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How to use TestCaseExecutionQueueToTreat class of org.cerberus.engine.queuemanagement.entity package

Best Cerberus-source code snippet using org.cerberus.engine.queuemanagement.entity.TestCaseExecutionQueueToTreat

Source:ExecutionThreadPoolService.java

...31import org.cerberus.crud.entity.RobotExecutor;32import org.cerberus.crud.factory.IFactoryRobotExecutor;33import org.cerberus.crud.service.IInvariantService;34import org.cerberus.engine.execution.IRetriesService;35import org.cerberus.engine.queuemanagement.entity.TestCaseExecutionQueueToTreat;36import org.cerberus.crud.service.IMyVersionService;37import org.cerberus.crud.service.IParameterService;38import org.cerberus.crud.service.IRobotExecutorService;39import org.cerberus.crud.service.IRobotService;40import org.cerberus.crud.service.ITestCaseExecutionQueueDepService;41import org.cerberus.crud.service.ITestCaseExecutionQueueService;42import org.cerberus.engine.queuemanagement.IExecutionThreadPoolService;43import org.cerberus.exception.CerberusException;44import org.cerberus.util.ParameterParserUtil;45import org.cerberus.util.StringUtil;46import org.cerberus.util.answer.AnswerList;47import org.springframework.beans.factory.annotation.Autowired;48import org.springframework.scheduling.annotation.Async;49import org.springframework.stereotype.Service;50/**51 * {@link IExecutionThreadPoolService} default implementation52 *53 * @author bcivel54 * @author abourdon55 */56@Service57public class ExecutionThreadPoolService implements IExecutionThreadPoolService {58    private static final Logger LOG = LogManager.getLogger(ExecutionThreadPoolService.class);59    private static final String CONST_SEPARATOR = "////";60    private boolean instanceActive = true;61    @Autowired62    private ITestCaseExecutionQueueService tceiqService;63    @Autowired64    private IParameterService parameterService;65    @Autowired66    private IInvariantService invariantService;67    @Autowired68    private IMyVersionService myVersionService;69    @Autowired70    ExecutionQueueThreadPool threadQueuePool;71    @Autowired72    private ITestCaseExecutionQueueService queueService;73    @Autowired74    private ITestCaseExecutionQueueDepService queueDepService;75    @Autowired76    private IRetriesService retriesService;77    @Autowired78    private IRobotExecutorService robotExecutorService;79    @Autowired80    private IRobotService robotService;81    @Autowired82    private IFactoryRobotExecutor factoryRobotExecutor;83    @Override84    public boolean isInstanceActive() {85        return instanceActive;86    }87    @Override88    public void setInstanceActive(boolean instanceActive) {89        this.instanceActive = instanceActive;90    }91    @Override92    public HashMap<String, Integer> getCurrentlyRunning() throws CerberusException {93        AnswerList<TestCaseExecutionQueueToTreat> answer = new AnswerList<>();94        HashMap<String, Integer> constrains_current = new HashMap<>();95        // Getting all executions already running in the queue.96        answer = tceiqService.readQueueRunning();97        List<TestCaseExecutionQueueToTreat> executionsRunning = answer.getDataList();98        // Calculate constrain values.99        for (TestCaseExecutionQueueToTreat exe : executionsRunning) {100            String const01_key = TestCaseExecutionQueueToTreat.CONSTRAIN1_GLOBAL;101            String const02_key = TestCaseExecutionQueueToTreat.CONSTRAIN2_APPLIENV + CONST_SEPARATOR + exe.getSystem() + CONST_SEPARATOR + exe.getEnvironment() + CONST_SEPARATOR + exe.getCountry() + CONST_SEPARATOR + exe.getApplication();102            String const03_key = TestCaseExecutionQueueToTreat.CONSTRAIN3_APPLICATION + CONST_SEPARATOR + exe.getApplication();103            String const04_key = TestCaseExecutionQueueToTreat.CONSTRAIN4_ROBOT + CONST_SEPARATOR + exe.getSelectedRobotHost();104            if (constrains_current.containsKey(const01_key)) {105                constrains_current.put(const01_key, constrains_current.get(const01_key) + 1);106            } else {107                constrains_current.put(const01_key, 1);108            }109            if (constrains_current.containsKey(const02_key)) {110                constrains_current.put(const02_key, constrains_current.get(const02_key) + 1);111            } else {112                constrains_current.put(const02_key, 1);113            }114            if (constrains_current.containsKey(const03_key)) {115                constrains_current.put(const03_key, constrains_current.get(const03_key) + 1);116            } else {117                constrains_current.put(const03_key, 1);118            }119            if (constrains_current.containsKey(const04_key)) {120                constrains_current.put(const04_key, constrains_current.get(const04_key) + 1);121            } else {122                constrains_current.put(const04_key, 1);123            }124        }125        return constrains_current;126    }127    @Override128    public HashMap<String, Integer> getCurrentlyPoolSizes() throws CerberusException {129        AnswerList<TestCaseExecutionQueueToTreat> answer = new AnswerList<>();130        