def test_DAO_Route_bed_details(projnode1, node4):
# Full details of flower bed 4
dao = db.DAO_Route(projnode1)
act_node = dao.bed_details(4)
exp_node = node4
assert_geonode(act_node, exp_node)
return
def test_DAO_Route_directions(projnode1, geonode8, geonode9):
# Directions from node 8 to node 9
dao = db.DAO_Route(projnode1)
act_stage = dao.directions(8, 9)
exp_stage = Stage(geonode8, geonode9, 20.52479885263658,'Directions node 8 to node 9')
assert_stage(act_stage, exp_stage)
return
def test_DAO_Route_place_details(projnode1, place1):
# Full details of place 1
dao = db.DAO_Route(projnode1)
act_place = dao.place_details(1)
exp_place = place1
assert_place(act_place, exp_place)
return
def test_DAO_Route_bed_nearest_node(projnode1, projnode3):
# Nearest node to flower bed 4
dao = db.DAO_Route(projnode1)
act_node = dao.bed_nearest_node('4')
exp_node = projnode3
assert_projnode(act_node, exp_node)
return
def test_DAO_Route_place_nearest_node(projnode1, projnode2):
# Nearest node to place 2
dao = db.DAO_Route(projnode1)
act_node = dao.place_nearest_node('2')
exp_node = projnode2
assert_projnode(act_node, exp_node)
return
def test_DAO_Route_nearest_node(projnode1, projnode2):
# Nearest node to current location (projnode1 - place 2)
dao = db.DAO_Route(projnode1)
act_node = dao.nearest_node()
exp_node = projnode2
assert_projnode(act_node, exp_node)
return
def test_DAO_Route_setup_graph(projnode1):
# Check Graph setup
dao = db.DAO_Route(projnode1)
act_G = dao.setup_graph()
exp_G = nx.Graph()
# Manually set up the expected Graph
exp_G.add_edge((480075.52727804193, 155325.20673843563), (480110.57192593836, 155345.15844900193),
weight=40.33793082308226)
exp_G.nodes[480075.52727804193, 155325.20673843563]['id'] = 1
exp_G.nodes[480110.57192593836, 155345.15844900193]['id'] = 2
exp_G.add_edge((480075.52727804193, 155325.20673843563), (480097.58562198514, 155350.179731822),
weight=33.32971510457651)
exp_G.nodes[480075.52727804193, 155325.20673843563]['id'] = 1
exp_G.nodes[480097.58562198514, 155350.179731822]['id'] = 10
exp_G.add_edge((480110.57192593836, 155345.15844900193), (480116.2860712755, 155374.54049788768),
weight=29.941273689650515)
exp_G.nodes[480110.57192593836, 155345.15844900193]['id'] = 2
exp_G.nodes[480116.2860712755, 155374.54049788768]['id'] = 3
exp_G.add_edge((480110.57192593836, 155345.15844900193), (480153.12022010185, 155351.79401970515),
weight=43.07518790884984)
exp_G.nodes[480110.57192593836, 155345.15844900193]['id'] = 2
exp_G.nodes[480153.12022010185, 155351.79401970515]['id'] = 12
exp_G.add_edge((480116.2860712755, 155374.54049788768), (480121.85640956485, 155389.18057912646),
weight=15.668568440186627)
exp_G.nodes[480116.2860712755, 155374.54049788768]['id'] = 3
exp_G.nodes[480121.85640956485, 155389.18057912646]['id'] = 4
exp_G.add_edge((480116.2860712755, 155374.54049788768), (480104.45986591815, 155377.15435603145),
weight=12.115160922032716)
exp_G.nodes[480116.2860712755, 155374.54049788768]['id'] = 3
exp_G.nodes[480104.45986591815, 155377.15435603145]['id'] = 11
exp_G.add_edge((480121.85640956485, 155389.18057912646), (480113.02015144937, 155403.96862270025),
weight=17.231921670228612)
exp_G.nodes[480121.85640956485, 155389.18057912646]['id'] = 4
exp_G.nodes[480113.02015144937, 155403.96862270025]['id'] = 5
exp_G.add_edge((480113.02015144937, 155403.96862270025), (480098.9963780598, 155403.56291188815),
weight=14.033740294973267)
exp_G.nodes[480113.02015144937, 155403.96862270025]['id'] = 5
exp_G.nodes[480098.9963780598, 155403.56291188815]['id'] = 6
exp_G.add_edge((480113.02015144937, 155403.96862270025), (480139.37654836953, 155429.19518049734),
weight=36.49406422651829)
exp_G.nodes[480113.02015144937, 155403.96862270025]['id'] = 5
exp_G.nodes[480139.37654836953, 155429.19518049734]['id'] = 7
exp_G.add_edge((480098.9963780598, 155403.56291188815), (480104.45986591815, 155377.15435603145),
weight=26.975666498644166)
exp_G.nodes[480098.9963780598, 155403.56291188815]['id'] = 6
exp_G.nodes[480104.45986591815, 155377.15435603145]['id'] = 11
exp_G.add_edge((480139.37654836953, 155429.19518049734), (480153.9059029, 155433.15384258004),
weight=15.063387998015651)
exp_G.nodes[480139.37654836953, 155429.19518049734]['id'] = 7
exp_G.nodes[480153.9059029, 155433.15384258004]['id'] = 8
exp_G.add_edge((480153.9059029, 155433.15384258004), (480171.8333823625, 155423.17251680512),
weight=20.52479885263658)
exp_G.nodes[480153.9059029, 155433.15384258004]['id'] = 8
exp_G.nodes[480171.8333823625, 155423.17251680512]['id'] = 9
exp_G.add_edge((480097.58562198514, 155350.179731822), (480104.45986591815, 155377.15435603145),
weight=27.844900425211215)
exp_G.nodes[480097.58562198514, 155350.179731822]['id'] = 10
exp_G.nodes[480104.45986591815, 155377.15435603145]['id'] = 11
assert act_G.number_of_nodes() == exp_G.number_of_nodes()
assert act_G.number_of_edges() == exp_G.number_of_edges()
assert list(act_G.nodes) == list(exp_G.nodes)
assert list(act_G.edges) == list(exp_G.edges)
for node in act_G.nodes:
# Check ids
assert act_G.nodes[node]['id'] == exp_G.nodes[node]['id']
return