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## How to Format Your Technical Questions for Better Help When you're learning to code, especially in complex ecosystems like Web3, getting stuck is a normal part of the process. Whether you're asking for help in a community forum like GitHub Discussions, a chat platform, or even interacting with an AI like ChatGPT, *how* you ask your question significantly impacts the quality and speed of the response you receive. Learning to format your questions properly is a crucial skill. The core idea is simple: make it easy for others (or AI) to understand your problem quickly. This means being clear, concise, and providing all the necessary information in a readable format. Vague questions with unformatted code snippets often lead to slow responses, incorrect answers, or requests for more information, wasting everyone's time. **Mastering Markdown for Readability** Most developer forums and platforms like GitHub use Markdown for text formatting. The most critical Markdown feature for asking coding questions is the code block. **Use Code Blocks for Code and Errors** Never paste code or error messages directly into your question as plain text. It becomes hard to read and loses crucial indentation. Instead, wrap your code and errors in triple backticks (```). ``` // This is a basic code block function hello() { console.log("World"); } ``` This clearly separates the code from your explanatory text. **Enhance Readability with Syntax Highlighting** You can make your code significantly easier to read by adding syntax highlighting. After the opening triple backticks, specify the programming language. For Solidity, you would use `solidity`. ```solidity // SPDX-License-Identifier: MIT pragma solidity ^0.8.19; contract SimpleStorage { uint256 public favoriteNumber; function store(uint256 _favoriteNumber) public { favoriteNumber = _favoriteNumber; } } ``` Compare this to the unhighlighted version – the colors make keywords, types, and comments instantly recognizable, allowing helpers to grasp the code's structure much faster. Use `javascript`, `python`, `bash`, etc., as appropriate for other languages. **Be Specific: State the Problem and Include the Error** Clearly describe what you are trying to achieve and what is going wrong. Most importantly, **include the exact error message** you are seeing. Copy and paste the complete error output. It's often best to put the error message in its own code block for clarity. * **Poor Example:** "My contract doesn't compile." * **Good Example:** "I am trying to compile my `PriceConverter.sol` contract using Foundry, but I am receiving this error:" ``` CompilerError: TypeError: Exactly one argument expected for explicit type conversion. --> contracts/PriceConverter.sol:21:43: | 21 | AggregatorV3Interface priceFeed = AggregatorV3Interface( | ^^^^^^^^^^^^^^^^^^^^^^^ ``` **Provide Only Relevant Code (Minimal Reproducible Example)** Resist the urge to paste your entire contract or multiple files. This overwhelms potential helpers and makes it difficult to pinpoint the issue. Isolate the *smallest possible code snippet* that reproduces the error. This is often called a "Minimal Reproducible Example." * **Poor Practice:** Pasting the entire 100+ lines of `MyContract.sol` when the error occurs on a single line within one function. * **Good Practice:** Showing only the specific function or the few relevant lines of code causing the error, along with necessary context like state variable declarations if pertinent. **Putting It All Together: A Well-Formatted Question** A good question structure often looks like this: 1. **Goal:** Briefly state what you are trying to accomplish. 2. **Problem:** Describe the issue you encountered. 3. **Error Message:** Provide the exact error using a code block. ``` // Paste the exact error output here ``` 4. **Relevant Code:** Provide the minimal code snippet causing the error, using a syntax-highlighted code block. ```solidity // Paste the relevant, minimal code snippet here ``` 5. **Clear Ask:** Directly ask your question. "Can someone help me understand why this `TypeError` is happening?" or "What am I missing in this interface call?" **Asking Humans vs. AI** These principles apply equally whether you're asking a human on GitHub Discussions or prompting an AI like ChatGPT. Well-formatted, specific prompts with relevant context yield vastly better results from AI. Learning to ask questions effectively in a community forum is essentially practicing good prompt engineering. You can even copy your well-formatted Markdown question directly into ChatGPT. **Engage with the Community** Platforms like GitHub Discussions are valuable learning resources. Don't just ask questions; try to answer others' questions too. Explaining concepts to others solidifies your own understanding. Think of it as a "question and answer debt" – for every question you ask, aim to help someone else. This fosters a healthy learning environment and helps you build connections. Remember, there are rarely "bad" questions, only poorly formatted ones. Taking a few extra moments to format your question clearly using Markdown, providing the specific error, and including only the relevant code will dramatically increase your chances of getting fast, accurate, and helpful responses.
When you're learning to code, especially in complex ecosystems like Web3, getting stuck is a normal part of the process. Whether you're asking for help in a community forum like GitHub Discussions, a chat platform, or even interacting with an AI like ChatGPT, how you ask your question significantly impacts the quality and speed of the response you receive. Learning to format your questions properly is a crucial skill.
The core idea is simple: make it easy for others (or AI) to understand your problem quickly. This means being clear, concise, and providing all the necessary information in a readable format. Vague questions with unformatted code snippets often lead to slow responses, incorrect answers, or requests for more information, wasting everyone's time.
