Adjust regression-tests to new UFCS

Author: filipsajdak

regression-tests/test-results/pure2-inspect-expression-in-generic-function-multiple-types.cpp

@@ -32,7 +32,7 @@ auto test_generic(auto const& x) -> void;
 
 auto test_generic(auto const& x) -> void{
     std::cout 
-        << std::setw(30) << typeid(x).name() 
+        << std::setw(30) << CPP2_UFCS_0(name, typeid(x)) 
         << " value is " 
         << [&] () -> std::string { auto&& __expr = x;
             if (cpp2::is<int>(__expr)) { if constexpr( requires{"integer " + std::to_string(cpp2::as<int>(x));} ) if constexpr( std::is_convertible_v<CPP2_TYPEOF(("integer " + std::to_string(cpp2::as<int>(x)))),std::string> ) return "integer " + std::to_string(cpp2::as<int>(x)); else return std::string{}; else return std::string{}; }

regression-tests/test-results/pure2-inspect-expression-with-as-in-generic-function.cpp

@@ -19,7 +19,7 @@ auto print_an_int(auto const& x) -> void;
 
 auto print_an_int(auto const& x) -> void{
     std::cout 
-        << std::setw(30) << typeid(x).name() 
+        << std::setw(30) << CPP2_UFCS_0(name, typeid(x)) 
         << " value is " 
         << [&] () -> std::string { auto&& __expr = x;
             if (cpp2::is<int>(__expr)) { if constexpr( requires{std::to_string(cpp2::as<int>(x));} ) if constexpr( std::is_convertible_v<CPP2_TYPEOF((std::to_string(cpp2::as<int>(x)))),std::string> ) return std::to_string(cpp2::as<int>(x)); else return std::string{}; else return std::string{}; }

regression-tests/test-results/pure2-inspect-fallback-with-variant-any-optional.cpp

@@ -26,7 +26,7 @@ auto test_generic(auto const& x) -> void;
 
 auto test_generic(auto const& x) -> void{
     std::cout 
-        << "\n" << typeid(x).name() << "\n    ..." 
+        << "\n" << CPP2_UFCS_0(name, typeid(x)) << "\n    ..." 
         << [&] () -> std::string { auto&& __expr = x;
             if (cpp2::is<std::string>(__expr)) { if constexpr( requires{" matches std::string";} ) if constexpr( std::is_convertible_v<CPP2_TYPEOF((" matches std::string")),std::string> ) return " matches std::string"; else return std::string{}; else return std::string{}; }
             else if (cpp2::is<std::variant<int,std::string>>(__expr)) { if constexpr( requires{" matches std::variant<int, std::string>";} ) if constexpr( std::is_convertible_v<CPP2_TYPEOF((" matches std::variant<int, std::string>")),std::string> ) return " matches std::variant<int, std::string>"; else return std::string{}; else return std::string{}; }

regression-tests/test-results/pure2-inspect-generic-void-empty-with-variant-any-optional.cpp

@@ -30,7 +30,7 @@ auto test_generic(auto const& x) -> void;
 
 auto test_generic(auto const& x) -> void{
     std::cout 
-        << "\n" << typeid(x).name() << "\n    ..." 
+        << "\n" << CPP2_UFCS_0(name, typeid(x)) << "\n    ..." 
         << [&] () -> std::string { auto&& __expr = x;
             if (cpp2::is<void>(__expr)) { if constexpr( requires{" VOYDE AND EMPTIE";} ) if constexpr( std::is_convertible_v<CPP2_TYPEOF((" VOYDE AND EMPTIE")),std::string> ) return " VOYDE AND EMPTIE"; else return std::string{}; else return std::string{}; }
             else return " no match"; }

regression-tests/test-results/pure2-type-safety-1.cpp

@@ -39,7 +39,7 @@ auto print(cpp2::in<std::string> msg, cpp2::in<bool> b) -> void;
 }
 
 auto test_generic(auto const& x) -> void{
-    std::string msg { typeid(x).name() }; 
+    std::string msg { CPP2_UFCS_0(name, typeid(x)) }; 
     msg += " is int? ";
     print( msg, cpp2::is<int>(x));
 }

regression-tests/test-results/pure2-type-safety-2-with-inspect-expression.cpp

@@ -32,7 +32,7 @@ auto test_generic(auto const& x) -> void;
 
 auto test_generic(auto const& x) -> void{
     std::cout 
-        << std::setw(30) << typeid(x).name() 
+        << std::setw(30) << CPP2_UFCS_0(name, typeid(x)) 
         << " value is " 
         << [&] () -> std::string { auto&& __expr = x;
             if (cpp2::is<int>(__expr)) { if constexpr( requires{std::to_string(cpp2::as<int>(x));} ) if constexpr( std::is_convertible_v<CPP2_TYPEOF((std::to_string(cpp2::as<int>(x)))),std::string> ) return std::to_string(cpp2::as<int>(x)); else return std::string{}; else return std::string{}; }