Java Code Examples for javax.ws.rs.core.Response.Status#NO_CONTENT

public CartridgeBean getAvailableSingleTenantCartridgeInfo(String cartridgeType) throws RestAPIException {
    int tenantId = getTenantId();
    if (!availableSingleTenantCartridges.containsKey(tenantId)) {
        if (!availableSingleTenantCartridges.containsKey(PUBLIC_DEFINITION)) {
            throw new RestAPIException(Status.NO_CONTENT, "No cartridges defined for current tenant");
        }
        if (!(availableSingleTenantCartridges.get(PUBLIC_DEFINITION)).containsKey(cartridgeType))
            throw new RestAPIException(Status.NO_CONTENT, "Cartridge is not available.");

        return (availableSingleTenantCartridges.get(PUBLIC_DEFINITION)).get(cartridgeType);
    }
    if (!(availableSingleTenantCartridges.get(tenantId)).containsKey(cartridgeType))
        throw new RestAPIException(Status.NO_CONTENT, "Cartridge is not available.");

    return (availableSingleTenantCartridges.get(tenantId)).get(cartridgeType);
}
 

public CartridgeBean getAvailableMultiTenantCartridgeInfo(String cartridgeType) throws RestAPIException {
    int tenantId = getTenantId();
    if (!availableMultiTenantCartridges.containsKey(tenantId)) {
        if (!availableMultiTenantCartridges.containsKey(PUBLIC_DEFINITION)) {
            throw new RestAPIException(Status.NO_CONTENT, "No cartridges defined for current tenant");
        }
        if (!(availableMultiTenantCartridges.get(PUBLIC_DEFINITION)).containsKey(cartridgeType))
            throw new RestAPIException(Status.NO_CONTENT, "Cartridge is not available.");

        return (availableMultiTenantCartridges.get(PUBLIC_DEFINITION)).get(cartridgeType);
    }
    if (!(availableMultiTenantCartridges.get(tenantId)).containsKey(cartridgeType))
        throw new RestAPIException(Status.NO_CONTENT, "Cartridge is not available.");

    return (availableMultiTenantCartridges.get(tenantId)).get(cartridgeType);
}
 

public PartitionBean getPartition(String partitionId) throws RestAPIException {
    int tenantId = getTenantId();
    if (!partitionMap.containsKey(tenantId)) {
        if (!partitionMap.containsKey(PUBLIC_DEFINITION)) {
            throw new RestAPIException(Status.NO_CONTENT, "No partitions have been defined for the tenant");
        }
        if (!(partitionMap.get(PUBLIC_DEFINITION)).containsKey(partitionId)) {
            throw new RestAPIException("There is no partition with the id: " + partitionId);
        }
        return (partitionMap.get(PUBLIC_DEFINITION)).get(partitionId);
    } else {
        if (!(partitionMap.get(tenantId)).containsKey(partitionId)) {
            throw new RestAPIException("There is no partition with the id: " + partitionId);
        }
        return (partitionMap.get(tenantId)).get(partitionId);
    }
}
 

public AutoscalePolicyBean getAutoscalePolicies(String autoscalePolicyId) throws RestAPIException {
    int tenantId = getTenantId();
    if (!autoscalePolicyMap.containsKey(tenantId)) {
        if (!autoscalePolicyMap.containsKey(PUBLIC_DEFINITION)) {
            throw new RestAPIException(Status.NO_CONTENT, "No autoscaling policies have been defined for tenant");
        }
        if (!(autoscalePolicyMap.get(PUBLIC_DEFINITION)).containsKey(autoscalePolicyId)) {
            throw new RestAPIException("There is no auto scale policy with id: " + autoscalePolicyId);
        }
        return (autoscalePolicyMap.get(PUBLIC_DEFINITION)).get(autoscalePolicyId);
    } else {
        if (!(autoscalePolicyMap.get(tenantId)).containsKey(autoscalePolicyId)) {
            throw new RestAPIException("There is no auto scale policy with id: " + autoscalePolicyId);
        }
        return (autoscalePolicyMap.get(tenantId)).get(autoscalePolicyId);
    }
}
 

