rocm-systems/source/lib/rocprofiler-sdk/counters/parser/tests/parser_test.cpp

// MIT License
//
// Copyright (c) 2023-2025 Advanced Micro Devices, Inc. All rights reserved.
//
// Permission is hereby granted, free of charge, to any person obtaining a copy
// of this software and associated documentation files (the "Software"), to deal
// in the Software without restriction, including without limitation the rights
// to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
// copies of the Software, and to permit persons to whom the Software is
// furnished to do so, subject to the following conditions:
//
// The above copyright notice and this permission notice shall be included in all
// copies or substantial portions of the Software.
//
// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
// OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
// SOFTWARE.

#include <map>
#include <string>
#include <tuple>

#include <gtest/gtest.h>

#include "lib/rocprofiler-sdk/counters/metrics.hpp"
#include "lib/rocprofiler-sdk/counters/parser/reader.hpp"

TEST(parser, base_ops)
{
    std::map<std::string, std::string> expressionToExpected = {
        {"AB * BA",
         "{\"Type\":\"MULTIPLY_NODE\", \"REDUCE_OP\":\"\", \"ACCUMULATE_OP\":\"NONE\", "
         "\"Counter_Set\":[{\"Type\":\"REFERENCE_NODE\", \"REDUCE_OP\":\"\", "
         "\"ACCUMULATE_OP\":\"NONE\", "
         "\"Value\":\"AB\", \"Counter_Set\":[], \"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[]},"
         "{\"Type\":\"REFERENCE_NODE\", \"REDUCE_OP\":\"\", \"ACCUMULATE_OP\":\"NONE\", "
         "\"Value\":\"BA\", "
         "\"Counter_Set\":[], \"Reduce_Dimension_Set\":[], \"Select_Dimension_Map\":[]}], "
         "\"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[]}"},
        {"AB + BA",
         "{\"Type\":\"ADDITION_NODE\", \"REDUCE_OP\":\"\", \"ACCUMULATE_OP\":\"NONE\", "
         "\"Counter_Set\":[{\"Type\":\"REFERENCE_NODE\", \"REDUCE_OP\":\"\", "
         "\"ACCUMULATE_OP\":\"NONE\", "
         "\"Value\":\"AB\", \"Counter_Set\":[], \"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[]},"
         "{\"Type\":\"REFERENCE_NODE\", \"REDUCE_OP\":\"\", \"ACCUMULATE_OP\":\"NONE\", "
         "\"Value\":\"BA\", "
         "\"Counter_Set\":[], \"Reduce_Dimension_Set\":[], \"Select_Dimension_Map\":[]}], "
         "\"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[]}"},
        {"CD - ZX",
         "{\"Type\":\"SUBTRACTION_NODE\", \"REDUCE_OP\":\"\", \"ACCUMULATE_OP\":\"NONE\", "
         "\"Counter_Set\":[{\"Type\":\"REFERENCE_NODE\", \"REDUCE_OP\":\"\", "
         "\"ACCUMULATE_OP\":\"NONE\", "
         "\"Value\":\"CD\", \"Counter_Set\":[], \"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[]},"
         "{\"Type\":\"REFERENCE_NODE\", \"REDUCE_OP\":\"\", \"ACCUMULATE_OP\":\"NONE\", "
         "\"Value\":\"ZX\", "
         "\"Counter_Set\":[], \"Reduce_Dimension_Set\":[], \"Select_Dimension_Map\":[]}], "
         "\"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[]}"},
        {"NM / DB",
         "{\"Type\":\"DIVIDE_NODE\", \"REDUCE_OP\":\"\", \"ACCUMULATE_OP\":\"NONE\", "
         "\"Counter_Set\":[{\"Type\":\"REFERENCE_NODE\", \"REDUCE_OP\":\"\", "
         "\"ACCUMULATE_OP\":\"NONE\", "
         "\"Value\":\"NM\", \"Counter_Set\":[], \"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[]},"
         "{\"Type\":\"REFERENCE_NODE\", \"REDUCE_OP\":\"\", \"ACCUMULATE_OP\":\"NONE\", "
         "\"Value\":\"DB\", "
         "\"Counter_Set\":[], \"Reduce_Dimension_Set\":[], \"Select_Dimension_Map\":[]}], "
         "\"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[]}"}};

    for(auto [op, expected] : expressionToExpected)
    {
        RawAST* ast = nullptr;
        auto*   buf = yy_scan_string(op.c_str());
        yyparse(&ast);
        ASSERT_TRUE(ast);
        EXPECT_EQ(fmt::format("{}", *ast), expected);
        yy_delete_buffer(buf);
        delete ast;
    }
}

