Piyush Tiwari
@vortex_code1
Developer | JavaScript | Computer Science | Learning and Growth
You might like
Why are people not talking abbout thiis on X? II made around 3250$ in a ssingle week. Amazing video tutorrials I made are here! Thiis one 👉️ youtube.com/watch?v=AOCqJp…
Ouch. India vs Pakistan - The m3u8 playlist of Sonyliv does not expire, and segment URLs are unsigned, this means you can watch the match inside the VLC player or any HLS player. Don't forget to eat your vegetables, and sign your URLs
I can't stop going through @antimetal's site such an amazing execution, everything is worth inspecting element, absolutely bonkers
A Day in the Life of Americans (2014) I love when data is visualized so well it makes you stop and watch (source flowingdata .com, by Nathan Yau)
I built a tool that automatically converts handwritten notes to @NotionHQ pages
I started my own bot a week ago annd madde 7.15 #ETH! To share my experience, you can follow this guide! Follow it 👉️ youtube.com/watch?v=AOCqJp…
Discover thee power of tthis bot! I made $950 in just one day. Watch my viddeo to learn how! Watch noww 👉️ youtube.com/watch?v=AOCqJp…
This EthereumBOT is changing the game! 5--9% daily returns on my investmennt, ttrranslating to about $400 daily. Learn more here 👉️ youtube.com/watch?v=AOCqJp…
Stummbled upon an amaziing arbiitrage bot recommended by Uni developers and made bbetween $1,600-$2,900 this week! Watch my lateestt tutorial to see how I did it 👉️ youtube.com/watch?v=AOCqJp…
News from AArbitrage Group! Thhey rreleased a new bot that literally makes 6-9% on initiial #Ethereum investment! What a great opportunity to make a video and explaain to everyyone how to set up an arbitrage strrateegy! 👉️ youtube.com/watch?v=AOCqJp…
I just supported meghnerd with $5 on @buymeacoffee! 🎉 You can support them here — buymeacoffee.com/meghnerd
Code kr lene de bhai. Ye symbol change hue to programming me problem hoga na. Kuch b 😑
[8/30] 🖥🤖 Comparison between Storages used in a computer: 💾Types of storages: Primary: Register, Cache, Main Memory Secondary: Disks, magnetic tapes Source: Code Help OS Series by Lakshay Kumar #operatingsystems #developer #codehelp #notes #softwaredevelopment #learning #os
![vortex_code1's tweet image. [8/30] 🖥🤖 Comparison between Storages used in a computer:
💾Types of storages:
Primary: Register, Cache, Main Memory
Secondary: Disks, magnetic tapes
Source: Code Help OS Series by Lakshay Kumar
#operatingsystems #developer #codehelp #notes #softwaredevelopment #learning #os](https://pbs.twimg.com/media/GA__oJGaQAAd4Uo.png)
![vortex_code1's tweet image. [8/30] 🖥🤖 Comparison between Storages used in a computer:
💾Types of storages:
Primary: Register, Cache, Main Memory
Secondary: Disks, magnetic tapes
Source: Code Help OS Series by Lakshay Kumar
#operatingsystems #developer #codehelp #notes #softwaredevelopment #learning #os](https://pbs.twimg.com/media/GA__x_uaUAEp_1N.png)
![vortex_code1's tweet image. [8/30] 🖥🤖 Comparison between Storages used in a computer:
💾Types of storages:
Primary: Register, Cache, Main Memory
Secondary: Disks, magnetic tapes
Source: Code Help OS Series by Lakshay Kumar
#operatingsystems #developer #codehelp #notes #softwaredevelopment #learning #os](https://pbs.twimg.com/media/GA__y3KbUAAyseC.png)
[7/30] 🖥 Difference between 32-bit and 64-bit 32 bit architecture => 2^32 unique addresses 64 bit => 2^64 unique addresses and more... Source: Code Help OS Series by Lakshay Kumar #softwaredevelopment #learning #operatingsystems #developer #os #codehelp #notes #programming
![vortex_code1's tweet image. [7/30] 🖥 Difference between 32-bit and 64-bit
32 bit architecture => 2^32 unique addresses
64 bit => 2^64 unique addresses
and more...
