Countdown function

 

def countdown(n):
    while n > 0:
        print(n)
        n -= 1
countdown(6)






Comments

Post a Comment

Write something to CodeWithAbdur!

Popular posts from this blog

Quotation marks to wrap an element in HTML

In HTML, quotation marks can be used to wrap an element, providing visual emphasis and indicating that the enclosed content represents a quotation.  This styling technique enhances the presentation of quoted text on web pages. Setting default quotation marks: To set quotation marks to wrap an element in HTML, you can use the `quotes` CSS property along with the `content` property to specify the quotation marks to be used (the below example uses the default quotes value, so it is not mentioned as can be seen). Here's how it can be achieved: /* Define the quotation marks */ .q:before { content: open-quote; } .q:after { content: close-quote; } In this CSS: - `open-quote` represents the opening quotation mark. - `close-quote` represents the closing quotation mark. Now, you can apply the `.q` class to elements where you want to set quotation marks: <p class="q">This is a quoted text.</p> This will render as: “ This is a quoted...
Read more

Using insertAdjacentHTML instead of innerHTML to avoid XSS attacks

Using insertAdjacentHTML is a great way to dynamically insert HTML while being more cautious about XSS vulnerabilities. Here’s how you can create and insert the table using insertAdjacentHTML : HTML Setup First, ensure you have an empty container in your HTML where the table will be inserted: <div id="table-container"></div> JavaScript to Insert the Table const tableHTML = ` <table border="1"> <tr> <th>Static Properties</th> <th>Instance Properties</th> </tr> <tr> <td>Defined on the class itself</td> <td>Defined on each instance of the class</td> </tr> <tr> <td>Accessed using <code>ClassName.propertyName</code></td> <td>Accessed using <code>instance.propertyName</code></td> </tr> <tr> <td>Shared across all instances</td> ...
Read more

What are GPIO pins?

GPIO (General Purpose Input/Output) pins are physical pins on devices like a Raspberry Pi or microcontrollers that allow you to interface with external hardware. These pins are used for sending or receiving electrical signals, enabling the device to interact with sensors, motors, LEDs, and other components. Key Features of GPIO Pins General Purpose : They are not dedicated to a specific function. You can program them for different tasks. Input or Output : Input Mode : Read signals (e.g., from a sensor or button). Output Mode : Send signals (e.g., to control an LED or motor). Voltage Levels : Most GPIO pins operate at 3.3V logic levels. Be cautious: some components (like LEDs or sensors) may require resistors or additional circuits to avoid damaging the pins. Programmable : Controlled via programming languages like Python, C, or JavaScript. Libraries like RPi.GPIO or gpiozero (Python) make interfacing easier. Applications of GPIO Pins Controlling Device...
Read more