def create_record(self, id, media, storage=None):
record = Record.objects.create(name='id')
CollectionItem.objects.create(
collection=self.collection, record=record)
FieldValue.objects.create(
record=record, field=standardfield('identifier'), value=id)
FieldValue.objects.create(
record=record, field=standardfield('title'), value=id)
self.records.append(record)
if media:
record.media_set.create(
storage=storage or self.storage, url='%s.txt' % media)
return record
def create_record(self, id, media, storage=None):
record = Record.objects.create(name='id')
CollectionItem.objects.create(
collection=self.collection, record=record)
FieldValue.objects.create(
record=record, field=standardfield('identifier'), value=id)
FieldValue.objects.create(
record=record, field=standardfield('title'), value=id)
self.records.append(record)
if media:
record.media_set.create(
storage=storage or self.storage, url='%s.txt' % media)
return record
def _annotation_filter(self):
return dict(
owner=self.presentation.owner,
context_id=self.id,
context_type=ContentType.objects.get_for_model(PresentationItem),
field=standardfield('description'),
record=self.record)
def _preload_work_to_images(self, record_ids):
q = Q(field__in=standardfield('identifier', equiv=True), ) | Q(
field__standard__prefix='dc',
field__name='relation',
refinement='IsPartOf',
)
identifiers = FieldValue.objects.filter(
q,
record__in=record_ids,
).values_list('value', 'record__id')
images = FieldValue.objects.filter(
field__standard__prefix='dc',
field__name='relation',
refinement='IsPartOf',
value__in=(i[0] for i in identifiers),
index_value__in=(i[0][:32] for i in identifiers),
)
images = images.values_list('record__id', 'value')
identifier_map = dict()
for v, r in identifiers:
identifier_map.setdefault(v, []).append(r)
work_to_images = dict()
for record_id, image in images:
image_ids = identifier_map.get(image, [])
for i in image_ids:
if record_id != i:
work_to_images.setdefault(i, []).append(record_id)
return work_to_images
def find_records_without_media(request):
available_storage = get_list_or_404(filter_by_access(request.user, Storage, manage=True).order_by('title').values_list('id', 'title'))
available_collections = get_list_or_404(filter_by_access(request.user, Collection, manage=True))
class SelectionForm(forms.Form):
collection = forms.ChoiceField(choices=((c.id, c.title) for c in sorted(available_collections, key=lambda c: c.title)))
storage = forms.ChoiceField(choices=available_storage)
identifiers = records = []
analyzed = False
if request.method == 'POST':
form = SelectionForm(request.POST)
if form.is_valid():
collection = get_object_or_404(filter_by_access(request.user, Collection.objects.filter(id=form.cleaned_data['collection']), manage=True))
storage = get_object_or_404(filter_by_access(request.user, Storage.objects.filter(id=form.cleaned_data['storage']), manage=True))
records = analyze_records(collection, storage)
analyzed = True
identifiers = FieldValue.objects.filter(field__in=standardfield('identifier', equiv=True),
record__in=records).order_by('value').values_list('value', flat=True)
else:
form = SelectionForm(request.GET)
return render_to_response('storage_find_records_without_media.html',
{'form': form,
'identifiers': identifiers,
'records': records,
'analyzed': analyzed,
},
context_instance=RequestContext(request))
def find_records_without_media(request):
available_storage = get_list_or_404(filter_by_access(request.user, Storage, manage=True).order_by('title').values_list('id', 'title'))
available_collections = get_list_or_404(filter_by_access(request.user, Collection, manage=True))
class SelectionForm(forms.Form):
collection = forms.ChoiceField(choices=((c.id, c.title) for c in sorted(available_collections, key=lambda c: c.title)))
storage = forms.ChoiceField(choices=available_storage)
identifiers = records = []
analyzed = False
if request.method == 'POST':
form = SelectionForm(request.POST)
if form.is_valid():
collection = get_object_or_404(filter_by_access(request.user, Collection.objects.filter(id=form.cleaned_data['collection']), manage=True))
storage = get_object_or_404(filter_by_access(request.user, Storage.objects.filter(id=form.cleaned_data['storage']), manage=True))
records = analyze_records(collection, storage)
analyzed = True
identifiers = FieldValue.objects.filter(field__in=standardfield('identifier', equiv=True),
record__in=records).order_by('value').values_list('value', flat=True)
else:
form = SelectionForm(request.GET)
return render_to_response('storage_find_records_without_media.html',
{'form': form,
'identifiers': identifiers,
'records': records,
'analyzed': analyzed,
},
context_instance=RequestContext(request))
def create_record(self, id):
record = Record.objects.create(name='id')
CollectionItem.objects.create(
collection=self.collection, record=record)
FieldValue.objects.create(
record=record, field=standardfield('identifier'), value=id)
self.records.append(record)
return record
def create_record(self, id):
record = Record.objects.create(name='id')
CollectionItem.objects.create(
collection=self.collection, record=record)
FieldValue.objects.create(
record=record, field=standardfield('identifier'), value=id)
self.records.append(record)
return record
def _annotation_filter(self):
return dict(
owner=self.presentation.owner,
context_id=self.id,
