self.build()
lldbutil.run_to_source_breakpoint(self, "// break here", lldb.SBFileSpec("main.c"))
+ long_size_eq_int = self.frame().EvaluateExpression("sizeof(long) == sizeof(int)")
+
# FIXME: LLDB treats all complex ints as unsigned, so the value is wrong.
self.expect_expr("complex_int", result_type="_Complex int", result_value="4294967295 + 4294967294i")
- self.expect_expr("complex_long", result_type="_Complex long")
-
self.expect_expr("complex_unsigned", result_type="_Complex int", result_value="1 + 2i")
- self.expect_expr("complex_unsigned_long", result_type="_Complex long", result_value="1 + 2i")
+
+ # FIXME: We get the type wrong if long has the same size as int.
+ if long_size_eq_int.GetValue() == "true":
+ self.expect_expr("complex_long", result_type="_Complex int")
+ self.expect_expr("complex_unsigned_long", result_type="_Complex int", result_value="1 + 2i")
+ else:
+ self.expect_expr("complex_long", result_type="_Complex long")
+ self.expect_expr("complex_unsigned_long", result_type="_Complex long", result_value="1 + 2i")
@no_debug_info_test
def test_long_long(self):
# FIXME: We get the type wrong if long has the same size as long long.
# FIXME: LLDB treats all complex ints as unsigned, so the value is wrong.
- self.expect_expr("complex_long_long", result_type="_Complex long")
- self.expect_expr("complex_unsigned_long_long", result_type="_Complex long", result_value="1 + 2i")
+ long_size_eq_long_long = self.frame().EvaluateExpression("sizeof(long) == sizeof(long long)")
+ if long_size_eq_long_long.GetValue() == "true":
+ self.expect_expr("complex_long_long", result_type="_Complex long")
+ self.expect_expr("complex_unsigned_long_long", result_type="_Complex long", result_value="1 + 2i")
+ else:
+ self.expect_expr("complex_long_long", result_type="_Complex long long")
+ self.expect_expr("complex_unsigned_long_long", result_type="_Complex long long", result_value="1 + 2i")