def publish_form(callback):
"""
Calls the callback function to publish a XLSForm and returns appropriate
message depending on exception throw during publishing of a XLSForm.
"""
try:
return callback()
except (PyXFormError, XLSFormError) as e:
return {'type': 'alert-error', 'text': text(e)}
except IntegrityError:
return {
'type': 'alert-error',
'text': _(u'Form with this id or SMS-keyword already exists.'),
}
except ProcessTimedOut:
# catch timeout errors
return {
'type': 'alert-error',
'text': _(u'Form validation timeout, please try again.'),
}
except (MemoryError, OSError):
return {
'type': 'alert-error',
'text': _((u'An error occurred while publishing the form. '
'Please try again.')),
}
except (AttributeError, Exception, ValidationError) as e:
report_exception("Form publishing exception: {}".format(e), text(e),
sys.exc_info())
return {'type': 'alert-error', 'text': text(e)}
def _recur(d):
cur = 0
ret = ''
while cur < len(d):
if type(d[cur]) == list:
if d[cur][0] != None:
ret += ' <b>' + text(
ugettext_lazy(d[cur][0])).upper() + '</b> '
ret += '(' + _recur(d[cur][1:]) + ')'
else:
f = registry.get_field_by_name(d[cur]['field'])
impacts_query = f.impacts_query(
d[cur]['operator'], d[cur]['value'])
value = f.value_for_description(d[cur]['value'])
if impacts_query:
if 'prev_op' in d[cur] and d[cur]['prev_op'] != None:
tmp = d[cur]['prev_op']
ret += ' <b>' + text(
ugettext_lazy(tmp)).upper() + '</b> '
ret += '%s %s %s' % (d[cur]['field'].lower(),
d[cur]['operator'],
value)
cur += 1
return ret
def test_figure(tmpdir):
v = np.uint8([1,0,1,1,0,1] + [0]*12 + [1,0])
X = 3
L = 10
N = v.size
indices = np.uint16(np.nonzero(v)[0])
result = xlmhg.get_xlmhg_test_result(N, indices, X=X, L=L)
fig = xlmhg.get_result_figure(result)
output_file = text(tmpdir.join('plot1.html'))
plot(fig, filename=output_file, auto_open=False)
assert os.path.isfile(output_file)
fig = xlmhg.get_result_figure(result, width=500, height=350)
output_file = text(tmpdir.join('plot2.html'))
plot(fig, filename=output_file, auto_open=False)
assert os.path.isfile(output_file)
fig = xlmhg.get_result_figure(result, show_title=True, show_inset=False)
output_file = text(tmpdir.join('plot3.html'))
plot(fig, filename=output_file, auto_open=False)
assert os.path.isfile(output_file)
def export_as_csv(admin_model, request, queryset):
"""
Generic csv export admin action.
based on http://djangosnippets.org/snippets/1697/
"""
# everyone has perms to export as csv unless explicitly defined
if getattr(settings, 'DJANGO_EXPORTS_REQUIRE_PERM', None):
admin_opts = admin_model.opts
codename = '%s_%s' % ('csv', admin_opts.object_name.lower())
has_csv_permission = request.user.has_perm("%s.%s" % (admin_opts.app_label, codename))
else:
has_csv_permission = admin_model.has_csv_permission(request) \
if (hasattr(admin_model, 'has_csv_permission') and callable(getattr(admin_model, 'has_csv_permission'))) \
else True
if has_csv_permission:
opts = admin_model.model._meta
if getattr(admin_model, 'csv_fields', None):
field_names = admin_model.csv_fields
else:
field_names = [field.name for field in opts.fields]
field_names.sort()
if django.VERSION[0] == 1 and django.VERSION[1] <= 5:
response = HttpResponse(mimetype='text/csv')
else:
response = HttpResponse(content_type='text/csv')
response['Content-Disposition'] = 'attachment; filename=%s.csv' % text(opts).replace('.', '_')
writer = csv.writer(response)
writer.writerow(list(field_names))
for obj in queryset:
writer.writerow([text(getattr(obj, field)).encode("utf-8", "replace") for field in field_names])
return response
return HttpResponseForbidden()
def __str__(self):
if self.title and len(text(self.title).strip()) != 0:
return self.title
if self.flatpage:
return text(self.flatpage)
return text(self.pk)
def setUp(self):
RegistryMixin.setUp(self)
self.registry.model = MagicMock()
self.mr = MultiseekResults(registry=self.registry)
self.mr.request = self.request
self.request.session[MULTISEEK_SESSION_KEY] = json.dumps(
{'form_data': [{'field': text(self.registry.fields[0].label),
'operation': text(self.registry.fields[0].ops[0]),
'value': u'foobar'}]})
def add_field(self, frame, label, op, value):
code = """
$("#%(frame)s").multiseekFrame("addField", "%(label)s", "%(op)s", %(value)s);
""" % dict(frame=frame,
label=text(label),
op=text(op),
value=json.dumps(value))
self.browser.execute_script(code)
def test_merge_overwrite_key(self):
x = "a: abc"
y = "a: xyz"
self.v.set_config_type("yaml")
self.v.read_config(yaml.dump(text(x)))
self.assertEqual(self.v.get("a"), "abc")
self.v.merge_config(yaml.dump(text(y)))
self.assertEqual(self.v.get("a"), "xyz")
def test_serialize_form(multiseek_page):
with wait_for_page_load(multiseek_page.browser):
multiseek_page.browser.reload()
frame = multiseek_page.get_frame('frame-0')
frame['add_field'].click()
frame['add_field'].click()
frame['add_field'].click()
frame['add_frame'].click()
frame['add_frame'].click()
for n in range(2, 5):
field = multiseek_page.get_field('field-%i' % n)
field['value_widget'].type('aaapud!')
