def setUp(self):
self.gsoc_program = seeder_logic.seed(GSoCProgram)
self.gsoc_organization = seeder_logic.seed(GSoCOrganization,
{'scope': self.gsoc_program})
slot_transfer_properties = {'program': self.gsoc_program,
'status': 'accepted'}
organization_properties = {'scope': self.gsoc_program}
self.org_entities = seeder_logic.seedn(GSoCOrganization, 10,
organization_properties)
#Assign one slot transfer entity to each of the organization in
#self.org_entities
self.slot_transfer_entities = []
properties = slot_transfer_properties.copy()
for i in range(10):
properties['parent'] = self.org_entities[i]
entity = seeder_logic.seed(GSoCSlotTransfer, properties)
self.slot_transfer_entities.append(entity)
#Assign multiple slot transfer entities to self.gsoc_organization
properties = slot_transfer_properties.copy()
properties.update({'parent': self.gsoc_organization})
self.gsoc_organization_slot_transfer_entities = seeder_logic.seedn(
GSoCSlotTransfer, 5, properties)
def setUp(self):
self.program = seeder_logic.seed(GSoCProgram)
#An organization which has all its slots allocated.
org_properties = {'scope':self.program, 'slots': 2}
self.foo_organization = seeder_logic.seed(GSoCOrganization, org_properties)
proposal_properties = {'program': self.program, 'org': self.foo_organization,
'mentor': None, 'status': 'accepted'}
self.foo_proposals = seeder_logic.seedn(GSoCProposal, 2,
proposal_properties)
#Create organization which has slots to be allocated. We create both
#rejected and accepted proposals for this organization entity.
org_properties = {'scope':self.program, 'slots': 5}
self.bar_organization = seeder_logic.seed(GSoCOrganization, org_properties)
#Create some already accepted proposals for bar_organization.
proposal_properties = {'program': self.program, 'org': self.bar_organization,
'mentor': None, 'status': 'accepted'}
self.bar_accepted_proposals = seeder_logic.seedn(GSoCProposal, 2,
proposal_properties)
#proposals which are yet to be accepted.
proposal_properties = {'status': 'pending', 'accept_as_project': True,
'has_mentor': True, 'program': self.program,
'org': self.bar_organization}
self.bar_to_be_accepted_proposals = seeder_logic.seedn(GSoCProposal, 3,
proposal_properties)
#proposals which were rejected.
proposal_properties = {'status': 'pending', 'accept_as_project': False,
'has_mentor': False, 'program': self.program,
'org': self.bar_organization}
self.bar_rejected_proposals = seeder_logic.seedn(GSoCProposal, 2,
proposal_properties)
#Create an organization for which the accepted proposals are more than
#the available slots.
org_properties = {'scope': self.program, 'slots': 1}
self.happy_organization = seeder_logic.seed(GSoCOrganization, org_properties)
proposal_properties = {'status': 'pending', 'accept_as_project': True,
'has_mentor': True, 'program': self.program,
'org': self.happy_organization}
self.happy_accepted_proposals = []
proposal_properties['score'] = 2
self.happy_accepted_proposals.append(seeder_logic.seed(GSoCProposal,
proposal_properties))
proposal_properties['score'] = 5
self.happy_accepted_proposals.append(seeder_logic.seed(GSoCProposal,
proposal_properties))
def seedn(self, model, properties, n, auto_seed_optional_properties=True):
return seeder_logic.seedn(
model,
n,
properties,
recurse=False,
auto_seed_optional_properties=auto_seed_optional_properties)
def setUp(self):
from soc.modules.gsoc.models.student_project import StudentProject
self.init()
properties = {'scope': self.org, 'program': self.gsoc}
self.student_projects = seeder_logic.seedn(StudentProject, 2, properties)
def setUp(self):
self.program = program_utils.seedGSoCProgram()
self.organization = org_utils.seedSOCOrganization(self.program.key())
slot_transfer_properties = {'program': self.program,
'status': 'accepted'}
