def test_006_pickle_resource_data():
c = pyxnat.Interface(server='https://central.xnat.org', anonymous=True)
resources = pk.get_resources(c)
r = resources.pop()
assert(len(r) == 4)
def test_003_pickle_subject_data():
c = pyxnat.Interface(server='https://central.xnat.org', anonymous=True)
subjects = pk.get_subjects(c)
s = subjects.pop()
keys = sorted(['gender', 'handedness', 'project', 'ID', 'URI', 'age'])
assert(sorted(s.keys()) == keys)
def _connect_xnat(self):
import pyxnat
cfg = self.config.get('xnat')
xnat = pyxnat.Interface(server=cfg.get('server'),
user=cfg.get('user'),
password=cfg.get('password'),
cachedir=cfg.get('cachedir'))
self.api_imaging = xnat
def main(args):
x1 = pyxnat.Interface(config=args.source_config)
x2 = pyxnat.Interface(config=args.dest_config)
columns = ['subject_label', 'label']
e1 = x1.array.experiments(experiment_id=args.experiment_id,
columns=columns).data[0]
p = x2.select.project(args.project_id)
s = p.subject(e1['subject_label'])
if not s.exists():
s.create()
e = s.experiment(e1['label'])
e.create()
src_sess = x1.select.project(e1['project']).subject(e1['subject_ID']).experiment(e1['ID'])
dst_sess = e
copy_session(src_sess, dst_sess, '/tmp')
def test_004_pickle_experiment_data():
c = pyxnat.Interface(server='https://central.xnat.org', anonymous=True)
experiments = pk.get_experiments(c)
e = experiments.pop()
keys = sorted(['xnat:subjectassessordata/id', 'subject_ID', 'ID',
'project', 'date', 'xsiType', 'URI'])
assert(sorted(e.keys()) == keys)
def main():
user = sys.argv[1] if 2 <= len(sys.argv) else raw_input('ConnectomeDB user: '******'https://db.humanconnectome.org', user, password)
cdb.packages.download(unrelated_fem_10, structural + diffusion + r_fMRI)
cdb.packages.download(unrelated_masc_10, structural + diffusion + r_fMRI)
def connect(self):
"""
Connect to xnat server via config
"""
self.conn = pyxnat.Interface(server=self.url,
user=self.user,
verify=True,
password=self.passwd,
cachedir='/tmp') # connection object
def test_005_pickle_scan_data():
c = pyxnat.Interface(server='https://central.xnat.org', anonymous=True)
scans = pk.get_scans(c)
s = scans.pop()
keys = sorted(['session_ID', 'xnat:imagesessiondata/subject_id', 'ID',
'project', 'xsiType', 'xnat:imagescandata/id', 'URI',
'xnat:imagescandata/quality', 'xnat:imagescandata/type'])
assert(sorted(s.keys()) == keys)
def login():
p = pickle.load(open(cfg.PICKLE_PATH, 'rb'))
if request.method == 'GET':
kwargs = {}
if 'error' in session:
kwargs['error'] = session.pop('error')
return render_template('authentication/login.html', **kwargs)
elif request.method == 'POST':
username = request.form['username']
x = pyxnat.Interface(user=username,
password=request.form['password'],
server=p['server'],
verify=p['verify'])
has_access = x.head('').ok
if has_access:
config = json.load(open(cfg.DASHBOARD_CONFIG_PATH))
roles = config['roles']
if username in roles['forbidden']['users']:
session['error'] = 'Access denied.'
return redirect(url_for('auth.login'))
user_roles = [
r for r in roles.keys() if username in roles[r]['users']
]
if len(user_roles) > 1:
raise Exception('%s has multiple roles' % str(username))
elif len(user_roles) == 0:
role = 'guest' # no role found, guest by default
else:
role = user_roles[0]
# Collect graphs and select them based on access rights
graphs = [graph() for graph in __find_all_graphs__(dsh)]
# Add data to session
session['username'] = username
session['server'] = p['server']
session['role'] = role
session['graphs'] = [
g.name for g in graphs if role in g.visibility
]
session['projects'] = roles[role]['projects']
# Redirect to dashboard
return redirect(url_for('dashboard.overview'))
else:
session['error'] = 'Wrong password/username.'
return redirect(url_for('auth.login'))
def main(args=None):
"""Main program loop
Args:
args (object): An attributed dict like argparse.Namespace.