field = multiseek_page.get_field('field-0')
field['type'].find_by_value(
text(multiseek_registry.YearQueryObject.label)).click()
field = multiseek_page.get_field('field-0')
field['value_widget'][0].type('1999')
field['value_widget'][1].type('2000')
field = multiseek_page.get_field('field-1')
field['prev-op'].find_by_value("or").click()
field['type'].find_by_value(
text(multiseek_registry.LanguageQueryObject.label)).click()
field = multiseek_page.get_field('field-1')
field['value_widget'].find_by_value(text(_(u'english'))).click()
expected = [None,
{u'field': u'Year', u'operator': text(RANGE_OPS[0]),
u'value': u'[1999,2000]', u'prev_op': None},
{u'field': u'Language', u'operator': text(EQUAL),
u'value': u'english', u'prev_op': OR},
{u'field': u'Title', u'operator': text(CONTAINS),
u'value': u'aaapud!', u'prev_op': AND},
{u'field': u'Title', u'operator': text(CONTAINS),
u'value': u'aaapud!', u'prev_op': AND},
[AND, {u'field': u'Title', u'operator': text(CONTAINS),
u'value': u'aaapud!', u'prev_op': None}],
[AND, {u'field': u'Title', u'operator': text(CONTAINS),
u'value': u'', u'prev_op': None}]
]
serialized = multiseek_page.serialize()
assert serialized == expected
for n in range(1, 6):
field = multiseek_page.get_field('field-%i' % n)
field['close-button'].click()
time.sleep(2)
expected = [None, {u'field': u'Year', u'operator': u'in range',
u'value': u'[1999,2000]', u'prev_op': None}]
serialized = multiseek_page.serialize()
assert serialized == expected
def safe_create_instance(username, xml_file, media_files, uuid, request):
"""Create an instance and catch exceptions.
:returns: A list [error, instance] where error is None if there was no
error.
"""
error = instance = None
try:
instance = create_instance(
username, xml_file, media_files, uuid=uuid, request=request)
except InstanceInvalidUserError:
error = OpenRosaResponseBadRequest(_(u"Username or ID required."))
except InstanceEmptyError:
error = OpenRosaResponseBadRequest(
_(u"Received empty submission. No instance was created"))
except (FormInactiveError, FormIsMergedDatasetError) as e:
error = OpenRosaResponseNotAllowed(text(e))
except XForm.DoesNotExist:
error = OpenRosaResponseNotFound(
_(u"Form does not exist on this account"))
except ExpatError:
error = OpenRosaResponseBadRequest(_(u"Improperly formatted XML."))
except DuplicateInstance:
response = OpenRosaResponse(_(u"Duplicate submission"))
response.status_code = 202
if request:
response['Location'] = request.build_absolute_uri(request.path)
error = response
except PermissionDenied as e:
error = OpenRosaResponseForbidden(e)
except UnreadablePostError as e:
error = OpenRosaResponseBadRequest(
_(u"Unable to read submitted file: %(error)s"
% {'error': text(e)}))
except InstanceMultipleNodeError as e:
error = OpenRosaResponseBadRequest(e)
except DjangoUnicodeDecodeError:
error = OpenRosaResponseBadRequest(
_(u"File likely corrupted during "
u"transmission, please try later."))
except NonUniqueFormIdError:
error = OpenRosaResponseBadRequest(
_(u"Unable to submit because there are multiple forms with"
u" this formID."))
except DataError as e:
error = OpenRosaResponseBadRequest((str(e)))
if isinstance(instance, DuplicateInstance):
response = OpenRosaResponse(_(u"Duplicate submission"))
response.status_code = 202
if request:
response['Location'] = request.build_absolute_uri(request.path)
error = response
instance = None
return [error, instance]
def to_association_matrix(self, bias='none', progress_callback=None):
"""Return a table with Markov associativities between columns
(cf. Bavaud & Xanthos 2005, Deneulin et al. 2014)
"""
# orange_table = self.to_orange_table('utf8')
# freq_table = Orange.data.preprocess.RemoveDiscrete(orange_table)
# freq = freq_table.to_numpy()[0]
freq = self.to_numpy()
if self.header_col_type == 'continuous':
freq = freq[::, 1::]
total_freq = freq.sum()
sum_col = freq.sum(axis=0)
sum_row = freq.sum(axis=1)
exchange = np.dot(
np.transpose(freq),
np.dot(
np.diag(1 / sum_row),
freq
)
) / total_freq
if bias == 'frequent':
output_matrix = exchange
elif bias == 'none':
sqrt_pi_inv = np.diag(1 / np.sqrt(sum_col / total_freq))
output_matrix = np.dot(sqrt_pi_inv, np.dot(exchange, sqrt_pi_inv))
else:
pi_inv = np.diag(1 / (sum_col / total_freq))
output_matrix = np.dot(pi_inv, np.dot(exchange, pi_inv))
col_ids = self.col_ids
values = dict()
for col_id_idx1 in xrange(len(col_ids)):
col_id1 = text(col_ids[col_id_idx1])
values.update(
dict(
(
(col_id1, text(col_ids[i])),
output_matrix[col_id_idx1, i]
)
for i in xrange(len(col_ids))
)
)
if progress_callback:
progress_callback()
return (
PivotCrosstab(
self.col_ids[:],
self.col_ids[:],
values,
header_col_id='__unit__',
header_col_type='string',
col_type=self.col_type.copy(),
)
)
def test_add_field_value_list(multiseek_page):
multiseek_page.add_field(
FRAME,
multiseek_registry.LanguageQueryObject.label,
multiseek_registry.LanguageQueryObject.ops[1],
text(_(u'polish')))
field = multiseek_page.get_field("field-1")
assert field['type'].value == text(
multiseek_registry.LanguageQueryObject.label)
assert field['op'].value == text(
multiseek_registry.LanguageQueryObject.ops[1])
assert field['value'] == text(_(u'polish'))
def main():
import fileinput
args = parse_args(sys.argv[1:])
if args.version: # pragma: no cover
print("aggregate6 %s" % aggregate6.__version__)
sys.exit()
p_tree = radix.Radix()
for line in fileinput.input(args.args):
if not line.strip(): # pragma: no cover
continue
for elem in line.strip().split():
try:
if args.truncate:
prefix_obj = ip_interface(text(elem.strip())).network
else:
prefix_obj = ip_network(text(elem.strip()))
prefix = text(prefix_obj)
except (ValueError) as err:
sys.stderr.write("ERROR: '%s' is not a valid IP network, \
ignoring.\n" % elem.strip())
continue
