def test_static_harvest_reindex(VO):
# refresh job
VO.static_harvest_cjob = CombineJob.get_combine_job(
VO.static_harvest_cjob.job.id)
# fm config json, adding literal foo:bar
fm_config_json = '{"concat_values_on_all_fields": false, "capture_attribute_values": [], "remove_ns_prefix": true, "skip_attribute_ns_declarations": true, "remove_copied_key": true, "node_delim": "_", "copy_to": {}, "copy_value_to_regex": {}, "copy_to_regex": {}, "split_values_on_all_fields": false, "add_literals": {"foo":"bar"}, "exclude_attributes": [], "ns_prefix_delim": "|", "self_describing": false, "split_values_on_fields": {}, "include_attributes": [], "include_sibling_id": false, "multivalue_delim": "|", "skip_repeating_values": true, "repeating_element_suffix_count": false, "exclude_elements": [], "concat_values_on_fields": {}, "remove_copied_value": false, "error_on_delims_collision": false, "include_all_attributes": false, "skip_root": false}'
# reindex static harvest
bg_task = VO.static_harvest_cjob.reindex_bg_task(
fm_config_json=fm_config_json)
# poll until complete
for x in range(0, 480):
# pause
time.sleep(1)
LOGGER.debug('polling for reindexing %s seconds...' % (x))
# refresh session
bg_task.update()
# check status
if bg_task.celery_status not in ['SUCCESS', 'FAILURE']:
continue
else:
break
# assert 250 records have foo:bar, indicating successful reindexing
results = VO.static_harvest_cjob.field_analysis('foo')
assert results['metrics']['doc_instances'] == 250
def job_publish(request, org_id, record_group_id, job_id):
LOGGER.debug(request.POST)
# capture entered publish set id
publish_set_id = request.POST.get('publish_set_id', None)
# override with pre-existing publish set id is selected
if request.POST.get('existing_publish_set_id', None) is not None:
publish_set_id = request.POST.get('existing_publish_set_id')
# get published subsets to include in
published_subsets = request.POST.getlist('published_subsets', [])
# get CombineJob
cjob = CombineJob.get_combine_job(job_id)
# init publish
cjob.publish_bg_task(
publish_set_id=publish_set_id,
in_published_subsets=published_subsets)
# set gms
gmc = GlobalMessageClient(request.session)
gmc.add_gm({
'html': '<p><strong>Publishing Job:</strong><br>%s<br><br><strong>Publish Set ID:</strong><br>%s</p><p><a href="%s"><button type="button" class="btn btn-outline-primary btn-sm">View Published Records</button></a></p>' % (
cjob.job.name, publish_set_id, reverse('published')),
'class': 'success'
})
return redirect('record_group',
org_id=cjob.job.record_group.organization.id,
record_group_id=cjob.job.record_group.id)
def job_harvest_tabular_data(request,
org_id,
record_group_id,
hash_payload_filename=False):
"""
Create a new static XML Harvest Job
"""
# retrieve record group
record_group = RecordGroup.objects.filter(id=record_group_id).first()
# get validation scenarios
validation_scenarios = ValidationScenario.objects.all()
# get field mappers
field_mappers = FieldMapper.objects.all()
# get record identifier transformation scenarios
rits = RecordIdentifierTransformation.objects.all()
# get all bulk downloads
bulk_downloads = DPLABulkDataDownload.objects.all()
# if GET, prepare form
if request.method == 'GET':
# render page
return render(
request, 'core/job_harvest_tabular_data.html', {
'record_group': record_group,
'validation_scenarios': validation_scenarios,
'rits': rits,
'field_mappers': field_mappers,
'xml2kvp_handle': xml2kvp.XML2kvp(),
'bulk_downloads': bulk_downloads,
'breadcrumbs': breadcrumb_parser(request)
})
# if POST, submit job
if request.method == 'POST':
cjob = CombineJob.init_combine_job(
user=request.user,
record_group=record_group,
job_type_class=HarvestTabularDataJob,
job_params=request.POST,
files=request.FILES,
hash_payload_filename=hash_payload_filename)
# start job and update status
job_status = cjob.start_job()
# if job_status is absent, report job status as failed
if job_status == False:
cjob.job.status = 'failed'
cjob.job.save()
return redirect('record_group',
org_id=org_id,
record_group_id=record_group.id)
def clone_jobs(request):
LOGGER.debug('cloning jobs')
job_ids = request.POST.getlist('job_ids[]')
# get downstream toggle
downstream_toggle = request.POST.get('downstream_clone_toggle', False)
if downstream_toggle == 'true':
downstream_toggle = True
elif downstream_toggle == 'false':
downstream_toggle = False
# get rerun toggle
rerun_on_clone = request.POST.get('rerun_on_clone', False)
if rerun_on_clone == 'true':
rerun_on_clone = True
elif rerun_on_clone == 'false':
rerun_on_clone = False
# set of jobs to rerun
job_clone_set = set()
# loop through job_ids and add
for job_id in job_ids:
cjob = CombineJob.get_combine_job(job_id)
job_clone_set.add(cjob.job)
# sort and run
ordered_job_clone_set = sorted(list(job_clone_set), key=lambda j: j.id)
# initiate Combine BG Task
combine_task = CombineBackgroundTask(
name="Clone Jobs",
task_type='clone_jobs',
task_params_json=json.dumps({
'ordered_job_clone_set': [j.id for j in ordered_job_clone_set],
'downstream_toggle': downstream_toggle,
'rerun_on_clone': rerun_on_clone
})
)
combine_task.save()