/**
 * @param job
 * @return status code
 * @throws Exception
 */
public Response.Status delete(String job) throws Exception {
    // <b>Code Flow</b>
    // 1 - Check if the Job Exists and is Valid
    // 2 - Check if the Tenant is expected
    // 3 - Try to immediately DELETE (Optimistic)
    //      A - SC_NO_CONTENT = SUCCESS GO_TO End
    //      B - !SC_INTERNAL_ERROR GO_TO STOP
    //      C - ERROR GO_TO Error
    // 4 - Try to stop the PUT /ibm/api/batch/jobinstances/<job>?action=stop
    //     A - SC_CONTENT_REDIRECT (302) GO_TO Location to PUT
    //       - Stop requests sent to the batch REST API must be sent directly to the executor where the job is running.
    //       - Link - https://www.ibm.com/support/knowledgecenter/SSEQTP_liberty/com.ibm.websphere.wlp.doc/ae/rwlp_batch_rest_api.html#rwlp_batch_rest_api__STOP_requests
    //     B - SC_ACCEPTED (202) GO_TO ACCEPTED
    // RETURN - ACCEPTED: SC_ACCEPTED - STILL PROCESSING
    // RETURN - DONE: SC_OK - DONE DELETING

    // 1 and 2 (We know it exists)
    runVerificationOfTenantForJob(job);

    // 3 optimistic delete (empty)
    Response.Status status = runDeleteJobForTenant(job);

    // Check 3 (B), else fall through (A).
    // Default Response is Accepted (202)
    // The Alternative Response is 200

    // Check for a server-side error
    if (Status.INTERNAL_SERVER_ERROR == status) {
        // 3.C - ERROR Condition
        // The Server hit an error
        throw BulkDataExportUtil.buildOperationException(
                "Deleting the job has failed; the content is not abandonded", IssueType.EXCEPTION);
    } else if (Status.NO_CONTENT != status) {
        // The Delete was unsuccessful
        // 3.B - STOP Condition and now step 4 in the flow.
        status = runStopOfTenantJob(job);
    }
    return status;
}
 

public ResponseMessageBean unsubscribe(String alias) throws RestAPIException {
    int tenantId = getTenantId();
    if (subscribedCartridges.containsKey(tenantId)) {
        if ((subscribedCartridges.get(tenantId)).containsKey(alias)) {
            (subscribedCartridges.get(tenantId)).remove(alias);
        }
    } else {
        throw new RestAPIException(Status.NO_CONTENT, "Unable to un-subscribe");
    }
    ResponseMessageBean stratosApiResponse = new ResponseMessageBean();
    stratosApiResponse.setMessage("Successfully un-subscribed");
    return stratosApiResponse;
}
 

public CartridgeBean getCartridgeInfo(String alias) throws RestAPIException {
    int tenantId = getTenantId();
    if (!subscribedCartridges.containsKey(tenantId))
        throw new RestAPIException(Status.NO_CONTENT, "No cartridges subscribed for current tenant.");

    if (!(subscribedCartridges.get(tenantId)).containsKey(alias))
        throw new RestAPIException(Status.NO_CONTENT, "Cartridge information is not available.");

    return (subscribedCartridges.get(tenantId)).get(alias);
}
 

public ResponseMessageBean deleteCartridgeDefinition(String cartridgeType) throws RestAPIException {
    if (!deleteFromAvailableSingleTenantCartridgeDefinitions(cartridgeType) && !deleteFromAvailableMultiTenantCartridgeDefinitions(cartridgeType)) {
        throw new RestAPIException(Status.NO_CONTENT, "No cartridges defined for tenant");
    }
    ResponseMessageBean stratosApiResponse = new ResponseMessageBean();
    stratosApiResponse.setMessage("Successfully delete cartridge definition");
    return stratosApiResponse;
}
 

public PartitionBean[] getPartitions(String deploymentPolicyId, String partitionGroupId) throws RestAPIException {
    int tenantId = getTenantId();
    DeploymentPolicyBean deploymentPolicy;

    if (!deploymentPolicyMap.containsKey(tenantId)) {
        if (!deploymentPolicyMap.containsKey(PUBLIC_DEFINITION)) {
            throw new RestAPIException(Status.NO_CONTENT, "No deployment policies have been defined for tenant");
        } else {
            if (!(deploymentPolicyMap.get(PUBLIC_DEFINITION)).containsKey(deploymentPolicyId)) {
                throw new RestAPIException(Status.NO_CONTENT, "There is no deployment policy with id: " + deploymentPolicyId);
            } else {
                deploymentPolicy = (deploymentPolicyMap.get(PUBLIC_DEFINITION)).get(deploymentPolicyId);
            }
        }
    } else {
        if (!(deploymentPolicyMap.get(tenantId)).containsKey(deploymentPolicyId)) {
            throw new RestAPIException(Status.NO_CONTENT, "There is no deployment policy with id: " + deploymentPolicyId);
        } else {
            deploymentPolicy = (deploymentPolicyMap.get(tenantId)).get(deploymentPolicyId);
        }
    }

