def get_rotation_script(request):
workspace = request.session.get('workspace')
r_script = Pipeline.objects.filter(workspace = workspace, name = 'image renditions').distinct()
triggers_name = 'upload'
items = request.POST.getlist('items')
items = Item.objects.filter(pk__in = items)
rotation = request.POST.get('rotation')
params = {'adapt_image':{'rotation': int(rotation)}}
try:
_run_pipelines(items, triggers_name, request.user, workspace, params)
except Exception, ex:
logger.exception(ex)
return HttpResponse(simplejson.dumps({'success': False}))
def get_rotation_script(request):
workspace = request.session.get('workspace')
r_script = Pipeline.objects.filter(workspace=workspace,
name='image renditions').distinct()
triggers_name = 'upload'
items = request.POST.getlist('items')
items = Item.objects.filter(pk__in=items)
rotation = request.POST.get('rotation')
params = {'adapt_image': {'rotation': int(rotation)}}
try:
_run_pipelines(items, triggers_name, request.user, workspace, params)
except Exception, ex:
logger.exception(ex)
return HttpResponse(simplejson.dumps({'success': False}))
def get_rotation_script(request):
workspace = request.session.get('workspace')
# r_script = Pipeline.objects.filter(workspace = workspace, name = 'image renditions').distinct()
triggers_name = 'upload'
items = request.POST.getlist('items')
items = Item.objects.filter(pk__in = items)
rotation = request.POST.get('rotation')
params = {'adapt_image':{'rotation': int(rotation)}}
try:
_run_pipelines(items, triggers_name, request.user, workspace, params)
# Actually launch all processes added by _run_pipelines() (after
# committing the transaction, to make new data visible by the
# MProcessor)
transaction.commit()
processor.run()
except Exception, ex:
logger.exception(ex)
return HttpResponse(simplejson.dumps({'success': False}))
def add_items_to_ws(request):
try:
item_ids = request.POST.getlist('item_id')
try:
ws_id = request.POST.get('ws_id')
except Exception, err:
logger.debug('request POST get ws_id err: %s' % err)
ws = Workspace.objects.get(pk = ws_id)
user = request.user
current_ws = request.session['workspace']
remove = request.POST.get('remove')
move_public = request.POST.get('move_public', 'false')
items = Item.objects.filter(pk__in = item_ids)
item_imported = []
run_items = []
for item in items:
if _add_items_to_ws(item, ws, current_ws, remove):
run_items.append(item)
_run_pipelines(run_items, 'upload', user, ws)
if remove == 'true':
_remove_items(request, current_ws, items)
#if len(item_imported) > 0:
#imported = Node.objects.get(depth = 1, label = 'Imported', type = 'inbox', workspace = ws)
#time_imported = time.strftime("%Y-%m-%d", time.gmtime())
#node = Node.objects.get_or_create(label = time_imported, type = 'inbox', parent = imported, workspace = ws, depth = 2)[0]
#node.items.add(*item_imported)
resp = simplejson.dumps({'success': True, 'errors': []})
# Actually launch all processes added by _run_pipelines() (after
# committing the transaction, to make new data visible by the
# MProcessor)
transaction.commit()
processor.run()
return HttpResponse(resp)
def execpipes(self, trigger, filepaths):
items = _create_items(filepaths, 'original', self.user, self.ws)
ret = _run_pipelines(items, trigger, self.user, self.ws)
print('Executed processes %s' % ' '.join(ret))
def runmany(self, times, trigger, pk):
items = [Item.objects.get(pk=pk) for x in xrange(int(times))]
ret = _run_pipelines(items, trigger, self.user, self.ws)
print('Executed process %s' % ' '.join(ret))
def execpipes(self, trigger, filepaths):
items = _create_items(filepaths, 'original', self.user, self.ws)
ret = _run_pipelines(items, trigger, self.user, self.ws)
print('Executed processes %s' % ' '.join(ret))
def runmany(self, times, trigger, pk):
items = [Item.objects.get(pk=pk) for x in xrange(int(times))]
ret = _run_pipelines(items, trigger, self.user, self.ws)
print('Executed process %s' % ' '.join(ret))