# run celery task
bg_task = tasks.clone_jobs.delay(combine_task.id)
LOGGER.debug('firing bg task: %s', bg_task)
combine_task.celery_task_id = bg_task.task_id
combine_task.save()
# set gms
gmc = GlobalMessageClient(request.session)
gmc.add_gm({
'html': '<strong>Cloning Job(s):</strong><br>%s<br><br>Including downstream? <strong>%s</strong><br><br>Refresh this page to update status of Jobs cloning. <button class="btn-sm btn-outline-primary" onclick="location.reload();">Refresh</button>' % (
'<br>'.join([str(j.name) for j in ordered_job_clone_set]), downstream_toggle),
'class': 'success'
})
# return, as requested via Ajax which will reload page
return JsonResponse({'results': True})
def job_indexing_failures(request, org_id, record_group_id, job_id):
# get CombineJob
cjob = CombineJob.get_combine_job(job_id)
# return
return render(request, 'core/job_indexing_failures.html', {
'cjob': cjob,
'breadcrumbs': breadcrumb_parser(request)
})
def stop_jobs(request):
LOGGER.debug('stopping jobs')
job_ids = request.POST.getlist('job_ids[]')
LOGGER.debug(job_ids)
# get downstream toggle
downstream_toggle = request.POST.get('downstream_stop_toggle', False)
if downstream_toggle == 'true':
downstream_toggle = True
elif downstream_toggle == 'false':
downstream_toggle = False
# set of jobs to rerun
job_stop_set = set()
# loop through job_ids
for job_id in job_ids:
# get CombineJob
cjob = CombineJob.get_combine_job(job_id)
# if including downstream
if downstream_toggle:
# add rerun lineage for this job to set
job_stop_set.update(cjob.job.get_downstream_jobs())
# else, just job
else:
job_stop_set.add(cjob.job)
# sort and run
ordered_job_delete_set = sorted(list(job_stop_set), key=lambda j: j.id)
# # loop through and update visible elements of Job for front-end
for job in ordered_job_delete_set:
LOGGER.debug('stopping Job: %s', job)
# stop job
job.stop_job()
# set gms
gmc = GlobalMessageClient(request.session)
gmc.add_gm({
'html':
'<p><strong>Stopped Job(s):</strong><br>%s</p>' %
('<br>'.join([j.name for j in ordered_job_delete_set])),
'class':
'danger'
})
# return
return JsonResponse({'results': True})
def job_validation_scenario_failures(request, org_id, record_group_id, job_id, job_validation_id):
# get CombineJob
cjob = CombineJob.get_combine_job(job_id)
# get job validation instance
job_validation = JobValidation.objects.get(pk=int(job_validation_id))
# return
return render(request, 'core/job_validation_scenario_failures.html', {
'cjob': cjob,
'jv': job_validation,
'breadcrumbs': breadcrumb_parser(request)
})
def rerun_jobs(request):
LOGGER.debug('re-running jobs')
# get job ids
job_ids = request.POST.getlist('job_ids[]')
# get downstream toggle
downstream_toggle = bool_for_string(
request.POST.get('downstream_rerun_toggle', False))
upstream_toggle = bool_for_string(
request.POST.get('upstream_rerun_toggle', False))
# set of jobs to rerun
job_rerun_set = set()
# loop through job_ids
for job_id in job_ids:
# get CombineJob
cjob = CombineJob.get_combine_job(job_id)
# if including downstream
if downstream_toggle:
# add rerun lineage for this job to set
job_rerun_set.update(
cjob.job.get_downstream_jobs(include_self=False))
if upstream_toggle:
job_rerun_set.update(
cjob.job.get_upstream_jobs(include_self=False))
# else, just job
job_rerun_set.add(cjob.job)
# sort and run
ordered_job_rerun_set = sorted(list(job_rerun_set), key=lambda j: j.id)
tasks.rerun_jobs(ordered_job_rerun_set)
# set gms
gmc = GlobalMessageClient(request.session)
gmc.add_gm({
'html':
'<strong>Preparing to Rerun Job(s):</strong><br>%s<br><br>Refresh this page to update status of Jobs rerunning. <button class="btn-sm btn-outline-primary" onclick="location.reload();">Refresh</button>'
% '<br>'.join([str(j.name) for j in ordered_job_rerun_set]),
'class':
'success'
})
# return, as requested via Ajax which will reload page
return JsonResponse({'results': True})
def job_errors(request, org_id, record_group_id, job_id):
LOGGER.debug('retrieving errors for job id: %s', job_id)
# get CombineJob
cjob = CombineJob.get_combine_job(job_id)
job_error_list = cjob.get_job_errors()
# return
return render(request, 'core/job_errors.html', {
'cjob': cjob,
'job_errors': job_error_list,
'breadcrumbs': breadcrumb_parser(request)
})
def move_jobs(request):
LOGGER.debug('moving jobs')
job_ids = request.POST.getlist('job_ids[]')
record_group_id = request.POST.getlist('record_group_id')[0]
# get downstream toggle
downstream_toggle = request.POST.get('downstream_move_toggle', False)
if downstream_toggle == 'true':
downstream_toggle = True
elif downstream_toggle == 'false':
downstream_toggle = False
# set of jobs to move
job_move_set = set()
# loop through job_ids
for job_id in job_ids:
# get CombineJob
cjob = CombineJob.get_combine_job(job_id)
# if including downstream
if downstream_toggle:
# add move lineage for this job to set
job_move_set.update(cjob.job.get_downstream_jobs())
# else, just job
else:
job_move_set.add(cjob.job)
# sort and run
ordered_job_move_set = sorted(list(job_move_set), key=lambda j: j.id)
# loop through jobs
for job in ordered_job_move_set:
LOGGER.debug('moving Job: %s', job)
