def post(self, request, *args, **kwargs):
solution = get_object_or_404(Solution, pk=kwargs.pop('pk'))
solver = Solver()
status = solver.status(solution.submission_id)
if status == Solver.SUCCESS:
info = solver.info(solution.submission_id)
solution.objects_in_field = ', '.join(info['objects_in_field'])
solution.ra = "%.3f" % info['calibration']['ra']
solution.dec = "%.3f" % info['calibration']['dec']
solution.orientation = "%.3f" % info['calibration']['orientation']
solution.radius = "%.3f" % info['calibration']['radius']
solution.pixscale = "%.3f" % corrected_pixscale(solution, info['calibration']['pixscale'])
try:
target = solution.content_type.get_object_for_this_type(pk=solution.object_id)
except solution.content_type.model_class().DoesNotExist:
# Target image was deleted meanwhile
context = {'status': Solver.FAILED}
return HttpResponse(simplejson.dumps(context), content_type='application/json')
# Annotate image
annotations_obj = solver.annotations(solution.submission_id)
solution.annotations = simplejson.dumps(annotations_obj)
annotator = Annotator(solution)
try:
annotated_image = annotator.annotate()
except ThumbnailNotReadyException:
solution.status = Solver.PENDING
solution.save()
context = {'status': solution.status}
return HttpResponse(simplejson.dumps(context), content_type='application/json')
filename, ext = os.path.splitext(target.image_file.name)
annotated_filename = "%s-%d%s" % (filename, int(time.time()), ext)
if annotated_image:
solution.image_file.save(annotated_filename, annotated_image)
# Get sky plot image
url = solver.sky_plot_zoom1_image_url(solution.submission_id)
if url:
img = NamedTemporaryFile(delete=True)
img.write(urllib2.urlopen(url).read())
img.flush()
img.seek(0)
f = File(img)
try:
solution.skyplot_zoom1.save(target.image_file.name, f)
except IntegrityError:
pass
solution.status = status
solution.save()
context = {'status': solution.status}
return HttpResponse(simplejson.dumps(context), content_type='application/json')
def post(self, request, *args, **kwargs):
serial_number = request.POST.get('serialNumber')
status = request.POST.get('status', 'ERROR')
log.debug("PixInsight Webhook called for %s: %s" % (serial_number, status))
solution = get_object_or_404(Solution, pixinsight_serial_number=serial_number)
if status == 'OK':
svg_hd = request.POST.get('svgAnnotation', None)
svg_regular = request.POST.get('svgAnnotationSmall', svg_hd)
solution.pixinsight_svg_annotation_hd.save(serial_number + ".svg", ContentFile(svg_hd))
solution.pixinsight_svg_annotation_regular.save(serial_number + ".svg", ContentFile(svg_regular))
solution.status = Solver.ADVANCED_SUCCESS
solution.advanced_ra = request.POST.get('centerRA', None)
solution.advanced_ra_top_left = request.POST.get('topLeftRA', None)
solution.advanced_ra_top_right = request.POST.get('topRightRA', None)
solution.advanced_ra_bottom_left = request.POST.get('bottomLeftRA', None)
solution.advanced_ra_bottom_right = request.POST.get('bottomRightRA', None)
solution.advanced_dec = request.POST.get('centerDec', None)
solution.advanced_dec_top_left = request.POST.get('topLeftDec', None)
solution.advanced_dec_top_right = request.POST.get('topRightDec', None)
solution.advanced_dec_bottom_left = request.POST.get('bottomLeftDec', None)
solution.advanced_dec_bottom_right = request.POST.get('bottomRightDec', None)
solution.advanced_orientation = request.POST.get('rotation', None)
solution.advanced_pixscale = corrected_pixscale(solution, request.POST.get('resolution', None))
solution.advanced_flipped = request.POST.get('flipped', None) == 'true'
