Check out this Solidity library that packs 256 boolean values into memory way more efficiently—instead of wasting 8 bits per flag, it uses just 1 bit each. The difference? Massive gas savings and better storage optimization for smart contracts. If you're building on Ethereum or any EVM chain and dealing with multiple boolean states, this is exactly the kind of optimization that can make your contracts leaner and cheaper to deploy. Developers working with complex state management or large-scale data structures should definitely look into how bitwise flags can cut down overhead.
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GasFeeLover
· 17h ago
Wow, this is real gas optimization. I wasted money earlier.
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GasFeeNightmare
· 17h ago
Packing 256 booleans into a single slot? I've been doing this for a while, but how much gas can it actually save? Let's calculate the deployment cost difference—usually only a few thousand gwei... Watching this late at night is a bit overwhelming.
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AirdropHunter420
· 17h ago
Wow, this Gas optimization is too amazing. Bitwise operations directly outperform traditional methods, 1-bit vs 8-bit, the gap is huge.
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LazyDevMiner
· 17h ago
Oh my, 1 digit vs 8 digits, the difference is not just a little or two. Contract buddies, hurry up and use it.
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StealthDeployer
· 17h ago
Wow, this is real gas optimization, all the previous efforts were wasted.
Check out this Solidity library that packs 256 boolean values into memory way more efficiently—instead of wasting 8 bits per flag, it uses just 1 bit each. The difference? Massive gas savings and better storage optimization for smart contracts. If you're building on Ethereum or any EVM chain and dealing with multiple boolean states, this is exactly the kind of optimization that can make your contracts leaner and cheaper to deploy. Developers working with complex state management or large-scale data structures should definitely look into how bitwise flags can cut down overhead.