new_record_group = RecordGroup.objects.get(pk=record_group_id)
job.record_group = new_record_group
job.save()
LOGGER.debug('Job %s has been moved', job)
# redirect
return JsonResponse({'results': True})
def bg_task(request, task_id):
# get task
combine_task = CombineBackgroundTask.objects.get(pk=int(task_id))
LOGGER.debug('retrieving task: %s', combine_task)
# include job if mentioned in task params
if 'job_id' in combine_task.task_params:
cjob = CombineJob.get_combine_job(combine_task.task_params['job_id'])
else:
cjob = None
return render(
request, 'core/bg_task.html', {
'ct': combine_task,
'cjob': cjob,
'breadcrumbs': breadcrumb_parser(request)
})
def job_update_name(request, org_id, record_group_id, job_id):
if request.method == 'POST':
# get CombineJob
cjob = CombineJob.get_combine_job(job_id)
# get job note
job_name = request.POST.get('job_name')
if job_name == '':
job_name = None
# update job note
cjob.job.name = job_name
cjob.job.save()
# redirect
return redirect(request.META.get('HTTP_REFERER'))
def job_unpublish(request, org_id, record_group_id, job_id):
# get CombineJob
cjob = CombineJob.get_combine_job(job_id)
# init unpublish
cjob.unpublish_bg_task()
# set gms
gmc = GlobalMessageClient(request.session)
gmc.add_gm({
'html': '<p><strong>Unpublishing Job:</strong><br>%s</p><p><a href="%s"><button type="button" class="btn btn-outline-primary btn-sm">View Published Records</button></a></p>' % (
cjob.job.name, reverse('published')),
'class': 'success'
})
return redirect('record_group',
org_id=cjob.job.record_group.organization.id,
record_group_id=cjob.job.record_group.id)
def job_parameters(request, org_id, record_group_id, job_id):
# get CombineJob
cjob = CombineJob.get_combine_job(job_id)
# if GET, return JSON
if request.method == 'GET':
# return
return JsonResponse(cjob.job.job_details_dict)
# if POST, update
if request.method == 'POST':
# get job_details as JSON
job_details_json = request.POST.get('job_details_json', None)
if job_details_json is not None:
cjob.job.job_details = job_details_json
cjob.job.save()
return JsonResponse({"msg": "Job Parameters updated!"})
def job_analysis(request):
"""
Run new analysis job
"""
# if GET, prepare form
if request.method == 'GET':
# retrieve jobs (limiting if needed)
input_jobs = Job.objects.all()
# limit if analysis_type set
analysis_type = request.GET.get('type', None)
subset = request.GET.get('subset', None)
if analysis_type == 'published':
# load PublishedRecords
published = PublishedRecords(subset=subset)
# define input_jobs
input_jobs = published.published_jobs
else:
published = None
# get validation scenarios
validation_scenarios = ValidationScenario.objects.all()
# get field mappers
field_mappers = FieldMapper.objects.all()
# get record identifier transformation scenarios
rits = RecordIdentifierTransformation.objects.all()
# get job lineage for all jobs (filtered to input jobs scope)
job_lineage = Job.get_all_jobs_lineage(jobs_query_set=input_jobs)
# get all bulk downloads
bulk_downloads = DPLABulkDataDownload.objects.all()
# render page
return render(
request, 'core/job_analysis.html', {
'job_select_type': 'multiple',
'input_jobs': input_jobs,
'published': published,
'validation_scenarios': validation_scenarios,
'rits': rits,
'field_mappers': field_mappers,
'xml2kvp_handle': xml2kvp.XML2kvp(),
'analysis_type': analysis_type,
'bulk_downloads': bulk_downloads,
'job_lineage_json': json.dumps(job_lineage)
})
# if POST, submit job
if request.method == 'POST':
cjob = CombineJob.init_combine_job(
user=request.user,
# TODO: record_group=record_group,
job_type_class=AnalysisJob,
job_params=request.POST)
# start job and update status
job_status = cjob.start_job()
# if job_status is absent, report job status as failed
if job_status is False:
cjob.job.status = 'failed'
cjob.job.save()
return redirect('analysis')
def export_tabular_data(request, export_source=None, job_id=None, subset=None):
# get records per file
records_per_file = request.POST.get('records_per_file', False)
if records_per_file in ['', False]:
records_per_file = 500
# get mapped fields export type
tabular_data_export_type = request.POST.get('tabular_data_export_type')
# get archive type
archive_type = request.POST.get('archive_type')
# get fm config json
fm_export_config_json = request.POST.get('fm_export_config_json')
# export for single job
if export_source == 'job':
LOGGER.debug('exporting tabular data from Job')
# retrieve job
cjob = CombineJob.get_combine_job(int(job_id))
# initiate Combine BG Task
combine_task = CombineBackgroundTask(
name='Export Tabular Data for Job: %s' % cjob.job.name,
task_type='export_tabular_data',
task_params_json=json.dumps({
'job_id':
cjob.job.id,
'records_per_file':
int(records_per_file),
'tabular_data_export_type':
tabular_data_export_type,
'archive_type':
archive_type,
'fm_export_config_json':
fm_export_config_json
}))
combine_task.save()
# handle export output configurations
combine_task = _handle_export_output(request, export_source,
combine_task)
# run celery task
background_task = tasks.export_tabular_data.delay(combine_task.id)