solution.advanced_wcs_transformation = request.POST.get('wcs_transformation', None)
solution.advanced_matrix_rect = request.POST.get('matrixRect', None)
solution.advanced_matrix_delta = request.POST.get('matrixDelta', None)
solution.advanced_ra_matrix = request.POST.get('raMatrix', None)
solution.advanced_dec_matrix = request.POST.get('decMatrix', None)
solution.advanced_annotations = request.POST.get('labelInfo', None)
solution.advanced_annotations_regular = request.POST.get('labelInfoSmall', None)
else:
solution.status = Solver.ADVANCED_FAILED
log.error(request.POST.get('errorMessage', 'Unknown error'))
solution.save()
return HttpResponse("OK")
def post(self, request, *args, **kwargs):
serial_number = request.POST.get('serialNumber')
status = request.POST.get('status', 'ERROR')
error_message = request.POST.get('errorMessage')
log.debug("PixInsight Webhook called for %s: %s" %
(serial_number, status))
PlateSolvingAdvancedTask.objects.filter(
serial_number=serial_number).update(
status=status,
error_message=error_message,
)
solution = get_object_or_404(Solution,
pixinsight_serial_number=serial_number)
if status == 'OK':
svg_hd = request.POST.get('svgAnnotation')
svg_regular = request.POST.get('svgAnnotationSmall', svg_hd)
pixscale = request.POST.get('resolution')
finding_chart = request.POST.get('findingChart')
finding_chart_small = request.POST.get('findingChartSmall')
if svg_hd:
solution.pixinsight_svg_annotation_hd.save(
serial_number + ".svg",
ContentFile(svg_hd.encode('utf-8')))
if svg_regular:
solution.pixinsight_svg_annotation_regular.save(
serial_number + ".svg",
ContentFile(svg_regular.encode('utf-8')))
if finding_chart:
data = base64.b64decode(urllib.parse.unquote(finding_chart))
solution.pixinsight_finding_chart = ContentFile(
data, name=f'{uuid.uuid4()}.png')
if finding_chart_small:
data = base64.b64decode(
urllib.parse.unquote(finding_chart_small))
solution.pixinsight_finding_chart_small = ContentFile(
data, name=f'{uuid.uuid4()}.png')
solution.status = Solver.ADVANCED_SUCCESS
solution.advanced_ra = request.POST.get('centerRA')
solution.advanced_ra_top_left = request.POST.get('topLeftRA')
solution.advanced_ra_top_right = request.POST.get('topRightRA')
solution.advanced_ra_bottom_left = request.POST.get('bottomLeftRA')
solution.advanced_ra_bottom_right = request.POST.get(
'bottomRightRA')
solution.advanced_dec = request.POST.get('centerDec')
solution.advanced_dec_top_left = request.POST.get('topLeftDec')
solution.advanced_dec_top_right = request.POST.get('topRightDec')
solution.advanced_dec_bottom_left = request.POST.get(
'bottomLeftDec')
solution.advanced_dec_bottom_right = request.POST.get(
'bottomRightDec')
solution.advanced_orientation = request.POST.get('rotation')
solution.advanced_pixscale = pixscale \
if solution.advanced_settings and solution.advanced_settings.sample_raw_frame_file \
else corrected_pixscale(solution, pixscale)
solution.advanced_flipped = request.POST.get('flipped') == 'true'
solution.advanced_wcs_transformation = request.POST.get(
'wcsTransformation')
solution.advanced_matrix_rect = request.POST.get('matrixRect')
solution.advanced_matrix_delta = request.POST.get('matrixDelta')
solution.advanced_ra_matrix = request.POST.get('raMatrix')
solution.advanced_dec_matrix = request.POST.get('decMatrix')
solution.advanced_annotations = request.POST.get('labelInfo')
solution.advanced_annotations_regular = request.POST.get(
'labelInfoSmall')
else:
solution.status = Solver.ADVANCED_FAILED
log.error(request.POST.get('errorMessage', 'Unknown error'))
solution.save()
return HttpResponse("OK")