Package com.linkedin.venice.vpj

Class VenicePushJobConstants

java.lang.Object
com.linkedin.venice.vpj.VenicePushJobConstants
public final class VenicePushJobConstants extends Object

  • Field Details

    • LEGACY_AVRO_KEY_FIELD_PROP

      public static final String LEGACY_AVRO_KEY_FIELD_PROP
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    • LEGACY_AVRO_VALUE_FIELD_PROP

      public static final String LEGACY_AVRO_VALUE_FIELD_PROP
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    • KEY_FIELD_PROP

      public static final String KEY_FIELD_PROP
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    • VALUE_FIELD_PROP

      public static final String VALUE_FIELD_PROP
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    • RMD_FIELD_PROP

      public static final String RMD_FIELD_PROP
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    • DEFAULT_KEY_FIELD_PROP

      public static final String DEFAULT_KEY_FIELD_PROP
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    • DEFAULT_VALUE_FIELD_PROP

      public static final String DEFAULT_VALUE_FIELD_PROP
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    • DEFAULT_RMD_FIELD_PROP

      public static final String DEFAULT_RMD_FIELD_PROP
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    • DEFAULT_SSL_ENABLED

      public static final boolean DEFAULT_SSL_ENABLED
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    • SCHEMA_STRING_PROP

      public static final String SCHEMA_STRING_PROP
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    • KAFKA_SOURCE_KEY_SCHEMA_STRING_PROP

      public static final String KAFKA_SOURCE_KEY_SCHEMA_STRING_PROP
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    • EXTENDED_SCHEMA_VALIDITY_CHECK_ENABLED

      public static final String EXTENDED_SCHEMA_VALIDITY_CHECK_ENABLED
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    • DEFAULT_EXTENDED_SCHEMA_VALIDITY_CHECK_ENABLED

      public static final boolean DEFAULT_EXTENDED_SCHEMA_VALIDITY_CHECK_ENABLED
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    • UPDATE_SCHEMA_STRING_PROP

      public static final String UPDATE_SCHEMA_STRING_PROP
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    • RMD_SCHEMA_PROP

      public static final String RMD_SCHEMA_PROP
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    • SPARK_NATIVE_INPUT_FORMAT_ENABLED

      public static final String SPARK_NATIVE_INPUT_FORMAT_ENABLED
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    • FILE_KEY_SCHEMA

      public static final String FILE_KEY_SCHEMA
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    • FILE_VALUE_SCHEMA

      public static final String FILE_VALUE_SCHEMA
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    • INCREMENTAL_PUSH

      public static final String INCREMENTAL_PUSH
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    • GENERATE_PARTIAL_UPDATE_RECORD_FROM_INPUT

      public static final String GENERATE_PARTIAL_UPDATE_RECORD_FROM_INPUT
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    • PARTITION_COUNT

      public static final String PARTITION_COUNT
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    • ALLOW_DUPLICATE_KEY

      public static final String ALLOW_DUPLICATE_KEY
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    • POLL_STATUS_RETRY_ATTEMPTS

      public static final String POLL_STATUS_RETRY_ATTEMPTS
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    • CONTROLLER_REQUEST_RETRY_ATTEMPTS

      public static final String CONTROLLER_REQUEST_RETRY_ATTEMPTS
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    • POLL_JOB_STATUS_INTERVAL_MS

      public static final String POLL_JOB_STATUS_INTERVAL_MS
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    • JOB_STATUS_IN_UNKNOWN_STATE_TIMEOUT_MS

      public static final String JOB_STATUS_IN_UNKNOWN_STATE_TIMEOUT_MS
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    • PUSH_JOB_TIMEOUT_OVERRIDE_MS

      public static final String PUSH_JOB_TIMEOUT_OVERRIDE_MS
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    • SEND_CONTROL_MESSAGES_DIRECTLY

      public static final String SEND_CONTROL_MESSAGES_DIRECTLY
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    • SOURCE_ETL

      public static final String SOURCE_ETL
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    • ETL_VALUE_SCHEMA_TRANSFORMATION

      public static final String ETL_VALUE_SCHEMA_TRANSFORMATION
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    • SYSTEM_SCHEMA_READER_ENABLED

      public static final String SYSTEM_SCHEMA_READER_ENABLED
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    • SYSTEM_SCHEMA_CLUSTER_D2_SERVICE_NAME

      public static final String SYSTEM_SCHEMA_CLUSTER_D2_SERVICE_NAME
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    • SYSTEM_SCHEMA_CLUSTER_D2_ZK_HOST

