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https://github.com/NVIDIA/nvbench.git
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6dd4bebe6e
Adds clone() methods to benchmark_base and axis_base, along with the scaffolding to support them.
118 lines
3.3 KiB
Plaintext
118 lines
3.3 KiB
Plaintext
#include <nvbench/type_axis.cuh>
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#include <nvbench/types.cuh>
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#include "test_asserts.cuh"
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#include <fmt/format.h>
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void test_empty()
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{
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nvbench::type_axis axis("Basic", 0);
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ASSERT(axis.get_name() == "Basic");
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ASSERT(axis.get_axis_index() == 0);
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ASSERT(axis.get_type() == nvbench::axis_type::type);
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ASSERT(axis.get_size() == 0);
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axis.set_inputs<nvbench::type_list<>>();
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ASSERT(axis.get_size() == 0);
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const auto clone_base = axis.clone();
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ASSERT(clone_base.get() != nullptr);
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const auto *clone =
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dynamic_cast<const nvbench::type_axis *>(clone_base.get());
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ASSERT(clone != nullptr);
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ASSERT(clone->get_name() == "Basic");
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ASSERT(clone->get_axis_index() == 0);
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ASSERT(clone->get_type() == nvbench::axis_type::type);
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ASSERT(clone->get_size() == 0);
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}
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void test_single()
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{
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nvbench::type_axis axis("Single", 0);
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axis.set_inputs<nvbench::type_list<nvbench::int32_t>>();
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ASSERT(axis.get_name() == "Single");
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ASSERT(axis.get_size() == 1);
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ASSERT(axis.get_input_string(0) == "I32");
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ASSERT(axis.get_description(0) == "int32_t");
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const auto clone_base = axis.clone();
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ASSERT(clone_base.get() != nullptr);
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const auto *clone =
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dynamic_cast<const nvbench::type_axis *>(clone_base.get());
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ASSERT(clone != nullptr);
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ASSERT(clone->get_name() == "Single");
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ASSERT(clone->get_size() == 1);
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ASSERT(clone->get_input_string(0) == "I32");
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ASSERT(clone->get_description(0) == "int32_t");
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}
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void test_several()
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{
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nvbench::type_axis axis("Several", 0);
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axis.set_inputs<
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nvbench::type_list<nvbench::int32_t, nvbench::float64_t, bool>>();
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ASSERT(axis.get_name() == "Several");
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ASSERT(axis.get_size() == 3);
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ASSERT(axis.get_input_string(0) == "I32");
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ASSERT(axis.get_description(0) == "int32_t");
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ASSERT(axis.get_input_string(1) == "F64");
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ASSERT(axis.get_description(1) == "double");
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ASSERT(axis.get_input_string(2) == "bool");
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ASSERT(axis.get_description(2) == "");
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const auto clone_base = axis.clone();
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ASSERT(clone_base.get() != nullptr);
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const auto *clone =
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dynamic_cast<const nvbench::type_axis *>(clone_base.get());
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ASSERT(clone != nullptr);
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ASSERT(clone->get_name() == "Several");
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ASSERT(clone->get_size() == 3);
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ASSERT(clone->get_input_string(0) == "I32");
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ASSERT(clone->get_description(0) == "int32_t");
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ASSERT(clone->get_input_string(1) == "F64");
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ASSERT(clone->get_description(1) == "double");
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ASSERT(clone->get_input_string(2) == "bool");
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ASSERT(clone->get_description(2) == "");
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}
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void test_get_type_index()
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{
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nvbench::type_axis axis("GetIndexTest", 0);
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axis.set_inputs<
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nvbench::
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type_list<nvbench::int8_t, nvbench::uint16_t, nvbench::float32_t, bool>>();
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ASSERT(axis.get_type_index("I8") == 0);
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ASSERT(axis.get_type_index("U16") == 1);
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ASSERT(axis.get_type_index("F32") == 2);
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ASSERT(axis.get_type_index("bool") == 3);
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const auto clone_base = axis.clone();
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ASSERT(clone_base.get() != nullptr);
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const auto *clone =
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dynamic_cast<const nvbench::type_axis *>(clone_base.get());
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ASSERT(clone != nullptr);
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ASSERT(clone->get_type_index("I8") == 0);
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ASSERT(clone->get_type_index("U16") == 1);
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ASSERT(clone->get_type_index("F32") == 2);
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ASSERT(clone->get_type_index("bool") == 3);
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}
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int main()
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{
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test_empty();
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test_single();
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test_several();
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test_get_type_index();
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}
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