Mastering Markdown for Readability
Most developer forums and platforms like GitHub use Markdown for text formatting. The most critical Markdown feature for asking coding questions is the code block.
Use Code Blocks for Code and Errors
Never paste code or error messages directly into your question as plain text. It becomes hard to read and loses crucial indentation. Instead, wrap your code and errors in triple backticks (```).
This clearly separates the code from your explanatory text.
Enhance Readability with Syntax Highlighting
You can make your code significantly easier to read by adding syntax highlighting. After the opening triple backticks, specify the programming language. For Solidity, you would use solidity
.
Compare this to the unhighlighted version – the colors make keywords, types, and comments instantly recognizable, allowing helpers to grasp the code's structure much faster. Use javascript
, python
, bash
, etc., as appropriate for other languages.
Be Specific: State the Problem and Include the Error
Clearly describe what you are trying to achieve and what is going wrong. Most importantly, include the exact error message you are seeing. Copy and paste the complete error output. It's often best to put the error message in its own code block for clarity.
Poor Example: "My contract doesn't compile."
Good Example: "I am trying to compile my PriceConverter.sol
contract using Foundry, but I am receiving this error:"
Provide Only Relevant Code (Minimal Reproducible Example)
Resist the urge to paste your entire contract or multiple files. This overwhelms potential helpers and makes it difficult to pinpoint the issue. Isolate the smallest possible code snippet that reproduces the error. This is often called a "Minimal Reproducible Example."
Poor Practice: Pasting the entire 100+ lines of MyContract.sol
when the error occurs on a single line within one function.
Good Practice: Showing only the specific function or the few relevant lines of code causing the error, along with necessary context like state variable declarations if pertinent.
Putting It All Together: A Well-Formatted Question
A good question structure often looks like this:
Goal: Briefly state what you are trying to accomplish.
Problem: Describe the issue you encountered.
Error Message: Provide the exact error using a code block.
Relevant Code: Provide the minimal code snippet causing the error, using a syntax-highlighted code block.
Clear Ask: Directly ask your question. "Can someone help me understand why this TypeError
is happening?" or "What am I missing in this interface call?"
Asking Humans vs. AI
These principles apply equally whether you're asking a human on GitHub Discussions or prompting an AI like ChatGPT. Well-formatted, specific prompts with relevant context yield vastly better results from AI. Learning to ask questions effectively in a community forum is essentially practicing good prompt engineering. You can even copy your well-formatted Markdown question directly into ChatGPT.
Engage with the Community
Platforms like GitHub Discussions are valuable learning resources. Don't just ask questions; try to answer others' questions too. Explaining concepts to others solidifies your own understanding. Think of it as a "question and answer debt" – for every question you ask, aim to help someone else. This fosters a healthy learning environment and helps you build connections.
Remember, there are rarely "bad" questions, only poorly formatted ones. Taking a few extra moments to format your question clearly using Markdown, providing the specific error, and including only the relevant code will dramatically increase your chances of getting fast, accurate, and helpful responses.
A structured approach to How to Format Your Technical Questions for Better Help - Discover how clear formatting with Markdown, precise error messages, and minimal code examples dramatically improve the quality and speed of help received from communities and AI.
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Course Overview
About the course
The basics of blockchain transactions, how to send and receive money on a blockchain network.
How to write Python based smart contracts using Vyper.
How to read and understand Vyper smart contracts.
Vyper data structures, arrays, structs, hash maps.
How to build a smart contract application and deploy on ZKsync with Moccasin.
Smart Contract Auditor
$100,000 - $200,000 (avg. salary)
On-chain Data Analyst
$59,000 - $139,000 (avg. salary)
DeFi Developer
$75,000 - $200,000 (avg. salary)
Smart Contract Engineer
$100,000 - $150,000 (avg. salary)
Web3 developer
$60,000 - $150,000 (avg. salary)
Web3 Developer Relations
$85,000 - $125,000 (avg. salary)
Last updated on August 11, 2025
Duration: 2h 08min
Duration: 2h 32min
Duration: 24min
Course Overview
About the course
The basics of blockchain transactions, how to send and receive money on a blockchain network.
How to write Python based smart contracts using Vyper.
How to read and understand Vyper smart contracts.
Vyper data structures, arrays, structs, hash maps.
How to build a smart contract application and deploy on ZKsync with Moccasin.
Smart Contract Auditor
$100,000 - $200,000 (avg. salary)
On-chain Data Analyst
$59,000 - $139,000 (avg. salary)
DeFi Developer
$75,000 - $200,000 (avg. salary)
Smart Contract Engineer
$100,000 - $150,000 (avg. salary)
Web3 developer
$60,000 - $150,000 (avg. salary)
Web3 Developer Relations
$85,000 - $125,000 (avg. salary)
Last updated on August 11, 2025