Java Code Examples for org.apache.spark.launcher.SparkLauncher#addAppArgs()

@CliCommand(value = "savepoint create", help = "Savepoint a commit")
public String savepoint(@CliOption(key = {"commit"}, help = "Commit to savepoint") final String commitTime,
    @CliOption(key = {"user"}, unspecifiedDefaultValue = "default",
        help = "User who is creating the savepoint") final String user,
    @CliOption(key = {"comments"}, unspecifiedDefaultValue = "default",
        help = "Comments for creating the savepoint") final String comments,
    @CliOption(key = {"sparkProperties"}, help = "Spark Properties File Path") final String sparkPropertiesPath,
    @CliOption(key = "sparkMaster", unspecifiedDefaultValue = "", help = "Spark Master") String master,
    @CliOption(key = "sparkMemory", unspecifiedDefaultValue = "4G",
        help = "Spark executor memory") final String sparkMemory)
    throws Exception {
  HoodieTableMetaClient metaClient = HoodieCLI.getTableMetaClient();
  HoodieActiveTimeline activeTimeline = metaClient.getActiveTimeline();
  HoodieTimeline timeline = activeTimeline.getCommitTimeline().filterCompletedInstants();
  HoodieInstant commitInstant = new HoodieInstant(false, HoodieTimeline.COMMIT_ACTION, commitTime);

  if (!timeline.containsInstant(commitInstant)) {
    return "Commit " + commitTime + " not found in Commits " + timeline;
  }

  SparkLauncher sparkLauncher = SparkUtil.initLauncher(sparkPropertiesPath);
  sparkLauncher.addAppArgs(SparkMain.SparkCommand.SAVEPOINT.toString(), master, sparkMemory, commitTime,
      user, comments, metaClient.getBasePath());
  Process process = sparkLauncher.launch();
  InputStreamConsumer.captureOutput(process);
  int exitCode = process.waitFor();
  // Refresh the current
  HoodieCLI.refreshTableMetadata();
  if (exitCode != 0) {
    return String.format("Failed: Could not create savepoint \"%s\".", commitTime);
  }
  return String.format("The commit \"%s\" has been savepointed.", commitTime);
}
 

@CliCommand(value = "savepoint rollback", help = "Savepoint a commit")
public String rollbackToSavepoint(
    @CliOption(key = {"savepoint"}, help = "Savepoint to rollback") final String instantTime,
    @CliOption(key = {"sparkProperties"}, help = "Spark Properties File Path") final String sparkPropertiesPath,
    @CliOption(key = "sparkMaster", unspecifiedDefaultValue = "", help = "Spark Master") String master,
    @CliOption(key = "sparkMemory", unspecifiedDefaultValue = "4G",
        help = "Spark executor memory") final String sparkMemory)
    throws Exception {
  HoodieTableMetaClient metaClient = HoodieCLI.getTableMetaClient();
  if (metaClient.getActiveTimeline().getSavePointTimeline().filterCompletedInstants().empty()) {
    throw new HoodieException("There are no completed instants to run rollback");
  }
  HoodieActiveTimeline activeTimeline = metaClient.getActiveTimeline();
  HoodieTimeline timeline = activeTimeline.getCommitTimeline().filterCompletedInstants();
  HoodieInstant commitInstant = new HoodieInstant(false, HoodieTimeline.COMMIT_ACTION, instantTime);

  if (!timeline.containsInstant(commitInstant)) {
    return "Commit " + instantTime + " not found in Commits " + timeline;
  }

  SparkLauncher sparkLauncher = SparkUtil.initLauncher(sparkPropertiesPath);
  sparkLauncher.addAppArgs(SparkMain.SparkCommand.ROLLBACK_TO_SAVEPOINT.toString(), master, sparkMemory,
      instantTime, metaClient.getBasePath());
  Process process = sparkLauncher.launch();
  InputStreamConsumer.captureOutput(process);
  int exitCode = process.waitFor();
  // Refresh the current
  HoodieCLI.refreshTableMetadata();
  if (exitCode != 0) {
    return String.format("Savepoint \"%s\" failed to roll back", instantTime);
  }
  return String.format("Savepoint \"%s\" rolled back", instantTime);
}
 

