def view_job(request, id):
job = Job.objects.get(id=id)
# xml_string = job.parameters
ui_holder = UIModulesHolder(UIModulesHolder.XML, xml_parse(job.parameters.encode('utf-8')))
forms = ui_holder.forms()
return render(request, 'jobs/view.html', {
'id': id,
'user': request.user,
'job': job,
'ui_holder': ui_holder,
'forms': forms,
'forms_size': len(forms)+1,
})
def _get_summary_as_text(id):
def get_bandpass_filter(bp_filter_id):
suffix = ''
if bp_filter_id.endswith('_apparent'):
bp_filter_id = bp_filter_id[:-len('apparent')-1]
suffix = 'apparent'
elif bp_filter_id.endswith('_absolute'):
bp_filter_id = bp_filter_id[:-len('absolute')-1]
suffix = 'absolute'
obj = BandPassFilter.objects.get(id=bp_filter_id)
return obj.label + ' (' + suffix.capitalize() + ')'
def format_redshit(redshift):
whole_digits = int(redshift)
return round(redshift, max(5-whole_digits, 0))
def display_range(label, min, max):
if max is not None and min is not None:
return min + ' ' + u'\u2264' + ' ' + label + ' ' + u'\u2264' + ' ' + max
elif max is None:
return min + ' ' + u'\u2264' + ' ' + label
else:
return label + ' ' + u'\u2264' + ' ' + max
def display_selection(filter_id, min, max):
if filter_id.startswith('D-'):
filter_id = filter_id[2:]
obj = DataSetProperty.objects.get(id=filter_id)
return display_range(obj.label + ' (' + obj.units + ')', min, max)
elif filter_id.startswith('B-'): # bandpass filter_id looks like B-12_apparent
filter_id = filter_id[2:]
filter_label = get_bandpass_filter(filter_id)
return display_range(filter_label, min, max)
else:
return 'No Filter'
job = Job.objects.get(pk=id)
ui_holder = UIModulesHolder(UIModulesHolder.XML, xml_parse(job.parameters.encode('utf-8')))
if ui_holder.job_type == UIModulesHolder.SQL_JOB:
txt_template = loader.get_template('jobs/sql_job-summary.txt')
query = ui_holder.raw_data('sql_job', 'query')
dataset = ui_holder.dataset
simulation = dataset.simulation
galaxy_model = dataset.galaxy_model
output_properties = []
for output_property in ui_holder.raw_data('sql_job', 'output_properties'):
output_properties = output_properties + [(output_property['label'], output_property['units'])]
output_format = ''
for x in output_formats():
if x['value'] == (ui_holder.raw_data('output_format', 'supported_formats')):
output_format = x['text']
context = Context({
'query': query,
'dark_matter_simulation': simulation,
'simulation_details': html2text.html2text(simulation.details),
'galaxy_model': galaxy_model,
'galaxy_model_details': html2text.html2text(galaxy_model.details),
'output_properties': output_properties,
'output_format': output_format,})
else:
geometry = ui_holder.raw_data('light_cone', 'catalogue_geometry')
dataset = ui_holder.dataset
simulation = dataset.simulation
galaxy_model = dataset.galaxy_model
output_properties = []
for output_property_id in ui_holder.raw_data('light_cone', 'output_properties'):
output_property = DataSetProperty.objects.get(id=output_property_id)
units = html2text.html2text(output_property.units).rstrip()
output_properties = output_properties + [(output_property, units)]
# output_properties = [(DataSetProperty.objects.get(id=output_property_id), html2text.html2text(getattr(DataSetProperty.objects.get(id=output_property_id), 'units')).rstrip()) for output_property_id in ui_holder.raw_data('light_cone', 'output_properties')]
output_format = ''
for x in output_formats():
if x['value'] == (ui_holder.raw_data('output_format', 'supported_formats')):
output_format = x['text']
txt_template = loader.get_template('jobs/light_cone_job-summary.txt')
context = Context({
'catalogue_geometry': geometry,
'dark_matter_simulation': simulation,
'simulation_details': html2text.html2text(simulation.details),
'galaxy_model': galaxy_model,
'galaxy_model_details': html2text.html2text(galaxy_model.details),
'output_properties': output_properties,
'record_filter': display_selection(ui_holder.raw_data('record_filter', 'filter'), ui_holder.raw_data('record_filter', 'min'), ui_holder.raw_data('record_filter', 'max')),
'output_format': output_format,
})
if geometry == 'light-cone':
ra_opening_angle = ui_holder.raw_data('light_cone', 'ra_opening_angle')
dec_opening_angle = ui_holder.raw_data('light_cone', 'dec_opening_angle')
context['ra_opening_angle'] = ra_opening_angle
context['dec_opening_angle'] = dec_opening_angle
context['redshift_min'] = ui_holder.raw_data('light_cone', 'redshift_min')
context['redshift_max'] = ui_holder.raw_data('light_cone', 'redshift_max')
context['number_of_light_cones'] = ui_holder.raw_data('light_cone', 'number_of_light_cones')
context['light_cone_type'] = ui_holder.raw_data('light_cone', 'light_cone_type')
else:
snapshot = Snapshot.objects.get(id=ui_holder.raw_data('light_cone', 'snapshot')).redshift
context['box_size'] = ui_holder.raw_data('light_cone', 'box_size')
context['snapshot'] = format_redshit(snapshot)
if ui_holder.raw_data('sed', 'apply_sed'):
single_stellar_population_model = StellarModel.objects.get(id=ui_holder.raw_data('sed', 'single_stellar_population_model'))
band_pass_ids = ui_holder.raw_data('sed', 'band_pass_filters')
