ChatGPT vs DeepSeek vs Gemini: HTTP Methods

Prompt

http methods explained beginners

ChatGPTOpenAI

http methods explained beginners

Sure! Here's a simple explanation of the most common HTTP methods for beginners:

What are HTTP Methods?

HTTP methods are used to tell a web server what you want to do with a resource (like a webpage, data, image, etc.). They are part of the HTTP protocol—the language used for communication between your browser and web servers.

Common HTTP Methods

GET

Purpose: Retrieve data from a server.

Example: When you visit a webpage, your browser sends a GET request to get the page’s content.

Key Point: It doesn’t change anything on the server; it just asks for data.

POST

Purpose: Send data to the server to create something new.

Example: Submitting a form with your information (like a sign-up form) sends a POST request.

Key Point: It usually changes the server by creating new resources.

PUT

Purpose: Update existing data or create a resource if it doesn’t exist.

Example: Updating your profile information on a website.

Key Point: It replaces the entire resource with the data sent.

PATCH

Purpose: Partially update data on the server.

Example: Changing just your email address in your profile.

Key Point: It only changes specified fields, not the whole resource.

DELETE

Purpose: Remove data from the server.

Example: Deleting your account or a post.

Key Point: It tells the server to delete the specified resource.

HEAD

Purpose: Similar to GET, but only requests headers, no body.

Example: Checking if a webpage is available without downloading it.

Key Point: Used for checking metadata like last modified date or content type.

OPTIONS

Purpose: Find out which HTTP methods are supported by the server for a particular URL.

Example: Letting a client know if it can use GET, POST, or DELETE on a resource.

Key Point: Useful for CORS and debugging.

Summary Table

Method	What it Does	Safe (no changes)?	Idempotent? (same result if called multiple times)
GET	Retrieve data	Yes	Yes
POST	Create new data	No	No
PUT	Replace or create data	No	Yes
PATCH	Partially update data	No	No
DELETE	Remove data	No	Yes
HEAD	Get headers only	Yes	Yes
OPTIONS	Get supported methods	Yes	Yes

In Short:

Use GET to get info.

Use POST to send new info.

Use PUT/PATCH to update info.

Use DELETE to remove info.

I hope this helps you understand HTTP methods better! If you want examples or more details, just ask!

18:52

DeepSeekDeepSeek

http methods explained beginners

Of course! Let's break down HTTP methods in a simple, beginner-friendly way.

The Analogy: A Restaurant

Imagine the internet is a giant restaurant, and you are a customer (the client). The website's server is the kitchen.

When you want something, you send an order (a request) to the kitchen. The HTTP method is the type of order you are placing.

The Main "Orders" (HTTP Methods)

Here are the 5 most common HTTP methods you need to know:

1. `GET` - "I'd like to see a menu, please."

Purpose: To retrieve or read data from the server.

Use Case: When you type a URL into your browser's address bar and hit enter, you are making a GET request. You're asking the server, "Please get me this webpage and its contents."

Key Fact: GET requests are safe and idempotent. They should only retrieve data, not change it. You can do it a million times, and the data won't change because of your request.

Idempotent means doing the same action multiple times produces the same result. Refreshing a page (GET) doesn't change the page.

2. `POST` - "I'd like to place an order for a pizza."

Purpose: To create new data on the server.

Use Case: Submitting a login form, signing up for a website, or posting a comment on social media. You are sending new information to the server.

Key Fact: POST requests are not idempotent. If you send the same "order a pizza" request twice, you might end up with two pizzas!

3. `PUT` - "I'd like to update my entire order to a salad instead."

Purpose: To update existing data on the server. It replaces the entire resource with the new data you send.

Use Case: Updating your user profile where you change your name, email, and bio all at once. You send the complete new version.

Key Fact: PUT requests are idempotent. If you send the same "change my order to a salad" request multiple times, your order is still just one salad.

4. `PATCH` - "Please add extra cheese to my pizza."

