def p_jump_statement_2(p):
'''jump_statement : RETURN expression ';' '''
# print m.symbols
p[0] = {}
if 'const' in p[2] :
l = "ret {0} {1}".format(p[2]['type'], p[2]['val'])
p[0]['code'] = cg.indent(l)
elif not m.symbols.is_pointer(p[2]['id']) :
l = "ret {0} {1}".format(m.symbols.type(p[2]['id']), m.symbols.var(p[2]['id']))
p[0]['code'] = p[2]['code'] + cg.indent(l)
else :
p[0]['id'], l1 = cg.load(p[2]['id'], "jump_statement")
l2 = "ret {0} {1}".format(m.symbols.dereference(p[2]['id']), m.symbols.var(p[0]['id']))
p[0]['code'] = p[2]['code'] + l1 + cg.indent(l2)
m.new_label()
def label(comment):
new = m.new_label()
l = "\n{0}: ;{1}".format(new, comment)
return new, indent(l, 0)
def p_jump_statement_1(p):
'''jump_statement : RETURN ';' '''
p[0] = {}
p[0]['code'] = cg.indent("ret void")
m.new_label()
