Qualify standard type aliases

benchmarks/splines.cpp

@@ -60,7 +60,7 @@ struct DDimY : ddc::UniformPointSampling<Y>
 } // namespace DDC_HIP_5_7_ANONYMOUS_NAMESPACE_WORKAROUND(SPLINES_CPP)
 
 // Function to monitor GPU memory asynchronously
-void monitorMemoryAsync(std::mutex& mutex, bool& monitorFlag, size_t& maxUsedMem)
+void monitorMemoryAsync(std::mutex& mutex, bool& monitorFlag, std::size_t& maxUsedMem)
 {
     while (monitorFlag) {
         std::this_thread::sleep_for(std::chrono::microseconds(10)); // Adjust the interval as needed
@@ -99,7 +99,7 @@ static void characteristics_advection_unitary(benchmark::State& state)
 #else
     std::size_t const initUsedMem = 0;
 #endif
-    size_t maxUsedMem = initUsedMem;
+    std::size_t maxUsedMem = initUsedMem;
 
     bool monitorFlag = true;
     std::mutex mutex;

examples/characteristics_advection.cpp

@@ -118,21 +118,21 @@ int main(int argc, char** argv)
     // End of the domain of interest in the X dimension
     double const x_end = 1.;
     // Number of discretization points in the X dimension
-    size_t const nb_x_points = 100;
+    std::size_t const nb_x_points = 100;
     // Velocity along x dimension
     double const vx = .2;
     // Start of the domain of interest in the Y dimension
     double const y_start = -1.;
     // End of the domain of interest in the Y dimension
     double const y_end = 1.;
     // Number of discretization points in the Y dimension
-    size_t const nb_y_points = 100;
+    std::size_t const nb_y_points = 100;
     // Simulated time at which to start simulation
     double const start_time = 0.;
     // Simulated time to reach as target of the simulation
     double const end_time = 10.;
     // Number of time-steps between outputs
-    ptrdiff_t const t_output_period = 10;
+    std::ptrdiff_t const t_output_period = 10;
     // Maximum time-step
     ddc::Coordinate<T> const max_dt {0.1};
     //! [parameters]

examples/heat_equation.cpp

@@ -114,23 +114,23 @@ int main(int argc, char** argv)
     // End of the domain of interest in the X dimension
     double const x_end = 1.;
     // Number of discretization points in the X dimension
-    size_t const nb_x_points = 10;
+    std::size_t const nb_x_points = 10;
     // Thermal diffusion coefficient
     double const kx = .01;
     // Start of the domain of interest in the Y dimension
     double const y_start = -1.;
     // End of the domain of interest in the Y dimension
     double const y_end = 1.;
     // Number of discretization points in the Y dimension
-    size_t const nb_y_points = 100;
+    std::size_t const nb_y_points = 100;
     // Thermal diffusion coefficient
     double const ky = .002;
     // Simulated time at which to start simulation
     double const start_time = 0.;
     // Simulated time to reach as target of the simulation
     double const end_time = 10.;
     // Number of time-steps between outputs
-    ptrdiff_t const t_output_period = 10;
+    std::ptrdiff_t const t_output_period = 10;
     //! [parameters]
 
     //! [main-start]