HashMap<String, Integer> constrains_current = new HashMap<>();131        String const01_key = TestCaseExecutionQueueToTreat.CONSTRAIN1_GLOBAL;132        int poolSizeGeneral = parameterService.getParameterIntegerByKey("cerberus_queueexecution_global_threadpoolsize", "", 12);133        int poolSizeRobot = parameterService.getParameterIntegerByKey("cerberus_queueexecution_defaultrobothost_threadpoolsize", "", 10);134        constrains_current.put(const01_key, poolSizeGeneral);135        // Getting RobotHost PoolSize136        HashMap<String, Integer> robot_poolsize = new HashMap<String, Integer>();137        robot_poolsize = invariantService.readToHashMapGp1IntegerByIdname("ROBOTHOST", poolSizeRobot);138        // Getting all executions to be treated.139        answer = tceiqService.readQueueToTreatOrRunning();140        List<TestCaseExecutionQueueToTreat> executionsToTreat = answer.getDataList();141        // Calculate constrain values.142        for (TestCaseExecutionQueueToTreat exe : executionsToTreat) {143            String const02_key = TestCaseExecutionQueueToTreat.CONSTRAIN2_APPLIENV + CONST_SEPARATOR + exe.getSystem() + CONST_SEPARATOR + exe.getEnvironment() + CONST_SEPARATOR + exe.getCountry() + CONST_SEPARATOR + exe.getApplication();144            String const03_key = TestCaseExecutionQueueToTreat.CONSTRAIN3_APPLICATION + CONST_SEPARATOR + exe.getApplication();145            String const04_key = TestCaseExecutionQueueToTreat.CONSTRAIN4_ROBOT + CONST_SEPARATOR + exe.getSelectedRobotHost();146            constrains_current.put(const02_key, exe.getPoolSizeAppEnvironment());147            constrains_current.put(const03_key, exe.getPoolSizeApplication());148            // Getting Robot Host PoolSize from invariant hashmap.149            int robot_poolsize_final = 0;150            if (!StringUtil.isNullOrEmpty(exe.getSelectedRobotHost())) {151                if (robot_poolsize.containsKey(exe.getSelectedRobotHost())) {152                    robot_poolsize_final = ParameterParserUtil.parseIntegerParam(robot_poolsize.get(exe.getSelectedRobotHost()), poolSizeRobot);153                } else {154                    robot_poolsize_final = poolSizeRobot;155                }156            }157            constrains_current.put(const04_key, robot_poolsize_final);158        }159        return constrains_current;160    }161    @Override162    public HashMap<String, Integer> getCurrentlyToTreat() throws CerberusException {163        AnswerList<TestCaseExecutionQueueToTreat> answer = new AnswerList<>();164        HashMap<String, Integer> constrains_current = new HashMap<String, Integer>();165        // Getting all executions to be treated.166        answer = tceiqService.readQueueToTreat();167        List<TestCaseExecutionQueueToTreat> executionsToTreat = answer.getDataList();168        // Calculate constrain values.169        for (TestCaseExecutionQueueToTreat exe : executionsToTreat) {170            String const01_key = TestCaseExecutionQueueToTreat.CONSTRAIN1_GLOBAL;171            String const02_key = TestCaseExecutionQueueToTreat.CONSTRAIN2_APPLIENV + CONST_SEPARATOR + exe.getSystem() + CONST_SEPARATOR + exe.getEnvironment() + CONST_SEPARATOR + exe.getCountry() + CONST_SEPARATOR + exe.getApplication();172            String const03_key = TestCaseExecutionQueueToTreat.CONSTRAIN3_APPLICATION + CONST_SEPARATOR + exe.getApplication();173            String const04_key = TestCaseExecutionQueueToTreat.CONSTRAIN4_ROBOT + CONST_SEPARATOR + exe.getQueueRobotHost();174            if (constrains_current.containsKey(const01_key)) {175                constrains_current.put(const01_key, constrains_current.get(const01_key) + 1);176            } else {177                constrains_current.put(const01_key, 1);178            }179            if (constrains_current.containsKey(const02_key)) {180                constrains_current.put(const02_key, constrains_current.get(const02_key) + 1);181            } else {182                constrains_current.put(const02_key, 1);183            }184            if (constrains_current.containsKey(const03_key)) {185                constrains_current.put(const03_key, constrains_current.get(const03_key) + 1);186            } else {187                constrains_current.put(const03_key, 1);188            }189            if (constrains_current.containsKey(const04_key)) {190                constrains_current.put(const04_key, constrains_current.get(const04_key) + 1);191            } else {192                constrains_current.put(const04_key, 1);193            }194        }195        return constrains_current;196    }197    /**198     * {@inheritDoc}199     */200    @Override201    public void executeNextInQueue(boolean forceExecution) throws CerberusException {202        if (!instanceActive) {203            LOG.warn("Queue execution disable on that JVM instance.");204            return;205        }206        // Job can be desactivated by parameter.207        if (!(parameterService.getParameterBooleanByKey("cerberus_queueexecution_enable", "", true))) {208            LOG.debug("Queue_Processing_Job disabled by parameter : 'cerberus_queueexecution_enable'.");209            return;210        }211        // We first check that another thread of Cerberus already trigger the job. Only 1 instance of the job is necessary.212        if (!