Voting results in Epoch #24 on FlatQube DAO 🗳
Epoch 24 and voting on the distribution of awards between new farming pools for the next farming period (14 days), has ended on FlatQube DAO.
veQUBE voted in total: 161 136.
Distribution of votes between pools:
⏺ GVMMNY/INDMNY — 25%
⏺ CSFT/FTSC — 24.97%
⏺ WBTC/WEVER — 8.81%
⏺ WETH/WEVER — 6.66%
⏺ WEVER/USDT — 6.47%
⏺ WBTC/BRIDGE — 6.06%
⏺ QUBE/WEVER — 5.33%
⏺ USDT/USDC — 4.1%
⏺ WEVER/USDC — 3.13%
⏺ WEVER/DAI — 3.1%
⏺ WEVER/BRIDGE — 2.62%
⏺ PUMP/QUBE — 2.53%
⏺ QUBE/BRIDGE — 1.16%
The award will be distributed among the pools, according to the percentage of votes received by the pool.
#flatqube #qube #dao #ever #vote #post
Epoch 24 and voting on the distribution of awards between new farming pools for the next farming period (14 days), has ended on FlatQube DAO.
veQUBE voted in total: 161 136.
Distribution of votes between pools:
The award will be distributed among the pools, according to the percentage of votes received by the pool.
#flatqube #qube #dao #ever #vote #post
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Threaded Solidity: How to write smart contracts for TVM-compatible blockchains ↗️
An article on writing smart contracts for for TVM-compatible blockchains has been published on the Broxus blog. Thanks to this guide, it will become easier for new external developers to meet Everscale and Venom smart contracts and start writing them themselves.
Smart contract files on the Everscale and Venom networks use the .tsol extension, which stands for Threaded Solidity, which differentiates asynchronous smart contracts from regular synchronous contracts on Solidity. A special Solidity code compiler was written into TVM machine instructions.
The testing of smart contracts is carried out using the Locklift framework. For further interaction with smart contracts, programmers should use the Everscale Inpage Provider — an SDK with a set of APIs for interacting with the Everscale and Venom blockchains.
Particularities of Threaded Solidity:
• smart contract code is executed on the Threaded Virtual Machine, which works with its own data structure or tree of cells
• these networks operate in an asynchronous manner
• all actions on the network are interactions between smart contracts via internal messages
The article provides detailed information for the developer: about cells, slices, builders in TVM, about the TVM namespace, about external and internal, incoming and outgoing messages, about authorization of external messages, about gas calculation, about smart contract deployment methods, etc.
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#ever #venom #broxus #guide #dev #post
An article on writing smart contracts for for TVM-compatible blockchains has been published on the Broxus blog. Thanks to this guide, it will become easier for new external developers to meet Everscale and Venom smart contracts and start writing them themselves.
Smart contract files on the Everscale and Venom networks use the .tsol extension, which stands for Threaded Solidity, which differentiates asynchronous smart contracts from regular synchronous contracts on Solidity. A special Solidity code compiler was written into TVM machine instructions.
The testing of smart contracts is carried out using the Locklift framework. For further interaction with smart contracts, programmers should use the Everscale Inpage Provider — an SDK with a set of APIs for interacting with the Everscale and Venom blockchains.
Particularities of Threaded Solidity:
• smart contract code is executed on the Threaded Virtual Machine, which works with its own data structure or tree of cells
• these networks operate in an asynchronous manner
• all actions on the network are interactions between smart contracts via internal messages
The article provides detailed information for the developer: about cells, slices, builders in TVM, about the TVM namespace, about external and internal, incoming and outgoing messages, about authorization of external messages, about gas calculation, about smart contract deployment methods, etc.
#ever #venom #broxus #guide #dev #post
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