static EmptyMemberAndArguments noCompatibleOverload(Object[] unwrappedArgs) { return new EmptyMemberAndArguments( "No compatible overloaded variation was found; declared parameter types and argument value types mismatch.", false, unwrappedArgs); }
static EmptyMemberAndArguments ambiguous(Object[] unwrappedArgs) { return new EmptyMemberAndArguments( "Multiple compatible overloaded variations were found with the same priority.", false, unwrappedArgs); }
static EmptyMemberAndArguments noCompatibleOverload(int unwrappableIndex) { return new EmptyMemberAndArguments( new Object[] { "No compatible overloaded variation was found; can't convert (unwrap) the ", new _DelayedOrdinal(Integer.valueOf(unwrappableIndex)), " argument to the desired Java type." }, false, null); }
static EmptyMemberAndArguments ambiguous(Object[] unwrappedArgs) { return new EmptyMemberAndArguments( "Multiple compatible overloaded variations were found with the same priority.", false, unwrappedArgs); }
static EmptyMemberAndArguments ambiguous(Object[] unwrappedArgs) { return new EmptyMemberAndArguments( "Multiple compatible overloaded variations were found with the same priority.", false, unwrappedArgs); }
static EmptyMemberAndArguments noCompatibleOverload(Object[] unwrappedArgs) { return new EmptyMemberAndArguments( "No compatible overloaded variation was found; declared parameter types and argument value types mismatch.", false, unwrappedArgs); }
static EmptyMemberAndArguments noCompatibleOverload(Object[] unwrappedArgs) { return new EmptyMemberAndArguments( "No compatible overloaded variation was found; declared parameter types and argument value types mismatch.", false, unwrappedArgs); }
static EmptyMemberAndArguments noCompatibleOverload(int unwrappableIndex) { return new EmptyMemberAndArguments( new Object[] { "No compatible overloaded variation was found; can't convert (unwrap) the ", new _DelayedOrdinal(Integer.valueOf(unwrappableIndex)), " argument to the desired Java type." }, false, null); }
static EmptyMemberAndArguments noCompatibleOverload(int unwrappableIndex) { return new EmptyMemberAndArguments( new Object[] { "No compatible overloaded variation was found; can't convert (unwrap) the ", new _DelayedOrdinal(Integer.valueOf(unwrappableIndex)), " argument to the desired Java type." }, false, null); }