if args.max_length > 0:
if prefix_obj.prefixlen > args.max_length:
continue
if args.ipv4_only and prefix_obj.version == 4:
p_tree.add(prefix)
elif args.ipv6_only and prefix_obj.version == 6:
p_tree.add(prefix)
elif not args.ipv4_only and not args.ipv6_only:
p_tree.add(prefix)
if args.verbose:
input_list = p_tree.prefixes()
output_list = aggregate_tree(p_tree).prefixes()
for p in sorted(set(input_list + output_list)):
if p in input_list and p not in output_list:
print("- ", end='')
elif p in output_list and p not in input_list:
print("+ ", end='')
else:
print(" ", end='')
print(p)
else:
for prefix in aggregate_tree(p_tree).prefixes():
print(prefix)
def to_flat(self, progress_callback=None):
"""Return a copy of the crosstab in 'flat' format"""
new_col_ids = list([c for c in self.col_ids if c != '__weight__'])
new_col_type = dict(self.col_type)
del new_col_type['__weight__']
row_counter = 1
new_values = dict()
new_row_ids = list()
if len(self.col_ids) > 1:
first_col_id = self.col_ids[0]
second_col_id = self.col_ids[1]
for row_id in self.row_ids:
count = self.values[(row_id, '__weight__')]
first_col_value = self.values[row_id, first_col_id]
second_col_value = self.values[row_id, second_col_id]
for i in xrange(count):
new_row_id = text(row_counter)
new_row_ids.append(new_row_id)
new_values[(new_row_id, first_col_id)] = first_col_value
new_values[(new_row_id, second_col_id)] = second_col_value
row_counter += 1
if progress_callback:
progress_callback()
else:
col_id = self.col_ids[0]
for row_id in self.row_ids:
count = self.values[(row_id, '__weight__')]
col_value = self.values[row_id, col_id]
for i in xrange(count):
new_row_id = text(row_counter)
new_row_ids.append(new_row_id)
new_values[(new_row_id, col_id)] = col_value
row_counter += 1
if progress_callback:
progress_callback()
return (
FlatCrosstab(
new_row_ids,
new_col_ids,
new_values,
self.header_row_id,
self.header_row_type,
self.header_col_id,
self.header_col_type,
new_col_type,
None,
self.missing,
self._cached_row_id,
)
)
def build_chart_data_from_widget(widget, language_index=0):
if isinstance(widget.content_object, XForm):
xform = widget.content_object
elif isinstance(widget.content_object, DataView):
xform = widget.content_object.xform
else:
raise ParseError("Model not supported")
field_name = widget.column
# check if its the special _submission_time META
if field_name == common_tags.SUBMISSION_TIME:
field = common_tags.SUBMISSION_TIME
else:
# use specified field to get summary
fields = [e for e in xform.survey_elements if e.name == field_name]
if len(fields) == 0:
raise ParseError("Field %s does not not exist on the form" %
field_name)
field = fields[0]
choices = xform.survey.get('choices')
if choices:
choices = choices.get(field_name)
try:
data = build_chart_data_for_field(
xform, field, language_index, choices=choices)
except DataError as e:
raise ParseError(text(e))
return data
def test_load_form(multiseek_admin_page, initial_data):
fld = make_field(
multiseek_admin_page.registry.fields[2],
multiseek_admin_page.registry.fields[2].ops[1],
json.dumps([2000, 2010]))
SearchForm.objects.create(
name="lol",
owner=User.objects.create(username='******', password='******'),
public=True,
data=json.dumps({"form_data": [None, fld]}))
multiseek_admin_page.load_form_by_name('lol')
field = multiseek_admin_page.extract_field_data(
multiseek_admin_page.browser.find_by_id("field-0"))
assert field['selected'] == text(
multiseek_admin_page.registry.fields[2].label)
assert field['value'][0] == 2000
assert field['value'][1] == 2010
# Przetestuj, czy po ANULOWANIU select wróci do pierwotnej wartości
elem = multiseek_admin_page.browser.find_by_id("formsSelector").first
elem.find_by_text('lol').click()
multiseek_admin_page.dismiss_alert()
elem = multiseek_admin_page.browser.find_by_id(
"formsSelector").find_by_tag("option")
assert elem[0].selected == True
def get_alternate_names(self):
for_index = 0
debug_line = None
city_geoname_id_set = set([v[0] for v in City.objects.all().values_list('id')])
alternate_city_list = []
try:
with open(ALTERNATE_NAMES_FILE_PATH) as country_file:
for line in csv.reader(country_file, dialect='excel-tab'):
debug_line = line
if line and not line[0].startswith('#'):
iso_language = line[self.ALTERNATE_CITY_FIELDS['iso_language']]
geoname_id = int(line[self.ALTERNATE_CITY_FIELDS['geoname_id']])
if geoname_id in city_geoname_id_set and len(iso_language) in [2, 3]:
alternate_city_list.append(CityAlternate(
city_id=geoname_id,
name=line[self.ALTERNATE_CITY_FIELDS['name']].strip(),
iso_language=iso_language.strip(),
))
if divmod(for_index, 500000)[1] == 0:
logger.info(for_index)
CityAlternate.objects.bulk_create(alternate_city_list)
alternate_city_list = []
for_index += 1
CityAlternate.objects.bulk_create(alternate_city_list)
except Exception as error:
logger.debug('{}\n{}'.format(error, text(debug_line)))
def test_basic(my_gopca):
assert isinstance(my_gopca, GOPCA)
assert isinstance(repr(my_gopca), str)
assert isinstance(str(my_gopca), str)
assert isinstance(text(my_gopca), text)
assert isinstance(my_gopca.hash, text)
# test members
assert isinstance(my_gopca.configs, list)
assert len(my_gopca.configs) > 0
for config in my_gopca.configs:
assert isinstance(config, GOPCAConfig)
assert isinstance(my_gopca.matrix, ExpMatrix)
assert isinstance(my_gopca.num_components, int)
assert isinstance(my_gopca.pc_seed, int)
assert isinstance(my_gopca.pc_num_permutations, int)
assert isinstance(my_gopca.pc_zscore_thresh, float)
assert isinstance(my_gopca.pc_max_components, int)
# test copying
other = deepcopy(my_gopca)
assert other is not my_gopca
assert other == my_gopca
other.configs = 2*other.configs
assert other != my_gopca
def my_fly_gene_set_file(my_data_pypath):
"""Drosophila gene set file."""