LOGGER.debug('firing bg task: %s', background_task)
combine_task.celery_task_id = background_task.task_id
combine_task.save()
# set gm
gmc = GlobalMessageClient(request.session)
target = "Job:</strong><br>%s" % cjob.job.name
gmc.add_gm({
'html':
'<p><strong>Exporting Tabular Data for %s</p><p><a href="%s"><button type="button" '
'class="btn btn-outline-primary btn-sm">View Background Tasks</button></a></p>'
% (target, reverse('bg_tasks')),
'class':
'success'
})
return redirect('job_details',
org_id=cjob.job.record_group.organization.id,
record_group_id=cjob.job.record_group.id,
job_id=cjob.job.id)
# export for published
if export_source == 'published':
LOGGER.debug('exporting tabular data from published records')
# get instance of Published model
# TODO: not used
PublishedRecords()
# initiate Combine BG Task
combine_task = CombineBackgroundTask(
name='Export Tabular Data for Published Records',
task_type='export_tabular_data',
task_params_json=json.dumps({
'published':
True,
'subset':
subset,
'records_per_file':
int(records_per_file),
'tabular_data_export_type':
tabular_data_export_type,
'archive_type':
archive_type,
'fm_export_config_json':
fm_export_config_json
}))
combine_task.save()
# handle export output configurations
combine_task = _handle_export_output(request, export_source,
combine_task)
# run celery task
background_task = tasks.export_tabular_data.delay(combine_task.id)
LOGGER.debug('firing bg task: %s', background_task)
combine_task.celery_task_id = background_task.task_id
combine_task.save()
# set gm
gmc = GlobalMessageClient(request.session)
target = ":</strong><br>Published Records"
gmc.add_gm({
'html':
'<p><strong>Exporting Tabular Data for %s</p><p><a href="%s"><button type="button" '
'class="btn btn-outline-primary btn-sm">View Background Tasks</button></a></p>'
% (target, reverse('bg_tasks')),
'class':
'success'
})
return redirect('published')
def export_mapped_fields(request,
export_source=None,
job_id=None,
subset=None):
# get mapped fields export type
mapped_fields_export_type = request.POST.get('mapped_fields_export_type')
# check for Kibana check
kibana_style = request.POST.get('kibana_style', False)
if kibana_style:
kibana_style = True
# get archive type
archive_type = request.POST.get('archive_type')
# get selected fields if present
mapped_field_include = request.POST.getlist('mapped_field_include', False)
# export for single job
if export_source == 'job':
LOGGER.debug('exporting mapped fields from Job')
# retrieve job
cjob = CombineJob.get_combine_job(int(job_id))
# initiate Combine BG Task
combine_task = CombineBackgroundTask(
name='Export Mapped Fields for Job: %s' % cjob.job.name,
task_type='export_mapped_fields',
task_params_json=json.dumps({
'job_id':
cjob.job.id,
'mapped_fields_export_type':
mapped_fields_export_type,
'kibana_style':
kibana_style,
'archive_type':
archive_type,
'mapped_field_include':
mapped_field_include
}))
combine_task.save()
# handle export output configurations
combine_task = _handle_export_output(request, export_source,
combine_task)
# run celery task
background_task = tasks.export_mapped_fields.delay(combine_task.id)
LOGGER.debug('firing bg task: %s', background_task)
combine_task.celery_task_id = background_task.task_id
combine_task.save()
# set gm
gmc = GlobalMessageClient(request.session)
target = "Job:</strong><br>%s" % cjob.job.name
gmc.add_gm({
'html':
'<p><strong>Exporting Mapped Fields for %s</p><p><a href="%s"><button type="button" '
'class="btn btn-outline-primary btn-sm">View Background Tasks</button></a></p>'
% (target, reverse('bg_tasks')),
'class':
'success'
})
return redirect('job_details',
org_id=cjob.job.record_group.organization.id,
record_group_id=cjob.job.record_group.id,
job_id=cjob.job.id)
# export for published
if export_source == 'published':
LOGGER.debug('exporting mapped fields from published records')
# initiate Combine BG Task
combine_task = CombineBackgroundTask(
name='Export Mapped Fields for Published Records',
task_type='export_mapped_fields',
task_params_json=json.dumps({
'published':
True,
'subset':
subset,
'mapped_fields_export_type':
mapped_fields_export_type,
'kibana_style':
kibana_style,
'archive_type':
archive_type,
'mapped_field_include':
mapped_field_include
}))
combine_task.save()
# handle export output configurations
combine_task = _handle_export_output(request, export_source,
combine_task)
# run celery task
background_task = tasks.export_mapped_fields.delay(combine_task.id)
LOGGER.debug('firing bg task: %s', background_task)
combine_task.celery_task_id = background_task.task_id
combine_task.save()
# set gm
gmc = GlobalMessageClient(request.session)
target = ":</strong><br>Published Records"
gmc.add_gm({
'html':
'<p><strong>Exporting Mapped Fields for %s</p><p><a href="%s"><button type="button" '
'class="btn btn-outline-primary btn-sm">View Background Tasks</button></a></p>'
% (target, reverse('bg_tasks')),
'class':
'success'
})
return redirect('published')
def test_static_harvest(VO):
'''
Test static harvest of XML records from disk
'''
# copy test data to /tmp
payload_dir = '/tmp/%s' % uuid.uuid4().hex