@CliCommand(value = "savepoint delete", help = "Delete the savepoint")
public String deleteSavepoint(@CliOption(key = {"commit"}, help = "Delete a savepoint") final String instantTime,
    @CliOption(key = {"sparkProperties"}, help = "Spark Properties File Path") final String sparkPropertiesPath,
    @CliOption(key = "sparkMaster", unspecifiedDefaultValue = "", help = "Spark Master") String master,
    @CliOption(key = "sparkMemory", unspecifiedDefaultValue = "4G",
        help = "Spark executor memory") final String sparkMemory)
    throws Exception {
  HoodieTableMetaClient metaClient = HoodieCLI.getTableMetaClient();
  HoodieTimeline completedInstants = metaClient.getActiveTimeline().getSavePointTimeline().filterCompletedInstants();
  if (completedInstants.empty()) {
    throw new HoodieException("There are no completed savepoint to run delete");
  }
  HoodieInstant savePoint = new HoodieInstant(false, HoodieTimeline.SAVEPOINT_ACTION, instantTime);

  if (!completedInstants.containsInstant(savePoint)) {
    return "Commit " + instantTime + " not found in Commits " + completedInstants;
  }

  SparkLauncher sparkLauncher = SparkUtil.initLauncher(sparkPropertiesPath);
  sparkLauncher.addAppArgs(SparkMain.SparkCommand.DELETE_SAVEPOINT.toString(), master, sparkMemory, instantTime,
      metaClient.getBasePath());
  Process process = sparkLauncher.launch();
  InputStreamConsumer.captureOutput(process);
  int exitCode = process.waitFor();
  // Refresh the current
  HoodieCLI.refreshTableMetadata();
  if (exitCode != 0) {
    return String.format("Failed: Could not delete savepoint \"%s\".", instantTime);
  }
  return String.format("Savepoint \"%s\" deleted.", instantTime);
}
 

@CliCommand(value = "commit rollback", help = "Rollback a commit")
public String rollbackCommit(@CliOption(key = {"commit"}, help = "Commit to rollback") final String instantTime,
    @CliOption(key = {"sparkProperties"}, help = "Spark Properties File Path") final String sparkPropertiesPath,
    @CliOption(key = "sparkMaster", unspecifiedDefaultValue = "", help = "Spark Master") String master,
    @CliOption(key = "sparkMemory", unspecifiedDefaultValue = "4G",
       help = "Spark executor memory") final String sparkMemory)
    throws Exception {
  HoodieActiveTimeline activeTimeline = HoodieCLI.getTableMetaClient().getActiveTimeline();
  HoodieTimeline completedTimeline = activeTimeline.getCommitsTimeline().filterCompletedInstants();
  HoodieTimeline filteredTimeline = completedTimeline.filter(instant -> instant.getTimestamp().equals(instantTime));
  if (filteredTimeline.empty()) {
    return "Commit " + instantTime + " not found in Commits " + completedTimeline;
  }

  SparkLauncher sparkLauncher = SparkUtil.initLauncher(sparkPropertiesPath);
  sparkLauncher.addAppArgs(SparkMain.SparkCommand.ROLLBACK.toString(), master, sparkMemory, instantTime,
      HoodieCLI.getTableMetaClient().getBasePath());
  Process process = sparkLauncher.launch();
  InputStreamConsumer.captureOutput(process);
  int exitCode = process.waitFor();
  // Refresh the current
  HoodieCLI.refreshTableMetadata();
  if (exitCode != 0) {
    return "Commit " + instantTime + " failed to roll back";
  }
  return "Commit " + instantTime + " rolled back";
}
 

