/*
Creates and prints the graph seen in diagrams/simple-graph.png.
*/
void createSimpleGraph() {
uint64 one = 1;
uint64 two = 2;
uint64 three = 3;
uint64 four = 4;
uint64 five = 5;
// From our sample graph we know that 1 has the most children (3) so
// maxEdges MUST be at least that number.
uint64 maxEdges = 3;
// We also know that there are 5 nodes.
uint64 initialCapacity = 5;
RoomyGraph *g = RoomyGraph_make("simple-graph", maxEdges, initialCapacity);
// Add all the nodes
RoomyGraph_addNode(g, one);
RoomyGraph_addNode(g, two);
RoomyGraph_addNode(g, three);
RoomyGraph_addNode(g, four);
RoomyGraph_addNode(g, five);
// Now, add all the edges
RoomyGraph_addEdge(g, one, two);
RoomyGraph_addEdge(g, one, three);
RoomyGraph_addEdge(g, one, five);
RoomyGraph_addEdge(g, three, one);
RoomyGraph_addEdge(g, five, five);
RoomyGraph_sync(g);
uint64 nodeCount = RoomyGraph_nodeCount(g);
printf("There are %lli nodes.\n", nodeCount);
RoomyGraph_print(g);
RoomyGraph_destroy(g);
}
RoomyGraph* createBasicGraph(char *name) {
// makes a graph with no edges. don't forget to call sync!
RoomyGraph *g = RoomyGraph_make(name, 3, 4);
RoomyGraph_addNode(g, n1);
RoomyGraph_addNode(g, n2);
RoomyGraph_addNode(g, n3);
RoomyGraph_addNode(g, n4);
return g;
}
int addMultipleNodes() {
RoomyGraph *g = RoomyGraph_make("multiNode", 2, 4);
uint64 first = 1;
uint64 second = 2;
RoomyGraph_addNode(g, first);
RoomyGraph_addNode(g, second);
RoomyGraph_sync(g);
assert(TRUE == RoomyGraph_containsNode(g, first));
assert(TRUE == RoomyGraph_containsNode(g, second));
RoomyGraph_destroy(g);
printf("addMultipleNodes completed successfully.\n");
return PASSED;
}
void RoomyGraph_addNodes(RoomyGraph *g, uint64 nodes[], uint64 nodeCount) {
uint64 i;
for(i = 0; i < nodeCount; i++) {
uint64 n = nodes[i];
RoomyGraph_addNode(g, n);
}
}
int addEdgeTest() {
RoomyGraph *g = RoomyGraph_make("addEdgeTest", 2, 2);
uint64 from = 2;
uint64 to = 4;
RoomyGraph_addNode(g, from);
RoomyGraph_addNode(g, to);
RoomyGraph_addEdge(g, from, to);
RoomyGraph_sync(g);
// RoomyGraph_print(g);
assert(TRUE == RoomyGraph_containsEdge(g, from, to));
assert(FALSE == RoomyGraph_containsEdge(g, to, from));
RoomyGraph_destroy(g);
printf("addEdgeTest completed successfully.\n");
return PASSED;
}
int addNode() {
// Create a very simple RG so we can add a single node to it.
RoomyGraph *g = RoomyGraph_make("addNode", 2, 2);
uint64 node = 3;
RoomyGraph_addNode(g, node);
RoomyGraph_sync(g);
assert(TRUE == RoomyGraph_containsNode(g, node));
RoomyGraph_destroy(g);
printf("addNode completed successfully.\n");
return PASSED;
}
int addingSameNodeDoesntIncreaseCount() {
RoomyGraph *g = RoomyGraph_make("multiAdds", 2, 2);
uint64 node = 653;
RoomyGraph_addNode(g, node);
RoomyGraph_sync(g);
assert(1 == RoomyGraph_nodeCount(g));
RoomyGraph_addNode(g, node);
RoomyGraph_sync(g);
assert(1 == RoomyGraph_nodeCount(g));
uint64 node2 = 1127;
RoomyGraph_addNode(g, node2);
RoomyGraph_sync(g);
assert(2 == RoomyGraph_nodeCount(g));
RoomyGraph_destroy(g);
printf("addingSameNodeDoesntIncreaseCount completed successfully.\n");
return PASSED;
}
int containsNodeTest() {
RoomyGraph *g = RoomyGraph_make("containsNodeTest", 2, 2);
uint64 node = 3;
RoomyGraph_addNode(g, node);
RoomyGraph_sync(g);
uint64 notIn = 4;
assert(TRUE == RoomyGraph_containsNode(g, node));
assert(FALSE == RoomyGraph_containsNode(g, notIn));
RoomyGraph_destroy(g);
printf("containsNodeTest completed successfully.\n");
return PASSED;
}
int ableToAddMoreThanInitialSize() {
RoomyGraph *g = RoomyGraph_make("increaseCapacity", 2, 2);
uint64 count = 0;
while(count < 4) {
count++;
RoomyGraph_addNode(g, count);
}
RoomyGraph_sync(g);
assert(4 == RoomyGraph_nodeCount(g));
//printf("Contents of RoomyGraph that has been expanded from size 2 to 4...\n");
//RoomyGraph_print(g);
RoomyGraph_destroy(g);
printf("ableToAddMoreThanInitialSize completed successfully.\n");
return PASSED;
}