shutil.copytree('/opt/combine/tests/data/static_harvest_data', payload_dir)
# emulate request.POST
request_dict = {
'dbdd': '',
'job_note': '',
'xpath_record_id': '',
'static_filepath': payload_dir,
'fm_config_json':
'{"add_literals":{},"capture_attribute_values":[],"concat_values_on_all_fields":false,"concat_values_on_fields":{},"copy_to":{},"copy_to_regex":{},"copy_value_to_regex":{},"error_on_delims_collision":false,"exclude_attributes":[],"exclude_elements":[],"include_all_attributes":false,"include_attributes":[],"include_sibling_id":false,"multivalue_delim":"|","node_delim":"_","ns_prefix_delim":"|","remove_copied_key":true,"remove_copied_value":false,"remove_ns_prefix":true,"repeating_element_suffix_count":false,"self_describing":false,"skip_attribute_ns_declarations":true,"skip_repeating_values":true,"skip_root":false,"split_values_on_all_fields":false,"split_values_on_fields":{}}',
'static_payload': '',
'job_name': '',
'field_mapper': 'default',
'rits': '',
'additional_namespace_decs': 'xmlns:mods="http://www.loc.gov/mods/v3"',
'document_element_root': 'mods:mods'
}
query_dict = QueryDict('', mutable=True)
query_dict.update(request_dict)
# init job, using Variable Object (VO)
cjob = CombineJob.init_combine_job(user=VO.user,
record_group=VO.rg,
job_type_class=HarvestStaticXMLJob,
job_params=query_dict,
files={},
hash_payload_filename=False)
# start job and update status
job_status = cjob.start_job()
# if job_status is absent, report job status as failed
if job_status == False:
cjob.job.status = 'failed'
cjob.job.save()
# poll until complete
for x in range(0, 480):
# pause
time.sleep(1)
# refresh session
cjob.job.update_status()
# check status
if cjob.job.status != 'available':
continue
else:
break
# save static harvest job to VO
VO.static_harvest_cjob = cjob
# remove payload_dir
shutil.rmtree(payload_dir)
# assert job is done and available via livy
assert VO.static_harvest_cjob.job.status == 'available'
# assert record count is 250
assert VO.static_harvest_cjob.job.record_count == 250
# assert no indexing failures
assert len(VO.static_harvest_cjob.get_indexing_failures()) == 0
def test_merge_duplicate(VO):
'''
Duplicate Transform job, applying newly created validation scenarios
'''
# emulate request.POST
request_dict = {
'dbdd': '',
'field_mapper': 'default',
'filter_dupe_record_ids': 'true',
'fm_config_json':
'{"add_literals":{},"capture_attribute_values":[],"concat_values_on_all_fields":false,"concat_values_on_fields":{},"copy_to":{},"copy_to_regex":{},"copy_value_to_regex":{},"error_on_delims_collision":false,"exclude_attributes":[],"exclude_elements":[],"include_all_attributes":false,"include_attributes":[],"include_sibling_id":false,"multivalue_delim":"|","node_delim":"_","ns_prefix_delim":"|","remove_copied_key":true,"remove_copied_value":false,"remove_ns_prefix":true,"repeating_element_suffix_count":false,"self_describing":false,"skip_attribute_ns_declarations":true,"skip_repeating_values":true,"skip_root":false,"split_values_on_all_fields":false,"split_values_on_fields":{}}',
'input_es_query_valve': '',
'input_numerical_valve': '',
'input_validity_valve': 'all',
'job_name': '',
'job_note': '',
'rits': ''
}
query_dict = QueryDict('', mutable=True)
query_dict.update(request_dict)
# set input jobs with QueryDict.setlist
query_dict.setlist(
'input_job_id',
[VO.static_harvest_cjob.job.id, VO.static_transform_cjob.job.id])
# set validation scenarios with QueryDict.setlist
query_dict.setlist('validation_scenario', [
VO.schematron_validation_scenario.id, VO.python_validation_scenario.id
])
# init job
cjob = CombineJob.init_combine_job(user=VO.user,
record_group=VO.rg,
job_type_class=MergeJob,
job_params=query_dict)
# start job and update status
job_status = cjob.start_job()
# if job_status is absent, report job status as failed
if job_status == False:
cjob.job.status = 'failed'
cjob.job.save()
# poll until complete
for x in range(0, 480):
# pause
time.sleep(1)
# refresh session
cjob.job.update_status()
# check status
if cjob.job.status != 'available':
continue
else:
break
# save static harvest job to VO
VO.merge_cjob = cjob
# assert job is done and available via livy
assert VO.merge_cjob.job.status == 'available'
# assert record count is 250
assert VO.merge_cjob.job.record_count == 250
# assert validation scenarios applied
job_validation_scenarios = VO.merge_cjob.job.jobvalidation_set.all()
assert job_validation_scenarios.count() == 2
# loop through validation scenarios and confirm that both show 250 failures
for jv in job_validation_scenarios:
assert jv.get_record_validation_failures().count() == 232
# assert no indexing failures
assert len(VO.merge_cjob.get_indexing_failures()) == 0
def test_static_transform(VO):
'''
Test static harvest of XML records from disk
'''
# prepare and capture temporary transformation scenario
VO.transformation_scenario = prepare_transform()
# emulate request.POST
request_dict = {
'dbdd':
'',
'field_mapper':
'default',
'filter_dupe_record_ids':
'true',
'fm_config_json':
