iotdb-client/client-cpp/src/test/cpp/sessionCRelationalIT.cpp

/**
 * Licensed to the Apache Software Foundation (ASF) under one
 * or more contributor license agreements.  See the NOTICE file
 * distributed with this work for additional information
 * regarding copyright ownership.  The ASF licenses this file
 * to you under the Apache License, Version 2.0 (the
 * "License"); you may not use this file except in compliance
 * with the License.  You may obtain a copy of the License at
 *
 *      http://www.apache.org/licenses/LICENSE-2.0
 *
 * Unless required by applicable law or agreed to in writing,
 * software distributed under the License is distributed on an
 * "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY
 * KIND, either express or implied.  See the License for the
 * specific language governing permissions and limitations
 * under the License.
 */

#include "catch.hpp"
#include "SessionC.h"
#include <cstring>
#include <iostream>
#include <string>
#include <cmath>

extern CTableSession* g_table_session;

static int global_test_tag = 0;

class CaseReporter {
public:
  CaseReporter(const char* caseNameArg) : caseName(caseNameArg) {
    test_tag = global_test_tag++;
    std::cout << "C-API Table Test " << test_tag << ": " << caseName << std::endl;
  }
  ~CaseReporter() {
    std::cout << "C-API Table Test " << test_tag << ": " << caseName << " Done" << std::endl
              << std::endl;
  }

private:
  const char* caseName;
  int test_tag;
};

/* ============================================================
 *  DDL via SQL — create database & table
 * ============================================================ */

TEST_CASE("C API Table - Create table", "[c_table_createTable][c_table_ddl]") {
  CaseReporter cr("c_table_createTable");

  ts_table_session_execute_non_query(g_table_session, "DROP DATABASE IF EXISTS c_db1");
  TsStatus status = ts_table_session_execute_non_query(g_table_session, "CREATE DATABASE c_db1");
  REQUIRE(status == TS_OK);

  ts_table_session_execute_non_query(g_table_session, "USE \"c_db1\"");
  status = ts_table_session_execute_non_query(g_table_session, "CREATE TABLE c_table0 ("
                                                               "tag1 string tag,"
                                                               "attr1 string attribute,"
                                                               "m1 double field)");
  REQUIRE(status == TS_OK);

  CSessionDataSet* dataSet = nullptr;
  status = ts_table_session_execute_query(g_table_session, "SHOW TABLES", &dataSet);
  REQUIRE(status == TS_OK);
  REQUIRE(dataSet != nullptr);

  ts_dataset_set_fetch_size(dataSet, 1024);
  bool tableExist = false;
  while (ts_dataset_has_next(dataSet)) {
    CRowRecord* record = ts_dataset_next(dataSet);
    const char* tableName = ts_row_record_get_string(record, 0);
    if (std::string(tableName) == "c_table0") {
      tableExist = true;
    }
    ts_row_record_destroy(record);
    if (tableExist)
      break;
  }
  REQUIRE(tableExist == true);
  ts_dataset_destroy(dataSet);
}

/* ============================================================
 *  Insert Tablet (table model, with TAG/FIELD/ATTRIBUTE columns)
 * ============================================================ */

TEST_CASE("C API Table - Insert tablet", "[c_table_insertTablet][c_table_write]") {
  CaseReporter cr("c_table_insertTablet");

  ts_table_session_execute_non_query(g_table_session, "DROP DATABASE IF EXISTS c_db2");
  ts_table_session_execute_non_query(g_table_session, "CREATE DATABASE c_db2");
  ts_table_session_execute_non_query(g_table_session, "USE \"c_db2\"");
  ts_table_session_execute_non_query(g_table_session, "CREATE TABLE c_table1 ("
                                                      "tag1 string tag,"
                                                      "attr1 string attribute,"
                                                      "m1 double field)");

  const char* columnNames[] = {"tag1", "attr1", "m1"};
  TSDataType_C dataTypes[] = {TS_TYPE_STRING, TS_TYPE_STRING, TS_TYPE_DOUBLE};
  TSColumnCategory_C colCategories[] = {TS_COL_TAG, TS_COL_ATTRIBUTE, TS_COL_FIELD};

  CTablet* tablet =
      ts_tablet_new_with_category("c_table1", 3, columnNames, dataTypes, colCategories, 100);
  REQUIRE(tablet != nullptr);

  for (int i = 0; i < 50; i++) {
    ts_tablet_add_timestamp(tablet, i, (int64_t)i);
    ts_tablet_add_value_string(tablet, 0, i, "device_A");
    ts_tablet_add_value_string(tablet, 1, i, "attr_val");
    ts_tablet_add_value_double(tablet, 2, i, i * 1.5);
  }
  ts_tablet_set_row_count(tablet, 50);