      public static final String SYSTEM_SCHEMA_CLUSTER_D2_ZK_HOST
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    • COMPRESSION_METRIC_COLLECTION_ENABLED

      public static final String COMPRESSION_METRIC_COLLECTION_ENABLED
      Config to enable/disable the feature to collect extra metrics wrt compression. Enabling this collects metrics for all compression strategies regardless of the configured compression strategy. This means: zstd dictionary will be created even if CompressionStrategy.ZSTD_WITH_DICT is not the configured store compression strategy (refer VenicePushJob.shouldBuildZstdCompressionDictionary(com.linkedin.venice.hadoop.PushJobSetting, boolean))

      This config also gets evaluated in VenicePushJob.evaluateCompressionMetricCollectionEnabled(com.linkedin.venice.hadoop.PushJobSetting, boolean)

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    • DEFAULT_COMPRESSION_METRIC_COLLECTION_ENABLED

      public static final boolean DEFAULT_COMPRESSION_METRIC_COLLECTION_ENABLED
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    • MINIMUM_NUMBER_OF_SAMPLES_REQUIRED_TO_BUILD_ZSTD_DICTIONARY

      public static final int MINIMUM_NUMBER_OF_SAMPLES_REQUIRED_TO_BUILD_ZSTD_DICTIONARY
      Known zstd lib issue which crashes if the input sample is too small. So adding a preventive check to skip training the dictionary in such cases using a minimum limit of 20. Keeping it simple and hard coding it as if this check doesn't prevent some edge cases then we can disable the feature itself
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    • ZSTD_DICTIONARY_CREATION_REQUIRED

      public static final String ZSTD_DICTIONARY_CREATION_REQUIRED
      Configs to pass to AbstractVeniceMapper based on the input configs and Dictionary training status
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    • ZSTD_DICTIONARY_CREATION_SUCCESS

      public static final String ZSTD_DICTIONARY_CREATION_SUCCESS
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    • KEY_ZSTD_COMPRESSION_DICTIONARY

      public static final String KEY_ZSTD_COMPRESSION_DICTIONARY
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    • KEY_INPUT_FILE_DATA_SIZE

      public static final String KEY_INPUT_FILE_DATA_SIZE
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    • SOURCE_KAFKA

      public static final String SOURCE_KAFKA
      Configs used to enable Kafka Input.
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    • KAFKA_INPUT_TOPIC

      public static final String KAFKA_INPUT_TOPIC
      TODO: consider to automatically discover the source topic for the specified store. We need to be careful in the following scenarios: 1. Not all the prod colos are using the same current version if the previous push experiences a partial failure. 2. We might want to re-push from a backup version, which should be unlikely.
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    • KAFKA_INPUT_FABRIC

      public static final String KAFKA_INPUT_FABRIC
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    • KAFKA_INPUT_BROKER_URL

      public static final String KAFKA_INPUT_BROKER_URL
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    • KAFKA_INPUT_MAX_RECORDS_PER_MAPPER

      public static final String KAFKA_INPUT_MAX_RECORDS_PER_MAPPER
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    • KIF_RECORD_READER_KAFKA_CONFIG_PREFIX

      public static final String KIF_RECORD_READER_KAFKA_CONFIG_PREFIX
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    • DEFAULT_PUBSUB_INPUT_MAX_RECORDS_PER_MAPPER

      public static final long DEFAULT_PUBSUB_INPUT_MAX_RECORDS_PER_MAPPER
      The default max records per mapper, and if there are more records in one topic partition, it will be consumed by multiple mappers in parallel. BTW, this calculation is not accurate since it is purely based on offset, and the topic being consumed could have log compaction enabled.
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    • PUBSUB_INPUT_SECONDARY_COMPARATOR_USE_LOCAL_LOGICAL_INDEX

      public static final String PUBSUB_INPUT_SECONDARY_COMPARATOR_USE_LOCAL_LOGICAL_INDEX
      Use a locally generated logical index as the secondary comparator after comparing keys in repush mappers. Both strategies order records latest first: - Disabled: use PubSub position/offset, higher position first. - Enabled: use a local logical index (assigned after poll call), higher indices first. This remains configurable because the local index may misorder records in rare cases: for example, if log compaction occurs during repush consumption and a split fails or runs speculatively, a newer record could get a lower logical index. Offsets avoid that risk. Once we no longer depend on PubSub log compaction, the logical index alone will be sufficient. Default: false
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    • DEFAULT_PUBSUB_INPUT_SECONDARY_COMPARATOR_USE_LOCAL_LOGICAL_INDEX

      public static final boolean DEFAULT_PUBSUB_INPUT_SECONDARY_COMPARATOR_USE_LOCAL_LOGICAL_INDEX
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    • PUBSUB_INPUT_SPLIT_STRATEGY

      public static final String PUBSUB_INPUT_SPLIT_STRATEGY
      Configuration key for specifying the PubSub input split strategy.

