TRONEX TRON DAPP smart contract trading system development detailed explanation

A smart contract is a special agreement designed to provide, verify and execute contracts. Specifically, smart contracts are an important reason why the blockchain is called "decentralized". It allows us to perform traceable, irreversible and secure transactions without the need for a third party.
The smart contract contains all the information about the transaction, and the result operation will only be performed after the requirements are met. The difference between smart contracts and traditional paper contracts is that smart contracts are generated by computers.
TRON-the fully decentralized performance of the fully decentralized dividend game: 1. Never upgrade from operation to now; 2. 24-hour time stamp; 3. No personal information is required, as long as there is decentralization The wallet can be changed 4. No one can touch any funds in the contract address.
Basically through mathematical calculations, smart contracts can negotiate the terms of the agreement, automatically verify the performance, and even execute the agreed terms, all of which do not need to be approved by the central organization. Smart contracts make intermediaries such as notaries, agents and lawyers almost meaningless.
The smart contract contains all the information about the transaction, and the result operation will only be performed after the requirements are met. The difference between smart contracts and traditional paper contracts is that smart contracts are generated by computers. Therefore, the code itself explains the relevant obligations of the participants.
How does the smart contract work?
Many blockchain networks use smart contract functions similar to vending machines. Smart contract and vending machine analogy: If you transfer Bitcoin or other cryptocurrencies to a vending machine (analog ledger), once the input meets the smart contract code requirements, it will automatically perform the obligations agreed by both parties.
Obligations are written in code in the form of "ifthen", for example, "If A completes task 1, then the payment from B will be transferred to A." Through such an agreement, smart contracts allow various asset transactions, and each contract is copied And stored in a distributed ledger. In this way, all information cannot be tampered with or destroyed, and data encryption ensures complete anonymity among participants.
Although smart contracts can only be used with assets in the digital ecosystem, many applications are actively exploring the world outside of digital currency, trying to connect the "real" world and the "digital" world.
Smart contracts are written and operated according to logic. As long as the input requirements are met, that is, as long as the code writing requirements are met, the obligations in the contract will be executed in a secure and trustless network.