def image_allographs(request, image_id):
"""Returns a list of all the allographs/annotations for the requested
image."""
can_edit = has_edit_permission(request, Annotation)
annotations = Annotation.objects.filter(image=image_id).exclude_hidden(can_edit).select_related('graph')
data_allographs = SortedDict()
for a in annotations:
if a.graph:
hand_label = a.graph.hand
allograph_name = a.graph.idiograph.allograph
if hand_label in data_allographs:
if allograph_name not in data_allographs[hand_label]:
data_allographs[hand_label][allograph_name] = []
else:
data_allographs[hand_label] = SortedDict()
data_allographs[hand_label][allograph_name] = []
data_allographs[hand_label][allograph_name].append(a)
context = {
'annotations_list': data_allographs,
'can_edit': can_edit
}
return render_to_response('digipal/annotations.html', context, context_instance=RequestContext(request))
def image_allographs(request, image_id):
"""Returns a list of all the allographs/annotations for the requested
image."""
can_edit = has_edit_permission(request, Annotation)
annotations = Annotation.objects.filter(
image=image_id).exclude_hidden(can_edit).select_related('graph')
data_allographs = OrderedDict()
for a in annotations:
if a.graph:
hand_label = a.graph.hand
allograph_name = a.graph.idiograph.allograph
if hand_label in data_allographs:
if allograph_name not in data_allographs[hand_label]:
data_allographs[hand_label][allograph_name] = []
else:
data_allographs[hand_label] = OrderedDict()
data_allographs[hand_label][allograph_name] = []
data_allographs[hand_label][allograph_name].append(a)
context = {'annotations_list': data_allographs, 'can_edit': can_edit}
return render_to_response('digipal/annotations.html',
context,
context_instance=RequestContext(request))
def idiograph_editor(request):
formsetScribe = formset_factory(ScribeAdminForm)
formset = formsetScribe()
onlyScribeForm = OnlyScribe()
newContext = {
'can_edit': has_edit_permission(request, Annotation), 'formset': formset,
'scribeForm': onlyScribeForm
}
return render_to_response('admin/digipal/idiograph_editor.html', newContext,
context_instance=RequestContext(request))
def save_editorial(request, graphs):
if settings.ARCHETYPE_API_READ_ONLY:
# transaction.rollback()
raise Http404
else:
data = {'success': False, 'graphs': []}
if not graphs or len(graphs) == 0:
raise Exception('No data provided')
try:
graphs = graphs.replace('/"', "'")
graphs = json.loads(graphs)
for gr in graphs:
image = Image.objects.get(id=gr['image'])
get_data = request.POST.copy()
_id = gr['id']
count = 0
if _id and _id.isdigit():
count = Annotation.objects.filter(image=image,
id=_id).count()
if 'geoJson' in gr:
geo_json = str(gr['geoJson'])
else:
geo_json = False
if count > 0:
annotation = Annotation.objects.get(image=image, id=_id)
else:
annotation = Annotation(image=image, type='editorial')
form = ImageAnnotationForm(data=get_data)
if form.is_valid():
with transaction.atomic():
clean = form.cleaned_data
if geo_json:
annotation.geo_json = geo_json
# set the note (only if different) - see JIRA
# DIGIPAL-477
for f in ['display_note', 'internal_note']:
if getattr(annotation,
f) != clean[f] and f in get_data:
setattr(annotation, f, clean[f])
if not annotation.id:
# set the author only when the annotation is
# created
annotation.author = request.user
if geo_json:
annotation.set_graph_group()
annotation.save()
new_graph = [{}]
if 'vector_id' in gr:
new_graph[0]['vector_id'] = gr['vector_id']
new_graph[0]['annotation_id'] = unicode(annotation.id)
if has_edit_permission(request, Annotation):
new_graph[0][
'internal_note'] = annotation.internal_note
new_graph[0]['display_note'] = annotation.display_note
data['graphs'].append(new_graph[0])
# transaction.commit()
data['success'] = True
# uncomment this to see the error call stack in the django server output
# except ValueError as e:
except Exception as e:
data['success'] = False
data['errors'] = [u'Internal error: %s' % e]
# tb = sys.exc_info()[2]
return HttpResponse(json.dumps(data), content_type='application/json')
def save(request, graphs):
"""Saves an annotation and creates a cutout of the annotation."""