      The split type determines how input splits are generated for processing PubSub records. Supported values include PartitionSplitStrategy supported by the system.

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    • DEFAULT_PUBSUB_INPUT_SPLIT_STRATEGY

      public static final String DEFAULT_PUBSUB_INPUT_SPLIT_STRATEGY
      Default split type for PubSub input.

      This value is derived from PartitionSplitStrategy.FIXED_RECORD_COUNT, which generates splits containing a fixed number of records.

    • PUBSUB_INPUT_MAX_SPLITS_PER_PARTITION

      public static final String PUBSUB_INPUT_MAX_SPLITS_PER_PARTITION
      Configuration key for the maximum number of splits to create per PubSub topic-partition.

      This setting limits the total number of input splits generated for large partitions. The default value is DEFAULT_MAX_SPLITS_PER_PARTITION.

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    • DEFAULT_MAX_SPLITS_PER_PARTITION

      public static final int DEFAULT_MAX_SPLITS_PER_PARTITION
      Default maximum number of splits to create per PubSub topic-partition.

      This value is taken from SplitRequest.DEFAULT_MAX_SPLITS.

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    • PUBSUB_INPUT_SPLIT_TIME_WINDOW_IN_MINUTES

      public static final String PUBSUB_INPUT_SPLIT_TIME_WINDOW_IN_MINUTES
      Configuration key for the time window (in minutes) used to split PubSub input topic-partition.

      Splits are generated so that each covers at most the configured time window. The default value is DEFAULT_PUBSUB_INPUT_TIME_WINDOW_IN_MINUTES.

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    • DEFAULT_PUBSUB_INPUT_TIME_WINDOW_IN_MINUTES

      public static final long DEFAULT_PUBSUB_INPUT_TIME_WINDOW_IN_MINUTES
      Default time window (in minutes) for splitting PubSub input topic-partition.

      This value is derived from SplitRequest.DEFAULT_TIME_WINDOW_MS and converted from milliseconds to minutes.

    • KAFKA_INPUT_COMBINER_ENABLED

      public static final String KAFKA_INPUT_COMBINER_ENABLED
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    • KAFKA_INPUT_COMPRESSION_BUILD_NEW_DICT_ENABLED

      public static final String KAFKA_INPUT_COMPRESSION_BUILD_NEW_DICT_ENABLED
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    • KAFKA_INPUT_SOURCE_TOPIC_CHUNKING_ENABLED

      public static final String KAFKA_INPUT_SOURCE_TOPIC_CHUNKING_ENABLED
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    • REWIND_TIME_IN_SECONDS_OVERRIDE

      public static final String REWIND_TIME_IN_SECONDS_OVERRIDE
      Optional. If we want to use a different rewind time from the default store-level rewind time config for Kafka Input re-push, the following property needs to specified explicitly. This property comes to play when the default rewind time configured in store-level is too short or too long. 1. If the default rewind time config is too short (for example 0 or several mins), it could cause data gap with re-push since the push job itself could take several hours, and we would like to make sure the re-pushed version will contain the same dataset as the source version. 2. If the default rewind time config is too long (such as 28 days), it will be a big waste to rewind so much time since the time gap between the source version and the re-push version should be comparable to the re-push time if the whole ingestion pipeline is not lagging. There are some challenges to automatically detect the right rewind time for re-push because of the following reasons: 1. For Venice Aggregate use case, some colo could be lagging behind other prod colos, so if the re-push source is from a fast colo, too short rewind time could cause a data gap in the slower colos. Ideally, it is good to use the slowest colo as the re-push source. 2. For Venice non-Aggregate use case, the ingestion pipeline will include the following several phases: 2.1 Customer's Kafka aggregation and mirroring pipeline to replicate the same data to all prod colos. 2.2 Venice Ingestion pipeline to consume the local real-time topic. We have visibility to 2.2, but not 2.1, so we may need to work with customer to understand how 2.1 can be measured or use a long enough rewind time to mitigate all the potential issues. Make this property available in generic since it should be useful for ETL+VPJ use case as well.
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    • REWIND_EPOCH_TIME_IN_SECONDS_OVERRIDE

