Hi, I'm Sam
I design and develop services for customers of all sizes,
specializing in creating stylish, modern websites, web services and online stores.
@iksly2 I'm Samuel, a fullstack developer,
I design and develop services for customers of all sizes, specializing in creating stylish, modern websites, web services and online stores,mobile app and wordpress
Also you need something that can be providing you Internet data and little money while you upskill.Maybe learn something like wordPress,framer,wix,webflow etc.But software development is really hard.
As a newbie without industry experience pick a language learn problem solving with data structure and algorithm,contribute to open source. This is better than building any random project.
I won't lie once you use mac you will feel the difference. The hardware is so good.Since I bought my macbook it hasn't changed everything is still so clean
Apples M series is the best laptop series for any amount and its not just an OS thing, i've been using my M1 pro for 4 years and its the best pc i've ever used till now
" I can compare fron both ends ( or two moving indexes)".
Example:
let left = 0, right = arr.length - 1;
while (left < right) {
if( arr[left] + arr[right] === target) return true;
if( arr[left] + arr[right] < target) left++;
else right--;
}
Lets talk about The "Pattern-Recognition" Mindset.
Every datastructure or algorithm problem hides a pattern trigger. We can think of it like seeing a footprints on the ground, each problem leaves a clue about which pattern to use .
some of the clues in the questions are: " find two numbers that add to x.", " check if string is palindrome."," merge two sorted arrays.","Remove duplicates from sorted array.".
.How your brain should think:
Example:
let left = 0, right = arr.length - 1;
while (left < right) {
if( arr[left] + arr[right] === target) return true;
if( arr[left] + arr[right] < target) left++;
else right--;
}. We will continue with the rest on my next post.
Lets talk about The "Pattern-Recognition" Mindset.
Every datastructure or algorithm problem hides a pattern trigger. We can think of it like seeing a footprints on the ground, each problem leaves a clue about which pattern to use.