void check_not_alias( View1<T1, Block1>& vec1, View2<T2, Block2>& vec2) { fill_block(vec1.block(), 2); fill_block(vec2.block(), 3); // Make sure that updates to vec2 do not affect vec1. test_assert(check_vector(vec1, 2)); // And visa-versa. fill_block(vec1.block(), 4); test_assert(check_vector(vec2, 3)); }
void apply_ukernel(View0 in0, View1 in1, View2 in2, View3 out) { dda::Data<typename View0::block_type, dda::in> data0(in0.block()); dda::Data<typename View1::block_type, dda::in> data1(in1.block()); dda::Data<typename View2::block_type, dda::in> data2(in2.block()); dda::Data<typename View3::block_type, dda::out> data3(out.block()); assert(data0.stride(1) == 1); assert(data1.stride(1) == 1); assert(data2.stride(1) == 1); assert(data3.stride(1) == 1); example::Cblock kernel((uintptr_t)data0.ptr(), data0.stride(0), (uintptr_t)data1.ptr(), data1.stride(0), (uintptr_t)data2.ptr(), data2.stride(0), (uintptr_t)data3.ptr(), data3.stride(0), out.size(0), out.size(1)); vsip_csl::ukernel::Ukernel<example::Cblock> uk(kernel); uk(); }
void apply_ukernel(View0 in0, View1 in1, View2 in2, View3 out) { dda::Ext_data<typename View0::block_type> ext0(in0.block()); dda::Ext_data<typename View1::block_type> ext1(in1.block()); dda::Ext_data<typename View2::block_type> ext2(in2.block()); dda::Ext_data<typename View3::block_type> ext3(out.block()); assert(ext0.stride(1) == 1); assert(ext1.stride(1) == 1); assert(ext2.stride(1) == 1); assert(ext3.stride(1) == 1); example::Cblock kernel((uintptr_t)ext0.data(), ext0.stride(0), (uintptr_t)ext1.data(), ext1.stride(0), (uintptr_t)ext2.data(), ext2.stride(0), (uintptr_t)ext3.data(), ext3.stride(0), out.size(0), out.size(1)); vsip_csl::ukernel::Ukernel<example::Cblock> uk(kernel); uk(); }
void check_alias( View1<T1, Block1>& vec1, View2<T2, Block2>& vec2) { fill_block(vec1.block(), 2); test_assert(check_vector(vec1, 2)); test_assert(check_vector(vec2, 2)); fill_block(vec2.block(), 3); test_assert(check_vector(vec1, 3)); test_assert(check_vector(vec2, 3)); }