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Wrap all std::min and std::max calls in parentheses
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@ -66,7 +66,9 @@ namespace Catch {
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}
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}
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template <typename Clock>
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template <typename Clock>
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EnvironmentEstimate<FloatDuration<Clock>> estimate_clock_cost(FloatDuration<Clock> resolution) {
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EnvironmentEstimate<FloatDuration<Clock>> estimate_clock_cost(FloatDuration<Clock> resolution) {
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auto time_limit = std::min(resolution * clock_cost_estimation_tick_limit, FloatDuration<Clock>(clock_cost_estimation_time_limit));
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auto time_limit = (std::min)(
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resolution * clock_cost_estimation_tick_limit,
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FloatDuration<Clock>(clock_cost_estimation_time_limit));
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auto time_clock = [](int k) {
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auto time_clock = [](int k) {
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return Detail::measure<Clock>([k] {
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return Detail::measure<Clock>([k] {
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for (int i = 0; i < k; ++i) {
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for (int i = 0; i < k; ++i) {
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@ -171,7 +171,7 @@ namespace Catch {
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double sb = stddev.point;
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double sb = stddev.point;
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double mn = mean.point / n;
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double mn = mean.point / n;
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double mg_min = mn / 2.;
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double mg_min = mn / 2.;
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double sg = std::min(mg_min / 4., sb / std::sqrt(n));
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double sg = (std::min)(mg_min / 4., sb / std::sqrt(n));
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double sg2 = sg * sg;
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double sg2 = sg * sg;
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double sb2 = sb * sb;
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double sb2 = sb * sb;
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@ -190,7 +190,7 @@ namespace Catch {
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return (nc / n) * (sb2 - nc * sg2);
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return (nc / n) * (sb2 - nc * sg2);
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};
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};
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return std::min(var_out(1), var_out(std::min(c_max(0.), c_max(mg_min)))) / sb2;
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return (std::min)(var_out(1), var_out((std::min)(c_max(0.), c_max(mg_min)))) / sb2;
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}
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}
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@ -116,8 +116,8 @@ namespace Catch {
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double b2 = bias - z1;
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double b2 = bias - z1;
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double a1 = a(b1);
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double a1 = a(b1);
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double a2 = a(b2);
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double a2 = a(b2);
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auto lo = std::max(cumn(a1), 0);
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auto lo = (std::max)(cumn(a1), 0);
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auto hi = std::min(cumn(a2), n - 1);
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auto hi = (std::min)(cumn(a2), n - 1);
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return { point, resample[lo], resample[hi], confidence_level };
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return { point, resample[lo], resample[hi], confidence_level };
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}
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}
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