self.org_entities = [
org_utils.seedSOCOrganization(self.program.key())
for _ in range(NUMBER_OF_ORGS)]
#Assign one slot transfer entity to each of the organization in
#self.org_entities
self.slot_transfer_entities = []
properties = slot_transfer_properties.copy()
for i in range(10):
properties['parent'] = self.org_entities[i].key.to_old_key()
entity = seeder_logic.seed(GSoCSlotTransfer, properties)
self.slot_transfer_entities.append(entity)
#Assign multiple slot transfer entities to self.organization
properties = slot_transfer_properties.copy()
properties.update({'parent': self.organization.key.to_old_key()})
self.gsoc_organization_slot_transfer_entities = seeder_logic.seedn(
GSoCSlotTransfer, 5, properties)
def setUp(self):
self.program = program_utils.seedGSoCProgram()
self.organization = org_utils.seedSOCOrganization(self.program.key())
slot_transfer_properties = {
'program': self.program,
'status': 'accepted'
}
self.org_entities = [
org_utils.seedSOCOrganization(self.program.key())
for _ in range(NUMBER_OF_ORGS)
]
#Assign one slot transfer entity to each of the organization in
#self.org_entities
self.slot_transfer_entities = []
properties = slot_transfer_properties.copy()
for i in range(10):
properties['parent'] = self.org_entities[i].key.to_old_key()
entity = seeder_logic.seed(GSoCSlotTransfer, properties)
self.slot_transfer_entities.append(entity)
#Assign multiple slot transfer entities to self.organization
properties = slot_transfer_properties.copy()
properties.update({'parent': self.organization.key.to_old_key()})
self.gsoc_organization_slot_transfer_entities = seeder_logic.seedn(
GSoCSlotTransfer, 5, properties)
def testSeedn(self):
"""Tests the seedn method.
"""
from soc.models.student import Student
# Test seeding multiple data and generating all properties randomly
n = 3
students = seeder_logic.seedn(Student, n)
self.assertEqual(len(students), n)
self.assertTrue(all(students))
def testSeedn(self): """Tests the seedn method. """ from soc.models.student import Student # Test seeding multiple data and generating all properties randomly n = 3 students = seeder_logic.seedn(Student, n) self.assertEqual(len(students), n) self.assertTrue(all(students))
def testQueryAllMentorKeysForOrg(self):
"""Tests if a list of keys of all the mentors for an organization is
returned.
"""
#Since there are no mentors assigned to foo_org or bar_org, an empty list
#should be returned.
expected_keys = []
actual_keys = profile_logic.queryAllMentorsKeysForOrg(self.foo_org)
self.assertEqual(expected_keys, actual_keys)
actual_keys = profile_logic.queryAllMentorsKeysForOrg(self.bar_org)
self.assertEqual(expected_keys, actual_keys)
mentor_properties = {
'mentor_for': [self.foo_org.key()],
'is_mentor': True
}
foo_mentors = seeder_logic.seedn(GCIProfile, 5, mentor_properties)
org_admin_properties = {
'org_admin_for': [self.foo_org.key()],
'mentor_for': [self.foo_org.key()],
'is_mentor': True,
'is_org_admin': True
}
foo_org_admin = seeder_logic.seed(GCIProfile, org_admin_properties)
mentor_properties['mentor_for'] = [self.bar_org.key()]
bar_mentors = seeder_logic.seedn(GCIProfile, 5, mentor_properties)
org_admin_properties['org_admin_for'] = [self.bar_org.key()]
org_admin_properties['mentor_for'] = [self.bar_org.key()]
bar_org_admin = seeder_logic.seed(GCIProfile, org_admin_properties)
expected = [mentor.key()
for mentor in foo_mentors] + [foo_org_admin.key()]
actual = profile_logic.queryAllMentorsKeysForOrg(self.foo_org)
self.assertEqual(expected, actual)
expected = [mentor.key()
for mentor in bar_mentors] + [bar_org_admin.key()]
actual = profile_logic.queryAllMentorsKeysForOrg(self.bar_org)
self.assertEqual(expected, actual)
def testQueryAllMentorKeysForOrg(self):
"""Tests if a list of keys of all the mentors for an organization is
returned.
