lldb/test/Shell/SymbolFile/PDB/udt-layout.test

REQUIRES: target-windows, lld, diasdk
RUN: %build --compiler=clang-cl --output=%t.exe %S/Inputs/UdtLayoutTest.cpp
RUN: %lldb -b -s %S/Inputs/UdtLayoutTest.script -- %t.exe | FileCheck %s

; This uses the same input as SymbolFile/NativePDB/udt-layout.test.
; However, DIA has a different order in which it prints the bases, so the checks are separated.

CHECK:(int) C::abc = 123
CHECK:(List[16]) ls = {
CHECK:  [15] = {
CHECK:    Prev = nullptr
CHECK:    Next = nullptr
CHECK:    Value = {
CHECK:      B<0> = {
CHECK:        A = {
CHECK:          _u = (_u1 = '\x02', _u2 = 2, _u3 = 2)
CHECK:        }
CHECK:        _a = '\x01'
CHECK:        _b = 2
CHECK:        _c = 3
CHECK:      }
CHECK:      B<1> = {
CHECK:        A = {
CHECK:          _u = (_u1 = '\x02', _u2 = 2, _u3 = 2)
CHECK:        }
CHECK:        _a = '\x02'
CHECK:        _b = 4
CHECK:        _c = 6
CHECK:      }
CHECK:      B<2> = {
CHECK:        A = {
CHECK:          _u = (_u1 = '\x02', _u2 = 2, _u3 = 2)
CHECK:        }
CHECK:        _a = '\x03'
CHECK:        _b = 6
CHECK:        _c = 9
CHECK:      }
CHECK:      B<3> = {
CHECK:        A = {
CHECK:          _u = (_u1 = '\x02', _u2 = 2, _u3 = 2)
CHECK:        }
CHECK:        _a = '\x04'
CHECK:        _b = 8
CHECK:        _c = 12
CHECK:      }
CHECK:      A = {
CHECK:        _u = (_u1 = '\x02', _u2 = 2, _u3 = 2)
CHECK:      }
CHECK:      _x = 5
CHECK:      _y = 10
CHECK:      _z = '\x0f'
CHECK:    }
CHECK:  }
CHECK:}