def test_basic_transactions(self): """Test basic deposit and withdraw for normal accounts""" # Create an operator: operator = User(username="******", password="******") operator.save() # Create a bank account: account = Account(id=1, name="Test Account") account.save() # Test to deposit 200: trans_deposit = deposit_to_account(account, 200, operator) account = Account.objects.get(pk=1) self.failUnlessEqual(account.balance, 200) # Test to withdraw 200: trans_withdraw = withdraw_from_account(account, 200, operator) account = Account.objects.get(pk=1) self.failUnlessEqual(account.balance, 0) # Test that withdrawing 200 from an empty account fails: trans_withdraw2 = withdraw_from_account(account, 200, operator) self.failUnlessEqual(trans_withdraw2, None) # Return objects for reuse in other tests: return account, operator, trans_deposit, trans_withdraw
def create_accounts(self, request, queryset):
quryset = queryset.filter(account__isnull=True)
n = queryset.count()
# GUARD: Nothing to do?
if n == 0:
return
# Create accounts:
for obj in queryset:
name = obj.get_full_name()
if name in (" ", ""):
name = obj.username
a = Account(name=name, email=obj.email, user=obj)
a.save()
self.log_addition(request, a)
# message for user:
if n == 1: msg_bit = "1 account"
else: msg_bit = "%s accounts" % n
self.message_user(request, "Successfully created %s." % msg_bit)
def test_limitgroup_transactions(self): """Test credit withdraw for accounts with limitgroup memberships""" # Create an operator: operator = User(username="******", password="******") operator.save() # Create a bank account with black_limit == -200: limit_group = LimitGroup(id=1, name="Tester1", black_limit=-200, max_grey_hours=1) limit_group.save() account = Account(id=1, name="Test Account", limit_group=limit_group) account.save() # Test to withdraw 199: trans_withdraw = withdraw_from_account(account, 199, operator) account = Account.objects.get(pk=1) self.failUnlessEqual(account.balance, -199) # Test to withdraw the last 1: trans_withdraw2 = withdraw_from_account(account, 1, operator) account = Account.objects.get(pk=1) self.failUnlessEqual(account.balance, -200) # Test that withdrawing another 1 fails: trans_withdraw3 = withdraw_from_account(account, 1, operator) self.failUnlessEqual(trans_withdraw3, None) # Test that the account go black after max_grey_hours == 1: trans_deposit = deposit_to_account(account, 50, operator) account.timestamp_grey = datetime.now() - timedelta(hours=1, seconds=1) account.save() trans_withdraw4 = withdraw_from_account(account, 1, operator) self.failUnlessEqual(trans_withdraw4, None)
def test_inactive_accounts(self): """Test that withdraw and deposit are not possible for inactive accounts """ # Create account and operator: operator = User(username="******", password="******") operator.save() account = Account(id=1, name="Test Account", is_active=False) account.save() account_balance = account.balance # Test that withdraw fails: trans_withdraw = withdraw_from_account(account, 200, operator) self.failUnlessEqual(trans_withdraw, None) account = Account.objects.get(pk=1) self.failUnlessEqual(account.balance, account_balance) # Test that deposits are still allowed: trans_deposit = deposit_to_account(account, 200, operator) account = Account.objects.get(pk=1) self.failUnlessEqual(account.balance, account_balance+200)
def handle_noargs(self, *args, **options):
#if len(args) != 0:
# raise CommandError("Command doesn't accept any arguments")
from django_kikrit.accounts.models import Account, LimitGroup, RFIDCard
from django_kikrit.merchandise.models import Merchandise,MerchandiseTag
# Create test Accounts and LimitGroups:
lim1 = LimitGroup(name=u"Omega Verksted", black_limit=-200)
lim2 = LimitGroup(name=u"Omega Verksted - VIP", black_limit=-1000,
internal_price=True)
lim1.save()
lim2.save()
print "2 LimitGroups created"
a1 = Account(name=u"Workshop Dude", limit_group=lim1, balance=20)
a2 = Account(name=u"Workshop Meister", limit_group=lim2, balance=8)
a3 = Account(name=u"Humble Washing Lady", balance=15)
a1.save()
a2.save()
a3.save()
print "3 Accounts created"