context_type=ContentType.objects.get_for_model(PresentationItem),
field=standardfield('description'),
record=self.record
)
def create_record(self, remote_id):
collection = self.get_collection()
url = urlparse(self.shared.url)
server = '://'.join([url.scheme, url.netloc])
url = server + reverse('api-record',
kwargs={
'id': remote_id,
'name': '_'
})
response = _fetch_url(url, self.shared.username, self.shared.password)
data = json.loads(response.read())
title = data['record']['title']
image_url = data['record']['image']
if not '://' in image_url:
image_url = server + image_url
record = Record.objects.create(name=title,
source=url,
manager=self.get_source_id())
unmapped_field, created = Field.objects.get_or_create(
name='shared-data', defaults={
'label': 'Metadata',
})
for index, metadata in enumerate(data['record']['metadata']):
try:
field = (standardfield(metadata['dc'])
if metadata.get('dc') else unmapped_field)
except Field.DoesNotExist:
field = unmapped_field
FieldValue.objects.create(
record=record,
field=field,
order=metadata.get('order', index),
value=metadata['value'],
label=metadata['label'],
)
CollectionItem.objects.create(collection=collection, record=record)
# create job to download actual media file
job = JobInfo.objects.create(func='shared_download_media',
arg=simplejson.dumps(
dict(shared_id=self.shared.id,
record=record.id,
url=image_url)))
job.run()
return record
def create_record(self, remote_id):
collection = self.get_collection()
url = urlparse(self.shared.url)
server = '://'.join([url.scheme, url.netloc])
url = server + reverse('api-record', kwargs={
'id': remote_id, 'name': '_'})
response = _fetch_url(url, self.shared.username, self.shared.password)
data = json.loads(response.read())
title = data['record']['title']
image_url = data['record']['image']
if not '://' in image_url:
image_url = server + image_url
record = Record.objects.create(name=title,
source=url,
manager=self.get_source_id())
unmapped_field, created = Field.objects.get_or_create(
name='shared-data',
defaults={
'label': 'Metadata',
}
)
for index, metadata in enumerate(data['record']['metadata']):
try:
field = (standardfield(metadata['dc'])
if metadata.get('dc') else unmapped_field)
except Field.DoesNotExist:
field = unmapped_field
FieldValue.objects.create(
record=record,
field=field,
order=metadata.get('order', index),
value=metadata['value'],
label=metadata['label'],
)
CollectionItem.objects.create(collection=collection, record=record)
# create job to download actual media file
job = JobInfo.objects.create(
func='shared_download_media',
arg=json.dumps(dict(shared_id=self.shared.id,
record=record.id, url=image_url)))
job.run()
return record
def add_field(f, v, o):
if type(v) == list:
for w in v:
add_field(f, w, o)
elif v:
# TODO: neaten?
try:
FieldValue.objects.create(record=record,
field=standardfield(f),
order=o,
value=v)
except:
pass
def match_up_media(storage, collection):
broken, files = analyze_media(storage)
# find records that have an ID matching one of the remaining files
idfields = standardfield('identifier', equiv=True)
results = []
for file in files:
# Match identifiers that are either full file name (with extension) or just base name match
filename = os.path.split(file)[1]
id = os.path.splitext(filename)[0]
records = Record.by_fieldvalue(idfields, (id, filename)).filter(collection=collection, owner=None)
if len(records) == 1:
results.append((records[0], file))
return results
def create_record(self, url):
collection = self.get_collection()
s = BeautifulSoup(urllib2.urlopen(url))
def sort_by_dimension(entry):
m = re.search(r'(?P<width>\d+) x (?P<height>\d+)', entry[1])
return int(m.group('width')) * int(m.group('height')) if m else 0
# get metadata
date = s.find(text='Date: ').parent.findNextSibling('td').next
title = s.find(text='Title: ').parent.findNextSibling('td').next
description = s.find(text='Description: ').parent.findNextSibling('td').next
id = s.find(text='ID: ').parent.findNextSibling('td').next
credit_url = s.find(text='Credit: ').parent.findNextSibling('td').findNext('a')['href']
credit_title = s.find(text='Credit: ').parent.findNextSibling('td').findNext('a').next
record = Record.objects.create(name=title,
source=url,
manager='nasaimageexchange')
FieldValue.objects.create(record=record,
field=standardfield('title'),
order=0,
value=title)
FieldValue.objects.create(record=record,
field=standardfield('description'),
order=1,
value=description)
FieldValue.objects.create(record=record,
field=standardfield('date'),
order=2,
value=date)
FieldValue.objects.create(record=record,
field=standardfield('identifier'),
order=3,
value=id)
FieldValue.objects.create(record=record,
field=standardfield('contributor'),
order=4,
value=credit_title)
FieldValue.objects.create(record=record,
field=standardfield('contributor'),
order=5,
value=credit_url)
CollectionItem.objects.create(collection=collection, record=record)
# media links and dimensions
media = [(a['href'], a.next) for a in s.find(text='Format: ').parent.findNextSibling('td').findAll('a')]
media = sorted(media, key=sort_by_dimension, reverse=True)
# create job to download actual media file
job = JobInfo.objects.create(func='nasa_download_media', arg=simplejson.dumps(dict(
record=record.id, url=media[0][0])))
job.run()
return record
def add_field(f, v, o):
if type(v) == list:
for w in v:
add_field(f, w, o)
elif v:
# TODO: neaten?
try:
FieldValue.objects.create(
record=record,
field=standardfield(f),
order=o,
value=v)
except:
pass
def redirect_to_video(request, id):
id_fields = [standardfield('identifier')]
id_fields.extend(id_fields[0].get_equivalent_fields())
records = Record.by_fieldvalue(id_fields, id).filter(
collection__name='online-video-collection')
if not records:
raise Http404()
Activity.objects.create(event='ovc-redirect',
request=request,
content_object=records[0],
data=dict(id=id))
request.master_template = 'ovc_master.html'
return viewer_shell(request, 'mediaplayer', records[0].id,
template='ovc_player.html')
def main(request, year='1994'):
collection = Collection.objects.get(name='furious-flower-%s' % year)
relation_field = standardfield('relation')
order = FieldValue.objects.filter(field=relation_field, record__collection=collection).values_list('record__id', 'value')
order = sorted(order, key=lambda (r,o): int(o))
records = dict((r.id, r) for r in collection.records.all())
sorted_records = []
for r, o in order:
if records.has_key(r):
sorted_records.append(records.pop(r))
sorted_records.extend(records.values())
return render_to_response('furiousflower-main.html',
{'records': sorted_records,
'year': year,
},
context_instance=RequestContext(request))
def main(request, year='1994'):
collection = Collection.objects.get(name='furious-flower-%s' % year)
relation_field = standardfield('relation')
order = FieldValue.objects.filter(field=relation_field, record__collection=collection).values_list('record__id', 'value')
order = sorted(order, key=lambda (r,o): int(o))
records = dict((r.id, r) for r in collection.records.all())
sorted_records = []
for r, o in order:
if records.has_key(r):
sorted_records.append(records.pop(r))
sorted_records.extend(records.values())
return render_to_response('furiousflower-main.html',
{'records': sorted_records,
'year': year,
},
context_instance=RequestContext(request))
def _dummy_record(title, url):
print '** _dummy_record (%s, %s)' % (title, url)
record = Record.objects.create(name=title, source=url, manager='dummy')
print '** _dummy_record.foo'
FieldValue.objects.create(record=record,
field=standardfield('title'),
order=0,
value=title)
collection = _get_collection()
print '** _dummy_record.bar'
CollectionItem.objects.create(collection=collection, record=record)
print '** _dummy_record.baz'
job = JobInfo.objects.create(func='dummy_download_media',
arg=simplejson.dumps({
'record': record.id,
'url': url
}))
print '** _dummy_record.qux'
job.run()
return record
def handle(self, *args, **kwargs):
updated = 0
id_fields = standardfield('identifier', equiv=True)
titles = FieldValue.objects.select_related('record').filter(field__in=id_fields)
pb = ProgressBar(titles.count())
for count, title in enumerate(titles):
name = slugify(title.value)
if name != title.record.name:
title.record.name = name
title.record.save(force_update_name=True)
updated += 1
pb.update(count)
pb.done()
print "Updated %d record objects" % updated
def _dummy_record(title, url):
print '** _dummy_record (%s, %s)' % (title, url)
record = Record.objects.create(name=title,
source=url,
manager='dummy')
print '** _dummy_record.foo'
FieldValue.objects.create(record=record,
field=standardfield('title'),
order=0,
value=title)
collection = _get_collection()
print '** _dummy_record.bar'
CollectionItem.objects.create(collection=collection, record=record)
print '** _dummy_record.baz'
job = JobInfo.objects.create(func='dummy_download_media', arg=simplejson.dumps({
'record': record.id,
'url': url
}))
print '** _dummy_record.qux'
job.run()
return record
def handle(self, *args, **kwargs):
updated = 0
id_fields = standardfield('identifier', equiv=True)
titles = FieldValue.objects.select_related('record').filter(
field__in=id_fields)
pb = ProgressBar(titles.count())
for count, title in enumerate(titles):
name = slugify(title.value)
if name != title.record.name:
title.record.name = name
title.record.save(force_update_name=True)
updated += 1
pb.update(count)
pb.done()
print("Updated %d record objects" % updated)
def _preload_image_to_works(self, record_ids):
image_to_works = dict()
work_relation = FieldValue.objects.filter(
record__in=record_ids,
field__standard__prefix='dc',
field__name='relation',
refinement='IsPartOf',
).values_list('record__id', 'value')
works = FieldValue.objects.filter(
field__in=standardfield('identifier', equiv=True),
value__in=(wr[1] for wr in work_relation),
index_value__in=(wr[1][:32] for wr in work_relation),
).values_list('value', 'record__id')
works = dict(works)
for record_id, work in work_relation:
work_id = works.get(work)
if work_id:
image_to_works.setdefault(record_id, []).append(work_id)
return image_to_works
def _preload_work_to_images(self, record_ids):
q = Q(
field__in=standardfield('identifier', equiv=True),
) | Q(
field__standard__prefix='dc',
field__name='relation',
refinement='IsPartOf',
)
identifiers = FieldValue.objects.filter(
q,
record__in=record_ids,
).values_list('value', 'record__id')
images = FieldValue.objects.filter(
field__standard__prefix='dc',
field__name='relation',
refinement='IsPartOf',
value__in=(i[0] for i in identifiers),
index_value__in=(i[0][:32] for i in identifiers),
)
images = images.values_list('record__id', 'value')
identifier_map = dict()
for v, r in identifiers:
identifier_map.setdefault(v, []).append(r)
work_to_images = dict()
for record_id, image in images:
image_ids = identifier_map.get(image, [])
for i in image_ids:
if record_id != i:
work_to_images.setdefault(i, []).append(record_id)
return work_to_images
def _preload_image_to_works(self, record_ids):
image_to_works = dict()
work_relation = FieldValue.objects.filter(
record__in=record_ids,
field__standard__prefix='dc',
field__name='relation',
refinement='IsPartOf',
).values_list('record__id', 'value')
works = FieldValue.objects.filter(
field__in=standardfield('identifier', equiv=True),
value__in=(wr[1] for wr in work_relation),
index_value__in=(wr[1][:32] for wr in work_relation),
).values_list('value', 'record__id')
works = dict(works)
for record_id, work in work_relation:
work_id = works.get(work)
if work_id:
image_to_works.setdefault(record_id, []).append(work_id)
return image_to_works
def create_record(self, url):
collection = self.get_collection()
s = BeautifulSoup(urllib2.urlopen(url))
def sort_by_dimension(entry):
m = re.search(r"(?P<width>\d+) x (?P<height>\d+)", entry[1])
return int(m.group("width")) * int(m.group("height")) if m else 0
# get metadata
date = s.find(text="Date: ").parent.findNextSibling("td").next