logger.info('Starting download of fly gene set file...')
url = r'https://www.dropbox.com/s/rcu4qqvilrg68ko/GO_gene_sets_fly_ensembl83_goa54_ontology2016-01-18.tsv?dl=1'
path = text(my_data_pypath.join('GO_gene_sets_fly_ensembl83_goa54_ontology2016-01-18.tsv'))
download_file(url, path)
return path
def numerics_to_string(self, worksheet):
worksheet = copy.deepcopy(worksheet)
for row_index, row in enumerate(worksheet):
for col_index, elem in enumerate(row):
if self.is_numeric(elem):
worksheet[row_index][col_index] = text(elem)
return worksheet
def reindent(code):
code = u"%s" % text(code)
r = Reindenter(io.StringIO(code))
r.run()
out = io.StringIO()
r.write(out)
return out.getvalue()
def int2unichr(value):
# import sys
# if sys.version_info > (3, 0):
# return chr(value)
# else:
# return unichr(value)
return text(value)
def test_get_recursive_list(self):
input = [None,
[None, [None, dict(field='foo', operator=text(EQUALITY_OPS_ALL[0]), value='foo', prev_op=None)]],
dict(field='foo', operator=text(EQUALITY_OPS_ALL[0]), value='bar', prev_op="BAD OP")]
self.assertRaises(
UnknownOperation,
self.registry.get_query_recursive,
input)
input[2]['prev_op'] = OR
res = self.registry.get_query_recursive(input)
self.assertEquals(
str(res),
py3k_test_string("(OR: (u'foo', u'foo'), (u'foo', u'bar'))"))
def _flatten_dict(d, prefix):
"""
Return a list of XPath, value pairs.
:param d: A dictionary
:param prefix: A list of prefixes
"""
for key, value in d.items():
new_prefix = prefix + [key]
if isinstance(value, dict):
for pair in _flatten_dict(value, new_prefix):
yield pair
elif isinstance(value, list):
for i, item in enumerate(value):
item_prefix = list(new_prefix) # make a copy
# note on indexing xpaths: IE5 and later has
# implemented that [0] should be the first node, but
# according to the W3C standard it should have been
# [1]. I'm adding 1 to i to start at 1.
if i > 0:
# hack: removing [1] index to be consistent across
# surveys that have a single repitition of the
# loop versus mutliple.
item_prefix[-1] += u"[%s]" % text(i + 1)
if isinstance(item, dict):
for pair in _flatten_dict(item, item_prefix):
yield pair
else:
yield (item_prefix, item)
else:
yield (new_prefix, value)
def test_basic(my_go_term, my_other_term):
ontology = GeneOntology([my_go_term, my_other_term])
assert isinstance(ontology, GeneOntology)
assert isinstance(repr(ontology), str)
assert isinstance(str(ontology), str)
assert isinstance(text(ontology), text)
assert isinstance(ontology.hash, text)
# test access methods
assert len(ontology) == 2
assert my_go_term.id in ontology
assert ontology[my_go_term.id] == my_go_term
del ontology[my_go_term.id]
assert my_go_term.id not in ontology
ontology[my_go_term.id] = my_go_term
assert my_go_term.id in ontology
# test additional access methods
assert ontology.get_term_by_id(my_go_term.id) == my_go_term
assert ontology.get_term_by_acc(my_go_term.acc) == my_go_term
# test comparisons
other = copy.deepcopy(ontology)
assert other == ontology
del other[my_other_term.id]
assert other != ontology
# test iteration
assert set(list(iter(ontology))) == set([my_go_term, my_other_term])
def get_host_port(args):
"""
Returns the hostname and port number
"""
import topicexplorer.config
config = topicexplorer.config.read(args.config)
# automatic port assignment
def test_port(port):
try:
host = args.host or config.get("www", "host")
if host == '0.0.0.0':
host = 'localhost'
try:
s = socket.create_connection((host, port), 2)
s.close()
raise IOError("Socket connectable on port {0}".format(port))
except socket.error:
pass
return port
except IOError:
if not args.quiet:
port = int_prompt(
"Conflict on port {0}. Enter new port:".format(port))
return test_port(port)
else:
raise IOError(
"Conflict on port {0}. Try running with -p to manually set new port.".format(port))
port = args.port or int(config.get('www', 'port').format(0))
port = test_port(port)
# prompt to save
if (int(config.get("www", "port").format(0))) != port:
if not args.quiet and bool_prompt(
"Change default baseport to {0}?".format(port), default=True):
config.set("www", "port", text(port))
# create deep copy of configuration
# see http://stackoverflow.com/a/24343297
config_string = StringIO()
config.write(config_string)
# skip DEFAULT section
config_string.seek(0)
idx = config_string.getvalue().index("[main]")
config_string.seek(idx)
# read deep copy
new_config = ConfigParser()
config.read_file(config_string)
# write deep copy without DEFAULT section
# this preserves DEFAULT for rest of program
with open(args.config, 'w') as configfh:
new_config.write(configfh)
# hostname assignment
host = args.host or config.get('www', 'host')
return host, port
def query_iterator(cls, sql, fields=None, params=[], count=False):
cursor = connection.cursor()
sql_params = tuple(
i if isinstance(i, tuple) else text(i) for i in params)
if count:
from_pos = sql.upper().find(' FROM')
if from_pos != -1:
sql = u"SELECT COUNT(*) " + sql[from_pos:]
order_pos = sql.upper().find('ORDER BY')
if order_pos != -1:
sql = sql[:order_pos]
fields = [u'count']
cursor.execute(sql, sql_params)
if fields is None:
for row in cursor.fetchall():
yield row[0]
else:
if count:
for row in cursor.fetchall():
yield dict(zip(fields, row))
else:
for row in cursor.fetchall():
yield dict(zip(fields, [row[0].get(f) for f in fields]))
def parse_field(self, field):
"""Parse a field (from JSON)
:param field: dict containing 'field', 'operation' and 'value' elements.