if settings.ARCHETYPE_API_READ_ONLY:
# transaction.rollback()
raise Http404
else:
data = {'success': False, 'graphs': []}
try:
graphs = graphs.replace('/"', "'")
graphs = json.loads(graphs)
for gr in graphs:
graph_object = False
if 'id' in gr:
graph_object = Graph.objects.get(id=gr['id'])
image = Image.objects.get(id=gr['image'])
annotation_is_modified = False
if graph_object:
annotation = graph_object.annotation
graph = graph_object
else:
graph = Graph()
annotation = Annotation(image=image)
get_data = request.POST.copy()
if 'geoJson' in gr:
geo_json = str(gr['geoJson'])
else:
geo_json = False
form = ImageAnnotationForm(data=get_data)
if form.is_valid():
with transaction.atomic():
clean = form.cleaned_data
if geo_json:
annotation.geo_json = geo_json
annotation_is_modified = True
# set the note (only if different) - see JIRA
# DIGIPAL-477
for f in ['display_note', 'internal_note']:
if getattr(annotation, f) != clean[f]:
setattr(annotation, f, clean[f])
annotation_is_modified = True
if not annotation.id:
# set the author only when the annotation is
# created
annotation.author = request.user
# annotation.before = clean['before']
# annotation.after = clean['after']
allograph = clean['allograph']
hand = clean['hand']
if hand and allograph:
scribe = hand.scribe
# GN: if this is a new Graph, it has no idiograph
# yet, so we test this first
if graph.id and (allograph.id !=
graph.idiograph.allograph.id):
graph.graph_components.all().delete()
idiograph_list = Idiograph.objects.filter(
allograph=allograph, scribe=scribe)
if idiograph_list:
idiograph = idiograph_list[0]
idiograph.id
else:
idiograph = Idiograph(allograph=allograph,
scribe=scribe)
idiograph.save()
graph.idiograph = idiograph
graph.hand = hand
graph.save() # error is here
feature_list_checked = get_data.getlist('feature')
feature_list_unchecked = get_data.getlist('-feature')
if feature_list_unchecked:
for value in feature_list_unchecked:
cid, fid = value.split('::')
component = Component.objects.get(id=cid)
feature = Feature.objects.get(id=fid)
gc_list = GraphComponent.objects.filter(
graph=graph, component=component)
if gc_list:
gc = gc_list[0]
gc.features.remove(feature)
gc.save()
if not gc.features.all():
gc.delete()
if feature_list_checked:
for value in feature_list_checked:
cid, fid = value.split('::')
component = Component.objects.get(id=cid)
feature = Feature.objects.get(id=fid)
gc_list = GraphComponent.objects.filter(
graph=graph, component=component)
if gc_list:
gc = gc_list[0]
else:
gc = GraphComponent(graph=graph,
component=component)
gc.save()
gc.features.add(feature)
gc.save()
aspects = get_data.getlist('aspect')
aspects_deleted = get_data.getlist('-aspect')
if aspects:
for aspect in aspects:
aspect_model = Aspect.objects.get(id=aspect)
graph.aspects.add(aspect_model)
if aspects_deleted:
for aspect in aspects_deleted:
aspect_model = Aspect.objects.get(id=aspect)
graph.aspects.remove(aspect_model)
graph.save()
# Only save the annotation if it has been modified (or new one)
# see JIRA DIGIPAL-477
if annotation_is_modified or not annotation.id:
annotation.graph = graph
annotation.save()
# attach the graph to a containing one
# cannot be called BEFORE saving the
# annotation/graph
if geo_json:
annotation.set_graph_group()
new_graph = json.loads(get_features(graph.id))
if 'vector_id' in gr:
new_graph[0]['vector_id'] = gr['vector_id']
if has_edit_permission(request, Annotation):
new_graph[0][
'internal_note'] = annotation.internal_note
new_graph[0]['display_note'] = annotation.display_note
data['graphs'].append(new_graph[0])
# transaction.commit()
data['success'] = True
else:
# transaction.rollback()
data['success'] = False
data['errors'] = get_json_error_from_form_errors(form)
# uncomment this to see the error call stack in the django server output
# except ValueError as e:
except Exception as e:
data['success'] = False
data['errors'] = [u'Internal error: %s' % e]
# tb = sys.exc_info()[2]
return HttpResponse(json.dumps(data), content_type='application/json')
def image_annotations(request, image_id, annotations_page=True, hand=False):
"""Returns a JSON of all the annotations for the requested image."""
can_edit = has_edit_permission(request, Annotation)
if annotations_page:
annotation_list_with_graph = Annotation.objects.filter(
image=image_id).with_graph()
else:
annotation_list_with_graph = Annotation.objects.filter(
graph__hand=hand).with_graph()
annotation_list_with_graph = annotation_list_with_graph.exclude_hidden(
can_edit)
annotation_list_with_graph = annotation_list_with_graph.select_related(
'image', 'graph', 'graph__hand',
'graph__idiograph__allograph__character').prefetch_related(
'graph__graph_components__features', 'graph__aspects',
'graph__graph_components__component', 'image__hands').distinct()
editorial_annotations = Annotation.objects.filter(
image=image_id).editorial().select_related('image')
if not can_edit:
editorial_annotations = editorial_annotations.editorial(
).publicly_visible()
editorial_annotations = editorial_annotations.exclude_hidden(can_edit)
annotations = []
an = {}
# hands = []
for a in annotation_list_with_graph:
# if len(annotations) > 1: break
an = {}
annotations.append(an)
an['vector_id'] = a.vector_id
an['status_id'] = a.status_id
an['image_id'] = a.image.id
an['hidden_hand'] = a.graph.hand.id
an['character'] = a.graph.idiograph.allograph.character.name
an['hand'] = a.graph.hand_id
an['character_id'] = a.graph.idiograph.allograph.character.id
an['allograph_id'] = a.graph.idiograph.allograph.id
# Now optimised (see select_related and prefect_related in the query
# above)
features = get_features_from_graph(a.graph, True)
an['num_features'] = len(features['features'])
an['features'] = [features]
geo = a.get_geo_json_as_dict().get('geometry', None)
if geo:
an['geo_json'] = geo
an['hidden_allograph'] = '%d::%s' % (a.graph.idiograph.allograph.id,
a.graph.idiograph.allograph.name)
an['feature'] = '%s' % (a.graph.idiograph.allograph)
an['graph'] = '%s' % (a.graph.id)
# hand = a.graph.hand.label
# hands.append(a.graph.hand.id)
an['display_note'] = a.display_note
an['internal_note'] = a.internal_note
an['id'] = unicode(a.id)
# gc_list = GraphComponent.objects.filter(graph=a.graph)
gc_list = a.graph.graph_components.all()
if gc_list:
an['features'] = []
for gc in gc_list:
for f in gc.features.all():
an['features'].append('%d::%d' % (gc.component.id, f.id))
"""
if a.before:
an['before'] = '%d::%s' % (a.before.id, a.before.name)
if a.after:
an['after'] = '%d::%s' % (a.after.id, a.after.name)
"""
for e in editorial_annotations:
an = {}
annotations.append(an)
# an['geo_json'] = vectors[unicode(e.id)]['geometry']
geo = e.get_geo_json_as_dict().get('geometry', None)
