Package org.apache.cloudstack.api

Examples of org.apache.cloudstack.api.BaseAsyncCmd

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            UserContext ctx = UserContext.current();
            ctx.setAccountId(cmd.getEntityOwnerId());
           
            if (cmd instanceof BaseAsyncCmd) {

                BaseAsyncCmd asyncCmd = (BaseAsyncCmd) cmd;
                String startEventId = params.get("ctxStartEventId");
                ctx.setStartEventId(Long.valueOf(startEventId));

                // Synchronise job on the object if needed
                if (asyncCmd.getJob() != null && asyncCmd.getSyncObjId() != null && asyncCmd.getSyncObjType() != null) {
                    Long queueSizeLimit = null;
                    if (asyncCmd.getSyncObjType() != null && asyncCmd.getSyncObjType().equalsIgnoreCase(BaseAsyncCmd.snapshotHostSyncObject)) {
                        queueSizeLimit = _createSnapshotQueueSizeLimit;
                    } else {
                        queueSizeLimit = 1L;
                    }

                    if (queueSizeLimit != null) {
                    _asyncMgr.syncAsyncJobExecution(asyncCmd.getJob(), asyncCmd.getSyncObjType(), asyncCmd.getSyncObjId().longValue(), queueSizeLimit);
                    } else {
                        s_logger.trace("The queue size is unlimited, skipping the synchronizing");
                    }
                }
            }
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                        JmxUtil.registerMBean("AsyncJobManager", "Active Job " + job.getId(), new AsyncJobMBeanImpl(job));
                    } catch(Exception e) {
                        s_logger.warn("Unable to register active job [ " + job.getId() + " ] = [ " + job.getUuid() + " ] to JMX monitoring due to exception " + ExceptionUtil.toString(e));
                    }

                    BaseAsyncCmd cmdObj = null;
                    Transaction txn = Transaction.open(Transaction.CLOUD_DB);
                    try {
                        jobId = job.getId();
                        String jobUuid = job.getUuid();
                        NDC.push("job-" + jobId + " = [ " + jobUuid + " ]");

                        if(s_logger.isDebugEnabled()) {
                            s_logger.debug("Executing " + job.getCmd() + " for job-" + jobId + " = [ " + jobUuid + " ]");
                        }

                        Class<?> cmdClass = Class.forName(job.getCmd());
                        cmdObj = (BaseAsyncCmd)cmdClass.newInstance();
                        cmdObj = ComponentContext.inject(cmdObj);
                        cmdObj.configure();
                        cmdObj.setJob(job);

                        Type mapType = new TypeToken<Map<String, String>>() {}.getType();
                        Gson gson = ApiGsonHelper.getBuilder().create();
                        Map<String, String> params = gson.fromJson(job.getCmdInfo(), mapType);

                        // whenever we deserialize, the UserContext needs to be updated
                        String userIdStr = params.get("ctxUserId");
                        String acctIdStr = params.get("ctxAccountId");
                        Long userId = null;
                        Account accountObject = null;

                        if (userIdStr != null) {
                            userId = Long.parseLong(userIdStr);
                        }

                        if (acctIdStr != null) {
                            accountObject = _accountDao.findById(Long.parseLong(acctIdStr));
                        }

                        UserContext.registerContext(userId, accountObject, null, false);
                        try {
                            // dispatch could ultimately queue the job
                            _dispatcher.dispatch(cmdObj, params);

                            // serialize this to the async job table
                            completeAsyncJob(jobId, AsyncJobResult.STATUS_SUCCEEDED, 0, cmdObj.getResponseObject());
                        } finally {
                            UserContext.unregisterContext();
                        }

                        // commands might need to be queued as part of synchronization here, so they just have to be re-dispatched from the queue mechanism...
                        if (job.getSyncSource() != null) {
                            _queueMgr.purgeItem(job.getSyncSource().getId());
                            checkQueue(job.getSyncSource().getQueueId());
                        }