# Two cards are registered for the Workshop Dude, one for the Meister
# and none for the Humble Washing Lady...
c1 = RFIDCard(rfid_string=u"1101010001001", account=a1)
c2 = RFIDCard(rfid_string=u"1101010001010", account=a1)
c3 = RFIDCard(rfid_string=u"1101010001011", account=a2)
c1.save()
c2.save()
c3.save()
print "3 RFIDCards created"
# Create test Merchandise and MerchandiseTags:
t1 = MerchandiseTag(name="Beer")
t2 = MerchandiseTag(name="Drink")
t1.save()
t2.save()
print "2 MerchandiseTags created"
m1 = Merchandise(name=u"Hansa Premium 0,5L", ordinary_price=30,
internal_price=28, ean="001")
m2 = Merchandise(name=u"Hansa Fatøl 0,5L", ordinary_price=30,
internal_price=28,ean="002")
m3 = Merchandise(name=u"Hansa Pilsner 0,33L", ordinary_price=20,
internal_price=18,ean="003")
m4 = Merchandise(name=u"Farvel til slekt og venner", ordinary_price=20,
internal_price=18,ean="004")
m5 = Merchandise(name=u"Dø og brenn i helvete", ordinary_price=20,
internal_price=18, ean="005")
m6 = Merchandise(name=u"m6", ordinary_price=10, internal_price=5)
m7 = Merchandise(name=u"m7", ordinary_price=10, internal_price=5)
m8 = Merchandise(name=u"m8", ordinary_price=10, internal_price=5)
m9 = Merchandise(name=u"m9", ordinary_price=10, internal_price=5)
m10 = Merchandise(name=u"m10", ordinary_price=10, internal_price=5)
m11 = Merchandise(name=u"m11", ordinary_price=10, internal_price=5)
m12 = Merchandise(name=u"m12", ordinary_price=10, internal_price=5)
m13 = Merchandise(name=u"m13", ordinary_price=10, internal_price=5)
m14 = Merchandise(name=u"m14", ordinary_price=10, internal_price=5)
m15 = Merchandise(name=u"m15", ordinary_price=10, internal_price=5)
m16 = Merchandise(name=u"m16", ordinary_price=10, internal_price=5)
m17 = Merchandise(name=u"m17", ordinary_price=10, internal_price=5)
m18 = Merchandise(name=u"m18", ordinary_price=10, internal_price=5)
m19 = Merchandise(name=u"m19", ordinary_price=10, internal_price=5)
m20 = Merchandise(name=u"m20", ordinary_price=10, internal_price=5)
m21 = Merchandise(name=u"m21", ordinary_price=10, internal_price=5)
m22 = Merchandise(name=u"m22", ordinary_price=10, internal_price=5)
m23 = Merchandise(name=u"m23", ordinary_price=10, internal_price=5)
m24 = Merchandise(name=u"m24", ordinary_price=10, internal_price=5)
m25 = Merchandise(name=u"m25", ordinary_price=10, internal_price=5)
m26 = Merchandise(name=u"m26", ordinary_price=10, internal_price=5)
m27 = Merchandise(name=u"m27", ordinary_price=10, internal_price=5)
m28 = Merchandise(name=u"m28", ordinary_price=10, internal_price=5)
m29 = Merchandise(name=u"m29", ordinary_price=10, internal_price=5)
m30 = Merchandise(name=u"m30", ordinary_price=10, internal_price=5)
m1.save()
m2.save()
m3.save()
m4.save()
m5.save()
m6.save()
m7.save()
m8.save()
m9.save()
m10.save()
m11.save()
m12.save()
m13.save()
m14.save()
m15.save()
m16.save()
m17.save()
m18.save()
m19.save()
m20.save()
m21.save()
m22.save()
m23.save()
m24.save()
m25.save()
m26.save()
m27.save()
m28.save()
m29.save()
m30.save()
print "30 Merchandise created"
# ManyToManyField data must be assigned after save:
m1.tags = (t1,)
m2.tags = (t1,)
m3.tags = (t1,)
m4.tags = (t2,)
m5.tags = (t2,)
print "5 Merchandise tag associations has been made"
print "Move along now.."