Returns:
None
"""
# Create interface using stored configuration
ifc = pyxnat.Interface(config=args.config)
if args.reverse_lookup:
search_field = 'xnat:subjectData/SUBJECT_ID'
result_idx = 2
else:
search_field = 'xnat:subjectData/SUBJECT_LABEL'
result_idx = 0
if args.print_project:
result_idx = 1
fields_per_subject = [
'xnat:subjectData/SUBJECT_ID', 'xnat:subjectData/PROJECT',
'xnat:subjectData/SUBJECT_LABEL'
]
output = ""
for search in args.search:
pattern = (search_field, 'LIKE', '%' + search + '%')
subjects = ifc.select('xnat:subjectData',
fields_per_subject).where([pattern]).items()
if args.print_keys:
if len(subjects) > 0:
fmt = '{0},{1}'
res = [
fmt.format(search, record[result_idx])
for record in subjects
]
output += '\n'.join(res)
else:
output += ''.join(search + ',\n')
else:
res = ['{0}\n'.format(record[result_idx]) for record in subjects]
output += ''.join(res)
if args.outfile:
with open(args.outfile, 'w') as fi:
fi.write("case_id, site_id\n")
fi.write(output)
fi.close()
if verbose:
print output
else:
print output
def connect(self):
"""
Connect to xnat server via config
"""
try:
self.conn = pyxnat.Interface(server=self.url, user=self.user, verify=True,
password=self.passwd) # connection object
print("Connected to XNAT")
except DatabaseError as e:
raise e
def test_001_sessionmirror():
from sessionmirror import create_parser, main
parser = create_parser()
cfg = op.join(op.dirname(op.abspath(__file__)), 'central.cfg')
central = pyxnat.Interface(config=cfg)
e = 'CENTRAL_E74609'
args = ['--h1', cfg, '--h2', cfg, '-e', e, '-p', 'nosetests3']
args = parser.parse_args(args)
main(args)
e1 = central.array.experiments(experiment_id=e,
columns=['subject_label']).data[0]
def test_instance_details():
# Normal flow
details = fetch_object_connected.get_instance_details()
assert isinstance(details['projects'], list)
assert isinstance(details['subjects'], list)
assert isinstance(details['experiments'], list)
assert isinstance(details['scans'], list)
# Wrong password
obj = pyxnat.Interface(user="******",
password="******",
server="https://central.xnat.org",
verify=True)
obj.save_config('xnat_dashboards/config/wrong_pass.cfg')
fetch_object_conn_pwd_incorrect = data_fetcher.Fetcher(
'xnat_dashboards/config/wrong_pass.cfg')
assert fetch_object_conn_pwd_incorrect.get_instance_details() == 401
# Wrong URI
obj = pyxnat.Interface(user="******",
password="******",
server="https://central.xnat.org/",
verify=True)
obj.save_config('xnat_dashboards/config/wrong_uri.cfg')
fetch_object_conn_uri_incorrect = data_fetcher.Fetcher(
'xnat_dashboards/config/wrong_uri.cfg')
assert fetch_object_conn_uri_incorrect.get_instance_details() == 500
# Wrong URL
obj = pyxnat.Interface(user="******",
password="******",
server="https://central.xna",
verify=True)
obj.save_config('xnat_dashboards/config/wrong_url.cfg')
fetch_object_conn_url_incorrect = data_fetcher.Fetcher(
'xnat_dashboards/config/wrong_url.cfg')
assert fetch_object_conn_url_incorrect.get_instance_details() == 1
def __init__(self,
user,
password,
cachedir="/scratch/jjlee/Singularity",
prj="CCIR_00754",
sbj=None,
ses=None,
scn=None):
"""
:param user:
:param password:
:param cachedir is the preferred cache directory:
:param prj:
:param sbj:
:param ses:
:param scn:
"""
self.host = 'https://cnda.wustl.edu'
self.user = user #os.getenv('CNDA_UID')
self.password = password #os.getenv('CNDA_PWD')
self.cachedir = cachedir
os.chdir(self.cachedir)
self.xnat = pyxnat.Interface(self.host,
user=self.user,
password=self.password,
cachedir=self.cachedir)
assert (isinstance(self.xnat, pyxnat.core.interfaces.Interface))
self.project = self.xnat.select.project(prj)
assert (isinstance(self.project, pyxnat.core.resources.Project))
if sbj:
self.subject = self.project.subject(sbj)
assert (isinstance(self.subject, pyxnat.core.resources.Subject))
else:
self.subject = self.project.subjects()
assert (isinstance(self.subject, pyxnat.resources.Subjects))
if ses:
self.session = self.subject.experiment(ses)
assert (isinstance(self.session, pyxnat.core.resources.Experiment))
