def all(cls, instance_name=None):
if 'dbcache' not in this_thread.misc:
this_thread.misc['dbcache'] = {}
if instance_name:
listobj = DAList(instance_name, object_type=cls)
else:
listobj = DAList(object_type=cls)
listobj.set_random_instance_name()
for db_entry in list(
cls._session.query(cls._model).order_by(cls._model.id).all()):
if cls._model.__name__ in this_thread.misc[
'dbcache'] and db_entry.id in this_thread.misc['dbcache'][
cls._model.__name__]:
listobj.append(this_thread.misc['dbcache'][cls._model.__name__]
[db_entry.id])
else:
obj = listobj.appendObject()
obj.id = db_entry.id
db_values = {}
for column in cls._model.__dict__.keys():
if column == 'id' or column.startswith('_'):
continue
db_values[column] = getattr(db_entry, column)
if db_values[column] is not None:
obj.db_set(column, db_values[column])
obj._orig = db_values
obj.db_cache()
listobj.gathered = True
return listobj
def unclassified_entries(self, key=None):
self._initialize()
results = DAList()._set_instance_name_for_method()
results.gathered = True
if key is None:
query = MachineLearning.query.filter_by(
group_id=self.group_id,
active=False).order_by(MachineLearning.id).all()
else:
query = MachineLearning.query.filter_by(
group_id=self.group_id, key=key,
active=False).order_by(MachineLearning.id).all()
for entry in query:
results.appendObject(
MachineLearningEntry,
ml=self,
id=entry.id,
independent=fix_pickle_obj(
codecs.decode(
bytearray(entry.independent, encoding='utf-8'),
'base64')),
create_time=entry.create_time,
key=entry.key,
info=fix_pickle_obj(
codecs.decode(bytearray(entry.info, encoding='utf-8'),
'base64'))
if entry.info is not None else None)
return results
def dalist_of_individuals(self, directory: list):
"""
Converts a list of Python dicts into a DAList of Individual instances.
Args:
directory (list): List of dicts where each dict defines a person.
Returns:
DAList: List of instances of Individual
"""
individuals = []
for entry in directory:
address = Address()
address.init(address=entry.get('address'),
city=entry.get('city'),
state='TX',
zip=entry.get('zip code'),
country='US')
name = IndividualName()
name.init(first=entry.get('first name'),
middle=entry.get('middle name'),
last=entry.get('last name'),
suffix=entry.get('suffix'))
individual = Individual()
individual.init(name=name,
address=address,
title=entry.get('title'),
phone=entry.get('phone'),
email=entry.get('email'),
ou=entry.get('court'))
individuals.append(individual)
result = DAList()
result.init(object_type=Individual, elements=individuals)
return result
def children(self):
""" Returns list of direct children/step/foster children (not grandchildren) based on the relationship attribute."""
children = DAList(object_type=Individual, auto_gather=False, gathered=True)
for person in self.elements:
if person.relationship.lower() in ['child','son','daughter','foster child','stepchild','step child']:
children.append(person)
return children
def guardians(self):
"""Returns legal guardians or parents"""
guardians = DAList(object_type=Individual, auto_gather=False,gathered=True)
for person in self.elements:
if person.relationship.lower() in ['guardian','father','mother',
'legal guardian','step father','step mother','stepparent','step parent']:
guardians.append(person)
return guardians
def unclassified_entries(self, key=None):
self._initialize()
results = DAList()._set_instance_name_for_method()
results.gathered = True
if key is None:
query = MachineLearning.query.filter_by(group_id=self.group_id, active=False).order_by(MachineLearning.id).all()
else:
query = MachineLearning.query.filter_by(group_id=self.group_id, key=key, active=False).order_by(MachineLearning.id).all()
for entry in query:
results.appendObject(MachineLearningEntry, ml=self, id=entry.id, independent=fix_pickle_obj(codecs.decode(bytearray(entry.independent, encoding='utf-8'), 'base64')), create_time=entry.create_time, key=entry.key, info=fix_pickle_obj(codecs.decode(bytearray(entry.info, encoding='utf-8'), 'base64')) if entry.info is not None else None)
return results
def classified_entries(self, key=None):
self._initialize()
results = DAList()
results.gathered = True
results.set_random_instance_name()
if key is None:
query = db.session.execute(
select(MachineLearning).filter_by(
group_id=self.group_id,
active=True).order_by(MachineLearning.id)).scalars()
else:
query = db.session.execute(
select(MachineLearning).filter_by(
group_id=self.group_id, active=True,
