def chain_insert():
# first choice
standardTaskConfig = models.StandardTaskConfig()
standardTaskConfig.save()
taskConfig = models.TaskConfig()
taskConfig.tasktype = 5
taskConfig.tasktypepkreference = standardTaskConfig.id
taskConfig.description = 'Select DIP upload destination'
taskConfig.save()
link = models.MicroServiceChainLink()
link.microservicegroup = 'Upload DIP'
link.currenttask = taskConfig.id
link.save()
choice_link_id = link.id
choice = models.MicroServiceChoiceReplacementDic()
choice.choiceavailableatlink = link.id
choice.description = 'Test dict 1'
choice.replacementdic = '{}'
choice.save()
choice = models.MicroServiceChoiceReplacementDic()
choice.choiceavailableatlink = link.id
choice.description = 'Test dict 2'
choice.replacementdic = '{}'
choice.save()
# take note of ID of existing chain to points to ICA AtoM DIP upload links
#chains = models.MicroServiceChain.objects.filter(description='Upload DIP to ICA-ATOM')
#chain = chains[0]
#upload_start_link_id = chain.startinglink
#chain.startinglink = choice_link_id
#chain.description = 'Select Upload Destination'
#chain.save()
# make new chain to point to ICA AtoM DIP upload links
chain = models.MicroServiceChain()
chain.startinglink = choice_link_id
chain.description = 'Select DIP destination'
chain.save()
# rewire old choice to point to new chain
choices = models.MicroServiceChainChoice.objects.filter(chainavailable=23)
choice = choices[0]
choice.chainavailable = chain.id
choice.save()
# add exit code to the choice link that points to the Qubit upload link
code = models.MicroServiceChainLinkExitCode()
code.exitcode = 0
code.microservicechainlink = choice_link_id
code.nextmicroservicechainlink = 4
code.exitmessage = 'Completed successfully'
code.save()
def administration_render_storage_directories_to_dicts():
administration_flush_aip_storage_dicts()
storage_directories = models.StorageDirectory.objects.all()
link_pk = administration_get_aip_storage_link_pk()
for dir in storage_directories:
dict = models.MicroServiceChoiceReplacementDic()
dict.choiceavailableatlink = link_pk
if dir.path == '%sharedPath%www/AIPsStore/':
description = 'Store AIP in standard Archivematica Directory'
else:
description = dir.path
dict.description = description
dict.replacementdic = '{"%AIPsStore%":"' + dir.path + '/"}'
dict.save()
def dips_handle_updates(request, link_id, ReplaceDirChoiceFormSet):
valid_submission = True
formset = None
add_form = forms.MicroServiceChoiceReplacementDicForm()
if request.method == 'POST':
# if any new configuration data has been submitted, attempt to add it
if request.POST.get('description', '') != '' or request.POST.get(
'replacementdic', '') != '':
postData = request.POST.copy()
postData['choiceavailableatlink'] = link_id
add_form = forms.MicroServiceChoiceReplacementDicForm(postData)
if add_form.is_valid():
choice = models.MicroServiceChoiceReplacementDic()
choice.choiceavailableatlink = link_id
choice.description = request.POST.get('description', '')
choice.replacementdic = request.POST.get('replacementdic', '')
choice.save()
# create new blank field
add_form = forms.MicroServiceChoiceReplacementDicForm()
formset = ReplaceDirChoiceFormSet(request.POST)
# take note of formset validity because if submission was successful
# we reload it to reflect
# deletions, etc.
valid_submission = formset.is_valid()
if valid_submission:
# save/delete partial data (without association with specific link)
instances = formset.save()
# restore link association
for instance in instances:
instance.choiceavailableatlink = link_id
instance.save()
return valid_submission, formset, add_form