Here is an article on how to reconstruct the univswapv3 pool tvl and liquidity during the ordered events:
TVL and Liquidity Reconstruction of the Univswapv3 Basin: Step by Step
Univswap, a decentralized exchange (DEX) Protocol, depends on various metrics such as TVL (locked total value) and liquidity to assess its health and results. To reconstruct this metric, you need to understand the basic data structures and how to extract them from the Univswap API. In this article, we will show you how to reconstruct the univswapv3 pool tvl and liquidity using ordered events.
What are the events ordered?
Ordered events are a way to ask the univswap database in a specific order that allows you to get data more efficiently and accurately. By ordering results according to Timestamp, you can ensure that the older data will not be rehritten or lost during the inquiry process.
how to reconstruct the univswapv3 Pool TVL and liquidity during the ordered events
1
`Bash
Npm to install Eth-Dedents
`
2.
- create a new request for the ordered event : use the ETH-Oddents Library to create a ordered event request that receive the desired data from the Univswap Database.
Here is an example of how you can reconstruct the univswapv3 pool tvl using the ordered events:
`JavaScript
Const {ETH} = Require ('Ethordens');
Const apikey = 'your_api_key';
Const apikeysecret = 'your_api_secret';
// create a new request for the ordered event
Async Function Gettttt () {
Const Txindex = Wait for Getttxindex (Apikey);
Const loginex = wait for GetLogindex (TXINDEX);
// filter magazines by pool id and sort them by timestamp
Const tvlogs = loginex.filter ((log) => log.polilla == 'univ3'). Sort ((a, b) => a.timestamp - b.timestamp);
Return TVLogs;
}
// Function to Get the Current Block TML Request
Async Function GetCurrentTVL () {
Const Txindex = Wait for Getttxindex (Apikey);
Const loginex = wait for GetLogindex (TXINDEX);
// filter magazines by pool id and sort them by timestamp
Const tvlogs = loginex.filter ((log) => log.polilla == 'univ3'). Sort ((a, b) => a.timestamp - b.timestamp);
Return TVLogs;
}
// Function to get a current block liquidity request
Async's Function GetCurrentliquilum () {
Const Txindex = Wait for Getttxindex (Apikey);
Const loginex = wait for GetLogindex (TXINDEX);
// filter magazines by pool id and sort them by timestamp
Const tvlogs = loginex.filter ((log) => log.polilla == 'univ3'). Sort ((a, b) => a.timestamp - b.timestamp);
Return TVLogs;
}
// Function to get a TVL and Liquidity of the Univswapv3 Basin
Async's feature of getpoolmetrics () {
Const TVL = wait for GetCurrentTVL ();
Const liquidity = waiting for getcurrentliquilum ();
Return {TVL, Liquidity};
}
// Usage
Const poolid = 'univ3';
GetPoolmetrics (). Then ((metric) => console.log (metric));
In this example, we define three functions: Getcurrenttvl,GetCurrentliquilum andGetPoolmetrics’. Each feature uses an ordered event request to receive the desired data from the Univswap Database. The results are then returned as the object of JavaScript.
Conclusion
Reconstruction of the TVL and liquidity of the Univswapv3 Basin using ordered events is a powerful tool for analyzing the health and productivity of your Dex Protocol. As part of this guide, you can control your data and make reasonable decisions to optimize your trade strategy. Remember that your API credentials are safe and use a reliable library like ethordens to ensure accurate results.
