You will notice a grouping pattern when you think of what you can do with any type of data, say age, company name, date, etc.
I can ask you to add two ages together, and it will make sense, but try adding up two dates, and you will have many questions. The same way, the capitalization of numbers makes no sense.
The groupings that emerge are numbers, text, dates, and it's because of their characteristics.
Your age and credit card can be used in numeric computations, so belong to the numbers group. This is what data types are all about.
Data types are fundamental to computers because defining them helps compilers better instruct the computer to manage computer memory.
Use Cases and Examples
Depending on the programming language you work with, you may end up with a further breakdown of data types. For example, in most languages, there are
integer types for whole numbers e.g:
floats for decimal numbers e.g.:
And some languages break down text/strings into
TEXT, which informs the size of the string to be stored ahead of time. This way, the computer knows how much RAM space to allocate to it.
Other programming languages handle the detection of the right data type and memory allocation by analyzing the data itself.
There are many data types even within a single programming language. Some data types represent a collection of other data types.
It is worth knowing which data types your programming language of choice supports and how to use them effectively.
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