:type field: dict
:returns: QueryObject
:rtype: multiseek.logic.QueryObject subclass
"""
# prev_op key is OPTIONAL
for key in ['field', 'operator', 'value']:
if key not in field:
raise ParseError("Key %s not found in field %r" % (key, field))
f = self.get_field_by_name(field['field'])
if f is None:
raise UnknownField("Field type %r not found!" % field)
if field['operator'] not in [text(x) for x in f.ops]:
raise UnknownOperation(
"Operation %r not valid for field %r" % (
field['operator'], field['field']))
if field.get('prev_op', None) not in [AND, OR, ANDNOT, None]:
raise UnknownOperation("%r" % field)
if f.impacts_query(field['value'], field['operator']):
return f.query_for(field['value'], field['operator'])
def test_pickle(my_params, tmpdir):
path = text(tmpdir.join('gopca_config.pickle'))
with open(path, 'wb') as ofh:
pickle.dump(my_params, ofh, pickle.HIGHEST_PROTOCOL)
with open(path, 'rb') as fh:
config = pickle.load(fh)
assert config.hash == my_params.hash
def indented_title(self, obj):
level = getattr(obj, obj._mptt_meta.level_attr)
if level is 0:
return obj
level_indicator = ''.join(['-' for i in range(level)])
return u'%s %s' % (level_indicator, text(obj))
def _initialize_data(self):
from .models import FakeData
faker_instance = faker.Faker(locale=to_locale(get_language()))
# load additional faker providers
for provider_name in settings_with_fallback(
'SCRUBBER_ADDITIONAL_FAKER_PROVIDERS'):
# try to load module
try:
module_name, class_name = text(provider_name).rsplit('.', 1)
module = importlib.import_module(module_name)
except Exception:
raise ScrubberInitError(
'module not found for provider defined in SCRUBBER_ADDITIONAL_FAKER_PROVIDERS: %s'
% provider_name)
# add provider to faker instance
provider = getattr(module, class_name, None)
if provider is None:
raise ScrubberInitError(
'faker provider not found for provider defined in SCRUBBER_ADDITIONAL_FAKER_PROVIDERS: %s'
% provider_name)
faker_instance.add_provider(provider)
provider_args_str = ', '.join(str(i) for i in self.provider_args)
provider_kwargs_str = ', '.join(str(i) for i in self.provider_kwargs)
logger.info('Initializing fake scrub data for provider %s(%s, %s)' %
(self.provider, provider_args_str, provider_kwargs_str))
# TODO: maybe be a bit smarter and only regenerate if needed?
FakeData.objects.filter(provider=self.provider_key).delete()
fakedata = []
# if we don't reset the seed for each provider, registering a new one might change all
# data for subsequent providers
faker_instance.seed(settings_with_fallback('SCRUBBER_RANDOM_SEED'))
for i in range(
settings_with_fallback('SCRUBBER_ENTRIES_PER_PROVIDER')):
fakedata.append(
FakeData(provider=self.provider_key,
provider_offset=i,
content=faker_instance.format(
self.provider, *self.provider_args,
**self.provider_kwargs)))
try:
FakeData.objects.bulk_create(fakedata)
except IntegrityError as e:
raise ScrubberInitError(
'Integrity error initializing faker data (%s); maybe decrease '
'SCRUBBER_ENTRIES_PER_PROVIDER?' % (e, ))
self.INITIALIZED_PROVIDERS.add(self.provider_key)
def get_iplimage_info(val):
depth = val['depth']
channels = val['nChannels']
if depth == 0x8:
cv_type_name = 'IPL_DEPTH_8U'
data_symbol = 'B'
elem_size = 1
elif depth == -0x7FFFFFF8:
cv_type_name = 'IPL_DEPTH_8S'
data_symbol = 'b'
elem_size = 1
elif depth == 0x10:
cv_type_name = 'IPL_DEPTH_16U'
data_symbol = 'H'
elem_size = 2
elif depth == -0x7FFFFFF0:
cv_type_name = 'IPL_DEPTH_16S'
data_symbol = 'h'
elem_size = 2
elif depth == -0x7FFFFFE0:
cv_type_name = 'IPL_DEPTH_32S'
data_symbol = 'i'
elem_size = 4
elif depth == 0x20:
cv_type_name = 'IPL_DEPTH_32F'
data_symbol = 'f'
elem_size = 4
elif depth == 0x40:
cv_type_name = 'IPL_DEPTH_64F'
data_symbol = 'd'
elem_size = 8
else:
gdb.write('Unsupported IplImage depth\n', gdb.STDERR)
return
rows = val['height'] if str(
val['roi']) == '0x0' else val['roi']['height']
cols = val['width'] if str(
val['roi']) == '0x0' else val['roi']['width']
line_step = val['widthStep']
gdb.write(cv_type_name + ' with ' + str(channels) + ' channels, ' +
str(rows) + ' rows and ' + str(cols) + ' cols\n')
data_address = text(val['imageData']).encode('utf-8').split()[0]
data_address = int(data_address, 16)
if str(val['roi']) != '0x0':
x_offset = int(val['roi']['xOffset'])
y_offset = int(val['roi']['yOffset'])
data_address += line_step * y_offset + x_offset * elem_size * channels
return (cols, rows, channels, line_step, data_address, data_symbol)
def test_sub(self):
self.v.set_config_type("yaml")
self.v.read_config(yaml.safe_dump(text(yaml_example)))
subv = self.v.sub("clothing")
self.assertEqual(self.v.get("clothing.pants.size"),
subv.get("pants.size"))
subv = self.v.sub("clothing.pants")
self.assertEqual(self.v.get("clothing.pants.size"), subv.get("size"))
subv = self.v.sub("clothing.pants.size")
self.assertEqual(subv, None)
def get_targets_from_content_type(request):
if request.method == 'POST':
content_type_id = request.POST.get('content_type_id')
field_name = request.POST.get('field_name')
targets_bd = []
if content_type_id and content_type_id.__len__() > 0:
cctt = ContentType.objects.get(id=content_type_id)
model_class = cctt.model_class()
targets_bd = model_class.objects.all()
targets = {}
for target_bd in targets_bd:
if hasattr(target_bd, field_name):
targets[target_bd.id] = text(getattr(target_bd, field_name))
else:
targets[target_bd.id] = text(target_bd)