key=key).order_by(MachineLearning.id)).scalars()
for entry in query:
results.appendObject(
MachineLearningEntry,
ml=self,
id=entry.id,
independent=fix_pickle_obj(
codecs.decode(
bytearray(entry.independent, encoding='utf-8'),
'base64')),
dependent=fix_pickle_obj(
codecs.decode(bytearray(entry.dependent, encoding='utf-8'),
'base64')),
info=fix_pickle_obj(
codecs.decode(bytearray(entry.info, encoding='utf-8'),
'base64'))
if entry.info is not None else None,
create_time=entry.create_time,
key=entry.key)
return results
def classified_entries(self, key=None):
self._initialize()
results = DAList()
results.gathered = True
results.set_random_instance_name()
if key is None:
query = MachineLearning.query.filter_by(
group_id=self.group_id,
active=True).order_by(MachineLearning.id).all()
else:
query = MachineLearning.query.filter_by(
group_id=self.group_id, active=True,
key=key).order_by(MachineLearning.id).all()
for entry in query:
results.appendObject(
MachineLearningEntry,
ml=self,
id=entry.id,
independent=pickle.loads(
codecs.decode(entry.independent, 'base64')),
dependent=pickle.loads(codecs.decode(entry.dependent,
'base64')),
info=pickle.loads(codecs.decode(entry.info, 'base64'))
if entry.info is not None else None,
create_time=entry.create_time,
key=entry.key)
return results
def get_parent(self, rel_name, instance_name=None):
if not self.ready():
raise Exception("get_parent: cannot retrieve data")
info = self._parent_mapping[rel_name]
model = info['relationship_class']._model
if instance_name:
results = DAList(instance_name, object_type=info['parent_class'])
else:
results = []
indexno = 0
if instance_name is None:
for db_entry in list(
self._session.query(model).filter(
model.getattr(info['child_column']) == self.id).all()):
results.append(info['parent_class'].by_id(
db_entry.getattr(info['parent_column'])))
else:
for db_entry in list(
self._session.query(model).filter(
model.getattr(info['child_column']) == self.id).all()):
results.append(info['parent_class'].by_id(
db_entry.getattr(info['parent_column'])),
instance_name=instance_name + '[' +
str(indexno) + ']')
indexno += 1
return results
def filter(cls, instance_name, **kwargs):
if 'dbcache' not in this_thread.misc:
this_thread.misc['dbcache'] = {}
listobj = DAList(instance_name, object_type=cls, auto_gather=False)
filters = []
for key, val in kwargs.items():
if not hasattr(cls._model, key):
raise Exception("filter: class " + cls.__name__ +
" does not have column " + key)
filters.append(getattr(cls._model, key) == val)
for db_entry in list(
cls._session.query(cls._model).filter(*filters).order_by(
cls._model.id).all()):
if cls._model.__name__ in this_thread.misc[
'dbcache'] and db_entry.id in this_thread.misc['dbcache'][
cls._model.__name__]:
listobj.append(this_thread.misc['dbcache'][cls._model.__name__]
[db_entry.id])
else:
obj = listobj.appendObject()
obj.id = db_entry.id
db_values = {}
for column in cls._model.__dict__.keys():
if column == 'id' or column.startswith('_'):
continue
db_values[column] = getattr(db_entry, column)
if db_values[column] is not None:
obj.db_set(column, db_values[column])
obj._orig = db_values
obj.db_cache()
listobj.gathered = True
return listobj
def in_category_not_subcategory(self,
category_id,
check_access=False,
user=None):
filtered = [
form for form in self.elements if hasattr(form, 'fields') and (
form.fields.get('CategoryLookupId') == category_id) and (
not form.fields.get('SubcategoryLookupId'))
]
if len(filtered):
return filtered
else:
return DAList(there_are_any=False)
def classified_entries(self, key=None):
self._initialize()
results = DAList()
results.gathered = True
results.set_random_instance_name()
if key is None:
query = MachineLearning.query.filter_by(group_id=self.group_id, active=True).order_by(MachineLearning.id).all()
else:
query = MachineLearning.query.filter_by(group_id=self.group_id, active=True, key=key).order_by(MachineLearning.id).all()
for entry in query:
results.appendObject(MachineLearningEntry, ml=self, id=entry.id, independent=pickle.loads(codecs.decode(entry.independent, 'base64')), dependent=pickle.loads(codecs.decode(entry.dependent, 'base64')), info=pickle.loads(codecs.decode(entry.info, 'base64')) if entry.info is not None else None, create_time=entry.create_time, key=entry.key)
return results
def has_relationship(self, relationships):
"""Return a list of company memberships with the specified relationship attribute. Relationship may be a string or list of strings."""
