Data structures - Printing System

Project Data Structures - Printing Systems Project implementation requirements: 1p. The application is structured on a menu basis with a list of options and all functions are available from the user interface; The administrative interface assumes implementation all available settings and the user's implementation of all functionalities; 1p. The application must use data structures with dynamically declared attributes, types enumerative, union, structure and bit operations; 1p. Implementation and use of dynamically allocated, uni - and two - dimensional masses for the purpose of manage settings at multi-level level 1p. Highlight dynamic linear structures: implement a stack / queue, implementing a circular structure (double linked list); 1p. Use of hash tables to optimize storage and access to elements with at least 2 types of implementations (mandatory chaining); 1p. Use of binary searched tree within multifunctional features; 1p. Implementing at least 3 types of sort algorithms using data structures available in the project; Observations: - the project will be implemented in a single C/C++ file - the implementation should not use data structure APIs (ex: STL) - no compilation errors - all device settings will be saved and read using text/binary files.