development, algorithm generation, verification of algorithm
requirements, including their accuracy and resource usage, and
implementation of algorithms (often known as "coding") in a target
programming language.

3. 1. Variables
• Variables are the building blocks of every computer programming
language. They serve as "containers" for data. The data is then kept
in these containers for further usage.

4. Example
• As an example, visualize viewing the home page of a website. When
you first visit this website, a dialog box with the message "Hello! Tell
me your name. This dialogue box is a variable, you know!" appears.
This implies that when you enter your name into the form and press
submit, your information will be saved in the "visitorName" variable,
which the programmer could designate in this code.

5. 2. Data Structures
• When there is a lot of relevant data involved, data structures enable
programmers to expedite the data collection process. Returning to
our "visitorName" variable from before, consider the situation when
the computer programmer must store and refer to ten distinct visitor
names as opposed to just one.

6. 3. Control Structures
• A control structure examines variables and chooses a course of action
based on the parameters provided. For instance, when a computer
program is executing, the computer reads the code line by line,
typically from top to bottom and left to right.

7. 4. Syntax
• Computer programming adheres to a syntax, or set of rules, that
specify specific letter and symbol layouts, just like the English
language does. A code's accuracy in reading and interpretation is
ensured by proper syntax. Consider a straightforward email address
and its necessary syntax as an example.

8. 5. Tools
• Tools in the physical world enable workers to carry out tasks that
would otherwise be very challenging (think of how a hammer helps
drive a nail into a piece of wood and what this job would be like
without tools). Similar to this, a tool in computer programming is a
piece of software that makes it considerably easier for programmers
to write code.
IDE (Integrated Development Environment)
Frameworks
Cloud Tools