Gimly’s Decentralized Identity Framework Is Built for Portability and Security
Gimly built a decentralized identify framework on EOSIO that offers users portability, security, and ease.
Kevin Brown, the founder of Coinage, tells us about his work on the Lamington project and how this tool is designed to help compile, deploy and test EOSIO™ smart contracts.
We wanted a single tool that would get out of the way and just let us write test files next to our contracts. It also turned out to be incredibly helpful to provide a higher level interface so calling actions or get table rows didn’t involve remembering how EOSIO calls worked, but instead just let us call contract.table() or contract.action(), and assertRowsEqual() or assertMissingAuthority().
Lamington manages the compilation, deployment, testing, and calling of actions / getTableRows so you don’t have to. When testing it allows you to easily deploy clean copies of your contract so your tests don’t depend on context from each other. When in production it gives you an easy, type aware interface to your contracts, both in calling their actions, as well as retrieving their data with getTableRows.
It’s still pretty early, so our primary goal at this stage is to get more users using it so we can iron out the bugs and release a v1. Coinage is already using Lamington in production, so we know it works well for our use case, but we want to make sure any nasty edge cases are found and eliminated before we give it a production version number. From there we want to introduce some incremental improvements to the way we help users manage things like eosio.code permission and other more advanced use cases. We want to continue to use the guides section on our website to cover more advanced EOSIO concepts with full examples to help people become better EOSIO developers and dive more in depth than the official documentation.
It’s been fantastic! One stand out community example for Lamington has been Mitch Pierias. He built a repository of more advanced EOSIO examples which he didn’t have a good way to demo or test before he found Lamington. He’s now rolled Lamington tests out for all of the examples, which helped us to work out some edge cases we hadn’t encountered in our own projects. On the repo there’s now a test suite next to each contract which shows users not just how the C++ looks, but also how they use the actions to actually achieve the functionality demonstrated in the example. He’s now a core Lamington contributor and has moved the tool forward in amazing ways.
We’re really looking forward to more interactions with the community to help make Lamington even more valuable for a wider group of developers.
Lamington is being funded by Coinage, but it is an open source community project, so the answer to that question is whoever wants to! Our hope is to make Lamington useful enough to a wide enough group of people that we’re able to make EOSIO development more accessible to engineers from any background, and to make EOSIO development more productive for those that are already familiar with it.
Right now everything is very anecdotal as it’s early days, but our approach is to focus on making a tool where easy things are easy, and complicated things are achievable with some research. Our next key metric for the success of the project is adoption and a v1 release.
Lamington largely fits in with whatever folder structure you’re already using. You can get started by installing Lamington, then following the getting started guide on our website. We also have full API documentation, and if you want to chat with the core team directly, there’s a Slack instance which is open for anyone to join.
We plan to extend Lamington to be as useful as it can be in dApp development. That means making it easier to take on-chain data and show it in React or Vue applications, as well as providing a more robust approach to key management and calling smart contract actions from NodeJS. We’re looking forward to seeing what features are most wanted by the rest of the EOSIO development community.
As for other tools, we build tools as we see a need for them, so right now the focus is on making Lamington rock solid, and in the future we may build other tools that help us deliver on our mission of building decentralised platforms at scale.
Our #BuiltOnEOSIO series showcases some of the amazing projects leveraging EOSIO technology to build a more secure and connected world. If you would like to suggest a project for us to feature please send an email to firstname.lastname@example.org for our Developer Relations team to review
– Block.one Developer Relations team
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