if geo:
an['geo_json'] = geo
an['status_id'] = e.status_id
an['image_id'] = e.image.id
an['display_note'] = e.display_note
an['internal_note'] = e.internal_note
an['vector_id'] = e.vector_id
an['id'] = unicode(e.id)
an['is_editorial'] = True
# convert to dict
data = {}
for an in annotations:
data[an['id']] = an
an['display_order'] = 0
if 'geo_json' in an and 'coordinates' in an['geo_json']:
an['display_order'] = min([
float(point[0]) for point in an['geo_json']['coordinates'][0]
])
if annotations_page:
return HttpResponse(json.dumps(data), content_type='application/json')
else:
return data
def image(request, image_id):
"""The view for the front-end annotator page"""
from digipal.utils import request_invisible_model, raise_404
try:
image = Image.objects.get(id=image_id)
except Image.DoesNotExist:
raise_404('This Image record does not exist')
# 404 if content type Image not visible
request_invisible_model(Image, request, 'Image')
# 404 if image is private and user not staff
if image.is_private_for_user(request):
raise_404('This Image is currently not publicly available')
is_admin = has_edit_permission(request, Image)
# annotations_count = image.annotation_set.all().values('graph').count()
# annotations = image.annotation_set.all()
annotations = Annotation.objects.filter(
image_id=image_id,
graph__isnull=False).exclude_hidden(is_admin).select_related(
'graph__hand', 'graph__idiograph__allograph')
dimensions = {
'width': image.dimensions()[0],
'height': image.dimensions()[1]
}
hands = image.hands.count()
url = request.path
url = url.split('/')
url.pop(len(url) - 1)
url = url[len(url) - 1]
# Check for a vector_id in image referral, if it exists the request has
# come via Scribe/allograph route
vector_id = request.GET.get('graph', '') or request.GET.get(
'vector_id', '')
hands_list = []
hand = {}
hands_object = Hand.objects.filter(images=image_id)
data_allographs = OrderedDict()
for h in hands_object.values():
if h['label'] == None:
label = "None"
else:
label = mark_safe(h['label'])
hand = {'id': h['id'], 'name': label.encode('cp1252')}
hands_list.append(hand)
# annotations by allograph
for a in annotations:
if a.graph and a.graph.hand:
hand_label = a.graph.hand
allograph_name = a.graph.idiograph.allograph
if hand_label in data_allographs:
if allograph_name not in data_allographs[hand_label]:
data_allographs[hand_label][allograph_name] = []
else:
data_allographs[hand_label] = OrderedDict()
data_allographs[hand_label][allograph_name] = []
data_allographs[hand_label][allograph_name].append(a)
image_link = urlresolvers.reverse('admin:digipal_image_change',
args=(image.id, ))
form = ImageAnnotationForm(auto_id=False)
form.fields['hand'].queryset = image.hands.all()
width, height = image.dimensions()
image_server_url = image.zoomify
zoom_levels = settings.ANNOTATOR_ZOOM_LEVELS
from digipal.models import OntographType
from digipal.utils import is_model_visible
images = Image.objects.none()
if image.item_part:
images = image.item_part.images.exclude(id=image.id).prefetch_related(
'hands', 'annotation_set')
images = Image.filter_permissions_from_request(images, request)
images = Image.sort_query_set_by_locus(images, True)
from digipal_text.models import TextContentXML
context = {
'form':
form.as_ul(),
'dimensions':
dimensions,
'images':
images,
'image':
image,
'height':
height,
'width':
width,
'image_server_url':
image_server_url,
'hands_list':
hands_list,
'image_link':
image_link,
'annotations':
annotations.count(),
'annotations_list':
data_allographs,
'url':
url,
'hands':
hands,
'is_admin':
is_admin,
'no_image_reason':
image.get_media_unavailability_reason(),
# True is the user can edit the database
'can_edit':
has_edit_permission(request, Annotation),
'ontograph_types':
OntographType.objects.order_by('name'),
'zoom_levels':
zoom_levels,
'repositories':
Repository.objects.filter(currentitem__itempart__images=image_id),
# hide all annotations and all annotation tools from the user
'hide_annotations':
int(not is_model_visible('graph', request)),
'PAGE_IMAGE_SHOW_MSDATE':
settings.PAGE_IMAGE_SHOW_MSDATE,
'text_content_xmls':
TextContentXML.objects.filter(text_content__item_part=image.item_part),
}
if settings.PAGE_IMAGE_SHOW_MSSUMMARY:
context['document_summary'] = image.get_document_summary()
context['annotations_switch_initial'] = 1 - int(
context['hide_annotations'] or ((request.GET.get(
'annotations', 'true')).strip().lower() in ['0', 'false']))
context[
'show_image'] = context['can_edit'] or not context['no_image_reason']
if vector_id:
context['vector_id'] = vector_id
return render_to_response('digipal/image_annotation.html',
context,
context_instance=RequestContext(request))
def save_editorial(request, graphs):
if settings.REJECT_HTTP_API_REQUESTS:
# transaction.rollback()
raise Http404
else:
data = {
'success': False,
'graphs': []
}
if not graphs or len(graphs) == 0:
raise Exception('No data provided')
try:
graphs = graphs.replace('/"', "'")
graphs = json.loads(graphs)
for gr in graphs:
image = Image.objects.get(id=gr['image'])
get_data = request.POST.copy()
_id = gr['id']
count = 0
if _id and _id.isdigit():
count = Annotation.objects.filter(image=image, id=_id).count()
if 'geoJson' in gr:
geo_json = str(gr['geoJson'])
else:
geo_json = False
if count > 0:
annotation = Annotation.objects.get(image=image, id=_id)
else:
annotation = Annotation(image=image, type='editorial')
form = ImageAnnotationForm(data=get_data)
if form.is_valid():
with transaction.atomic():
clean = form.cleaned_data
if geo_json:
annotation.geo_json = geo_json
# set the note (only if different) - see JIRA DIGIPAL-477
for f in ['display_note', 'internal_note']:
if getattr(annotation, f) != clean[f] and f in get_data:
setattr(annotation, f, clean[f])
if not annotation.id:
# set the author only when the annotation is created
annotation.author = request.user
if geo_json:
annotation.set_graph_group()
annotation.save()
new_graph = [{}]
if 'vector_id' in gr:
new_graph[0]['vector_id'] = gr['vector_id']
new_graph[0]['annotation_id'] = unicode(annotation.id)
if has_edit_permission(request, Annotation):
new_graph[0]['internal_note'] = annotation.internal_note
new_graph[0]['display_note'] = annotation.display_note
data['graphs'].append(new_graph[0])
#transaction.commit()
data['success'] = True
# uncomment this to see the error call stack in the django server output
#except ValueError as e:
except Exception as e:
data['success'] = False
data['errors'] = [u'Internal error: %s' % e]
#tb = sys.exc_info()[2]
return HttpResponse(json.dumps(data), content_type='application/json')
def save(request, graphs):
"""Saves an annotation and creates a cutout of the annotation."""
