GavCoin

The contract follows the structure of the original coin.sol reference implementation, which predates ERC-20 standardization and does not include name() or symbol() functions. At deployment, constructor input data encoded the ASCII string “GavCoin,” embedding the name directly into the bytecode. The mine() function remains publicly callable, allowing new units to be created based on elapsed time since the previous mining call, with rewards split between the caller and the current Ethereum block producer.

The contract follows the structure of the original coin.sol reference implementation, which predates ERC-20 standardization and does not include name() or symbol() functions. At deployment, constructor input data encoded the ASCII string “GavCoin,” embedding the name directly into the bytecode. The mine() function remains publicly callable, allowing new units to be created based on elapsed time since the previous mining call, with rewards split between the caller and the current Ethereum block producer.

The contract follows the structure of the original coin.sol reference implementation, which predates ERC-20 standardization and does not include name() or symbol() functions. At deployment, constructor input data encoded the ASCII string “GavCoin,” embedding the name directly into the bytecode. The mine() function remains publicly callable, allowing new units to be created based on elapsed time since the previous mining call, with rewards split between the caller and the current Ethereum block producer.

The contract follows the structure of the original coin.sol reference implementation, which predates ERC-20 standardization and does not include name() or symbol() functions. At deployment, constructor input data encoded the ASCII string “GavCoin,” embedding the name directly into the bytecode. The mine() function remains publicly callable, allowing new units to be created based on elapsed time since the previous mining call, with rewards split between the caller and the current Ethereum block producer.

The contract follows the structure of the original coin.sol reference implementation, which predates ERC-20 standardization and does not include name() or symbol() functions. At deployment, constructor input data encoded the ASCII string “GavCoin,” embedding the name directly into the bytecode. The mine() function remains publicly callable, allowing new units to be created based on elapsed time since the previous mining call, with rewards split between the caller and the current Ethereum block producer.

The contract follows the structure of the original coin.sol reference implementation, which predates ERC-20 standardization and does not include name() or symbol() functions. At deployment, constructor input data encoded the ASCII string “GavCoin,” embedding the name directly into the bytecode. The mine() function remains publicly callable, allowing new units to be created based on elapsed time since the previous mining call, with rewards split between the caller and the current Ethereum block producer.

The contract follows the structure of the original coin.sol reference implementation, which predates ERC-20 standardization and does not include name() or symbol() functions. At deployment, constructor input data encoded the ASCII string “GavCoin,” embedding the name directly into the bytecode. The mine() function remains publicly callable, allowing new units to be created based on elapsed time since the previous mining call, with rewards split between the caller and the current Ethereum block producer.

The contract follows the structure of the original coin.sol reference implementation, which predates ERC-20 standardization and does not include name() or symbol() functions. At deployment, constructor input data encoded the ASCII string “GavCoin,” embedding the name directly into the bytecode. The mine() function remains publicly callable, allowing new units to be created based on elapsed time since the previous mining call, with rewards split between the caller and the current Ethereum block producer.

The contract follows the structure of the original coin.sol reference implementation, which predates ERC-20 standardization and does not include name() or symbol() functions. At deployment, constructor input data encoded the ASCII string “GavCoin,” embedding the name directly into the bytecode. The mine() function remains publicly callable, allowing new units to be created based on elapsed time since the previous mining call, with rewards split between the caller and the current Ethereum block producer.

The contract follows the structure of the original coin.sol reference implementation, which predates ERC-20 standardization and does not include name() or symbol() functions. At deployment, constructor input data encoded the ASCII string “GavCoin,” embedding the name directly into the bytecode. The mine() function remains publicly callable, allowing new units to be created based on elapsed time since the previous mining call, with rewards split between the caller and the current Ethereum block producer.

GavCoin is an Ethereum smart contract deployed on April 26, 2016 whose logic closely matches the coin.sol prototype published by Gavin Wood in February 2015. The contract implements a custom balances mapping, pre-ERC-20 transfer and minting functions, and a publicly callable, payable mine() function.