                        if (s_logger.isDebugEnabled()) {
                            s_logger.debug("Done executing " + job.getCmd() + " for job-" + job.getId() + " = [ " + jobUuid + " ]");
                        }

                    } catch(Throwable e) {
                        if (e instanceof AsyncCommandQueued) {
                            if (s_logger.isDebugEnabled()) {
                                s_logger.debug("job " + job.getCmd() + " for job-" + jobId + " = [ " + job.getUuid() + " ] was queued, processing the queue.");
                            }
                            checkQueue(((AsyncCommandQueued)e).getQueue().getId());
                        } else {
                            String errorMsg = null;
                            int errorCode = ApiErrorCode.INTERNAL_ERROR.getHttpCode();
                            if (!(e instanceof ServerApiException)) {
                                s_logger.error("Unexpected exception while executing " + job.getCmd(), e);
                                errorMsg = e.getMessage();
                            } else {
                                ServerApiException sApiEx = (ServerApiException)e;
                                errorMsg = sApiEx.getDescription();
                                errorCode = sApiEx.getErrorCode().getHttpCode();
                            }

                            ExceptionResponse response = new ExceptionResponse();
                            response.setErrorCode(errorCode);
                            response.setErrorText(errorMsg);
                            response.setResponseName((cmdObj == null) ? "unknowncommandresponse" : cmdObj.getCommandName());

                            // FIXME:  setting resultCode to ApiErrorCode.INTERNAL_ERROR is not right, usually executors have their exception handling
                            //         and we need to preserve that as much as possible here
                            completeAsyncJob(jobId, AsyncJobResult.STATUS_FAILED, ApiErrorCode.INTERNAL_ERROR.getHttpCode(), response);
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                params.put("id", objectId.toString());
            } else {
                ApiDispatcher.processParameters(cmdObj, params);
            }

            BaseAsyncCmd asyncCmd = (BaseAsyncCmd) cmdObj;

            if (callerUserId != null) {
                params.put("ctxUserId", callerUserId.toString());
            }
            if (caller != null) {
                params.put("ctxAccountId", String.valueOf(caller.getId()));
            }

            long startEventId = ctx.getStartEventId();
            asyncCmd.setStartEventId(startEventId);

            // save the scheduled event
            Long eventId = ActionEventUtils.onScheduledActionEvent((callerUserId == null) ? User.UID_SYSTEM : callerUserId,
                    asyncCmd.getEntityOwnerId(), asyncCmd.getEventType(), asyncCmd.getEventDescription(),
                    startEventId);
            if (startEventId == 0) {
                // There was no create event before, set current event id as start eventId
                startEventId = eventId;
            }

            params.put("ctxStartEventId", String.valueOf(startEventId));
            params.put("cmdEventType", asyncCmd.getEventType().toString());

            ctx.setAccountId(asyncCmd.getEntityOwnerId());

            Long instanceId = (objectId == null) ? asyncCmd.getInstanceId() : objectId;
            AsyncJobVO job = new AsyncJobVO(callerUserId, caller.getId(), cmdObj.getClass().getName(),
                    ApiGsonHelper.getBuilder().create().toJson(params), instanceId, asyncCmd.getInstanceType());

            long jobId = _asyncMgr.submitAsyncJob(job);

            if (jobId == 0L) {
                String errorMsg = "Unable to schedule async job for command " + job.getCmd();
                s_logger.warn(errorMsg);
                throw new ServerApiException(ApiErrorCode.INTERNAL_ERROR, errorMsg);
            }

            if (objectId != null) {
                String objUuid = (objectUuid == null) ? objectId.toString() : objectUuid;
                return ((BaseAsyncCreateCmd) asyncCmd).getResponse(jobId, objUuid);
            }

            SerializationContext.current().setUuidTranslation(true);
            return ApiResponseSerializer.toSerializedString(asyncCmd.getResponse(jobId), asyncCmd.getResponseType());
        } else {
            _dispatcher.dispatch(cmdObj, params);

