PancakeRouter01

This function adds liquidity to a pair of tokens on the PancakeSwap exchange. It takes in the addresses of the two tokens, the desired amounts of each token to add, and the minimum amounts of each token that must be added. It then calculates the optimal amounts of each token to add, based on the current reserves of each token. If the optimal amount of the second token is less than the desired amount, the optimal amount is used. Otherwise, the optimal amount of the first token is used. Finally, the function returns the amounts of each token that were added. (autogenerated documentation)

This function adds liquidity to a PancakeSwap pool. It takes in two tokens, the desired amounts of each token, the minimum amounts of each token, and a deadline. It then calculates the amount of each token to add to the pool, transfers the tokens from the sender to the pool, and mints liquidity tokens for the sender. (autogenerated documentation)

This function adds liquidity to a PancakeSwap pool. It takes in parameters such as the token address, the amount of token desired, the minimum amount of token, the minimum amount of ETH, the address to send the liquidity to, and a deadline. It then calculates the amount of token and ETH needed to add liquidity to the pool, and transfers the token and ETH to the pool address. It then mints the liquidity to the specified address and sends any remaining ETH back to the sender. (autogenerated documentation)

This function removes liquidity from a PancakeSwap pair. It takes in the addresses of two tokens, the amount of liquidity to be removed, the minimum amounts of each token to be removed, the address to which the removed liquidity should be sent, and a deadline. It then calls the transferFrom function to transfer the liquidity from the sender to the pair, and the burn function to burn the liquidity and send it to the specified address. Finally, it checks that the minimum amounts of each token have been removed, and returns the amounts of each token that were removed. (autogenerated documentation)

This function allows a user to remove liquidity from a pool of tokens and ETH. The user provides the token address, the amount of liquidity to remove, the minimum amount of tokens and ETH to receive, the address to receive the tokens and ETH, and a deadline for the transaction. The function then calls the removeLiquidity function to remove the liquidity from the pool and returns the amount of tokens and ETH received. The tokens are then transferred to the specified address, and the ETH is withdrawn from the WETH contract and transferred to the specified address. (autogenerated documentation)

This function allows a user to remove liquidity from a PancakeSwap pool using a signed message (permit) to authorize the transaction. The function takes in the addresses of two tokens, the amount of liquidity to be removed, the minimum amounts of each token to be removed, the address of the recipient, a deadline for the transaction, a boolean to approve the maximum amount of liquidity, and the signature of the permit. The function then calls the pair's permit function to authorize the transaction, and then calls the removeLiquidity function to remove the liquidity from the pool. (autogenerated documentation)

This function allows a user to remove liquidity from a PancakeSwap pool using an Ethereum token. It takes in the address of the token, the amount of liquidity to be removed, the minimum amount of token and ETH to be removed, the address of the recipient, a deadline for the transaction, a boolean value to approve the maximum amount, and the signature of the transaction. It then calls the permit function of the PancakePair contract to approve the transaction, and then calls the removeLiquidityETH function to actually remove the liquidity from the pool. (autogenerated documentation)

This function is a private function that is used to swap tokens between different addresses in a given path. It takes in two parameters, an array of amounts and an array of addresses, and an address to which the tokens should be sent. It then iterates through the path array, sorting the tokens between the two addresses and swapping the tokens with the given amount. The tokens are then sent to the address specified in the _to parameter. (autogenerated documentation)

This function is an override of the swapExactTokensForTokens function from the PancakeSwapRouter contract. It allows a user to swap one token for another token, with a minimum amount of output tokens. The function takes in the amount of input tokens, the minimum amount of output tokens, an array of addresses representing the path of tokens to be swapped, the address of the recipient, and a deadline. It then calls the getAmountsOut function from the PancakeLibrary contract to get the amounts of tokens in the output path. It then checks that the amount of output tokens is greater than or equal to the minimum amount of output tokens. If this is true, it calls the safeTransferFrom function from the TransferHelper (autogenerated documentation)

