void
test_nodestore ()
{
gint i;
NodeStore *store;
Part *part;
Wire *wire;
Node *node;
Coords p_pos = {111.,22.};
Coords n_pos = {111.,33.};
Coords w_pos = {111.,7.};
Coords w_len = {0.,88.};
store = node_store_new ();
part = part_new ();
wire = wire_new ();
// add one Pin with a offset that is on the wire when rotation N*Pi times
Pin *pin = g_new (Pin, 1);
pin->offset.x = n_pos.x - p_pos.x;
pin->offset.y = n_pos.y - p_pos.y;
GSList *list = NULL;
list = g_slist_prepend (list, pin);
part_set_pins (part, list);
g_slist_free (list);
item_data_set_pos (ITEM_DATA (part), &p_pos);
item_data_set_pos (ITEM_DATA (wire), &w_pos);
wire_set_length (wire, &w_len);
node_store_add_part (store, part);
node_store_add_wire (store, wire);
{
for (i=0; i<11; i++)
item_data_rotate (ITEM_DATA (part), 90, NULL);
item_data_set_pos (ITEM_DATA (part), &w_len);
for (i=0; i<4; i++)
item_data_rotate (ITEM_DATA (part), 90, NULL);
item_data_set_pos (ITEM_DATA (part), &n_pos);
for (i=0; i<7; i++)
item_data_rotate (ITEM_DATA (part), -90, NULL);
item_data_set_pos (ITEM_DATA (part), &p_pos);
}
g_assert (node_store_is_wire_at_pos (store, n_pos));
g_assert (node_store_is_pin_at_pos (store, n_pos));
node = node_store_get_node (store, n_pos);
g_assert (!node_is_empty (node));
g_assert (node_needs_dot (node));
node_store_remove_part (store, part);
node_store_remove_wire (store, wire);
g_object_unref (store);
}
void *PowerInit() {
p_glist pGlist;
short int i;
devPower = malloc( sizeof(t_Power) );
// Device
devPower->dev = malloc( sizeof( t_device ) );
devPower->dev->nome = "POWER SUPPLY";
devPower->dev->pGates = NULL;
// GATES E WIRES
devPower->pGates = NULL;
devPower->pw_wire[ PW_GND ] = wire_new( "GND", STATO_VAL_MIN );
devPower->pw_wire[ PW_VCC ] = wire_new( "VCC", STATO_VAL_MAX );
devPower->pw_gate[ PW_GND ] = gate_new( "GND", devPower->dev, GATEMODE_OUTPUT, 1, devPower->pw_wire[ PW_GND ] );
devPower->pw_gate[ PW_VCC ] = gate_new( "VCC", devPower->dev, GATEMODE_OUTPUT, 2, devPower->pw_wire[ PW_VCC ] );
for ( i=0; i<PW_NUM_PIN; i++) {
if ( devPower->pGates == NULL ) { // devPower->pGates
glist_node_accoda( &devPower->pGates, devPower->pw_gate[i] );
} else {
pGlist = devPower->pGates;
while ( pGlist->g_next != NULL ) { // Cerco l'ultimo nodo della lista
pGlist = pGlist->g_next;
}
glist_node_accoda( &pGlist, devPower->pw_gate[i] );
}
}
// Callback
devPower->self_connect = (FN_VOID_VOID)PowerSelfConnect;
devPower->task = (FN_VOID_VOID)PowerTask;
return NULL;
}