Ethereum: How to reconstruct UnivswapV3 pool TVL and liquidity via ordered events?

Here is an article on how to rebuild Univswapv3 Pool TVL and liquidity using the ordered actions:

Univswapv3 Pool TVL and Liquidity Reconstruction: Step by Step

Univswap, a decentralized exchange protocol (DEX), is based on a variety of indicators such as TVL (total value) and liquidity to evaluate your health and performance. The reconstruction of these metrics requires an understanding of the underlying data structures and how to obtain them from the Univswap API. In this article, we will show you how to reconstruct Univswapv3 Pool TVL and liquidity using ordered measures.

What are the ordered actions?

Objective events are a way of consulting the Univswap database in a specified order, which allows you to obtain data more efficiently and accurately. When requesting results by time stamp, you can ensure that older data is not replaced or lost during the consultation process.

How to rebuild Univswapv3 Pool TVL and liquidity using ordered measures

1.

`Bash

NPM Install Eths Documents

`

• Set the API credentials : Define your Univswap API credentials, including your API account and keys.

3
Create a new order at an event

: Use the `eth-pacomium comments library to create an orderly event query that recovers the desired data from the Univswap database.

Here is an example of how you can rebuild Univswapv3 Pool TVL using the ordained actions:

JavaScript

Consta {eth} = Ask (‘eth-deord’);

CONST APIKEY = ‘Your_api_Key’;

CONST APIKEYSECRET = ‘your_api_secret’;

// Create a new order consultation

Gettvl asynchronous function () {

CONST TXINDEX = waiting Gettxindex (Apikey);

CONST LOGINDEX = Wait Getlogindex (Txindex);

// filters the logs after the pool id and organize them by stamp of time

CONST TVLOGS = Logindex.filter ((log) => log.poolid === ‘univ3’). Classify ((A, B) => A.Testamp – B.Testamp);

Return the TV throw;

}

// Function for TVL query for the current block

Asynchronous function getcurrenttvl () {

CONST TXINDEX = waiting Gettxindex (Apikey);

CONST LOGINDEX = Wait Getlogindex (Txindex);

// filters the logs after the pool id and organize them by stamp of time

CONST TVLOGS = Logindex.filter ((log) => log.poolid === ‘univ3’). Classify ((A, B) => A.Testamp – B.Testamp);

Return the TV throw;

}

// Function for a liquidity query for the current block

Getcurrentliquidity asynchronous function () {

CONST TXINDEX = waiting Gettxindex (Apikey);

CONST LOGINDEX = Wait Getlogindex (Txindex);

// Filter the logs after the pool id and organize them by stamp of time

CONST TVLOGS = Logindex.filter ((log) => log.poolid === ‘univ3’). Classify ((A, B) => A.Testamp – B.Testamp);

Return the TV throw;

}

// Works to get Univswapv3 Pool TVL and liquidity

Getpoolmetics asynchronous function () {

CONST TVL = Wait for GetCurrentTvl ();

Constt Liquidity = Wait for GetCurrentliquidity ();

Return {TVL, liquidity};

}

// To use

Consta Poolid = ‘Univ3’;

GetPoolMetics (). Then ((metric) => console.log (metric));

`

In this example, we define three features: GetCurrentTvl,` GetCurrentLiquidity “and ‘GetPoolMetics. Each feature uses an order query to get the desired data from the UnivSwap database. The results are then returned as a JavaScript object.

Conclusion

Univswapv3 Pool TVL and liquidity reconstruction through orderly events is a powerful tool for analyzing the health and performance of your DEX protocol. By following this manual, you can take control of your data and make deliberate decisions to optimize your negotiation strategy. Remember to always save API’s credentials safely and use a respectable library, such as “eth-ordens” to provide accurate results.