def __init__(self, *options, **kwargs):
self.options = {}
self.breakpoints = []
current_breakpoint = None
self.options[current_breakpoint] = []
self.all_argument_names = []
for value in options:
if isinstance(value, basestring):
self.breakpoints.append(value)
current_breakpoint = value
self.options[current_breakpoint] = []
else:
self.options[current_breakpoint].append(value)
self.all_argument_names.append(value.name)
self.blocks = []
for block in kwargs.get('blocks', []):
if isinstance(block, BlockDefinition):
block_definition = block
elif isinstance(block, basestring):
block_definition = BlockDefinition(block, block)
else:
block_definition = BlockDefinition(block[1], block[0])
block_definition.validate(self)
self.blocks.append(block_definition)
if 'parser_class' in kwargs:
self.parser_class = kwargs['parser_class']
else:
self.parser_class = Parser
def __init__(self, *options, **kwargs):
self.options = {}
self.breakpoints = []
self.combined_breakpoints = {}
current_breakpoint = None
last = None
self.options[current_breakpoint] = []
self.all_argument_names = []
for value in options:
if isinstance(value, compat_basestring):
if isinstance(last, compat_basestring):
self.combined_breakpoints[last] = value
self.breakpoints.append(value)
current_breakpoint = value
self.options[current_breakpoint] = []
else:
self.options[current_breakpoint].append(value)
self.all_argument_names.append(value.name)
last = value
self.blocks = []
for block in kwargs.get("blocks", []):
if isinstance(block, BlockDefinition):
block_definition = block
elif isinstance(block, compat_basestring):
block_definition = BlockDefinition(block, block)
else:
block_definition = BlockDefinition(block[1], block[0])
block_definition.validate(self)
self.blocks.append(block_definition)
if "parser_class" in kwargs:
self.parser_class = kwargs["parser_class"]
else:
self.parser_class = Parser
def __init__(self, *options, **kwargs):
self.options = {}
self.breakpoints = []
self.combined_breakpoints = {}
current_breakpoint = None
last = None
self.options[current_breakpoint] = []
self.all_argument_names = []
for value in options:
if isinstance(value, basestring):
if isinstance(last, basestring):
self.combined_breakpoints[last] = value
self.breakpoints.append(value)
current_breakpoint = value
self.options[current_breakpoint] = []
else:
self.options[current_breakpoint].append(value)
self.all_argument_names.append(value.name)
last = value
self.blocks = []
for block in kwargs.get('blocks', []):
if isinstance(block, BlockDefinition):
block_definition = block
elif isinstance(block, basestring):
block_definition = BlockDefinition(block, block)
else:
block_definition = BlockDefinition(block[1], block[0])
block_definition.validate(self)
self.blocks.append(block_definition)
if 'parser_class' in kwargs:
self.parser_class = kwargs['parser_class']
else:
self.parser_class = Parser
class StartBlock(core.Tag):
options = core.Options(arguments.Argument("myarg", resolve=False),
blocks=[
BlockDefinition(
"nodelist",
VariableBlockName(
"end_block %(value)s", 'myarg'),
"end_block")
])
def render_tag(self, context, myarg, nodelist):
return "nodelist:%s;myarg:%s" % (nodelist.render(context),
myarg)
def test_28_fail_named_block(self):
vbn = VariableBlockName('endblock %(value)s', 'myarg')
self.assertRaises(ImproperlyConfigured, core.Options,
blocks=[BlockDefinition('nodelist', vbn)])