def test_push_to_fluiddb(self):
# set stuff up...
name = str(uuid.uuid4())
root_path = 'test/%s' % name
tags = create_schema(TEMPLATE, root_path, 'flimp_test',
'flimp unit-test suite')
self.assertEqual(4, len(tags))
fom_class = create_class(tags)
# the good case
push_to_fluiddb(TEMPLATE, root_path, fom_class, 'foo', 'flimp_test')
# check an object was created
result = Object.filter("has %s/foo" % root_path)
self.assertEqual(1, len(result))
# lets try the other good case where we don't have an about tag field
push_to_fluiddb(TEMPLATE, root_path, fom_class, None, 'flimp_test')
# we should have *two* objects now
result = Object.filter("has %s/foo" % root_path)
self.assertEqual(2, len(result))
# check we have all the expected tags on the objects
for obj in result:
tag_paths = obj.tag_paths
for k in tags:
self.assertTrue(k in tag_paths)
# ok... lets make sure that the allowEmpty flag is handled properly
template = [
{
'foo-x': None,
'bar-x': {
'baz-x': ''
},
'bof-x': 'Hello',
'qux-x': False
},
]
tags = create_schema(template, root_path, 'flimp_test',
'flimp unit-test suite')
self.assertEqual(4, len(tags))
fom_class = create_class(tags)
push_to_fluiddb(template,
root_path,
fom_class,
None,
'flimp_test',
allowEmpty=False)
# check an object was created
result = Object.filter("has %s/bof-x" % root_path)
self.assertEqual(1, len(result))
tag_paths = result[0].tag_paths
self.assertEqual(3, len(tag_paths))
def test_push_to_fluiddb(self):
# set stuff up...
name = str(uuid.uuid4())
root_path = 'test/%s' % name
tags = create_schema(TEMPLATE, root_path, 'flimp_test',
'flimp unit-test suite')
self.assertEqual(4, len(tags))
fom_class = create_class(tags)
# the good case
push_to_fluiddb(TEMPLATE, root_path, fom_class, 'foo',
'flimp_test')
# check an object was created
result = Object.filter("has %s/foo" % root_path)
self.assertEqual(1, len(result))
# lets try the other good case where we don't have an about tag field
push_to_fluiddb(TEMPLATE, root_path, fom_class, None,
'flimp_test')
# we should have *two* objects now
result = Object.filter("has %s/foo" % root_path)
self.assertEqual(2, len(result))
# check we have all the expected tags on the objects
for obj in result:
tag_paths = obj.tag_paths
for k in tags:
self.assertTrue(k in tag_paths)
# ok... lets make sure that the allowEmpty flag is handled properly
template = [
{
'foo-x': None,
'bar-x': {
'baz-x': ''
},
'bof-x': 'Hello',
'qux-x': False
},
]
tags = create_schema(template, root_path, 'flimp_test',
'flimp unit-test suite')
self.assertEqual(4, len(tags))
fom_class = create_class(tags)
push_to_fluiddb(template, root_path, fom_class, None, 'flimp_test',
allowEmpty=False)
# check an object was created
result = Object.filter("has %s/bof-x" % root_path)
self.assertEqual(1, len(result))
tag_paths = result[0].tag_paths
self.assertEqual(3, len(tag_paths))
def test_create_class(self):
tags = create_schema(TEMPLATE, 'test/this/is/a/test', 'flimp-test',
'flimp unit-test suite')
self.assertEqual(4, len(tags))
fom_class = create_class(tags)
attributes = dir(fom_class)
for k in tags:
self.assertTrue(k in attributes)
def test_create_class(self):
tags = create_schema(TEMPLATE, 'test/this/is/a/test', 'flimp-test',
'flimp unit-test suite')
self.assertEqual(4, len(tags))
fom_class = create_class(tags)
attributes = dir(fom_class)
for k in tags:
self.assertTrue(k in attributes)
def test_set_tag_value(self):
# set stuff up...
name = str(uuid.uuid4())
root_path = 'test/%s' % name
template = [
{
'foo': None,
'bar': {
'baz': ''
},
'bof': 'Hello',
'qux': False
},
]
tags = create_schema(template, root_path, 'flimp_test',
'flimp unit-test suite')
self.assertEqual(4, len(tags))
fom_class = create_class(tags)
test_item = template[0]
tag_values = get_values(test_item, root_path)
# Empty tags allowed
allowEmpty = True
obj = fom_class()
obj.create()
for key, value in tag_values.iteritems():
set_tag_value(fom_class, obj, key, value, allowEmpty)
self.assertEqual(None, getattr(obj, 'test/%s/foo' % name))
self.assertEqual('', getattr(obj, 'test/%s/bar/baz' % name))
self.assertEqual('Hello', getattr(obj, 'test/%s/bof' % name))
self.assertEqual(False, getattr(obj, 'test/%s/qux' % name))
# Empty tags are *not* allowed
allowEmpty = False
obj = fom_class()
obj.create()
for key, value in tag_values.iteritems():
set_tag_value(fom_class, obj, key, value, allowEmpty)
tags = obj.tags
self.assertEqual(3, len(tags))
# tag values have been set except for the one that was None
self.assertEqual('', getattr(obj, 'test/%s/bar/baz' % name))
self.assertEqual('Hello', getattr(obj, 'test/%s/bof' % name))
self.assertEqual(False, getattr(obj, 'test/%s/qux' % name))
def test_set_tag_value(self):
# set stuff up...
name = str(uuid.uuid4())
root_path = 'test/%s' % name
template = [
{
'foo': None,
'bar': {
'baz': ''
},
'bof': 'Hello',
'qux': False
},
]
tags = create_schema(template, root_path, 'flimp_test',
'flimp unit-test suite')
self.assertEqual(4, len(tags))
fom_class = create_class(tags)
test_item = template[0]
tag_values = get_values(test_item, root_path)
# Empty tags allowed
allowEmpty = True
obj = fom_class()
obj.create()
for key, value in tag_values.iteritems():
set_tag_value(fom_class, obj, key, value, allowEmpty)
self.assertEqual(None, getattr(obj, 'test/%s/foo' % name))
self.assertEqual('', getattr(obj, 'test/%s/bar/baz' % name))
self.assertEqual('Hello', getattr(obj, 'test/%s/bof' % name))
self.assertEqual(False, getattr(obj, 'test/%s/qux' % name))
# Empty tags are *not* allowed
allowEmpty = False
obj = fom_class()
obj.create()
for key, value in tag_values.iteritems():
set_tag_value(fom_class, obj, key, value, allowEmpty)
tags = obj.tags
self.assertEqual(3, len(tags))
# tag values have been set except for the one that was None
self.assertEqual('', getattr(obj, 'test/%s/bar/baz' % name))
self.assertEqual('Hello', getattr(obj, 'test/%s/bof' % name))
self.assertEqual(False, getattr(obj, 'test/%s/qux' % name))