title = s.find(text="Title: ").parent.findNextSibling("td").next
description = s.find(text="Description: ").parent.findNextSibling("td").next
id = s.find(text="ID: ").parent.findNextSibling("td").next
credit_url = s.find(text="Credit: ").parent.findNextSibling("td").findNext("a")["href"]
credit_title = s.find(text="Credit: ").parent.findNextSibling("td").findNext("a").next
record = Record.objects.create(name=title, source=url, manager="nasaimageexchange")
FieldValue.objects.create(record=record, field=standardfield("title"), order=0, value=title)
FieldValue.objects.create(record=record, field=standardfield("description"), order=1, value=description)
FieldValue.objects.create(record=record, field=standardfield("date"), order=2, value=date)
FieldValue.objects.create(record=record, field=standardfield("identifier"), order=3, value=id)
FieldValue.objects.create(record=record, field=standardfield("contributor"), order=4, value=credit_title)
FieldValue.objects.create(record=record, field=standardfield("contributor"), order=5, value=credit_url)
CollectionItem.objects.create(collection=collection, record=record)
# media links and dimensions
media = [(a["href"], a.next) for a in s.find(text="Format: ").parent.findNextSibling("td").findAll("a")]
media = sorted(media, key=sort_by_dimension, reverse=True)
# create job to download actual media file
job = JobInfo.objects.create(
func="nasa_download_media", arg=json.dumps(dict(record=record.id, url=media[0][0]))
)
job.run()
return record
def setUp(self):
self.fieldset = FieldSet.objects.create(title='facet-fields')
FieldSetField.objects.create(
fieldset=self.fieldset, field=standardfield('title'))
FieldSetField.objects.create(
fieldset=self.fieldset, field=standardfield('creator'))
def create_record(self, remote_id):
collection = self.get_collection()
results = self.flickr.flickr_call(method='flickr.photos.getInfo',
api_key=settings.FLICKR_KEY,
photo_id=remote_id,
format='xmlnode')
def get_property(exp):
try:
return exp(results.photo[0])
except (KeyError, AttributeError):
return None
username = get_property(lambda r: r.owner[0]['username'])
realname = get_property(lambda r: r.owner[0]['realname'])
title = get_property(lambda r: r.title[0].text) or 'Untitled'
description = get_property(lambda r: r.description[0].text)
date = get_property(lambda r: r.dates[0]['taken'])
url = get_property(lambda r: r.urls[0].url[0].text)
tags = get_property(lambda r: r.tags[0].tag)
tags = [tag.text for tag in tags] if tags else []
info = self.flickr.flickr_call(method='flickr.photos.getSizes',
api_key=settings.FLICKR_KEY,
photo_id=remote_id,
format='xmlnode')
image_url = info.sizes[0].size[-1]['source']
record = Record.objects.create(name=title,
source=url,
manager='flickr')
FieldValue.objects.create(record=record,
field=standardfield('title'),
order=0,
value=title)
if description:
FieldValue.objects.create(record=record,
field=standardfield('description'),
order=1,
value=description)
if date:
FieldValue.objects.create(record=record,
field=standardfield('date'),
order=2,
value=date)
FieldValue.objects.create(record=record,
field=standardfield('identifier'),
order=3,
value=remote_id)
if username:
FieldValue.objects.create(record=record,
field=standardfield('contributor'),
order=4,
value=username)
if realname:
FieldValue.objects.create(record=record,
field=standardfield('contributor'),
order=5,
value=realname)
for tag in tags:
FieldValue.objects.create(record=record,
field=standardfield('subject'),
order=6,
value=tag)
if url:
FieldValue.objects.create(record=record,
field=standardfield('source'),
order=7,
value=url)
CollectionItem.objects.create(collection=collection, record=record)
# create job to download actual media file
job = JobInfo.objects.create(func='flickr_download_media', arg=simplejson.dumps(dict(
record=record.id, url=image_url)))
job.run()
return record
def import_files(request):
available_storage = get_list_or_404(filter_by_access(request.user, Storage, write=True).order_by('title'))
available_collections = get_list_or_404(filter_by_access(request.user, Collection))
writable_collection_ids = list(filter_by_access(request.user, Collection, write=True).values_list('id', flat=True))
storage_choices = choices = [make_storage_select_choice(s, request.user) for s in available_storage]
class UploadFileForm(forms.Form):
collection = forms.ChoiceField(choices=((c.id, '%s%s' % ('*' if c.id in writable_collection_ids else '', c.title)) for c in sorted(available_collections, key=lambda c: c.title)))
storage = forms.ChoiceField(choices=storage_choices)
file = forms.FileField()
create_records = forms.BooleanField(required=False)
replace_files = forms.BooleanField(required=False, label='Replace files of same type')
multiple_files = forms.BooleanField(required=False,
label='Allow multiple files of same type')
personal_records = forms.BooleanField(required=False)
def clean(self):
cleaned_data = self.cleaned_data
if any(self.errors):
return cleaned_data
personal = cleaned_data['personal_records']
if not personal:
if not int(cleaned_data['collection']) in writable_collection_ids:
self._errors['collection'] = ErrorList(["Can only add personal records to selected collection"])
del cleaned_data['collection']
return cleaned_data
if request.method == 'POST':
form = UploadFileForm(request.POST, request.FILES)
if form.is_valid():
create_records = form.cleaned_data['create_records']
replace_files = form.cleaned_data['replace_files']
multiple_files = form.cleaned_data['multiple_files']
personal_records = form.cleaned_data['personal_records']
collection = get_object_or_404(filter_by_access(request.user, Collection.objects.filter(id=form.cleaned_data['collection']), write=True if not personal_records else None))
storage = get_object_or_404(filter_by_access(request.user, Storage.objects.filter(id=form.cleaned_data['storage'].split(',')[0]), write=True))
file = request.FILES['file']
record = None
limit = storage.get_upload_limit(request.user)
if limit > 0 and file.size > limit * 1024:
result = "The uploaded file is too large (%d>%d)." % (file.size, limit * 1024)
else:
mimetype = mimetypes.guess_type(file.name)[0] or file.content_type
owner = request.user if personal_records else None
id = os.path.splitext(file.name)[0]
# find record by identifier
titlefield = standardfield('title')
idfield = standardfield('identifier')
# Match identifiers that are either full file name (with extension) or just base name match
records = find_record_by_identifier((id, file.name,), collection,
owner=owner, ignore_suffix=multiple_files)
result = "File skipped."
