There have been many articles about and how it will completely change the field, but only a few articles are used to guide developers how to prepare for its release. Anyone who wants to create something on the internet will find it difficult to understand where to start information fragmentation and it is not easy to get it. This paper tries to solve this problem. We will introduce each concept in detail so that you can position yourself in the best way when it is finally released. Imagine the contrast with. Hoping to become a platform means that it is no longer just one platform, but a built platform. In an interview, it will be compared with Ethereum and its summary-centered road map, and it is developing in a similar direction, instead of keeping the basic protocol simple like Ethereum, all innovations are pushed to the edge, which means that the hook will become the place where all innovations occur. One of the reasons for this is that the working method is quite opinionated, but it is only a neutral flow. Sexual innovation space is used to build opinionated ideas, which may greatly stimulate innovation in the field. This reminds me of the article written about the ending of blockchain design. He believes that all blockchains will eventually converge to similar designs, whether they are center-oriented chains or whole chains. This seems to be the ending and may bring it to the application chain. What do you mean, it means not only an asset exchange platform, but also a developer can build his own customized platform. Since bifurcation is exciting, There is no longer anything else that will happen. Many yes or no forks in the already dominant chain will face a difficult period in the future. They may also have to start building on the internet. Besides, most of the only innovations are around the cost, but because you are now allowed to complete all these operations in its ecosystem, these may no longer be so profitable because of the huge network effect of the ecosystem. The imagination pool in harmony has a very different meaning in the early version of. All liquidity resides in the pool, and each pool is a separate contract. In the pool, all liquidity resides in a single contract. The pool is just all customizable packaging that you use. Anyone can initialize his own pool with his own custom hook. This means that there may actually be hundreds or even thousands of pools for a pair of tokens. How does the liquidity between the single contract and the pool work? All the assets in the pool reside in a single contract, but the pool is managed by the pool, and the price ratio is set. Should we worry about all the liquidity in the same contract? The single-case structure has been tried in the past and has been a supporter of the single-case structure with good results. It has great advantages over the factory structure in gas efficiency. If someone is worried that the potential loopholes in the single-case contract may put all assets at risk, then they should also realize that the factory structure is not much better in this respect, because the loopholes in the factory contract also mean that this generation. The code will be copied to all contracts deployed in the factory, which means that all contracts now have this loophole. What can be built? In the context of automatic market makers, the introduction of hooks and a more platform-centric approach can create highly specialized and innovative. The following are some specific possibilities: the developer can create a unique dynamic cost model, which can be adjusted according to market conditions and even the time of day to optimize the returns of liquidity providers and traders. Cost dynamic liquidity allocation can automatically adjust the liquidity of different price ranges according to the algorithm to maximize capital efficiency and possibly reduce impermanent losses. Although centralized liquidity is introduced, it can allow more detailed control of liquidity positions, enabling developers to create liquidity provider strategies that cater to specific market segments or strategies. Hooks can be designed to allow the implementation of custom liquidity strategies, such as automatic rebalancing, yield optimization or Integrating with other protocols to obtain additional benefits, the slip point protection mechanism can include advanced slip point protection, using hooks to integrate with Oracle or other data sources to adjust mine pool parameters in real time to protect users from preemptive trading or price manipulation. Through the use of developers across protocols, it is possible to create tokens that work across different protocols to achieve liquidity sharing and increase market depth. Token-specific tokens can be customized for specific types of tokens, such as stable currency management tokens or practical tokens, so as to Optimize the trading function according to the specific characteristics of these tokens. Risk adjustment can adjust the cost or liquidity depth according to the risk status of the traded assets, which may attract different types of investors with integrated insurance. It can create protection against smart contract risk or other related risks, such as divergence loss. Social transactions can automatically adjust their liquidity supply if liquidity providers follow the strategy of successful traders or fund pools. In order to reflect the successful model, mine pool developers with governance functions can build a mine pool with specific governance functions and open up another frontier for community collaboration. By providing a neutral platform for liquidity provision and trading, developers can innovate in the field and create a professional and possibly more efficient market. It is a great listing website, which can view the routing of the content built so far and find problems in the mine pool. Because of the factory pool deployment architecture, it is proposed according to the cost level. Once a pool with limited resources is created, it cannot be recreated at the same expense level, which means that each pair is allowed to create at most two types of pools. Therefore, the switching router will only analyze the transactions of these layers in the pool. By introducing singleton architecture and pool creation with individual hook integration, there can be unlimited combinations of pool locations and hooks, which is great because anyone can create their own version of the pool using a set of custom logic to promote liquidity provision and transactions, although this customization has opened up innovation. At the same time, it also creates a decision-making vacuum for the exchange router of OR. The following are some problems that the mine pool creator will face. The position discovery exchange router requires the filler to provide the best trading quotation from anywhere, regardless of whether the transaction is on the single fund pool position. The creator must create enough liquidity depth in the position to attract the attention of the filler. The filler is picky in hooking dependent transactions, so only selective positions will be used to fill the transaction, which means that the hooks attached to other positions that will not be selected will be idle. Assuming that a limit order hook is attached to the pool position, it needs to be triggered. 比特币今日价格行情网_okx交易所app_永续合约_比特币怎么买卖交易_虚拟币交易所平台

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