@CliCommand(value = "repair deduplicate",
    help = "De-duplicate a partition path contains duplicates & produce repaired files to replace with")
public String deduplicate(
    @CliOption(key = {"duplicatedPartitionPath"}, help = "Partition Path containing the duplicates",
        mandatory = true) final String duplicatedPartitionPath,
    @CliOption(key = {"repairedOutputPath"}, help = "Location to place the repaired files",
        mandatory = true) final String repairedOutputPath,
    @CliOption(key = {"sparkProperties"}, help = "Spark Properties File Path",
        unspecifiedDefaultValue = "") String sparkPropertiesPath,
    @CliOption(key = "sparkMaster", unspecifiedDefaultValue = "", help = "Spark Master") String master,
    @CliOption(key = "sparkMemory", unspecifiedDefaultValue = "4G",
        help = "Spark executor memory") final String sparkMemory,
    @CliOption(key = {"dryrun"},
        help = "Should we actually remove duplicates or just run and store result to repairedOutputPath",
        unspecifiedDefaultValue = "true") final boolean dryRun)
    throws Exception {
  if (StringUtils.isNullOrEmpty(sparkPropertiesPath)) {
    sparkPropertiesPath =
        Utils.getDefaultPropertiesFile(JavaConverters.mapAsScalaMapConverter(System.getenv()).asScala());
  }

  SparkLauncher sparkLauncher = SparkUtil.initLauncher(sparkPropertiesPath);
  sparkLauncher.addAppArgs(SparkMain.SparkCommand.DEDUPLICATE.toString(), master, sparkMemory,
      duplicatedPartitionPath, repairedOutputPath, HoodieCLI.getTableMetaClient().getBasePath(),
      String.valueOf(dryRun));
  Process process = sparkLauncher.launch();
  InputStreamConsumer.captureOutput(process);
  int exitCode = process.waitFor();

  if (exitCode != 0) {
    return "Deduplication failed!";
  }
  if (dryRun) {
    return DEDUPLICATE_RETURN_PREFIX + repairedOutputPath;
  } else {
    return DEDUPLICATE_RETURN_PREFIX + duplicatedPartitionPath;
  }
}
 

@CliCommand(value = "cleans run", help = "run clean")
public String runClean(@CliOption(key = "sparkMemory", unspecifiedDefaultValue = "4G",
    help = "Spark executor memory") final String sparkMemory,
                       @CliOption(key = "propsFilePath", help = "path to properties file on localfs or dfs with configurations for hoodie client for cleaning",
                         unspecifiedDefaultValue = "") final String propsFilePath,
                       @CliOption(key = "hoodieConfigs", help = "Any configuration that can be set in the properties file can be passed here in the form of an array",
                         unspecifiedDefaultValue = "") final String[] configs,
                       @CliOption(key = "sparkMaster", unspecifiedDefaultValue = "", help = "Spark Master ") String master) throws IOException, InterruptedException, URISyntaxException {
  boolean initialized = HoodieCLI.initConf();
  HoodieCLI.initFS(initialized);
  HoodieTableMetaClient metaClient = HoodieCLI.getTableMetaClient();

  String sparkPropertiesPath =
      Utils.getDefaultPropertiesFile(JavaConverters.mapAsScalaMapConverter(System.getenv()).asScala());
  SparkLauncher sparkLauncher = SparkUtil.initLauncher(sparkPropertiesPath);

  String cmd = SparkMain.SparkCommand.CLEAN.toString();
  sparkLauncher.addAppArgs(cmd, master, sparkMemory, metaClient.getBasePath(), propsFilePath);
  UtilHelpers.validateAndAddProperties(configs, sparkLauncher);
  Process process = sparkLauncher.launch();
  InputStreamConsumer.captureOutput(process);
  int exitCode = process.waitFor();
  if (exitCode != 0) {
    return "Failed to clean hoodie dataset";
  }
  return "Cleaned hoodie dataset";
}
 

