BlockChain Project in Any Programming Language

You can start by using java script, but can use also python, Java, C#, C++. No need for GUI First Part: A presentation with the following information: First slide: a. assignments executed with known bug b. unexecuted assignments Second Slide: how to install and open instructions. Other slides: A clear explanation of the implementation of the work at the module level, needs to be specified at the method level for complex methods. Last Slides: Skeleton log of detailed demonstration and verification. Second Part: Merkle Tree & Bloom Filter A. P2P network with at least three nodes, one of them is “Full nodes” B. 18 transactions between nodes are defined in MemPool (recorded in a file for initialization read-only, or - Database) C. Full nodes contain a blockchain chain that leases the transactions, and they are stored in Merkel wood, and the implementation of a bloom filter. D. The other nodes are Wallet-SPV (Simplify Payment Verification). E. Ability to demonstrate transaction verification of a transaction in Wallet-SPV. And the lack of a transaction in blockchain. F. A blockchain contains up to 4 transactions. G. All wallets start from the sum of 1000 mining coins per block 100 and proof of final balance 3400.