      public static final String REWIND_EPOCH_TIME_IN_SECONDS_OVERRIDE
      A time stamp specified to rewind to before replaying data. This config is ignored if rewind.time.in.seconds.override is provided. This config at time of push will be leveraged to fill in the rewind.time.in.seconds.override by taking System.currentTime - rewind.epoch.time.in.seconds.override and storing the result in rewind.time.in.seconds.override. With this in mind, a push policy of REWIND_FROM_SOP should be used in order to get a behavior that makes sense to a user. A timestamp that is in the future is not valid and will result in an exception.
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    • REWIND_EPOCH_TIME_BUFFER_IN_SECONDS_OVERRIDE

      public static final String REWIND_EPOCH_TIME_BUFFER_IN_SECONDS_OVERRIDE
      Relates to the REWIND_EPOCH_TIME_IN_SECONDS_OVERRIDE. An overridable amount of buffer to be applied to the epoch (as the rewind isn't perfectly instantaneous). Defaults to 1 minute.
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    • SUPPRESS_END_OF_PUSH_MESSAGE

      public static final String SUPPRESS_END_OF_PUSH_MESSAGE
      This config is a boolean which suppresses submitting the end of push message after data has been sent and does not poll for the status of the job to complete. Using this flag means that a user must manually mark the job success or failed.
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    • DEFER_VERSION_SWAP

      public static final String DEFER_VERSION_SWAP
      This config is a boolean which waits for an external signal to trigger version swap after buffer replay is complete.
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    • D2_ZK_HOSTS_PREFIX

      public static final String D2_ZK_HOSTS_PREFIX
      This config specifies the prefix for d2 zk hosts config. Configs of type <prefix>.<regionName> are expected to be defined.
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    • PARENT_CONTROLLER_REGION_NAME

      public static final String PARENT_CONTROLLER_REGION_NAME
      This config specifies the region identifier where parent controller is running
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    • VENICE_DISCOVER_URL_PROP

      public static final String VENICE_DISCOVER_URL_PROP
      In single-region mode, this must be a comma-separated list of child controller URLs or d2://<d2ServiceNameForChildController> In multi-region mode, it must be a comma-separated list of parent controller URLs or d2://<d2ServiceNameForParentController>
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    • SOURCE_GRID_FABRIC

      public static final String SOURCE_GRID_FABRIC
      An identifier of the data center which is used to determine the Kafka URL and child controllers that push jobs communicate with
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    • ENABLE_WRITE_COMPUTE

      public static final String ENABLE_WRITE_COMPUTE
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    • ENABLE_SSL

      public static final String ENABLE_SSL
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    • VENICE_STORE_NAME_PROP

      public static final String VENICE_STORE_NAME_PROP
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    • INPUT_PATH_PROP

      public static final String INPUT_PATH_PROP
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    • INPUT_PATH_LAST_MODIFIED_TIME

      public static final String INPUT_PATH_LAST_MODIFIED_TIME
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    • BATCH_NUM_BYTES_PROP

      public static final String BATCH_NUM_BYTES_PROP
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    • PATH_FILTER

      public static final org.apache.hadoop.fs.PathFilter PATH_FILTER
      ignore hdfs files with prefix "_" and "."

    • GLOB_FILTER_PATTERN

      public static final String GLOB_FILTER_PATTERN
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    • HADOOP_TMP_DIR

      public static final String HADOOP_TMP_DIR
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    • TEMP_DIR_PREFIX

      public static final String TEMP_DIR_PREFIX
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    • PERMISSION_777

      public static final org.apache.hadoop.fs.permission.FsPermission PERMISSION_777

    • PERMISSION_700

      public static final org.apache.hadoop.fs.permission.FsPermission PERMISSION_700

    • VALUE_SCHEMA_ID_PROP

      public static final String VALUE_SCHEMA_ID_PROP
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    • RMD_SCHEMA_ID_PROP

      public static final String RMD_SCHEMA_ID_PROP
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    • DERIVED_SCHEMA_ID_PROP

      public static final String DERIVED_SCHEMA_ID_PROP
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    • TOPIC_PROP

      public static final String TOPIC_PROP
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    • HADOOP_VALIDATE_SCHEMA_AND_BUILD_DICT_PREFIX

      public static final String HADOOP_VALIDATE_SCHEMA_AND_BUILD_DICT_PREFIX
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    • SSL_PREFIX

      public static final String SSL_PREFIX
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    • STORAGE_QUOTA_PROP

      public static final String STORAGE_QUOTA_PROP
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    • STORAGE_ENGINE_OVERHEAD_RATIO

      public static final String STORAGE_ENGINE_OVERHEAD_RATIO
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    • VSON_PUSH