@CliCommand(value = "compaction schedule", help = "Schedule Compaction")
public String scheduleCompact(@CliOption(key = "sparkMemory", unspecifiedDefaultValue = "1G",
    help = "Spark executor memory") final String sparkMemory,
                              @CliOption(key = "propsFilePath", help = "path to properties file on localfs or dfs with configurations for hoodie client for compacting",
                                unspecifiedDefaultValue = "") final String propsFilePath,
                              @CliOption(key = "hoodieConfigs", help = "Any configuration that can be set in the properties file can be passed here in the form of an array",
                                unspecifiedDefaultValue = "") final String[] configs) throws Exception {
  HoodieTableMetaClient client = checkAndGetMetaClient();
  boolean initialized = HoodieCLI.initConf();
  HoodieCLI.initFS(initialized);

  // First get a compaction instant time and pass it to spark launcher for scheduling compaction
  String compactionInstantTime = HoodieActiveTimeline.createNewInstantTime();

  String sparkPropertiesPath =
      Utils.getDefaultPropertiesFile(scala.collection.JavaConversions.propertiesAsScalaMap(System.getProperties()));
  SparkLauncher sparkLauncher = SparkUtil.initLauncher(sparkPropertiesPath);
  sparkLauncher.addAppArgs(SparkCommand.COMPACT_SCHEDULE.toString(), client.getBasePath(),
      client.getTableConfig().getTableName(), compactionInstantTime, sparkMemory, propsFilePath);
  UtilHelpers.validateAndAddProperties(configs, sparkLauncher);
  Process process = sparkLauncher.launch();
  InputStreamConsumer.captureOutput(process);
  int exitCode = process.waitFor();
  if (exitCode != 0) {
    return "Failed to run compaction for " + compactionInstantTime;
  }
  return "Compaction successfully completed for " + compactionInstantTime;
}
 

@CliCommand(value = "hdfsparquetimport", help = "Imports Parquet table to a hoodie table")
public String convert(
    @CliOption(key = "upsert", unspecifiedDefaultValue = "false",
        help = "Uses upsert API instead of the default insert API of WriteClient") boolean useUpsert,
    @CliOption(key = "srcPath", mandatory = true, help = "Base path for the input table") final String srcPath,
    @CliOption(key = "targetPath", mandatory = true,
        help = "Base path for the target hoodie table") final String targetPath,
    @CliOption(key = "tableName", mandatory = true, help = "Table name") final String tableName,
    @CliOption(key = "tableType", mandatory = true, help = "Table type") final String tableType,
    @CliOption(key = "rowKeyField", mandatory = true, help = "Row key field name") final String rowKeyField,
    @CliOption(key = "partitionPathField", mandatory = true,
        help = "Partition path field name") final String partitionPathField,
    @CliOption(key = {"parallelism"}, mandatory = true,
        help = "Parallelism for hoodie insert") final String parallelism,
    @CliOption(key = "schemaFilePath", mandatory = true,
        help = "Path for Avro schema file") final String schemaFilePath,
    @CliOption(key = "format", mandatory = true, help = "Format for the input data") final String format,
    @CliOption(key = "sparkMaster", unspecifiedDefaultValue = "", help = "Spark Master") String master,
    @CliOption(key = "sparkMemory", mandatory = true, help = "Spark executor memory") final String sparkMemory,
    @CliOption(key = "retry", mandatory = true, help = "Number of retries") final String retry,
    @CliOption(key = "propsFilePath", help = "path to properties file on localfs or dfs with configurations for hoodie client for importing",
      unspecifiedDefaultValue = "") final String propsFilePath,
    @CliOption(key = "hoodieConfigs", help = "Any configuration that can be set in the properties file can be passed here in the form of an array",
      unspecifiedDefaultValue = "") final String[] configs) throws Exception {

  (new FormatValidator()).validate("format", format);

  String sparkPropertiesPath =
      Utils.getDefaultPropertiesFile(JavaConverters.mapAsScalaMapConverter(System.getenv()).asScala());

