The Lexon (LEX) smart contract computer language recently launched a compiler on August 3rd, offering developers the capability to write contracts in Lexon and convert them into Solidity, Sophia, or JavaScript. The compiler operates on the Aeternity (AE) blockchain network and charges LEX tokens as a fee for each compilation cycle. Lexon, touted as "a computer language that anyone can read," resembles ordinary spoken or written language, particularly in its current version which mirrors plain English.
According to Henning Diedrich, the founder of Lexon, this language and compiler provide several key advantages to developers and users. Firstly, it serves as an educational tool for teaching smart contract programming, with popular Solidity learning tool Remix even developing a Lexon plugin. This allows students to enter agreements in Lexon and see their translations in Solidity, fostering a better understanding of Solidity code's meaning in everyday language.
Secondly, Lexon-written contracts become "self-documenting," alleviating the need for technical writers to draft documentation to explain the code's functionality. Diedrich emphasizes that Lexon approaches this problem distinctively, crafting readable code that doesn't re require separate explanatory text. language can also generate improved graphical user interfaces (GUIs) in a more automated manner, leveraging the human-friendly expression of logic within Lexon.
Diedrich clarifies that the compiler solely translates in one direction, from Lexon to another language, and cannot revert another computer language to Lexon. This constraint means it can't easily debug smart contracts not originally composed in Lexon. Diedrich anticipates that if Lexon gains prominence In smart contract programming, it will simplify comprehension of Web3 applications for ordinary users, aligning with the goals of the Solidity-to-Lexon compiler.
The team opted for Aeternity due to its lower gas fees and enhanced scalability. Currently, they are distributing LEX in exchange for AE tokens. Complicated Solidity contracts often challenge decentralized finance users, necessitating them to rely on smart contracts s security auditors for vulnerability assessment. This vulnerability can potentially expose them to undetected attacks. The introduction of Lexon's compiler seeks to alleviate such complexities in smart contract understanding and execution.