if settings.REJECT_HTTP_API_REQUESTS:
# transaction.rollback()
raise Http404
else:
data = {
'success': False,
'graphs': []
}
try:
graphs = graphs.replace('/"', "'")
graphs = json.loads(graphs)
for gr in graphs:
graph_object = False
if 'id' in gr:
graph_object = Graph.objects.get(id=gr['id'])
image = Image.objects.get(id=gr['image'])
annotation_is_modified = False
if graph_object:
annotation = graph_object.annotation
graph = graph_object
else:
graph = Graph()
annotation = Annotation(image=image)
get_data = request.POST.copy()
if 'geoJson' in gr:
geo_json = str(gr['geoJson'])
else:
geo_json = False
form = ImageAnnotationForm(data=get_data)
if form.is_valid():
with transaction.atomic():
clean = form.cleaned_data
if geo_json:
annotation.geo_json = geo_json
annotation_is_modified = True
# set the note (only if different) - see JIRA DIGIPAL-477
for f in ['display_note', 'internal_note']:
if getattr(annotation, f) != clean[f]:
setattr(annotation, f, clean[f])
annotation_is_modified = True
if not annotation.id:
# set the author only when the annotation is created
annotation.author = request.user
#annotation.before = clean['before']
#annotation.after = clean['after']
allograph = clean['allograph']
hand = clean['hand']
if hand and allograph:
scribe = hand.scribe
# GN: if this is a new Graph, it has no idiograph yet, so we test this first
if graph.id and (allograph.id != graph.idiograph.allograph.id):
graph.graph_components.all().delete()
idiograph_list = Idiograph.objects.filter(allograph=allograph,
scribe=scribe)
if idiograph_list:
idiograph = idiograph_list[0]
idiograph.id
else:
idiograph = Idiograph(allograph=allograph, scribe=scribe)
idiograph.save()
graph.idiograph = idiograph
graph.hand = hand
graph.save() # error is here
feature_list_checked = get_data.getlist('feature')
feature_list_unchecked = get_data.getlist('-feature')
if feature_list_unchecked:
for value in feature_list_unchecked:
cid, fid = value.split('::')
component = Component.objects.get(id=cid)
feature = Feature.objects.get(id=fid)
gc_list = GraphComponent.objects.filter(graph=graph,
component=component)
if gc_list:
gc = gc_list[0]
gc.features.remove(feature)
gc.save()
if not gc.features.all():
gc.delete()
if feature_list_checked:
for value in feature_list_checked:
cid, fid = value.split('::')
component = Component.objects.get(id=cid)
feature = Feature.objects.get(id=fid)
gc_list = GraphComponent.objects.filter(graph=graph,
component=component)
if gc_list:
gc = gc_list[0]
else:
gc = GraphComponent(graph=graph, component=component)
gc.save()
gc.features.add(feature)
gc.save()
aspects = get_data.getlist('aspect')
aspects_deleted = get_data.getlist('-aspect')
if aspects:
for aspect in aspects:
aspect_model = Aspect.objects.get(id=aspect)
graph.aspects.add(aspect_model)
if aspects_deleted:
for aspect in aspects_deleted:
aspect_model = Aspect.objects.get(id=aspect)
graph.aspects.remove(aspect_model)
graph.save()
# Only save the annotation if it has been modified (or new one)
# see JIRA DIGIPAL-477
if annotation_is_modified or not annotation.id:
annotation.graph = graph
annotation.save()
# attach the graph to a containing one
# cannot be called BEFORE saving the annotation/graph
if geo_json:
annotation.set_graph_group()
new_graph = json.loads(get_features(graph.id))
if 'vector_id' in gr:
new_graph[0]['vector_id'] = gr['vector_id']
if has_edit_permission(request, Annotation):
new_graph[0]['internal_note'] = annotation.internal_note
new_graph[0]['display_note'] = annotation.display_note
data['graphs'].append(new_graph[0])
#transaction.commit()
data['success'] = True
else:
#transaction.rollback()
data['success'] = False
data['errors'] = get_json_error_from_form_errors(form)
# uncomment this to see the error call stack in the django server output
#except ValueError as e:
except Exception as e:
data['success'] = False
data['errors'] = [u'Internal error: %s' % e]
#tb = sys.exc_info()[2]
return HttpResponse(json.dumps(data), content_type='application/json')
def image_annotations(request, image_id, annotations_page=True, hand=False):
"""Returns a JSON of all the annotations for the requested image."""