  SparkLauncher sparkLauncher = SparkUtil.initLauncher(sparkPropertiesPath);

  String cmd = SparkCommand.IMPORT.toString();
  if (useUpsert) {
    cmd = SparkCommand.UPSERT.toString();
  }

  sparkLauncher.addAppArgs(cmd, master, sparkMemory, srcPath, targetPath, tableName, tableType, rowKeyField,
      partitionPathField, parallelism, schemaFilePath, retry, propsFilePath);
  UtilHelpers.validateAndAddProperties(configs, sparkLauncher);
  Process process = sparkLauncher.launch();
  InputStreamConsumer.captureOutput(process);
  int exitCode = process.waitFor();
  if (exitCode != 0) {
    return "Failed to import table to hoodie format";
  }
  return "Table imported to hoodie format";
}
 

@CliCommand(value = "compaction run", help = "Run Compaction for given instant time")
public String compact(
    @CliOption(key = {"parallelism"}, mandatory = true,
        help = "Parallelism for hoodie compaction") final String parallelism,
    @CliOption(key = "schemaFilePath", mandatory = true,
        help = "Path for Avro schema file") final String schemaFilePath,
    @CliOption(key = "sparkMemory", unspecifiedDefaultValue = "4G",
        help = "Spark executor memory") final String sparkMemory,
    @CliOption(key = "retry", unspecifiedDefaultValue = "1", help = "Number of retries") final String retry,
    @CliOption(key = "compactionInstant", help = "Base path for the target hoodie table") String compactionInstantTime,
    @CliOption(key = "propsFilePath", help = "path to properties file on localfs or dfs with configurations for hoodie client for compacting",
      unspecifiedDefaultValue = "") final String propsFilePath,
    @CliOption(key = "hoodieConfigs", help = "Any configuration that can be set in the properties file can be passed here in the form of an array",
      unspecifiedDefaultValue = "") final String[] configs)
    throws Exception {
  HoodieTableMetaClient client = checkAndGetMetaClient();
  boolean initialized = HoodieCLI.initConf();
  HoodieCLI.initFS(initialized);

  if (null == compactionInstantTime) {
    // pick outstanding one with lowest timestamp
    Option<String> firstPendingInstant =
        client.reloadActiveTimeline().filterCompletedAndCompactionInstants()
            .filter(instant -> instant.getAction().equals(HoodieTimeline.COMPACTION_ACTION)).firstInstant()
            .map(HoodieInstant::getTimestamp);
    if (!firstPendingInstant.isPresent()) {
      return "NO PENDING COMPACTION TO RUN";
    }
    compactionInstantTime = firstPendingInstant.get();
  }
  String sparkPropertiesPath =
      Utils.getDefaultPropertiesFile(scala.collection.JavaConversions.propertiesAsScalaMap(System.getProperties()));
  SparkLauncher sparkLauncher = SparkUtil.initLauncher(sparkPropertiesPath);
  sparkLauncher.addAppArgs(SparkCommand.COMPACT_RUN.toString(), client.getBasePath(),
      client.getTableConfig().getTableName(), compactionInstantTime, parallelism, schemaFilePath,
      sparkMemory, retry, propsFilePath);
  UtilHelpers.validateAndAddProperties(configs, sparkLauncher);
  Process process = sparkLauncher.launch();
  InputStreamConsumer.captureOutput(process);
  int exitCode = process.waitFor();
  if (exitCode != 0) {
    return "Failed to run compaction for " + compactionInstantTime;
  }
  return "Compaction successfully completed for " + compactionInstantTime;
}
 

