derek.holloway
7502bf64a4
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375 lines
17 KiB
C++
375 lines
17 KiB
C++
/* ************************************************************************
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* Copyright (C) 2018-2023 Advanced Micro Devices, Inc. All rights Reserved.
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*
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* Permission is hereby granted, free of charge, to any person obtaining a copy
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* of this software and associated documentation files (the "Software"), to deal
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* in the Software without restriction, including without limitation the rights
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* to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
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* copies of the Software, and to permit persons to whom the Software is
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* furnished to do so, subject to the following conditions:
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*
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* The above copyright notice and this permission notice shall be included in
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* all copies or substantial portions of the Software.
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*
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* THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
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* IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
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* FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
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* AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
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* LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
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* OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN
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* THE SOFTWARE.
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*
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* ************************************************************************ */
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#pragma once
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#ifndef TESTING_GLOBAL_MATRIX_HPP
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#define TESTING_GLOBAL_MATRIX_HPP
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#include "utility.hpp"
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#include <gtest/gtest.h>
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#include <rocalution/rocalution.hpp>
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using namespace rocalution;
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template <typename T>
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void testing_global_matrix_bad_args(void)
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{
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int safe_size = 100;
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// Initialize rocALUTION
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set_device_rocalution(device);
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init_rocalution();
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GlobalMatrix<T> mat;
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GlobalVector<T> vec;
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int* idata = nullptr;
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T* data = nullptr;
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allocate_host(safe_size, &idata);
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allocate_host(safe_size, &data);
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// SetDataPtrCSR
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{
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int* null_int = nullptr;
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T* null_data = nullptr;
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ASSERT_DEATH(mat.SetDataPtrCSR(
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nullptr, &idata, &data, &idata, &idata, &data, "", safe_size, safe_size),
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".*Assertion.*local_row_offset != (NULL|__null)*");
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ASSERT_DEATH(mat.SetDataPtrCSR(
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&idata, nullptr, &data, &idata, &idata, &data, "", safe_size, safe_size),
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".*Assertion.*local_col != (NULL|__null)*");
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ASSERT_DEATH(mat.SetDataPtrCSR(
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&idata, &idata, nullptr, &idata, &idata, &data, "", safe_size, safe_size),
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".*Assertion.*local_val != (NULL|__null)*");
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ASSERT_DEATH(mat.SetDataPtrCSR(
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&idata, &idata, &data, nullptr, &idata, &data, "", safe_size, safe_size),
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".*Assertion.*ghost_row_offset != (NULL|__null)*");
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ASSERT_DEATH(mat.SetDataPtrCSR(
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&idata, &idata, &data, &idata, nullptr, &data, "", safe_size, safe_size),
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".*Assertion.*ghost_col != (NULL|__null)*");
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ASSERT_DEATH(mat.SetDataPtrCSR(
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&idata, &idata, &data, &idata, &idata, nullptr, "", safe_size, safe_size),
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".*Assertion.*ghost_val != (NULL|__null)*");