"""
#Since there are no mentors assigned to foo_org or bar_org, an empty list
#should be returned.
expected_keys = []
actual_keys = profile_logic.queryAllMentorsKeysForOrg(self.foo_org)
self.assertEqual(expected_keys, actual_keys)
actual_keys = profile_logic.queryAllMentorsKeysForOrg(self.bar_org)
self.assertEqual(expected_keys,actual_keys)
mentor_properties = {'mentor_for': [self.foo_org.key()], 'is_mentor': True}
foo_mentors = seeder_logic.seedn(GCIProfile, 5, mentor_properties)
org_admin_properties = {'org_admin_for': [self.foo_org.key()],
'mentor_for': [self.foo_org.key()],
'is_mentor': True, 'is_org_admin': True}
foo_org_admin = seeder_logic.seed(GCIProfile, org_admin_properties)
mentor_properties['mentor_for'] = [self.bar_org.key()]
bar_mentors = seeder_logic.seedn(GCIProfile, 5, mentor_properties)
org_admin_properties['org_admin_for'] = [self.bar_org.key()]
org_admin_properties['mentor_for'] = [self.bar_org.key()]
bar_org_admin = seeder_logic.seed(GCIProfile, org_admin_properties)
expected = [mentor.key() for mentor in foo_mentors] + [foo_org_admin.key()]
actual = profile_logic.queryAllMentorsKeysForOrg(self.foo_org)
self.assertEqual(expected, actual)
expected = [mentor.key() for mentor in bar_mentors] + [bar_org_admin.key()]
actual = profile_logic.queryAllMentorsKeysForOrg(self.bar_org)
self.assertEqual(expected, actual)
def seedn(self, model, properties, n,
auto_seed_optional_properties=True):
return seeder_logic.seedn(model, n, properties, recurse=False,
auto_seed_optional_properties=auto_seed_optional_properties)
def testSeedAGSoCProgram(self):
"""Tests seeding a GSoC program using both seedn and seed methods.
"""
import random
from soc.modules.gsoc.models.mentor import GSoCMentor
from soc.modules.gsoc.models.org_admin import GSoCOrgAdmin
from soc.modules.gsoc.models.organization import GSoCOrganization
from soc.modules.gsoc.models.program import GSoCProgram
from soc.modules.gsoc.models.student import GSoCStudent
from soc.modules.gsoc.models.student_proposal import StudentProposal
# Seed 'GSoC2011'
properties = {
'name': 'Google Summer of Code 2011',
'short_name': 'GSoC2011'
}
gsoc2011 = seeder_logic.seed(GSoCProgram, properties=properties)
# Seed num_gsoc_orgs GSoC orgs
num_gsoc_orgs = 10
properties = {'scope': gsoc2011}
gsoc_orgs = seeder_logic.seedn(GSoCOrganization, num_gsoc_orgs,
properties)
self.assertEqual(len(gsoc_orgs), num_gsoc_orgs)
self.assertTrue(all(gsoc_orgs))
# Seed IntegerUniformDistribution(min_num_gsoc_org_admins,
# max_num_gsoc_org_admins) admins and IntegerUniformDistribution(
# min_num_gsoc_org_mentors, max_num_gsoc_org_mentors) mentors for GSoC orgs
min_num_gsoc_org_admins = 1
max_num_gsoc_org_admins = 5
min_num_gsoc_org_mentors = 0
max_num_gsoc_org_mentors = 10
for gsoc_org in gsoc_orgs:
properties = {'scope': gsoc_org, 'program': gsoc2011}
num_gsoc_org_admins = random.randint(min_num_gsoc_org_admins,
max_num_gsoc_org_admins)
gsoc_org_admins = seeder_logic.seedn(GSoCOrgAdmin,
num_gsoc_org_admins,
properties)
self.assertEqual(len(gsoc_org_admins), num_gsoc_org_admins)
self.assertTrue(all(gsoc_org_admins))
num_gsoc_org_mentors = random.randint(min_num_gsoc_org_mentors,
max_num_gsoc_org_mentors)
gsoc_org_mentors = seeder_logic.seedn(GSoCMentor,
num_gsoc_org_mentors,
properties)
self.assertEqual(len(gsoc_org_mentors), num_gsoc_org_mentors)
self.assertTrue(all(gsoc_org_mentors))
# Seed num_gsoc_students GSoC students
num_gsoc_students = 20
properties = {'scope': gsoc2011}
gsoc_students = seeder_logic.seedn(GSoCStudent, num_gsoc_students,
properties)
self.assertEqual(len(gsoc_students), num_gsoc_students)
self.assertTrue(all(gsoc_students))
# Seed IntegerUniformDistribution(min_num_gsoc_student_proposals,
# max_num_gsoc_student_proposals) student proposals for each student,
# org is chosen randomly from gsoc_orgs
min_num_gsoc_student_proposals = 0
max_num_gsoc_student_proposals = 2
for gsoc_student in gsoc_students:
properties = {
'scope': gsoc_student,
'org': random.choice(gsoc_orgs),
'program': gsoc2011,
'mentor': None
}
num_gsoc_student_proposals = random.randint(
min_num_gsoc_student_proposals, max_num_gsoc_student_proposals)
gsoc_student_proposals = seeder_logic.seedn(
StudentProposal, num_gsoc_student_proposals, properties)
self.assertEqual(len(gsoc_student_proposals),
num_gsoc_student_proposals)
self.assertTrue(all(gsoc_student_proposals))
def testSeedAGSoCProgram(self):
"""Tests seeding a GSoC program using both seedn and seed methods.
