Project-Diamond-Python

Python Project created for IST 411 at Penn State

App1 | Payload Retriever:

• Retrieve a JSON payload of data from the Internet via CURL so that it is easier to work within python
• Use a network socket programming to send programming securely using TLS to the security app so that my data does not become vulnerable
• Receive the AES encrypted payload from the message handler so that I can control the data
• Save the JSON payload to a text file so that it is stored in a reachable format
• Log actions pass or fail into MongoDB database with a timestamp so that I can know what elements are being correctly put in the database
• Unit test so that I can confirm all methods are functional
• Receive the message so that I know everything went through

App2 | Security:

• Receive the secure payload using TLS from the payload receiver so that the payload will be secure when the payload is transferred
• Hash the JSON payload using HMAC so that I am able to append it to the message of the payload and send it securely to app3
• Append the hashed JSON payload to the message so that it will be capable to transfer the message to app3
• Use secure SFTP to send the payload to the object broker
• Log all workflow actions, pass or fail, into the activity MongoDB NoSQL database with a timestamp
• Use Unit tests to confirm all methods are functional

App3 | Object Broker:

• Receive the payload from app 2 using the SFTP so that the payload will be safe and secure
• Email the payload using the Threading to an email address so that I am able to execute multiple payloads
• Transform the JSON message into a python object so that I can compress and use it on pyro python
• Use Pyro ORB to send and compress the python object to app 4 so that app4 can receive the pyro python object
• Log all workflow actions pass or fail into the activity MongoDB NoSQL database with a timestamp so that I will know is the actions is pass or fail with the date and time
• Use Unit tests to confirm all methods so that I can determine is it functional

App4 | Message Handler:

• Receive the pyro python object so that I can convert it back to JSON
• Use the RabbitMQ message Queue in order to communicate and send messages to app1
• Display the calculated round trip time from app 1
• Record all workflow actions whether pass or fail into the activity MongoDB NoSQL database with a timestamp
• Confirm all methods are functional using Unit tests

App5 | Central Logger:

• Log all requests and put them in a MongoDB database
• Method handlers will be present for the pass or fail condition
• Unit tests are displayed to confirm all methods are functional