  TsStatus status = ts_table_session_insert(g_table_session, tablet);
  REQUIRE(status == TS_OK);

  CSessionDataSet* dataSet = nullptr;
  status = ts_table_session_execute_query(g_table_session, "SELECT * FROM c_table1", &dataSet);
  REQUIRE(status == TS_OK);

  ts_dataset_set_fetch_size(dataSet, 1024);
  int count = 0;
  while (ts_dataset_has_next(dataSet)) {
    CRowRecord* record = ts_dataset_next(dataSet);
    count++;
    ts_row_record_destroy(record);
  }
  REQUIRE(count == 50);
  ts_dataset_destroy(dataSet);
  ts_tablet_destroy(tablet);
}

/* ============================================================
 *  Query with timeout
 * ============================================================ */

TEST_CASE("C API Table - Query with timeout", "[c_table_queryTimeout][c_table_query]") {
  CaseReporter cr("c_table_queryTimeout");

  ts_table_session_execute_non_query(g_table_session, "DROP DATABASE IF EXISTS c_db3");
  ts_table_session_execute_non_query(g_table_session, "CREATE DATABASE c_db3");
  ts_table_session_execute_non_query(g_table_session, "USE \"c_db3\"");
  ts_table_session_execute_non_query(g_table_session,
                                     "CREATE TABLE c_table2 (tag1 string tag, m1 int32 field)");

  const char* columnNames[] = {"tag1", "m1"};
  TSDataType_C dataTypes[] = {TS_TYPE_STRING, TS_TYPE_INT32};
  TSColumnCategory_C colCategories[] = {TS_COL_TAG, TS_COL_FIELD};

  CTablet* tablet =
      ts_tablet_new_with_category("c_table2", 2, columnNames, dataTypes, colCategories, 10);
  for (int i = 0; i < 10; i++) {
    ts_tablet_add_timestamp(tablet, i, (int64_t)i);
    ts_tablet_add_value_string(tablet, 0, i, "dev1");
    ts_tablet_add_value_int32(tablet, 1, i, i * 10);
  }
  ts_tablet_set_row_count(tablet, 10);
  ts_table_session_insert(g_table_session, tablet);
  ts_tablet_destroy(tablet);

  CSessionDataSet* dataSet = nullptr;
  TsStatus status = ts_table_session_execute_query_with_timeout(
      g_table_session, "SELECT * FROM c_table2", 60000, &dataSet);
  REQUIRE(status == TS_OK);

  int count = 0;
  while (ts_dataset_has_next(dataSet)) {
    CRowRecord* record = ts_dataset_next(dataSet);
    count++;
    ts_row_record_destroy(record);
  }
  REQUIRE(count == 10);
  ts_dataset_destroy(dataSet);
}

/* ============================================================
 *  Multi-type tablet insert
 * ============================================================ */

TEST_CASE("C API Table - Multi-type tablet", "[c_table_multiType][c_table_write]") {
  CaseReporter cr("c_table_multiType");

  ts_table_session_execute_non_query(g_table_session, "DROP DATABASE IF EXISTS c_db4");
  ts_table_session_execute_non_query(g_table_session, "CREATE DATABASE c_db4");
  ts_table_session_execute_non_query(g_table_session, "USE \"c_db4\"");
  ts_table_session_execute_non_query(g_table_session, "CREATE TABLE c_table3 ("
                                                      "tag1 string tag,"
                                                      "m_bool boolean field,"
                                                      "m_int32 int32 field,"
                                                      "m_int64 int64 field,"
                                                      "m_float float field,"
                                                      "m_double double field,"
                                                      "m_text text field)");

  const char* columnNames[] = {"tag1",    "m_bool",   "m_int32", "m_int64",
                               "m_float", "m_double", "m_text"};
  TSDataType_C dataTypes[] = {TS_TYPE_STRING, TS_TYPE_BOOLEAN, TS_TYPE_INT32, TS_TYPE_INT64,
                              TS_TYPE_FLOAT,  TS_TYPE_DOUBLE,  TS_TYPE_TEXT};
  TSColumnCategory_C colCategories[] = {TS_COL_TAG,   TS_COL_FIELD, TS_COL_FIELD, TS_COL_FIELD,
                                        TS_COL_FIELD, TS_COL_FIELD, TS_COL_FIELD};