if len(records) == 1:
# Matching record found
record = records[0]
media = record.media_set.filter(storage=storage, mimetype=mimetype)
media_same_id = media.filter(name=id)
if len(media) == 0 or (len(media_same_id) == 0 and multiple_files):
# No media yet
media = Media.objects.create(record=record,
name=id,
storage=storage,
mimetype=mimetype)
media.save_file(file.name, file)
result = "File added (Identifier '%s')." % id
elif len(media_same_id) > 0 and multiple_files:
# Replace existing media with same name and mimetype
media = media_same_id[0]
media.delete_file()
media.save_file(file.name, file)
result = "File replaced (Identifier '%s')." % id
elif replace_files:
# Replace existing media with same mimetype
media = media[0]
media.delete_file()
media.save_file(file.name, file)
result = "File replaced (Identifier '%s')." % id
else:
result = "File skipped, media files already attached."
elif len(records) == 0:
# No matching record found
if create_records:
# Create a record
record = Record.objects.create(name=id, owner=owner)
CollectionItem.objects.create(collection=collection, record=record)
FieldValue.objects.create(record=record, field=idfield, value=id, order=0)
FieldValue.objects.create(record=record, field=titlefield, value=id, order=1)
media = Media.objects.create(record=record,
name=id,
storage=storage,
mimetype=mimetype)
media.save_file(file.name, file)
result = "File added to new record (Identifier '%s')." % id
else:
result = "File skipped, no matching record found (Identifier '%s')." % id
else:
result = "File skipped, multiple matching records found (Identifier '%s')." % id
# Multiple matching records found
pass
if request.POST.get('swfupload') == 'true':
html = render_to_string('storage_import_file_response.html',
{'result': result,
'record': record,},
context_instance=RequestContext(request)
)
return HttpResponse(content=simplejson.dumps(dict(status='ok', html=html)),
mimetype='application/json')
request.user.message_set.create(message=result)
next = request.GET.get('next', request.get_full_path())
return HttpResponseRedirect(next)
else:
# invalid form submission
if request.POST.get('swfupload') == 'true':
html = render_to_string('storage_import_file_response.html',
{'result': form.errors},
context_instance=RequestContext(request)
)
return HttpResponse(content=simplejson.dumps(dict(status='ok', html=html)),
mimetype='application/json')
else:
form = UploadFileForm()
return render_to_response('storage_import_files.html',
{'upload_form': form,
},
context_instance=RequestContext(request))
def create_record(self, remote_id):
collection = self.get_collection()
results = self.flickr.flickr_call(method='flickr.photos.getInfo',
api_key=settings.FLICKR_KEY,
photo_id=remote_id,
format='xmlnode')
def get_property(exp):
try:
return exp(results.photo[0])
except (KeyError, AttributeError):
return None
username = get_property(lambda r: r.owner[0]['username'])
realname = get_property(lambda r: r.owner[0]['realname'])
title = get_property(lambda r: r.title[0].text) or 'Untitled'
description = get_property(lambda r: r.description[0].text)
date = get_property(lambda r: r.dates[0]['taken'])
url = get_property(lambda r: r.urls[0].url[0].text)
tags = get_property(lambda r: r.tags[0].tag)
tags = [tag.text for tag in tags] if tags else []
info = self.flickr.flickr_call(method='flickr.photos.getSizes',
api_key=settings.FLICKR_KEY,
photo_id=remote_id,
format='xmlnode')
image_url = info.sizes[0].size[-1]['source']
record = Record.objects.create(name=title,
source=url,
manager='flickr')
FieldValue.objects.create(record=record,
field=standardfield('title'),
order=0,
value=title)
if description:
FieldValue.objects.create(record=record,
field=standardfield('description'),
order=1,
value=description)
if date:
FieldValue.objects.create(record=record,
field=standardfield('date'),
order=2,
value=date)
FieldValue.objects.create(record=record,
field=standardfield('identifier'),
order=3,
value=remote_id)
if username:
FieldValue.objects.create(record=record,
field=standardfield('contributor'),
order=4,
value=username)
if realname:
FieldValue.objects.create(record=record,
field=standardfield('contributor'),
order=5,
value=realname)
for tag in tags:
FieldValue.objects.create(record=record,
field=standardfield('subject'),
order=6,
value=tag)
if url:
FieldValue.objects.create(record=record,
field=standardfield('source'),
order=7,
value=url)
CollectionItem.objects.create(collection=collection, record=record)
# create job to download actual media file
from .tasks import flickr_download_media
flickr_download_media.delay(record.id, image_url)
return record
def dido_import():
"""
Import and convert a set of JPEG or TIFF images into DIDO.
