Latest one is written in Kotlin and compiled to a single executable.
While I know many here dislike “crypto,” it’s used to calculate some details on some OpenSea NFTs I’m interested in. The details on each NFT are varied, but two of these NFTs can have their details combined to create a “more powerful” NFT. Don’t think I should bother going into more detail, but the code calculates every permutation of the details for all the NFTs to identify the best combinations. Didn’t take long to write and I did it for fun as I never compiled Kotlin down to a stand-alone executable and I wanted to give it a try.
While I know many here dislike “crypto,” it’s used to calculate some details on some OpenSea NFTs I’m interested in. The details on each NFT are varied, but two of these NFTs can have their details combined to create a “more powerful” NFT. Don’t think I should bother going into more detail, but the code calculates every permutation of the details for all the NFTs to identify the best combinations. Didn’t take long to write and I did it for fun as I never compiled Kotlin down to a stand-alone executable and I wanted to give it a try.