Library facilitates interaction with the Terra blockchain, offering tools for wallet management, transaction signing, and broadcasting. Currently supports legacy amino format with plans for protobuf integration.
The Terra Software Development Kit (SDK) in Kotlin is a simple library toolkit for building software that can interact with the Terra blockchain and provides simple abstractions over core data structures, serialization, and API request generation.
🚧 Under heavy construction! 🚧
terra.kt is refactoring for applying protobuf and grpc. Currently, you can only use legacy amino format with lcd.
dependencies {
implementation("money.terra:sdk-amino:$terraSdkVersion")
// or
implementation("money.terra:wallet:$terraSdkVersion")
implementation("money.terra:messages:$terraSdkVersion")
implementation("money.terra:client-rest:$terraSdkVersion")
implementation("money.terra:sdk-tools:$terraSdkVersion")
}
dependencies {
implementation("money-terra:client-rest:$terraSdkVersion")
}
val client: TerraRestClient = TerraLcdClient("bombay-12", "https://bombay-lcd.terra.dev")
val deferredResult: Deferred<Result<Coin>> = client.marketApi.estimateSwapResult(Uint128("10000"), "uluna", "ukrw")
val result: Coin = deferredResult.await().result
println("uluna can be swapped for $result")
dependencies {
implementation("money.terra:sdk-amino:$terraSdkVersion")
}
dependencies {
implementation("money.terra:wallet:$terraSdkVersion")
implementation("money.terra:sdk-amino:$terraSdkVersion") {
exclude("money.terra", "client-rest")
}
}
val mnemonic = "..."
val wallet = TerraWallet.fromMnemonic(mnemonic)
val signData = TransactionSignData(
chainId = "bombay-12",
accountNumber = 0u,
sequence = 0u,
fee = Fee(200000u, listOf(Coin(Uint128(), ))),
= listOf(SendMessage(wallet.address, receiveWallet, listOf(Coin(Uint128(), val mnemonic: String = "..."
val terra = Terra.fcd("bombay-12", "https://bombay-fcd.terra.dev")
val wallet: TerraWallet = terra.walletFromMnemonic(mnemonic)
val receiveWallet: TerraWallet = TerraWallet("terra1x46rqay4d3cssq8gxxvqz8xt6nwlz4td20k38v")
// If use TerraFcdClient, You can broadcast transaction without fee parameter.
// It will be estimate fee using fcd.
val deferredResult: Deferred<Pair<BroadcastResult, Transaction>> = wallet.broadcast {
SendMessage(wallet.address, receiveWallet, listOf(Coin(Uint128(1000), "uluna)).withThis()
}
// or
val transaction: Transaction = Transaction.builder()
.message(SendMessage(wallet.address, receiveWallet, listOf(Coin(Uint128(1000), "uluna)))
.fee(Fee(200000u, listOf(Coin(Uint128("50"), "uluna"))))
.build()
val deferredResult: Deferred<Pair<BroadcastResult, Transaction>> = wallet.broadcast(transaction)
val (result, signedTransaction) = deferredResult.await()
val isSucceedBroadcast = result.isSuccess
val transactionHash = result.transactionHash
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