'{"add_literals":{},"capture_attribute_values":[],"concat_values_on_all_fields":false,"concat_values_on_fields":{},"copy_to":{},"copy_to_regex":{},"copy_value_to_regex":{},"error_on_delims_collision":false,"exclude_attributes":[],"exclude_elements":[],"include_all_attributes":false,"include_attributes":[],"include_sibling_id":false,"multivalue_delim":"|","node_delim":"_","ns_prefix_delim":"|","remove_copied_key":true,"remove_copied_value":false,"remove_ns_prefix":true,"repeating_element_suffix_count":false,"self_describing":false,"skip_attribute_ns_declarations":true,"skip_repeating_values":true,"skip_root":false,"split_values_on_all_fields":false,"split_values_on_fields":{}}',
'input_es_query_valve':
'',
'input_job_id':
VO.static_harvest_cjob.job.id,
'input_numerical_valve':
'',
'input_validity_valve':
'all',
'job_name':
'',
'job_note':
'',
'rits':
'',
'sel_trans_json':
'[{"index":0,"trans_id":%s}]' % VO.transformation_scenario.id
}
query_dict = QueryDict('', mutable=True)
query_dict.update(request_dict)
# init job
cjob = CombineJob.init_combine_job(user=VO.user,
record_group=VO.rg,
job_type_class=TransformJob,
job_params=query_dict)
# start job and update status
job_status = cjob.start_job()
# if job_status is absent, report job status as failed
if job_status == False:
cjob.job.status = 'failed'
cjob.job.save()
# poll until complete
for x in range(0, 480):
# pause
time.sleep(1)
# refresh session
cjob.job.update_status()
# check status
if cjob.job.status != 'available':
continue
else:
break
# save static harvest job to VO
VO.static_transform_cjob = cjob
# assert job is done and available via livy
assert VO.static_transform_cjob.job.status == 'available'
# assert record count is 250
assert VO.static_transform_cjob.job.record_count == 250
# assert no indexing failures
assert len(VO.static_transform_cjob.get_indexing_failures()) == 0
# remove transformation
assert VO.transformation_scenario.delete()[0] > 0
def job_reports_create_validation(request, org_id, record_group_id, job_id):
"""
Generate job report based on validation results
"""
# retrieve job
cjob = CombineJob.get_combine_job(int(job_id))
# if GET, prepare form
if request.method == 'GET':
# mapped field analysis, generate if not part of job_details
if 'mapped_field_analysis' in cjob.job.job_details_dict.keys():
field_counts = cjob.job.job_details_dict['mapped_field_analysis']
else:
if cjob.job.finished:
field_counts = cjob.count_indexed_fields()
cjob.job.update_job_details(
{'mapped_field_analysis': field_counts}, save=True)
else:
LOGGER.debug('job not finished, not setting')
field_counts = {}
# render page
return render(request, 'core/job_reports_create_validation.html', {
'cjob': cjob,
'field_counts': field_counts,
'breadcrumbs': breadcrumb_parser(request)
})
# if POST, generate report
if request.method == 'POST':
# get job name for Combine Task
report_name = request.POST.get('report_name')
if report_name == '':
report_name = 'j_%s_validation_report' % cjob.job.id
combine_task_name = "Validation Report: %s" % cjob.job.name
else:
combine_task_name = "Validation Report: %s" % report_name
# handle POST params and save as Combine task params
task_params = {
'job_id': cjob.job.id,
'report_name': report_name,
'report_format': request.POST.get('report_format'),
'compression_type': request.POST.get('compression_type'),
'validation_scenarios': request.POST.getlist('validation_scenario', []),
'mapped_field_include': request.POST.getlist('mapped_field_include', [])
}
# cast to int
task_params['validation_scenarios'] = [
int(vs_id) for vs_id in task_params['validation_scenarios']]
# remove select, reserved fields if in mapped field request
task_params['mapped_field_include'] = [f for f in task_params['mapped_field_include'] if
f not in ['record_id', 'db_id', 'oid', '_id']]
# initiate Combine BG Task
combine_task = CombineBackgroundTask(
name=combine_task_name,
task_type='validation_report',
task_params_json=json.dumps(task_params)
)
combine_task.save()
# run celery task
background_task = tasks.create_validation_report.delay(combine_task.id)
LOGGER.debug('firing bg task: %s', background_task)
combine_task.celery_task_id = background_task.task_id
combine_task.save()
# redirect to Background Tasks
return redirect('bg_tasks')
def job_merge(request, org_id, record_group_id):
"""
Merge multiple jobs into a single job
"""
# retrieve record group
record_group = RecordGroup.objects.get(pk=record_group_id)
# if GET, prepare form
if request.method == 'GET':
# get scope of input jobs and retrieve
input_job_scope = request.GET.get('scope', None)
# if all jobs, retrieve all jobs
if input_job_scope == 'all_jobs':
input_jobs = Job.objects.exclude(
job_type='AnalysisJob').all()
# else, limit to RecordGroup
else:
input_jobs = record_group.job_set.all()
# get validation scenarios
validation_scenarios = ValidationScenario.objects.all()
# get record identifier transformation scenarios
rits = RecordIdentifierTransformation.objects.all()
# get field mappers
field_mappers = FieldMapper.objects.all()
# get job lineage for all jobs (filtered to input jobs scope)
job_lineage = Job.get_all_jobs_lineage(jobs_query_set=input_jobs)