"""
import random
from soc.modules.gsoc.models.mentor import GSoCMentor
from soc.modules.gsoc.models.org_admin import GSoCOrgAdmin
from soc.modules.gsoc.models.organization import GSoCOrganization
from soc.modules.gsoc.models.program import GSoCProgram
from soc.modules.gsoc.models.student import GSoCStudent
from soc.modules.gsoc.models.student_proposal import StudentProposal
# Seed 'GSoC2011'
properties = {'name': 'Google Summer of Code 2011','short_name': 'GSoC2011'}
gsoc2011 = seeder_logic.seed(GSoCProgram, properties=properties)
# Seed num_gsoc_orgs GSoC orgs
num_gsoc_orgs = 10
properties = {'scope': gsoc2011}
gsoc_orgs = seeder_logic.seedn(GSoCOrganization, num_gsoc_orgs, properties)
self.assertEqual(len(gsoc_orgs), num_gsoc_orgs)
self.assertTrue(all(gsoc_orgs))
# Seed IntegerUniformDistribution(min_num_gsoc_org_admins,
# max_num_gsoc_org_admins) admins and IntegerUniformDistribution(
# min_num_gsoc_org_mentors, max_num_gsoc_org_mentors) mentors for GSoC orgs
min_num_gsoc_org_admins = 1
max_num_gsoc_org_admins = 5
min_num_gsoc_org_mentors = 0
max_num_gsoc_org_mentors = 10
for gsoc_org in gsoc_orgs:
properties = {'scope': gsoc_org, 'program': gsoc2011}
num_gsoc_org_admins = random.randint(min_num_gsoc_org_admins,
max_num_gsoc_org_admins)
gsoc_org_admins = seeder_logic.seedn(GSoCOrgAdmin,
num_gsoc_org_admins, properties)
self.assertEqual(len(gsoc_org_admins), num_gsoc_org_admins)
self.assertTrue(all(gsoc_org_admins))
num_gsoc_org_mentors = random.randint(min_num_gsoc_org_mentors,
max_num_gsoc_org_mentors)
gsoc_org_mentors = seeder_logic.seedn(GSoCMentor,
num_gsoc_org_mentors, properties)
self.assertEqual(len(gsoc_org_mentors), num_gsoc_org_mentors)
self.assertTrue(all(gsoc_org_mentors))
# Seed num_gsoc_students GSoC students
num_gsoc_students = 20
properties = {'scope': gsoc2011}
gsoc_students = seeder_logic.seedn(GSoCStudent,
num_gsoc_students, properties)
self.assertEqual(len(gsoc_students), num_gsoc_students)
self.assertTrue(all(gsoc_students))
# Seed IntegerUniformDistribution(min_num_gsoc_student_proposals,
# max_num_gsoc_student_proposals) student proposals for each student,
# org is chosen randomly from gsoc_orgs
min_num_gsoc_student_proposals = 0
max_num_gsoc_student_proposals = 2
for gsoc_student in gsoc_students:
properties = {'scope': gsoc_student,
'org':random.choice(gsoc_orgs),
'program': gsoc2011,
'mentor': None}
num_gsoc_student_proposals = random.randint(
min_num_gsoc_student_proposals, max_num_gsoc_student_proposals)
gsoc_student_proposals = seeder_logic.seedn(
StudentProposal, num_gsoc_student_proposals, properties)
self.assertEqual(len(gsoc_student_proposals), num_gsoc_student_proposals)
self.assertTrue(all(gsoc_student_proposals))