int
utd2volumes (xmlNode * node)
{
ud->top = -1;
ud->style_top = -1;
firstPage = 1;
firstLineOnPage = 1;
beginDocument ();
findBrlNodes (node);
finishDocument ();
return 1;
}
int main(int argc, char *argv[]){
int nbedge = 13;
Edge** edges = malloc((nbedge+1)*(sizeof (Edge*)));
Edge* A = malloc(sizeof(Edge));
A->origin = 1;
A->dest = 2;
A->couleur = -1;
A->oriente = 0;
edges[0] = A;
Edge* B = malloc(sizeof(Edge));
B->origin = 2;
B->dest = 6;
B->couleur = -1;
B->oriente = 0;
edges[1] = B;
Edge* C = malloc(sizeof(Edge));
C->origin = 1;
C->dest = 6;
C->couleur = -1;
C->oriente = 0;
edges[2] = C;
Edge* D = malloc(sizeof(Edge));
D->origin = 2;
D->dest = 4;
D->couleur = -1;
D->oriente = 0;
edges[3] = D;
Edge* E = malloc(sizeof(Edge));
E->origin = 4;
E->dest = 6;
E->couleur = -1;
E->oriente = 0;
edges[4] = E;
Edge* F = malloc(sizeof(Edge));
F->origin = 6;
F->dest = 8;
F->couleur = -1;
F->oriente = 0;
edges[5] = F;
Edge* G = malloc(sizeof(Edge));
G->origin = 1;
G->dest = 8;
G->couleur = -1;
G->oriente = 0;
edges[6] = G;
Edge* H = malloc(sizeof(Edge));
H->origin = 2;
H->dest = 3;
H->couleur = -1;
H->oriente = 0;
edges[7] = H;
Edge* I = malloc(sizeof(Edge));
I->origin = 3;
I->dest = 4;
I->couleur = -1;
I->oriente = 0;
edges[8] = I;
Edge* J = malloc(sizeof(Edge));
J->origin = 4;
J->dest = 5;
J->couleur = -1;
J->oriente = 0;
edges[9] = J;
Edge* K = malloc(sizeof(Edge));
K->origin = 6;
K->dest = 5;
K->couleur = -1;
K->oriente = 0;
edges[10] = K;
Edge* L = malloc(sizeof(Edge));
L->origin = 6;
L->dest = 7;
L->couleur = -1;
L->oriente = 0;
edges[11] = L;
Edge* M = malloc(sizeof(Edge));
M->origin = 7;
M->dest = 8;
M->couleur = -1;
M->oriente = 0;
edges[12] = M;
edges[13] = NULL;
Graph* T = malloc(sizeof(Graph));
allocGraph(edges, T, 8);
Graph** tabT = enumTriang(8);
FILE* desc = fopen(name,"w");
beginDocument(desc);
enumGraph(desc, tabT);
endDocument(desc);
}