can_edit = has_edit_permission(request, Annotation)
if annotations_page:
annotation_list_with_graph = Annotation.objects.filter(image=image_id).with_graph()
else:
annotation_list_with_graph = Annotation.objects.filter(graph__hand=hand).with_graph()
annotation_list_with_graph = annotation_list_with_graph.exclude_hidden(can_edit)
annotation_list_with_graph = annotation_list_with_graph.select_related('image', 'graph', 'graph__hand', 'graph__idiograph__allograph__character').prefetch_related('graph__graph_components__features', 'graph__aspects', 'graph__graph_components__component', 'image__hands').distinct()
editorial_annotations = Annotation.objects.filter(image=image_id).editorial().select_related('image')
if not can_edit:
editorial_annotations = editorial_annotations.editorial().publicly_visible()
editorial_annotations = editorial_annotations.exclude_hidden(can_edit)
annotations = []
an = {}
#hands = []
for a in annotation_list_with_graph:
#if len(annotations) > 1: break
an = {}
annotations.append(an)
an['vector_id'] = a.vector_id
an['status_id'] = a.status_id
an['image_id'] = a.image.id
an['hidden_hand'] = a.graph.hand.id
an['character'] = a.graph.idiograph.allograph.character.name
an['hand'] = a.graph.hand_id
an['character_id'] = a.graph.idiograph.allograph.character.id
an['allograph_id'] = a.graph.idiograph.allograph.id
# Now optimised (see select_related and prefect_related in the query above)
features = get_features_from_graph(a.graph, True)
an['num_features'] = len(features['features'])
an['features'] = [features]
geo = a.get_geo_json_as_dict().get('geometry', None)
if geo:
an['geo_json'] = geo
an['hidden_allograph'] = '%d::%s' % (a.graph.idiograph.allograph.id,
a.graph.idiograph.allograph.name)
an['feature'] = '%s' % (a.graph.idiograph.allograph)
an['graph'] = '%s' % (a.graph.id)
#hand = a.graph.hand.label
#hands.append(a.graph.hand.id)
an['display_note'] = a.display_note
an['internal_note'] = a.internal_note
an['id'] = unicode(a.id)
#gc_list = GraphComponent.objects.filter(graph=a.graph)
gc_list = a.graph.graph_components.all()
if gc_list:
an['features'] = []
for gc in gc_list:
for f in gc.features.all():
an['features'].append('%d::%d' % (gc.component.id, f.id))
"""
if a.before:
an['before'] = '%d::%s' % (a.before.id, a.before.name)
if a.after:
an['after'] = '%d::%s' % (a.after.id, a.after.name)
"""
for e in editorial_annotations:
an = {}
annotations.append(an)
#an['geo_json'] = vectors[unicode(e.id)]['geometry']
geo = e.get_geo_json_as_dict().get('geometry', None)
if geo:
an['geo_json'] = geo
an['status_id'] = e.status_id
an['image_id'] = e.image.id
an['display_note'] = e.display_note
an['internal_note'] = e.internal_note
an['vector_id'] = e.vector_id
an['id'] = unicode(e.id)
an['is_editorial'] = True
# convert to dict
data = {}
for an in annotations:
data[an['id']] = an
an['display_order'] = 0
if 'geo_json' in an and 'coordinates' in an['geo_json']:
an['display_order'] = min([float(point[0]) for point in an['geo_json']['coordinates'][0]])
if annotations_page:
return HttpResponse(json.dumps(data), content_type='application/json')
else:
return data
def image(request, image_id):
"""The view for the front-end annotator page"""
from digipal.utils import request_invisible_model, raise_404
try:
image = Image.objects.get(id=image_id)
except Image.DoesNotExist:
raise_404('This Image record does not exist')
# 404 if content type Image not visible
request_invisible_model(Image, request, 'Image')
# 404 if image is private and user not staff
if image.is_private_for_user(request):
raise_404('This Image is currently not publicly available')
is_admin = has_edit_permission(request, Image)
#annotations_count = image.annotation_set.all().values('graph').count()
#annotations = image.annotation_set.all()
annotations = Annotation.objects.filter(image_id=image_id, graph__isnull=False).exclude_hidden(is_admin).select_related('graph__hand', 'graph__idiograph__allograph')
dimensions = {
'width': image.dimensions()[0],
'height': image.dimensions()[1]
}
hands = image.hands.count()
url = request.path
url = url.split('/')
url.pop(len(url) - 1)
url = url[len(url) - 1]
# Check for a vector_id in image referral, if it exists the request has
# come via Scribe/allograph route
vector_id = request.GET.get('graph', '') or request.GET.get('vector_id', '')
hands_list = []
hand = {}
hands_object = Hand.objects.filter(images=image_id)
data_allographs = SortedDict()
for h in hands_object.values():
if h['label'] == None:
label = "None"
else:
label = mark_safe(h['label'])
hand = {'id': h['id'], 'name': label.encode('cp1252')}
hands_list.append(hand)
#annotations by allograph
for a in annotations:
if a.graph and a.graph.hand:
hand_label = a.graph.hand
allograph_name = a.graph.idiograph.allograph
if hand_label in data_allographs:
if allograph_name not in data_allographs[hand_label]:
data_allographs[hand_label][allograph_name] = []
else:
data_allographs[hand_label] = SortedDict()
data_allographs[hand_label][allograph_name] = []
data_allographs[hand_label][allograph_name].append(a)
image_link = urlresolvers.reverse('admin:digipal_image_change', args=(image.id,))
form = ImageAnnotationForm(auto_id=False)
form.fields['hand'].queryset = image.hands.all()
width, height = image.dimensions()
image_server_url = image.zoomify
zoom_levels = settings.ANNOTATOR_ZOOM_LEVELS
from digipal.models import OntographType
from digipal.utils import is_model_visible
images = image.item_part.images.exclude(id=image.id).prefetch_related('hands', 'annotation_set')
images = Image.filter_permissions_from_request(images, request)
images = Image.sort_query_set_by_locus(images, True)
from digipal_text.models import TextContentXML
context = {
'form': form.as_ul(), 'dimensions': dimensions,
'images': images,
'image': image, 'height': height, 'width': width,
'image_server_url': image_server_url, 'hands_list': hands_list,
'image_link': image_link, 'annotations': annotations.count(),
'annotations_list': data_allographs, 'url': url,
'hands': hands, 'is_admin': is_admin,
'no_image_reason': image.get_media_unavailability_reason(),
# True is the user can edit the database
'can_edit': has_edit_permission(request, Annotation),
'ontograph_types': OntographType.objects.order_by('name'),
'zoom_levels': zoom_levels,
'repositories': Repository.objects.filter(currentitem__itempart__images=image_id),
# hide all annotations and all annotation tools from the user
'hide_annotations': int(not is_model_visible('graph', request)),
'PAGE_IMAGE_SHOW_MSDATE': settings.PAGE_IMAGE_SHOW_MSDATE,
'text_content_xmls': TextContentXML.objects.filter(text_content__item_part=image.item_part),
}
if settings.PAGE_IMAGE_SHOW_MSSUMMARY:
context['document_summary'] = image.get_document_summary()
context['annotations_switch_initial'] = 1 - int(context['hide_annotations'] or ((request.REQUEST.get('annotations', 'true')).strip().lower() in ['0', 'false']))
context['show_image'] = context['can_edit'] or not context['no_image_reason']
if vector_id:
context['vector_id'] = vector_id
return render_to_response('digipal/image_annotation.html', context, context_instance=RequestContext(request))
def update_text_image_link(request, image, ret):
if ret is None:
ret = {}
ret['newids'] = {}
from digipal.models import has_edit_permission, Annotation
if not has_edit_permission(request, Annotation):
set_message(ret, 'Insufficient rights to edit annotations', 'error')
return ret
# print 'TEXT IMAGE LINK: image #%s' % image.id
links = dputils.get_request_var(request, 'links', None)
if links:
''' links = [
[
[["", "clause"], ["type", "address"]],
{"type":"Feature","geometry":{"type":"Polygon","coordinates":[[[270,-1632],[270,-984],[3006,-984],[3006,-1632],[270,-1632]]]},"properties":null}
],
[...]