"""
thumb_dir = os.path.join(SCRATCH_DIR, MDID_COLLECTION_ID)
assert all([
os.path.exists(ARCHIVE_DIR),
os.path.exists(COLLECTION_DIR),
os.path.exists(INCOMING_DIR),
]), """Must specify location of directories in the INCOMING_DIR,
ARCHIVE_DIR and COLLECTION_DIR config variables"""
assert all([
os.path.exists(SCRATCH_DIR),
os.path.exists(thumb_dir),
]), """Must specify the location of the thumb directory in the SCRATCH_DIR
mdid3 config variable, and the collection id in the MDID_COLLECTION_ID
config variable"""
if not os.listdir(INCOMING_DIR):
# No files to import - nothing to do!
print 'No files to import, exiting'
sys.exit(0)
try:
# Set up the database access objects
storage = Storage.objects.get(id=2)
identifier_field = standardfield('identifier')
image_number_field = Field.objects.get(label='Image Number')
except Exception:
# Error accessing the database
exception = traceback.format_exc()
send_report(exception=exception)
sys.exit(1)
try:
# Set up metadata variables
meta = {}
exception = None
with lock_file('dido.lock'):
for file_name in os.listdir(INCOMING_DIR):
print "Attempting to import file %s..." % file_name
file_id, _ = os.path.splitext(file_name)
file_type = extract_mimetype(
os.path.join(INCOMING_DIR, file_name),
)
if file_type not in VALID_MIMETYPES:
print 'Invalid filetype, skipping %s' % file_name
continue
# Generate absolute file paths for the original and new files
try:
print "Generating paths for %s..." % file_name
paths = generate_paths(file_name, file_id)
except OSError:
exception = traceback.format_exc()
raise
# Create the new images and save them, making sure not to
# re-compress if the image is already a jpeg
quality = 70 #if file_type == 'image/tiff' else 100
try:
print "Attempting to convert %s. File type: %s" % (file_name, file_type)
convert_image(
paths['orig_file'],
paths['converted_file'],
quality,
)
except IOError:
exception = traceback.format_exc()
raise
# Move the original file to the archive directory
try:
if not os.path.exists(paths['archive_dir']):
os.makedirs(paths['archive_dir'])
print "Moving the original file %s to the archive..." % file_name
shutil.move(paths['orig_file'], paths['archive_file'])
except (IOError, OSError):
exception = traceback.format_exc()
raise
assert os.path.isfile(paths['archive_file']), \
'%s does not exist' % paths['archive_file']
assert os.path.isfile(paths['converted_file']), \
'%s does not exist' % paths['converted_file']
# Create the database records for this file
try:
print "Attempting to see if this record already exists in db..."
field_value = FieldValue.objects.get(
field=image_number_field,
value=file_id,
index_value=file_id[:32],
)
except FieldValue.DoesNotExist:
# Record doesn't exist, which means we need to create
# the initial record in the database.
print "No record found. Adding %s to database..." % file_name
duplicate = False
add_record_to_database(
file_id=file_id,
field=identifier_field,
storage=storage,
image_number=image_number_field,
)
else:
duplicate = True
record = field_value.record
print "Record already exists in database - replacing file"
delete_thumbs(record=record, thumb_dir=thumb_dir)
# Add metadata to the meta dict
meta[file_id + '.jpg'] = {
'path': paths['converted_file'],
'duplicate': duplicate,
}
print
print
except EnvironmentError:
exception = traceback.format_exc()
raise
except Exception as e:
print e.message
raise
finally:
send_report(meta, exception)
sys.exit(1 if exception else 0)
def import_files(request):
available_storage = get_list_or_404(
filter_by_access(request.user, Storage, write=True).order_by('title'))
available_collections = get_list_or_404(
filter_by_access(request.user, Collection))
writable_collection_ids = list(
filter_by_access(request.user, Collection,
write=True).values_list('id', flat=True))
storage_choices = [
make_storage_select_choice(s, request.user) for s in available_storage
]
class UploadFileForm(forms.Form):
collection = forms.ChoiceField(choices=(
(c.id, '%s%s' %
('*' if c.id in writable_collection_ids else '', c.title))
for c in available_collections))
storage = forms.ChoiceField(choices=storage_choices)
file = forms.FileField()
create_records = forms.BooleanField(required=False)
replace_files = forms.BooleanField(required=False,
label='Replace files of same type')
multiple_files = forms.BooleanField(
required=False, label='Allow multiple files of same type')
personal_records = forms.BooleanField(required=False)
response_type = forms.CharField(required=False,
widget=forms.HiddenInput)
def clean(self):
cleaned_data = self.cleaned_data
if any(self.errors):
return cleaned_data
personal = cleaned_data['personal_records']
if not personal:
if int(cleaned_data['collection']) not in \
writable_collection_ids:
self._errors['collection'] = \
ErrorList([
"Can only add personal records "
"to selected collection"
])
del cleaned_data['collection']
return cleaned_data
if request.method == 'POST':
form = UploadFileForm(request.POST, request.FILES)
if form.is_valid():
create_records = form.cleaned_data['create_records']
replace_files = form.cleaned_data['replace_files']
multiple_files = form.cleaned_data['multiple_files']
personal_records = form.cleaned_data['personal_records']
collection = get_object_or_404(
filter_by_access(request.user,
Collection.objects.filter(
id=form.cleaned_data['collection']),
write=True if not personal_records else None))
storage = get_object_or_404(
filter_by_access(
request.user,
Storage.objects.filter(
id=form.cleaned_data['storage'].split(',')[0]),
write=True))
file = request.FILES['file']
record = None
limit = storage.get_upload_limit(request.user)
if limit > 0 and file.size > limit * 1024:
result = "The uploaded file is too large (%d>%d)." % (
file.size, limit * 1024)
else:
mimetype = mimetypes.guess_type(file.name)[0] or \
file.content_type
owner = request.user if personal_records else None
id = os.path.splitext(file.name)[0]
# find record by identifier
titlefield = standardfield('title')
idfield = standardfield('identifier')
# Match identifiers that are either full file name
# (with extension) or just base name match
records = find_record_by_identifier(
(
id,
file.name,
),
collection,
owner=owner,
ignore_suffix=multiple_files)
result = "File skipped."
