#DEFAULT_CLFRAMEWORKREVISION="branches/arm_compute_20_11" # Release 20.11
#
# For pinning to a revision use this:
-DEFAULT_CLFRAMEWORKREVISION="b309fc249e4383b4d40ae03e377c3cbad3f9f5f7" #Fix uniform_real_distribution_fp16 warning and single Dimension increment
+DEFAULT_CLFRAMEWORKREVISION="6a4ebe1305b544aec1ba0bfc67ed65d94fcc8c2e" #CTS Failures in Android CpuAcc in Add
usage() {
echo "Usage: $CMD (Use the default clframework SHA)"
m_Kernels->emplace_back(std::string(tag != nullptr ? tag : "Unknown"), delta.count(), Measurement::Unit::TIME_US);
}
-void NeonInterceptorScheduler::schedule_op(arm_compute::ICPPKernel *kernel,
- const Hints &hints,
- arm_compute::ITensorPack &tensors )
+void NeonInterceptorScheduler::schedule_op(arm_compute::ICPPKernel* kernel,
+ const Hints& hints,
+ const arm_compute::Window& window,
+ arm_compute::ITensorPack& tensors )
{
WallClockTimer::clock::time_point startTime = WallClockTimer::clock::now();
- m_RealScheduler.schedule_op(kernel, hints, tensors);
+ m_RealScheduler.schedule_op(kernel, hints, window, tensors);
WallClockTimer::clock::time_point stopTime = WallClockTimer::clock::now();
const auto delta = std::chrono::duration<double, std::micro>(stopTime - startTime);
void SetKernels(NeonTimer::KernelMeasurements* kernels) { m_Kernels = kernels; }
NeonTimer::KernelMeasurements* GetKernels() { return m_Kernels; }
- void schedule_op(arm_compute::ICPPKernel *kernel,
- const Hints &hints,
- arm_compute::ITensorPack &tensors ) override;
+ void schedule_op(arm_compute::ICPPKernel* kernel,
+ const Hints& hints,
+ const arm_compute::Window& window,
+ arm_compute::ITensorPack& tensors ) override;
private:
NeonTimer::KernelMeasurements* m_Kernels;
arm_compute::IScheduler& m_RealScheduler;