else:
self.session = self.subject.experiments()
assert (isinstance(self.session,
pyxnat.core.resources.Experiments))
if scn:
self.scan = self.session.scan(str(scn))
assert (isinstance(self.scan, pyxnat.core.resources.Scan))
else:
self.scan = self.session.scans()
assert (isinstance(self.scan, pyxnat.core.resources.Scans))
self.scan_dicom = self.scan.resource('DICOM')
self.rawdata = self.session.resource('RawData')
def test_002_pickle_project_data():
c = pyxnat.Interface(server='https://central.xnat.org', anonymous=True)
projects = pk.get_projects(c)
p = projects.pop()
keys = sorted(['insert_date', 'insert_user', 'id', 'name', 'name_csv',
'description', 'description_csv', 'secondary_id', 'keywords',
'pi', 'project_invs', 'project_access', 'project_users',
'project_owners', 'project_members', 'project_collabs',
'project_last_workflow', 'project_last_access', 'project_fav',
'proj_mr_count', 'proj_ct_count', 'proj_pet_count',
'proj_ut_count'])
assert(sorted(p.keys()) == keys)
def main(self, server, user, pwd, project, scantypes):
cachedir = self.tempdir('XNAT')
include = '{}(.*)\.zip$'.format(re.escape(project))
zipfiles = {
v: op.join(cachedir, v)
for v in os.listdir(cachedir) if re.search(include, v)
}
if len(zipfiles) == 0:
xnat = pyxnat.Interface(server=server,
user=user,
password=pwd.value,
cachedir=cachedir)
proj = xnat.select.project(project)
if not proj.exists():
raise LookupError(
'Project "{}" does not seem to exist on {} for user {}.'.
format(project, server, user))
subjects = proj.subjects()
if not subjects:
print('Project "{}" is empty!'.format(project, server, user))
if isinstance(scantypes, (list, tuple)):
scantypes = ','.join(scantypes)
else:
scantypes = 'ALL'
for subj in subjects:
print('{}'.format(subj))
experiments = subj.experiments().get()
for m in experiments:
expmt = subj.experiment(m)
scans = expmt.scans()
sub_ses = subj.id()
if len(experiments) > 0:
sub_ses += '_{}'.format(expmt.id())
print(
"Downloading scantypes {} from project {}, subject {}, session {}"
.format(scantypes, proj.id(), subj.id(), expmt.id()))
zipfiles[sub_ses] = scans.download(cachedir,
type=scantypes,
extract=False)
return FancyDict(zipfiles)
def test_002_deletesubject():
print('DELETING')
cfg = op.join(op.dirname(op.abspath(__file__)), 'central.cfg')
central = pyxnat.Interface(config=cfg)
e = 'CENTRAL_E74609'
e0 = central.array.experiments(experiment_id=e,
columns=['subject_label', 'label']).data[0]
subject_label = e0['subject_label']
experiment_label = e0['label']
e1 = central.array.experiments(project_id='nosetests3',
subject_label=subject_label,
experiment_label=experiment_label,
columns=['subject_id']).data[0]
e2 = central.select.project('nosetests3').subject(
e1['subject_ID']).experiment(e1['ID'])
assert (e2.exists())
e2.delete()
assert (not e2.exists())
def test_save(mocker):
# Check code for normal flow
return_value = {
'server': 'https://central.xnat.org',
'info': 'data',
'projects': [], 'subjects': [],
'experiments': [], 'scans': []}
mocker.patch(
'xnat_dashboards.pyxnat_interface.data_fetcher.Fetcher.get_resources',
return_value=[])
mocker.patch(
'xnat_dashboards.bbrc.data_fetcher.Fetcher'
'.get_resource',
return_value=[])
mocker.patch(
'xnat_dashboards.pyxnat_interface.data_fetcher.Fetcher'
'.get_instance_details',
return_value=return_value)
pickle_saver.PickleSaver('xnat_dashboards/config/central.cfg').save()
with open(config.PICKLE_PATH, 'rb') as handle:
data = pickle.load(handle)
assert isinstance(data, dict)
assert isinstance(data['info'], dict)
assert isinstance(data['resources'], list)
assert data['extra_resources'] is None
# Code flow if server url mismatches from the already created file
# Create a cfg file with different url
obj = pyxnat.Interface(
user="******",
password="******",
server="https://central.xna",
verify=True)
obj.save_config('xnat_dashboards/config/wrong_url.cfg')
assert pickle_saver.PickleSaver(
'xnat_dashboards/config/wrong_url.cfg').save() == 1
def main(args=None):
if args.verbose:
print("Validating input csv.")
