sol-trade-sdk-golang is a Go-based trading SDK for Solana. It helps you work with Solana DEX tools, swap routes, copy trading flows, sniper setups, and MEV providers from one place.
This page is written for Windows users who want to get the project from GitHub and run it on their computer.
Use this link to visit the download page:
On that page, look for the latest project files, then download and run the file or package that fits your setup.
Use a Windows PC with:
- Windows 10 or Windows 11
- A stable internet connection
- At least 4 GB of free disk space
- 8 GB RAM or more for smooth use
- Permission to save files in your Downloads folder
If you plan to build or run the Go project yourself, install:
- Go 1.21 or later
- Git
- A text editor like VS Code
Go to:
On the GitHub page, look for the green Code button.
Then do one of these:
- Download the ZIP file
- Or copy the Git link if you use Git
If you downloaded the ZIP file, save it to your Downloads folder.
If the file came as a ZIP:
- Right-click the ZIP file
- Select Extract All
- Choose a folder you can find again, such as Desktop or Documents
Open the extracted folder and look for:
- README files
- Go source files
- config files
- example files
If the project includes a ready-to-run Windows app or script, open the file that starts the app.
If you have a compiled Windows file:
- Double-click the file to open it
If you have the source code and want to run it with Go:
- Open Command Prompt
- Go to the project folder
- Run the project using the instructions in the README file
A common Go command looks like this:
- go run .
If the project uses a different main file, the README may point to that file.
This project is meant for Solana trading tasks. Common uses include:
- Checking trade routes
- Working with DEX liquidity
- Setting up swap logic
- Managing copy trading flows
- Preparing sniper or launch-time trade logic
- Using MEV-related providers where needed
For a first run, keep the setup simple:
- Use one wallet or test wallet
- Start with small amounts
- Check every config value before you trade
- Test one feature at a time
You may see files like these:
- cmd/ β program entry files
- internal/ β core app logic
- config/ β settings
- examples/ β sample use cases
- scripts/ β helper scripts
- README.md β setup notes
- go.mod β Go project file
If you see example files, use them first. They often show the safest way to start.
- Go to the official Go site
- Download the Windows installer
- Run the installer
- Follow the setup steps
- Open Command Prompt and type:
- go version
If you see a version number, Go is ready.
- Download Git for Windows
- Run the installer
- Keep the default options unless you have a reason to change them
- Open Command Prompt and type:
- git --version
If you see a version number, Git is ready.
If you want to use Git, open Command Prompt and run:
Then open the new folder.
This kind of trading tool often uses config files. You may need to set:
- A wallet key
- RPC endpoint
- DEX settings
- Slippage value
- Priority fee
- MEV provider choice
- Token mint address
- Trade size
Keep your wallet file in a safe place. Do not move it after setup unless the app asks for it.
If the project includes an example config file:
- Copy it
- Rename it if needed
- Fill in the values
- Save the file
- Start the app again
Based on the project topics, the SDK may support work with:
- Solana
- Raydium
- Pump.fun
- PumpSwap
- Bonk
- Copy trading
- Arbitrage
- Jito bundle flows
- Nozomi
- FN Zero
- SWQoS setups
You may also see tools for:
- Sniping new tokens
- Swap bundling
- Trade route handling
- Fast order flow
Before you use real funds, check these items:
- The app opens without errors
- Your wallet address is correct
- The RPC URL works
- The token mint address is valid
- The trade amount looks right
- The slippage setting matches your plan
- The fee setting is not too high
If something looks wrong, stop and check the config file again
Some Go projects run from Command Prompt. If the README asks you to use it:
- Open Start
- Type Command Prompt
- Open it
- Go to the project folder with cd
- Run the command shown in the project files
Example:
- cd Desktop\sol-trade-sdk-golang
- go run .
If the project has a different start file, use that file name
If the GitHub page shows a release file:
- Download the file
- Save it to your PC
- Double-click it to run
- Or place it in the project folder if the README says to do that
If the release is a ZIP or archive:
- Extract it first
- Then open the folder
- Start the app from there
Try this:
- Make sure the file finished downloading
- Extract ZIP files before opening them
- Check that Windows did not block the file
- Run the file as admin if the README says to do so
Try this:
- Close Command Prompt
- Open it again
- Run go version
- Check that Go is on your system path
Try this:
- Save the project in Desktop or Documents
- Avoid long folder names
- Keep the path simple
Try this:
- Check your internet connection
- Check the RPC URL
- Try another RPC if the project allows it
- Make sure your firewall is not blocking the app
This repository includes topics tied to:
- arbitrage
- bonk
- copy trading
- fnzero
- golang
- jito bundle
- nozomi
- pump.fun
- pumpswap
- raydium
- snipe bot
- solana bot
- swqos
These topics point to a trading SDK built for fast Solana work and multiple trade paths
A simple first use flow looks like this:
- Download the project from GitHub
- Extract or clone the files
- Install Go if needed
- Open the project folder
- Set your config values
- Start the app
- Check the output
- Run a small test action
- Review results before using larger amounts
Download page:
Use this link again if you need to return to the project, get updates, or check files
- Keep the project in one folder
- Do not rename files unless the README tells you to
- Do not mix the project with other downloads
- Use a folder name with no special symbols
- Save config backups before you change them
When you open the repository, look for:
- README.md for setup steps
- example files for sample values
- config files for wallet and trade settings
- source files for the main logic
If there is a sample config, use it as your starting point
If you want the latest version later:
- Return to the GitHub page
- Check for a newer release or update
- Download the new files
- Replace the old folder or follow the update steps in the repo
Keep your config backup before replacing files