related = DAList(object_type=Individual,
auto_gather=False,
gathered=True)
for person in self.elements:
if hasattr(person, 'relationship'):
if isinstance(relationships, list):
if person.relationship.lower() in relationships:
related.append(person)
else:
if person.relationship.lower() == relationships:
related.append(person)
return related
def import_yaml_to_DA(database,
factors,
cases,
model,
case_collection='docassemble_openlcbr_output',
domain_model='docassemble_openlcbr_output'):
# First, take the content of the yaml file and turn it into Python data.
stream = open(database, 'r')
data = yaml.load(stream)
new_factors = {}
# Load the Factors into the factors object
for f in data['factors']:
#new_factor = DAObject()
new_factor = factors.appendObject()
new_factor.id = f
new_factor.side = side_to_word(data['factors'][f]['favored_side'])
new_factor.long_desc = data['factors'][f]['description']
new_factor.name = data['factors'][f]['proposition']
#factors.append(new_factor.copy_shallow('factors'))
new_factors[f] = new_factor
factors.gathered = True
#factors.auto_gather = False
# Load the Cases into the Cases Object
for c in data['case_collections'][case_collection]['cases']:
#new_case = DAIBPCase()
new_case = cases.appendObject(DAIBPCase)
new_case.id = c['id']
if 'name' in c:
new_case.name = c['name']
else:
new_case.name = c['citation']
new_case.year = c['year']
new_case.cite = c['citation']
new_case.winner = side_to_word(c['winner'])
for f in c['factors']:
#new_case.factors.append(new_factors[f].copy_shallow('factors'))
for factor in factors:
if factor.id == f:
# See notes below about adding factors to issues. Bug.
new_case.factors.append(factor)
break
new_case.factors.gathered = True
#new_case.factors.auto_gather = False
#cases.append(new_case)
cases.gathered = True
#cases.auto_gather = False
# Load the model into the model Object
new_issues = {
} # So that we can come back to it and use it to add branches.
top_issue = None # To keep track of which issue is the root issue.
issues = data['domain_models'][domain_model]['issues']
for i in issues:
new_issue = DAIBPIssue()
new_issue.initializeAttribute('factors', DAList)
new_issue.initializeAttribute('branches', DAList)
new_issue.id = issues[i]['id']
new_issue.text = issues[i]['proposition']
new_issue.type = issues[i]['type']
if new_issue.type == "top" or new_issue.type == "top_level_issue":
top_issue = new_issue
if 'winner_if_unraised' in issues[i]:
new_issue.default = issues[i]['winner_if_unraised']
if 'antecedents' in issues[i]:
if 'disjoint_antecedents' in issues[i]:
new_issue.join_type = "disjunctive"
else:
new_issue.join_type = "conjunctive"