            // if the command is of the listXXXCommand, we will need to also return the
            // the job id and status if possible
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        ctx.setEventDisplayEnabled(cmd.isDisplay());

        // TODO This if shouldn't be here. Use polymorphism and move it to validateSpecificParameters
        if (cmd instanceof BaseAsyncCmd) {

            final BaseAsyncCmd asyncCmd = (BaseAsyncCmd)cmd;
            final String startEventId = params.get(ApiConstants.CTX_START_EVENT_ID);
            ctx.setStartEventId(Long.valueOf(startEventId));

            // Synchronise job on the object if needed
            if (asyncCmd.getJob() != null && asyncCmd.getSyncObjId() != null && asyncCmd.getSyncObjType() != null) {
                Long queueSizeLimit = null;
                if (asyncCmd.getSyncObjType() != null && asyncCmd.getSyncObjType().equalsIgnoreCase(BaseAsyncCmd.snapshotHostSyncObject)) {
                    queueSizeLimit = _createSnapshotQueueSizeLimit;
                } else {
                    queueSizeLimit = 1L;
                }

                if (queueSizeLimit != null) {
                    if (!execute) {
                        // if we are not within async-execution context, enqueue the command
                        _asyncMgr.syncAsyncJobExecution((AsyncJob)asyncCmd.getJob(), asyncCmd.getSyncObjType(), asyncCmd.getSyncObjId().longValue(), queueSizeLimit);
                        return;
                    }
                } else {
                    s_logger.trace("The queue size is unlimited, skipping the synchronizing");
                }
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    public ApiAsyncJobDispatcher() {
    }

    @Override
    public void runJob(final AsyncJob job) {
        BaseAsyncCmd cmdObj = null;
        try {
            Class<?> cmdClass = Class.forName(job.getCmd());
            cmdObj = (BaseAsyncCmd)cmdClass.newInstance();
            cmdObj = ComponentContext.inject(cmdObj);
            cmdObj.configure();
            cmdObj.setJob(job);

            Type mapType = new TypeToken<Map<String, String>>() {
            }.getType();
            Gson gson = ApiGsonHelper.getBuilder().create();
            Map<String, String> params = gson.fromJson(job.getCmdInfo(), mapType);

            // whenever we deserialize, the UserContext needs to be updated
            String userIdStr = params.get("ctxUserId");
            String acctIdStr = params.get("ctxAccountId");
            String contextDetails = params.get("ctxDetails");


            Long userId = null;
            Account accountObject = null;

            if (cmdObj instanceof BaseAsyncCreateCmd) {
                BaseAsyncCreateCmd create = (BaseAsyncCreateCmd)cmdObj;
                create.setEntityId(Long.parseLong(params.get("id")));
                create.setEntityUuid(params.get("uuid"));
            }

            User user = null;
            if (userIdStr != null) {
                userId = Long.parseLong(userIdStr);
                user = _entityMgr.findById(User.class, userId);
            }

            if (acctIdStr != null) {
                accountObject = _entityMgr.findById(Account.class, Long.parseLong(acctIdStr));
            }

            CallContext ctx = CallContext.register(user, accountObject);
            if(contextDetails != null){
                Type objectMapType = new TypeToken<Map<Object, Object>>() {}.getType();
                ctx.putContextParameters((Map<Object, Object>) gson.fromJson(contextDetails, objectMapType));
            }

            try {
                // dispatch could ultimately queue the job
                _dispatcher.dispatch(cmdObj, params, true);

                // serialize this to the async job table
                _asyncJobMgr.completeAsyncJob(job.getId(), JobInfo.Status.SUCCEEDED, 0, ApiSerializerHelper.toSerializedString(cmdObj.getResponseObject()));
            } finally {
                CallContext.unregister();
            }
        } catch (Throwable e) {
            String errorMsg = null;
            int errorCode = ApiErrorCode.INTERNAL_ERROR.getHttpCode();
            if (!(e instanceof ServerApiException)) {
                s_logger.error("Unexpected exception while executing " + job.getCmd(), e);
                errorMsg = e.getMessage();
            } else {
                ServerApiException sApiEx = (ServerApiException)e;
                errorMsg = sApiEx.getDescription();
                errorCode = sApiEx.getErrorCode().getHttpCode();
            }