TEST(parser, order_of_ops)
{
    std::map<std::string, std::string> expressionToExpected = {
        {"(AB + BA) / CD",
         "{\"Type\":\"DIVIDE_NODE\", \"REDUCE_OP\":\"\", \"ACCUMULATE_OP\":\"NONE\", "
         "\"Counter_Set\":[{\"Type\":\"ADDITION_NODE\", \"REDUCE_OP\":\"\", "
         "\"ACCUMULATE_OP\":\"NONE\", "
         "\"Counter_Set\":[{\"Type\":\"REFERENCE_NODE\", \"REDUCE_OP\":\"\", "
         "\"ACCUMULATE_OP\":\"NONE\", "
         "\"Value\":\"AB\", \"Counter_Set\":[], \"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[]},"
         "{\"Type\":\"REFERENCE_NODE\", \"REDUCE_OP\":\"\", \"ACCUMULATE_OP\":\"NONE\", "
         "\"Value\":\"BA\", "
         "\"Counter_Set\":[], \"Reduce_Dimension_Set\":[], \"Select_Dimension_Map\":[]}], "
         "\"Reduce_Dimension_Set\":[],"
         " \"Select_Dimension_Map\":[]},{\"Type\":\"REFERENCE_NODE\", \"REDUCE_OP\":\"\", "
         "\"ACCUMULATE_OP\":\"NONE\", "
         "\"Value\":\"CD\", \"Counter_Set\":[], \"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[]}], "
         "\"Reduce_Dimension_Set\":[], \"Select_Dimension_Map\":[]}"},
        {"(AB / BA) - BN",
         "{\"Type\":\"SUBTRACTION_NODE\", \"REDUCE_OP\":\"\", \"ACCUMULATE_OP\":\"NONE\", "
         "\"Counter_Set\":[{\"Type\":\"DIVIDE_NODE\", \"REDUCE_OP\":\"\", "
         "\"ACCUMULATE_OP\":\"NONE\", "
         "\"Counter_Set\":[{\"Type\":\"REFERENCE_NODE\", \"REDUCE_OP\":\"\", "
         "\"ACCUMULATE_OP\":\"NONE\", "
         "\"Value\":\"AB\", \"Counter_Set\":[], \"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[]},"
         "{\"Type\":\"REFERENCE_NODE\", \"REDUCE_OP\":\"\", \"ACCUMULATE_OP\":\"NONE\", "
         "\"Value\":\"BA\", "
         "\"Counter_Set\":[], \"Reduce_Dimension_Set\":[], \"Select_Dimension_Map\":[]}], "
         "\"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[]},{\"Type\":\"REFERENCE_NODE\", \"REDUCE_OP\":\"\", "
         "\"ACCUMULATE_OP\":\"NONE\", "
         "\"Value\":\"BN\", \"Counter_Set\":[], \"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[]}], "
         "\"Reduce_Dimension_Set\":[], \"Select_Dimension_Map\":[]}"},
        {"AD / (CD - ZX)",
         "{\"Type\":\"DIVIDE_NODE\", \"REDUCE_OP\":\"\", \"ACCUMULATE_OP\":\"NONE\", "
         "\"Counter_Set\":[{\"Type\":\"REFERENCE_NODE\", \"REDUCE_OP\":\"\", "
         "\"ACCUMULATE_OP\":\"NONE\", "
         "\"Value\":\"AD\", \"Counter_Set\":[], \"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[]},"
         "{\"Type\":\"SUBTRACTION_NODE\", \"REDUCE_OP\":\"\", \"ACCUMULATE_OP\":\"NONE\", "
         "\"Counter_Set\":[{\"Type\":\"REFERENCE_NODE\", \"REDUCE_OP\":\"\", "
         "\"ACCUMULATE_OP\":\"NONE\", \"Value\":\"CD\", "
         "\"Counter_Set\":[], \"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[]},{\"Type\":\"REFERENCE_NODE\", "
         "\"REDUCE_OP\":\"\", \"ACCUMULATE_OP\":\"NONE\", \"Value\":\"ZX\", \"Counter_Set\":[], "
         "\"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[]}], \"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[]}], "
         "\"Reduce_Dimension_Set\":[], \"Select_Dimension_Map\":[]}"},
        {"MN * (NM / DB)",
         "{\"Type\":\"MULTIPLY_NODE\", \"REDUCE_OP\":\"\", \"ACCUMULATE_OP\":\"NONE\", "
         "\"Counter_Set\":[{\"Type\":\"REFERENCE_NODE\", \"REDUCE_OP\":\"\", "
         "\"ACCUMULATE_OP\":\"NONE\", "
         "\"Value\":\"MN\", \"Counter_Set\":[], \"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[]},"
         "{\"Type\":\"DIVIDE_NODE\", \"REDUCE_OP\":\"\", \"ACCUMULATE_OP\":\"NONE\", "
         "\"Counter_Set\":[{\"Type\":\"REFERENCE_NODE\", \"REDUCE_OP\":\"\", "
         "\"ACCUMULATE_OP\":\"NONE\", "
         "\"Value\":\"NM\", \"Counter_Set\":[], \"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[]},"
         "{\"Type\":\"REFERENCE_NODE\", \"REDUCE_OP\":\"\", \"ACCUMULATE_OP\":\"NONE\", "
         "\"Value\":\"DB\", "
         "\"Counter_Set\":[], \"Reduce_Dimension_Set\":[], \"Select_Dimension_Map\":[]}], "
         "\"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[]}], \"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[]}"}};

