50.5K
SAWhat is the HTTP protocol? 🤯
This is the language your browser uses to talk to servers. GET, POST, status codes, APIs all explained in 60 seconds in the simplest way possible 🫡👾🚀
@sayed.developer
#Apache Http Server Updates
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IHDesign an http server and accessing it from anywhere
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#iha089 #python #servers #designserver #pythontool #programming #computerlanguage #http.server #buildingtools #cybersecurity #bugtesting #ssrf #cookies #vulnerability #fileshare
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_RHow to Host Your Website on Apache Server | Step-by-Step Malayalam Guide#ApacheServer
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RA50K Firecrawl credits — Grab them ASAP!
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SEHTTP methods are the foundation of how clients (like browsers or mobile apps) communicate with servers in RESTful APIs. Each method represents a specific type of operation to be performed on a resource.
GET is used to retrieve data from a server without changing anything. It is safe and idempotent, meaning multiple identical requests produce the same result. A successful GET request typically returns 200 OK.
POST is used to create new resources. Unlike GET, it changes server state. When a resource is successfully created, the server usually responds with 201 Created.
PUT is used to completely update or replace an existing resource. If the resource exists and is updated successfully, the server returns 200 OK. PUT is idempotent because repeating the same request results in the same state.
PATCH is used for partial updates, meaning only specific fields of a resource are modified instead of replacing the entire object. It is useful for performance optimization when only small changes are needed.
DELETE removes a resource from the server. A successful deletion often returns 204 No Content, indicating the action succeeded but there is nothing to return.
Together, these methods enable structured, predictable, and scalable API design, forming the backbone of modern web applications and microservices architecture.
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#video credit : @ cloudcity.center
@securereading
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CLHTTP Methods Explained Simply 🚀
Understanding APIs starts with mastering HTTP methods.
Each request between client and server has a purpose — and a status code that tells the story.
🔹 GET — Retrieve data (200 OK)
🔹 POST — Create new resource (201 Created)
🔹 PUT — Replace existing data (200 OK)
🔹 PATCH — Partial update (200 OK)
🔹 DELETE — Remove resource (204 No Content)
Clean architecture. Clear communication. Efficient backend logic.
If you build APIs, you must understand how these methods work together.
Save this for later and level up your backend skills 💻🔥
⸻
HTTP методы простыми словами 🚀
Понимание API начинается с HTTP методов.
Каждый запрос между клиентом и сервером имеет цель — и код ответа, который показывает результат.
🔹 GET — Получение данных (200 OK)
🔹 POST — Создание ресурса (201 Created)
🔹 PUT — Полная замена данных (200 OK)
🔹 PATCH — Частичное обновление (200 OK)
🔹 DELETE — Удаление ресурса (204 No Content)
Чистая архитектура. Понятная логика. Эффективный backend.
Если ты разрабатываешь API — это база, которую нужно знать.
#backend #webdevelopment #api #programming #softwareengineering
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CLFollow @cloud_x_berry for more info
#HTTPMethods #RESTAPI #BackendDevelopment #WebDevelopment #APIDesign
HTTP methods, RESTful APIs, GET request, POST request, PUT request, PATCH request, DELETE request, client server architecture, API endpoints, CRUD operations, status codes 200 201 204, resource creation, data retrieval, resource update, partial update, resource deletion, request response cycle, stateless protocol, web services, backend fundamentals
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275.5K
THHTTP methods explained visually
#engineering #computerscience #http #programming #development
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THEveryone says — “HTTPS is secure.”
But as developers, that doesn’t tell us anything.
So here’s the real explanation — from a software engineering + networking + backend systems POV 👇
What they actually are
🔹 HTTP — HyperText Transfer Protocol
Application-layer protocol that defines how clients & servers exchange data —
methods (GET/POST), headers, status codes, caching, cookies, payloads etc.
It only handles communication semantics, not protection.
🔹 HTTPS — HTTP over TLS (Transport Layer Security)
Same HTTP protocol — but wrapped inside a cryptographic TLS tunnel.
Nothing changes in routes, APIs, JSON payloads or application logic…
only the transport layer gains encryption, integrity & identity verification.
🧩 The real technical differences
1️⃣ Encryption (Prevents traffic sniffing)
TLS handshake negotiates symmetric keys → packets become unreadable
on Wi-Fi networks, proxies, corporate firewalls, ISP monitoring.
2️⃣ Integrity (Prevents packet tampering)
MAC / AEAD ensures if data is modified → connection breaks.
Plain HTTP cannot detect injections or alterations.
3️⃣ Server Identity & Trust Chain
Certificates validate domain → protects against MITM, rogue DNS, hotspot proxies.
HTTP has no concept of authenticity.
4️⃣ Cookie & Auth Token Safety
HTTPS allows Secure, HttpOnly, SameSite attributes →
reduces session hijacking & credential leakage.
5️⃣ Performance & Protocol Upgrades
Modern web performance requires HTTPS:
HTTP/2 multiplexing
HTTP/3 / QUIC
Service Workers / PWAs
Brotli compression
In real networks → HTTPS is often faster than HTTP.
6️⃣ Platform & Browser Policies
On HTTP, many APIs are blocked (Geo, Clipboard, Camera, PWA install).
Forms marked Not Secure. SEO rankings drop.
7️⃣ Ports & Transport
HTTP → 80
HTTPS → 443
Protocol semantics remain the same — transport layer changes.
🟡 Developer takeaway
HTTP = application protocol
HTTPS = HTTP + TLS (encryption + integrity + identity)
The core difference isn’t “secure vs insecure” — it’s:
✔ Can traffic be read?
✔ Can it be modified?
✔ Can the server be impersonated?
✔ Can modern web & network features run?
#HTTPvsHTTPS #WebDevelopment #backend #softwareengineering #womenintech
System design
@this.tech.girl
21.6K
ULMost websites work perfectly with a simple request and response model using HTTP. You click something, your browser asks the server for data, and the server replies.
But real-time applications don’t work that way.
Multiplayer games, live chats, and stock trading platforms need updates the moment something happens. Constantly asking the server “any updates?” quickly becomes inefficient and expensive.
So how do modern apps solve this?
In this video, we break down the difference between HTTP and WebSockets, why traditional request-response breaks down for real-time systems, and how persistent connections make instant communication possible.
#websockets #http #backendengineering #realtimesystems #webdevelopment
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SI99% Log WiFi Ki Yeh Settings Nahi Jantay 💥 #viral #tech #trending #instareels #recomended
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COHTTP status code
.
.
#java #coding #javaprogramming #interview #viral
@codewithamod
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