This indeed hits the key point. The initial yes or no inventory status is essentially uncertain, and I have encountered this pitfall when doing arbitrage. The solution I finally devised is to perform buy up and buy down operations simultaneously, combined with periodic merge settlements. This way, we can bypass the dependency on inventory status.
From a code logic perspective, there's no need to judge or maintain the yes or no inventory, because both directions are active, and the merge step in the middle will automatically balance out the redundancies. The advantage of this approach is a simpler process, avoiding the hassle of state issues during initialization, and it also makes the smart contract easier. If you try to determine the inventory status from the start, it can instead introduce bugs related to edge cases.
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metaverse_hermit
· 14h ago
Alright, the combined bidirectional operation with merge liquidation is indeed powerful, saving a lot of initial setup trouble.
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JustHereForAirdrops
· 14h ago
Haha, this idea is indeed brilliant. Bidirectional operation + merge, and it's done.
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AirdropFatigue
· 14h ago
Wow, this merge liquidation approach is really brilliant, saving the hassle of debugging status boundary issues every day.
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GreenCandleCollector
· 14h ago
Oh no, buy up with buy down and then merge. I've used this trick before, and it really works well.
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GasGuzzler
· 14h ago
Haixing, this idea is indeed brilliant. Bidirectional operation + merge self-balancing, that's how I avoid pitfalls too.
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After struggling for a long time, I finally realized that initial indecision actually makes things worse. Better to go both ways.
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This方案 is simply the art of laziness. Why bother maintaining that broken inventory? Let the contract balance itself.
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I was also trapped by inventory states before. Now I just use buy up and buy down together, it's comfortable.
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Low-level approach, directly skip state checks, merge all at once, save effort.
This indeed hits the key point. The initial yes or no inventory status is essentially uncertain, and I have encountered this pitfall when doing arbitrage. The solution I finally devised is to perform buy up and buy down operations simultaneously, combined with periodic merge settlements. This way, we can bypass the dependency on inventory status.
From a code logic perspective, there's no need to judge or maintain the yes or no inventory, because both directions are active, and the merge step in the middle will automatically balance out the redundancies. The advantage of this approach is a simpler process, avoiding the hassle of state issues during initialization, and it also makes the smart contract easier. If you try to determine the inventory status from the start, it can instead introduce bugs related to edge cases.