]
'''
for link in json.loads(links):
# print link
attrs, geojson = link[0], link[1]
clientid = (geojson.get('properties', {})
or {}).pop('clientid', '')
serverid = geojson.pop('id', None)
action = geojson.pop('action', 'update')
# 1. find the annotation
if not clientid and not serverid:
raise Exception(
'Cannot find annotation, need either "id" or "clientid"')
filter = {}
if serverid:
filter['id'] = serverid
else:
filter['clientid'] = clientid
annotation = Annotation.objects.filter(**filter).first()
# 2. delete or create annotation
if action == 'deleted':
if annotation:
# print 'delete annotation'
annotation.delete()
annotation = None
else:
# create annotation
if not annotation:
if serverid:
raise Exception(
'Cannot find annotation by server id %s' % serverid)
# print 'create annotation'
author = request.user
annotation = Annotation(
clientid=clientid, image=image, author=author, type='text')
# update annotation and link
# print 'update annotation'
annotation.set_geo_json_from_dict(geojson)
annotation.save()
if not serverid:
ret['newids'][clientid] = annotation.id
# update the text-annotation
from digipal_text.models import TextAnnotation
# text_annotation = TextAnnotation(annotation=annotation, element=json.dumps(attrs))
# TODO: assume a single element per annotation for the moment
text_annotation = TextAnnotation.objects.filter(
annotation=annotation).first()
if not attrs:
# delete it
if text_annotation:
# print 'delete link'
text_annotation.delete()
else:
if not text_annotation:
# print 'create link'
text_annotation = TextAnnotation(annotation=annotation)
# print 'update link'
text_annotation.elementid = json.dumps(attrs)
text_annotation.save()
return ret
def _build_queryset(self, request, term):
""" View for Hand record drill-down """
context = {}
self.graphs_count = 0
undefined = u''
scribe = request.GET.get('scribe', undefined)
# alternative names are for backward compatibility with old-style graph search page
script = request.GET.get('script', undefined)
chartype = request.GET.get('chartype', undefined)
character = request.GET.get('character', undefined)
allograph = request.GET.get('allograph', undefined)
component = request.GET.get('component', undefined)
feature = request.GET.get('feature', undefined)
repository = request.GET.get('repository', undefined)
index = request.GET.get('index', undefined)
excluded_images = None
from digipal.utils import is_staff
if not is_staff(request):
excluded_images = Image.filter_permissions(Image.objects.all(), [MediaPermission.PERM_PRIVATE])
none = u'-1'
one_or_more = u'-2'
from datetime import datetime
t0 = datetime.now()
t4 = datetime.now()
wheres = []
if self.search_hands:
graphs = Graph.objects.filter(hand__id__in=self.search_hands.queryset)
else:
# .order_by('item_part__current_item__repository__name', 'item_part__current_item__shelfmark', 'descriptions__description','id')
# Although we are listing hands on the front-end, we search for graphs and not for hand.
# Two reasons:
# searching for character and allograh at the same time through a Hand model would generate two separate joins to graph
# this would bring potentially invalid results and it is also much slower
# it is faster than excluding all the hands without a graph (yet another expensive join)
#
if term:
term = term.replace('"', '')
graphs = Graph.objects.filter(
Q(hand__descriptions__description__icontains=term) | \
Q(hand__scribe__name__icontains=term) | \
Q(hand__assigned_place__name__icontains=term) | \
Q(hand__assigned_date__date__icontains=term) | \
Q(hand__item_part__current_item__shelfmark__icontains=term) | \
Q(hand__item_part__current_item__repository__name__icontains=term) | \
Q(hand__item_part__current_item__repository__place__name__icontains=term) | \
Q(hand__item_part__historical_items__catalogue_number__icontains=term) | \
# JIRA 423
Q(hand__item_part__historical_items__name__icontains=term) | \
Q(hand__item_part__group__historical_items__name__icontains=term) | \
Q(hand__item_part__display_label__icontains=term) | \
Q(hand__item_part__group__display_label__icontains=term)
)
else:
graphs = Graph.objects.all()
t1 = datetime.now()
if index:
graphs = graphs.filter(hand__item_part__historical_items__catalogue_number__iexact=index)
if repository:
matches = re.match(ur'^([^,]+?),([^,]+)$', repository)
if matches:
graphs = graphs.filter(Q(hand__item_part__current_item__repository__place__name__iexact=matches.group(1).strip()) & Q(hand__item_part__current_item__repository__name__iexact=matches.group(2).strip()))
if scribe:
graphs = graphs.filter(hand__scribe__name__icontains=scribe)
if script:
graphs = graphs.filter(hand__script__name=script)
if chartype:
graphs = graphs.filter(idiograph__allograph__character__ontograph__ontograph_type__name=chartype)
if character:
graphs = graphs.filter(idiograph__allograph__character__name=character)
if allograph:
graphs = graphs.filter(idiograph__allograph__name=allograph)