context['apply_sed'] = True
context['ssp_name'] = single_stellar_population_model
context['ssp_description'] = html2text.html2text(single_stellar_population_model.description)
context['band_pass_filters'] = [get_bandpass_filter(band_pass_id) for band_pass_id in band_pass_ids]
if ui_holder.raw_data('sed', 'apply_dust'):
dust_model = DustModel.objects.get(id=ui_holder.raw_data('sed', 'select_dust_model'))
context['dust_label'] = dust_model
context['dust_model_details'] = html2text.html2text(dust_model.details)
else:
context['dust_label'] = 'None'
else:
context['apply_sed'] = False
if ui_holder.raw_data('mock_image', 'apply_mock_image'):
context['number_of_images'] = ui_holder.raw_data('mock_image', 'TOTAL_FORMS')
images = []
for i in xrange(0, context['number_of_images']):
image = {}
image['fov_dec'] = ui_holder.raw_data('mock_image', '%d-fov_dec' % i)
image['sub_cone'] = ui_holder.raw_data('mock_image', '%d-sub_cone' % i)
image['height'] = ui_holder.raw_data('mock_image', '%d-height' % i)
image['origin_ra'] = ui_holder.raw_data('mock_image', '%d-origin_ra' % i)
image['min_mag'] = ui_holder.raw_data('mock_image', '%d-min_mag' % i)
image['origin_dec'] = ui_holder.raw_data('mock_image', '%d-origin_dec' % i)
image['width'] = ui_holder.raw_data('mock_image', '%d-width' % i)
image['z_min'] = ui_holder.raw_data('mock_image', '%d-z_min' % i)
image['max_mag'] = ui_holder.raw_data('mock_image', '%d-max_mag' % i)
image['z_max'] = ui_holder.raw_data('mock_image', '%d-z_max' % i)
image['fov_ra'] = ui_holder.raw_data('mock_image', '%d-fov_ra' % i)
image['format'] = ui_holder.raw_data('mock_image', '%d-format' % i)
mag_fields = ui_holder.raw_data('mock_image','%d-mag_field' % i).split('_')
mag_field = BandPassFilter.objects.get(pk=mag_fields[0]).label
mag_field += ' (%s)' % mag_fields[1].title()
image['mag_field'] = mag_field
images.append(image)
context['images'] = images
else:
context['number_of_images'] = None
return txt_template.render(context)
def index(request):
user = request.user
if not user.check_disk_usage_within_quota():
message = (
"Please reduce your disk usage below " + user.display_user_disk_quota() + ". "
'If you would like additional quota, please <a href="' + reverse("support_page") + '">submit</a> '
"a request with the reason for the request."
)
messages.info(request, mark_safe(message))
# return jobs.index(request)
return redirect(reverse("job_index"))
if request.method == "POST":
if len(request.FILES) > 0:
parameter_file = request.FILES.itervalues().next()
ui_holder = UIModulesHolder(UIModulesHolder.POST)
try:
if parameter_file.content_type != "text/xml":
raise Exception("Wrong mime-type")
params_ui_holder = UIModulesHolder(UIModulesHolder.XML, xml_parse(parameter_file.read()))
message = "Parameter file '%s' uploaded successfully." % parameter_file.name
messages.info(request, message)
return render(
request,
"mock_galaxy_factory/index.html",
{
"forms": ui_holder.forms(),
"ui_holder": params_ui_holder,
"TAB_SUMMARY_ID": settings.MODULE_INDICES["summary"],
},
)
except:
message = "Failed to process parameter file: '%s'." % parameter_file.name
messages.error(request, message)
return render(
request,
"mock_galaxy_factory/index.html",
{
"forms": ui_holder.forms(),
# 'ui_holder': params_ui_holder,
"TAB_SUMMARY_ID": settings.MODULE_INDICES["summary"],
},
)
elif "survey_presets" in request.POST:
preset = SurveyPreset.objects.get(pk=request.POST.get("survey_presets"))
params_ui_holder = UIModulesHolder(UIModulesHolder.XML, xml_parse(preset.parameters.encode()))
ui_holder = UIModulesHolder(UIModulesHolder.POST)
message = "Survey Preset '%s' loaded successfully." % preset.name
messages.info(request, message)
return render(
request,
"mock_galaxy_factory/index.html",
{
"forms": ui_holder.forms(),
"ui_holder": params_ui_holder,
"TAB_SUMMARY_ID": settings.MODULE_INDICES["summary"],
},
)
else:
ui_holder = UIModulesHolder(UIModulesHolder.POST, request.POST)
response_dict = {}
response_dict["job_submitted"] = False
if ui_holder.validate():
UserModel = get_user_model()
user = UserModel.objects.get(username=request.user.username)
job_description = request.POST.get("job-description")
response_dict["job_id"] = workflow.save(user, ui_holder, job_description).pk
messages.info(request, _(settings.INITIAL_JOB_MESSAGE % models.initial_job_status().lower()))
response_dict["job_submitted"] = True
response_dict["next_page"] = reverse("job_index")
else:
response_dict["errors"] = ui_holder.errors
# Simple answer the errors dictionary
# If the dictionary is empty, the client knows the job was created successfully
response = json.dumps(response_dict)
callback = request.GET.get("callback", None)
if callback is not None:
response = "%s(%s)" % (callback, response)
return HttpResponse(response, mimetype="application/json")
# Assume GET
ui_holder = UIModulesHolder(UIModulesHolder.POST)
return render(
request,
"mock_galaxy_factory/index.html",
{
"forms": ui_holder.forms(),
# 'forms_size' : len(ui_holder.forms())+1,
"TAB_SUMMARY_ID": settings.MODULE_INDICES["summary"],
},
)