  CTablet* tablet =
      ts_tablet_new_with_category("c_table3", 7, columnNames, dataTypes, colCategories, 20);
  for (int i = 0; i < 20; i++) {
    ts_tablet_add_timestamp(tablet, i, (int64_t)(i + 1000));
    ts_tablet_add_value_string(tablet, 0, i, "dev1");
    ts_tablet_add_value_bool(tablet, 1, i, (i % 2 == 0));
    ts_tablet_add_value_int32(tablet, 2, i, i * 10);
    ts_tablet_add_value_int64(tablet, 3, i, (int64_t)i * 100);
    ts_tablet_add_value_float(tablet, 4, i, i * 1.1f);
    ts_tablet_add_value_double(tablet, 5, i, i * 2.2);
    ts_tablet_add_value_string(tablet, 6, i, "hello");
  }
  ts_tablet_set_row_count(tablet, 20);

  TsStatus status = ts_table_session_insert(g_table_session, tablet);
  REQUIRE(status == TS_OK);

  CSessionDataSet* dataSet = nullptr;
  status = ts_table_session_execute_query(g_table_session, "SELECT * FROM c_table3", &dataSet);
  REQUIRE(status == TS_OK);

  int count = 0;
  while (ts_dataset_has_next(dataSet)) {
    CRowRecord* record = ts_dataset_next(dataSet);
    count++;
    ts_row_record_destroy(record);
  }
  REQUIRE(count == 20);
  ts_dataset_destroy(dataSet);
  ts_tablet_destroy(tablet);
}

/* ============================================================
 *  Multi-node table session
 * ============================================================ */

TEST_CASE("C API Table - Multi-node table session", "[c_table_multiNode][c_table_lifecycle]") {
  CaseReporter cr("c_table_multiNode");

  const char* urls[] = {"127.0.0.1:6667"};
  CTableSession* localSession = ts_table_session_new_multi_node(urls, 1, "root", "root", "");
  REQUIRE(localSession != nullptr);

  TsStatus status =
      ts_table_session_execute_non_query(localSession, "DROP DATABASE IF EXISTS c_db5");
  REQUIRE(status == TS_OK);
  ts_table_session_execute_non_query(localSession, "CREATE DATABASE c_db5");

  ts_table_session_close(localSession);
  ts_table_session_destroy(localSession);
}

/* ============================================================
 *  Dataset column info (table model)
 * ============================================================ */

TEST_CASE("C API Table - Dataset column info", "[c_table_datasetColumns][c_table_query]") {
  CaseReporter cr("c_table_datasetColumns");

  ts_table_session_execute_non_query(g_table_session, "DROP DATABASE IF EXISTS c_db6");
  ts_table_session_execute_non_query(g_table_session, "CREATE DATABASE c_db6");
  ts_table_session_execute_non_query(g_table_session, "USE \"c_db6\"");
  ts_table_session_execute_non_query(g_table_session,
                                     "CREATE TABLE c_table6 (tag1 string tag, m1 int64 field)");

  const char* columnNames[] = {"tag1", "m1"};
  TSDataType_C dataTypes[] = {TS_TYPE_STRING, TS_TYPE_INT64};
  TSColumnCategory_C colCategories[] = {TS_COL_TAG, TS_COL_FIELD};

  CTablet* tablet =
      ts_tablet_new_with_category("c_table6", 2, columnNames, dataTypes, colCategories, 5);
  for (int i = 0; i < 5; i++) {
    ts_tablet_add_timestamp(tablet, i, (int64_t)i);
    ts_tablet_add_value_string(tablet, 0, i, "dev1");
    ts_tablet_add_value_int64(tablet, 1, i, (int64_t)(i * 100));
  }
  ts_tablet_set_row_count(tablet, 5);
  ts_table_session_insert(g_table_session, tablet);
  ts_tablet_destroy(tablet);

  CSessionDataSet* dataSet = nullptr;
  ts_table_session_execute_query(g_table_session, "SELECT * FROM c_table6", &dataSet);
  REQUIRE(dataSet != nullptr);

  int colCount = ts_dataset_get_column_count(dataSet);
  REQUIRE(colCount >= 2); // at least time + tag1 + m1

  for (int i = 0; i < colCount; i++) {
    const char* colType = ts_dataset_get_column_type(dataSet, i);
    REQUIRE(colType != nullptr);
    REQUIRE(strlen(colType) > 0);
  }

  if (ts_dataset_has_next(dataSet)) {
    CRowRecord* record = ts_dataset_next(dataSet);
    REQUIRE(record != nullptr);
    REQUIRE(ts_row_record_get_field_count(record) >= 1);
    (void)ts_row_record_get_timestamp(record);
    (void)ts_row_record_get_data_type(record, 0);
    (void)ts_row_record_is_null(record, 0);
    ts_row_record_destroy(record);
  }

  ts_dataset_destroy(dataSet);
}