csv = parse_csv(args.input)
# currently just working with one visit
event = event_mapping.get(csv.visit_id.get(0))
if args.verbose:
print("Creating connection...")
dataentry_key_file = open(os.path.join(os.path.expanduser("~"),
'.server_config',
'redcap-dataentry-token'), 'r')
dataentry_api_key = dataentry_key_file.read().strip()
project_entry = redcap.Project('https://ncanda.sri.com/redcap/api/',
dataentry_api_key,
verify_ssl=False)
mri_form = project_entry.export_records(forms=['mr_session_report'],
events=[event],
fields=['subject_id'],
format='df')
visit_form = project_entry.export_records(forms=['visit'],
events=[event],
fields=['visit_ignore', 'visit_ignore_why'],
format='df')
# These are subject ids from the list that are in REDCap.
rc_filter = mri_form.mri_xnat_sid.isin(csv.subject_id)
rc_cases = mri_form[rc_filter]
# These are the cases that are not in REDCap (i.e., missing sessions)
non_rc_filter = ~csv.subject_id.isin(rc_cases.mri_xnat_sid)
non_rc_cases = csv[non_rc_filter]
# now look up what info is on xnat
# Create interface using stored configuration
ifc = pyxnat.Interface(config=os.path.join(os.path.expanduser("~"),
'.server_config/ncanda.cfg'))
print visit_form
def set_xnat_connection(connection_interface=None):
""" Setup XNAT to push and pull
Parameters
----------
connection_interface : { pxnat.Interface, dict }
Set the PyXNAT interface or a dictionary
with keys server, user, password, cachedir (optional)
"""
global xnat_interface
if not has_pyxnat:
raise Exception('You need to install PyXNAT to use this functionality')
if isinstance(connection_interface, dict):
xnat_interface = pyxnat.Interface(**connection_interface)
elif isinstance(connection_interface, pyxnat.Interface):
xnat_interface = connection_interface
else:
xnat_interface = None
if DEBUG_msg:
print("Connected to XNAT Server")
import os.path as op
from subprocess import Popen
import multiprocessing as mp
import pyxnat
URL = 'https://central.xnat.org' # central URL
BET = 'fsl4.1-bet2' # BET executable path
central = pyxnat.Interface(URL, anonymous=True) # connection object
def bet(in_img, in_hdr): # Python wrapper on FSL BET, essentially a system call
in_image = in_img.get() # download .img
in_hdr.get() # download .hdr
path, name = op.split(in_image)
in_image = op.join(path, name.rsplit('.')[0])
out_image = op.join(path, name.rsplit('.')[0] + '_brain')
print('==> %s' % in_image[-120:])
Popen('%s %s %s' % (BET, in_image, out_image),
shell=True).communicate()
return out_image
def notify(message): # message to notify the end of a BET process
print('<== %s' % message[-120:])
pool = mp.Pool(processes=mp.cpu_count() * 2) # pool of concurrent workers
images = {}
query = ('/projects/CENTRAL_OASIS_CS/subjects/*'
import pyxnat
x = pyxnat.Interface(config='.xnat.cfg')
p = x.select.project('nosetests')
p.create()
for i in range(3, 10):
p = x.select.project('nosetests%s'%i)
p.create()
uri = '/data/projects/nosetests'
options = {'alias': 'nosetests2'}
data = x.put(uri, params=options).text
import pyxnat
import os
xnat = pyxnat.Interface('http://xnat.ninds.nih.gov/', 'linc9', 'linc9')
project = xnat.select.project('CGRD_test1')
subject = project.subject('test1')
experiment = subject.experiment('17BQ36167X01')
files_resource = experiment.resource('radiology reports')
file1 = files_resource.file('README.md')
file1.put('../README.md')
xnat.disconnect()
print('done')
import ConfigParser
import pyxnat
config = ConfigParser.RawConfigParser()
config.read('./xnat.cfg')
xnat_config = {
kw: config.get('xnat', kw)
for kw in ['server', 'user', 'password']
}
xnat = pyxnat.Interface(**xnat_config)
#!pip install pyxnat
#!pip install xnat # XNATpy
import pyxnat
import xnat
import os
import glob
from datetime import date # Display Today's Date
print('Current Date: %s\npyXNAT version: %s\nXNATpy version: %s' %
(date.today(), pyxnat.__version__, xnat.__version__))
#####################
# Server Connection #
#####################
# Session Implementation
session = pyxnat.Interface(
'http://120.126.47.114', # Connect to Server (website https / IP)
user='******', # Username Registered
password='******') # Password
projectID = input('plz input Project ID: ') #input project id
subjects = session.select.project(
projectID).subjects().get() #how many subjects
print(subjects)
allSessions = []
for i, subject in enumerate(subjects):
label = session.select.project(projectID).subject(
subject).label() # Subject name = e.g. Test2 -> Test
print(label), ('%i/%i' % (i + 1, len(subjects)))
sessions = session.select.project(projectID).subjects(subject).experiments(
).get() #how many data in this Subject(include accession)
allSessions.append(sessions) # append Subject Accession
def _list_outputs(self):
"""Execute this module.
