def load_graphs_by_type(context):
request = context.get('request')
glist = cache.get('user_%s_tree_cat' % (request.user.pk))
if glist:
grlist = json.loads(bz2.decompress(glist))
else:
grlist = []
gcdict = {}
parsed_group = []
parsed_graph_category = []
parsed_graph_name = []
graphs = NodeGraphs.objects.all().select_related(
'node', 'graph', 'node__group',
'graph__category').order_by('graph__category__name', 'graph__name',
'node__group', 'node__name')
if not request.user.is_superuser:
nodes = request.user.get_profile().nodes.all()
graphs = graphs.filter(node__in=nodes)
len_graphs = len(graphs)
for index, graph in enumerate(graphs):
if graph.graph.category.name not in parsed_graph_category:
if parsed_graph_category:
grlist.append(gcdict)
gcdict = {}
gcdict['title'] = graph.graph.category.name
gcdict['children'] = []
gcdict['nodeurl'] = graph.pageurl.replace(
common_start(graph.baseurl, graph.node.url), '')
parsed_graph_category.append(graph.graph.category.name)
if graph.graph.name not in parsed_graph_name:
parsed_group = []
gdict = {}
gdict['title'] = graph.graph.name
gdict['children'] = []
gcdict['children'].append(gdict)
parsed_graph_name.append(graph.graph.name)
if graph.node.group.name not in parsed_group:
grdict = {}
grdict['title'] = graph.node.group.name
grdict['children'] = []
grdict['baseurl'] = common_start(graph.baseurl, graph.node.url)
gdict['children'].append(grdict)
parsed_group.append(graph.node.group.name)
ndict = {}
ndict['title'] = graph.node.name
ndict['key'] = "graph_%s" % (graph.pk)
ndict['url'] = graph.baseurl.replace(
common_start(graph.baseurl, graph.node.url), '')
grdict['children'].append(ndict)
if (index == (len_graphs - 1)):
grlist.append(gcdict)
glist = json.dumps(grlist)
cache.set('user_%s_tree_cat' % (request.user.pk), bz2.compress(glist),
60 * 60 * 24 * 5)
return {'nodes': grlist, 'bytype': True}
def load_graphs_by_type(context):
request = context.get('request')
glist = cache.get('user_%s_tree_cat' % (request.user.pk))
if glist:
grlist = json.loads(bz2.decompress(glist))
else:
grlist = []
gcdict = {}
parsed_group = []
parsed_graph_category = []
parsed_graph_name = []
graphs = NodeGraphs.objects.all().select_related('node', 'graph', 'node__group', 'graph__category').order_by('graph__category__name', 'graph__name', 'node__group', 'node__name')
if not request.user.is_superuser:
nodes = request.user.get_profile().nodes.all()
graphs = graphs.filter(node__in=nodes)
len_graphs = len(graphs)
for index, graph in enumerate(graphs):
if graph.graph.category.name not in parsed_graph_category:
if parsed_graph_category:
grlist.append(gcdict)
gcdict = {}
gcdict['title'] = graph.graph.category.name
gcdict['children'] = []
gcdict['nodeurl'] = graph.pageurl.replace(common_start(graph.baseurl, graph.node.url), '')
parsed_graph_category.append(graph.graph.category.name)
if graph.graph.name not in parsed_graph_name:
parsed_group = []
gdict = {}
gdict['title'] = graph.graph.name
gdict['children'] = []
gcdict['children'].append(gdict)
parsed_graph_name.append(graph.graph.name)
if graph.node.group.name not in parsed_group:
grdict = {}
grdict['title'] = graph.node.group.name
grdict['children'] = []
grdict['baseurl'] = common_start(graph.baseurl, graph.node.url)
gdict['children'].append(grdict)
parsed_group.append(graph.node.group.name)
ndict = {}
ndict['title'] = graph.node.name
ndict['key'] = "graph_%s" % (graph.pk)
ndict['url'] = graph.baseurl.replace(common_start(graph.baseurl, graph.node.url), '')
grdict['children'].append(ndict)
if (index == (len_graphs - 1)):
grlist.append(gcdict)
glist = json.dumps(grlist)
cache.set('user_%s_tree_cat' % (request.user.pk), bz2.compress(glist), 60 * 60 * 24 *5)
return {'nodes': grlist, 'bytype': True}
def load_graphs(context):
request = context.get('request')
glist = cache.get('user_%s_tree' % (request.user.pk))
if glist:
grlist = json.loads(bz2.decompress(glist))
else:
grlist = []
nlist = []
