📔Contracts

zkMoon

0x29AcC6b7D7e6F2E26111dA9c8e833d884287f126

Masterchef

0x9ab88390063536fee7d691ecb180700ff60d0328

OwnerTransferToMasterchef

0x9ab88390063536fee7d691ecb180700ff60d0328

Factory

The first contract is a library called SafeMath, which contains functions for performing overflow-safe math operations. The library uses the require statement to check for overflow and underflow errors.

The second interface is called IPancakeERC20 and defines the functions that must be implemented by a token contract that is compatible with the PancakeSwap exchange.

The third contract is called PancakeERC20 and implements the IPancakeERC20 interface. It defines the standard functions for a token contract, including name, symbol, totalSupply, balanceOf, allowance, approve, transfer, and transferFrom. Additionally, it implements a function called permit that allows for a user to approve a third-party spender without having to send a transaction to the blockchain.

The fourth interface is called IPancakePair and defines the functions that must be implemented by a PancakeSwap trading pair contract.

The fifth contract is a PancakeSwap trading pair contract that implements the IPancakePair interface. It defines the standard functions for a trading pair contract, including name, symbol, totalSupply, balanceOf, allowance, approve, transfer, and transferFrom. Additionally, it implements several events that are used to track various actions taken on the trading pair, such as Mint, Burn, Swap, and Sync.

Router

The code defines a library called TransferHelper which contains helper methods for interacting with ERC20 tokens and sending Ether. It also includes interfaces for the PancakeSwap factory and router contracts, which are used to create and execute transactions on the exchange.

The IPancakeFactory interface defines functions for creating and retrieving pairs of tokens, as well as setting the fee and fee setter addresses for the exchange. The IPancakeRouter01 interface defines functions for executing various types of transactions on the exchange, such as adding and removing liquidity, swapping tokens, and quoting exchange rates. The IPancakeRouter02 interface extends IPancakeRouter01 and adds support for removing liquidity with fee-on-transfer tokens and swapping tokens with fee-on-transfer tokens.

The code itself doesn't define any smart contract functionality, but it provides the necessary interfaces and helper methods