def test_two_level_tree_with_placeholder(self):
b = logging.getLogger('a.b')
self.assertEqual(tree(), ('', logging.root, [
('a', any_placeholder, [
('a.b', b, []),
]),
]))
def test_one_level_tree(self):
a = logging.getLogger('a')
b = logging.getLogger('b')
self.assertEqual(tree(), ('', logging.root, [
('a', a, []),
('b', b, []),
]))
def test_two_level_tree_with_placeholder(self):
b = logging.getLogger('a.b')
self.assertEqual(tree(), (
'', logging.root, [
('a', any_placeholder, [
('a.b', b, []),
]),
]))
def test_one_level_tree(self):
a = logging.getLogger('a')
b = logging.getLogger('b')
self.assertEqual(tree(), (
'', logging.root, [
('a', a, []),
('b', b, []),
]))
def build_description(node=None):
"""Return a multi-line string describing a `logging_tree.nodes.Node`.
If no `node` argument is provided, then the entire tree of currently
active `logging` loggers is printed out.
"""
if node is None:
from logging_tree.nodes import tree
node = tree()
return '\n'.join([ line.rstrip() for line in describe(node) ]) + '\n'
def build_description(node=None):
"""Return a multi-line string describing a `logging_tree.nodes.Node`.
If no `node` argument is provided, then the entire tree of currently
active `logging` loggers is printed out.
"""
if node is None:
from logging_tree.nodes import tree
node = tree()
return '\n'.join([line.rstrip() for line in describe(node)]) + '\n'
def test_default_tree(self):
self.assertEqual(tree(), ('', logging.root, []))
def test_default_tree(self):
self.assertEqual(tree(), ('', logging.root, []))