if len(records) == 1:
# Matching record found
record = records[0]
media = record.media_set.filter(storage=storage,
mimetype=mimetype)
media_same_id = media.filter(name=id)
if len(media) == 0 or \
(len(media_same_id) == 0 and multiple_files):
# No media yet
media = Media.objects.create(record=record,
name=id,
storage=storage,
mimetype=mimetype)
media.save_file(file.name, file)
result = "File added (Identifier '%s')." % id
elif len(media_same_id) > 0 and multiple_files:
# Replace existing media with same name and mimetype
media = media_same_id[0]
media.delete_file()
media.save_file(file.name, file)
result = "File replaced (Identifier '%s')." % id
elif replace_files:
# Replace existing media with same mimetype
media = media[0]
media.delete_file()
media.save_file(file.name, file)
result = "File replaced (Identifier '%s')." % id
else:
result = "File skipped, media files already attached."
elif len(records) == 0:
# No matching record found
if create_records:
# Create a record
record = Record.objects.create(name=id, owner=owner)
CollectionItem.objects.create(collection=collection,
record=record)
FieldValue.objects.create(record=record,
field=idfield,
value=id,
order=0)
FieldValue.objects.create(record=record,
field=titlefield,
value=id,
order=1)
media = Media.objects.create(record=record,
name=id,
storage=storage,
mimetype=mimetype)
media.save_file(file.name, file)
result = \
"File added to new record (Identifier '%s')." % id
else:
result = \
"File skipped, no matching record found " \
"(Identifier '%s')." % id
else:
result = \
"File skipped, multiple matching records found " \
"(Identifier '%s')." % id
# Multiple matching records found
pass
if form.cleaned_data['response_type'] == 'json':
return HttpResponse(content=simplejson.dumps(
dict(status='ok', message=result)),
content_type='application/json')
messages.add_message(request, messages.INFO, message=result)
next = request.GET.get('next', request.get_full_path())
return HttpResponseRedirect(next)
else:
pass
else:
form = UploadFileForm()
return render_to_response('storage_import_files.html', {
'upload_form': form,
},
context_instance=RequestContext(request))
def main(request):
collection = Collection.objects.get(name='the-breeze')
coverage = standardfield('coverage')
date = standardfield('date')
volumes = sorted(map(int, FieldValue.objects.filter(
record__collection=collection,
field=coverage,
label='Volume',
).values_list('value', flat=True).distinct()))
try:
volume = int(request.GET.get('v'))
except (ValueError, TypeError):
volume = None
if not volume in volumes:
volume = volumes[0]
record_ids = FieldValue.objects.filter(
record__collection=collection,
field=coverage,
label='Volume',
value=str(volume),
).values_list('record', flat=True)
issues = sorted(FieldValue.objects.filter(
record__in=record_ids,
field=coverage,
label='Issue',
).values_list('record', 'value'))
dates = sorted(FieldValue.objects.filter(
record__in=record_ids,
field=date,
).values_list('record', 'value'))
combined = sorted((int(i[1]), d[1], i[0]) for i, d in zip(issues, dates))
try:
record_id = int(request.GET.get('r'))
except (ValueError, TypeError):
record_id = None
if not record_id in (r for i, d, r in combined):
record_id = combined[0][2]
for i, d, r in combined:
if record_id == r:
issue = i
break
viewer = pdfviewer(None, request, record_id)
return render_to_response('thebreeze.html',
{'collection': collection,
'breezelogo': 'breeze_logo_%s.png' %
random.choice('00 01 02 03 04'.split()),
'volume': volume,
'volumes': volumes,
'issue': issue,
'issues': combined,
'record': record_id,
'viewer': viewer,
'embedcode': viewer.embed_code(request, None) if viewer else None,
},
context_instance=RequestContext(request))
def presentation_import(pres_ids, rc):
print pres_ids
for pres_id in pres_ids:
pres_url = 'http://mdid3.temple.edu/api/presentation/' + str(pres_id) + '/'
print 'fetching %s' % pres_url
theShow = requests.get(pres_url, cookies=rc)
#print theShow.json()
jp = simplejson.loads(theShow.content)
concat_description = jp['description']
presentation = Presentation.objects.create(title=jp['title'],
owner=target_user,
description=concat_description)
# jp['content'] contains every slide
for order, slide in enumerate(jp['content']):
#print order, slide
rec_exists = False
rec_id = None
print 'using storage %s' % store.base
for metadata in slide['metadata']:
#print 'metadata for slide %s, %s' % (slide['name'], str(metadata))
#print metadata
if metadata['label'] == 'ID':
print 'metadata for slide %s, %s' % (slide['name'], str(metadata))
rec_id = metadata['value']
print '%s is an ID field' % rec_id
#print metadata['value']
if Record.by_fieldvalue(fid, rec_id):
rec_exists = True
print '%s already exists' % rec_id
break
# when finished checking for ID either add existing record to pres
# or create record and then add it
if rec_exists:
# note that record is the first record in the list that is returned byfieldvalue
# which should be checked for accuracy in multiple tests if there's any chance that
# there could be multiple records
print 'Check the following list list of records for multiple values:'
print Record.by_fieldvalue(fid, rec_id)
record = Record.by_fieldvalue(fid, rec_id)[0]
presentation.items.create(order=order, record=record)
presentation.save()
print 'adding %s to presentation at position %s' % (rec_id, order)
else:
print 'creating record for %s' % rec_id
print 'metadata:'
print slide['metadata']
#record = Record.objects.create(name=rec_id, owner=target_user)
record = Record.objects.create(owner=target_user)
record.save()
for metadata in slide['metadata']:
try:
target = Field.objects.get(label=metadata['label'], standard__prefix='aae')
record.fieldvalue_set.create(field=target,
value=metadata['value'],
label=metadata['label'], )
except Exception as e:
print e
try:
target = Field.objects.filter(label=metadata['label'])
record.fieldvalue_set.create(field=target[0],
value=metadata['value'],
label=metadata['label'], )
print "Ok, went with %s the first field I could find to go with!" % target[0]
except Exception as e_two:
print e_two
print "ok, giving up!"