@CliCommand(value = "compaction validate", help = "Validate Compaction")
public String validateCompaction(
    @CliOption(key = "instant", mandatory = true, help = "Compaction Instant") String compactionInstant,
    @CliOption(key = {"parallelism"}, unspecifiedDefaultValue = "3", help = "Parallelism") String parallelism,
    @CliOption(key = "sparkMaster", unspecifiedDefaultValue = "", help = "Spark Master ") String master,
    @CliOption(key = "sparkMemory", unspecifiedDefaultValue = "2G", help = "executor memory") String sparkMemory,
    @CliOption(key = {"limit"}, help = "Limit commits", unspecifiedDefaultValue = "-1") Integer limit,
    @CliOption(key = {"sortBy"}, help = "Sorting Field", unspecifiedDefaultValue = "") String sortByField,
    @CliOption(key = {"desc"}, help = "Ordering", unspecifiedDefaultValue = "false") boolean descending,
    @CliOption(key = {"headeronly"}, help = "Print Header Only",
        unspecifiedDefaultValue = "false") boolean headerOnly)
    throws Exception {
  HoodieTableMetaClient client = checkAndGetMetaClient();
  boolean initialized = HoodieCLI.initConf();
  HoodieCLI.initFS(initialized);

  String outputPathStr = getTmpSerializerFile();
  Path outputPath = new Path(outputPathStr);
  String output;
  try {
    String sparkPropertiesPath = Utils
        .getDefaultPropertiesFile(scala.collection.JavaConversions.propertiesAsScalaMap(System.getProperties()));
    SparkLauncher sparkLauncher = SparkUtil.initLauncher(sparkPropertiesPath);
    sparkLauncher.addAppArgs(SparkCommand.COMPACT_VALIDATE.toString(), master, sparkMemory, client.getBasePath(),
        compactionInstant, outputPathStr, parallelism);
    Process process = sparkLauncher.launch();
    InputStreamConsumer.captureOutput(process);
    int exitCode = process.waitFor();
    if (exitCode != 0) {
      return "Failed to validate compaction for " + compactionInstant;
    }
    List<ValidationOpResult> res = deSerializeOperationResult(outputPathStr, HoodieCLI.fs);
    boolean valid = res.stream().map(OperationResult::isSuccess).reduce(Boolean::logicalAnd).orElse(true);
    String message = "\n\n\t COMPACTION PLAN " + (valid ? "VALID" : "INVALID") + "\n\n";
    List<Comparable[]> rows = new ArrayList<>();
    res.forEach(r -> {
      Comparable[] row = new Comparable[] {r.getOperation().getFileId(), r.getOperation().getBaseInstantTime(),
          r.getOperation().getDataFileName().isPresent() ? r.getOperation().getDataFileName().get() : "",
          r.getOperation().getDeltaFileNames().size(), r.isSuccess(),
          r.getException().isPresent() ? r.getException().get().getMessage() : ""};
      rows.add(row);
    });

    Map<String, Function<Object, String>> fieldNameToConverterMap = new HashMap<>();
    TableHeader header = new TableHeader().addTableHeaderField("File Id").addTableHeaderField("Base Instant Time")
        .addTableHeaderField("Base Data File").addTableHeaderField("Num Delta Files").addTableHeaderField("Valid")
        .addTableHeaderField("Error");

    output = message + HoodiePrintHelper.print(header, fieldNameToConverterMap, sortByField, descending, limit,
        headerOnly, rows);
  } finally {
    // Delete tmp file used to serialize result
    if (HoodieCLI.fs.exists(outputPath)) {
      HoodieCLI.fs.delete(outputPath, false);
    }
  }
  return output;
}
 

