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Over the years, new smart contract programming languages such as Solidity, Vyper and Yul emerged specifically for writing more sophisticated applications. In addition, developers have created frameworks for executing smart contract programs written in legacy programming languages such as Java, JavaScript and C++.
Since you write smart contracts using a Turing-Complete language like Solidity, you can add your own security and protocols beyond what the host blockchain is providing. In this post, I am going to share with you how to leverage the Go programming language to create and test Ethereum smart contracts.
Setting up a web service in Go import ( "github.com/gin-gonic/gin" "net/http" ) router.GET("/", func(context *gin.Context) { context. String(http. StatusOK, "Hello world!") ... router.GET("/user/:name", func(context *gin.Context){ name := context.Param("name") context.String(http.StatusOK, fmt.Sprintf("Hello %s!!", name))
Deploy a contract using web3. js You can use MetaMask or similar to create an Ethereum account for testing purposes. The dotenv package allows you to use a . ... This example has been written for web3js v4. ... Never disclose your private key. ... You can compile the smart contract using the solc command line options.
Building first smart contract: Step 1: Open command prompt terminal in VS code and type command- mkdir hello-world. ... Step 2: Generates the template of the smart contract by executing the command- truffle init. Step 3: Now, Create HelloWorld.sol file by executing the command- truffle create contract HelloWorld.