In Java

Submit a zip file containing the completed document and your source code for your implementation of the TEA algorithm Please make sure to note questions answers in the discussion board related to this assignment as there are often many questions related to implementing TEA. Do not leave starting the implementation until the last minute Working with these size bit numbers will likely require a bit of trial and error and research on your part so plan for it to take longer than simply implementing the algorithm. Be forewarned that I will not be at all forgiving for submitting any code that isn't wholly your own Here is sample input/output using different keys and plaintext if you want to verify your implementation Plaintext 0x123456789abcdef Key Oxa56babcdiabcdef01 Cyphertext 0x755639162315d9f8 Decrypted text 0x123456789abcdef Plaintext: Dx123456789abcdef Key. Oxa56babcdfffffffffffabcdef01 Cyphertext: Oxfo18783fcb8ded3 Decrypted text 0x123456789abcdet Plaintext: 0x123456789abcdef Key Oxa56babedababcdef01 Cyphertext 0x97778dcf1dba72ba Decrypted text 0x123456789abcdel Submit a zip file containing the completed document and your source code for you implementation of the TEA algorithm Please make sure to note questions answers in the discussion board related to this assigment as there are often many guestions related to implementing.TEA. Do not have starting the implementation until the last minutt Working with these size bit numbers will likely require a bit of trial and error and research on your part so plan for it to tal than simply implementing the algorithm. Beforewarned that I will not be at all forghing for submitting any code that isn't wholy your own Here is sample input/output using different keys and painted you want to verify your implementation Plaintext Ox123456789abcdel Key Oxa56babcdrbabcdef01 Cypher Ox7556351623150918 Decrypted text 0x123456789abodet Plaintext Ox123456789abcdel My Oxababcabcde101 Cypherted Orde ich do Decrypted text Ox123456789abcdef Plantat Ox123456789abco! Xerox56 abditambul01 Cypertext 0577ba72a Decrypted text 0123456789abodet YOU implement the Tiny Encryption Algorithm (TEA) in Java, Python, or C++ from scratch not using any security libraries. There are many implementations out there, but make sure this implementation is completely_your own or expect consequences. Your understanding of the details of how the bit operations matter is critical to your understanding of the intricacies of implementing computer security. In addition to submitting this word document you need to submit your commented source code. Part 1: Use your TEA algorithm to encrypt the 64- bit plaintext block: Ox01CA45670CABCDEF Using 128 bit key: OxAF6BABCDEFOOFOOOFEAFAFAFACCDEF01 Enter your cipher text here: Part 2: Implement decryption and verify that you obtain the original plain text Part 3: In comments in your code explain how you would make your code encode/decode a longer set of plaintext (i.e. multiple blocks) using CBC. You do not need to code this, but your explanation should be detailed related to your implementation. YOU implement the Tiny Encryption Algorithm (TEA) in Java, Python, or C++ from scratch not using any security libraries. There are many implementations out there, but make sure this implementation is completely your own or expect consequences. Your understanding of the details of how the bit operations matter is critical to your understanding of the intricacies of implementing computer security. In addition to submitting this word document you need to submit your commented source code. Part 1: Use your TEA algorithm to encrypt the 64- bit plaintext block: Ox01CA45670CABCDEF Using 128 bit key: OxAF6BABCDEFOOFOOOFEAFAFAFACCDEF01 Enter your cipher text here: Part 2: Implement decryption and verify that you obtain the original plain text Part 3: In comments in your code explain how you would make your code encode/decode a longer set of plaintext (i.e. multiple blocks) using CBC. You do not need to code this, but your explanation should be detailed related to your implementation