def to_hash(self, recursion_depth=1):
"""Convert the object to a hash."""
obj = super(InstitutionPerson, self).to_hash(recursion_depth)
obj['_id'] = index_hash(int(self.person.id), int(self.institution.id))
obj['person_id'] = int(self.person.id)
obj['institution_id'] = int(self.institution.id)
return obj
def test_index_hash(self):
"""
Test the index hash method with some static knowns
"""
in_data = (123, 456)
chk_data = "e10adc3949ba59abbe56e057f20f883e"
self.assertEqual(index_hash(*in_data), chk_data)
def to_hash(self):
"""Convert the object to a hash."""
obj = super(CitationProposal, self).to_hash()
obj['_id'] = index_hash(int(self.citation.id), unicode_type(self.proposal.id))
obj['citation_id'] = int(self.citation.id)
obj['proposal_id'] = unicode_type(self.proposal.id)
return obj
def available_hash_list(cls):
"""
Need to figure out more about what this does...
"""
keys = cls.get_primary_keys()
# pylint: disable=no-member
table = cls._meta.db_table
# pylint: enable=no-member
db_keys = {}
for key in keys:
# pylint: disable=no-member
if len(cls._meta.rel) > 0:
rel_mod = cls._meta.rel.get(key)
db_keys[key] = rel_mod.db_column
else:
db_keys[key] = key
# pylint: enable=no-member
hash_list = []
hash_dict = {}
sql = "SELECT {0} FROM {1}".format(",".join(db_keys.values()), table)
all_keys_query = RawQuery(cls, sql, None).dicts()
for obj in all_keys_query.execute():
inst_key = index_hash(*obj.values())
hash_list.append(inst_key)
entry = {
'key_list': {db_keys.get(key): obj[key] for key in db_keys.keys()},
'index_hash': inst_key
}
hash_dict[inst_key] = entry
return hash_list, hash_dict
def to_hash(self):
"""Convert the object to a hash."""
obj = super(InstrumentGroup, self).to_hash()
obj['_id'] = index_hash(int(self.group.id), int(self.instrument.id))
obj['instrument_id'] = int(self.instrument.id)
obj['group_id'] = int(self.group.id)
return obj
def to_hash(self, recursion_depth=1):
"""Convert the object to a hash."""
obj = super(UserGroup, self).to_hash(recursion_depth)
obj['_id'] = index_hash(int(self.person.id), int(self.group.id))
obj['person_id'] = int(self.person.id)
obj['group_id'] = int(self.group.id)
return obj
def to_hash(self, recursion_depth=1):
"""Convert the object to a hash."""
obj = super(InstrumentCustodian, self).to_hash(recursion_depth)
obj['_id'] = index_hash(int(self.custodian.id), int(self.instrument.id))
obj['instrument_id'] = int(self.instrument.id)
obj['custodian_id'] = int(self.custodian.id)
return obj
def to_hash(self, recursion_depth=1):
"""Convert the object to a hash."""
obj = super(ProposalParticipant, self).to_hash(recursion_depth)
obj['_id'] = index_hash(unicode_type(self.proposal.id),
int(self.person.id))
obj['person_id'] = int(self.person.id)
obj['proposal_id'] = unicode_type(self.proposal.id)
return obj
def to_hash(self):
"""Convert the object to a hash."""
obj = super(ProposalInstrument, self).to_hash()
obj['_id'] = index_hash(unicode_type(self.proposal.id),
int(self.instrument.id))
obj['instrument_id'] = int(self.instrument.id)
obj['proposal_id'] = unicode_type(self.proposal.id)
return obj
def to_hash(self):
"""Convert the object to a hash."""
obj = super(AToolProposal, self).to_hash()
obj['_id'] = index_hash(unicode_type(self.proposal.id),
int(self.analytical_tool.id))
obj['proposal_id'] = unicode_type(self.proposal.id)
obj['analytical_tool_id'] = int(self.analytical_tool.id)
return obj
def to_hash(self, recursion_depth=1):
"""Convert the object to a hash."""
obj = super(CitationContributor, self).to_hash(recursion_depth)
obj['_id'] = index_hash(int(self.citation.id), int(self.author.id))
obj['citation_id'] = int(self.citation.id)
obj['author_id'] = int(self.author.id)
obj['author_precedence'] = int(self.author_precedence)
return obj
def to_hash(self, recursion_depth=1):
"""Convert the object to a hash."""
obj = super(AToolTransaction, self).to_hash(recursion_depth)
obj['_id'] = index_hash(int(self.transaction.id),
int(self.analytical_tool.id))
obj['transaction_id'] = int(self.transaction.id)
obj['analytical_tool_id'] = int(self.analytical_tool.id)
return obj
def to_hash(self):
"""
Converts the object to a hash
"""
obj = super(InstrumentGroup, self).to_hash()
obj['_id'] = index_hash(int(self.group.id), int(self.instrument.id))
obj['instrument_id'] = int(self.instrument.id)
obj['group_id'] = int(self.group.id)
return obj
def to_hash(self):
"""
Converts the object to a hash
"""
obj = super(ProposalInstrument, self).to_hash()
obj['_id'] = index_hash(str(self.proposal.id), int(self.instrument.id))
obj['instrument_id'] = int(self.instrument.id)
obj['proposal_id'] = str(self.proposal.id)
return obj
def to_hash(self):
"""Convert the base object fields into serializable attributes in a hash."""