            ExceptionResponse response = new ExceptionResponse();
            response.setErrorCode(errorCode);
            response.setErrorText(errorMsg);
            response.setResponseName((cmdObj == null) ? "unknowncommandresponse" : cmdObj.getCommandName());

            // FIXME:  setting resultCode to ApiErrorCode.INTERNAL_ERROR is not right, usually executors have their exception handling
            //         and we need to preserve that as much as possible here
            _asyncJobMgr.completeAsyncJob(job.getId(), JobInfo.Status.FAILED, ApiErrorCode.INTERNAL_ERROR.getHttpCode(), ApiSerializerHelper.toSerializedString(response));
        }
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                // Extract the uuid before params are processed and id reflects internal db id
                objectUuid = params.get(ApiConstants.ID);
                dispatchChainFactory.getStandardDispatchChain().dispatch(new DispatchTask(cmdObj, params));
            }

            final BaseAsyncCmd asyncCmd = (BaseAsyncCmd)cmdObj;

            if (callerUserId != null) {
                params.put("ctxUserId", callerUserId.toString());
            }
            if (caller != null) {
                params.put("ctxAccountId", String.valueOf(caller.getId()));
            }
            if (objectUuid != null) {
                params.put("uuid", objectUuid);
            }

            long startEventId = ctx.getStartEventId();
            asyncCmd.setStartEventId(startEventId);

            // save the scheduled event
            final Long eventId =
                    ActionEventUtils.onScheduledActionEvent((callerUserId == null) ? User.UID_SYSTEM : callerUserId, asyncCmd.getEntityOwnerId(), asyncCmd.getEventType(),
                            asyncCmd.getEventDescription(), asyncCmd.isDisplay(), startEventId);
            if (startEventId == 0) {
                // There was no create event before, set current event id as start eventId
                startEventId = eventId;
            }

            params.put("ctxStartEventId", String.valueOf(startEventId));
            params.put("cmdEventType", asyncCmd.getEventType().toString());
            params.put("ctxDetails", ApiGsonHelper.getBuilder().create().toJson(ctx.getContextParameters()));

            Long instanceId = (objectId == null) ? asyncCmd.getInstanceId() : objectId;
            AsyncJobVO job = new AsyncJobVO("", callerUserId, caller.getId(), cmdObj.getClass().getName(),
                    ApiGsonHelper.getBuilder().create().toJson(params), instanceId,
                    asyncCmd.getInstanceType() != null ? asyncCmd.getInstanceType().toString() : null);
            job.setDispatcher(_asyncDispatcher.getName());

            final long jobId = _asyncMgr.submitAsyncJob(job);

            if (jobId == 0L) {
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                        JmxUtil.registerMBean("AsyncJobManager", "Active Job " + job.getId(), new AsyncJobMBeanImpl(job));
                    } catch(Exception e) {
                        s_logger.warn("Unable to register active job " + job.getId() + " to JMX monitoring due to exception " + ExceptionUtil.toString(e));
                    }

                    BaseAsyncCmd cmdObj = null;
                    Transaction txn = Transaction.open(Transaction.CLOUD_DB);
                    try {
                        jobId = job.getId();
                        NDC.push("job-" + jobId);

                        if(s_logger.isDebugEnabled()) {
                            s_logger.debug("Executing " + job.getCmd() + " for job-" + jobId);
                        }

                        Class<?> cmdClass = Class.forName(job.getCmd());
                        cmdObj = (BaseAsyncCmd)cmdClass.newInstance();
                        cmdObj = ComponentContext.inject(cmdObj);
                        cmdObj.configure();
                        cmdObj.setJob(job);