continue
continue
try:
title = slide['title']
except:
title = 'Untitled'
FieldValue.objects.create(record=record,
field=standardfield('title'),
order=0,
value=title)
col_i = CollectionItem.objects.create(collection=collection, record=record)
print 'collection item created: %s' % col_i
## file biz
# media_req.content contains the image
media_url = mdid_base_url + slide['image']
print 'media_url: %s' % media_url
media_req = requests.get(media_url, cookies=rc)
mimetype = media_req.headers['content-type']
file = StringIO(media_req.content)
if guess_extension(mimetype) == '.jpeg':
filename = record.name + '.jpg'
extension = 'JPEG'
else:
filename = os.path.join(record.name + guess_extension(mimetype))
extension = os.path.splitext(mimetype)[0]
print 'extension %s' % extension
file_path = os.path.join(store.base, filename)
print 'saving media file for %s to %s' % (record.name, file_path)
media = Media.objects.create(record=record,
#name=os.path.splitext(file.name)[0],
name=record.name,
storage=store,
mimetype=mimetype)
media.save_file(filename, file)
presentation.items.create(order=order, record=record)
presentation.save()
def upload(request):
collection = Collection.objects.get(name='the-breeze')
storage = Storage.objects.get(name='the-breeze')
check_access(request.user, collection, write=True, fail_if_denied=True)
check_access(request.user, storage, write=True, fail_if_denied=True)
fcoverage = standardfield('coverage')
fdate = standardfield('date')
ftitle = standardfield('title')
fdescription = standardfield('description')
fidentifier = standardfield('identifier')
if request.method == 'POST':
form = UploadForm(request.POST, request.FILES)
if form.is_valid():
volume = str(form.cleaned_data['volume'])
issue = str(form.cleaned_data['issue'])
date = str(form.cleaned_data['date'])
pages = str(form.cleaned_data['pages'])
publication = form.cleaned_data['publication']
title = '%s %s Volume %s Issue %s' % (
publication,
date,
volume,
issue,
)
record = Record.objects.create()
CollectionItem.objects.create(record=record, collection=collection)
record.fieldvalue_set.create(
field=ftitle,
label=None,
order=1,
value=title,
)
record.fieldvalue_set.create(
field=fcoverage,
label='Volume',
order=2,
value=volume,
)
record.fieldvalue_set.create(
field=fcoverage,
label='Issue',
order=3,
value=issue,
)
record.fieldvalue_set.create(
field=fdate,
label=None,
order=4,
value=date,
)
record.fieldvalue_set.create(
field=fdescription,
label='Pages',
order=5,
value=pages,
)
record.fieldvalue_set.create(
field=fidentifier,
label=None,
order=6,
value=title,
hidden=True,
)
import re
filename = re.sub(r'[^a-z0-9]+', '-', title.lower()) + '.pdf'
media = Media.objects.create(
record=record,
storage=storage,
mimetype='application/pdf',
)
media.save_file(filename, request.FILES['pdf'])
return HttpResponseRedirect(reverse('thebreeze-main'))
else:
form = UploadForm()
return render_to_response('thebreeze-upload.html',
{'breezelogo': 'breeze_logo_%s.png' %
random.choice('00 01 02 03 04'.split()),
'form': form,
},
context_instance=RequestContext(request))
def setUp(self):
self.fieldset = FieldSet.objects.create(title='facet-fields')
FieldSetField.objects.create(
fieldset=self.fieldset, field=standardfield('title'))
FieldSetField.objects.create(
fieldset=self.fieldset, field=standardfield('creator'))
def create_record(self, url):
collection = self.get_collection()
s = BeautifulSoup(urllib2.urlopen(url))
def sort_by_dimension(entry):
m = re.search(r'(?P<width>\d+) x (?P<height>\d+)', entry[1])
return int(m.group('width')) * int(m.group('height')) if m else 0
# get metadata
date = s.find(text='Date: ').parent.findNextSibling('td').next
title = s.find(text='Title: ').parent.findNextSibling('td').next
description = s.find(
text='Description: ').parent.findNextSibling('td').next
id = s.find(text='ID: ').parent.findNextSibling('td').next
credit_url = s.find(text='Credit: ').parent.findNextSibling(
'td').findNext('a')['href']
credit_title = s.find(text='Credit: ').parent.findNextSibling(
'td').findNext('a').next
record = Record.objects.create(name=title,
source=url,
manager='nasaimageexchange')
FieldValue.objects.create(record=record,
field=standardfield('title'),
order=0,
value=title)
FieldValue.objects.create(record=record,
field=standardfield('description'),
order=1,
value=description)
FieldValue.objects.create(record=record,
field=standardfield('date'),
order=2,
value=date)
FieldValue.objects.create(record=record,
field=standardfield('identifier'),
order=3,
value=id)
FieldValue.objects.create(record=record,
field=standardfield('contributor'),
order=4,
value=credit_title)
FieldValue.objects.create(record=record,
field=standardfield('contributor'),
order=5,
value=credit_url)
CollectionItem.objects.create(collection=collection, record=record)
# media links and dimensions
media = [(a['href'], a.next) for a in s.find(
text='Format: ').parent.findNextSibling('td').findAll('a')]
media = sorted(media, key=sort_by_dimension, reverse=True)
# create job to download actual media file
job = JobInfo.objects.create(func='nasa_download_media',
arg=simplejson.dumps(
dict(record=record.id,
url=media[0][0])))
job.run()
return record