Package com.google.api.ads.adwords.jaxws.v201309.cm

Examples of com.google.api.ads.adwords.jaxws.v201309.cm.SimpleMutateJob


    // this job can be processed.
    BulkMutateJobPolicy policy = new BulkMutateJobPolicy();
    policy.setPrerequisiteJobIds(new long[] {});

    // Call mutate to create a new job.
    SimpleMutateJob response =
        mutateJobService.mutate(operations.toArray(new Operation[operations.size()]), policy);

    long jobId = response.getId();
    System.out.printf("Job with ID %d was successfully created.\n", jobId);

    // Create selector to retrieve job status and wait for it to complete.
    BulkMutateJobSelector selector = new BulkMutateJobSelector();
    selector.setJobIds(new long[] {jobId});

    // Poll for job status until it's finished.
    System.out.println("Retrieving job status...");
    SimpleMutateJob jobStatusResponse = null;
    BasicJobStatus status = null;
    for (int i = 0; i < RETRIES_COUNT; i++) {
      Job[] jobs = mutateJobService.get(selector);
      jobStatusResponse = (SimpleMutateJob) jobs[0];
      status = jobStatusResponse.getStatus();
      if (status == BasicJobStatus.COMPLETED || status == BasicJobStatus.FAILED) {
        break;
      }
      System.out.printf("[%d] Current status is '%s', waiting %d seconds to retry...\n", i,
          status.toString(), RETRY_INTERVAL);
      Thread.sleep(RETRY_INTERVAL * 1000);
    }

    // Handle unsuccessful results.
    if (status == BasicJobStatus.FAILED) {
      throw new IllegalStateException("Job failed with reason: "
          + jobStatusResponse.getFailureReason());
    }
    if (status == BasicJobStatus.PENDING || status == BasicJobStatus.PROCESSING) {
      throw new IllegalAccessException("Job did not complete within "
          + ((RETRIES_COUNT - 1) * RETRY_INTERVAL) + " seconds.");
    }
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    // this job can be processed.
    BulkMutateJobPolicy policy = new BulkMutateJobPolicy();
    policy.setPrerequisiteJobIds(new long[] {});

    // Call mutate to create a new job.
    SimpleMutateJob response =
        mutateJobService.mutate(operations.toArray(new Operation[operations.size()]), policy);

    long jobId = response.getId();
    System.out.printf("Job with ID %d was successfully created.\n", jobId);

    // Create selector to retrieve job status and wait for it to complete.
    BulkMutateJobSelector selector = new BulkMutateJobSelector();
    selector.setJobIds(new long[] {jobId});

    // Poll for job status until it's finished.
    System.out.println("Retrieving job status...");
    SimpleMutateJob jobStatusResponse = null;
    BasicJobStatus status = null;
    for (int i = 0; i < RETRIES_COUNT; i++) {
      Job[] jobs = mutateJobService.get(selector);
      jobStatusResponse = (SimpleMutateJob) jobs[0];
      status = jobStatusResponse.getStatus();
      if (status == BasicJobStatus.COMPLETED || status == BasicJobStatus.FAILED) {
        break;
      }
      System.out.printf("[%d] Current status is '%s', waiting %d seconds to retry...\n", i,
          status.toString(), RETRY_INTERVAL);
      Thread.sleep(RETRY_INTERVAL * 1000);
    }

    // Handle unsuccessful results.
    if (status == BasicJobStatus.FAILED) {
      throw new IllegalStateException("Job failed with reason: "
          + jobStatusResponse.getFailureReason());
    }
    if (status == BasicJobStatus.PENDING || status == BasicJobStatus.PROCESSING) {
      throw new IllegalAccessException("Job did not complete within "
          + ((RETRIES_COUNT - 1) * RETRY_INTERVAL) + " seconds.");
    }
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    // this job can be processed.
    BulkMutateJobPolicy policy = new BulkMutateJobPolicy();
    policy.setPrerequisiteJobIds(new long[] {});

    // Call mutate to create a new job.
    SimpleMutateJob response =
        mutateJobService.mutate(operations.toArray(new Operation[operations.size()]), policy);

    long jobId = response.getId();
    System.out.printf("Job with ID %d was successfully created.\n", jobId);

    // Create selector to retrieve job status and wait for it to complete.
    BulkMutateJobSelector selector = new BulkMutateJobSelector();
    selector.setJobIds(new long[] {jobId});

