Skip to main content

Tung Tung Sahur – Bridge Game. Best Free Brainrot Game. Bombardino vs Tung Tung Sahur

Tung Tung Sahur – Bridge Game. Best Free Game

Bombardino vs Tung Tung Sahur


▶ The endless showdown between two brainrot characters — TUNG TUNG TUNG SAHUR and BOMBARDINO CROCODILO: One builds, the other destroys — who will come out on top?





▷ Childhood Returns – Relive the days of classic games, when every jump over a pit and every wooden plank placed felt like a victory. That nostalgic spirit is back in a whole new adventure:


▷ In a desolate land where two cliffs are split by a deep abyss, TUNG TUNG SAHUR – a brave little wooden man – works tirelessly to build a wooden bridge connecting hope and freedom. He places each plank with courage in his heart, determined to rebuild what was lost.
▷ Flying beside him is a small, clever bird – his loyal guide and lookout. More than just a companion, the little bird scouts the skies and chirps alerts whenever danger approaches.
▷ Above, the skies roar with the menace of BOMBARINO CROCODILO – a monstrous crocodile warplane that circles like a vulture. With steel jaws and explosive bombs, he has only one mission: destroy the bridge.
▷ Just as TUNG TUNG SAHUR lays down the final plank, the bird cries out in alarm. The engines scream. “BOMBARINO CROCODILO destroys the bridge!” – a warning echoing through the air. But the wooden hero doesn’t back down.
▷ A battle begins – between creation and destruction, between childhood courage and mechanical chaos...

▷ App Store Link: https://apps.apple.com/vn/app/tung-tung-sahur-build-a-bridge/id6677010948

▶ A fresh, refined look! Upgraded graphics with a modern, on-trend, brainrot-inspired design.
▶ Meet two new characters: the wooden hero TUNG TUNG TUNG SAHUR and the crocodile plane BOMBARDINO CROCODILO in a never-ending bridge-building battle.
▶ Thick fog and relentless attacks from BOMBARINO CROCODILO — fire and mist blur your vision, challenging your memory and reflexes!
▶ No worries! Your tiny bird buddy will help you measure the distance and guide you to build the bridge from the sky.
▶ The App Preview gives you a fast, clear look at how to play!

Comments

Popular posts from this blog

LEARN SOLIDITY LESSON 11: Payable function. Withdraws Ether & Transfer ETH. Check Balance in SOLIDITY

LEARN SOLIDITY LESSON 11 Payable function. Withdraws Ether & Transfer ETH. Check Balance in SOLIDITY Payable function payable functions are part of what makes Solidity and Ethereum so cool — they are a special type of function that can receive Ether. contract OnlineStore { function buySomething() external payable { // Check to make sure 0.001 ether was sent to the function call: require(msg.value == 0.001 ether); // If so, some logic to transfer the digital item to the caller of the function: transferThing(msg.sender); } } Note: If a function is not marked payable and you try to send Ether to it as above, the function will reject your transaction. Withdraws Ether. Get Balance ETH You can write a function to withdraw Ether from the contract as follows: contract GetPaid is Ownable { function withdraw() external onlyOwner { address payable _owner = address(uint160(owner())); _owner.transfer(address(this).balance); } } It is important to note that you c...

LEARN SOLIDITY LESSON 8: Interacting with other contracts. Interface Solidity

LEARN SOLIDITY LESSON Interface Solidity. Interacting with other contracts.  Interface Solidity.  Define an interface of the LuckyNumber contract: contract LuckyNumber { mapping(address => uint) numbers; function setNum(uint _num) public { numbers[msg.sender] = _num; } function getNum(address _myAddress) public view returns (uint) { return numbers[_myAddress]; } } contract NumberInterface { function getNum(address _myAddress) public view returns (uint); } 1. For one, we're only declaring the functions we want to interact with — in this case getNum — and we don't mention any of the other functions or state variables. 2. Secondly, we're not defining the function bodies. Instead of curly braces ({ and }), we're simply ending the function declaration with a semi-colon (;). Interacting with other contracts.  In this way, your contract can interact with any other contract on the Ethereum blockchain, as long they expose those functions as public or ext...