Published 06/2022
MP4 | Video: h264, 1280×720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English + srt | Duration: 48 lectures (6h 20m) | Size: 3.63 GB
Security of Smart Contract Code
What you’ll learn
Smart Contract Code Related Security Problems and How To Solve Them
Security Patterns and How They Help To Overcome Security Attacks or Eliminate Vulnerabilities
How To Install and Use Various Tools Including Remix, VeriSol, Oyente, Manticore, Slither, and Helpers Including Docker, and DotNetTool
Various Libraries, Including Open Zeppelin Access Control, Open Zeppelin Utilities/SafeMath, OpenZeppelin Tokens, Chainlink, and Hardhat.
Solidity Language Based Implementations of Problems and Solutions Including Patterns
Solidity Basics
How To Create, Compile, Deploy and Use Deployed Smart Contracts Using Remix
Requirements
Knowledge of Blockchain Basics
Programming Experience in OO Languages
Knowledge on How To Implement Smart Contracts Using SOlidity Would Be Useful but Not Mandatory. For Newbies, Enough Information Is Provided in the Course
Description
This is a course that focuses both on manually scanning the code vulnerabilities, and bugs through focusing on a large set of (around 40) vulnerabilities for smart contracts and also on automatic vulnerability analysis tools. It also includes several lectures which demonstrate and use security-related libraries which are specifically created to improve the security of smart contracts. The selected development language is Solidity. We have a "Solidity and Remix in a Nutshell Lecture" for students who have a background in other development languages but lack smart contract development experience. This would help them to understand the content and to be able to run provided code parts along with various explanations throughout the course dealing with language/platform-specific issues.
The security weaknesses addresses in this course include some popular weaknesses such as Reentrancy but also many others. We visit numerous terms as we explain these problems and related solutions. Whenever we encounter a pattern to solve a problem we explicitly mark this on our slides. We will be looking at code samples which will be provided from the course web site when we discuss the problems and solutions.
Finally, the tools and libraries which used in the course either to introduce new tools/libraries or as helper tools are Remix, Docker, VeriSol, DotNetTool, Oyente, Open Zeppelin Access Control, Open Zeppelin Tokens, Open Zeppelin, Manticore, and Slither.
Who this course is for
Beginner to Advanced
Homepage
https://www.udemy.com/course/smart-contract-code-weaknesses-and-solutions/
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