In my previous article, I wrote about the core concepts of mutation testing. With this post, I will show you the mutation testing theory can be applied in practice using the mutation testing tool Vertigo.
Setup
To start with mutation testing, we need to do three things:
- Install Truffle and Ganache
- Install Vertigo
- Get a project to test
Install Truffle and ganache by executing the following commands:
$ npm install -g truffle
$ npm install -g ganache-cliThen install Vertigo by executing the following command:
$ pip3 install eth_vertigoWith that out of the way, the only thing left to do is to get a Truffle project to run our mutation testing on. …
Recently I released a mutation testing tool for smart contracts on GitHub called Vertigo.
In this series of blog posts, I hope to do the following things:
- Show you how powerful Mutation Testing is
- Explain how you can use mutation testing in your SDLC
- Demonstrate how you can use Vertigo on some example projects
Vertigo is accompanied by a research paper that was presented at CBT’19.
Why Mutation Testing?
In this first post, we will review the concepts, and more importantly, the motivation behind mutation testing.
There is no shortage of stories on the security incidents that have occurred with smart contract systems (the DAO Hack, Parity Wallet Hack, batchOverflow, … ). The high stakes, high-risk environment has sparked the development of many tools and techniques that help increase the security of smart contract projects ( e.g. …
Mythril is a cool symbolic execution tool that comes pre-loaded with several detection modules that check for bugs like integer overflows and reentrancy vulnerabilities. I’m one of the core team members of the MythX platform team; maintaining, improving, and buidling Mythril.
One of the main design goals in Mythril is to make the interaction with the analysis tool simple and effortless. …
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