class TestElemPathStore(TestCase):
def setUp(self):
self.eps = ElemPathStore()
self.cust_id = uuid4().hex
self.street_name1 = 'street-1-{}'.format(uuid4().hex)
self.street_name2 = 'street-2-{}'.format(uuid4().hex)
self.street_elems1_1 = 'street-1_1-{}'.format(uuid4().hex)
self.street_elems1_2 = 'street-1_2-{}'.format(uuid4().hex)
self.street_elems2_1 = 'street-2_1-{}'.format(uuid4().hex)
self.street_elems2_2 = 'street-2_2-{}'.format(uuid4().hex)
self.msg = Bunch()
self.msg.request = Bunch()
self.msg.request.customer = Bunch()
self.msg.request.customer.id = self.cust_id
self.msg.request.customer.address = []
self.msg.request.customer.address.append(
{'street_name': self.street_name1,
'elems': [self.street_elems1_1, self.street_elems1_2],
}
)
self.msg.request.customer.address.append(
{'street_name': self.street_name2,
'elems': [self.street_elems2_1, self.street_elems2_2],
}
)
self.expr1 = 'request.customer.id.text'
self.expr2 = '*.id'
self.expr3 = 'request.customer.id'
self.expr4 = 'request.customer.address.street_name'
self.expr5 = '*.address.street_name'
self.expr6 = 'request.customer.*.street_name'
self.expr7 = 'request.customer.address.street_name[1]'
self.expr8 = 'request.customer.address.street_name'
self.expr9 = 'request.customer.address.elems'
self.expressions = [self.expr1, self.expr2, self.expr3, self.expr4,
self.expr5, self.expr6, self.expr7, self.expr8, self.expr9]
for idx, expr in enumerate(self.expressions, 1):
config = Bunch()
config.name = str(idx)
config.value = expr
self.eps.create(config.name, config, {}, False)
def test_invoke(self):
expected = {
'1': self.cust_id,
'2': [self.cust_id],
'3': [self.cust_id],
'4': [self.street_name1, self.street_name2],
'5': [self.street_name1, self.street_name2],
'6': [self.street_name1, self.street_name2],
'7': [self.street_name1, self.street_name2],
'8': [self.street_name1, self.street_name2],
'9': [self.street_elems1_1, self.street_elems1_2,
self.street_elems2_1, self.street_elems2_2],
}
for idx, expr in enumerate(self.expressions, 1):
name = str(idx)
result = self.eps.invoke(self.msg, name)
self.assertEquals(expected[name], result)
def test_conversion_roundtrip(self):
xml = self.eps.convert_dict_to_xml(self.msg)
msg = self.eps.convert_xml_to_dict(xml)
self.assertEquals(msg, self.msg)
def test_replace(self):
for idx, expr in enumerate(self.expressions, 1):
msg = deepcopy(self.msg)
new_value = uuid4().hex
name = str(idx)
replaced = self.eps.replace(msg, name, new_value)
result = self.eps.invoke(replaced, name)
if isinstance(result, basestring):
self.assertEquals(result, new_value)
else:
for item in result:
self.assertEquals(item, new_value)
class TestElemPathStore(TestCase):
def setUp(self):
self.eps = ElemPathStore()
self.cust_id = uuid4().hex
self.street_name1 = "street-1-{}".format(uuid4().hex)
self.street_name2 = "street-2-{}".format(uuid4().hex)
self.street_elems1_1 = "street-1_1-{}".format(uuid4().hex)
self.street_elems1_2 = "street-1_2-{}".format(uuid4().hex)
self.street_elems2_1 = "street-2_1-{}".format(uuid4().hex)
self.street_elems2_2 = "street-2_2-{}".format(uuid4().hex)
self.msg = Bunch()
self.msg.request = Bunch()
self.msg.request.customer = Bunch()
self.msg.request.customer.id = self.cust_id
self.msg.request.customer.address = []
self.msg.request.customer.address.append(
{"street_name": self.street_name1, "elems": [self.street_elems1_1, self.street_elems1_2]}
)
self.msg.request.customer.address.append(
{"street_name": self.street_name2, "elems": [self.street_elems2_1, self.street_elems2_2]}
)
self.expr1 = "request.customer.id.text"
self.expr2 = "*.id"
self.expr3 = "request.customer.id"
self.expr4 = "request.customer.address.street_name"
self.expr5 = "*.address.street_name"
self.expr6 = "request.customer.*.street_name"
self.expr7 = "request.customer.address.street_name[1]"
self.expr8 = "request.customer.address.street_name"
self.expr9 = "request.customer.address.elems"
self.expressions = [
self.expr1,
self.expr2,
self.expr3,
self.expr4,
self.expr5,
self.expr6,
self.expr7,
self.expr8,
self.expr9,
]
for idx, expr in enumerate(self.expressions, 1):
config = Bunch()
config.name = str(idx)
config.value = expr
self.eps.create(config.name, config, {}, False)
def test_invoke(self):
expected = {
"1": self.cust_id,
"2": [self.cust_id],
"3": [self.cust_id],
"4": [self.street_name1, self.street_name2],
"5": [self.street_name1, self.street_name2],
"6": [self.street_name1, self.street_name2],
"7": [self.street_name1, self.street_name2],
"8": [self.street_name1, self.street_name2],
"9": [self.street_elems1_1, self.street_elems1_2, self.street_elems2_1, self.street_elems2_2],
}
for idx, expr in enumerate(self.expressions, 1):
name = str(idx)
result = self.eps.invoke(self.msg, name)
self.assertEquals(expected[name], result)
def test_conversion_roundtrip(self):
xml = self.eps.convert_dict_to_xml(self.msg)
msg = self.eps.convert_xml_to_dict(xml)
self.assertEquals(msg, self.msg)
def test_replace(self):
for idx, expr in enumerate(self.expressions, 1):
msg = deepcopy(self.msg)
new_value = uuid4().hex
name = str(idx)
replaced = self.eps.replace(msg, name, new_value)
result = self.eps.invoke(replaced, name)
if isinstance(result, basestring):
self.assertEquals(result, new_value)
else:
for item in result:
self.assertEquals(item, new_value)
