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  1. Ride is a straightforward, developer-friendly functional programming language for smart contracts and decentralized applications (dApps) on the Waves blockchain. Script Types. Waves smart contracts are scripts written in Ride. Scripts can be assigned to accounts or tokens (assets).

  2. Ride is a purpose-designed programming language for smart contracts on the Waves blockchain. It was created to address many of the most serious shortcomings of other popular smart contract languages. The overall idea was to offer a straightforward functional language for dApp development on the Waves blockchain.

  3. Adapts Vocals to the Music. Vocal Rider can level the vocal in isolation, or in context with the music’s overall dynamics. Feed a submix of the song’s instruments into Vocal Rider’s sidechain, and the vocal’s target level shifts according to the music’s level. Automation Made Easy.

    • (1,3K)
    • Waves
    • $249
  4. ide.wavesplatform.comWAVES IDE

    Waves blockchain uses functional programming language based on expressions called RIDE. It is simple, yet efficient. Please check ride documentation. Writing dApps. A dApp, or decentralised application, is an application, that executes in a distributed computer system, for instance, in a blockchain.

  5. Ride is the language used in Waves blockchain to create smart accounts. This extention provides: Syntax highlighting. Code completion for global functions and fields. Snippets. Interactive console for Waves blockchain. Usage. Extention recognizes ".ride" files. Code completion. Use standard Ctrl/Command + Space to autocomplete.

  6. [Ride v5] Standard Library Version 5 | Waves documentation. ⚠️ We recommend to use Standard library version 6 for application development. Standard library version 5 is enabled by feature #16 “Ride V5, dApp-to-dApp invocations”. dApp-to-dApp Invocation.

  7. In Ride, you can only declare a variable along with a value assignment. The = sign must be followed by an expression. The value of the variable is the expression result. Ride variables are immutable: the value of a variable cannot be changed after it is defined. Ride is strongly typed and the variable's type is inferred from the value.