(myVersionService.getMyVersionStringByKey("queueprocessingjobrunning", "N").equals("Y"))213                || forceExecution) {214            // Flag in database that job is already running.215            if (myVersionService.flagMyVersionString("queueprocessingjobrunning") || forceExecution) {216                // Saving the timestamps when the job start in database.217                myVersionService.updateMyVersionString("queueprocessingjobstart", String.valueOf(new Date()));218                if (forceExecution) {219                    LOG.debug("Forcing Start of Queue_Processing_Job.");220                }221                int nbqueuedexe = 0;222                // We try to submit new jobs until the job does not trigger any new execution.223                // In Other Words : As long as the job trigger new execution, we execute it.224                do {225                    if (!(parameterService.getParameterBooleanByKey("cerberus_queueexecution_enable", "", true))) {226                        LOG.debug("Queue_Processing_Job disabled by parameter : 'cerberus_queueexecution_enable'.");227                        return;228                    }229                    nbqueuedexe = 0;230                    // Job is not already running, we can trigger it.231                    LOG.debug("Starting Queue_Processing_Job.");232                    // Getting all executions to be treated.233                    AnswerList<TestCaseExecutionQueueToTreat> answer = new AnswerList<>();234                    answer = tceiqService.readQueueToTreat();235                    List<TestCaseExecutionQueueToTreat> executionsInQueue = answer.getDataList();236                    int poolSizeGeneral = 12;237                    int poolSizeRobot = 10;238                    int queueTimeout = 600000;239                    // Init constrain counter (from list of already running execution.).240                    int const01_current = 0;241                    int const02_current = 0;242                    int const03_current = 0;243                    int const04_current = 0;244                    HashMap<String, Integer> constrains_current = new HashMap<>();245                    HashMap<String, Integer> robothost_poolsize = new HashMap<>();246                    HashMap<String, List<RobotExecutor>> robot_executor = new HashMap<>();247                    HashMap<String, Robot> robot_header = new HashMap<>();248                    if (!executionsInQueue.isEmpty()) {249                        poolSizeGeneral = parameterService.getParameterIntegerByKey("cerberus_queueexecution_global_threadpoolsize", "", 12);250                        poolSizeRobot = parameterService.getParameterIntegerByKey("cerberus_queueexecution_defaultrobothost_threadpoolsize", "", 10);251                        queueTimeout = parameterService.getParameterIntegerByKey("cerberus_queueexecution_timeout", "", 600000);252                        // Init constrain counter (from list of already running execution.).253                        const01_current = 0;254                        const02_current = 0;255                        const03_current = 0;256                        const04_current = 0;257                        constrains_current = getCurrentlyRunning();258                        LOG.debug("Current Constrains : " + constrains_current);259                        // Getting RobotHost PoolSize260                        robothost_poolsize = invariantService.readToHashMapGp1IntegerByIdname("ROBOTHOST", poolSizeRobot);261                        // Getting the list of robot in scope of the queue entries. This is to avoid getting all robots from database.262                        LOG.debug("Getting List of Robot Executor.");263                        for (TestCaseExecutionQueueToTreat exe : executionsInQueue) {264                            if (!StringUtil.isNullOrEmpty(exe.getQueueRobot())) {265                                robot_executor.put(exe.getQueueRobot(), new ArrayList<>());266                            }267                        }268                        LOG.debug("List of Robot from Queue entries : " + robot_executor);269                        robot_executor = robotExecutorService.getExecutorListFromRobotHash(robot_executor);270                        LOG.debug("Robot Executor List : " + robot_executor);271                        LOG.debug("Getting List of Robot (Header).");272                        List<String> listRobotS = new ArrayList<>();273                        for (Map.Entry<String, List<RobotExecutor>> entry : robot_executor.entrySet()) {274                            String key = entry.getKey();275                            listRobotS.add(key);276                        }277                        robot_header = robotService.readToHashMapByRobotList(listRobotS);278                        LOG.debug("Robot Header List : " + robot_header);279                    }280                    String robot = "";281                    String robotExecutor = "";282                    String robotHost = "";283                    String