def forget(self, schema):
name = str(schema)
if IInterface.providedBy(schema):
name = identify_interface(schema)
if name not in self._names:
return
self._names.remove(name)
def forget(self, schema):
name = str(schema)
if IInterface.providedBy(schema):
name = identify_interface(schema)
if name not in self._names:
return
self._names.remove(name)
def bind(self, schema):
if not IInterface.providedBy(schema):
raise TypeError("Cannot bind non-interface object %s" % schema)
name = identify_interface(schema)
if name in self._names:
raise KeyError("duplicate schema: Interface %s already managed." % (name,))
self._names.append(name)
def bind(self, schema):
if not IInterface.providedBy(schema):
raise TypeError('Cannot bind non-interface object %s' % schema)
name = identify_interface(schema)
if name in self._names:
raise KeyError(
'duplicate schema: Interface %s already managed.' % (name,))
self._names.append(name)
def test_dynamic_schema_identification(self):
from hashlib import md5
from plone.supermodel import serializeSchema
iface = ITestSchema2
oldname = iface.__name__
iface.__name__ = ''
assert iface.__module__ == 'uu.retrieval.tests.test_schema'
expected_signature = md5(serializeSchema(iface).strip()).hexdigest()
expected_name = 'I%s' % expected_signature
expected_identifier = '.'.join((iface.__module__, expected_name))
assert identify_interface(ITestSchema2) == expected_identifier
iface.__name__ = oldname # clean up
def test_dynamic_schema_identification(self):
from hashlib import md5
from plone.supermodel import serializeSchema
iface = ITestSchema2
oldname = iface.__name__
iface.__name__ = ""
assert iface.__module__ == "uu.retrieval.tests.test_schema"
expected_signature = md5(serializeSchema(iface).strip()).hexdigest()
expected_name = "I%s" % expected_signature
expected_identifier = ".".join((iface.__module__, expected_name))
assert identify_interface(ITestSchema2) == expected_identifier
iface.__name__ = oldname # clean up
def __contains__(self, name):
if IInterface.providedBy(name):
name = identify_interface(name)
name = str(name)
return name in self._names
def bind(self, schema):
if hasattr(self, '_v_schema'):
delattr(self, '_v_schema')
self._schema = identify_interface(schema)
self.make_indexes()
def test_schema_identification(self):
name = identify_interface(ITestSchema)
assert name == ITestSchema.__identifier__
def __contains__(self, name):
if IInterface.providedBy(name):
name = identify_interface(name)
name = str(name)
return name in self._names
from zope.schema import getFieldNamesInOrder, ValidationError
from zope.schema import interfaces as fieldtypes
from uu.retrieval.utils import identify_interface
from uu.formlibrary.measure.interfaces import IMeasureDefinition
from uu.formlibrary.search.interfaces import COMPARATORS
from uu.formlibrary.search.interfaces import IFieldQuery
from uu.formlibrary.search.interfaces import IJSONFilterRepresentation
from uu.formlibrary.search.interfaces import IRecordFilter, IFilterGroup
from uu.formlibrary.search.interfaces import IComposedQuery
from uu.formlibrary.utils import normalize_usa_date
# field serialization, used by FieldQuery:
field_id = lambda f: (identify_interface(f.interface), f.__name__)
resolvefield = lambda t: resolve(t[0])[t[1]] # (name, fieldname) -> schema
# comparator class resolution from identifier:
comparator_cls = lambda v: getattr(query, v) if v in COMPARATORS else None
# get index type from FieldQuery
def query_idxtype(fieldquery, schema):
"""Get index type for specific comparator, field combination"""
comparator, fieldname = fieldquery.comparator, fieldquery.fieldname
field = schema[fieldname]
# for text, whether to use text index or field index depends on the
# comparator saved on the query:
line_types = (fieldtypes.ITextLine, fieldtypes.IBytesLine)
def test_schema_identification(self):
name = identify_interface(ITestSchema)
assert name == ITestSchema.__identifier__
from zope.interface.interfaces import IInterface
from zope.schema import getFieldNamesInOrder, ValidationError
from zope.schema import interfaces as fieldtypes
from uu.retrieval.utils import identify_interface
from uu.formlibrary.measure.interfaces import IMeasureDefinition
from uu.formlibrary.search.interfaces import COMPARATORS
from uu.formlibrary.search.interfaces import IFieldQuery
from uu.formlibrary.search.interfaces import IJSONFilterRepresentation
from uu.formlibrary.search.interfaces import IRecordFilter, IFilterGroup
from uu.formlibrary.search.interfaces import IComposedQuery
from uu.formlibrary.utils import normalize_usa_date
# field serialization, used by FieldQuery:
field_id = lambda f: (identify_interface(f.interface), f.__name__)
resolvefield = lambda t: resolve(t[0])[t[1]] # (name, fieldname) -> schema
# comparator class resolution from identifier:
comparator_cls = lambda v: getattr(query, v) if v in COMPARATORS else None
# get index type from FieldQuery
def query_idxtype(fieldquery, schema):
"""Get index type for specific comparator, field combination"""
comparator, fieldname = fieldquery.comparator, fieldquery.fieldname
field = schema[fieldname]
# for text, whether to use text index or field index depends on the
# comparator saved on the query:
line_types = (fieldtypes.ITextLine, fieldtypes.IBytesLine)
def bind(self, schema):
if hasattr(self, '_v_schema'):
delattr(self, '_v_schema')
self._schema = identify_interface(schema)
self.make_indexes()