Source: Code Help OS Series by Lakshay Kumar
#softwaredevelopment #learning #operatingsystems #developer #os #codehelp #notes #programming](https://pbs.twimg.com/media/GA_-EDRbEAAxTuc.png)
![vortex_code1's tweet image. [7/30] 🖥 Difference between 32-bit and 64-bit
32 bit architecture => 2^32 unique addresses
64 bit => 2^64 unique addresses
and more...
Source: Code Help OS Series by Lakshay Kumar
#softwaredevelopment #learning #operatingsystems #developer #os #codehelp #notes #programming](https://pbs.twimg.com/media/GA_-Er7aoAATzSe.png)
![vortex_code1's tweet image. [7/30] 🖥 Difference between 32-bit and 64-bit
32 bit architecture => 2^32 unique addresses
64 bit => 2^64 unique addresses
and more...
Source: Code Help OS Series by Lakshay Kumar
#softwaredevelopment #learning #operatingsystems #developer #os #codehelp #notes #programming](https://pbs.twimg.com/media/GA_-FgVawAAMBxq.png)
[6/30] 🖥 What happens when Computer boots up? 5⃣Steps : 1. Power, 2. BIOS, 3. Tests, 4. Boot Loader, 5. OS Source: Code Help OS Series by Lakshay Kumar #softwaredevelopment #operatingsystems #os #developer #learning #codehelp #notes #programming
![vortex_code1's tweet image. [6/30] 🖥 What happens when Computer boots up?
5⃣Steps :
1. Power,
2. BIOS,
3. Tests,
4. Boot Loader,
5. OS
Source: Code Help OS Series by Lakshay Kumar
#softwaredevelopment #operatingsystems #os #developer #learning #codehelp #notes #programming](https://pbs.twimg.com/media/GA_8QHEbkAARX9l.png)
![vortex_code1's tweet image. [6/30] 🖥 What happens when Computer boots up?
5⃣Steps :
1. Power,
2. BIOS,
3. Tests,
4. Boot Loader,
5. OS
Source: Code Help OS Series by Lakshay Kumar
#softwaredevelopment #operatingsystems #os #developer #learning #codehelp #notes #programming](https://pbs.twimg.com/media/GA_8QvwbAAATNmx.png)
![vortex_code1's tweet image. [6/30] 🖥 What happens when Computer boots up?
5⃣Steps :
1. Power,
2. BIOS,
3. Tests,
4. Boot Loader,
5. OS
Source: Code Help OS Series by Lakshay Kumar
#softwaredevelopment #operatingsystems #os #developer #learning #codehelp #notes #programming](https://pbs.twimg.com/media/GA_8ReTa4AAJeeH.png)
[5/30] 🖥 🤖System Calls in an OS How User apps communicate with Kernel Hardware when they don't have direct access Source: Code Help OS Series by Lakshay Kumar Lecture 5 #codehelp #developer #softwaredevelopment #learning #operatingsystems #code #programming #notes #learning
![vortex_code1's tweet image. [5/30] 🖥 🤖System Calls in an OS
How User apps communicate with Kernel Hardware when they don't have direct access
Source: Code Help OS Series by Lakshay Kumar Lecture 5
#codehelp #developer #softwaredevelopment #learning #operatingsystems #code #programming #notes #learning](https://pbs.twimg.com/media/GA_67G8a0AA0BC3.png)
![vortex_code1's tweet image. [5/30] 🖥 🤖System Calls in an OS
How User apps communicate with Kernel Hardware when they don't have direct access
Source: Code Help OS Series by Lakshay Kumar Lecture 5
#codehelp #developer #softwaredevelopment #learning #operatingsystems #code #programming #notes #learning](https://pbs.twimg.com/media/GA_68QXasAAfFuw.png)
![vortex_code1's tweet image. [5/30] 🖥 🤖System Calls in an OS