gcdict = {}
ndict = {}
nlist = []
grdict = {}
parsed_node = []
parsed_group = []
graphs = NodeGraphs.objects.all().prefetch_related(
'node',
'graph',
'node__group',
'graph__category'
).order_by('node__group', 'node', 'graph__category__name')
nodes = request.user.get_profile().nodes.all()
graphs = graphs.filter(node__in=nodes)
len_graphs = len(graphs)
for index, graph in enumerate(graphs):
if graph.node not in parsed_node:
parsed_graph_category = []
if parsed_node:
ndict['children'].append(gcdict)
nlist.append(ndict)
ndict = {}
ndict['title'] = graph.node.name
ndict['children'] = []
parsed_node.append(graph.node)
if graph.node.group not in parsed_group:
if parsed_group:
nlist.sort(key=lambda item: item['title'], reverse=False)
grdict['children'] = nlist
grlist.append(grdict)
nlist = []
grdict = {}
grdict['title'] = graph.node.group.name
grdict['children'] = []
grdict['baseurl'] = common_start(graph.baseurl, graph.node.url)
parsed_group.append(graph.node.group)
if graph.graph.category.name not in parsed_graph_category:
if parsed_graph_category:
ndict['children'].append(gcdict)
gcdict = {}
gcdict['title'] = graph.graph.category.name
gcdict['children'] = []
gcdict['nodeurl'] = graph.pageurl.replace(common_start(graph.baseurl, graph.node.url), '')
parsed_graph_category.append(graph.graph.category.name)
gdict = {}
gdict['title'] = graph.graph.name
gdict['url'] = graph.baseurl.replace(common_start(graph.baseurl, graph.node.url), '')
gdict['key'] = 'graph_%s' % (graph.pk)
gcdict['children'].append(gdict)
if (index == (len_graphs - 1)):
nlist.append(ndict)
nlist.sort(key=lambda item: item['title'], reverse=False)
grdict['children'] = nlist
grlist.append(grdict)
ndict['children'].append(gcdict)
glist = json.dumps(grlist)
cache.set('user_%s_tree' % (request.user.pk), bz2.compress(glist), 60 * 60 * 24 *5)
return {'nodes': grlist}
def load_graphs(context):
request = context.get('request')
glist = cache.get('user_%s_tree' % (request.user.pk))
if glist:
grlist = json.loads(bz2.decompress(glist))
else:
grlist = []
nlist = []
gcdict = {}
ndict = {}
nlist = []
grdict = {}
parsed_node = []
parsed_group = []
graphs = NodeGraphs.objects.all().prefetch_related(
'node', 'graph', 'node__group',
'graph__category').order_by('node__group', 'node',
'graph__category__name')
nodes = request.user.get_profile().nodes.all()
graphs = graphs.filter(node__in=nodes)
len_graphs = len(graphs)
for index, graph in enumerate(graphs):
if graph.node not in parsed_node:
parsed_graph_category = []
if parsed_node:
ndict['children'].append(gcdict)
nlist.append(ndict)
ndict = {}
ndict['title'] = graph.node.name
ndict['children'] = []
parsed_node.append(graph.node)
if graph.node.group not in parsed_group:
if parsed_group:
nlist.sort(key=lambda item: item['title'], reverse=False)
grdict['children'] = nlist
grlist.append(grdict)
nlist = []
grdict = {}
grdict['title'] = graph.node.group.name
grdict['children'] = []
grdict['baseurl'] = common_start(graph.baseurl, graph.node.url)
parsed_group.append(graph.node.group)
if graph.graph.category.name not in parsed_graph_category:
if parsed_graph_category:
ndict['children'].append(gcdict)
gcdict = {}
gcdict['title'] = graph.graph.category.name
gcdict['children'] = []
gcdict['nodeurl'] = graph.pageurl.replace(
common_start(graph.baseurl, graph.node.url), '')
parsed_graph_category.append(graph.graph.category.name)
gdict = {}
gdict['title'] = graph.graph.name
gdict['url'] = graph.baseurl.replace(
common_start(graph.baseurl, graph.node.url), '')
gdict['key'] = 'graph_%s' % (graph.pk)
gcdict['children'].append(gdict)
if (index == (len_graphs - 1)):
nlist.append(ndict)
nlist.sort(key=lambda item: item['title'], reverse=False)
grdict['children'] = nlist
grlist.append(grdict)
ndict['children'].append(gcdict)
glist = json.dumps(grlist)
cache.set('user_%s_tree' % (request.user.pk), bz2.compress(glist),
60 * 60 * 24 * 5)
return {'nodes': grlist}