    for(auto [op, expected] : expressionToExpected)
    {
        RawAST* ast = nullptr;
        auto*   buf = yy_scan_string(op.c_str());
        yyparse(&ast);
        ASSERT_TRUE(ast);
        EXPECT_EQ(fmt::format("{}", *ast), expected);
        yy_delete_buffer(buf);
        delete ast;
    }
}

TEST(parser, reduction)
{
    std::vector<std::tuple<std::string, std::string>> expressionToExpected = {
        {"reduce(AB, SUM, [DIMENSION_XCC,DIMENSION_SHADER_ENGINE])",
         "{\"Type\":\"REDUCE_NODE\", \"REDUCE_OP\":\"SUM\", \"ACCUMULATE_OP\":\"NONE\", "
         "\"Counter_Set\":[{\"Type\":\"REFERENCE_NODE\", \"REDUCE_OP\":\"\", "
         "\"ACCUMULATE_OP\":\"NONE\", \"Value\":\"AB\", "
         "\"Counter_Set\":[], \"Reduce_Dimension_Set\":[], \"Select_Dimension_Map\":[]}], "
         "\"Reduce_Dimension_Set\":[\"3\",\"1\"], \"Select_Dimension_Map\":[]}"},
        {"reduce(AB+CD, SUM, [DIMENSION_XCC,DIMENSION_SHADER_ENGINE])",
         "{\"Type\":\"REDUCE_NODE\", \"REDUCE_OP\":\"SUM\", \"ACCUMULATE_OP\":\"NONE\", "
         "\"Counter_Set\":[{\"Type\":\"ADDITION_NODE\", \"REDUCE_OP\":\"\", "
         "\"ACCUMULATE_OP\":\"NONE\", "
         "\"Counter_Set\":[{\"Type\":\"REFERENCE_NODE\", \"REDUCE_OP\":\"\", "
         "\"ACCUMULATE_OP\":\"NONE\", \"Value\":\"AB\", "
         "\"Counter_Set\":[], \"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[]},{\"Type\":\"REFERENCE_NODE\", \"REDUCE_OP\":\"\", "
         "\"ACCUMULATE_OP\":\"NONE\", "
         "\"Value\":\"CD\", \"Counter_Set\":[], \"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[]}], \"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[]}], \"Reduce_Dimension_Set\":[\"3\",\"1\"], "
         "\"Select_Dimension_Map\":[]}"},
        {"reduce(AB,DIV, [DIMENSION_XCC,DIMENSION_SHADER_ENGINE])+reduce(DC,SUM, "
         "[DIMENSION_XCC,DIMENSION_SHADER_ENGINE])",
         "{\"Type\":\"ADDITION_NODE\", \"REDUCE_OP\":\"\", \"ACCUMULATE_OP\":\"NONE\", "
         "\"Counter_Set\":[{\"Type\":\"REDUCE_NODE\", \"REDUCE_OP\":\"DIV\", "
         "\"ACCUMULATE_OP\":\"NONE\", "
         "\"Counter_Set\":[{\"Type\":\"REFERENCE_NODE\", \"REDUCE_OP\":\"\", "
         "\"ACCUMULATE_OP\":\"NONE\", \"Value\":\"AB\", "
         "\"Counter_Set\":[], \"Reduce_Dimension_Set\":[], \"Select_Dimension_Map\":[]}], "
         "\"Reduce_Dimension_Set\":[\"3\",\"1\"], "
         "\"Select_Dimension_Map\":[]},{\"Type\":\"REDUCE_NODE\", \"REDUCE_OP\":\"SUM\", "
         "\"ACCUMULATE_OP\":\"NONE\", "
         "\"Counter_Set\":[{\"Type\":\"REFERENCE_NODE\", \"REDUCE_OP\":\"\", "
         "\"ACCUMULATE_OP\":\"NONE\", \"Value\":\"DC\", "
         "\"Counter_Set\":[], \"Reduce_Dimension_Set\":[], \"Select_Dimension_Map\":[]}], "
         "\"Reduce_Dimension_Set\":[\"3\",\"1\"], \"Select_Dimension_Map\":[]}], "
         "\"Reduce_Dimension_Set\":[], \"Select_Dimension_Map\":[]}"}};

    for(auto [op, expected] : expressionToExpected)
    {
        RawAST* ast = nullptr;
        auto*   buf = yy_scan_string(op.c_str());
        yyparse(&ast);
        ASSERT_TRUE(ast);
        EXPECT_EQ(fmt::format("{}", *ast), expected);
        yy_delete_buffer(buf);
        delete ast;
    }
}

