================
@@ -530,6 +530,43 @@ def test_pretty(self):
pp.set_property(PrintingPolicyProperty.SuppressTagKeyword, False)
self.assertEqual(f.type.get_canonical().pretty_printed(pp), "struct X")
+ def test_non_reference(self):
+ source = """
+ int dummy;
+ int &reference;
+ """
+ tu = get_tu(source, lang="cpp")
+ dummy = get_cursor(tu, "dummy")
+ reference = get_cursor(tu, "reference")
+ self.assertEqual(reference.type.get_non_reference().spelling, "int")
+ self.assertEqual(dummy.type.spelling,
dummy.type.get_non_reference().spelling)
+
+ def test_unqualified(self):
+ source = """
+ bool b;
+ const long c;
+ volatile long v;
+ const volatile int cv;
+ void f(int *__restrict l, const int *__restrict r, long s);
+ const bool &ref;
+ """
+ tu = get_tu(source, lang="cpp")
+ b = get_cursor(tu, "b")
+ c = get_cursor(tu, "c")
+ v = get_cursor(tu, "v")
+ cv = get_cursor(tu, "cv")
+ l = get_cursor(tu, "l")
+ r = get_cursor(tu, "r")
+ ref = get_cursor(tu, "ref")
+ self.assertEqual(b.type.get_unqualified().spelling, "bool")
+ self.assertEqual(c.type.get_unqualified().spelling, "long")
+ self.assertEqual(v.type.get_unqualified().spelling, "long")
+ self.assertEqual(cv.type.get_unqualified().spelling, "int")
+ self.assertEqual(l.type.get_unqualified().spelling, "int *")
+ self.assertEqual(r.type.get_unqualified().spelling, "const int *")
+ self.assertEqual(ref.type.get_unqualified().spelling, "const bool &")
----------------
Endilll wrote:
Pointee (or reference*d*) type is not affected, i.e. only top-level qualifiers
are removed.
https://github.com/llvm/llvm-project/pull/175534
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