                        Type mapType = new TypeToken<Map<String, String>>() {}.getType();
                        Gson gson = ApiGsonHelper.getBuilder().create();
                        Map<String, String> params = gson.fromJson(job.getCmdInfo(), mapType);

                        // whenever we deserialize, the UserContext needs to be updated
                        String userIdStr = params.get("ctxUserId");
                        String acctIdStr = params.get("ctxAccountId");
                        Long userId = null;
                        Account accountObject = null;

                        if (userIdStr != null) {
                            userId = Long.parseLong(userIdStr);
                        }

                        if (acctIdStr != null) {
                            accountObject = _accountDao.findById(Long.parseLong(acctIdStr));
                        }

                        UserContext.registerContext(userId, accountObject, null, false);
                        try {
                            // dispatch could ultimately queue the job
                            _dispatcher.dispatch(cmdObj, params);

                            // serialize this to the async job table
                            completeAsyncJob(jobId, AsyncJobResult.STATUS_SUCCEEDED, 0, cmdObj.getResponseObject());
                        } finally {
                            UserContext.unregisterContext();
                        }

                        // commands might need to be queued as part of synchronization here, so they just have to be re-dispatched from the queue mechanism...
                        if (job.getSyncSource() != null) {
                            _queueMgr.purgeItem(job.getSyncSource().getId());
                            checkQueue(job.getSyncSource().getQueueId());
                        }

                        if (s_logger.isDebugEnabled()) {
                            s_logger.debug("Done executing " + job.getCmd() + " for job-" + jobId);
                        }

                    } catch(Throwable e) {
                        if (e instanceof AsyncCommandQueued) {
                            if (s_logger.isDebugEnabled()) {
                                s_logger.debug("job " + job.getCmd() + " for job-" + jobId + " was queued, processing the queue.");
                            }
                            checkQueue(((AsyncCommandQueued)e).getQueue().getId());
                        } else {
                            String errorMsg = null;
                            int errorCode = ApiErrorCode.INTERNAL_ERROR.getHttpCode();
                            if (!(e instanceof ServerApiException)) {
                                s_logger.error("Unexpected exception while executing " + job.getCmd(), e);
                                errorMsg = e.getMessage();
                            } else {
                                ServerApiException sApiEx = (ServerApiException)e;
                                errorMsg = sApiEx.getDescription();
                                errorCode = sApiEx.getErrorCode().getHttpCode();
                            }

                            ExceptionResponse response = new ExceptionResponse();
                            response.setErrorCode(errorCode);
                            response.setErrorText(errorMsg);
                            response.setResponseName((cmdObj == null) ? "unknowncommandresponse" : cmdObj.getCommandName());

                            // FIXME:  setting resultCode to ApiErrorCode.INTERNAL_ERROR is not right, usually executors have their exception handling
                            //         and we need to preserve that as much as possible here
                            completeAsyncJob(jobId, AsyncJobResult.STATUS_FAILED, ApiErrorCode.INTERNAL_ERROR.getHttpCode(), response);
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            UserContext ctx = UserContext.current();
            ctx.setAccountId(cmd.getEntityOwnerId());
           
            if (cmd instanceof BaseAsyncCmd) {

                BaseAsyncCmd asyncCmd = (BaseAsyncCmd) cmd;
                String startEventId = params.get("ctxStartEventId");
                ctx.setStartEventId(Long.valueOf(startEventId));