    PartitionBean[] partitionsArray = null;
    for (NetworkPartitionReferenceBean networkPartition : deploymentPolicy.getNetworkPartitions()) {
        if (networkPartition.getId().equals(partitionGroupId)) {
            List<PartitionReferenceBean> partitions = networkPartition.getPartitions();
            partitionsArray = partitions.toArray(new PartitionBean[partitions.size()]);
        }
    }
    if (partitionsArray == null) {
        throw new RestAPIException(Status.NO_CONTENT, "Partition not found");
    }
    return partitionsArray;
}
 

public InputStream getFile(String path)
{
    try
    {
        log.debug("file retrieval service called by user " + getUserName() + " for file " + path);
        return new FileInputStream(path);
    }
    catch (FileNotFoundException e)
    {
        throw new ErrorDto("Could not find the desired file", 8, e, Status.NO_CONTENT);
    }
}
 

@GET
@Path("enginelog")
@Produces(MediaType.TEXT_PLAIN)
public String getEngineLog(@QueryParam("latest") int latest)
{
    if (n == null)
    {
        throw new ErrorDto("can only retrieve a file when the web app runs on top of JQM", "", 7, Status.BAD_REQUEST);
    }

    // Failsafe
    if (latest > 10000)
    {
        latest = 10000;
    }

    File f = new File(FilenameUtils.concat("./logs/", "jqm-" + context.getInitParameter("jqmnode") + ".log"));
    try(ReversedLinesFileReader r =  new ReversedLinesFileReader(f, Charset.defaultCharset()))
    {
        StringBuilder sb = new StringBuilder(latest);
        String buf = r.readLine();
        int i = 1;
        while (buf != null && i <= latest)
        {
            sb.append(buf);
            sb.append(System.getProperty("line.separator"));
            i++;
            buf = r.readLine();
        }
        return sb.toString();
    }
    catch (Exception e)
    {
        throw new ErrorDto("Could not return the desired file", 8, e, Status.NO_CONTENT);
    }
}
 

@Override
public void sendNotification(BackchannelAuthenticationCompleteResponse info)
{
    // The URL of the consumption device's notification endpoint.
    URI clientNotificationEndpointUri = info.getClientNotificationEndpoint();

    // The token that is needed for client authentication at the consumption
    // device's notification endpoint.
    String notificationToken = info.getClientNotificationToken();

    // The notification content (JSON) to send to the consumption device.
    String notificationContent = info.getResponseContent();

    // Send the notification to the consumption device's notification endpoint.
    Response response =
            doSendNotification(clientNotificationEndpointUri, notificationToken, notificationContent);

    // The status of the response from the consumption device.
    Status status = Status.fromStatusCode(response.getStatusInfo().getStatusCode());

    // TODO: CIBA specification does not specify how to deal with responses
    // returned from the consumption device in case of error push notification.
    // Then, even in case of error push notification, the current implementation
    // treats the responses as in the case of successful push notification.

    // Check if the "HTTP 200 OK" or "HTTP 204 No Content".
    if (status == Status.OK || status == Status.NO_CONTENT)
    {
        // In this case, the request was successfully processed by the consumption
        // device since the specification says as follows.
        //
        //   CIBA Core spec, 10.2. Ping Callback and 10.3. Push Callback
        //     For valid requests, the Client Notification Endpoint SHOULD
        //     respond with an HTTP 204 No Content.  The OP SHOULD also accept
        //     HTTP 200 OK and any body in the response SHOULD be ignored.
        //
        return;
    }

    if (status.getFamily() == Status.Family.REDIRECTION)
    {
        // HTTP 3xx code. This case must be ignored since the specification
        // says as follows.
        //
        //   CIBA Core spec, 10.2. Ping Callback, 10.3. Push Callback
        //     The Client MUST NOT return an HTTP 3xx code.  The OP MUST
        //     NOT follow redirects.
        //
        return;
    }
}
 

public TenantInfoBean getTenant(String tenantDomain) throws RestAPIException {
    if (!tenantMap.containsKey(tenantDomain)) {
        throw new RestAPIException(Status.NO_CONTENT, "Information for tenant: " + tenantDomain + " is not available");
    }
    return tenantMap.get(tenantDomain);
}