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//! An experimental implementation of the Marlowe language for Cardano smart contracts.
//!
//! Its primary use-case is for creating smart contracts in Rust rather
//! than directly using Marlowe, and instead be able to export the contracts
//! into Marlowe programatically.
//!
//! ## Grammars
//!
//! This crate uses [Pest.rs](https://pest.rs)!
//! <details>
//! <summary>[grammars.rs] Click to expand/collapse</summary>
//!
//! ```pest
//! ```
//! </details>
//!
//!
//! ## Example usage
//!
//! ```rust
//! use marlowe_lang::types::marlowe::*;
//! use marlowe_lang::{
//! deserialization::marlowe::deserialize,
//! serialization::marlowe::serialize,
//! };
//!
//! let my_contract = Contract::When {
//! when: vec![
//! Some(PossiblyMerkleizedCase::Raw {
//! case: Some(Action::Notify {
//! notify_if: Some(Observation::True)
//! }),
//! then: Some(Contract::Close) })
//! ],
//! timeout: Some(Timeout::TimeParam("test".into())),
//! timeout_continuation: Some(Contract::Close.boxed()),
//! };
//!
//! let serialized = serialize(my_contract);
//! let deserialized : Contract = deserialize(&serialized).unwrap().contract;
//! println!("{serialized}");
//! ```
//!
//! #### Where 'println!("{serialized}")' would output this:
//! ```text
//! When [ Case (Notify (True)) Close ] (TimeParam "test") Close
//! ```
extern crate pest;
extern crate pest_derive;
/// Top level types module
/// Where the parsing happens
/// Extra features such as plutus encoding/decoding, cli tool etc.
pub use plutus_data;