This function is an override of the swapTokensForExactTokens function from the PancakeSwapRouter contract. It is used to swap tokens from one token to another. It takes in an amountOut, amountInMax, path, to, and deadline as parameters. It then calls the PancakeLibrary.getAmountsIn function to get the amount of tokens to be swapped. It then checks to make sure the amount of tokens is not greater than the amountInMax. It then calls the TransferHelper.safeTransferFrom function to transfer the tokens from the first token in the path to the PancakeLibrary.pairFor function. Finally, it calls the _swap function to complete the swap. (autogenerated documentation)

This function allows a user to swap ETH for tokens. It takes in an amountOutMin, a path of addresses, a to address, and a deadline. It first checks that the first address in the path is the WETH address. It then calls the getAmountsOut function from the PancakeLibrary to get the amounts of tokens that will be received. It then checks that the amount of tokens received is greater than the amountOutMin. It then deposits the amount of ETH into the WETH contract and transfers the amount of ETH to the pairFor address. Finally, it calls the _swap function to complete the swap. (autogenerated documentation)

This function is used to swap tokens for exact ETH. It takes in an amountOut, amountInMax, path, to, and deadline as parameters. It first checks that the last token in the path is WETH. It then calls the getAmountsIn function from the PancakeLibrary to get the amounts of tokens in the path. It then checks that the amount of the first token in the path is less than or equal to the amountInMax. It then calls the safeTransferFrom function from the TransferHelper to transfer the first token in the path from the msg.sender to the PancakeLibrary. It then calls the _swap function to swap the tokens in the path. It then calls the withdraw function from (autogenerated documentation)

This function allows a user to swap a given amount of tokens for ETH. It takes in an amount of tokens, the minimum amount of ETH to be received, a path of tokens to be swapped, the address to receive the ETH, and a deadline. It then checks that the path ends with WETH, and calculates the amounts of tokens to be swapped. It then transfers the first token in the path from the user to the contract, and swaps the tokens along the path. Finally, it withdraws the ETH from the WETH contract and transfers it to the specified address. (autogenerated documentation)

This function allows a user to swap ETH for a specific amount of tokens. It first requires that the path provided is valid, and that the amount of ETH provided is sufficient to cover the amount of tokens requested. It then deposits the ETH into a WETH contract, and transfers the amount of WETH to a pair contract. Finally, it calls the _swap function to complete the swap, and if there is any ETH left over, it transfers it back to the sender. (autogenerated documentation)

This function is used to calculate the amount of a token B that can be exchanged for a given amount of token A. It uses the PancakeLibrary to calculate the exchange rate between the two tokens, based on their respective reserves. The function takes in three parameters: amountA (the amount of token A to be exchanged), reserveA (the reserve of token A) and reserveB (the reserve of token B). It then returns the amount of token B that can be exchanged for the given amount of token A. (autogenerated documentation)

This function is used to calculate the amount of an asset that will be received when exchanging one asset for another. It takes three parameters: amountIn (the amount of the asset being exchanged), reserveIn (the amount of the asset being exchanged that is held in reserve) and reserveOut (the amount of the asset being received that is held in reserve). It uses the PancakeLibrary to calculate the amountOut (the amount of the asset being received) using the formula amountOut = (amountIn * reserveOut) / reserveIn. (autogenerated documentation)

This function is used to calculate the amount of a token that can be exchanged for another token given a certain reserve ratio. It works by using the PancakeLibrary to calculate the amount of the token that can be exchanged for the other token given the reserve ratio. The function takes in three parameters: the amount of the token to be exchanged, the reserve of the token to be exchanged, and the reserve of the token to be received. It then returns the amount of the token to be received. (autogenerated documentation)

This function is used to calculate the amount of tokens that will be received when a certain amount of tokens is sent through a given path. It works by using the PancakeLibrary to calculate the amount of tokens that will be received when a certain amount of tokens is sent through a given path. The function takes in two parameters, an amount of tokens to be sent and an array of addresses representing the path. It then uses the PancakeLibrary to calculate the amount of tokens that will be received at each address in the path and returns an array of these amounts. (autogenerated documentation)

This function is used to calculate the amount of tokens that need to be sent to each address in a given path in order to receive a certain amount of tokens from the end of the path. It works by using the PancakeLibrary to calculate the amount of tokens that need to be sent to each address in the path in order to receive the desired amount of tokens from the end of the path. (autogenerated documentation)