      @Deprecated public static final String VSON_PUSH
      Deprecated.
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    • COMPRESSION_STRATEGY

      public static final String COMPRESSION_STRATEGY
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    • KAFKA_INPUT_SOURCE_COMPRESSION_STRATEGY

      public static final String KAFKA_INPUT_SOURCE_COMPRESSION_STRATEGY
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    • SSL_CONFIGURATOR_CLASS_CONFIG

      public static final String SSL_CONFIGURATOR_CLASS_CONFIG
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    • SSL_KEY_STORE_PROPERTY_NAME

      public static final String SSL_KEY_STORE_PROPERTY_NAME
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    • SSL_TRUST_STORE_PROPERTY_NAME

      public static final String SSL_TRUST_STORE_PROPERTY_NAME
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    • SSL_KEY_STORE_PASSWORD_PROPERTY_NAME

      public static final String SSL_KEY_STORE_PASSWORD_PROPERTY_NAME
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    • SSL_KEY_PASSWORD_PROPERTY_NAME

      public static final String SSL_KEY_PASSWORD_PROPERTY_NAME
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    • JOB_EXEC_URL

      public static final String JOB_EXEC_URL
      This will define the execution servers url for easy access to the job execution during debugging. This can be any string that is meaningful to the execution environment.
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    • JOB_SERVER_NAME

      public static final String JOB_SERVER_NAME
      The short name of the server where the job runs
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    • JOB_EXEC_ID

      public static final String JOB_EXEC_ID
      The execution ID of the execution if this job is a part of a multi-step flow. Each step in the flow can have the same execution id
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    • REDUCER_SPECULATIVE_EXECUTION_ENABLE

      public static final String REDUCER_SPECULATIVE_EXECUTION_ENABLE
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    • TELEMETRY_MESSAGE_INTERVAL

      public static final String TELEMETRY_MESSAGE_INTERVAL
      The interval of number of messages upon which certain info is printed in the reducer logs.
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    • ZSTD_COMPRESSION_LEVEL

      public static final String ZSTD_COMPRESSION_LEVEL
      Config to control the Compression Level for ZSTD Dictionary Compression.
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    • DEFAULT_BATCH_BYTES_SIZE

      public static final int DEFAULT_BATCH_BYTES_SIZE
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    • DEFAULT_RE_PUSH_REWIND_IN_SECONDS_OVERRIDE

      public static final long DEFAULT_RE_PUSH_REWIND_IN_SECONDS_OVERRIDE
      The rewind override when performing re-push to prevent data loss; if the store has higher rewind config setting than 1 days, adopt the store config instead; otherwise, override the rewind config to 1 day if push job config doesn't try to override it.
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    • REPUSH_TTL_ENABLE

      public static final String REPUSH_TTL_ENABLE
      Config to control the TTL behaviors in repush.
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    • REPUSH_TTL_POLICY

      public static final String REPUSH_TTL_POLICY
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    • REPUSH_TTL_SECONDS

      public static final String REPUSH_TTL_SECONDS
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    • REPUSH_TTL_START_TIMESTAMP

      public static final String REPUSH_TTL_START_TIMESTAMP
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    • RMD_SCHEMA_DIR

      public static final String RMD_SCHEMA_DIR
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    • VALUE_SCHEMA_DIR

      public static final String VALUE_SCHEMA_DIR
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    • NOT_SET

      public static final int NOT_SET
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    • TARGETED_REGION_PUSH_ENABLED

      public static final String TARGETED_REGION_PUSH_ENABLED
      Config to enable single targeted region push mode in VPJ. In this mode, the VPJ will only push data to a single region. The single region is decided by the store config in StoreInfo.getNativeReplicationSourceFabric()}. For multiple targeted regions push, may use the advanced mode. See TARGETED_REGION_PUSH_LIST.
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    • HYBRID_BATCH_WRITE_OPTIMIZATION_ENABLED