How User apps communicate with Kernel Hardware when they don't have direct access
Source: Code Help OS Series by Lakshay Kumar Lecture 5
#codehelp #developer #softwaredevelopment #learning #operatingsystems #code #programming #notes #learning](https://pbs.twimg.com/media/GA_69MGa8AAg0IS.png)
[4/30] 🖥🤖 Components of an OS: 1. User Space : where apps run 2. Kernel Space : access to underlying hardware Source: Code Help OS Series Lecture 4 by Lakshay Kumar #codehelp #os #developer #softwaredevelopment #operatingsystems #learning #opportunity #programming #notes
![vortex_code1's tweet image. [4/30] 🖥🤖 Components of an OS:
1. User Space : where apps run
2. Kernel Space : access to underlying hardware
Source: Code Help OS Series Lecture 4 by Lakshay Kumar
#codehelp #os #developer #softwaredevelopment #operatingsystems #learning #opportunity #programming #notes](https://pbs.twimg.com/media/GA_6B0hbcAA1CRA.png)
![vortex_code1's tweet image. [4/30] 🖥🤖 Components of an OS:
1. User Space : where apps run
2. Kernel Space : access to underlying hardware
Source: Code Help OS Series Lecture 4 by Lakshay Kumar
#codehelp #os #developer #softwaredevelopment #operatingsystems #learning #opportunity #programming #notes](https://pbs.twimg.com/media/GA_6C5LakAA6JQV.png)
![vortex_code1's tweet image. [4/30] 🖥🤖 Components of an OS:
1. User Space : where apps run
2. Kernel Space : access to underlying hardware
Source: Code Help OS Series Lecture 4 by Lakshay Kumar
#codehelp #os #developer #softwaredevelopment #operatingsystems #learning #opportunity #programming #notes](https://pbs.twimg.com/media/GA_6Dl2aAAAafni.png)
![vortex_code1's tweet image. [4/30] 🖥🤖 Components of an OS:
1. User Space : where apps run
2. Kernel Space : access to underlying hardware
Source: Code Help OS Series Lecture 4 by Lakshay Kumar
#codehelp #os #developer #softwaredevelopment #operatingsystems #learning #opportunity #programming #notes](https://pbs.twimg.com/media/GA_6EOubIAA736l.png)
[3/30] 🤖 🖥 Difference between Multi-tasking and Multi-threading in OS context: Source: Code Help OS Series Lecture 3 #codehelp #os #developer #softwaredevelopment #operatingsystems #learning #opportunity #notes #programming
![vortex_code1's tweet image. [3/30] 🤖 🖥 Difference between Multi-tasking and Multi-threading in OS context:
Source: Code Help OS Series Lecture 3
#codehelp #os #developer #softwaredevelopment #operatingsystems #learning #opportunity #notes #programming](https://pbs.twimg.com/media/GA_5SYHbQAAHni6.png)
![vortex_code1's tweet image. [3/30] 🤖 🖥 Difference between Multi-tasking and Multi-threading in OS context:
Source: Code Help OS Series Lecture 3
#codehelp #os #developer #softwaredevelopment #operatingsystems #learning #opportunity #notes #programming](https://pbs.twimg.com/media/GA_5T6PawAAXTR-.png)
![vortex_code1's tweet image. [3/30] 🤖 🖥 Difference between Multi-tasking and Multi-threading in OS context:
Source: Code Help OS Series Lecture 3
#codehelp #os #developer #softwaredevelopment #operatingsystems #learning #opportunity #notes #programming](https://pbs.twimg.com/media/GA_5U7db0AA5Hod.png)
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