# get all bulk downloads
bulk_downloads = DPLABulkDataDownload.objects.all()
# render page
return render(request, 'core/job_merge.html', {
'job_select_type': 'multiple',
'record_group': record_group,
'input_jobs': input_jobs,
'input_job_scope': input_job_scope,
'validation_scenarios': validation_scenarios,
'rits': rits,
'field_mappers': field_mappers,
'xml2kvp_handle': xml2kvp.XML2kvp(),
'job_lineage_json': json.dumps(job_lineage),
'bulk_downloads': bulk_downloads,
'breadcrumbs': breadcrumb_parser(request)
})
# if POST, submit job
if request.method == 'POST':
cjob = CombineJob.init_combine_job(
user=request.user,
record_group=record_group,
job_type_class=MergeJob,
job_params=request.POST)
# start job and update status
job_status = cjob.start_job()
# if job_status is absent, report job status as failed
if job_status == False:
cjob.job.status = 'failed'
cjob.job.save()
return redirect('record_group', org_id=org_id, record_group_id=record_group.id)
def job_update(request, org_id, record_group_id, job_id):
"""
Update Job in one of several ways:
- re-map and index
- run new / different validations
"""
# retrieve job
cjob = CombineJob.get_combine_job(int(job_id))
# if GET, prepare form
if request.method == 'GET':
# get validation scenarios
validation_scenarios = ValidationScenario.objects.all()
# get field mappers
field_mappers = FieldMapper.objects.all()
orig_fm_config_json = cjob.job.get_fm_config_json()
# get all bulk downloads
bulk_downloads = DPLABulkDataDownload.objects.all()
# get update type from GET params
update_type = request.GET.get('update_type', None)
# render page
return render(request, 'core/job_update.html', {
'cjob': cjob,
'update_type': update_type,
'validation_scenarios': validation_scenarios,
'field_mappers': field_mappers,
'bulk_downloads': bulk_downloads,
'xml2kvp_handle': xml2kvp.XML2kvp(),
'orig_fm_config_json': orig_fm_config_json,
'breadcrumbs': breadcrumb_parser(request)
})
# if POST, submit job
if request.method == 'POST':
LOGGER.debug('updating job')
LOGGER.debug(request.POST)
# retrieve job
cjob = CombineJob.get_combine_job(int(job_id))
# get update type
update_type = request.POST.get('update_type', None)
LOGGER.debug('running job update: %s', update_type)
# handle re-index
if update_type == 'reindex':
# get preferred metadata index mapper
fm_config_json = request.POST.get('fm_config_json')
# init re-index
cjob.reindex_bg_task(fm_config_json=fm_config_json)
# set gms
gmc = GlobalMessageClient(request.session)
gmc.add_gm({
'html': '<p><strong>Re-Indexing Job:</strong><br>%s</p>'
'<p><a href="%s"><button type="button" '
'class="btn btn-outline-primary btn-sm">View Background Tasks</button></a></p>' % (
cjob.job.name, reverse('bg_tasks')),
'class': 'success'
})
return redirect('job_details',
org_id=cjob.job.record_group.organization.id,
record_group_id=cjob.job.record_group.id,
job_id=cjob.job.id)
# handle new validations
if update_type == 'validations':
# get requested validation scenarios
validation_scenarios = request.POST.getlist(
'validation_scenario', [])
# get validations
validations = ValidationScenario.objects.filter(
id__in=[int(vs_id) for vs_id in validation_scenarios])
# init bg task
cjob.new_validations_bg_task([vs.id for vs in validations])
# set gms
gmc = GlobalMessageClient(request.session)
gmc.add_gm({
'html': '<p><strong>Running New Validations for Job:</strong><br>%s<br>'
'<br><strong>Validation Scenarios:</strong><br>%s</p>'
'<p><a href="%s"><button type="button" '
'class="btn btn-outline-primary btn-sm">View Background Tasks</button></a></p>' % (
cjob.job.name, '<br>'.join([vs.name for vs in validations]), reverse('bg_tasks')),
'class': 'success'
})
return redirect('job_details',
org_id=cjob.job.record_group.organization.id,
record_group_id=cjob.job.record_group.id,
job_id=cjob.job.id)
# handle validation removal
if update_type == 'remove_validation':
# get validation scenario to remove
jv_id = request.POST.get('jv_id', False)
# initiate Combine BG Task
cjob.remove_validation_bg_task(jv_id)
# set gms
validation_scenario = JobValidation.objects.get(
pk=int(jv_id)).validation_scenario
gmc = GlobalMessageClient(request.session)
gmc.add_gm({
'html': '<p><strong>Removing Validation for Job:</strong><br>%s<br><br>'
'<strong>Validation Scenario:</strong><br>%s</p><p><a href="%s"><button type="button" '
'class="btn btn-outline-primary btn-sm">View Background Tasks</button></a></p>' % (
cjob.job.name, validation_scenario.name, reverse('bg_tasks')),
'class': 'success'
})
return redirect('job_details',
org_id=cjob.job.record_group.organization.id,
record_group_id=cjob.job.record_group.id,
job_id=cjob.job.id)
# handle validation removal
if update_type == 'dbdm':
# get validation scenario to remove
dbdd_id = request.POST.get('dbdd', False)
# initiate Combine BG Task
cjob.dbdm_bg_task(dbdd_id)
# set gms
dbdd = DPLABulkDataDownload.objects.get(pk=int(dbdd_id))
gmc = GlobalMessageClient(request.session)
gmc.add_gm({
'html': '<p><strong>Running DPLA Bulk Data comparison for Job:</strong><br>%s<br><br>'
'<strong>Bulk Data S3 key:</strong><br>%s</p><p><a href="%s"><button type="button" '