response = {'targets': targets}
return HttpResponse(json.dumps(response, indent=4),
content_type='application/json')
def convert_to_sub_test(r: TestResult) -> Optional[TestSubResult]:
if r.result == "Pass":
return TestSubResult(comment=comment,
display_name=text(r.name),
duration_in_ms=r.duration_seconds * 1000,
outcome="Passed")
if r.result == "Fail":
return TestSubResult(comment=comment,
display_name=text(r.name),
duration_in_ms=r.duration_seconds * 1000,
outcome="Failed",
stack_trace=text(r.stack_trace)
if r.stack_trace is not None else None,
error_message=text(r.failure_message))
if r.result == "Skip":
return TestSubResult(comment=comment,
display_name=text(r.name),
duration_in_ms=r.duration_seconds * 1000,
outcome="NotExecuted")
log.warning("Unexpected result value {} for {}".format(
r.result, r.name))
return None
def _set_attributes(self):
self._attributes = {}
all_attributes = list(_get_all_attributes(self._root_node))
for key, value in all_attributes:
# Since enketo forms may have the template attribute in
# multiple xml tags, overriding and log when this occurs
if key in self._attributes:
logger = logging.getLogger("console_logger")
logger.debug("Skipping duplicate attribute: %s"
" with value %s" % (key, value))
logger.debug(text(all_attributes))
else:
self._attributes[key] = value
def LoadChildren(self):
# Iterate over all CTNName@CTNType in confnode directory, and try to open them
for CTNDir in os.listdir(self.CTNPath()):
if os.path.isdir(os.path.join(self.CTNPath(), CTNDir)) and \
CTNDir.count(NameTypeSeparator) == 1:
pname, ptype = CTNDir.split(NameTypeSeparator)
try:
self.CTNAddChild(pname, ptype)
except Exception as exc:
msg = _("Could not add child \"{a1}\", type {a2} :\n{a3}\n"
).format(a1=pname, a2=ptype, a3=text(exc))
self.GetCTRoot().logger.write_error(msg)
self.GetCTRoot().logger.write_error(traceback.format_exc())
def test_sub(self):
self.v.set_config_type('yaml')
self.v.read_config(yaml.dump(text(yaml_example)))
subv = self.v.sub('clothing')
self.assertEqual(self.v.get('clothing.pants.size'),
subv.get('pants.size'))
subv = self.v.sub('clothing.pants')
self.assertEqual(self.v.get('clothing.pants.size'), subv.get('size'))
subv = self.v.sub('clothing.pants.size')
self.assertEqual(subv, None)
def _parse_where(query, known_integers, known_decimals, or_where, or_params):
# using a dictionary here just incase we will need to filter using
# other table columns
where, where_params = [], []
OPERANDS = {'$gt': '>', '$gte': '>=', '$lt': '<', '$lte': '<=', '$i': '~*'}
for (field_key, field_value) in iteritems(query):
if isinstance(field_value, dict):
if field_key in NONE_JSON_FIELDS:
json_str = NONE_JSON_FIELDS.get(field_key)
else:
json_str = _json_sql_str(field_key, known_integers,
KNOWN_DATES, known_decimals)
for (key, value) in iteritems(field_value):
_v = None
if key in OPERANDS:
where.append(u' '.join(
[json_str, OPERANDS.get(key), u'%s']))
_v = value
if field_key in KNOWN_DATES:
raw_date = value
for date_format in (MONGO_STRFTIME, DATE_FORMAT):
try:
_v = datetime.datetime.strptime(
raw_date[:19], date_format)
except ValueError:
pass
if field_key in NONE_JSON_FIELDS:
where_params.extend([text(_v)])
else:
where_params.extend((field_key, text(_v)))
else:
if field_key in NONE_JSON_FIELDS:
where.append("{} = %s".format(NONE_JSON_FIELDS[field_key]))
where_params.extend([text(field_value)])
else:
where.append(u"json->>%s = %s")
where_params.extend((field_key, text(field_value)))
return where + or_where, where_params + or_params
def get_detailed_message(self):
from builtins import str as text
msg = u'Status: ' + text(self.status_code)
if isinstance(self.server_message, unicode):
msg += u'\nServer message: ' + self.server_message
else:
msg += u'\nServer message: ' + self.server_message.decode('utf-8', 'replace')
if self.message:
if isinstance(self.message, unicode):
msg += u'\nMessage: ' + self.message
else:
msg += u'\nMessage: ' + self.message.decode('utf-8', 'replace')
return msg
def test_basic(my_go_annotation):
assert isinstance(my_go_annotation, GOAnnotation)
assert isinstance(repr(my_go_annotation), str)
assert isinstance(str(my_go_annotation), str)
assert isinstance(text(my_go_annotation), text)
assert isinstance(my_go_annotation.hash, text)
# test comparisons
other = copy.deepcopy(my_go_annotation)
assert other == my_go_annotation
other.ev_code = 'IDA'
assert other != my_go_annotation
def test_init(my_profile, my_profile2, my_gene_names, my_x):
for prof in [my_profile, my_profile2]:
assert isinstance(prof, ExpProfile)
assert isinstance(repr(prof), str)
assert isinstance(str(prof), str)
assert isinstance(text(prof), text)
assert isinstance(prof.hash, text)
assert prof.p == len(my_gene_names)
assert np.array_equal(prof.x, my_x)
assert np.array_equal(prof.genes, my_gene_names)
assert prof.genes.name == 'Genes'
assert my_profile != my_profile2
assert my_profile.label != my_profile2.label
def registerClientQueue(self, queueProxy):
"""Attach an additional Queue proxy to this _PrPipe
All elements published() from now on will also be added to this Queue
Returns the clientId for the new client, which must be used in all
future interaction with this _PrPipe
Args:
queueProxy (QueueProxy): Proxy object to a Queue we should populate
Returns:
string. The client's ID for acccess to this queue
"""
# Make sure we don't re-use a clientId
clientId = self.lastClientId + 1
