def _parse_load(self, node):
loads = []
for child in node.children:
load_text = child.get_text(child.NODE_FLAT)
next_loads = string_list.parse(load_text)
loads.extend(next_loads)
return loads
def _parse_flag(clazz, node):
key = node.data.text
texts = []
for child in node.children:
texts.append(child.get_text(child.NODE_FLAT))
value_text = ' '.join(texts)
value = string_list.parse(value_text, options = string_list.KEEP_QUOTES)
return { key: value }
def parse(clazz, origin, text, node):
if origin:
check.check_value_origin(origin)
check.check_node(node)
if not text:
values = string_list()
else:
values = string_list.parse(text, options = string_list.KEEP_QUOTES)
return clazz(origin = origin, values = values)
def parse(clazz, origin, text, node):
if origin:
check.check_value_origin(origin)
check.check_node(node)
strings = string_list.parse(text, options = string_list.KEEP_QUOTES)
string_values, properties_text = clazz._split_values_and_properties(strings)
values = []
if False:
print('VLB.parse() origin: _%s_' % (str(origin)))
print('VLB.parse() text: _%s_' % (text))
print('VLB.parse() value_type: %s' % (clazz.value_type()))
print('VLB.parse() strings: %s' % (strings))
print('VLB.parse() string_values: %s' % (string_values))
print('VLB.parse() properties_text: %s' % (properties_text))
print('')
for string_value in string_values:
value_text = string_value + ' ' + properties_text
value = clazz.value_type().parse(origin, value_text, node)
values.append(value)
return clazz(origin = origin, values = values)
def _parse_requires(clazz, node): assert node.data.text == clazz.REQUIRES text = node.get_text(node.CHILDREN_FLAT) return string_list.parse(text).to_set()