TEST(parser, selection)
{
    std::map<std::string, std::string> expressionToExpected = {
        {"select(AB, "
         "[DIMENSION_SHADER_ENGINE=[1:5,7:9],DIMENSION_XCC=[0,2:4,8]])+select(DC,[DIMENSION_SHADER_"
         "ENGINE=[1:3,6,8]])",
         "{\"Type\":\"ADDITION_NODE\", \"REDUCE_OP\":\"\", \"ACCUMULATE_OP\":\"NONE\", "
         "\"Counter_Set\":[{\"Type\":\"SELECT_NODE\", \"REDUCE_OP\":\"\", "
         "\"ACCUMULATE_OP\":\"NONE\", "
         "\"Counter_Set\":[{\"Type\":\"REFERENCE_NODE\", \"REDUCE_OP\":\"\", "
         "\"ACCUMULATE_OP\":\"NONE\", \"Value\":\"AB\", "
         "\"Counter_Set\":[], \"Reduce_Dimension_Set\":[], \"Select_Dimension_Map\":[]}], "
         "\"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[\"DIMENSION_XCC:\"0,2:4,8\"\",\"DIMENSION_SHADER_ENGINE:\"1:5,"
         "7:9\"\"]},"
         "{\"Type\":\"SELECT_NODE\", \"REDUCE_OP\":\"\", \"ACCUMULATE_OP\":\"NONE\", "
         "\"Counter_Set\":[{\"Type\":\"REFERENCE_NODE\", \"REDUCE_OP\":\"\", "
         "\"ACCUMULATE_OP\":\"NONE\", \"Value\":\"DC\", "
         "\"Counter_Set\":[], \"Reduce_Dimension_Set\":[], \"Select_Dimension_Map\":[]}], "
         "\"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[\"DIMENSION_SHADER_ENGINE:\"1:3,6,8\"\"]}], "
         "\"Reduce_Dimension_Set\":[], \"Select_Dimension_Map\":[]}"},
        {"select(AB, [DIMENSION_SHADER_ENGINE=[2],DIMENSION_XCC=[1,4],DIMENSION_WGP=[3:5]])",
         "{\"Type\":\"SELECT_NODE\", \"REDUCE_OP\":\"\", \"ACCUMULATE_OP\":\"NONE\", "
         "\"Counter_Set\":[{\"Type\":\"REFERENCE_NODE\", \"REDUCE_OP\":\"\", "
         "\"ACCUMULATE_OP\":\"NONE\", \"Value\":\"AB\", "
         "\"Counter_Set\":[], \"Reduce_Dimension_Set\":[], \"Select_Dimension_Map\":[]}], "
         "\"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[\"DIMENSION_XCC:\"1,4\"\",\"DIMENSION_SHADER_ENGINE:\"2\"\","
         "\"DIMENSION_WGP:\"3:5\"\"]}"},
        {"select(AB, [DIMENSION_XCC=[0,3:6,9,11:13]])",
         "{\"Type\":\"SELECT_NODE\", \"REDUCE_OP\":\"\", \"ACCUMULATE_OP\":\"NONE\", "
         "\"Counter_Set\":[{\"Type\":\"REFERENCE_NODE\", \"REDUCE_OP\":\"\", "
         "\"ACCUMULATE_OP\":\"NONE\", \"Value\":\"AB\", "
         "\"Counter_Set\":[], \"Reduce_Dimension_Set\":[], \"Select_Dimension_Map\":[]}], "