Purpose: To partially update existing data. It only changes the specific fields you send, not the entire resource.

Use Case: Changing just your profile picture without touching your name or email.

Key Fact: Also generally considered idempotent. Adding extra cheese multiple times is the same as adding it once.

5. `DELETE` - "Please cancel my order."

Purpose: To delete data from the server.

Use Case: Deleting a blog post, a photo, or your account.

Key Fact: DELETE requests are idempotent. If you delete something, it's gone. Trying to delete it again doesn't change anything—it's still gone.

Summary Table

Method	Analogy	Purpose	Idempotent?
`GET`	Looking at a menu	Retrieve/Read data	Yes
`POST`	Placing a new order	Create new data	No
`PUT`	Replacing your entire order	Update (replace) entire data	Yes
`PATCH`	Modifying your existing order	Update part of the data	Yes
`DELETE`	Canceling your order	Delete data	Yes

How You Use Them Every Day (CRUD Operations)

You'll often see these four main actions grouped together as CRUD:

Create -> POST

Read -> GET

Update -> PUT or PATCH

Delete -> DELETE

Real-World Example: A Social Media App

Viewing your feed: GET /feed

Creating a new post: POST /posts

Editing a post's caption: PATCH /posts/123 (where 123 is the post's ID)

Liking a post: POST /posts/123/like (Creating a new "like")

Deleting a post: DELETE /posts/123

Key Takeaway

HTTP methods are simply verbs that describe the intent of your request to a server. They tell the server what you want to do with a specific resource (a user, a post, an image), making the web a predictable and organized place for applications to talk to each other.

18:52

GeminiGoogle

http methods explained beginners

Okay, let's break down HTTP methods in a way that's easy for beginners to understand. Think of them as the verbs of the internet. They tell the server what you want to do with a resource (like a web page, an image, or data).

What is HTTP?

First, a super quick recap:

HTTP stands for Hypertext Transfer Protocol. It's the language computers use to talk to each other on the web. Your web browser (Chrome, Firefox, Safari, etc.) uses HTTP to ask for web pages from servers.

HTTP Methods: The Core Actions

These are the most common HTTP methods, explained with simple analogies:

GET:

Analogy: Asking for a book from the library. You're requesting to see the book, but you're not changing anything.

Purpose: Retrieve (get) data from the server. This is the most common method, used for loading web pages, images, and other content.

Example: When you type www.example.com into your browser and hit Enter, your browser sends a GET request to the server at example.com to retrieve the main page.

Important: GET requests should not have side effects (meaning they shouldn't change anything on the server). They are meant for reading data, not modifying it. Data is typically sent in the URL (the address bar). This makes it less secure for sensitive information.

POST:

Analogy: Submitting a form online (e.g., a registration form, a comment form). You're sending data to the server to be processed.

Purpose: Submit data to the server to create or update a resource.

Example: When you fill out a form on a website and click "Submit," your browser sends a POST request to the server with the data you entered.

Important: POST requests often do have side effects (they change something on the server, like adding a new user or creating a new blog post). Data is sent in the body of the request, which is generally more secure than sending it in the URL.

PUT:

Analogy: Completely replacing a document in a file cabinet with a new version. You are giving the server a full, updated version of a resource.

Purpose: Update an existing resource completely. The request body contains the entire replacement for the resource.

Example: Imagine you have a profile on a website. If you use PUT to update it, you're sending the entire profile data, even if you only changed one field.

Important: PUT is idempotent. This means that if you send the same PUT request multiple times, the end result on the server should be the same as sending it once.

DELETE:

Analogy: Throwing away a document from a file cabinet.

Purpose: Delete a specified resource.

Example: Deleting a comment you made on a blog post.

Important: DELETE is also idempotent. Deleting something that's already deleted shouldn't cause an error; it just remains deleted.

PATCH:

Analogy: Making a small correction to a document in a file cabinet, like changing a single word or adding a phone number.

Purpose: Partially update an existing resource. The request body only contains the changes you want to make.