robotPort = "";284                    String appType = "";285                    List<RobotExecutor> tmpExelist = new ArrayList<>();286                    List<RobotExecutor> newTmpExelist = new ArrayList<>();287                    // Analysing each execution in the database queue.288                    for (TestCaseExecutionQueueToTreat exe : executionsInQueue) {289                        LOG.debug("Starting analysing : " + exe.getId());290                        String notTriggeredExeMessage = "";291                        boolean triggerExe = false;292                        robot = exe.getQueueRobot();293                        // Getting here the list of possible executor sorted by prio.294                        List<RobotExecutor> exelist = new ArrayList<>();295                        appType = exe.getAppType();296                        if ((appType.equals(Application.TYPE_APK)) || (appType.equals(Application.TYPE_GUI)) || (appType.equals(Application.TYPE_FAT)) || (appType.equals(Application.TYPE_IPA))) {297                            // Application require a robot so we can get the list of executors.298                            if (StringUtil.isNullOrEmpty(robot)) {299                                exelist = new ArrayList<>();300                                exelist.add(factoryRobotExecutor.create(0, "", "", "Y", 1, exe.getQueueRobotHost(), exe.getQueueRobotPort(), "", "", "", "", null, "", 0, "", 0, "", "", "", null, "", null));301                            } else {302                                exelist = robot_executor.get(robot);303                                if (exelist == null || exelist.size() < 1) {304                                    exelist = new ArrayList<>();305                                    exelist.add(factoryRobotExecutor.create(0, "", "", "Y", 1, "", "", "", "", "", "", null, "", 0, "", 0, "", "", "", null, "", null));306                                }307                            }308                        } else {309                            // Application does not require a robot so we create a fake one with empty data.310                            exelist = new ArrayList<>();311                            exelist.add(factoryRobotExecutor.create(0, "", "", "Y", 1, "", "", "", "", "", "", null, "", 0, "", 0, "", "", "", null, "", null));312                        }313                        // Looping other every potential executor on the corresponding robot.314                        for (RobotExecutor robotExecutor1 : exelist) {315                            robotHost = robotExecutor1.getHost();316                            robotPort = robotExecutor1.getPort();317                            robotExecutor = robotExecutor1.getExecutor();318                            LOG.debug("Trying with : " + robotHost + " Port : " + robotPort + " From Robot/Executor : " + robotExecutor1.getRobot() + "/" + robotExecutor1.getExecutor());319                            // RobotHost PoolSize if retreived from invariant hashmap.320                            int robothost_poolsize_final = 0;321                            if (!StringUtil.isNullOrEmpty(robotHost)) {322                                if (robothost_poolsize.containsKey(robotHost)) {323                                    robothost_poolsize_final = ParameterParserUtil.parseIntegerParam(robothost_poolsize.get(robotHost), poolSizeRobot);324                                } else {325                                    robothost_poolsize_final = poolSizeRobot;326                                }327                            }328                            LOG.debug("Pool Values : poolGen " + poolSizeGeneral + " poolApp " + exe.getPoolSizeAppEnvironment() + " poolRobotHost " + robothost_poolsize_final);329                            String const01_key = TestCaseExecutionQueueToTreat.CONSTRAIN1_GLOBAL;330                            String const02_key = TestCaseExecutionQueueToTreat.CONSTRAIN2_APPLIENV + CONST_SEPARATOR + exe.getSystem() + CONST_SEPARATOR + exe.getEnvironment() + CONST_SEPARATOR + exe.getCountry() + CONST_SEPARATOR + exe.getApplication();331                            String const03_key = TestCaseExecutionQueueToTreat.CONSTRAIN3_APPLICATION + CONST_SEPARATOR + exe.getApplication();332                            String const04_key = TestCaseExecutionQueueToTreat.CONSTRAIN4_ROBOT + CONST_SEPARATOR + robotHost;333                            // Eval Constrain 1334                            if (constrains_current.containsKey(const01_key)) {335                                const01_current = constrains_current.get(const01_key);336                            } else {337                                const01_current = 0;338                            }339                            // Eval Constrain 1340                            boolean constMatch01;341                            if (poolSizeGeneral == 0) {342                                // if poolsize == 0, this means no constrain specified.343                                constMatch01 = false;344                            } else {345                                constMatch01 = (const01_current >= poolSizeGeneral);346                            }...