    // Poll for job status until it's finished.
    System.out.println("Retrieving job status...");
    SimpleMutateJob jobStatusResponse = null;
    BasicJobStatus status = null;
    for (int i = 0; i < RETRIES_COUNT; i++) {
      Job[] jobs = mutateJobService.get(selector);
      jobStatusResponse = (SimpleMutateJob) jobs[0];
      status = jobStatusResponse.getStatus();
      if (status == BasicJobStatus.COMPLETED || status == BasicJobStatus.FAILED) {
        break;
      }
      System.out.printf("[%d] Current status is '%s', waiting %d seconds to retry...\n", i,
          status.toString(), RETRY_INTERVAL);
      Thread.sleep(RETRY_INTERVAL * 1000);
    }

    // Handle unsuccessful results.
    if (status == BasicJobStatus.FAILED) {
      throw new IllegalStateException("Job failed with reason: "
          + jobStatusResponse.getFailureReason());
    }
    if (status == BasicJobStatus.PENDING || status == BasicJobStatus.PROCESSING) {
      throw new IllegalAccessException("Job did not complete within "
          + ((RETRIES_COUNT - 1) * RETRY_INTERVAL) + " seconds.");
    }
View Full Code Here

    // this job can be processed.
    BulkMutateJobPolicy policy = new BulkMutateJobPolicy();
    policy.setPrerequisiteJobIds(new long[] {});

    // Call mutate to create a new job.
    SimpleMutateJob response =
        mutateJobService.mutate(operations.toArray(new Operation[operations.size()]), policy);

    long jobId = response.getId();
    System.out.printf("Job with ID %d was successfully created.\n", jobId);

    // Create selector to retrieve job status and wait for it to complete.
    BulkMutateJobSelector selector = new BulkMutateJobSelector();
    selector.setJobIds(new long[] {jobId});

    // Poll for job status until it's finished.
    System.out.println("Retrieving job status...");
    SimpleMutateJob jobStatusResponse = null;
    BasicJobStatus status = null;
    for (int i = 0; i < RETRIES_COUNT; i++) {
      Job[] jobs = mutateJobService.get(selector);
      jobStatusResponse = (SimpleMutateJob) jobs[0];
      status = jobStatusResponse.getStatus();
      if (status == BasicJobStatus.COMPLETED || status == BasicJobStatus.FAILED) {
        break;
      }
      System.out.printf("[%d] Current status is '%s', waiting %d seconds to retry...\n", i,
          status.toString(), RETRY_INTERVAL);
      Thread.sleep(RETRY_INTERVAL * 1000);
    }

    // Handle unsuccessful results.
    if (status == BasicJobStatus.FAILED) {
      throw new IllegalStateException("Job failed with reason: "
          + jobStatusResponse.getFailureReason());
    }
    if (status == BasicJobStatus.PENDING || status == BasicJobStatus.PROCESSING) {
      throw new IllegalAccessException("Job did not complete within "
          + ((RETRIES_COUNT - 1) * RETRY_INTERVAL) + " seconds.");
    }
View Full Code Here

    // this job can be processed.
    BulkMutateJobPolicy policy = new BulkMutateJobPolicy();
    policy.setPrerequisiteJobIds(new long[] {});

    // Call mutate to create a new job.
    SimpleMutateJob response =
        mutateJobService.mutate(operations.toArray(new Operation[operations.size()]), policy);

    long jobId = response.getId();
    System.out.printf("Job with ID %d was successfully created.\n", jobId);

    // Create selector to retrieve job status and wait for it to complete.
    BulkMutateJobSelector selector = new BulkMutateJobSelector();
    selector.setJobIds(new long[] {jobId});

    // Poll for job status until it's finished.
    System.out.println("Retrieving job status...");
    SimpleMutateJob jobStatusResponse = null;
    BasicJobStatus status = null;
    for (int i = 0; i < RETRIES_COUNT; i++) {
      Job[] jobs = mutateJobService.get(selector);
      jobStatusResponse = (SimpleMutateJob) jobs[0];
      status = jobStatusResponse.getStatus();
      if (status == BasicJobStatus.COMPLETED || status == BasicJobStatus.FAILED) {
        break;
      }
      System.out.printf("[%d] Current status is '%s', waiting %d seconds to retry...\n", i,
          status.toString(), RETRY_INTERVAL);
      Thread.sleep(RETRY_INTERVAL * 1000);
    }