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ASSERT_DEATH(mat.SetDataPtrCSR(
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&null_int, &idata, &data, &idata, &idata, &data, "", safe_size, safe_size),
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".*Assertion.*local_row_offset != (NULL|__null)*");
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ASSERT_DEATH(mat.SetDataPtrCSR(
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&idata, &null_int, &data, &idata, &idata, &data, "", safe_size, safe_size),
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".*Assertion.*local_col != (NULL|__null)*");
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ASSERT_DEATH(
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mat.SetDataPtrCSR(
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&idata, &idata, &null_data, &idata, &idata, &data, "", safe_size, safe_size),
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".*Assertion.*local_val != (NULL|__null)*");
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ASSERT_DEATH(mat.SetDataPtrCSR(
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&idata, &idata, &data, &null_int, &idata, &data, "", safe_size, safe_size),
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".*Assertion.*ghost_row_offset != (NULL|__null)*");
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ASSERT_DEATH(mat.SetDataPtrCSR(
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&idata, &idata, &data, &idata, &null_int, &data, "", safe_size, safe_size),
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".*Assertion.*ghost_col != (NULL|__null)*");
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ASSERT_DEATH(
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mat.SetDataPtrCSR(
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&idata, &idata, &data, &idata, &idata, &null_data, "", safe_size, safe_size),
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".*Assertion.*ghost_val != (NULL|__null)*");
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}
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// SetDataPtrCOO
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{
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int* null_int = nullptr;
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T* null_data = nullptr;
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ASSERT_DEATH(mat.SetDataPtrCOO(
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nullptr, &idata, &data, &idata, &idata, &data, "", safe_size, safe_size),
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".*Assertion.*local_row != (NULL|__null)*");
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ASSERT_DEATH(mat.SetDataPtrCOO(
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&idata, nullptr, &data, &idata, &idata, &data, "", safe_size, safe_size),
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".*Assertion.*local_col != (NULL|__null)*");
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ASSERT_DEATH(mat.SetDataPtrCOO(
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&idata, &idata, nullptr, &idata, &idata, &data, "", safe_size, safe_size),
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".*Assertion.*local_val != (NULL|__null)*");
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ASSERT_DEATH(mat.SetDataPtrCOO(
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&idata, &idata, &data, nullptr, &idata, &data, "", safe_size, safe_size),
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".*Assertion.*ghost_row != (NULL|__null)*");
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ASSERT_DEATH(mat.SetDataPtrCOO(
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&idata, &idata, &data, &idata, nullptr, &data, "", safe_size, safe_size),
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".*Assertion.*ghost_col != (NULL|__null)*");
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ASSERT_DEATH(mat.SetDataPtrCOO(
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&idata, &idata, &data, &idata, &idata, nullptr, "", safe_size, safe_size),
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".*Assertion.*ghost_val != (NULL|__null)*");
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ASSERT_DEATH(mat.SetDataPtrCOO(
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&null_int, &idata, &data, &idata, &idata, &data, "", safe_size, safe_size),
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".*Assertion.*local_row != (NULL|__null)*");
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ASSERT_DEATH(mat.SetDataPtrCOO(
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&idata, &null_int, &data, &idata, &idata, &data, "", safe_size, safe_size),
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".*Assertion.*local_col != (NULL|__null)*");
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ASSERT_DEATH(
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mat.SetDataPtrCOO(
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&idata, &idata, &null_data, &idata, &idata, &data, "", safe_size, safe_size),
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".*Assertion.*local_val != (NULL|__null)*");
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ASSERT_DEATH(mat.SetDataPtrCOO(
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&idata, &idata, &data, &null_int, &idata, &data, "", safe_size, safe_size),
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".*Assertion.*ghost_row != (NULL|__null)*");
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ASSERT_DEATH(mat.SetDataPtrCOO(
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&idata, &idata, &data, &idata, &null_int, &data, "", safe_size, safe_size),
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".*Assertion.*ghost_col != (NULL|__null)*");
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ASSERT_DEATH(
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mat.SetDataPtrCOO(
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&idata, &idata, &data, &idata, &idata, &null_data, "", safe_size, safe_size),
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".*Assertion.*ghost_val != (NULL|__null)*");
