Development of decentralized applications for EthereumParticipants learn about key aspects of operation, architecture and elements of decentralized applications (DApp) -
applications for the Ethereum block chain, including end devices, user interfaces and smart contracts. In practical part the participants will make a simple smart token contract, deploy and run it on the Ethereum network. They will create a simple web interface or nodejs application for access to smart contract functions and the Ethereum block chain. |
Content
- Decentralized applications (DApps)
- Distributed ledger technology (DLT) and Ethereum
- Elements of decentralized applications, on-chain logic, and web and IoT applications for Ethereum
- Ethereum's transaction life cycle
- Designing, developing and installing of smart contract with Solidity programming language in the Ethereum environment
- Programming language Solidity: basics and development tools
- ERC20 Token
- Designing, developing and using theweb or IoT application for Ethereum
- Web3.js library, use in web and IoT applications
Target group
- Web application architects and developers
- Software developers
Prerequisites
- Basic principles of block chains
- (At least) basic programming skills in JavaScript and web programming. Knowledge of the NodeJS is welcome.
Goals
After training, you will:
- Know the principles of decentralized applications based on the Ethereum protocol
- Be familiar with procedures, tools and development constraints in the Solidity programming language
- Understand the concept of tokens on the Ethereum block chain
- Know how to design, build and use a simple smart contract in the Solidity programming language
- Know how to design and build a code in JavaScript for web or NodeJS applications that use the Ethereum
- Know how to install, deploy smart contracts, and web or NodeJS applications for use on the network and verify their operation in the Ethereum
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| Difficulty: |  |
| Type: |    |
| Status: | Not exceeded |
| Starts: | Thursday, 20. September 2018, 08:30am |
| Ends: | Friday, 21. September 2018, 15:30pm |
| Duration: | 2 days |
| Tutor: | Matevž Pustišek |
| Location: | Faculty of electrical engineering |
| Fees: | 1100+ddv |
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