CI/CD

More: https://freecoursesite.com/complete-devops-pipeline-with-python-web-app-aws-devops-cicd/

———————

🎞 https://youtu.be/iQXJzRNNFAg

The unwritten Rules of python:
😅 Don't talk about Python GIL

Advanced Python:

📎https://www.toptal.com/python/beginners-guide-to-concurrency-and-parallelism-in-python


📝 https://www.geeksforgeeks.org/memory-management-in-python/

🎞 https://youtu.be/9zinZmE3Ogk 🇺🇸
🎞 https://youtu.be/wlRbDg8-QH0 🇺🇿

Django 'bulk' example:

🌟https://romansorin.com/blog/handling-bulk-update-or-create-on-django-models-through-filters

Gigant kompaniyalarda dasturchi sifatida ishga kirish!

📹 https://youtu.be/DOuh1VQ3k4A?t=3500
🔗 @TenxEngineer

Cracking the coding interview 📕 👆

©Muallif huquqi bor. Imkoniyati yo‘q ammo ilm olishga bo‘lgan ishtiyoqi kuchli bulganlar uchun. Lekin barbir kitobni uzini sotib olish maslahat bergan bo‘lar edim👌

#recommended

🐍 Python dasturlash tilining asoschilardan biri bo'lgan "Guido van Rossum" GitHub sahifasi!

Bu sahifasida 'Resume'sining link qoldirgan: https://gvanrossum.github.io//Resume.html 🔥

Dasturlash tilini yaratuvchisising CVsi ajoyib holatda ekan... 😁

⚡️Algoritmlar: To'liq Kurs

1. Kirish: Sonlar
2. Murakkablik
3. Array va String
4. Linked List
5. Hash Table
6. Queue va Stack
7. Rekursiya
8. Binary Search
9. Binary Tree

👉 @lazyprogrammer

Django: blank=True vs null=True 🤔

Many young programmers may get confused in this case. 💡

.
GitHub - Profil Readmeni sozlash

Demo / Docs

P/s Readme file sozlash haqidagi ajoyib video 🔥

@github_uz Rahmat 😇
.
.
.

"Tabriklations" ✨🎉

Happy programmers' day🥳🤩

Hayotdan zavqlanishni esdan chiqarmang.
Bayram muborak, o'rtoq programmistlar

@davron_coder
.

#recommended 📚

Web link: https://edu.anarcho-copy.org/Algorithm/grokking-algorithms-illustrated-programmers-curious.pdf

@Davron_Coder

A Source Book 👆

©Muallif huquqi bor. Imkoniyati yo‘q ammo ilm olishga bo‘lgan ishtiyoqi kuchli bulganlar uchun. Lekin barbir kitobni uzini sotib olish maslahat bergan bo‘lar edim👌

@Davron_Coder

Bir muammoni yechishning ko'plab usullari bor. Ular tezlik va effektivlikdan tashqari muammoga yondoshuv jihatidan ham bir-biridan farq qiladi. Ba'zi yechimlar qo'pol, muammoni "tekislab" tashlaydigan bo'ladi. Ba'zilari esa nozik va chiroyli yechim bo'ladi.

Masalan, Floyd's cycle (yoki Tortoise and Hare) algorithmiga e'tibor bering. Boshida foydalanish uchun oson, lekin qanday ishlashi biroz abstrakt ko'rinadi. Lekin algorithmning ortidagi g'oyani tushunganingizdan keyin qoyil qolasiz. Oddiy matematika yordamida ishlangan san'at asari.

P.S. Afsuski ko'pchilikka muammoga qanday yondoshish emas, yechimdan qanday foydalanish qiziq.