TestCaseExecutionQueueToTreat

Using AI Code Generation

1import org.cerberus.engine.queuemanagement.entity.TestCaseExecutionQueueToTreat;2import org.cerberus.engine.queuemanagement.entity.TestCaseExecutionQueueToTreat;3import org.cerberus.engine.queuemanagement.entity.TestCaseExecutionQueueToTreat;4import org.cerberus.engine.queuemanagement.entity.TestCaseExecutionQueueToTreat;5import org.cerberus.engine.queuemanagement.entity.TestCaseExecutionQueueToTreat;6import org.cerberus.engine.queuemanagement.entity.TestCaseExecutionQueueToTreat;7import org.cerberus.engine.queuemanagement.entity.TestCaseExecutionQueueToTreat;8import org.cerberus.engine.queuemanagement.entity.TestCaseExecutionQueueToTreat;9import org.cerberus.engine.queuemanagement.entity.TestCaseExecutionQueueToTreat;10import org.cerberus.engine.queuemanagement.entity.TestCaseExecutionQueueToTreat;11import org.cerberus.engine.queuemanagement.entity.TestCaseExecutionQueueToTreat;12import org.cerberus.engine.queuemanagement.entity.TestCaseExecutionQueueToTreat;13import org.cerberus.engine.queuemanagement.entity.TestCaseExecutionQueueToTreat;14import org.cerberus.engine.queuemanagement.entity.TestCaseExecutionQueueToTreat;15import org.cerberus.engine.queuemanagement.entity.TestCaseExecutionQueueToTreat;16import org.cerberus.engine.queuemanagement.entity.TestCaseExecutionQueueToTreat;17import org.cerberus.engine.queuemanagement.entity.TestCaseExecutionQueueToTreat;18import org.cerberus.engine.queuemanagement.entity.TestCaseExecutionQueueToTreat;19import org.cerberus.engine.queuemanagement.entity.TestCaseExecutionQueueToTreat;20import org.cerberus.engine.queuemanagement.entity.TestCase

