def parse_move_pieces(element: Element):
pieces = selectorparser.parse(element.attrib['pieces'], selectorparser.piece)
to = selectorparser.parse(element.attrib['to'], selectorparser.collection)
copy = element.attrib.get("copy") == 'true'
count = selectorparser.parse(element.attrib["count"], selectorparser.numeric) if "count" in element.attrib else None
position = step_models.Positions[element.attrib.get("position")] if "position" in element.attrib else None
return step_models.MovePieces(pieces, to, position, count, copy, element.sourceline)
def parse_player_select(element: Element):
selector = parse_select(element)
selector = step_models.PlayerSelect(selector,
selectorparser.parse(element.attrib.get("min"), selectorparser.numeric),
selectorparser.parse(element.attrib.get("max"), selectorparser.numeric),
selectorparser.parse(element.attrib.get("player"), selectorparser.player),
element.sourceline)
return selector
def parse_repeat(element: Element):
label = element.attrib.get("label")
action = create_action(element)
action_selector = selector_models.ValueSelector(action)
if "over" in element.attrib:
over = selectorparser.parse(element.attrib["over"], selectorparser.item)
repeat = step_models.ForEachStep(over, action_selector, label, element.sourceline)
elif "test" in element.attrib or "exists" in element.attrib:
test = parse_comparison(element.attrib["test"]) \
if "test" in element.attrib \
else parse_exists(element.attrib["exists"])
repeat = step_models.WhileStep(test, action_selector, element.sourceline)
elif "count" in element.attrib:
count = selectorparser.parse(element.attrib["count"], selectorparser.numeric)
repeat = step_models.RepeatStep(count, action_selector, label, element.sourceline)
else:
raise BadGameXML("Repeat has no attribute to repeat over", element)
return repeat
def parse_select(element: Element):
return step_models.Select(selectorparser.parse(element.attrib["from"], selectorparser.item), element.get("label"), element.sourceline)
def parse_assign_attribute(element: Element):
parts = selectorparser.attribute.parseString(element.attrib["attribute"])
attr_name = parts[-1]
attr = selectorparser.to_selector(parts[:-2])
value = selectorparser.parse(element.attrib["value"], selectorparser.item)
return step_models.AssignAttributeStep(attr, value, attr_name, element.sourceline)
def parse_perform(element: Element):
action = selectorparser.parse(element.attrib["action"], selectorparser.action)
return step_models.ActionStep(action, element.sourceline)
def parse_shuffle_collection(element: Element):
return step_models.ShuffleCollection(selectorparser.parse(element.attrib["collection"], selectorparser.collection), element.sourceline)
def parse_give_turn(element: Element):
return step_models.GiveTurnStep(selectorparser.parse(element.attrib["to"], selectorparser.player),
selectorparser.parse(element.attrib["turn"], selectorparser.turn),
element.sourceline)
def parse_end_game(element: Element):
return step_models.EndGameStep(selectorparser.parse(element.attrib["winners"], selectorparser.player), element.sourceline)
