def show(self, depth = 0, types = False):
ASTUtils.println('ASTBinary, operator: {0} {1}'.format(self.operator,
ASTUtils.type_string(self.expr_type, types)), depth)
ASTUtils.println('Left operand:', depth)
self.children[0].show(depth + 1, types)
ASTUtils.println('Right operand:', depth)
self.children[1].show(depth + 1, types)
def show(self, depth = 0, types = False):
ASTUtils.println('ASTClassInstanceCreation {0}'.format(
ASTUtils.type_string(self.expr_type)), depth)
ASTUtils.println('Class type:', depth)
self.children[0].show(depth + 1, types)
for i, x in enumerate(self.children[1]):
ASTUtils.println('Argument {0}:'.format(str(i)), depth)
x.show(depth + 1, types)
def show(self, depth = 0, types = False):
ASTUtils.println('ASTMethodInvocation {0}'.format(
ASTUtils.type_string(self.expr_type, types)), depth)
if len(self.children[0]) == 1:
ASTUtils.println('Method identifiers:', depth)
self.children[0][0].show(depth + 1, types=False)
else:
ASTUtils.println('Expression:', depth)
self.children[0][0].show(depth + 1, types)
ASTUtils.println('Field access from expression:', depth)
self.children[0][1].show(depth + 1, types=False)
for i, x in enumerate(self.children[1]):
ASTUtils.println('Argument {0}:'.format(str(i)), depth)
x.show(depth + 1, types)
def show(self, depth = 0, types = False):
ASTUtils.println('ASTIdentifiers: {0} {1}'.format(str(self),
ASTUtils.type_string(self.expr_type, types)), depth)
def show(self, depth = 0, types = False):
ASTUtils.println(
'ASTInstanceOf Type: {0} {1}'.format(str(self.type_node),
ASTUtils.type_string(self.expr_type)), depth)
self.children[0].show(depth + 1, types)
def show(self, depth = 0, types = False):
ASTUtils.println('ASTThis {0}'.format(ASTUtils.type_string(
self.expr_type)), depth)
def show(self, depth = 0, types = False):
ASTUtils.println(
'Literal of type {0}: {1} {2}'.format(self.literal_type,
self.children[0], ASTUtils.type_string(self.expr_type, types)), depth)
def show(self, depth = 0, types = False):
ASTUtils.println(
'ASTFieldAccess {0}'.format(ASTUtils.type_string(self.expr_type, types)),
depth)
self.children[0].show(depth + 1, types)
self.children[1].show(depth + 1, False)