self.lastClientId = clientId
with self.clientQueuesLock:
self.clientQueues[text(clientId)] = queueProxy
return text(clientId)
def get_menu(context, key=None):
menu = MenuItem.objects.all()
if key not in EMPTY_VALUES:
try:
if text(key).isdigit():
menu = MenuItem.objects.get(pk=key).get_descendants()
else:
menu = MenuItem.objects.get(machine_name=key).get_descendants()
except ObjectDoesNotExist:
menu = MenuItem.objects.none()
return {'nodes': menu}
def get_cities(self):
for_index = 0
debug_line = None
city_list = []
country_id_dict = dict(Country.objects.values_list('iso', 'id'))
try:
with open(ALL_COUNTRIES_FILE_PATH) as country_file:
for line in csv.reader(country_file, dialect='excel-tab'):
if line and not line[
self.CITY_FIELDS['geoname_id']].startswith('#'):
parse_condition = line[self.CITY_FIELDS[
'feature_class']] == CITY_FEATURE_CLASS
if CITY_FEATURE_CODES:
parse_condition = parse_condition and line[self.CITY_FIELDS['feature_code']] \
in CITY_FEATURE_CODES
if parse_condition:
debug_line = line
city_list.append(
City(
id=line[self.CITY_FIELDS['geoname_id']],
country_id=country_id_dict[line[
self.CITY_FIELDS['counrty']]],
name=line[
self.CITY_FIELDS['name']].strip(),
latitude=line[
self.CITY_FIELDS['latitude']].strip(),
longitude=line[
self.CITY_FIELDS['longitude']].strip(),
timezone=line[
self.CITY_FIELDS['timezone']],
feature_class=line[self.CITY_FIELDS[
'feature_class']].strip(),
feature_code=line[self.CITY_FIELDS[
'feature_code']].strip(),
date_modification=line[self.CITY_FIELDS[
'date_modification']].strip(),
))
if divmod(for_index, 500000)[1] == 0:
logger.info(for_index)
City.objects.bulk_create(city_list)
city_list = []
for_index += 1
City.objects.bulk_create(city_list)
except Exception as error:
logger.debug('{}\n{}'.format(error, text(debug_line)))
def doc_topics(k, doc_id, N=40):
etag = _generate_etag(self.v[k])
if request.get_header('If-None-Match', '') == etag:
response.status = 304
return "Not Modified"
if k not in self.topic_range:
response.status = 400 # Not Found
return "No model for k = {}".format(k)
try:
N = int(request.query.n)
except:
pass
response.set_header('Etag', etag)
response.content_type = 'application/json; charset=UTF8'
try:
if N > 0:
data = self.v[k].dist_doc_doc(doc_id)[:N]
else:
data = self.v[k].dist_doc_doc(doc_id)[N:]
data = reversed(data)
except KeyError:
doc_id = doc_id.decode('utf-8')
if N > 0:
data = self.v[k].dist_doc_doc(doc_id)[:N]
else:
data = self.v[k].dist_doc_doc(doc_id)[N:]
data = reversed(data)
docs = [doc for doc, prob in data]
doc_topics_mat = self.v[k].doc_topics(docs)
docs = self.get_docs(docs, id_as_key=True)
js = []
for doc_prob, topics in zip(data, doc_topics_mat):
doc, prob = doc_prob
struct = docs[doc]
struct.update({
'prob':
float(1 - prob),
'topics':
dict([(text(t), float(p)) for t, p in topics])
})
js.append(struct)
return json.dumps(js)
def test_read_write(self):
result = 0
# Altering values
# Double even values
for i in range(20):
if i % 2 == 0:
self.test_dict[text(i)] += self.test_dict[text(i)]
for i in range(20):
if i % 2 == 0:
if self.test_dict[text(i)] == 2 * i:
result += 1
else:
if self.test_dict[text(i)] == i:
result += 1
# Checking new values
self.assertEqual(result, self.size)
# Restoring values
# Undo
for i in range(20):
if i % 2 == 0:
self.test_dict[text(i)] -= i
self.test_check_values()
self.test_dict._sync_writes()
def test_basic(my_sig_matrix):
assert isinstance(my_sig_matrix, GOPCASignatureMatrix)
assert isinstance(repr(my_sig_matrix), str)
assert isinstance(str(my_sig_matrix), str)
assert isinstance(text(my_sig_matrix), text)
assert isinstance(my_sig_matrix.hash, text)
other = deepcopy(my_sig_matrix)
assert other is not my_sig_matrix
assert other == my_sig_matrix
other = GOPCASignatureMatrix.from_signatures(
my_sig_matrix.signatures.tolist()[:-1], cluster_signatures=False)
# signature matrix with only one signature
assert other != my_sig_matrix
def test_basic(my_term):
assert isinstance(my_term, GOTerm)
assert isinstance(repr(my_term), str)
assert isinstance(str(my_term), str)
assert isinstance(text(my_term), text)
assert isinstance(my_term.id, text)
assert isinstance(my_term.name, text)
assert isinstance(my_term.domain, text)
assert isinstance(my_term.definition, text)
assert isinstance(my_term.is_a, set)
assert isinstance(my_term.part_of, set)
assert isinstance(hash(my_term), int)
def _parse_str_callbacks(callbacks, ret, base_dir):
if not callbacks:
return ret
callbacks = callbacks.split(',')
for callback in callbacks:
if not callback:
continue
tokens = callback.split(':')
if tokens[0] not in ret._fields:
raise ConfigurationError(
'Unexpected callback '
'type: {type}'.format(type=text(tokens[0])))
path = os.path.join(base_dir, tokens[1])
if not os.path.exists(path):
raise ConfigurationError(
'Path unavailable: {path}'.format(path=text(path)))
if os.path.isdir(path):
for fname in sorted(os.listdir(path)):
getattr(ret, tokens[0]).append(os.path.join(path, fname))
else:
getattr(ret, tokens[0]).append(path)
return ret
def join(self):
"""Join any client processes, waiting for them to exit
.wait() calls this, so not necessary to use separately
"""
# Join the main command first
self.run.join()
# Join queue processes
for procPipeName in list(self.pipeClientProcesses):
for clientId, clientProcess in list(
self.pipeClientProcesses[procPipeName].items()):
