def ret(self, p):
return ast.functions.Return(
p.expr,
location.Location(
p.lineno,
p.index,
eline=p.expr.position.sline,
ecol=p.expr.position.ecol,
),
)
def variable_assign(self, p):
return ast.variables.VariableAssign(
p.type_id,
p.name_id,
p.expr,
location.Location(
p.type_id.position.sline,
p.type_id.position.scol,
eline=p.expr.position.sline,
ecol=p.expr.position.ecol,
),
)
def function_definition(self, p):
p.block.label = "entry"
return ast.functions.FunctionDefinition(
p.type_id,
p.name_id,
ast.functions.Arguments(
positional=ast.functions.PositionalArguments([]),
keyword=ast.functions.KeywordArguments([]),
),
p.block,
location.Location(p.type_id.position.sline,
p.type_id.position.scol),
)
def ref_id(self, p):
return ast.primitives.RefID(p.ID, location.Location(p.lineno, p.index))
def name_id(self, p):
return ast.primitives.NameID(p.ID,
location.Location(p.lineno, p.index))
def type_id(self, p):
return ast.primitives.Type(p.ID, location.Location(p.lineno, p.index))
def expr(self, p):
return ast.maths.Mod(
p.expr0,
p.expr1,
location.Location(p.expr0.position.sline, p.expr0.position.scol),
)
def expr(self, p):
return ast.maths.Neg(
p.expr,
location.Location(p.expr.position.sline, p.expr.position.scol))
def integer(self, p):
return ast.primitives.Integer(p.INT,
location.Location(p.lineno, p.index))
