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💠Margin Shorthand Property You can use the margin shorthand property to set all four margin values at once.

💠Margin Values ▪️auto - the browser calculates the margin ▪️length - specifies a margin in px, pt, cm, etc. ▪️% - specifies a margin in % of the width of the container ▪️inherit - makes the margin inherit from the parent element. ⚡️Negative values are allowed.

💠Margin Properties ▪️margin-top: sets the margin on the top side. ▪️margin-bottom: sets the margin on the bottom side. ▪️margin-left: sets the margin on the left side. ▪️margin-right: sets the margin on the right side. ▪️margin: sets the margin for all four sides.

💠Margin Margin is used for controlling spacing around elements in a web page. This creates space between an element’s border and its neighbouring elements.

CSS Margin and Padding🔥🤓

Understand possible values for CSS transform property with this cheat sheet 🚀

#react

#cybersecurity

#Meme

Useful site to check Open Peeps: Hand-drawn illustration library for free use. → openpeeps.com #techtip @javascript_resources

Master React. Learn these hooks: 📌 useState() ⏲️ useEffect() 🌐 useContext() 🔄 useReducer() 🏃‍♂️ useCallback() 🧠 useMemo() 📚 useRef() 🎨 useLayoutEffect()

🔨 Semantic Structure Example:

This security practices may vary, not all websites implement the same measures. some systems use "pepper", which is a secret value not stored in the database in the same database. The pepper is applied before hashing and provides an extra layer of security. @javascript_resources #cybersecurity

Salting: - To enhance security, a unique and random value called a "salt" is added to each password before hashing. - The salt ensures that even if two users have the same password, their hashed values will be different because of the unique salt. Procedure: - When a user creates an account or changes their password, the system generates a random salt for that user. - The system combines the user's password with the salt and then applies the hash function to produce the hashed password. - The hashed password and the salt are then stored in the database. Now you may wonder, how is our password verified? - When a user attempts to log in, the system retrieves the salt associated with the user from the database. - The system combines the entered password with the retrieved salt and then applies the same hash function. - It compares the computed hash with the stored hash, if they match, the entered password is correct.

Imagine you have a website account, and when you create a password, the website stores it just like that in its database. If someone gets access to this database, they can see everyone's passwords. Oopsie! So instead of storing your password as it is, the website uses a special function called a hash function. It's like a magical blender for your password. When you create or change your password, the website takes it, blends it with this hash function, and gets a jumbled-up result. This result is your hashed password. Here's the cool part: once your password is hashed, it's almost impossible to go back it and figure out your original password. It's a one-way street: you can't go back. [ Even if a hacker gains access to the hashed passwords, it is extremely difficult and time consuming for them to reverse the process and obtain the original passwords. ] The website then stores not your actual password, but this jumbled up mix (hashed password).

Ever wondered how your passwords are stored by the websites? Here's how: