def test_openlabor_add_node(self):
layer = Layer.objects.external()[0]
layer.minimum_distance = 0
layer.area = None
layer.new_nodes_allowed = True
layer.save()
layer = Layer.objects.get(pk=layer.pk)
url = 'http://devopenlabor.lynxlab.com/api/v1'
external = LayerExternal(layer=layer)
external.interoperability = 'nodeshot.interoperability.synchronizers.OpenLabor'
external.config = json.dumps({
"open311_url": url,
"service_code_get": "001",
"service_code_post": "002",
"default_status": "active",
"api_key": "DEVO1395445966"
})
external.full_clean()
external.save()
node = Node()
node.name = 'offerta di lavoro di test'
node.description = 'altra offerta di lavoro inserita automaticamente tramite unit test'
node.geometry = 'POINT (12.5823391919000012 41.8721429276999820)'
node.layer = layer
node.user_id = 1
node.address = 'via del test'
node.data = {
"professional_profile": "professional_profile test",
"qualification_required": "qualification_required test",
"contract_type": "contract_type test",
"zip_code": "zip code test",
"city": "city test"
}
node.save()
self.assertIsNotNone(node.external.external_id)
def test_openlabor_add_node(self):
layer = Layer.objects.external()[0]
layer.minimum_distance = 0
layer.area = None
layer.new_nodes_allowed = True
layer.save()
layer = Layer.objects.get(pk=layer.pk)
url = 'http://devopenlabor.lynxlab.com/api/v1'
external = LayerExternal(layer=layer)
external.interoperability = 'nodeshot.interoperability.synchronizers.OpenLabor'
external.config = json.dumps({
"open311_url": url,
"service_code_get": "001",
"service_code_post": "002",
"default_status": "active",
"api_key": "DEVO1395445966"
})
external.full_clean()
external.save()
node = Node()
node.name = 'offerta di lavoro di test'
node.description = 'altra offerta di lavoro inserita automaticamente tramite unit test'
node.geometry = 'POINT (12.5823391919000012 41.8721429276999820)'
node.layer = layer
node.user_id = 1
node.address = 'via del test'
node.data = {
"professional_profile": "professional_profile test",
"qualification_required": "qualification_required test",
"contract_type": "contract_type test",
"zip_code": "zip code test",
"city": "city test"
}
node.save()
self.assertIsNotNone(node.external.external_id)
def import_nodes(self):
""" import nodes into local DB """
self.message('saving nodes into local DB...')
saved_nodes = []
# loop over all old node and create new nodes
for old_node in self.old_nodes:
# if this old node is unconfirmed skip to next cycle
if old_node.status == 'u':
continue
try:
node = Node.objects.get(pk=old_node.id)
except Node.DoesNotExist:
node = Node(id=old_node.id)
node.data = {}
node.user_id = self.users_dict[old_node.email]['id']
node.name = old_node.name
node.slug = old_node.slug
node.geometry = Point(old_node.lng, old_node.lat)
node.elev = old_node.alt
node.description = old_node.description
node.notes = old_node.notes
node.added = old_node.added
node.updated = old_node.updated
intersecting_layers = node.intersecting_layers
# if more than one intersecting layer
if len(intersecting_layers) > 1:
# prompt user
answer = self.prompt_layer_selection(node, intersecting_layers)
if isinstance(answer, int):
node.layer_id = answer
elif answer == 'default' and self.default_layer is not False:
node.layer_id = self.default_layer
else:
self.message('Node %s discarded' % node.name)
continue
# if one intersecting layer select that
elif 2 > len(intersecting_layers) > 0:
node.layer = intersecting_layers[0]
# if no intersecting layers
else:
if self.default_layer is False:
# discard node if no default layer specified
self.message("""Node %s discarded because is not contained
in any specified layer and no default layer specified"""
% node.name)
continue
else:
node.layer_id = self.default_layer
if old_node.postal_code:
# additional info
node.data['postal_code'] = old_node.postal_code
# is it a hotspot?
if old_node.status in ['h', 'ah']:
node.data['is_hotspot'] = 'true'
# determine status according to settings
if self.status_mapping:
node.status_id = self.get_status(old_node.status)
try:
node.full_clean()
node.save(auto_update=False)
saved_nodes.append(node)
self.verbose('Saved node %s in layer %s with status %s' %
(node.name, node.layer, node.status.name))
except Exception:
tb = traceback.format_exc()
self.message('Could not save node %s, got exception:\n\n%s' %
(node.name, tb))
self.message('saved %d nodes into local DB' % len(saved_nodes))
self.saved_nodes = saved_nodes
def import_nodes(self):
""" import nodes into local DB """
self.message('saving nodes into local DB...')
saved_nodes = []
# loop over all old node and create new nodes
for old_node in self.old_nodes:
# if this old node is unconfirmed skip to next cycle
if old_node.status == 'u':
continue
try:
node = Node.objects.get(pk=old_node.id)
except Node.DoesNotExist:
node = Node(id=old_node.id)
node.data = {}
node.user_id = self.users_dict[old_node.email]['id']
node.name = old_node.name
node.slug = old_node.slug
node.geometry = Point(old_node.lng, old_node.lat)
node.elev = old_node.alt
node.description = old_node.description
node.notes = old_node.notes
node.added = old_node.added
node.updated = old_node.updated
node.data['imported'] = 'true'
intersecting_layers = node.intersecting_layers
# if more than one intersecting layer
if len(intersecting_layers) > 1:
# prompt user
answer = self.prompt_layer_selection(node, intersecting_layers)
if isinstance(answer, int):
node.layer_id = answer
elif answer == 'default' and self.default_layer is not False:
node.layer_id = self.default_layer
else:
self.message('Node %s discarded' % node.name)
continue
# if one intersecting layer select that
elif 2 > len(intersecting_layers) > 0:
node.layer = intersecting_layers[0]
# if no intersecting layers
else:
if self.default_layer is False:
# discard node if no default layer specified
self.message("""Node %s discarded because is not contained
in any specified layer and no default layer specified""" % node.name)
continue
else:
node.layer_id = self.default_layer
if old_node.postal_code:
# additional info
node.data['postal_code'] = old_node.postal_code
# is it a hotspot?
if old_node.status in ['h', 'ah']:
node.data['is_hotspot'] = 'true'
# determine status according to settings
if self.status_mapping:
node.status_id = self.get_status(old_node.status)
try:
node.full_clean()
node.save(auto_update=False)
saved_nodes.append(node)
self.verbose('Saved node %s in layer %s with status %s' % (node.name, node.layer, node.status.name))
except Exception:
tb = traceback.format_exc()
self.message('Could not save node %s, got exception:\n\n%s' % (node.name, tb))
self.message('saved %d nodes into local DB' % len(saved_nodes))
self.saved_nodes = saved_nodes