new_issue.factors.gathered = True
#new_issue.factors.auto_gather = False
new_issue.complete = True
new_issue.branches.gathered = True
new_issue.branches.object_type = DAIBPIssue
#new_issue.branches.auto_gather = False
new_issues[i] = new_issue
# Do the recursive naming prior to adding factors and antecedents.
top_issue._set_instance_name_recursively('model.issues')
for i in issues:
if 'factors' in issues[i]:
for f in issues[i]['factors']:
for factor in factors:
if factor.id == f:
new_issues[i].factors.append(factor)
break
if 'antecedents' in issues[i]:
for a in issues[i]['antecedents']:
new_issues[i].branches.append(new_issues[a])
model.ko_factors = DAList('model.ko_factors')
for kof in data['domain_models'][domain_model]['ko_factors']:
for factor in factors:
if factor.id == kof:
model.ko_factors.append(factor)
model.ko_factors.gathered = True
#model.ko_factors.auto_gather = False
model.issues = top_issue
model.issues.build = True
def init(self, *pargs, **kwargs):
super(DAIBPCase, self).init(*pargs, **kwargs)
self.initializeAttribute('factors', DAList.using(object_type=DAObject))
def in_subcategory(self, subcategory_id, check_access=False, user=None):
return [
form for form in self.elements if hasattr(form, 'fields')
and form.fields.get('SubcategoryLookupId', False)
and form.fields.get('SubcategoryLookupId') == subcategory_id
] or DAList(there_are_any=False)
def matches_category(self, category):
return DAList(elements=[
key for key, value in self.iteritems()
if value.category == category
])
def unchecked_values(self):
return DAList(elements=[
key for key, value in self.iteritems() if value.checked is False
])
def in_category(self, category_id, check_access=False, user=None):
return [
form for form in self.elements if hasattr(form, 'fields')
and category_id == form.fields.get('CategoryLookupId')
] or DAList(there_are_any=False)
def get_contacts(self, upn, default_address='home'):
""" Return a list of contacts from the given user's Universal Principal Name (i.e., [email protected] for most organizations, or [email protected]).
Does not paginate--will return the first 100 contacts only for now. You can choose whether to default to 'home' or 'business' address and phone."""
contacts_url = "https://graph.microsoft.com/v1.0/users/" + upn + "/contacts"
res = self.get_request(contacts_url)
people = DAList(object_type=Individual,
auto_gather=False, gathered=True)
for p_res in res.get('value', []):
person = people.appendObject()
person.name.first = p_res.get('givenName', '')
person.name.last = p_res.get('surname', '')
if p_res.get('middleName'):
person.name.middle = p_res.get('middleName')
person.jobTitle = p_res.get('jobTitle')
person.title = p_res.get('title')
person.business_phones = p_res.get('businessPhones', [])
person.home_phones = p_res.get('homePhones', [])
person.mobile_number = p_res.get('mobilePhone')
person.initializeAttribute('home_address', Address)
person.home_address.address = p_res.get(
'homeAddress', {}).get('street')
person.home_address.city = p_res.get('homeAddress', {}).get('city')
person.home_address.state = p_res.get(
'homeAddress', {}).get('state')
person.home_address.zip = p_res.get(
'homeAddress', {}).get('postalCode')
# if not p_res.get('homeAddress',{}).get('countryOrRegion') is None:
# person.home_address.country = p_res.get('homeAddress',{}).get('countryOrRegion')
person.initializeAttribute('business_address', Address)
person.business_address.address = p_res.get(
'businessAddress', {}).get('street')
person.business_address.city = p_res.get(
'businessAddress', {}).get('city')
person.business_address.state = p_res.get(
'businessAddress', {}).get('state')
person.business_address.zip = p_res.get(
'businessAddress', {}).get('postalCode')
# if not p_res.get('businessAddress',{}).get('countryOrRegion') is None:
# person.business_address.country = p_res.get('businessAddress',{}).get('countryOrRegion')
person.emails = p_res.get('emailAddresses', [])
if p_res.get('emailAddresses'):
person.email = next(iter(person.emails), []).get(
'address', None) # take the first email
# Try to respect the address kind the user wants, but if not present, use the address we have (which might be null)
# Information is often put in the business phone/address fields if the contact only has one address/phone
if default_address == 'home':
if p_res.get('homeAddress'):
person.address = person.home_address
else:
person.address = person.business_address
else:
if p_res.get('businessAddress'):
person.address = person.business_address
else:
person.address = person.home_address
if default_address == 'home':
if p_res.get('homePhones'):
# just take the first home phone in the list
person.phone_number = next(iter(person.home_phones), '')
else:
person.phone_number = next(
iter(person.business_phones), '')
else:
if p_res.get('businessPhones'):
# just take the first business phone
person.phone_number = next(
iter(person.business_phones), '')
else:
person.phone_number = next(iter(person.home_phones), '')
return people