def upload_common(request, url=None, file=None):
df, original_filename = handle_upload(file=file, url=url)
submittor = request.user if request.user.is_authenticated() else None
pro = get_user_profile(submittor)
json = request.json
logmsg('upload: JSON', json)
allow_commercial_use = json.get('allow_commercial_use', 'd')
allow_modifications = json.get('allow_modifications', 'd')
license, created = License.objects.get_or_create(
default_license=pro.default_license,
allow_commercial_use=allow_commercial_use,
allow_modifications=allow_modifications,
)
publicly_visible = json.get('publicly_visible', 'y')
subargs = dict(
user=submittor,
disk_file=df,
original_filename=original_filename,
license=license,
publicly_visible=publicly_visible,
via_api=True,
)
if url is not None:
subargs.update(url=url)
for key, typ in [
('scale_units', str),
('scale_type', str),
('scale_lower', float),
('scale_upper', float),
('scale_est', float),
('scale_err', float),
('center_ra', float),
('center_dec', float),
('radius', float),
('tweak_order', int),
('downsample_factor', int),
('use_sextractor', bool),
('crpix_center', bool),
('parity', int),
('image_width', int),
('image_height', int),
('positional_error', float),
]:
if key in json:
subargs[key] = typ(json[key])
logmsg('upload: submission args:', subargs)
sub = Submission(**subargs)
sub.save()
return HttpResponseJson({
'status': 'success',
'subid': sub.id,
'hash': sub.disk_file.file_hash
})
def upload_common(request, url=None, file=None):
df, original_filename = handle_upload(file=file, url=url)
submittor = request.user if request.user.is_authenticated() else None
json = request.json
logmsg('upload: JSON', json)
allow_commercial_use = json.get('allow_commercial_use', 'd')
allow_modifications = json.get('allow_modifications', 'd')
license,created = License.objects.get_or_create(
default_license=submittor.get_profile().default_license,
allow_commercial_use=allow_commercial_use,
allow_modifications=allow_modifications,
)
publicly_visible = json.get('publicly_visible', 'y')
subargs = dict(
user=submittor,
disk_file=df,
original_filename=original_filename,
license=license,
publicly_visible=publicly_visible,
via_api = True,
)
if url is not None:
subargs.update(url=url)
for key,typ in [('scale_units', str),
('scale_type', str),
('scale_lower', float),
('scale_upper', float),
('scale_est', float),
('scale_err', float),
('center_ra', float),
('center_dec', float),
('radius', float),
('tweak_order', int),
('downsample_factor', int),
('use_sextractor', bool),
('crpix_center', bool),
('parity', int),
('tweak_order', int),
('image_width', int),
('image_height', int),
]:
if key in json:
subargs[key] = typ(json[key])
logmsg('upload: submission args:', subargs)
sub = Submission(**subargs)
sub.save()
return HttpResponseJson({'status': 'success',
'subid': sub.id,
'hash': sub.disk_file.file_hash})
def upload_common(request, url=None, file=None):
json = request.json
logmsg('upload: JSON', json)
# Handle X,Y coordinate lists
if 'x' in json and 'y' in json:
import numpy as np
from astrometry.util.fits import fits_table
# Turns out the easiest way to interface this with the rest of the code
# is to just write a FITS table...
try:
x = np.array([float(v) for v in json['x']])
y = np.array([float(v) for v in json['y']])
except:
return HttpResponseErrorJson(
'Failed to parse JSON "x" and "y" values -- should be lists of floats'
)
if len(x) != len(y):
return HttpResponseErrorJson(
'"x" and "y" lists must be the same length')
T = fits_table()
T.x = x
T.y = y
temp_file_path = tempfile.mktemp()
T.writeto(temp_file_path)
df = DiskFile.from_file(temp_file_path,
collection=Image.ORIG_COLLECTION)
original_filename = 'json-xy'
else:
df, original_filename = handle_upload(file=file, url=url)
submittor = request.user if request.user.is_authenticated() else None
pro = get_user_profile(submittor)
allow_commercial_use = json.get('allow_commercial_use', 'd')
allow_modifications = json.get('allow_modifications', 'd')
mylicense, _ = License.objects.get_or_create(
default_license=pro.default_license,
allow_commercial_use=allow_commercial_use,
allow_modifications=allow_modifications,
)
publicly_visible = json.get('publicly_visible', 'y')
subargs = dict(
user=submittor,
disk_file=df,
original_filename=original_filename,
license=mylicense,
publicly_visible=publicly_visible,
via_api=True,
)
if url is not None:
subargs.update(url=url)
for key, typ in [
('scale_units', str),
('scale_type', str),
('scale_lower', float),
('scale_upper', float),
('scale_est', float),
('scale_err', float),
('center_ra', float),
('center_dec', float),
('radius', float),
('tweak_order', int),
('downsample_factor', int),
('use_sextractor', bool),
('crpix_center', bool),
('invert', bool),
('parity', int),
('image_width', int),
('image_height', int),
('positional_error', float),
]:
if key in json:
subargs[key] = typ(json[key])
logmsg('upload: submission args:', subargs)
sub = Submission(**subargs)
sub.save()
return HttpResponseJson({
'status': 'success',
'subid': sub.id,
'hash': sub.disk_file.file_hash
})
def upload_common(request, url=None, file=None):
json = request.json
logmsg('upload: JSON', json)
# Handle X,Y coordinate lists
if 'x' in json and 'y' in json:
import numpy as np
from astrometry.util.fits import fits_table
# Turns out the easiest way to interface this with the rest of the code
# is to just write a FITS table...
try:
x = np.array([float(v) for v in json['x']])
y = np.array([float(v) for v in json['y']])
except:
return HttpResponseErrorJson('Failed to parse JSON "x" and "y" values -- should be lists of floats')
if len(x) != len(y):
return HttpResponseErrorJson('"x" and "y" lists must be the same length')
T = fits_table()
T.x = x
T.y = y
temp_file_path = tempfile.mktemp()
T.writeto(temp_file_path)
df = DiskFile.from_file(temp_file_path,
collection=Image.ORIG_COLLECTION)
original_filename = 'json-xy'
else:
df, original_filename = handle_upload(file=file, url=url)
submittor = request.user if request.user.is_authenticated() else None
pro = get_user_profile(submittor)
allow_commercial_use = json.get('allow_commercial_use', 'd')
allow_modifications = json.get('allow_modifications', 'd')
license,created = License.objects.get_or_create(
default_license=pro.default_license,
allow_commercial_use=allow_commercial_use,
allow_modifications=allow_modifications,
)
publicly_visible = json.get('publicly_visible', 'y')
subargs = dict(
user=submittor,
disk_file=df,
original_filename=original_filename,
license=license,
publicly_visible=publicly_visible,
via_api = True,
)
if url is not None:
subargs.update(url=url)
for key,typ in [('scale_units', str),
('scale_type', str),
('scale_lower', float),
('scale_upper', float),
('scale_est', float),
('scale_err', float),
('center_ra', float),
('center_dec', float),
('radius', float),
('tweak_order', int),
('downsample_factor', int),
('use_sextractor', bool),
('crpix_center', bool),
('parity', int),
('image_width', int),
('image_height', int),
('positional_error', float),
]:
if key in json:
subargs[key] = typ(json[key])
logmsg('upload: submission args:', subargs)
sub = Submission(**subargs)
sub.save()
return HttpResponseJson({'status': 'success',
'subid': sub.id,
'hash': sub.disk_file.file_hash})