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}
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// SetLocalDataPtrCSR
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{
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int* null_int = nullptr;
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T* null_data = nullptr;
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ASSERT_DEATH(mat.SetLocalDataPtrCSR(nullptr, &idata, &data, "", safe_size),
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".*Assertion.*row_offset != (NULL|__null)*");
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ASSERT_DEATH(mat.SetLocalDataPtrCSR(&idata, nullptr, &data, "", safe_size),
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".*Assertion.*col != (NULL|__null)*");
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ASSERT_DEATH(mat.SetLocalDataPtrCSR(&idata, &idata, nullptr, "", safe_size),
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".*Assertion.*val != (NULL|__null)*");
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ASSERT_DEATH(mat.SetLocalDataPtrCSR(&null_int, &idata, &data, "", safe_size),
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".*Assertion.*row_offset != (NULL|__null)*");
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ASSERT_DEATH(mat.SetLocalDataPtrCSR(&idata, &null_int, &data, "", safe_size),
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".*Assertion.*col != (NULL|__null)*");
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ASSERT_DEATH(mat.SetLocalDataPtrCSR(&idata, &idata, &null_data, "", safe_size),
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".*Assertion.*val != (NULL|__null)*");
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}
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// SetGhostDataPtrCSR
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{
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int* null_int = nullptr;
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T* null_data = nullptr;
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ASSERT_DEATH(mat.SetGhostDataPtrCSR(nullptr, &idata, &data, "", safe_size),
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".*Assertion.*row_offset != (NULL|__null)*");
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ASSERT_DEATH(mat.SetGhostDataPtrCSR(&idata, nullptr, &data, "", safe_size),
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".*Assertion.*col != (NULL|__null)*");
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ASSERT_DEATH(mat.SetGhostDataPtrCSR(&idata, &idata, nullptr, "", safe_size),
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".*Assertion.*val != (NULL|__null)*");
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ASSERT_DEATH(mat.SetGhostDataPtrCSR(&null_int, &idata, &data, "", safe_size),
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".*Assertion.*row_offset != (NULL|__null)*");
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ASSERT_DEATH(mat.SetGhostDataPtrCSR(&idata, &null_int, &data, "", safe_size),
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".*Assertion.*col != (NULL|__null)*");
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ASSERT_DEATH(mat.SetGhostDataPtrCSR(&idata, &idata, &null_data, "", safe_size),
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".*Assertion.*val != (NULL|__null)*");
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}
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// SetLocalDataPtrCOO
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{
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int* null_int = nullptr;
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T* null_data = nullptr;
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ASSERT_DEATH(mat.SetLocalDataPtrCOO(nullptr, &idata, &data, "", safe_size),
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".*Assertion.*row != (NULL|__null)*");
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ASSERT_DEATH(mat.SetLocalDataPtrCOO(&idata, nullptr, &data, "", safe_size),
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".*Assertion.*col != (NULL|__null)*");
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ASSERT_DEATH(mat.SetLocalDataPtrCOO(&idata, &idata, nullptr, "", safe_size),
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".*Assertion.*val != (NULL|__null)*");
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ASSERT_DEATH(mat.SetLocalDataPtrCOO(&null_int, &idata, &data, "", safe_size),
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".*Assertion.*row != (NULL|__null)*");
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ASSERT_DEATH(mat.SetLocalDataPtrCOO(&idata, &null_int, &data, "", safe_size),
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".*Assertion.*col != (NULL|__null)*");
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ASSERT_DEATH(mat.SetLocalDataPtrCOO(&idata, &idata, &null_data, "", safe_size),
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".*Assertion.*val != (NULL|__null)*");
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}
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// SetGhostDataPtrCOO
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{
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int* null_int = nullptr;
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T* null_data = nullptr;
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ASSERT_DEATH(mat.SetGhostDataPtrCOO(nullptr, &idata, &data, "", safe_size),
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".*Assertion.*row != (NULL|__null)*");
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ASSERT_DEATH(mat.SetGhostDataPtrCOO(&idata, nullptr, &data, "", safe_size),
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".*Assertion.*col != (NULL|__null)*");
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ASSERT_DEATH(mat.SetGhostDataPtrCOO(&idata, &idata, nullptr, "", safe_size),
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".*Assertion.*val != (NULL|__null)*");