                // Synchronise job on the object if needed
                if (asyncCmd.getJob() != null && asyncCmd.getSyncObjId() != null && asyncCmd.getSyncObjType() != null) {
                    Long queueSizeLimit = null;
                    if (asyncCmd.getSyncObjType() != null && asyncCmd.getSyncObjType().equalsIgnoreCase(BaseAsyncCmd.snapshotHostSyncObject)) {
                        queueSizeLimit = _createSnapshotQueueSizeLimit;
                    } else {
                        queueSizeLimit = 1L;
                    }

                    if (queueSizeLimit != null) {
                    _asyncMgr.syncAsyncJobExecution(asyncCmd.getJob(), asyncCmd.getSyncObjType(), asyncCmd.getSyncObjId().longValue(), queueSizeLimit);
                    } else {
                        s_logger.trace("The queue size is unlimited, skipping the synchronizing");
                    }
                }
            }
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                params.put("id", objectId.toString());
            } else {
                ApiDispatcher.processParameters(cmdObj, params);
            }

            BaseAsyncCmd asyncCmd = (BaseAsyncCmd) cmdObj;

            if (callerUserId != null) {
                params.put("ctxUserId", callerUserId.toString());
            }
            if (caller != null) {
                params.put("ctxAccountId", String.valueOf(caller.getId()));
            }

            long startEventId = ctx.getStartEventId();
            asyncCmd.setStartEventId(startEventId);

            // save the scheduled event
            Long eventId = ActionEventUtils.onScheduledActionEvent((callerUserId == null) ? User.UID_SYSTEM : callerUserId,
                    asyncCmd.getEntityOwnerId(), asyncCmd.getEventType(), asyncCmd.getEventDescription(),
                    startEventId);
            if (startEventId == 0) {
                // There was no create event before, set current event id as start eventId
                startEventId = eventId;
            }

            params.put("ctxStartEventId", String.valueOf(startEventId));
            params.put("cmdEventType", asyncCmd.getEventType().toString());

            Long instanceId = (objectId == null) ? asyncCmd.getInstanceId() : objectId;
            AsyncJobVO job = new AsyncJobVO(ctx.getContextId(), callerUserId, caller.getId(), cmdObj.getClass().getName(),
                    ApiGsonHelper.getBuilder().create().toJson(params), instanceId,
                    asyncCmd.getInstanceType() != null ? asyncCmd.getInstanceType().toString() : null);
            job.setDispatcher(_asyncDispatcher.getName());

            long jobId = _asyncMgr.submitAsyncJob(job);

            if (jobId == 0L) {
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        processParameters(cmd, params);
        CallContext ctx = CallContext.current();

        if (cmd instanceof BaseAsyncCmd) {

            BaseAsyncCmd asyncCmd = (BaseAsyncCmd)cmd;
            String startEventId = params.get("ctxStartEventId");
            ctx.setStartEventId(Long.valueOf(startEventId));

            // Synchronise job on the object if needed
            if (asyncCmd.getJob() != null && asyncCmd.getSyncObjId() != null && asyncCmd.getSyncObjType() != null) {
                Long queueSizeLimit = null;
                if (asyncCmd.getSyncObjType() != null && asyncCmd.getSyncObjType().equalsIgnoreCase(BaseAsyncCmd.snapshotHostSyncObject)) {
                    queueSizeLimit = _createSnapshotQueueSizeLimit;
                } else {
                    queueSizeLimit = 1L;
                }

                if (queueSizeLimit != null) {
                    if (!execute) {
                    // if we are not within async-execution context, enqueue the command
                        _asyncMgr.syncAsyncJobExecution((AsyncJob)asyncCmd.getJob(), asyncCmd.getSyncObjType(), asyncCmd.getSyncObjId().longValue(), queueSizeLimit);
                    return;
                  }
                } else {
                    s_logger.trace("The queue size is unlimited, skipping the synchronizing");
                }
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Related Classes of org.apache.cloudstack.api.BaseAsyncCmd

  • com.cloud.api.ApiAsyncJobDispatcher
  • com.cloud.api.ApiDispatcher
  • com.cloud.api.ApiServer
  • com.cloud.async.AsyncJob
  • com.cloud.async.AsyncJobManagerImpl
  • com.cloud.user.UserContext
  • org.apache.cloudstack.api.response.AsyncJobResponse
  • org.apache.cloudstack.context.CallContext
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