def make_partenr(payload):
'''
create and make partenr
make realtion between two person every person has partenr for example:
Ali (person) has jafer (partenr), jafer is father (relation =1) of Ali
privet /partenr post methods
get data (person:int, partenr:int, relation:int) from json requst then
insert data into partenr object
scope requires authtction post:partenr
insert into partenr (person, partenr, relation) VALUES /*from json
requst*/(person, partenr, relation)
return name of person (Ali), name of partenr, message descripe relation
of relation status and 200 success
if any problem in id person, id partenr raise 422, if relation not int
or above 5 or under 1 or None raise 422, if name person, name partenr
not existing raise 400
relation={
1: "Father",
2: "Mother",
3: "wife",
4: "husband",
5: "child"
}
'''
data = request.get_json()
person = data.get('person', None)
partenr = data.get('partenr', None)
relation = data.get('relation', None)
if type(person) is not int or person is None or person <= 0:
abort(422)
if type(partenr) is not int or partenr is None or partenr <= 0:
abort(422)
if partenr == person:
abort(404)
if type(relation) is not int or relation is None or relation > 5 \
or relation <= 0:
abort(400)
name_person = Person.query.filter_by(person_id=person).one_or_none()
if name_person is None:
abort(400)
namePartenr = Person.query.filter_by(person_id=partenr).one_or_none()
if namePartenr is None:
abort(400)
relations = Relations(person=person,
partenr=partenr,
relation=relation)
relations.insert()
message = ""
if relation >= 5:
message = name_person.name.format() + " became the " +\
RELATION_CONST[relation-1] + " of " + namePartenr.name.format()
else:
message = namePartenr.name.format()+" became the " +\
RELATION_CONST[relation-1] + " of " + name_person.name.format()
return jsonify({
"success": True,
"person": name_person.name.format(),
"partenr": namePartenr.name.format(),
"relation": message
})
def populate_crisis(root):
"""
Finds instances of Crisis in root's tree and saves them to the database
@type root: Element
@param root: root of the ElementTree passed in to populate_models()
@rtype: N/A
@return: function does not return
"""
for crisis in root.findall("Crisis"):
temp_crisis = Crisis()
temp_crisis.crisis_ID = crisis.get("ID")
temp_crisis.name = crisis.get("Name")
if crisis.find("Kind") is not None:
temp_crisis.kind = crisis.find("Kind").text
if crisis.find("Date") is not None:
temp_crisis.date = crisis.find("Date").text
if crisis.find("Time") is not None:
temp_crisis.time = crisis.find("Time").text
#populating people
for person in crisis.iter("Person") or []:
temp_relations = Relations()
check = Relations.objects.filter(crisis_ID=crisis.get("ID"),
person_ID=person.get("ID"))
if len(check) == 0:
temp_relations.populate(c_id=crisis.get("ID"),
p_id=person.get("ID"))
temp_relations.save()
#populating organizations
for org in crisis.iter("Org") or []:
temp_relations = Relations()
check = Relations.objects.filter(crisis_ID=crisis.get("ID"),
org_ID=org.get("ID"))
if len(check) == 0:
temp_relations.populate(c_id=crisis.get("ID"),
o_id=org.get("ID"))
temp_relations.save()
populate_li(crisis, crisis.get("ID"), "Locations")
populate_li(crisis, crisis.get("ID"), "HumanImpact")
populate_li(crisis, crisis.get("ID"), "EconomicImpact")
populate_li(crisis, crisis.get("ID"), "ResourcesNeeded")
populate_li(crisis, crisis.get("ID"), "WaysToHelp")
populate_common(crisis, crisis.get("ID"), temp_crisis)
temp_crisis.save()
def populate_org(root):
"""
Finds instances of Org in root's tree and saves them to the database
@type root: Element
@param root: root of the ElementTree passed in to populate_models()
@rtype: N/A
@return: function does not return
"""
for org in root.findall("Organization"):
temp_org = Org()
temp_org.org_ID = org.get("ID")
temp_org.name = org.get("Name")
if org.find("Kind") is not None:
temp_org.kind = org.find("Kind").text
if org.find("Location") is not None:
temp_org.location = org.find("Location").text
for crisis in org.iter("Crisis"):
temp_relations = Relations()
check = Relations.objects.filter(crisis_ID=crisis.get("ID"),
org_ID=org.get("ID"))
if len(check) == 0:
temp_relations.populate(c_id=crisis.get("ID"),
o_id=org.get("ID"))
temp_relations.save()
for person in org.iter("Person"):
temp_relations = Relations()
check = Relations.objects.filter(org_ID=org.get("ID"),
person_ID=person.get("ID"))
if len(check) == 0:
temp_relations.populate(p_id=person.get("ID"),
o_id=org.get("ID"))
temp_relations.save()
populate_li(org, org.get("ID"), "History")
populate_li(org, org.get("ID"), "ContactInfo")
populate_common(org, org.get("ID"), temp_org)
temp_org.save()
def populate_person(root):
"""
Finds instances of Person in root's tree and saves them to the database
@type root: Element
@param root: root of the ElementTree passed in to populate_models()
@rtype: N/A
@return: function does not return
"""
for person in root.findall("Person"):
temp_person = Person()
temp_person.person_ID = person.get("ID")
temp_person.name = person.get("Name")
if person.find("Kind") is not None:
temp_person.kind = person.find("Kind").text
if person.find("Location") is not None:
temp_person.location = person.find("Location").text
for crisis in person.iter("Crisis"):
temp_relations = Relations()
check = Relations.objects.filter(crisis_ID=crisis.get("ID"),
person_ID=person.get("ID"))
if len(check) == 0:
temp_relations.populate(c_id=crisis.get("ID"),
p_id=person.get("ID"))
temp_relations.save()
for org in person.iter("Org"):
temp_relations = Relations()
check = Relations.objects.filter(org_ID=org.get("ID"),
person_ID=person.get("ID"))
if len(check) == 0:
temp_relations.populate(p_id=person.get("ID"),
o_id=org.get("ID"))
temp_relations.save()
populate_common(person, person.get("ID"), temp_person)
temp_person.save()