It's a small pet-project that I created to try to make an MVC-app.
So, as I said, it's an MVC-app. There are three general folders: 'MVC', 'interfaces' and 'main'.
The 'MVC' folder includes a 'Model' folder, a 'View' folder and a 'Controller' folder.
The 'Model' folder contains two interfaces: 'IGraph' and 'IModel'. Realizations of the first one are 'DirectedGraph' & 'UndirectedGraph', realization of the second one is 'Model'. 'GraphFabric' is a simple fabric of graphs; 'GraphCollection' is a collection of graphs.
The 'View' folder contains three interfaces: 'IInput', 'IOutput' and 'IView'. It contains realization of them too: InputV1, OutputV1 and View.
The 'Controller' folder contains four interfaces: 'IRules', 'INormalizator', 'IValidator' and 'IController'. Realizations of them are RulesV1, NormalizatorV1, ValidatorV1 and Controller. RulesV1 is a simple wrapper for a list that includes implemented commands; ValidatorV1 uses RulesV1 and makes sure that command inputted by user is implemented in the app; NormalizatorV1 forces command written by user to be formatted as required by the app.
The 'interfaces' folder includes two interfaces: 'IObserver' and 'IObservable'. It's a simple realization of observer pattern. It also includes 'Interface' module that combines that two interfaces.
The 'main' folder contains 'MVC' module that includes MVC to the 'main.py' and 'main.py'.
To be honest, nothing really special. It's a training project. But there are some commands:
create_graph [name of graph] [type*] [count of vertex] - create a new graph
supported types: Undirected, Directed
get_names - get names of all graphs
delete_graph [name of graph] - delete a graph
graph_update_add_edge [name of graph] [first vertex] [second vertex] - create a new edge between first and second vertexes
graph_update_delete_edge [name of graph] [first vertex] [second vertex] - delete an edge between first and second vertexes
graph_update_add_vertex [name of graph] [vertex] - create a new vertex
graph_update_delete_vertex [name of graph] [vertex] - delete the vertex
graph_update_is_in_graph [name of graph] [vertex] - check if vertex named [vertex] exist in the graph
show_graph [name_of_graph] - show the list of the graph
help - show help
exit - exit the program