Changes in regression-tests adding _for_break variable (#1436)

regression-tests/test-results/mixed-bounds-safety-with-assert-2.cpp

@@ -46,9 +46,9 @@ auto add_42_to_subrange(auto& rng, cpp2::impl::in<int> start, cpp2::impl::in<int
     auto count {0}; 
     for ( 
 
-          auto& i : rng )  { do 
+          auto& i : rng )  { bool _for_break = false; do 
         if ([_0 = start, _1 = count, _2 = end]{ return cpp2::impl::cmp_less_eq(_0,_1) && cpp2::impl::cmp_less_eq(_1,_2); }()) {
             i += 42;
-        } while (false); ++count; }
+        } while (false); if (_for_break) { break; } ++count; }
 }
 

regression-tests/test-results/mixed-bounds-safety-with-assert.cpp

@@ -44,9 +44,9 @@ auto print_subrange(auto const& rng, cpp2::impl::in<int> start, cpp2::impl::in<i
     auto count {0}; 
     for ( 
 
-          auto const& i : rng )  { do 
+          auto const& i : rng )  { bool _for_break = false; do 
         if (cpp2::impl::cmp_less_eq(start,count) && cpp2::impl::cmp_less_eq(count,end)) {
             std::cout << i << "\n";
-        } while (false); ++count; }
+        } while (false); if (_for_break) { break; } ++count; }
 }
 

regression-tests/test-results/mixed-intro-for-with-counter-include-last.cpp

@@ -30,8 +30,8 @@
 {
     std::vector<int> v {1, 2, 3, 4, 5}; 
     auto counter {42}; 
-    for (                         auto const& i : cpp2::move(v) )  { do {
+    for (                         auto const& i : cpp2::move(v) )  { bool _for_break = false; do {
         std::cout << i << " " << counter << "\n";
-    } while (false); counter *= 2; }
+    } while (false); if (_for_break) { break; } counter *= 2; }
 }
 

regression-tests/test-results/pure2-autodiff-higher-order.cpp

@@ -972,7 +972,7 @@ std::vector<cpp2::taylor<double,6>> v_d {};
     r = 0.0;
 {
 auto t_d_iter{CPP2_UFCS(begin)(cpp2::move(v_d))};
-    for ( auto const& t : cpp2::move(v) )  { do {
+    for ( auto const& t : cpp2::move(v) )  { bool _for_break = false; do {
 {
 auto const& t_d{*cpp2::impl::assert_not_null(t_d_iter)};
     {
@@ -981,7 +981,7 @@ auto const& t_d{*cpp2::impl::assert_not_null(t_d_iter)};
     }
 }
     }
-     while (false); (++t_d_iter); }
+     while (false); if (_for_break) { break; } (++t_d_iter); }
 }
     return  { std::move(r), std::move(r_d) }; 
     }

regression-tests/test-results/pure2-autodiff.cpp

@@ -1186,7 +1186,7 @@ std::vector<double> v_d {};
     r = 0.0;
 {
 auto t_d_iter{CPP2_UFCS(begin)(cpp2::move(v_d))};
-    for ( auto const& t : cpp2::move(v) )  { do {
+    for ( auto const& t : cpp2::move(v) )  { bool _for_break = false; do {
 {
 auto const& t_d{*cpp2::impl::assert_not_null(t_d_iter)};
     {
@@ -1195,7 +1195,7 @@ auto const& t_d{*cpp2::impl::assert_not_null(t_d_iter)};
     }
 }
     }
-     while (false); (++t_d_iter); }
+     while (false); if (_for_break) { break; } (++t_d_iter); }
 }
     return  { std::move(r), std::move(r_d) }; 
     }

regression-tests/test-results/pure2-for-loop-range-with-lambda.cpp

@@ -50,7 +50,7 @@ auto main(int const argc_, char** argv_) -> int{
 
    for (                            auto const& i : [_0 = args]() mutable -> decltype(auto) { return _0; }() ) static_cast<void>(i);
    for (                            auto const& j : [](auto&& x) -> decltype(auto) { return CPP2_FORWARD(x); }(args) ) static_cast<void>(j);
-   for (                                                              auto const& k : [](auto&& x) -> decltype(auto) { return CPP2_FORWARD(x); }(args) )  { do static_cast<void>(k); while (false); static_cast<void>([_0 = args]() mutable -> decltype(auto) { return _0; }()); }
-   for (                                                              auto const& l : [](auto&& x) -> decltype(auto) { return CPP2_FORWARD(x); }(args) )  { do static_cast<void>(l); while (false); static_cast<void>([](auto&& x) -> decltype(auto) { return x; }(args)); }
+   for (                                                              auto const& k : [](auto&& x) -> decltype(auto) { return CPP2_FORWARD(x); }(args) )  { bool _for_break = false; do static_cast<void>(k); while (false); if (_for_break) { break; } static_cast<void>([_0 = args]() mutable -> decltype(auto) { return _0; }()); }
+   for (                                                              auto const& l : [](auto&& x) -> decltype(auto) { return CPP2_FORWARD(x); }(args) )  { bool _for_break = false; do static_cast<void>(l); while (false); if (_for_break) { break; } static_cast<void>([](auto&& x) -> decltype(auto) { return x; }(args)); }
 }
 

regression-tests/test-results/pure2-last-use.cpp

@@ -1393,8 +1393,8 @@ auto loops() -> void{
     auto x {cpp2_new<int>(0)}; 
     for ( 
 
-    [[maybe_unused]] auto const& unnamed_param_1 : { 0 } )  { do 
-    {} while (false); f_inout(x); }
+    [[maybe_unused]] auto const& unnamed_param_1 : { 0 } )  { bool _for_break = false; do 
+    {} while (false); if (_for_break) { break; } f_inout(x); }
   });
 
   static_cast<void>([]() -> void{

regression-tests/test-results/pure2-print.cpp

@@ -140,7 +140,7 @@ requires (true) inline CPP2_CONSTEXPR T outer::object_alias{ 42 };
 
             do {} while ( [&]{ b() ; return true; }() && CPP2_UFCS(empty)(s));
 
-            for ( [[maybe_unused]] auto const& unnamed_param_1 : m ) { { do {goto CONTINUE_label; } while (false); c(); } CPP2_CONTINUE_BREAK(label) }
+            for ( [[maybe_unused]] auto const& unnamed_param_1 : m ) { { bool _for_break = false; do {goto CONTINUE_label; } while (false); if (_for_break) { break; } c(); } CPP2_CONTINUE_BREAK(label) }
 
 #line 47 "pure2-print.cpp2"
             if (cpp2::impl::is(!(CPP2_UFCS(empty)(s)), (true))) {cpp2::move(a)(); }