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ASSERT_DEATH(mat.SetGhostDataPtrCOO(&null_int, &idata, &data, "", safe_size),
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".*Assertion.*row != (NULL|__null)*");
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ASSERT_DEATH(mat.SetGhostDataPtrCOO(&idata, &null_int, &data, "", safe_size),
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".*Assertion.*col != (NULL|__null)*");
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ASSERT_DEATH(mat.SetGhostDataPtrCOO(&idata, &idata, &null_data, "", safe_size),
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".*Assertion.*val != (NULL|__null)*");
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}
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// LeaveDataPtrCSR
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{
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int* null_int = nullptr;
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T* null_data = nullptr;
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ASSERT_DEATH(
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mat.LeaveDataPtrCSR(&idata, &null_int, &null_data, &null_int, &null_int, &null_data),
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".*Assertion.*local_row_offset == (NULL|__null)*");
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ASSERT_DEATH(
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mat.LeaveDataPtrCSR(&null_int, &idata, &null_data, &null_int, &null_int, &null_data),
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".*Assertion.*local_col == (NULL|__null)*");
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ASSERT_DEATH(
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mat.LeaveDataPtrCSR(&null_int, &null_int, &data, &null_int, &null_int, &null_data),
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".*Assertion.*local_val == (NULL|__null)*");
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ASSERT_DEATH(
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mat.LeaveDataPtrCSR(&null_int, &null_int, &null_data, &idata, &null_int, &null_data),
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".*Assertion.*ghost_row_offset == (NULL|__null)*");
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ASSERT_DEATH(
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mat.LeaveDataPtrCSR(&null_int, &null_int, &null_data, &null_int, &idata, &null_data),
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".*Assertion.*ghost_col == (NULL|__null)*");
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ASSERT_DEATH(
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mat.LeaveDataPtrCSR(&null_int, &null_int, &null_data, &null_int, &null_int, &data),
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".*Assertion.*ghost_val == (NULL|__null)*");
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}
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// LeaveDataPtrCOO
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{
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int* null_int = nullptr;
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T* null_data = nullptr;
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ASSERT_DEATH(
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mat.LeaveDataPtrCOO(&idata, &null_int, &null_data, &null_int, &null_int, &null_data),
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".*Assertion.*local_row == (NULL|__null)*");
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ASSERT_DEATH(
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mat.LeaveDataPtrCOO(&null_int, &idata, &null_data, &null_int, &null_int, &null_data),
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".*Assertion.*local_col == (NULL|__null)*");
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ASSERT_DEATH(
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mat.LeaveDataPtrCOO(&null_int, &null_int, &data, &null_int, &null_int, &null_data),
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".*Assertion.*local_val == (NULL|__null)*");
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ASSERT_DEATH(
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mat.LeaveDataPtrCOO(&null_int, &null_int, &null_data, &idata, &null_int, &null_data),
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".*Assertion.*ghost_row == (NULL|__null)*");
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ASSERT_DEATH(
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mat.LeaveDataPtrCOO(&null_int, &null_int, &null_data, &null_int, &idata, &null_data),
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".*Assertion.*ghost_col == (NULL|__null)*");
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ASSERT_DEATH(
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mat.LeaveDataPtrCOO(&null_int, &null_int, &null_data, &null_int, &null_int, &data),
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".*Assertion.*ghost_val == (NULL|__null)*");
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}
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// LeaveLocalDataPtrCSR
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{
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int* null_int = nullptr;
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T* null_data = nullptr;
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ASSERT_DEATH(mat.LeaveLocalDataPtrCSR(&idata, &null_int, &null_data),
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".*Assertion.*row_offset == (NULL|__null)*");
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ASSERT_DEATH(mat.LeaveLocalDataPtrCSR(&null_int, &idata, &null_data),
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".*Assertion.*col == (NULL|__null)*");
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ASSERT_DEATH(mat.LeaveLocalDataPtrCSR(&null_int, &null_int, &data),
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".*Assertion.*val == (NULL|__null)*");
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}
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// LeaveGhostDataPtrCSR
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{
