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"""

SoftLayer.tests.basic_tests

~~~~~~~~~~~~~~~~~~~~~~~~~~~

Tests shared code

:license: MIT, see LICENSE for more details.

"""

import datetime

import SoftLayer

from SoftLayer import testing

class TestExceptions(testing.TestCase):

def test_softlayer_api_error(self):

e = SoftLayer.SoftLayerAPIError('fault code', 'fault string')

self.assertEqual(e.faultCode, 'fault code')

self.assertEqual(e.faultString, 'fault string')

self.assertEqual(e.reason, 'fault string')

self.assertEqual(

repr(e), "<SoftLayerAPIError(fault code): fault string>")

self.assertEqual(

str(e), "SoftLayerAPIError(fault code): fault string")

def test_parse_error(self):

e = SoftLayer.ParseError('fault code', 'fault string')

self.assertEqual(e.faultCode, 'fault code')

self.assertEqual(e.faultString, 'fault string')

self.assertEqual(e.reason, 'fault string')

self.assertEqual(

repr(e), "<ParseError(fault code): fault string>")

self.assertEqual(

str(e), "ParseError(fault code): fault string")

class TestUtils(testing.TestCase):

def test_query_filter(self):

result = SoftLayer.utils.query_filter('test')

self.assertEqual({'operation': '_= test'}, result)

result = SoftLayer.utils.query_filter('~ test')

self.assertEqual({'operation': '~ test'}, result)

result = SoftLayer.utils.query_filter('*test')

self.assertEqual({'operation': '$= test'}, result)

result = SoftLayer.utils.query_filter('test*')

self.assertEqual({'operation': '^= test'}, result)

result = SoftLayer.utils.query_filter('*test*')

self.assertEqual({'operation': '*= test'}, result)

result = SoftLayer.utils.query_filter('> 10')

self.assertEqual({'operation': '> 10'}, result)

result = SoftLayer.utils.query_filter('>10')

self.assertEqual({'operation': '> 10'}, result)

result = SoftLayer.utils.query_filter(10)

self.assertEqual({'operation': 10}, result)

def test_query_filter_date(self):

result = SoftLayer.utils.query_filter_date("2018-01-01", "2018-01-02")

expected = {

'operation': 'betweenDate',

'options': [

{'name': 'startDate', 'value': ['1/1/2018 0:0:0']},

{'name': 'endDate', 'value': ['1/2/2018 0:0:0']}

]

}

self.assertEqual(expected, result)

def test_timezone(self):

utc = SoftLayer.utils.UTC()

time = datetime.datetime(2018, 1, 1, tzinfo=utc)

self.assertEqual('2018-01-01 00:00:00+00:00', time.__str__())

self.assertEqual('UTC', time.tzname())

self.assertEqual(datetime.timedelta(0), time.dst())

self.assertEqual(datetime.timedelta(0), time.utcoffset())

def test_dict_merge(self):

filter1 = {"virtualGuests": {"hostname": {"operation": "etst"}}}

filter2 = {"virtualGuests": {"id": {"operation": "orderBy", "options": [{"name": "sort", "value": ["DESC"]}]}}}

result = SoftLayer.utils.dict_merge(filter1, filter2)

self.assertEqual(result['virtualGuests']['id']['operation'], 'orderBy')

self.assertNotIn('id', filter1['virtualGuests'])

self.assertEqual(result['virtualGuests']['hostname']['operation'], 'etst')

class TestNestedDict(testing.TestCase):

def test_basic(self):

n = SoftLayer.utils.NestedDict()

self.assertEqual(n['test'], SoftLayer.utils.NestedDict())

n['test_set'] = 1

self.assertEqual(n['test_set'], 1)

d = {

'test': {

'nested': 1

}}

n = SoftLayer.utils.NestedDict(d)

self.assertEqual(d, n)

self.assertEqual(n['test']['nested'], 1)

# new default top level elements should return a new NestedDict()

self.assertEqual(n['not']['nested'], SoftLayer.utils.NestedDict())

# NestedDict doesn't convert dict children, just the top level dict

# so you can't assume the same behavior with children

self.assertRaises(KeyError, lambda: n['test']['not']['nested'])

def test_to_dict(self):

n = SoftLayer.utils.NestedDict()

n['test']['test1']['test2']['test3'] = {}

d = n.to_dict()

self.assertEqual({

'test': {'test1': {'test2': {'test3': {}}}}

}, d)

self.assertEqual(dict, type(d))

self.assertEqual(dict, type(d['test']))

self.assertEqual(dict, type(d['test']['test1']))

self.assertEqual(dict, type(d['test']['test1']['test2']))

self.assertEqual(dict, type(d['test']['test1']['test2']['test3']))

class TestLookup(testing.TestCase):

def test_lookup(self):

d = {'test': {'nested': 1}}

val = SoftLayer.utils.lookup(d, 'test')

self.assertEqual(val, {'nested': 1})

val = SoftLayer.utils.lookup(d, 'test', 'nested')

self.assertEqual(val, 1)

val = SoftLayer.utils.lookup(d, 'test1')

self.assertEqual(val, None)

val = SoftLayer.utils.lookup(d, 'test1', 'nested1')

self.assertEqual(val, None)

def is_a(string):

if string == 'a':

return ['this', 'is', 'a']

def is_b(string):

if string == 'b':

return ['this', 'is', 'b']

class IdentifierFixture(SoftLayer.utils.IdentifierMixin):

resolvers = [is_a, is_b]

class TestIdentifierMixin(testing.TestCase):

def set_up(self):

self.fixture = IdentifierFixture()

def test_integer(self):

ids = self.fixture.resolve_ids(1234)

self.assertEqual(ids, [1234])

def test_a(self):

ids = self.fixture.resolve_ids('a')

self.assertEqual(ids, ['this', 'is', 'a'])

def test_b(self):

ids = self.fixture.resolve_ids('b')

self.assertEqual(ids, ['this', 'is', 'b'])

def test_not_found(self):

ids = self.fixture.resolve_ids('something')

self.assertEqual(ids, [])

def test_globalidentifier(self):

ids = self.fixture.resolve_ids('9d888bc2-7c9a-4dba-bbd8-6bd688687bae')

self.assertEqual(ids, ['9d888bc2-7c9a-4dba-bbd8-6bd688687bae'])

def test_globalidentifier_upper(self):

ids = self.fixture.resolve_ids('B534EF96-55C4-4891-B51A-63866411B58E')

self.assertEqual(ids, ['B534EF96-55C4-4891-B51A-63866411B58E'])