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| 	Koby Vurgaft	slipperygate@gmail.com                     	      |
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                          Dijkstra's Algorithm
                          --------------------
  

Submitted Files
---------------

test_config - a testing configuration file for this project
dbllist.h - the header file for dbllist.c
dbllist.c - contains all the code and functions to initialize a generic bi-directional linked list
dijkstra.h - the header file for dijkstra.c
dijkstra.c - contains the main(), all data for the network topology and the dijkstra algorithem.
README - This file.


Remarks
-------
This application uses a graph data structure to simulate data passing through routes in a given network.
The user writes and inserts a configuration file (plain text) with instructions for the application to 
build and further modify the graph (add a part, remove a part, etc).
The application then utilizes a code representation of the Dijkstra algorithem to calculate the optimal
route from point A (start) to point B (target location).
The application then writes a file (again with simple text) documenting the solution. 


Known Issues
------------

May not be optimal for large scale graphs
Loop avoidence was not implemented, nither was any learning algorithms, just basic dijkstra.


Compiling
---------

GCC or any C complaint compiler should do the trick.


How to write a config file
--------------------------
format: number + space + number + ... + number

hoto ...

	vertex:		0 <id>
			<id> is the vertex numerical id (start from 0 to n)
	edge:		1 <src> <dest> <weight>
			<src> is the source, <dest> is the destination, <weight> is the weight of the edge
	remove edge: 	2 <src> <dest>
			<src> is the source, <dest> is the destination
	calculate:	3 <src>
			<src> is the source vertex
	end:		4
			frees all dynamic allocated assets, cleans up and exists the program.