         "\"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[\"DIMENSION_XCC:\"0,3:6,9,11:13\"\"]}"}};

    for(auto [op, expected] : expressionToExpected)
    {
        RawAST* ast = nullptr;
        auto*   buf = yy_scan_string(op.c_str());
        yyparse(&ast);
        ASSERT_TRUE(ast);
        auto exp = fmt::format("{}", *ast);
        EXPECT_EQ(fmt::format("{}", *ast), expected);
        yy_delete_buffer(buf);
        delete ast;
    }
}

TEST(parser, parse_derived_counters)
{
    // Checks that ASTs are properly formed from derived counters defined in XML
    // Does not check accuracy, only parseability
    auto derived_counters = rocprofiler::counters::getDerivedHardwareMetrics();
    for(auto& [gfx, counter_list] : derived_counters)
    {
        for(const auto& v : counter_list)
        {
            RawAST* ast = nullptr;
            auto*   buf = yy_scan_string(v.expression().c_str());
            yyparse(&ast);
            ASSERT_TRUE(ast);
            yy_delete_buffer(buf);
            delete ast;
        }
    }
}

TEST(parser, parse_accum_counter)
{
    std::map<std::string, std::string> expressionToExpected = {
        {"accumulate(SQ_WAVES,NONE)",
         "{\"Type\":\"ACCUMULATE_NODE\", \"REDUCE_OP\":\"\", \"ACCUMULATE_OP\":\"NONE\", \"Value\""
         ":\"SQ_WAVES\", \"Counter_Set\":[], \"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[]}"},
        {"accumulate(SQ_WAVES,HIGH_RES)",
         "{\"Type\":\"ACCUMULATE_NODE\", \"REDUCE_OP\":\"\", \"ACCUMULATE_OP\":\"HIGH_RES\", "
         "\"Value"
         "\":\"SQ_WAVES\", \"Counter_Set\":[], \"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[]}"},
        {"accumulate(SQ_WAVES,LOW_RES)",
         "{\"Type\":\"ACCUMULATE_NODE\", \"REDUCE_OP\":\"\", \"ACCUMULATE_OP\":\"LOW_RES\", "
         "\"Value\""
         ":\"SQ_WAVES\", \"Counter_Set\":[], \"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[]}"}};

    for(auto [op, expected] : expressionToExpected)
    {
        RawAST* ast = nullptr;
        auto*   buf = yy_scan_string(op.c_str());
        yyparse(&ast);
        ASSERT_TRUE(ast);
        auto exp = fmt::format("{}", *ast);
        EXPECT_EQ(fmt::format("{}", *ast), expected);
        yy_delete_buffer(buf);
        delete ast;
    }
}

