def __init__(self, data, left, right):
self.description = ""
self.ref = None
self.lineno = None
self.data = data or container.DataContainer()
self.left = left
self.right = right
def test_add_values_and_list_values(self):
cont = container.DataContainer()
cont.add_value('test/ff', 123)
cont.add_value('test/ff', 'test')
cont.add_value('test/foo', 'test')
keys = cont.list_keys()
self.assertEquals(len(keys), 2)
def test_add_values_and_get_values(self):
cont = container.DataContainer()
cont.add_value('test/ff', 123)
cont.add_value('test/ff', 'test')
self.assertEquals(cont.get_value('test/ff'), 'test')
self.assertEquals(cont.get_values('test/ff')[0], 123)
self.assertEquals(cont.get_values('test/ff')[1], 'test')
def test_add_incorrect_type(self):
cont = container.ObjectContainer()
try:
cont._add(container.DataContainer())
self.fail("Adding incorrect class type to container succeeds?")
except exceptions.IncorrectClassError, e:
pass
def test_add_values_clear_all_data(self):
cont = container.DataContainer()
cont.add_value('test/ff', 123)
cont.add_value('test/ff', 'test')
cont.add_value('test/foo', 'test')
cont.add_value('test/foo', '123')
cont.clear()
self.assertEquals(len(cont.list_keys()), 0)
def test_add_values_and_remove_one_value(self):
cont = container.DataContainer()
cont.add_value('test/ff', 123)
cont.add_value('test/ff', 'test')
cont.add_value('test/foo', 'test')
cont.add_value('test/foo', '123')
cont.add_value('sss', 123)
cont.remove_value('test/foo', 'test')
self.assertEquals(cont.get_values('test/foo'), ['123'])
def test_conatainer_flatten(self):
data = container.DataContainer()
data.add_value('test', 1)
data.add_value('test', 2)
data.add_value('test', 3)
data.add_value('foo', 1)
data.add_value('foo', 2)
data.add_value('bar', 3)
self.assertEquals(data.flatten(), {'test': 3, 'foo': 2, 'bar': 3})
def test_add_values_and_remove_key(self):
cont = container.DataContainer()
cont.add_value('test/ff', 123)
cont.add_value('test/ff', 'test')
cont.add_value('test/foo', 'test')
cont.add_value('test/foo', '123')
cont.add_value('test/foo', 'foobar')
cont.add_value('sss', 123)
cont.remove_key('test/foo')
self.assertEquals(cont.list_keys(), ['test/ff', 'sss'])
def test_add_values_and_remove_all_values_of_a_key(self):
cont = container.DataContainer()
cont.add_value('test/ff', 123)
cont.add_value('test/ff', 'test')
cont.add_value('test/foo', 'test')
cont.add_value('test/foo', '123')
cont.add_value('test/foo', 'foobar')
cont.add_value('sss', 123)
for val in cont.get_values('test/foo'):
cont.remove_value('test/foo', val)
self.assertEquals(cont.get_values('test/foo'), [])
def test_create_copy_list_from_datacontainer_with_test(self):
'''
Test that the loading of the plugins works
'''
data = container.DataContainer()
data.add_value('test/test.txt', '/foo/content/test/test.txt')
data.add_value('test/test.txt', '/bar/content/test/test.txt')
data.add_value('product/aaa.txt', '/foo/content/product/aaa.txt')
data.add_value('images/kuva.jpg', '/foo/content/images/kuva.jpg')
data.add_value('include/hide.iby', '/bar/content/include/hide.iby')
impl = contentml.ContentImpl("foo", None)
copylist = impl.create_copy_list(content=data,
input='test',
output='content')
self.assertEquals(copylist[0][1], 'content/test.txt')
def validate(self):
settings_container = container.DataContainer()
# Traverse through the configuration model and store each feature to
# the settings_container.
for setting in self.context.configuration._traverse(
type=model.ConfmlFeature):
settings_container.add_value(setting.fqr, setting)
# Go though the settings_container to see if any features have more than one
# definition and report those as problems
for fqr in settings_container.list_keys():
if len(settings_container.get_values(fqr)) > 1:
files = [
setting.get_configuration_path()
for setting in settings_container.get_values(fqr)
]
prob = api.Problem(
msg="Feature %s has '%s' definitions in files %s" %
(fqr, len(settings_container.get_values(fqr)), files),
type=self.PROBLEM_TYPES[0],
severity=api.Problem.SEVERITY_INFO,
line=settings_container.get_value(fqr).lineno,
file=files[-1],
problem_data=settings_container.get_values(fqr))
self.context.problems.append(prob)
def get_full_copy_list(self, print_info=False):
fullcopylist = []
for output in self.outputs:
for input in output.inputs:
copylist = []
if print_info:
self.logger.info(
'Content copy items from %s to %s' %
(input.dir, os.path.join(self.output, output.dir)))
if input.__class__.__name__ == "ContentInput":
copylist = self.create_copy_list(
content=self.configuration.layered_content(
empty_folders=True),
input=input.dir,
output=os.path.join(self.output, output.dir),
include_pattern=input.get_include_pattern(),
exclude_pattern=input.get_exclude_pattern(),
files=input.get_filelist(),
flatten=output.flatten,
output_file=output.file)
elif input.__class__.__name__ == "ExternalContentInput":
#Handling external inputs separately
if input.dir != None:
fulldir = os.path.abspath(
os.path.join(
self.configuration.get_project().get_storage().
get_path(), input.dir))
else:
fulldir = self.configuration.get_project().get_storage(
).get_path()
data = container.DataContainer()
for root, dirs, files in os.walk(fulldir):
for f in files:
filepath = utils.resourceref.norm(
os.path.join(root, f))
key = utils.resourceref.replace_dir(
filepath, fulldir, "")
data.add_value(key, filepath)
# If the root contains no directories and no files, it is
# an empty directory and needs to be added
if not dirs and not files:
filepath = utils.resourceref.norm(root)
key = utils.resourceref.replace_dir(
filepath, fulldir, "")
data.add_value(key, filepath)
copylist = self.create_copy_list(
content=data,
input=input.dir,
output=os.path.join(self.output, output.dir),
include_pattern=input.get_include_pattern(),
exclude_pattern=input.get_exclude_pattern(),
files=input.get_filelist(),
flatten=output.flatten,
output_file=output.file,
external=True)
else:
logging.getLogger('cone.content').warning(
"Unknown input %s" % (input.__class__.__name__))
fullcopylist += copylist
# Sort to make automated testing easier (list always in same order)
fullcopylist.sort()
return fullcopylist
