// Send random contributions to the next party parties.indices.forEach i -> val next = (i + 1) % parties.size send(randoms[i] to parties[next])
// Define a function to reason with the figure fun reason() println("You attempt to reason with the figure, and surprisingly, it listens.") println("The figure reveals itself to be a wise old sage, offering you valuable advice.") println("You thank the sage and continue on your journey.")
: Modern HUD designs and customizable scoreboards. abric-language-kotlin
when (choice) "A" -> combat() "B" -> reason() else -> println("Invalid choice. Please try again.") darkForest()
// Define a function for combat fun combat() println("You engage in combat with the mysterious figure.") println("The battle is fierce, but in the end, you emerge victorious.") println("Congratulations, you've won the combat!") // Send random contributions to the next party parties
// Locally refresh: new_share = old_share + random_share - random_share_from_prev val newShares = parties.indices.map i -> add(oldShares[i], randoms[i])
playAgain()
// Compiler invocation (pseudocode) val backend = KotlinMPCBackend() val generatedCode = backend.compile(myProtocol, target = "netty") generatedCode.saveTo("src/generated/Protocol.kt")
// Get the player's choice val choice = readLine()?.trim()?.toUpperCase() combat() "B" ->