'class="btn btn-outline-primary btn-sm">View Background Tasks</button></a></p>' % (
cjob.job.name, dbdd.s3_key, reverse('bg_tasks')),
'class': 'success'
})
return redirect('job_details',
org_id=cjob.job.record_group.organization.id,
record_group_id=cjob.job.record_group.id,
job_id=cjob.job.id)
if update_type == 'publish_set':
update_body = request.POST
if update_body.get('publish_set_id', None):
cjob.job.publish_set_id = update_body['publish_set_id']
if update_body.get('existing_publish_set_id', None):
cjob.job.publish_set_id = update_body['existing_publish_set_id']
redirect_anchor = update_body.get('redirect_anchor', '')
cjob.job.save()
return redirect(reverse('job_details', args=[org_id, record_group_id, job_id]) + redirect_anchor)
def delete_jobs(request):
LOGGER.debug('deleting jobs')
job_ids = request.POST.getlist('job_ids[]')
LOGGER.debug(job_ids)
# get downstream toggle
downstream_toggle = request.POST.get('downstream_delete_toggle', False)
if downstream_toggle == 'true':
downstream_toggle = True
elif downstream_toggle == 'false':
downstream_toggle = False
# set of jobs to delete
job_delete_set = set()
# loop through job_ids
for job_id in job_ids:
# get CombineJob
cjob = CombineJob.get_combine_job(job_id)
# if including downstream
if downstream_toggle:
# add delete lineage for this job to set
job_delete_set.update(cjob.job.get_downstream_jobs())
# else, just job
else:
job_delete_set.add(cjob.job)
# sort and run
ordered_job_delete_set = sorted(list(job_delete_set), key=lambda j: j.id)
# # loop through and update visible elements of Job for front-end
for job in ordered_job_delete_set:
LOGGER.debug('deleting Job: %s', job)
# set job status to deleting
job.name = "%s (DELETING)" % job.name
job.deleted = True
job.status = 'deleting'
job.save()
# initiate Combine BG Task
combine_task = CombineBackgroundTask(
name='Delete Job: #%s' % job.name,
task_type='delete_model_instance',
task_params_json=json.dumps({
'model': 'Job',
'job_id': job.id
})
)
combine_task.save()
# run celery task
bg_task = tasks.delete_model_instance.delay('Job', job.id, )
LOGGER.debug('firing bg task: %s', bg_task)
combine_task.celery_task_id = bg_task.task_id
combine_task.save()
# set gms
gmc = GlobalMessageClient(request.session)
gmc.add_gm({
'html': '<p><strong>Deleting Job(s):</strong><br>%s</p><p>Refresh this page to update status of removing Jobs. <button class="btn-sm btn-outline-primary" onclick="location.reload();">Refresh</button></p>' % (
'<br>'.join([j.name for j in ordered_job_delete_set])),
'class': 'danger'
})
# return
return JsonResponse({'results': True})
def job_details(request, org_id, record_group_id, job_id):
LOGGER.debug('details for job id: %s', job_id)
# get CombineJob
cjob = CombineJob.get_combine_job(job_id)
# update status
cjob.job.update_status()
# detailed record count
record_count_details = cjob.job.get_detailed_job_record_count()
# get job lineage
job_lineage = cjob.job.get_lineage()
# get dpla_bulk_data_match
dpla_bulk_data_matches = cjob.job.get_dpla_bulk_data_matches()
# check if limiting to one, pre-existing record
get_q = request.GET.get('q', None)
# job details and job type specific augment
job_detail = cjob.job.job_details_dict
# mapped field analysis, generate if not part of job_details
if 'mapped_field_analysis' in job_detail.keys():
field_counts = job_detail['mapped_field_analysis']
else:
if cjob.job.finished:
field_counts = cjob.count_indexed_fields()
cjob.job.update_job_details(
{'mapped_field_analysis': field_counts}, save=True)
else:
LOGGER.debug('job not finished, not setting')
field_counts = {}
# TODO: What is this accomplishing?
# OAI Harvest
if isinstance(cjob, HarvestOAIJob):
pass
# Static Harvest
elif isinstance(cjob, HarvestStaticXMLJob):
pass
# Transform
elif isinstance(cjob, TransformJob):
pass
# Merge/Duplicate
elif isinstance(cjob, MergeJob):
pass
# Analysis
elif isinstance(cjob, AnalysisJob):
pass
# get published records, primarily for published sets
pub_records = PublishedRecords()
oai_sets = Record.objects(job_id=cjob.job.id).item_frequencies(field='oai_set')
# get published subsets with PublishedRecords static method
published_subsets = PublishedRecords.get_subsets()
# loop through subsets and enrich
for _ in published_subsets:
# add counts
counts = mc_handle.combine.misc.find_one(
{'_id': 'published_field_counts_%s' % _['name']})
# if counts not yet calculated, do now
if counts is None:
counts = PublishedRecords(
subset=_['name']).count_indexed_fields()
_['counts'] = counts
# get field mappers
field_mappers = FieldMapper.objects.all()
# return
return render(request, 'core/job_details.html', {
'cjob': cjob,
'record_group': cjob.job.record_group,
'record_count_details': record_count_details,
'field_counts': field_counts,
'field_mappers': field_mappers,
'xml2kvp_handle': xml2kvp.XML2kvp(),
'job_lineage_json': json.dumps(job_lineage),
'dpla_bulk_data_matches': dpla_bulk_data_matches,
'q': get_q,
'job_details': job_detail,
'pr': pub_records,
'published_subsets': published_subsets,
'es_index_str': cjob.esi.es_index_str,
'breadcrumbs': breadcrumb_parser(request),
'oai_sets': dict(oai_sets)
})