TestCaseExecutionQueueToTreat

Using AI Code Generation

1package org.cerberus.engine.queuemanagement.service.impl;2import java.util.List;3import org.cerberus.engine.queuemanagement.dao.ITestCaseExecutionQueueToTreatDAO;4import org.cerberus.engine.queuemanagement.entity.TestCaseExecutionQueueToTreat;5import org.cerberus.engine.queuemanagement.service.ITestCaseExecutionQueueToTreatService;6import org.springframework.beans.factory.annotation.Autowired;7import org.springframework.stereotype.Service;8public class TestCaseExecutionQueueToTreatService implements ITestCaseExecutionQueueToTreatService {9    private ITestCaseExecutionQueueToTreatDAO testCaseExecutionQueueToTreatDAO;10    public TestCaseExecutionQueueToTreat findTestCaseExecutionQueueToTreatByKey(long id) {11        return testCaseExecutionQueueToTreatDAO.findTestCaseExecutionQueueToTreatByKey(id);12    }13    public List<TestCaseExecutionQueueToTreat> findAllTestCaseExecutionQueueToTreat() {14        return testCaseExecutionQueueToTreatDAO.findAllTestCaseExecutionQueueToTreat();15    }16    public void insertTestCaseExecutionQueueToTreat(TestCaseExecutionQueueToTreat testCaseExecutionQueueToTreat) {17        testCaseExecutionQueueToTreatDAO.insertTestCaseExecutionQueueToTreat(testCaseExecutionQueueToTreat);18    }19    public void updateTestCaseExecutionQueueToTreat(TestCaseExecutionQueueToTreat testCaseExecutionQueueToTreat) {20        testCaseExecutionQueueToTreatDAO.updateTestCaseExecutionQueueToTreat(testCaseExecutionQueueToTreat);21    }22    public void deleteTestCaseExecutionQueueToTreat(TestCaseExecutionQueueToTreat testCaseExecutionQueueToTreat) {

TestCaseExecutionQueueToTreat

Using AI Code Generation

1public class TestCaseExecutionQueueToTreat {2    private long id;3    private long testCaseExecutionId;4    private String country;5    private String environment;6    private String robot;7    private String robotExecutor;8    private String robotDecli;9    private String robotHost;10    private String robotPort;11    private String robotPlatform;12    private String robotBrowser;13    private String robotVersion;14    private String robotDevice;15    private String robotBrowserSize;16    private String robotScreenSize;17    private String robotCapabilities;18    private String robotProxyHost;19    private String robotProxyPort;20    private String robotProxyUser;21    private String robotProxyPassword;22    private String robotTimeout;23    private String robotUrl;24    private String robotUrlLoginRelative;25    private String robotUrlLogin;26    private String robotUrlIndex;27    private String robotUrlLogout;28    private String robotUrlService;29    private String robotUrlServiceV001;30    private String robotUrlGetJsonFromWebElement;31    private String robotUrlGetPngFromWebElement;32    private String robotUrlGetSource;33    private String robotUrlGetPageSource;34    private String robotUrlGetLog;35    private String robotUrlDoSikuliAction;36    private String robotUrlDoSikuliElement;37    private String robotUrlDoSikuliElementExists;38    private String robotUrlDoSikuliElementNotExists;39    private String robotUrlDoSikuliText;40    private String robotUrlDoSikuliTextExists;41    private String robotUrlDoSikuliTextNotExists;42    private String robotUrlDoSikuliElementRegion;43    private String robotUrlDoSikuliElementRegionExists;44    private String robotUrlDoSikuliElementRegionNotExists;45    private String robotUrlDoSikuliTextRegion;46    private String robotUrlDoSikuliTextRegionExists;47    private String robotUrlDoSikuliTextRegionNotExists;48    private String robotUrlDoSikuliPattern;49    private String robotUrlDoSikuliPatternExists;50    private String robotUrlDoSikuliPatternNotExists;51    private String robotUrlDoSikuliPatternRegion;52    private String robotUrlDoSikuliPatternRegionExists;53    private String robotUrlDoSikuliPatternRegionNotExists;54    private String robotUrlDoSikuliElementRegionClick;55    private String robotUrlDoSikuliElementRegionDoubleClick;

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