"""
# setup XNAT connection
cache_dir = self.inputs.cache_dir or tempfile.gettempdir()
if self.inputs.config:
xnat = pyxnat.Interface(config=self.inputs.config)
else:
xnat = pyxnat.Interface(self.inputs.server, self.inputs.user,
self.inputs.pwd, cache_dir)
# if possible share the subject from the original project
if self.inputs.share:
result = xnat.select(
'xnat:subjectData',
['xnat:subjectData/PROJECT', 'xnat:subjectData/SUBJECT_ID'
]).where('xnat:subjectData/SUBJECT_ID = %s AND' %
self.inputs.subject_id)
subject_id = self.inputs.subject_id
# subject containing raw data exists on the server
if isinstance(result.data[0], dict):
result = result.data[0]
shared = xnat.select(
'/project/%s/subject/%s' %
(self.inputs.project_id, self.inputs.subject_id))
if not shared.exists(): # subject not in share project
share_project = xnat.select('/project/%s' %
self.inputs.project_id)
if not share_project.exists(): # check project exists
share_project.insert()
subject = xnat.select('/project/%(project)s'
'/subject/%(subject_id)s' % result)
subject.share(str(self.inputs.project_id))
else:
# subject containing raw data does not exist on the server
subject_id = '%s_%s' % (quote_id(
self.inputs.project_id), quote_id(self.inputs.subject_id))
# setup XNAT resource
uri_template_args = {
'project_id':
quote_id(self.inputs.project_id),
'subject_id':
subject_id,
'experiment_id':
'%s_%s_%s' %
(quote_id(self.inputs.project_id), quote_id(
self.inputs.subject_id), quote_id(self.inputs.experiment_id))
}
if self.inputs.share:
uri_template_args['original_project'] = result['project']
if self.inputs.assessor_id:
uri_template_args['assessor_id'] = (
'%s_%s' % (uri_template_args['experiment_id'],
quote_id(self.inputs.assessor_id)))
elif self.inputs.reconstruction_id:
uri_template_args['reconstruction_id'] = (
'%s_%s' % (uri_template_args['experiment_id'],
quote_id(self.inputs.reconstruction_id)))
# gather outputs and upload them
for key, files in self.inputs._outputs.items():
for name in filename_to_list(files):
if isinstance(name, list):
for i, file_name in enumerate(name):
push_file(self, xnat, file_name, '%s_' % i + key,
uri_template_args)
else:
push_file(self, xnat, name, key, uri_template_args)
def _list_outputs(self):
# infields are mandatory, however I could not figure out
# how to set 'mandatory' flag dynamically, hence manual check
cache_dir = self.inputs.cache_dir or tempfile.gettempdir()
if self.inputs.config:
xnat = pyxnat.Interface(config=self.inputs.config)
else:
xnat = pyxnat.Interface(self.inputs.server, self.inputs.user,
self.inputs.pwd, cache_dir)
if self._infields:
for key in self._infields:
value = getattr(self.inputs, key)
if not isdefined(value):
msg = ("%s requires a value for input '%s' "
"because it was listed in 'infields'" %
(self.__class__.__name__, key))
raise ValueError(msg)
outputs = {}
for key, args in self.inputs.query_template_args.items():
outputs[key] = []
template = self.inputs.query_template
if hasattr(self.inputs, 'field_template') and \
isdefined(self.inputs.field_template) and \
key in self.inputs.field_template:
template = self.inputs.field_template[key]
if not args:
file_objects = xnat.select(template).get('obj')
if file_objects == []:
raise IOError('Template %s returned no files' % template)
outputs[key] = list_to_filename([
str(file_object.get()) for file_object in file_objects
if file_object.exists()