@CliCommand(value = "compaction unschedule", help = "Unschedule Compaction")
public String unscheduleCompaction(
    @CliOption(key = "instant", mandatory = true, help = "Compaction Instant") String compactionInstant,
    @CliOption(key = {"parallelism"}, unspecifiedDefaultValue = "3", help = "Parallelism") String parallelism,
    @CliOption(key = "sparkMaster", unspecifiedDefaultValue = "", help = "Spark Master ") String master,
    @CliOption(key = "sparkMemory", unspecifiedDefaultValue = "2G", help = "executor memory") String sparkMemory,
    @CliOption(key = {"skipValidation"}, help = "skip validation", unspecifiedDefaultValue = "false") boolean skipV,
    @CliOption(key = {"dryRun"}, help = "Dry Run Mode", unspecifiedDefaultValue = "false") boolean dryRun,
    @CliOption(key = {"limit"}, help = "Limit commits", unspecifiedDefaultValue = "-1") Integer limit,
    @CliOption(key = {"sortBy"}, help = "Sorting Field", unspecifiedDefaultValue = "") String sortByField,
    @CliOption(key = {"desc"}, help = "Ordering", unspecifiedDefaultValue = "false") boolean descending,
    @CliOption(key = {"headeronly"}, help = "Print Header Only",
        unspecifiedDefaultValue = "false") boolean headerOnly)
    throws Exception {
  HoodieTableMetaClient client = checkAndGetMetaClient();
  boolean initialized = HoodieCLI.initConf();
  HoodieCLI.initFS(initialized);

  String outputPathStr = getTmpSerializerFile();
  Path outputPath = new Path(outputPathStr);
  String output;
  try {
    String sparkPropertiesPath = Utils
        .getDefaultPropertiesFile(scala.collection.JavaConversions.propertiesAsScalaMap(System.getProperties()));
    SparkLauncher sparkLauncher = SparkUtil.initLauncher(sparkPropertiesPath);
    sparkLauncher.addAppArgs(SparkCommand.COMPACT_UNSCHEDULE_PLAN.toString(), master, sparkMemory, client.getBasePath(),
        compactionInstant, outputPathStr, parallelism, Boolean.valueOf(skipV).toString(),
        Boolean.valueOf(dryRun).toString());
    Process process = sparkLauncher.launch();
    InputStreamConsumer.captureOutput(process);
    int exitCode = process.waitFor();
    if (exitCode != 0) {
      return "Failed to unschedule compaction for " + compactionInstant;
    }
    List<RenameOpResult> res = deSerializeOperationResult(outputPathStr, HoodieCLI.fs);
    output =
        getRenamesToBePrinted(res, limit, sortByField, descending, headerOnly, "unschedule pending compaction");
  } finally {
    // Delete tmp file used to serialize result
    if (HoodieCLI.fs.exists(outputPath)) {
      HoodieCLI.fs.delete(outputPath, false);
    }
  }
  return output;
}
 

@CliCommand(value = "compaction unscheduleFileId", help = "UnSchedule Compaction for a fileId")
public String unscheduleCompactFile(
    @CliOption(key = "fileId", mandatory = true, help = "File Id") final String fileId,
    @CliOption(key = "sparkMaster", unspecifiedDefaultValue = "", help = "Spark Master ") String master,
    @CliOption(key = "sparkMemory", unspecifiedDefaultValue = "2G", help = "executor memory") String sparkMemory,
    @CliOption(key = {"skipValidation"}, help = "skip validation", unspecifiedDefaultValue = "false") boolean skipV,
    @CliOption(key = {"dryRun"}, help = "Dry Run Mode", unspecifiedDefaultValue = "false") boolean dryRun,
    @CliOption(key = {"limit"}, help = "Limit commits", unspecifiedDefaultValue = "-1") Integer limit,
    @CliOption(key = {"sortBy"}, help = "Sorting Field", unspecifiedDefaultValue = "") String sortByField,
    @CliOption(key = {"desc"}, help = "Ordering", unspecifiedDefaultValue = "false") boolean descending,
    @CliOption(key = {"headeronly"}, help = "Header Only", unspecifiedDefaultValue = "false") boolean headerOnly)
    throws Exception {
  HoodieTableMetaClient client = checkAndGetMetaClient();
  boolean initialized = HoodieCLI.initConf();
  HoodieCLI.initFS(initialized);

