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RUN: llvm-cxxfilt -n _Z3fooILZ3BarEET_f _Z3fooIPFcfEET_d _ZN1f2baC2ERKNS_2baIT_EE _Z3foov.123 | FileCheck %s --check-prefix=CHECK-PARAMS
RUN: llvm-cxxfilt -p -n _Z3fooILZ3BarEET_f _Z3fooIPFcfEET_d _ZN1f2baC2ERKNS_2baIT_EE _Z3foov.123 | FileCheck %s --check-prefix=CHECK-NO-PARAMS --match-full-lines
RUN: llvm-cxxfilt --no-params -n _Z3fooILZ3BarEET_f _Z3fooIPFcfEET_d _ZN1f2baC2ERKNS_2baIT_EE _Z3foov.123 | FileCheck %s --check-prefix=CHECK-NO-PARAMS --match-full-lines
# Check that -p or --no-params flag omits function parameters and the return
# type.
CHECK-PARAMS: Bar foo<Bar>(float)
CHECK-NO-PARAMS: foo<Bar>
# Check that only the top-level function is impacted by the switch, and that
# nested function types in the encoding (e.g. where a function type is being
# used as a template parameter) still include their parameters.
#
# template <typename T> T foo(double);
# typedef char (*F)(float);
# F foo<F>(double)
CHECK-PARAMS: char (*foo<char (*)(float)>(double))(float)
CHECK-NO-PARAMS: foo<char (*)(float)>
# Use an invalid mangled name broken in the function parameters to check how -p
# or --no-params flag works. If the option is given we should be able to
# demangle the function name just fine. If it is not given, demangling will fail
# because of the invalid params.
CHECK-PARAMS: _ZN1f2baC2ERKNS_2baIT_EE
CHECK-NO-PARAMS: f::ba::ba
# Check that a vendor specific suffix is also omitted when --no-params is
# specified. This matches c++filt's behaviour.
CHECK-PARAMS: foo() (.123)
CHECK-NO-PARAMS: foo
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