Example: Imagine you have a profile on a website. If you use PATCH to update it, you're only sending the specific field(s) you want to change (e.g., your email address).

Important: PATCH is often preferred over PUT for updating resources because it's more efficient (less data to send). It's generally considered not idempotent.

HEAD:

Analogy: Checking the title and table of contents of a book to see if it's what you're looking for, without actually reading the book.

Purpose: Retrieve the headers of a resource (e.g., the content type, size, modification date) without retrieving the actual content. It's like a GET request, but the server only sends the headers, not the body.

Example: A browser might use HEAD to check if a cached version of a file is still up-to-date before downloading the full file.

Important: Useful for checking if a resource exists, getting metadata about a resource, or checking if a resource has been modified.

OPTIONS:

Analogy: Asking the librarian what operations you're allowed to perform on a book (e.g., "Can I borrow this? Can I photocopy it?").

Purpose: Describe the communication options for the target resource. The server responds with a list of the supported HTTP methods for that resource.

Example: A browser might use OPTIONS to check what HTTP methods are allowed for a specific URL before sending a more complex request. This is often used for Cross-Origin Resource Sharing (CORS).

Important: Useful for discovering what a server can do.

Summary Table

Method	Purpose	Side Effects?	Idempotent?	Data in?	Example
GET	Retrieve data	No	Yes	URL	Loading a webpage, downloading an image
POST	Submit data to create/update a resource	Yes	No	Request Body	Submitting a form, creating a new blog post
PUT	Update a resource completely	Yes	Yes	Request Body	Replacing an entire profile on a website
DELETE	Delete a resource	Yes	Yes	None	Deleting a comment
PATCH	Partially update a resource	Yes	No	Request Body	Updating your email address on a profile
HEAD	Retrieve headers only	No	Yes	None	Checking if a file has been modified
OPTIONS	Describe communication options	No	Yes	None	Checking allowed methods for a URL

Key Concepts

Resource: Anything that can be identified by a URL (e.g., a web page, an image, a video, a user account).

URL (Uniform Resource Locator): The address of a resource on the internet (e.g., https://www.example.com/products/123).

Request: The message your browser (or other client) sends to the server. It includes the HTTP method, the URL, and any data being sent.

Response: The message the server sends back to your browser. It includes a status code (e.g., 200 OK, 404 Not Found) and the data being requested (if any).

Headers: Additional information sent in both requests and responses (e.g., the content type, the server software).

Request Body: The data sent with a POST, PUT, or PATCH request. It's typically formatted as JSON or XML.

Why are HTTP Methods Important?

RESTful APIs: HTTP methods are fundamental to building RESTful APIs (Application Programming Interfaces), which are used to communicate between different software systems.

Web Development: Understanding HTTP methods is crucial for building web applications that interact with servers correctly.

Security: Using the correct HTTP method helps ensure that data is handled securely and that operations are performed in the intended way.

In Simple Terms (TL;DR):

Think of HTTP methods like this:

GET: "Show me this."

POST: "Here's some new information."

PUT: "Here's the new complete version of this."

DELETE: "Get rid of this."

PATCH: "Change this little bit of this."

This basic understanding of HTTP methods will be invaluable as you delve deeper into web development and APIs. Good luck!

18:52

Analysis

This comparison demonstrates the different approaches each AI model takes when responding to the same prompt. Here are the key differences observed:

Response Characteristics

ChatGPT: Provides a direct response with 41 sentences.

DeepSeek: Provides a direct response with 48 sentences.

Gemini: Provides a direct response with 107 sentences.

Key Takeaways

Each model brings unique strengths to this type of query
Response styles vary significantly between models
Consider your specific use case when choosing between these models

Try This Comparison Yourself

Want to test these models with your own prompts? Visit SNEOS.com to compare AI responses side-by-side in real-time.

This comparison was generated using the SNEOS AI Comparison ToolPublished: October 01, 2025 | Models: ChatGPT, DeepSeek, Gemini