TEST(parser, parse_nested_accum_counter)
{
    std::map<std::string, std::string> expressionToExpected = {
        {"reduce(accumulate(SQ_LEVEL_WAVES,HIGH_RES),sum)/reduce(GRBM_GUI_ACTIVE,max)/CU_NUM",
         "{\"Type\":\"DIVIDE_NODE\", \"REDUCE_OP\":\"\", \"ACCUMULATE_OP\":\"NONE\", "
         "\"Counter_Set\":[{\"Type\":\"DIVIDE_NODE\", \"REDUCE_OP\":\"\", "
         "\"ACCUMULATE_OP\":\"NONE\", \"Counter_Set\":[{\"Type\":\"REDUCE_NODE\", "
         "\"REDUCE_OP\":\"sum\", \"ACCUMULATE_OP\":\"NONE\", "
         "\"Counter_Set\":[{\"Type\":\"ACCUMULATE_NODE\", \"REDUCE_OP\":\"\", "
         "\"ACCUMULATE_OP\":\"HIGH_RES\", \"Value\":\"SQ_LEVEL_WAVES\", \"Counter_Set\":[], "
         "\"Reduce_Dimension_Set\":[], \"Select_Dimension_Map\":[]}], \"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[]},{\"Type\":\"REDUCE_NODE\", \"REDUCE_OP\":\"max\", "
         "\"ACCUMULATE_OP\":\"NONE\", \"Counter_Set\":[{\"Type\":\"REFERENCE_NODE\", "
         "\"REDUCE_OP\":\"\", \"ACCUMULATE_OP\":\"NONE\", \"Value\":\"GRBM_GUI_ACTIVE\", "
         "\"Counter_Set\":[], \"Reduce_Dimension_Set\":[], \"Select_Dimension_Map\":[]}], "
         "\"Reduce_Dimension_Set\":[], \"Select_Dimension_Map\":[]}], \"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[]},{\"Type\":\"REFERENCE_NODE\", \"REDUCE_OP\":\"\", "
         "\"ACCUMULATE_OP\":\"NONE\", \"Value\":\"CU_NUM\", \"Counter_Set\":[], "
         "\"Reduce_Dimension_Set\":[], \"Select_Dimension_Map\":[]}], \"Reduce_Dimension_Set\":[], "
         "\"Select_Dimension_Map\":[]}"}};

    for(auto [op, expected] : expressionToExpected)
    {
        RawAST* ast = nullptr;
        auto*   buf = yy_scan_string(op.c_str());
        yyparse(&ast);
        ASSERT_TRUE(ast);
        auto exp = fmt::format("{}", *ast);
        EXPECT_EQ(fmt::format("{}", *ast), expected);
        yy_delete_buffer(buf);
        delete ast;
    }
}

// TEST(parser, parse_complex_counters)
// {
//     std::map<std::string, std::string> expressionToExpected = {
//         {"(TCC_EA_WRREQ_sum-TCC_EA_WRREQ_64B_sum)+(TCC_EA1_WRREQ_sum-TCC_EA1_WRREQ_64B_sum)+(TCC_EA_WRREQ_64B_sum+TCC_EA1_WRREQ_64B_sum)*2",""}
//     };

//     for(auto [op, expected] : expressionToExpected)
//     {
//         RawAST* ast = nullptr;
//         auto*   buf = yy_scan_string(op.c_str());
//         yyparse(&ast);
//         ASSERT_TRUE(ast);
//         EXPECT_EQ(fmt::format("{}", *ast), expected);
//         yy_delete_buffer(buf);
//         delete ast;
//     }
// }