  String outputPathStr = getTmpSerializerFile();
  Path outputPath = new Path(outputPathStr);
  String output;
  try {
    String sparkPropertiesPath = Utils
        .getDefaultPropertiesFile(scala.collection.JavaConversions.propertiesAsScalaMap(System.getProperties()));
    SparkLauncher sparkLauncher = SparkUtil.initLauncher(sparkPropertiesPath);
    sparkLauncher.addAppArgs(SparkCommand.COMPACT_UNSCHEDULE_FILE.toString(), master, sparkMemory, client.getBasePath(),
        fileId, outputPathStr, "1", Boolean.valueOf(skipV).toString(),
        Boolean.valueOf(dryRun).toString());
    Process process = sparkLauncher.launch();
    InputStreamConsumer.captureOutput(process);
    int exitCode = process.waitFor();
    if (exitCode != 0) {
      return "Failed to unschedule compaction for file " + fileId;
    }
    List<RenameOpResult> res = deSerializeOperationResult(outputPathStr, HoodieCLI.fs);
    output = getRenamesToBePrinted(res, limit, sortByField, descending, headerOnly,
        "unschedule file from pending compaction");
  } finally {
    // Delete tmp file used to serialize result
    if (HoodieCLI.fs.exists(outputPath)) {
      HoodieCLI.fs.delete(outputPath, false);
    }
  }
  return output;
}
 

@CliCommand(value = "compaction repair", help = "Renames the files to make them consistent with the timeline as "
    + "dictated by Hoodie metadata. Use when compaction unschedule fails partially.")
public String repairCompaction(
    @CliOption(key = "instant", mandatory = true, help = "Compaction Instant") String compactionInstant,
    @CliOption(key = {"parallelism"}, unspecifiedDefaultValue = "3", help = "Parallelism") String parallelism,
    @CliOption(key = "sparkMaster", unspecifiedDefaultValue = "", help = "Spark Master ") String master,
    @CliOption(key = "sparkMemory", unspecifiedDefaultValue = "2G", help = "executor memory") String sparkMemory,
    @CliOption(key = {"dryRun"}, help = "Dry Run Mode", unspecifiedDefaultValue = "false") boolean dryRun,
    @CliOption(key = {"limit"}, help = "Limit commits", unspecifiedDefaultValue = "-1") Integer limit,
    @CliOption(key = {"sortBy"}, help = "Sorting Field", unspecifiedDefaultValue = "") String sortByField,
    @CliOption(key = {"desc"}, help = "Ordering", unspecifiedDefaultValue = "false") boolean descending,
    @CliOption(key = {"headeronly"}, help = "Print Header Only",
        unspecifiedDefaultValue = "false") boolean headerOnly)
    throws Exception {
  HoodieTableMetaClient client = checkAndGetMetaClient();
  boolean initialized = HoodieCLI.initConf();
  HoodieCLI.initFS(initialized);

  String outputPathStr = getTmpSerializerFile();
  Path outputPath = new Path(outputPathStr);
  String output;
  try {
    String sparkPropertiesPath = Utils
        .getDefaultPropertiesFile(scala.collection.JavaConversions.propertiesAsScalaMap(System.getProperties()));
    SparkLauncher sparkLauncher = SparkUtil.initLauncher(sparkPropertiesPath);
    sparkLauncher.addAppArgs(SparkCommand.COMPACT_REPAIR.toString(), master, sparkMemory, client.getBasePath(),
        compactionInstant, outputPathStr, parallelism, Boolean.valueOf(dryRun).toString());
    Process process = sparkLauncher.launch();
    InputStreamConsumer.captureOutput(process);
    int exitCode = process.waitFor();
    if (exitCode != 0) {
      return "Failed to unschedule compaction for " + compactionInstant;
    }
    List<RenameOpResult> res = deSerializeOperationResult(outputPathStr, HoodieCLI.fs);
    output = getRenamesToBePrinted(res, limit, sortByField, descending, headerOnly, "repair compaction");
  } finally {
    // Delete tmp file used to serialize result
    if (HoodieCLI.fs.exists(outputPath)) {
      HoodieCLI.fs.delete(outputPath, false);
    }
  }
  return output;
}