def print_menu(self, ast):
self.indent()
self.write("menu")
if self.label_inside_menu is not None:
self.write(" %s" % self.label_inside_menu.name)
self.label_inside_menu = None
if hasattr(ast, "arguments") and ast.arguments is not None:
self.write(reconstruct_arginfo(ast.arguments))
self.write(":")
with self.increase_indent():
if self.say_inside_menu is not None:
self.print_say(self.say_inside_menu, inmenu=True)
self.say_inside_menu = None
if ast.with_ is not None:
self.indent()
self.write("with %s" % ast.with_)
if ast.set is not None:
self.indent()
self.write("set %s" % ast.set)
if hasattr(ast, "item_arguments"):
item_arguments = ast.item_arguments
else:
item_arguments = [None] * len(ast.items)
for (label, condition,
block), arguments in zip(ast.items, item_arguments):
if self.translator:
label = self.translator.strings.get(label, label)
if isinstance(condition, unicode):
self.advance_to_line(condition.linenumber)
self.indent()
self.write('"%s"' % string_escape(label))
if arguments is not None:
self.write(reconstruct_arginfo(arguments))
if block is not None:
if isinstance(condition, unicode):
self.write(" if %s" % condition)
self.write(":")
self.print_nodes(block, 1)
def print_call_location(self, ast):
self.indent()
self.write("call location %s" % ast.location)
if self.label_inside_call_location is not None:
self.write(" %s" % self.label_inside_call_location.name)
self.label_inside_call_location = None
self.write(":")
with self.increase_indent():
for zone, props, condition, show, block in ast.zones:
self.indent()
words = WordConcatenator(False)
if isinstance(zone, tuple):
zone, image_name, zorder, behind = zone
words.append(zone)
words.append(*image_name)
if zorder is not None:
words.append("zorder %s" % zorder)
if behind:
words.append("behind %s" % ','.join(behind))
else:
words.append(zone)
if props is not None:
words.append("pass %s" % reconstruct_arginfo(props))
if isinstance(show, renpy.ast.PyExpr):
words.append("showif %s" % show)
if isinstance(condition, renpy.ast.PyExpr):
words.append("if %s" % condition)
self.write("%s:" % words.join())
self.print_nodes(block, 1)
def print_use(self, ast):
# A use statement requires reconstructing the arguments it wants to pass
self.indent()
self.write("use %s%s" % (ast.target, reconstruct_arginfo(ast.args)))
if hasattr(ast, 'id') and ast.id is not None:
self.write(" id %s" % ast.id)
if hasattr(ast, 'block') and ast.block:
self.write(":")
self.print_block(ast.block)
def print_use(self, ast):
# A use statement requires reconstructing the arguments it wants to pass
self.indent()
self.write("use ")
args = reconstruct_arginfo(ast.args)
if isinstance(ast.target, PyExpr):
self.write("expression %s" % ast.target)
if args:
self.write(" pass ")
else:
self.write("%s" % ast.target)
self.write("%s" % reconstruct_arginfo(ast.args))
if hasattr(ast, 'id') and ast.id is not None:
self.write(" id %s" % ast.id)
if hasattr(ast, 'block') and ast.block:
self.write(":")
self.print_block(ast.block)
def print_use(self, ast):
# A use statement requires reconstructing the arguments it wants to pass
self.indent()
self.write("use %s%s" % (ast.target, reconstruct_arginfo(ast.args)))
if hasattr(ast, 'id') and ast.id is not None:
self.write(" id %s" % ast.id)
if hasattr(ast, 'block') and ast.block:
self.write(":")
self.print_block(ast.block)
def print_menu_item(self, label, condition, block, arguments):
self.indent()
self.write('"%s"' % string_escape(label))
if arguments is not None:
self.write(reconstruct_arginfo(arguments))
if block is not None:
if isinstance(condition, unicode):
self.write(" if %s" % condition)
self.write(":")
self.print_nodes(block, 1)
def print_call(self, ast):
self.indent()
self.write("call ")
if ast.expression:
self.write("expression %s" % ast.label)
else:
self.write(ast.label)
if ast.arguments is not None:
if ast.expression:
self.write(" pass ")
self.write(reconstruct_arginfo(ast.arguments))
def print_call(self, ast):
self.indent()
words = WordConcatenator(False)
words.append("call")
if ast.expression:
words.append("expression")
words.append(ast.label)
if hasattr(ast, 'arguments') and ast.arguments is not None:
if ast.expression:
words.append("pass")
words.append(reconstruct_arginfo(ast.arguments))
# We don't have to check if there's enough elements here,
# since a Label or a Pass is always emitted after a Call.
next_block = self.block[self.index + 1]
if isinstance(next_block, renpy.ast.Label):
words.append("from %s" % next_block.name)
self.write(words.join())
def print_call(self, ast):
self.indent()
words = WordConcatenator(False)
words.append("call")
if ast.expression:
words.append("expression")
words.append(ast.label)
if ast.arguments is not None:
if ast.expression:
words.append("pass")
words.append(reconstruct_arginfo(ast.arguments))
# We don't have to check if there's enough elements here,
# since a Label or a Pass is always emitted after a Call.
next_block = self.block[self.index + 1]
if isinstance(next_block, renpy.ast.Label):
words.append("from %s" % next_block.name)
self.write(words.join())
def print_menu(self, ast):
self.indent()
self.write("menu")
if self.label_inside_menu is not None:
self.write(" %s" % self.label_inside_menu.name)
self.label_inside_menu = None
if hasattr(ast, "arguments") and ast.arguments is not None:
self.write(reconstruct_arginfo(ast.arguments))
self.write(":")
with self.increase_indent():
if ast.with_ is not None:
self.indent()
self.write("with %s" % ast.with_)
if ast.set is not None:
self.indent()
self.write("set %s" % ast.set)
if hasattr(ast, "item_arguments"):
item_arguments = ast.item_arguments
else:
item_arguments = [None] * len(ast.items)
for (label, condition, block), arguments in zip(ast.items, item_arguments):
if self.translator:
label = self.translator.strings.get(label, label)
state = None
# if the condition is a unicode subclass with a "linenumber" attribute it was script.
# If it isn't ren'py used to insert a "True" string. This string used to be of type str
# but nowadays it's of time unicode, just not of type PyExpr
if isinstance(condition, unicode) and hasattr(condition, "linenumber"):
if self.say_inside_menu is not None and condition.linenumber > self.linenumber + 1:
# The easy case: we know the line number that the menu item is on, because the condition tells us
# So we put the say statement here if there's room for it, or don't if there's not
self.print_say_inside_menu()
self.advance_to_line(condition.linenumber)
elif self.say_inside_menu is not None:
# The hard case: we don't know the line number that the menu item is on
# So try to put it in, but be prepared to back it out if that puts us behind on the line number
state = self.save_state()
self.most_lines_behind = self.last_lines_behind
self.print_say_inside_menu()
self.print_menu_item(label, condition, block, arguments)
if state is not None:
if self.most_lines_behind > state[7]: # state[7] is the saved value of self.last_lines_behind
# We tried to print the say statement that's inside the menu, but it didn't fit here
# Undo it and print this item again without it. We'll fit it in later
self.rollback_state(state)
self.print_menu_item(label, condition, block, arguments)
else:
self.most_lines_behind = max(state[6], self.most_lines_behind) # state[6] is the saved value of self.most_lines_behind
self.commit_state(state)
if self.say_inside_menu is not None:
# There was no room for this before any of the menu options, so it will just have to go after them all
self.print_say_inside_menu()
def print_use(self, ast):
# A use statement requires reconstructing the arguments it wants to pass
self.indent()
self.write("use %s%s" % (ast.target, reconstruct_arginfo(ast.args)))
def print_use(self, ast):
# A use statement requires reconstructing the arguments it wants to pass
self.indent()
self.write("use %s%s" % (ast.target, reconstruct_arginfo(ast.args)))