# print("Joining " + procPipeName + " client " + text(clientId) + "...")
self.pipeClientProcesses[procPipeName][text(clientId)].join()
def _apply_version(version, base_dir, user, cursor):
"""
Execute all statements in migration version
"""
all_versions = _get_migrations_info_from_dir(base_dir)
version_info = all_versions[version]
LOG.info('Try apply version %r', version_info)
_apply_file(version_info.file_path, cursor)
cursor.execute(
'INSERT INTO public.schema_version '
'(version, description, installed_by) '
'VALUES (%s::bigint, %s, %s)',
(text(version), version_info.meta['description'], user))
def parse_to_dspace_triples(self):
"""
This is an example with several places hardcoded.
"""
m_arr = []
triples = [(str(x[0]), str(x[1]), x[2]) for x in self._rdf_metadata]
for subj, pred, obj in triples:
# print "%20s %20s %s" % (subj, pred, obj)
k = example_rdf._map.get(str(pred), None)
if k is not None:
v = text(obj)
if isinstance(k, tuple):
k, rec, value_norm = k
if rec is not None:
m = rec.search(v)
if not m:
continue
v = m.group(1)
v = getattr(self, value_norm)(v, triples)
if v is not None and len(v) > 0:
m_arr.append(self.triple(k, text(v).strip()))
# specific touches - should be updated based on imported data
d = dict([(x["key"], x["value"]) for x in m_arr])
if "dc.rights.uri" in d:
# fill out others required if not present
if "dc.rights" not in d:
m_arr.append(self.triple("dc.rights", d["dc.rights.uri"]))
if "dc.rights.label" not in d:
val = "PUB" if "creativecommons" in d["dc.rights.uri"] else ""
m_arr.append(self.triple("dc.rights.label", val))
if "dc.type" not in d:
m_arr.append(self.triple("dc.type", "numeric-set"))
d = dict([(x["key"], x["value"]) for x in m_arr])
_logger.debug("Extracted keys [%s]", ",".join(d.keys()))
return m_arr
def _apply_version(version, cfg, cursor):
"""
Execute all statements in migration version
"""
all_versions = _get_migrations_info_from_dir(cfg.base_dir)
version_info = all_versions[version]
LOG.info('Try apply version %r', version_info)
_apply_file(version_info.filePath, cursor)
query = cursor.mogrify(
f'INSERT INTO public.{MIGRATIONS_TABLE_NAME} '
f'(version, description, installed_by) '
f'VALUES (%s::bigint, %s, %s)',
(text(version), version_info.meta['description'], cfg.user))
cursor.execute(query)
def gn_get_metadata_raw(self, metadata_id):
url = self.service_url + "/srv/api/0.1/records/" + str(metadata_id)
headers = {
'Accept': 'application/xml',
'X-XSRF-TOKEN': self.get_csrf_token()
}
r = self.session.get(url,
headers=headers,
timeout=get_default_timeout(),
proxies=settings.PROXIES)
logger.debug('gn_get_metadata_raw: ' + text(r.status_code))
if r.status_code == 200:
return r.content
raise FailedRequestError(r.status_code, r.content)
def apply_l3_dci_template(root_context, service_context):
for count, vlan in enumerate(service_context.auto_values.dci_vlan, start=1):
dci_link_net = ip_network(text(vlan.subnet))
dci_link_ip_list = list(dci_link_net.hosts())
if len(dci_link_ip_list) < 2:
raise NcsServiceError('VLAN {} subnet must have at least 2 host addresses'.format(vlan.id))
dci_vars = {
'COUNT': count,
'VLAN-ID': vlan.id,
'BDR-IP': dci_link_ip_list[1],
'BDR-LEN': dci_link_net.prefixlen,
'DCI-IP': dci_link_ip_list[0],
'SITE-DCI-ASN': root_context.plant_information.plant[service_context.dc_name].as_number.dci_nodes,
}
apply_template('l3_dci', service_context, dci_vars)
def parse_list(input):
"""
return a list based on a string in the json
of the type "['AAPL','MSFT','ABC','ETN']"
:param input:
:return:
"""
if type(input) == list:
return input
else:
input_quote = input.replace("'","\"")
list_encoded = json.loads(input_quote)
## CAUTION, because of the difference in Python 2 and 3 of str and unicode, we need to change
## from builtins import str as text
return [text(x) for x in list_encoded]
def __deserialize_primitive(self, data, klass):
"""
Deserializes string to primitive type.
:param data: str.
:param klass: class literal.
:return: int, long, float, str, bool.
"""
try:
return klass(data)
except UnicodeEncodeError:
return text(data)
except TypeError:
return data
def write_tables_to_workbook(self, tables):
"""
tables should be a list of pairs, the first element in the
pair is the name of the table, the second is the actual data.
TODO: figure out how to write to the xls file rather than keep
the whole workbook in memory.
"""
self.reset_workbook()
for table_name, table in tables:
self.add_sheet(table_name)
for i, row in enumerate(table):
for j, value in enumerate(row):
self._sheets[table_name].write(i, j, text(value))
return self._workbook
def _apply_version(version, base_dir, cursor):
'''
Execute all statements in migration version
'''
all_versions = _get_migrations_info_from_dir(base_dir)
version_info = all_versions[version]
LOG.info('Try apply version %r', version_info)
_apply_file(version_info.filePath, cursor)
query = cursor.mogrify('INSERT INTO public.schema_version '
'(version, description, installed_by) '
'VALUES (%s::bigint, %s, CURRENT_USER)',
(text(version),
version_info.meta['description']))
cursor.execute(query)
