void BFS(LGraph* g) { int Visited[MAXVERTEXNUM]; for (int v = 0; v < MAXVERTEXNUM; v++) { Visited[v] = 0; } for (int v = 0; v < g->vertexnum; v++ ) { if (!Visited[v]) { PSeqQueue Q = (PSeqQueue)malloc(sizeof(SeqQueue)); Q = Queue_Init(); In_Queue(Q,...
Now, let us talk about the solution approach given in the CLRS book. In this approach, a vector(g) stores the adjacency list of the graph, and the queue is used to keep track of the upcoming vertices in BFS order. Also, we would use two more vectors, one to keep track of the par...
'<membername>' is already declared by '<procedurename>', which was generated for this <containername> '<membername>' is ambiguous across the inherited interfaces '<interfacename1>' and '<interfacename2>' '<membername>' is not a member of '<contextname>'; it does not exist in the cur...
//2.DFS:use stack voidDFS(LGraph* g){ intVisited[MAXVERTEXNUM]; inttag[MAXVERTEXNUM]; for(intv =0; v < MAXVERTEXNUM; v++) { Visited[v] =tag[v]=0; } for(intV=0; V < g->vertexnum; V++) { intv = V; if(!Visited[v]) { PSeqStack S = (PSeqStack)malloc(sizeof(SeqS...