def test_sanity(self):
""" encode(decode(obj)) is equal to obj. """
rec = recoder.DaphneCorbaRecode("utf-8")
reg = fredcorba.Registry.Registrar.Detail(id=19,
ico='',
dic='',
varSymb='',
vat=False,
handle='NEW REG',
name='name 1',
organization='',
street1='',
street2='',
street3='',
city='',
stateorprovince='state',
postalcode='',
country='CZ',
telephone='',
fax='',
email='',
url='',
credit='0.00',
unspec_credit=u"0.00",
access=[],
zones=[],
hidden=False)
decoded_reg = rec.decode(reg)
encoded_reg = rec.encode(decoded_reg)
assert_equal(encoded_reg.__dict__, reg.__dict__)
def test_decode_date_type(self):
rec = recoder.DaphneCorbaRecode("utf-8")
d = fredcorba.ccReg.DateType(10, 10, 2009)
res = rec.decode(d)
assert_equal(res, datetime.date(2009, 10, 10))
def test_encode_date(self):
rec = recoder.DaphneCorbaRecode("utf-8")
p_obj = datetime.date(1, 2, 3)
expected = fredcorba.ccReg.DateType(3, 2, 1)
res = rec.encode(p_obj)
assert_equal(res.__dict__, expected.__dict__)
def test_decode_date_type(self):
rec = recoder.DaphneCorbaRecode("utf-8")
d = fredcorba.ccReg.DateType(10, 10, 2009)
res = rec.decode(d)
requiring(res).is_not_none()
requiring(res).equal_to(datetime.date(2009, 10, 10))
def test_encode_date(self):
rec = recoder.DaphneCorbaRecode("utf-8")
p_obj = datetime.date(1, 2, 3)
expected = fredcorba.ccReg.DateType(3, 2, 1)
res = rec.encode(p_obj)
requiring(res).is_not_none()
requiring(res.__dict__).equal_to(expected.__dict__)
def test_decode(self):
""" DaphneCorbaRecoder decodes corba entity to python correctly . """
rec = recoder.DaphneCorbaRecode("utf-8")
reg = fredcorba.Registry.Registrar.Detail(id=19,
ico='',
dic='',
varSymb='',
vat=False,
handle='NEW REG',
name='name 1',
organization='',
street1='',
street2='',
street3='',
city='',
stateorprovince='state',
postalcode='',
country='CZ',
telephone='',
fax='',
email='',
url='',
credit='0.00',
unspec_credit=u"0.00",
access=[],
zones=[],
hidden=False)
expected = fredcorba.Registry.Registrar.Detail(
id=19,
ico=u'',
dic=u'',
varSymb=u'',
vat=False,
handle=u'NEW REG',
name=u'name 1',
organization=u'',
street1=u'',
street2=u'',
street3=u'',
city=u'',
stateorprovince=u'state',
postalcode=u'',
country=u'CZ',
telephone=u'',
fax=u'',
email=u'',
url=u'',
credit=u'0.00',
unspec_credit=u"0.00",
access=[],
zones=[],
hidden=False)
decoded_reg = rec.decode(reg)
requiring(decoded_reg).is_not_none()
requiring(decoded_reg.__dict__).equal_to(expected.__dict__)
def test_encode(self):
rec = recoder.DaphneCorbaRecode("utf-8")
python_entity = fredcorba.Registry.Registrar.Detail(
id=19,
ico=u'',
dic=u'',
varSymb=u'',
vat=False,
handle=u'NEW REG',
name=u'name 1',
organization=u'',
street1=u'',
street2=u'',
street3=u'',
city=u'',
stateorprovince=u'state',
postalcode=u'',
country=u'CZ',
telephone=u'',
fax=u'',
email=u'',
url=u'',
credit=u'0.00',
unspec_credit=u"0.00",
access=[],
zones=[],
hidden=False)
expected = fredcorba.Registry.Registrar.Detail(id=19,
ico='',
dic='',
varSymb='',
vat=False,
handle='NEW REG',
name='name 1',
organization='',
street1='',
street2='',
street3='',
city='',
stateorprovince='state',
postalcode='',
country='CZ',
unspec_credit=u"0.00",
telephone='',
fax='',
email='',
url='',
credit='0.00',
access=[],
zones=[],
hidden=False)
encoded_entity = rec.encode(python_entity)
assert_equal(encoded_entity.__dict__, expected.__dict__)
def test_encode_double_nested_oldstyle_class(self):
""" Nested class gets encoded OK.
Note: We're using old-style classes, because that's what omniORBpy
does. """
rec = recoder.DaphneCorbaRecode("utf-8")
p_ent = TestDaphneCorbaRecoder.Foo(
1,
TestDaphneCorbaRecoder.Bar(
2, TestDaphneCorbaRecoder.Bar(3, fredtypes.NullDate(), "5"),
6.0), fredtypes.NullInt())
exp = TestDaphneCorbaRecoder.Foo(
1,
TestDaphneCorbaRecoder.Bar(
2,
TestDaphneCorbaRecoder.Bar(3,
fredcorba.ccReg.DateType(0, 0, 0),
"5"), 6.0), 0)
res = rec.encode(p_ent)
requiring(res).equal_to(exp)
def test_create(self):
""" DaphneCorbaRecoder is created with supported encoding. """
rec = recoder.DaphneCorbaRecode("utf-8")
requiring(rec).is_not_none()
def test_encode_nested_date(self):
rec = recoder.DaphneCorbaRecode("utf-8")
entity = fredcorba.Registry.Registrar.Detail(
id=19,
ico=u'',
dic=u'',
varSymb=u'',
vat=False,
handle=u'NEW REG',
name=u'name 1',
organization=u'',
street1=u'',
street2=u'',
street3=u'',
city=u'',
stateorprovince=u'state',
postalcode=u'',
country=u'CZ',
telephone=u'',
fax=u'',
email=u'',
url=u'',
credit=u'0.00',
unspec_credit=u"0.00",
access=[],
zones=[
fredcorba.ccReg.AdminZoneAccess(id=0,
name=u'cz',
fromDate=datetime.date(
2009, 12, 11),
toDate=fredtypes.NullDate())
],
hidden=False)
expected = fredcorba.Registry.Registrar.Detail(
id=19,
ico='',
dic='',
varSymb='',
vat=False,
handle='NEW REG',
name='name 1',
organization='',
street1='',
street2='',
street3='',
city='',
stateorprovince='state',
postalcode='',
country='CZ',
telephone='',
fax='',
email='',
url='',
unspec_credit=u"0.00",
credit='0.00',
access=[],
zones=[
fredcorba.ccReg.AdminZoneAccess(
id=0,
name='cz',
fromDate=fredcorba.ccReg.DateType(day=11,
month=12,
year=2009),
toDate='')
],
hidden=False)
res = rec.encode(entity)
requiring(res).is_not_none()
requiring(expected.__dict__['zones'][0].fromDate.__dict__).\
equal_to(res.__dict__['zones'][0].fromDate.__dict__)