Ethereum Solving scalability of Ethereum through Loom Sidechains (Tutorial) |
- Solving scalability of Ethereum through Loom Sidechains (Tutorial)
- The fix to the Parity Ethereum vulnerability is out—please update your nodes ASAP
- Getting started with the Görli Testnet
- Build on Ethereum - MeVu dapp for crypto peer to peer betting wants Rinkeby Testnet Feedback - $2500 contest! Do your part for ETH...
- The Bittorent of Cryptocurrency exchange - A guide and vision for the future
- Why uncertainty about Ethereums PoW algorithm should be welcomed
- Maximum (practical, gas defined) limit on Solidity / EVM address array size
- Quick question about the logistics/algorithms behind Eth-JS wallet/keypair generation tool
- Revealed Parity Bug Could Crash Ethereum Nodes and Infura Dapps
Solving scalability of Ethereum through Loom Sidechains (Tutorial) Posted: 03 Feb 2019 09:33 AM PST
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The fix to the Parity Ethereum vulnerability is out—please update your nodes ASAP Posted: 03 Feb 2019 01:29 PM PST
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Getting started with the Görli Testnet Posted: 03 Feb 2019 01:24 AM PST
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Posted: 03 Feb 2019 08:25 AM PST
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The Bittorent of Cryptocurrency exchange - A guide and vision for the future Posted: 03 Feb 2019 05:13 PM PST
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Why uncertainty about Ethereums PoW algorithm should be welcomed Posted: 03 Feb 2019 07:38 AM PST
tl;dr: Ethereums current form of governance (endless discussion) is a good enough deterrent for further ASIC development without being overly contentious. / discuss [link] [comments] | ||
Maximum (practical, gas defined) limit on Solidity / EVM address array size Posted: 03 Feb 2019 08:00 AM PST Check out the smart contract below (not tested), I understand that the maximum array size is 2^256-1, but I'm thinking block-gas-limit will stop it growing long before that.... What is the practical limit - approximate? [link] [comments] | ||
Quick question about the logistics/algorithms behind Eth-JS wallet/keypair generation tool Posted: 03 Feb 2019 10:54 AM PST Quick question on the Eth-JS utility that has a wallet generation tool. Does anyone know offhand how "random" wallet keypairs are generated? i.e. is it (functionally) random enough that, in very, very, very, incredibly rare circumstances, one could theoretically generate the same keypair twice in a row (would never, ever happen, but theoretically)? Or is it set up to be much more deterministic, such that you'd have to run through literally every keypair once before they started to be recycled? I'd also love any resources on how these ethereum libraries work behind the scenes... really interested in learning but haven't found a good resource yet! Thanks! [link] [comments] | ||
Revealed Parity Bug Could Crash Ethereum Nodes and Infura Dapps Posted: 03 Feb 2019 07:18 AM PST
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