    // Handle unsuccessful results.
    if (status == BasicJobStatus.FAILED) {
      throw new IllegalStateException("Job failed with reason: "
          + jobStatusResponse.getFailureReason());
    }
    if (status == BasicJobStatus.PENDING || status == BasicJobStatus.PROCESSING) {
      throw new IllegalAccessException("Job did not complete within "
          + ((RETRIES_COUNT - 1) * RETRY_INTERVAL) + " seconds.");
    }
View Full Code Here

    // this job can be processed.
    BulkMutateJobPolicy policy = new BulkMutateJobPolicy();
    policy.setPrerequisiteJobIds(new long[] {});

    // Call mutate to create a new job.
    SimpleMutateJob response =
        mutateJobService.mutate(operations.toArray(new Operation[operations.size()]), policy);

    long jobId = response.getId();
    System.out.printf("Job with ID %d was successfully created.\n", jobId);

    // Create selector to retrieve job status and wait for it to complete.
    BulkMutateJobSelector selector = new BulkMutateJobSelector();
    selector.setJobIds(new long[] {jobId});

    // Poll for job status until it's finished.
    System.out.println("Retrieving job status...");
    SimpleMutateJob jobStatusResponse = null;
    BasicJobStatus status = null;
    for (int i = 0; i < RETRIES_COUNT; i++) {
      Job[] jobs = mutateJobService.get(selector);
      jobStatusResponse = (SimpleMutateJob) jobs[0];
      status = jobStatusResponse.getStatus();
      if (status == BasicJobStatus.COMPLETED || status == BasicJobStatus.FAILED) {
        break;
      }
      System.out.printf("[%d] Current status is '%s', waiting %d seconds to retry...\n", i,
          status.toString(), RETRY_INTERVAL);
      Thread.sleep(RETRY_INTERVAL * 1000);
    }

    // Handle unsuccessful results.
    if (status == BasicJobStatus.FAILED) {
      throw new IllegalStateException("Job failed with reason: "
          + jobStatusResponse.getFailureReason());
    }
    if (status == BasicJobStatus.PENDING || status == BasicJobStatus.PROCESSING) {
      throw new IllegalAccessException("Job did not complete within "
          + ((RETRIES_COUNT - 1) * RETRY_INTERVAL) + " seconds.");
    }
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    selectorCopy.getFields().addAll(Sets.newLinkedHashSet(this.fields));
    selectorCopy.getOrdering().addAll(orderingCopy);
    selectorCopy.getPredicates().addAll(predicatesCopy);

    if (this.dateRange != null) {
      DateRange newDateRange = new DateRange();
      newDateRange.setMin(this.dateRange.getMin());
      newDateRange.setMax(this.dateRange.getMax());
      selectorCopy.setDateRange(newDateRange);
    }
    if (this.paging != null) {
      Paging newPaging = new Paging();
      newPaging.setStartIndex(this.paging.getStartIndex());
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   *
   * @return the builder itself to proceed the chain.
   */
  public SelectorBuilder forDateRange(DateTime start, DateTime end) {
    if (this.dateRange == null) {
      this.dateRange = new DateRange();
    }
    DateFormat dateFormat = new SimpleDateFormat(DEFAULT_DATE_FORMAT);
    if (start != null) {
      this.dateRange.setMin(dateFormat.format(start.toDate()));
    }
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    Assert.assertEquals(selector.getDateRange().getMin(), formatStart);
    Assert.assertEquals(selector.getDateRange().getMax(), formatEnd);

    String formatEndPlusOne = dateFormat.format(end.plusDays(1).toDate());

    DateRange dateRange = new DateRange();
    dateRange.setMin(formatStart);
    dateRange.setMax(formatEndPlusOne);

    selector.setDateRange(dateRange);

    Assert.assertEquals(selector.getDateRange().getMin(), formatStart);
    Assert.assertEquals(selector.getDateRange().getMax(), formatEndPlusOne);
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   * @return the new set of OrderBy objects with different instance for each of the OrderBy
   */
  private Set<OrderBy> copyOrderingSet() {
    Set<OrderBy> orderingCopy = Sets.newLinkedHashSet();
    for (OrderBy order : this.ordering) {
      OrderBy copyOrder = new OrderBy();
      copyOrder.setField(order.getField());
      copyOrder.setSortOrder(order.getSortOrder());
      orderingCopy.add(copyOrder);
    }
    return orderingCopy;
  }
View Full Code Here

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