# we discard freak graph records (i.e. without annotation) to prevent errors further down the line.
graphs = graphs.filter(annotation__isnull=False)
# if the user is not logged in we exclude graphs where the allograph is hidden
from digipal.models import has_edit_permission
if not has_edit_permission(request, self.get_model()):
graphs = graphs.exclude(idiograph__allograph__hidden=True)
# exclude private images
if excluded_images and excluded_images.count():
graphs = graphs.exclude(annotation__image__in=excluded_images)
# condition on component
if component:
component_where = Q(graph_components__component__name=component)
if feature in [undefined, none]:
# If no feature is specified we find all the graph which are supposed to have a component
# according to their idiograph
component_where = component_where | Q(idiograph__allograph__allograph_components__component__name=component)
wheres.append(component_where)
# condition on feature
if feature not in [undefined, none, one_or_more]:
wheres.append(Q(graph_components__features__name=feature))
if feature in [one_or_more]:
wheres.append(Q(graph_components__features__id__isnull=False))
# ANDs all the Q() where clauses together
if wheres:
where_and = wheres.pop(0)
for where in wheres:
where_and = where_and & where
graphs = graphs.filter(where_and)
# Treat the feature=none case
if feature == none:
excluded_q = Q(graph_components__features__id__isnull=False)
if component:
excluded_q = excluded_q & Q(graph_components__component__name=component)
excluded_graphs = Graph.objects.filter(excluded_q)
graphs = graphs.exclude(id__in=excluded_graphs.values_list('id', flat=True))
from digipal.utils import set_left_joins_in_queryset, get_str_from_queryset
set_left_joins_in_queryset(graphs)
#print get_str_from_queryset(graphs)
t2 = datetime.now()
# Get the graphs then id of all the related Hands
# We use values_list because it is much faster, we don't need to fetch all the Hands at this stage
# That will be done after pagination in the template
# Distinct is needed here.
#graphs = graphs.distinct().order_by('hand__scribe__name', 'hand__id', 'idiograph__allograph__character__ontograph__sort_order')
chrono('graph filter:')
graphs = graphs.distinct().order_by('hand__scribe__name', 'hand__id')
chrono(':graph filter')
#print graphs.query
chrono('graph values_list:')
graph_ids = graphs.values_list('id', 'hand_id')
chrono(':graph values_list')
# chrono('len:')
# l = len(graph_ids)
# print graph_ids.query
# chrono(':len')
# Build a structure that groups all the graph ids by hand id
# context['hand_ids'] = [[1, 101, 102], [2, 103, 104]]
# In the above we have two hands: 1 and 2. For hand 1 we have Graph 101 and 102.
chrono('hand_ids:')
context['hand_ids'] = [[0]]
last = 0
for g in graph_ids:
if g[1] != context['hand_ids'][-1][0]:
context['hand_ids'].append([g[1]])
context['hand_ids'][-1].append(g[0])
del(context['hand_ids'][0])
chrono(':hand_ids')
t3 = datetime.now()
self.graphs_count = len(graph_ids)
t4 = datetime.now()
#print 'search %s; hands query: %s + graph count: %s' % (t4 - t0, t3 - t2, t4 - t3)
t5 = datetime.now()
self._queryset = context['hand_ids']
return self._queryset
def _build_queryset(self, request, term):
""" View for Hand record drill-down """
context = {}
self.graphs_count = 0
undefined = u''
scribe = request.GET.get('scribe', undefined)
# alternative names are for backward compatibility with old-style graph
# search page
script = request.GET.get('script', undefined)
chartype = request.GET.get('chartype', undefined)
character = request.GET.get('character', undefined)
allograph = request.GET.get('allograph', undefined)
component = request.GET.get('component', undefined)
feature = request.GET.get('feature', undefined)
repository = request.GET.get('repository', undefined)
index = request.GET.get('index', undefined)
excluded_images = None
from digipal.utils import is_staff
if not is_staff(request):
excluded_images = Image.filter_permissions(
Image.objects.all(), [MediaPermission.PERM_PRIVATE])
none = u'-1'
one_or_more = u'-2'
from datetime import datetime
t0 = datetime.now()
t4 = datetime.now()
wheres = []
if self.search_hands:
graphs = Graph.objects.filter(
hand__id__in=self.search_hands.queryset)
else:
# .order_by('item_part__current_item__repository__name', 'item_part__current_item__shelfmark', 'descriptions__description','id')
# Although we are listing hands on the front-end, we search for graphs and not for hand.
# Two reasons:
# searching for character and allograh at the same time through a Hand model would generate two separate joins to graph
# this would bring potentially invalid results and it is also much slower
# it is faster than excluding all the hands without a graph (yet another expensive join)
#
if term:
term = term.replace('"', '')
graphs = Graph.objects.filter(
Q(hand__descriptions__description__icontains=term) |
Q(hand__scribe__name__icontains=term) |
Q(hand__assigned_place__name__icontains=term) |
Q(hand__assigned_date__date__icontains=term) |
Q(hand__item_part__current_item__shelfmark__icontains=term) |
Q(hand__item_part__current_item__repository__name__icontains=term) |
Q(hand__item_part__current_item__repository__place__name__icontains=term) |
Q(hand__item_part__historical_items__catalogue_number__icontains=term) | \
# JIRA 423
Q(hand__item_part__historical_items__name__icontains=term) | \
Q(hand__item_part__group__historical_items__name__icontains=term) | \
Q(hand__item_part__display_label__icontains=term) | \
Q(hand__item_part__group__display_label__icontains=term)
)
else:
graphs = Graph.objects.all()
t1 = datetime.now()
if index:
graphs = graphs.filter(
hand__item_part__historical_items__catalogue_number__iexact=index)
if repository:
matches = re.match(ur'^([^,]+?),([^,]+)$', repository)
if matches:
graphs = graphs.filter(Q(hand__item_part__current_item__repository__place__name__iexact=matches.group(
1).strip()) & Q(hand__item_part__current_item__repository__name__iexact=matches.group(2).strip()))
if scribe:
graphs = graphs.filter(hand__scribe__name__icontains=scribe)
if script:
graphs = graphs.filter(hand__script__name=script)
if chartype:
graphs = graphs.filter(
idiograph__allograph__character__ontograph__ontograph_type__name=chartype)
if character:
graphs = graphs.filter(
idiograph__allograph__character__name=character)
if allograph:
graphs = graphs.filter(idiograph__allograph__name=allograph)