obj = {}
obj['created'] = self.created.isoformat()
obj['updated'] = self.updated.isoformat()
obj['deleted'] = self.deleted.isoformat(
) if self.deleted is not None else None
obj['_id'] = index_hash(obj['created'], obj['updated'], obj['deleted'])
return obj
def to_hash(self):
"""
Converts the object to a hash
"""
obj = super(InstitutionPerson, self).to_hash()
obj['_id'] = index_hash(int(self.person.id), int(self.institution.id))
obj['person_id'] = int(self.person.id)
obj['institution_id'] = int(self.institution.id)
return obj
def to_hash(self, recursion_depth=1):
"""Convert the object to a hash."""
obj = super(TransactionKeyValue, self).to_hash(recursion_depth)
obj['_id'] = index_hash(int(self.key.id), int(self.transaction.id),
int(self.value.id))
obj['transaction_id'] = int(self.transaction.id)
obj['key_id'] = int(self.key.id)
obj['value_id'] = int(self.value.id)
return obj
def to_hash(self):
"""Convert the object to a hash."""
obj = super(FileKeyValue, self).to_hash()
obj['_id'] = index_hash(int(self.key.id), int(self.file.id),
int(self.value.id))
obj['file_id'] = int(self.file.id)
obj['key_id'] = int(self.key.id)
obj['value_id'] = int(self.value.id)
return obj
def to_hash(self):
"""Convert the object to a hash."""
obj = super(CitationKeyword, self).to_hash()
# pylint: disable=no-member
obj['_id'] = index_hash(int(self.citation.id), int(self.keyword.id))
obj['citation_id'] = int(self.citation.id)
obj['keyword_id'] = int(self.keyword.id)
# pylint: enable=no-member
return obj
def to_hash(self):
"""
Converts the object to a hash
"""
obj = super(InstrumentCustodian, self).to_hash()
obj['_id'] = index_hash(int(self.custodian.id), int(self.instrument.id))
obj['instrument_id'] = int(self.instrument.id)
obj['person_id'] = int(self.custodian.id)
return obj
def to_hash(self):
"""
Converts the object to a hash
"""
obj = super(CitationProposal, self).to_hash()
obj['_id'] = index_hash(int(self.citation.id), str(self.proposal.id))
obj['citation_id'] = int(self.citation.id)
obj['proposal_id'] = str(self.proposal.id)
return obj
def to_hash(self):
"""
Converts the object to a hash
"""
obj = super(ProposalParticipant, self).to_hash()
obj['_id'] = index_hash(str(self.proposal.id), int(self.person.id))
obj['person_id'] = int(self.person.id)
obj['proposal_id'] = str(self.proposal.id)
return obj
def to_hash(self):
"""
Converts the object to a hash
"""
obj = super(CitationContributor, self).to_hash()
obj['_id'] = index_hash(int(self.citation.id), int(self.author.id))
obj['citation_id'] = int(self.citation.id)
obj['author_id'] = int(self.author.id)
obj['author_precedence'] = int(self.author_precedence)
return obj
def to_hash(self, recursion_depth=0):
"""Convert the base object fields into serializable attributes in a hash."""
obj = {}
obj['created'] = self.created.isoformat()
obj['updated'] = self.updated.isoformat()
obj['deleted'] = self.deleted.isoformat() if self.deleted is not None else None
obj['_id'] = index_hash(obj['created'], obj['updated'], obj['deleted'])
if recursion_depth:
for attr in self.cls_revforeignkeys():
obj[attr] = [obj_ref.to_hash(recursion_depth - 1) for obj_ref in getattr(self, attr)]
return obj
def to_hash(self):
"""
Converts the base object fields into serializable attributes
in a hash.
"""
obj = {}
obj['created'] = self.created.isoformat()
obj['updated'] = self.updated.isoformat()
obj['deleted'] = self.deleted.isoformat() if self.deleted is not None else None
obj['_id'] = index_hash(obj['created'], obj['updated'], obj['deleted'])
return obj
def to_hash(self):
"""
Converts the object to a hash
"""
obj = super(TransactionKeyValue, self).to_hash()
obj['_id'] = index_hash(int(self.key.id),
int(self.transaction.id),
int(self.value.id))
obj['transaction_id'] = int(self.transaction.id)
obj['key_id'] = int(self.key.id)
obj['value_id'] = int(self.value.id)
return obj
def to_hash(self):
"""
Converts the object to a hash
"""
obj = super(FileKeyValue, self).to_hash()
obj['_id'] = index_hash(int(self.key.id),
int(self.file.id),
int(self.value.id))
obj['file_id'] = int(self.file.id)
obj['key_id'] = int(self.key.id)
obj['value_id'] = int(self.value.id)
return obj
def available_hash_list(cls):
"""
Generate a hashable structure of all keys and values of keys.
This structure allows for easy evaluation of updates or current vs old data
for any object in the database.
"""
hash_list = []
hash_dict = {}
all_keys_query = cls.select(
*[getattr(cls, key) for key in cls.get_primary_keys()]).dicts()
for obj in all_keys_query.execute():
inst_key = index_hash(*obj.values())
hash_list.append(inst_key)
entry = {'key_list': obj, 'index_hash': inst_key}
hash_dict[inst_key] = entry
return hash_list, hash_dict
def test_index_hash(self):
"""Test the index hash method with some static knowns."""
in_data = (123, 456)
chk_data = 'e10adc3949ba59abbe56e057f20f883e'
self.assertEqual(index_hash(*in_data), chk_data)
