BEER COIN Honeypot

1. The BEER constructor mints the whole supply to the deployer, who is the owner: _mint(msg.sender, 1000000000000000e18);. The state variable bool private TIME = true; means the restriction is on from deployment.
2. In _transfer, whenever the owner is the sender, the recipient is recorded as the pool address: if(sender == owner()){ pancake = recipient; }. The owner can also set it directly with addPancake.
3. The sell block follows: if(sender != owner() && recipient != owner() && sender != pancake && TIME == true){ revert("FOR VALUE PROTECTION, YOU CAN ONLY SELL 1 Sale PER 30 MIN"); }. A sale through a DEX router moves tokens from the holder to the pair, so the sender is neither the owner nor pancake and the transaction reverts. Wallet-to-wallet transfers between ordinary holders hit the same check.
4. Buys pass because the pair is then the sender and matches pancake, as does any transfer to or from the owner. Holders can still send tokens to the owner address, since the check requires both sides to be non-owner.
5. The message mentions a 30 minute window, but no timestamp is compared: saveTransData only writes transData[sender] = _timestamp; and nothing reads it. The only exit is function setTIME (bool _bool) public onlyOwner { TIME = _bool; }.
6. The owner has further controls: GTYA(address _addr, bool _bool) marks senders in bot, and if(bot[sender] == true){ require(amount <=0, "bots......"); } then reverts any transfer above the 1000-unit minimum from that sender; fire(uint256 TKP) sets the sell cap MAX, applied to transfers to addresses flagged through POOL; setFee accepts values up to 100 (10% of each transfer, since the divisor is 1000), taken from the amount the recipient receives and sent to feeDistributor.

The code allows this; no transaction was opened showing the owner calling setTIME, GTYA or setFee, and no source reports how much holders lost.