Write Your Smart Contract on Go in 5 Steps.

🚀 Introducing the experimental Swift SDK for NEAR smart contracts!.Now live at 👉 Built with @swiftwasm and @SwiftLang for real cross-platform WebAssembly support. Our "Hello World" contract compiles down to just 588 bytes! 🧵. Big thanks to @MaxDesiatov.

RT @NEARProtocol: You don’t need 10 wallets, 4 bridges, and a PhD to use crypto. FORK THAT. Build with Intents. Build on NEAR.

Learn More. 📚 Master NEAR smart contracts with Go! Use: .- Go Smart Contract Template : - Near SDK Go: .- Near CLI Go: .- Docs: .Join @NEARProtocol! #NEAR #GoLang #Web3.

Step 5 - Test Contract. 🧪 Test your contract with: .```bash .near-go call --from youraccount.testnet --to contract.testnet --function InitContract --args '{}' --gas '300 Tgas' --deposit '0 NEAR' --network testnet .``` .See tx details on Build Web3.

Step 4 - Deploy Contract. 🌐 Deploy your contract to NEAR testnet! Create an account: .```bash .near-go account create -n "testnet" -a "youraccount.testnet" .``` .Then deploy: .```bash .near-go deploy -id "youraccount.testnet" -n "testnet" .``` .Check tx on.

Step 3 - Explore the Code. 🔍 In `main.go`, TinyGo turns Go into WebAssembly for NEAR. Key functions: .- `InitContract`: Sets up contract .- `WriteData`: Saves data on-chain .- `ReadData`: Gets data .- `AcceptPayment`: Handles deposits .- `ReadIncommingTxData`: Reads tx.

Step 2 - Create & Build Contract. 🛠️ Create a NEAR smart contract in Go: .```bash .near-go create -p "example" -m "example" -t "smart-contract-empty" .cd example/contract .near-go build .``` .This makes `main.wasm`—your WebAssembly contract ready to deploy! #NEAR #GoLang.

Step 1 - Install Tools. 🚀 Want to write smart contracts in Go on @NEARProtocol? Start by installing TinyGo & near-cli-go: .```bash .wget .sudo dpkg -i tinygo_0.38.0_amd64.deb .curl -LO && bash .```.

RT @NEARDevHub: 🚀 Go devs: You can now build smart contracts entirely in Go. No Rust. No JS. No YAML. Just Go + WebAssembly on @NEARProtoc….

RT @ilblackdragon: Blink and it’s final: NEAR blocks are now 600ms, with 1.2 second finality. That’s 10x faster finality than Solana. 600x….

RT @Freol: Guess what will be the next language available for NEAR contracts development. Reminder that we already have SDKs for #Solidity….

RT @ilblackdragon: Want to integrate AI directly into your smart contracts?. @near_ai offers an easy way to run AI models & agents directly….

RT @xenovacom: First project of 2025: Vision Transformer Explorer. I built a web app to interactively explore the self-attention maps produ….

RT @ggerganov: Open the pod bay doors, HAL.

RT @victormustar: More hyped by TRELLIS than Sora 😅.

RT @victormustar: 🤯 Is 3D generation finally cracked? TRELLIS might be the solution we've been waiting for, nearly ready for production!….

RT @ChinnaDevarapu: 1/6 🧵 I'm building what might be the smallest.#opensource #spectrometer with an easy to use UI! I call it a pocket spec….

RT @yowl00: Really rough but, C# Snake in 6KB in WebAssembly.Using NativeAOT-LLVM and Wasm4 #wasm4 #Dotnet .See for .