# we discard freak graph records (i.e. without annotation) to prevent
# errors further down the line.
graphs = graphs.filter(annotation__isnull=False)
# if the user is not logged in we exclude graphs where the allograph is
# hidden
from digipal.models import has_edit_permission
if not has_edit_permission(request, self.get_model()):
graphs = graphs.exclude(idiograph__allograph__hidden=True)
# exclude private images
if excluded_images and excluded_images.count():
graphs = graphs.exclude(annotation__image__in=excluded_images)
# condition on component
if component:
component_where = Q(graph_components__component__name=component)
if feature in [undefined, none]:
# If no feature is specified we find all the graph which are supposed to have a component
# according to their idiograph
component_where = component_where | Q(
idiograph__allograph__allograph_components__component__name=component)
wheres.append(component_where)
# condition on feature
if feature not in [undefined, none, one_or_more]:
wheres.append(Q(graph_components__features__name=feature))
if feature in [one_or_more]:
wheres.append(Q(graph_components__features__id__isnull=False))
# ANDs all the Q() where clauses together
if wheres:
where_and = wheres.pop(0)
for where in wheres:
where_and = where_and & where
graphs = graphs.filter(where_and)
# Treat the feature=none case
if feature == none:
excluded_q = Q(graph_components__features__id__isnull=False)
if component:
excluded_q = excluded_q & Q(
graph_components__component__name=component)
excluded_graphs = Graph.objects.filter(excluded_q)
graphs = graphs.exclude(
id__in=excluded_graphs.values_list('id', flat=True))
from digipal.utils import set_left_joins_in_queryset, get_str_from_queryset
set_left_joins_in_queryset(graphs)
# print get_str_from_queryset(graphs)
t2 = datetime.now()
# Get the graphs then id of all the related Hands
# We use values_list because it is much faster, we don't need to fetch all the Hands at this stage
# That will be done after pagination in the template
# Distinct is needed here.
#graphs = graphs.distinct().order_by('hand__scribe__name', 'hand__id', 'idiograph__allograph__character__ontograph__sort_order')
chrono('graph filter:')
graphs = graphs.distinct().order_by('hand__scribe__name', 'hand__id')
chrono(':graph filter')
# print graphs.query
chrono('graph values_list:')
graph_ids = graphs.values_list('id', 'hand_id')
chrono(':graph values_list')
# chrono('len:')
# l = len(graph_ids)
# print graph_ids.query
# chrono(':len')
# Build a structure that groups all the graph ids by hand id
# context['hand_ids'] = [[1, 101, 102], [2, 103, 104]]
# In the above we have two hands: 1 and 2. For hand 1 we have Graph 101
# and 102.
chrono('hand_ids:')
context['hand_ids'] = [[0]]
last = 0
for g in graph_ids:
if g[1] != context['hand_ids'][-1][0]:
context['hand_ids'].append([g[1]])
context['hand_ids'][-1].append(g[0])
del(context['hand_ids'][0])
chrono(':hand_ids')
t3 = datetime.now()
self.graphs_count = len(graph_ids)
t4 = datetime.now()
# print 'search %s; hands query: %s + graph count: %s' % (t4 - t0, t3 -
# t2, t4 - t3)
t5 = datetime.now()
self._queryset = context['hand_ids']
return self._queryset
def update_text_image_link(request, image, ret):
if ret is None:
ret = {}
ret['newids'] = {}
from digipal.models import has_edit_permission, Annotation
if not has_edit_permission(request, Annotation):
set_message(ret, 'Insufficient rights to edit annotations', 'error')
return ret
# print 'TEXT IMAGE LINK: image #%s' % image.id
links = dputils.get_request_var(request, 'links', None)
if links:
''' links = [
[
[["", "clause"], ["type", "address"]],
{"type":"Feature","geometry":{"type":"Polygon","coordinates":[[[270,-1632],[270,-984],[3006,-984],[3006,-1632],[270,-1632]]]},"properties":null}
],
[...]
]
'''
for link in json.loads(links):
# print link
attrs, geojson = link[0], link[1]
clientid = (geojson.get('properties', {})
or {}).pop('clientid', '')
serverid = geojson.pop('id', None)
action = geojson.pop('action', 'update')
# 1. find the annotation
if not clientid and not serverid:
raise Exception(
'Cannot find annotation, need either "id" or "clientid"')
filter = {}
if serverid:
filter['id'] = serverid
else:
filter['clientid'] = clientid
annotation = Annotation.objects.filter(**filter).first()
# 2. delete or create annotation
if action == 'deleted':
if annotation:
# print 'delete annotation'
annotation.delete()
annotation = None
else:
# create annotation
if not annotation:
if serverid:
raise Exception(
'Cannot find annotation by server id %s' %
serverid)
# print 'create annotation'
author = request.user
annotation = Annotation(clientid=clientid,
image=image,
author=author,
type='text')
# update annotation and link
# print 'update annotation'
annotation.set_geo_json_from_dict(geojson)
annotation.save()
if not serverid:
ret['newids'][clientid] = annotation.id
# update the text-annotation
from digipal_text.models import TextAnnotation
# text_annotation = TextAnnotation(annotation=annotation, element=json.dumps(attrs))
# TODO: assume a single element per annotation for the moment
text_annotation = TextAnnotation.objects.filter(
annotation=annotation).first()
if not attrs:
# delete it
if text_annotation:
# print 'delete link'
text_annotation.delete()
else:
if not text_annotation:
# print 'create link'
text_annotation = TextAnnotation(annotation=annotation)
# print 'update link'
text_annotation.elementid = json.dumps(attrs)
text_annotation.save()
return ret
