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tcode2k16.github.io | ||
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etherscan.io
Token Rep: OK | Price: $89,169.00 | Onchain Market Cap: $11,142,869,335.99 | Holders: 158,036 | As at Jan-24-2026 12:28:43 PM (UTC) |
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blog.adnansiddiqi.me
This post going to be a bit longer as I am going to cover multiple concepts. I will be covering the following things: Smart Contracts and how do they work in Ethereum blockchain. The basics of Solidity Programming language and how to use online and existing IDEs to write and test them. Using Truffle and |
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kndrck.co
Motivation: I've been trying to find a tutorial on building an Oracle in Ethereum, only problem is that the articles online are either out of date (pre web3 v1.0.x) or the source code provided is structured in such a way that makes it incredibly tough to follow (having python, c# and javascript in one project with no clear description of what each language is doing and why its necessary). This guide assumes you have a basic understanding of the solidity language |
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yos.io
The goal of smart contract audits is to assess code (alongside technical specifications and documentation) and alert project team of potential security issues that need to be addressed to improve security posture, decrease attack surface, and mitigate risk. An audit helps to detect and resolve security issues before launch, summarized as a set of findings with underlying vulnerabilities, severity, difficulty, sample exploit scenarios, and recommended mitigations. Given the high cost of smart contract bugs, it's no surprise that an audit is a key step in the smart contract development lifecycle. However, engaging an auditor can be costly and difficult due to high demand. In this article, we'll learn how you can use the open source tools Slither and Echidna to... |
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