])
for argnum, arglist in enumerate(args):
maxlen = 1
for arg in arglist:
if isinstance(arg, str) and hasattr(self.inputs, arg):
arg = getattr(self.inputs, arg)
if isinstance(arg, list):
if (maxlen > 1) and (len(arg) != maxlen):
raise ValueError('incompatible number '
'of arguments for %s' % key)
if len(arg) > maxlen:
maxlen = len(arg)
outfiles = []
for i in range(maxlen):
argtuple = []
for arg in arglist:
if isinstance(arg, str) and \
hasattr(self.inputs, arg):
arg = getattr(self.inputs, arg)
if isinstance(arg, list):
argtuple.append(arg[i])
else:
argtuple.append(arg)
if argtuple:
target = template % tuple(argtuple)
file_objects = xnat.select(target).get('obj')
if file_objects == []:
raise IOError('Template %s '
'returned no files' % target)
outfiles = list_to_filename([
str(file_object.get())
for file_object in file_objects
if file_object.exists()
])
else:
file_objects = xnat.select(template).get('obj')
if file_objects == []:
raise IOError('Template %s '
'returned no files' % template)
outfiles = list_to_filename([
str(file_object.get())
for file_object in file_objects
if file_object.exists()
])
outputs[key].insert(i, outfiles)
if len(outputs[key]) == 0:
outputs[key] = None
elif len(outputs[key]) == 1:
outputs[key] = outputs[key][0]
return outputs
xlslist_re = xlslist.rename(columns={'gender':'G-code', 'Unnamed: 4':'Gender', 'his':'HIS', 'dicom_pidn':'PIDN', 'birthday': 'Birthday'})
xlslist2 = pd.read_csv('/home/anpo/Desktop/pyscript/ai-missing-20210524.csv')
cnt = 0
for i in xlslist2['Birthday']:
xlslist2.at[cnt,'Birthday'] = i.replace('-','/')
cnt+=1
xlslist_re.at[17,'Birthday'] = xlslist_re.at[17,'Birthday'].replace('-','/')
pd.concat((xlslist_re,xlslist2))
xlist_all = pd.concat((xlslist_re,xlslist2))
project_name = 'BRS-KHS-1' # project的名稱
session = xnat.connect('http://10.30.223.96:8080', user='', password='') # 輸入你的帳號密碼
pyxnatobj = pyxnat.Interface('http://10.30.223.96:8080','','') # 這個for meta data upload
root_path = '/media/anpo/Transcend/DICOM_from_KHS_2021' # data 放的位置
datalist = next(os.walk(root_path))[1]
complete = []
fails = []
meta = {}
for patient_ID in datalist:
print(patient_ID)
patient_ID_ = patient_ID.replace(' ', '')
image_No = patient_ID_.split('-')[1]
pidn = xlist_all['PIDN'][xlist_all['HIS'] == int(image_No)].values[0]
print(pidn)
gender = xlist_all['Gender'][xlist_all['HIS'] == int(image_No)].values
info = {}
def __enter__(self):
self.connection = xnat.Interface(server=self.server,
user=self.user,
password=self.password)
return self.connection
import os.path as op
import dashboards
import pyxnat
from dashboards import pickle as pk
import pickle
import logging as log
import tempfile
fh, fp = tempfile.mkstemp(suffix='.pickle')
log.info('Creating %s...' % fp)
config.PICKLE_PATH = fp
fp = op.join(op.dirname(dashboards.__file__), '..', 'config.json')
config.DASHBOARD_CONFIG_PATH = fp
fp = op.join(op.dirname(dashboards.__file__), '..', '.xnat.cfg')
x = pyxnat.Interface(config=fp)
def test_001_pickle_save(): # should be run first
pk.save(x, config.PICKLE_PATH)
with open(config.PICKLE_PATH, 'rb') as handle:
data = pickle.load(handle)
assert isinstance(data, dict)
assert data['server'] == "https://devxnat.barcelonabeta.org"
assert data['verify'] == 1
assert isinstance(data, dict)
assert isinstance(data['resources'], list)
assert isinstance(data['longitudinal_data'], dict)
