def test_none(self):
stack = NamespaceStack()
stack.append({})
repeat = NamespaceStack()
expression = evaluate('none', stack, repeat)
self.assertEqual(expression, None)
def test_none(self):
stack = NamespaceStack()
stack.append({})
repeat = NamespaceStack()
expression = evaluate('none', stack, repeat)
self.assertEqual(expression, None)
def stl_odf(document=None, namespace=freeze({}), element=None):
"""Apply the given namespace to the document (or element) where matching
"${xxx}" are replaced by their value.
Clone of itools.stl for odf_document.
Arguments:
document -- odf_document
namespace -- dict
Return: modified "document" argument
"""
# Input
if element is None:
element = document.get_body()
# Initialize the namespace stacks
stack = NamespaceStack()
stack.append(namespace)
repeat_stack = NamespaceStack()
# Process
stream = process(element, stack, repeat_stack)
# Return
return stream
def stl_odf(document=None, namespace=freeze({}), element=None):
"""Apply the given namespace to the document (or element) where matching
"${xxx}" are replaced by their value.
Clone of itools.stl for odf_document.
Arguments:
document -- odf_document
namespace -- dict
Return: modified "document" argument
"""
# Input
if element is None:
element = document.get_body()
# Initialize the namespace stacks
stack = NamespaceStack()
stack.append(namespace)
repeat_stack = NamespaceStack()
# Process
stream = process(element, stack, repeat_stack)
# Return
return stream
def test_traversal(self):
namespace = {'a': {'b': {'c': 'hello world'}}}
stack = NamespaceStack()
stack.append(namespace)
repeat = NamespaceStack()
value = evaluate('a/b/c', stack, repeat)
self.assertEqual(value, 'hello world')
def test_traversal(self):
namespace = {'a': {'b': {'c': 'hello world'}}}
stack = NamespaceStack()
stack.append(namespace)
repeat = NamespaceStack()
value = evaluate('a/b/c', stack, repeat)
self.assertEqual(value, 'hello world')
class SubstituteTestCase(TestCase):
def setUp(self):
namespace = {'name': u'Toto'}
self.stack = NamespaceStack()
self.stack.append(namespace)
self.repeat = NamespaceStack()
def test_simple(self):
data = 'Hello ${name}'
stream = substitute(data, self.stack, self.repeat)
# Assert
out = stream_to_str(stream)
self.assertEqual(out, 'Hello Toto')
class SubstituteTestCase(TestCase):
def setUp(self):
namespace = {'name': u'Toto'}
self.stack = NamespaceStack()
self.stack.append(namespace)
self.repeat = NamespaceStack()
def test_simple(self):
data = 'Hello ${name}'
stream = substitute(data, self.stack, self.repeat)
# Assert
out = stream_to_str(stream)
self.assertEqual(out, 'Hello Toto')
def setUp(self):
namespace = {'name': u'Toto'}
self.stack = NamespaceStack()
self.stack.append(namespace)
self.repeat = NamespaceStack()
def setUp(self):
namespace = {'name': u'Toto'}
self.stack = NamespaceStack()
self.stack.append(namespace)
self.repeat = NamespaceStack()
