Ada Distributed Application using gnat.sockets

As part of a little project I am conduction I need to implement a very simple banking type transaction system over a network with 1 server and many clients. The system is required to be programmed in Ada95 using Annex D which relates to distributed systems, specifically GNAT [[login to view URL]]. The GNAT Ada compiler is available free of charge on the net. Latest version I believe is 3.15p which contains the necessary [login to view URL] package. The .ads file is fully commented so is easy to understand. A data structure is required on the server side to hold user information. No GUI is required. Features are to include: Client logon with username and password Withdrawals Deposits Transfers Additional features to include: A chat facility between clients logged on. and some managerial functions which are to be made available on the server side like creating a new account and deleting an account or sending a user a message for when they next login as well as showing a list of current clients logged in NO FANCY GUI is required, just plain old ASCII. If you think you can help with this very simple project please get in touch. This is required as soon as possible. ## Deliverables 1) Complete and fully-functional working program(s) in executable form as well as complete source code of all work done. 2) Installation package that will install the software (in ready-to-run condition) on the platform(s) specified in this bid request. *(NOT A NECESSITY) 3) Complete ownership and distribution copyrights to all work purchased. 4) All code to be fully explained via the use of comments and in addition to this a report showing the main data structure employed to hold information (e.g. discriminant record types etc.) *As I am mainly interested in the source code which can be compiled on Intel/UNIX platforms this is not really a necessity. ## Platform Source code is required for the GNAT distribution of Ada95 (3.15p should be used to avoid missing bindings of [login to view URL]). This in itself should ensure it is platform independent but it should work on both intel platforms and UNIX platforms