def _exp_ne(code: Code, exp):
left = exp['left']
right = exp['right']
left_type = exp['left']['type']
_expression(code, left)
_expression(code, right)
if isinstance(left_type, TypeInt) or isinstance(
left_type, TypeBool) or isinstance(left_type, TypeReal):
if isinstance(left_type, TypeReal):
code.cmp_double_l()
cmp_pos = code.pos()
code.if_ne()
else:
cmp_pos = code.pos()
code.if_cmp_int_ne()
code.const_int(0)
goto_pos = code.pos()
code.goto()
true_pos = code.pos()
code.const_int(1)
end_pos = code.pos()
code.update_jump(cmp_pos, true_pos)
code.update_jump(goto_pos, end_pos)
elif isinstance(left_type, TypeStr):
code.invoke_virtual(*JM_STRING_EQUALS)
cmp_pos = code.pos()
code.if_eq()
code.const_int(0)
goto_pos = code.pos()
code.goto()
false_pos = code.pos()
code.const_int(1)
end_pos = code.pos()
code.update_jump(cmp_pos, false_pos)
code.update_jump(goto_pos, end_pos)
else:
raise NotImplementedError()
def _exp_or(code: Code, exp):
left = exp['left']
right = exp['right']
t = exp['type']
_expression(code, left)
_expression(code, right)
if isinstance(t, TypeBool):
cmp1_pos = code.pos()
code.if_ne()
cmp2_pos = code.pos()
code.if_ne()
code.const_int(0)
goto_pos = code.pos()
code.goto()
true_pos = code.pos()
code.const_int(1)
end_pos = code.pos()
code.update_jump(cmp1_pos, true_pos)
code.update_jump(cmp2_pos, true_pos)
code.update_jump(goto_pos, end_pos)
else:
raise NotImplementedError()