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int* null_int = nullptr;
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T* null_data = nullptr;
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ASSERT_DEATH(mat.LeaveGhostDataPtrCSR(&idata, &null_int, &null_data),
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".*Assertion.*row_offset == (NULL|__null)*");
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ASSERT_DEATH(mat.LeaveGhostDataPtrCSR(&null_int, &idata, &null_data),
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".*Assertion.*col == (NULL|__null)*");
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ASSERT_DEATH(mat.LeaveGhostDataPtrCSR(&null_int, &null_int, &data),
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".*Assertion.*val == (NULL|__null)*");
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}
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// LeaveLocalDataPtrCOO
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{
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int* null_int = nullptr;
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T* null_data = nullptr;
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ASSERT_DEATH(mat.LeaveLocalDataPtrCOO(&idata, &null_int, &null_data),
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".*Assertion.*row == (NULL|__null)*");
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ASSERT_DEATH(mat.LeaveLocalDataPtrCOO(&null_int, &idata, &null_data),
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".*Assertion.*col == (NULL|__null)*");
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ASSERT_DEATH(mat.LeaveLocalDataPtrCOO(&null_int, &null_int, &data),
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".*Assertion.*val == (NULL|__null)*");
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}
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// LeaveGhostDataPtrCOO
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{
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int* null_int = nullptr;
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T* null_data = nullptr;
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ASSERT_DEATH(mat.LeaveGhostDataPtrCOO(&idata, &null_int, &null_data),
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".*Assertion.*row == (NULL|__null)*");
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ASSERT_DEATH(mat.LeaveGhostDataPtrCOO(&null_int, &idata, &null_data),
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".*Assertion.*col == (NULL|__null)*");
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ASSERT_DEATH(mat.LeaveGhostDataPtrCOO(&null_int, &null_int, &data),
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".*Assertion.*val == (NULL|__null)*");
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}
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// Apply
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{
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GlobalVector<T>* null_vec = nullptr;
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ASSERT_DEATH(mat.Apply(vec, null_vec), ".*Assertion.*out != (NULL|__null)*");
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}
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// ApplyAdd
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{
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GlobalVector<T>* null_vec = nullptr;
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ASSERT_DEATH(mat.ApplyAdd(vec, 1.0, null_vec), ".*Assertion.*out != (NULL|__null)*");
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}
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// ExtractInverseDiagonal
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{
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GlobalVector<T>* null_vec = nullptr;
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ASSERT_DEATH(mat.ExtractInverseDiagonal(null_vec),
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".*Assertion.*vec_inv_diag != (NULL|__null)*");
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}
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// InitialPairwiseAggregation
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{
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int val;
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int* null_int = nullptr;
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LocalVector<int> lvint;
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LocalVector<int>* null_vec = nullptr;
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ASSERT_DEATH(mat.InitialPairwiseAggregation(0.1, val, null_vec, val, &null_int, val, 0),
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".*Assertion.*G != (NULL|__null)*");
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ASSERT_DEATH(mat.InitialPairwiseAggregation(0.1, val, &lvint, val, &idata, val, 0),
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".*Assertion.*rG == (NULL|__null)*");
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|
}
|
|
|
|
// FurtherPairwiseAggregation
|
|
{
|
|
int val;
|
|
int* null_int = nullptr;
|
|
LocalVector<int> lvint;
|
|
LocalVector<int>* null_vec = nullptr;
|
|
ASSERT_DEATH(mat.FurtherPairwiseAggregation(0.1, val, null_vec, val, &idata, val, 0),
|
|
".*Assertion.*G != (NULL|__null)*");
|
|
ASSERT_DEATH(mat.FurtherPairwiseAggregation(0.1, val, &lvint, val, &null_int, val, 0),
|
|
".*Assertion.*rG != (NULL|__null)*");
|
|
}
|
|
|
|
// CoarsenOperator
|
|
{
|
|
GlobalMatrix<T> Ac;
|
|
ParallelManager pm;
|
|
LocalVector<int> lvint;
|
|
GlobalMatrix<T>* null_mat = nullptr;
|
|
int* null_int = nullptr;
|
|
ASSERT_DEATH(
|
|
mat.CoarsenOperator(null_mat, safe_size, safe_size, lvint, safe_size, idata, safe_size),
|
|
".*Assertion.*Ac != (NULL|__null)*");
|
|
ASSERT_DEATH(
|
|
mat.CoarsenOperator(&Ac, safe_size, safe_size, lvint, safe_size, null_int, safe_size),
|
|
".*Assertion.*rG != (NULL|__null)*");
|
|
}
|
|
|
|
free_host(&idata);
|
|
free_host(&data);
|
|
|
|
// Stop rocALUTION
|
|
stop_rocalution();
|
|
}
|
|
|
|
#endif // TESTING_GLOBAL_MATRIX_HPP
|