def _update_workflow_nodes_json(workflow, json_nodes, id_map, user):
"""Ideally would get objects from form validation instead."""
nodes = []
for json_node in json_nodes:
node = get_or_create_node(workflow, json_node)
if node.node_type == 'fork' and json_node['node_type'] == 'decision':
node = node.convert_to_decision()
id_map[str(json_node['id'])] = node.id
for key in json_node:
if key not in ('node_ptr', 'child_nodes', 'workflow', 'id', 'sub_workflow'):
setattr(node, key, format_field_value(key, json_node[key]))
node.workflow = workflow
node.save()
# Keep track of nodes in order of received list
# so that we may iterate over them again in the same order
# when we handle links
nodes.append(node)
# Delete unused nodes from workflow
old_nodes = Node.objects.filter(workflow=workflow).exclude(id__in=map(lambda x: x.id, nodes))
for node in old_nodes:
node.get_full_node().delete()
return nodes
def _update_workflow_nodes_json(workflow, json_nodes, id_map, user):
"""Ideally would get objects from form validation instead."""
nodes = []
for json_node in json_nodes:
node = get_or_create_node(workflow, json_node, save=False)
if node.node_type == 'subworkflow':
try:
node.sub_workflow = Workflow.objects.get(
id=int(json_node['sub_workflow']))
except TypeError:
# sub_workflow is None
node.sub_workflow = None
except Workflow.DoesNotExist:
raise StructuredException(
code="INVALID_REQUEST_ERROR",
message=_('Error saving workflow'),
data={'errors': 'Chosen subworkflow does not exist.'},
error_code=400)
elif node.node_type == 'fork' and json_node['node_type'] == 'decision':
node.save(
) # Need to save in case database throws error when performing delete.
node = node.convert_to_decision()
node.save()
id_map[str(json_node['id'])] = node.id
for key in json_node:
if key == 'data':
if isinstance(json_node[key], basestring):
node.data = json_node[key]
else:
node.data = json.dumps(json_node[key])
elif key not in ('node_ptr', 'child_nodes', 'workflow', 'id',
'sub_workflow'):
setattr(node, key, format_field_value(key, json_node[key]))
node.workflow = workflow
node.save()
# Keep track of nodes in order of received list
# so that we may iterate over them again in the same order
# when we handle links
nodes.append(node)
# Delete unused nodes from workflow
old_nodes = Node.objects.filter(workflow=workflow).exclude(
id__in=map(lambda x: x.id, nodes))
for node in old_nodes:
node.get_full_node().delete()
return nodes
def _update_workflow_nodes_json(workflow, json_nodes, id_map, user):
"""Ideally would get objects from form validation instead."""
nodes = []
for json_node in json_nodes:
node = get_or_create_node(workflow, json_node, save=False)
if node.node_type == "subworkflow":
try:
node.sub_workflow = Workflow.objects.get(id=int(json_node["sub_workflow"]))
except TypeError:
# sub_workflow is None
node.sub_workflow = None
except Workflow.DoesNotExist:
raise StructuredException(
code="INVALID_REQUEST_ERROR",
message=_("Error saving workflow"),
data={"errors": "Chosen subworkflow does not exist."},
error_code=400,
)
elif node.node_type == "fork" and json_node["node_type"] == "decision":
node.save() # Need to save in case database throws error when performing delete.
node = node.convert_to_decision()
node.save()
id_map[str(json_node["id"])] = node.id
for key in json_node:
if key == "data":
if isinstance(json_node[key], basestring):
node.data = json_node[key]
else:
node.data = json.dumps(json_node[key])
elif key not in ("node_ptr", "child_nodes", "workflow", "id", "sub_workflow"):
setattr(node, key, format_field_value(key, json_node[key]))
node.workflow = workflow
node.save()
# Keep track of nodes in order of received list
# so that we may iterate over them again in the same order
# when we handle links
nodes.append(node)
# Delete unused nodes from workflow
old_nodes = Node.objects.filter(workflow=workflow).exclude(id__in=map(lambda x: x.id, nodes))
for node in old_nodes:
node.get_full_node().delete()
return nodes
def _update_workflow_nodes_json(workflow, json_nodes, id_map, user):
"""Ideally would get objects from form validation instead."""
nodes = []
for json_node in json_nodes:
node = get_or_create_node(workflow, json_node)
if node.node_type == 'fork' and json_node['node_type'] == 'decision':
node = node.convert_to_decision()
if node.node_type == 'subworkflow':
try:
node.sub_workflow = Workflow.objects.get(
id=int(json_node['sub_workflow']))
except Workflow.DoesNotExist:
pass
id_map[str(json_node['id'])] = node.id
for key in json_node:
if key not in ('node_ptr', 'child_nodes', 'workflow', 'id',
'sub_workflow'):
setattr(node, key, format_field_value(key, json_node[key]))
node.workflow = workflow
node.save()
# Keep track of nodes in order of received list
# so that we may iterate over them again in the same order
# when we handle links
nodes.append(node)
# Delete unused nodes from workflow
old_nodes = Node.objects.filter(workflow=workflow).exclude(
id__in=map(lambda x: x.id, nodes))
for node in old_nodes:
node.get_full_node().delete()
return nodes
def _update_workflow_nodes_json(workflow, json_nodes, id_map, user):
"""Ideally would get objects from form validation instead."""
nodes = []
for json_node in json_nodes:
node = get_or_create_node(workflow, json_node, save=False)
if node.node_type == 'subworkflow':
try:
node.sub_workflow = Workflow.objects.get(id=int(json_node['sub_workflow']))
except Workflow.DoesNotExist:
raise StructuredException(code="INVALID_REQUEST_ERROR", message=_('Error saving workflow'), data={'errors': 'Chosen subworkflow does not exist.'}, error_code=400)
elif node.node_type == 'fork' and json_node['node_type'] == 'decision':
node.save() # Need to save in case database throws error when performing delete.
node = node.convert_to_decision()
node.save()
id_map[str(json_node['id'])] = node.id
for key in json_node:
if key not in ('node_ptr', 'child_nodes', 'workflow', 'id', 'sub_workflow'):
setattr(node, key, format_field_value(key, json_node[key]))
node.workflow = workflow
node.save()
# Keep track of nodes in order of received list
# so that we may iterate over them again in the same order
# when we handle links
nodes.append(node)
# Delete unused nodes from workflow
old_nodes = Node.objects.filter(workflow=workflow).exclude(id__in=map(lambda x: x.id, nodes))
for node in old_nodes:
node.get_full_node().delete()
return nodes