      public static final String HYBRID_BATCH_WRITE_OPTIMIZATION_ENABLED
      Config to enable memtable based ingestion of hybrid store batch push. In this mode servers will not use SST table writer to ingest batch data for hybrid store stores. This will help in preventing log compaction of contol messages from speculative producers.
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    • TARGETED_REGION_PUSH_LIST

      public static final String TARGETED_REGION_PUSH_LIST
      This is experimental config to specify a list of regions used for targeted region push in VPJ. TARGETED_REGION_PUSH_ENABLED has to be enabled to use this config. In this mode, the VPJ will only push data to the provided regions. The input is comma separated list of region names, e.g. "dc-0,dc-1,dc-2". For single targeted region push, see TARGETED_REGION_PUSH_ENABLED.
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    • TARGETED_REGION_PUSH_WITH_DEFERRED_SWAP

      public static final String TARGETED_REGION_PUSH_WITH_DEFERRED_SWAP
      Config to enable target region push with deferred version swap In this mode, the VPJ will push data to all regions and only switch to the new version in a single region. The single region is decided by the store config in StoreInfo.getNativeReplicationSourceFabric()} unless a list of regions is passed in from targeted.region.push.list After a specified wait time (default 1h), the remaining regions will switch to the new version.
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    • DEFAULT_IS_DUPLICATED_KEY_ALLOWED

      public static final boolean DEFAULT_IS_DUPLICATED_KEY_ALLOWED
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    • MAP_REDUCE_PARTITIONER_CLASS_CONFIG

      public static final String MAP_REDUCE_PARTITIONER_CLASS_CONFIG
      Config used only for tests. Should not be used at regular runtime.
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    • UNCREATED_VERSION_NUMBER

      public static final int UNCREATED_VERSION_NUMBER
      Placeholder for version number that is yet to be created.
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    • DEFAULT_POLL_STATUS_INTERVAL_MS

      public static final long DEFAULT_POLL_STATUS_INTERVAL_MS
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    • DEFAULT_JOB_STATUS_IN_UNKNOWN_STATE_TIMEOUT_MS

      public static final long DEFAULT_JOB_STATUS_IN_UNKNOWN_STATE_TIMEOUT_MS
      The default total time we wait before failing a job if the job status stays in UNKNOWN state.
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    • NON_CRITICAL_EXCEPTION

      public static final String NON_CRITICAL_EXCEPTION
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    • COMPRESSION_DICTIONARY_SAMPLE_SIZE

      public static final String COMPRESSION_DICTIONARY_SAMPLE_SIZE
      Sample size to collect for building dictionary: Can be assigned a max of 2GB as ZstdDictTrainer in ZSTD library takes in sample size as int
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    • DEFAULT_COMPRESSION_DICTIONARY_SAMPLE_SIZE

      public static final int DEFAULT_COMPRESSION_DICTIONARY_SAMPLE_SIZE
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    • COMPRESSION_DICTIONARY_SIZE_LIMIT

      public static final String COMPRESSION_DICTIONARY_SIZE_LIMIT
      Maximum final dictionary size TODO add more details about the current limits
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    • DATA_WRITER_COMPUTE_JOB_CLASS

      public static final String DATA_WRITER_COMPUTE_JOB_CLASS
      Config to set the class for the DataWriter job. When using KIF, we currently will continue to fall back to MR mode. The class must extend DataWriterComputeJob and have a zero-arg constructor.
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    • PUSH_TO_SEPARATE_REALTIME_TOPIC

      public static final String PUSH_TO_SEPARATE_REALTIME_TOPIC
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    • ALLOW_REGULAR_PUSH_WITH_TTL_REPUSH

      public static final String ALLOW_REGULAR_PUSH_WITH_TTL_REPUSH
      Currently regular batch pushes are not compatible with TTL re-push enabled stores. This is because a regular batch push does not provide any RMD to be used for TTL. You can use the TIMESTAMP_FIELD_PROP to provide record level timestamp to perform compatible batch push or use this setting to override the batch push and TTL re-push check.
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    • NEWER_KME_SCHEMAS_PREFIX

      public static final String NEWER_KME_SCHEMAS_PREFIX
      Configuration prefix used to pass newer Kafka Message Envelope (KME) schemas into Hadoop job configurations. This prefix is used to store a map of schema ID to schema string pairs in job properties, where each property key follows the format: NEWER_KME_SCHEMAS_PREFIX + schemaId. These schemas represent newer KME schemas that have been added to the controller but may not yet be propagated to all VenicePushJob components.
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