end
def test_bbox
- node = current_nodes(:used_node_1)
- [:visible_way,
- :invisible_way,
- :used_way].each do |way_symbol|
- way = current_ways(way_symbol)
+ node = create(:node)
+ visible_way = create(:way)
+ create(:way_node, :way => visible_way, :node => node)
+ invisible_way = create(:way)
+ create(:way_node, :way => invisible_way, :node => node)
+ used_way = create(:way)
+ create(:way_node, :way => used_way, :node => node)
+ create(:relation_member, :member => used_way)
+
+ [visible_way, invisible_way, used_way].each do |way|
assert_equal node.bbox.min_lon, way.bbox.min_lon, "min_lon"
assert_equal node.bbox.min_lat, way.bbox.min_lat, "min_lat"
assert_equal node.bbox.max_lon, way.bbox.max_lon, "max_lon"
# Check that the preconditions fail when you are over the defined limit of
# the maximum number of nodes in each way.
def test_max_nodes_per_way_limit
+ node_a = create(:node)
+ node_b = create(:node)
+ node_c = create(:node)
+ way = create(:way_with_nodes, :nodes_count => 1)
# Take one of the current ways and add nodes to it until we are near the limit
way = Way.find(current_ways(:visible_way).id)
assert way.valid?
# it already has 1 node
1.upto(MAX_NUMBER_OF_WAY_NODES / 2) do
- way.add_nd_num(current_nodes(:used_node_1).id)
- way.add_nd_num(current_nodes(:used_node_2).id)
+ way.add_nd_num(node_a.id)
+ way.add_nd_num(node_b.id)
end
way.save
# print way.nds.size
assert way.valid?
- way.add_nd_num(current_nodes(:visible_node).id)
+ way.add_nd_num(node_c.id)
assert way.valid?
end