Input: [Command] Insert Edit [Shortcut] w [Description]

Output: An Insert Edit will insert the selected clip at the location of the skimmer or playhead. All downstream clips will shuffle down to accommodate the edit.

Final Cut Pro X Shortcuts - The Big Cheat Sheet - The Beat: A Blog by PremiumBeat


Input: [Command] Overwrite Edit [Shortcut] d [UI Icon] N/A [Description]

Output: An Overwrite Edit will overwrite the selected clip at the location of the skimmer or playhead.

Final Cut Pro X Shortcuts - The Big Cheat Sheet - The Beat: A Blog by PremiumBeat


Input: [Command] Append Edit [Shortcut] e [Description]

Output: An Append Edit will add the selected clip to the end of the storyline.

Final Cut Pro X Shortcuts - The Big Cheat Sheet - The Beat: A Blog by PremiumBeat


Input: [Command] Connect to Primary Storyline [Shortcut] q [Description]

Output: The Connect to Primary Storyline command will connect the selected clip to the primary storyline (above or below) at the location of the skimmer or playhead.

Final Cut Pro X Shortcuts - The Big Cheat Sheet - The Beat: A Blog by PremiumBeat


Input: [Command] Video Only Edit Audio Only Edit [Shortcut] Option+2 Option+3 [UI Icon] N/A [Description]

Output: You can choose whether to edit video only or audio only into the Timeline at the location of the skimmer or playhead.

Final Cut Pro X Shortcuts - The Big Cheat Sheet - The Beat: A Blog by PremiumBeat


Input: [Command] Mark IN point Mark OUT point [Shortcut] i o [UI Icon] N/A [Description]

Output: Marking IN and OUT points allows you to set the boundaries of the clips that you edit into the Timeline

Final Cut Pro X Shortcuts - The Big Cheat Sheet - The Beat: A Blog by PremiumBeat


Input: [Command] Delete (Extract) Replace w/ Gap [Shortcut] Delete Forward Delete [UI Icon] N/A [Description]

Output: Pressing the Delete key will extract the selection from the Timeline. Pressing the Forward Delete key (Fn+Delete on a laptop) will lift the selection and replace it with a gap clip.

Final Cut Pro X Shortcuts - The Big Cheat Sheet - The Beat: A Blog by PremiumBeat


Input: [Command] Select (Arrow) Tool [Shortcut] a [Description]

Output: The Select Tool allows you to grab clips and move them around within the magnetic timeline.

Final Cut Pro X Shortcuts - The Big Cheat Sheet - The Beat: A Blog by PremiumBeat


Input: [Command] Trim Tool [Shortcut] t [Description]

Output: The Trim Tool allows you to perform rolls, slip edits and slide edits.

Final Cut Pro X Shortcuts - The Big Cheat Sheet - The Beat: A Blog by PremiumBeat


Input: [Command] Position Mode [Shortcut] p [Description]

Output: The Position Tool overrides the magnetic timeline and allows you to grab clips and move them around within gaps.

Final Cut Pro X Shortcuts - The Big Cheat Sheet - The Beat: A Blog by PremiumBeat


Input: [Command] Range Selector [Shortcut] r [Description]

Output: The Range Selector allows you to select a range that spans a portion of a clip or multiple clips. You can mark these ranges with ratings and keywords, apply effects to them and modify them in other ways.

Final Cut Pro X Shortcuts - The Big Cheat Sheet - The Beat: A Blog by PremiumBeat


Input: [Command] Blade Tool [Shortcut] b [Description]

Output: The Blade Tool allows you to split a selected clip in half.

Final Cut Pro X Shortcuts - The Big Cheat Sheet - The Beat: A Blog by PremiumBeat


Input: [Command] Mark as Favorite Reject Clip [Shortcut] f Delete [Description]

Output: Selecting a clip and pressing the f key will Favorite it, while pressing Delete will Reject it.

Final Cut Pro X Shortcuts - The Big Cheat Sheet - The Beat: A Blog by PremiumBeat


Input: [Command] Add marker Add marker/modify Delete marker [Shortcut] m Option+m Control+m [UI Icon] N/A [Description]

Output: Adds a marker at the location of the skimmer or playhead. To edit the marker’s text, press m again, or press Option+m to add and modify.

Final Cut Pro X Shortcuts - The Big Cheat Sheet - The Beat: A Blog by PremiumBeat


Input: [Command] Render selection Render all [Shortcut] Control+r Shift+Control+r [UI Icon] N/A [Description]

Output: Render selection allows you to start rendering tasks for a selection in your Timeline; Render all allows you to start all rendering tasks.

Final Cut Pro X Shortcuts - The Big Cheat Sheet - The Beat: A Blog by PremiumBeat


Input: [Command] Break Apart Clip Items [Shortcut] Command+Shift+g [UI Icon] N/A [Description]

Output: Selecting Break Apart Clip Items breaks a clip into its component parts.

Final Cut Pro X Shortcuts - The Big Cheat Sheet - The Beat: A Blog by PremiumBeat


Input: [Command] New Compound Clip [Shortcut] Option+G [UI Icon] N/A [Description]

Output: If you lasso several clips and select New Compound Clip, the clips will form one compound clip, which you can modify as one.

Final Cut Pro X Shortcuts - The Big Cheat Sheet - The Beat: A Blog by PremiumBeat


Input: [Command] Add Cross Dissolve [Shortcut] Command+t [UI Icon] N/A [Description]

Output: Adds a cross dissolve at selected transition.

Final Cut Pro X Shortcuts - The Big Cheat Sheet - The Beat: A Blog by PremiumBeat


Input: [Command] Copy Effects Paste Effects [Shortcut] Command+Opt+c Command+Opt+v [UI Icon] N/A [Description]

Output: Allows you to copy and paste the effect parameters from one clip to another.

Final Cut Pro X Shortcuts - The Big Cheat Sheet - The Beat: A Blog by PremiumBeat


Input: [Command] Match Audio Match Color [Shortcut] Command+Shift+m Command+Opt+m [UI Icon] N/A [Description]

Output: Matches sound and color between clips, respectively.

Final Cut Pro X Shortcuts - The Big Cheat Sheet - The Beat: A Blog by PremiumBeat


Input: [Command] Import Media Import Files [Shortcut] Command+i Command+Shift+i [Description]

Output: The Import Media command will open the Camera Import window, which will allow you to capture or import media. (Shown at left.) The Import Files command will open the Import Files window, which allows you to navigate to the desired files for import.

Final Cut Pro X Shortcuts - The Big Cheat Sheet - The Beat: A Blog by PremiumBeat


Input: [Command] Export Movie [Shortcut] Command+e [UI Icon] N/A [Description]

Output: The Export Movie command exports the selected project as a movie file.

Final Cut Pro X Shortcuts - The Big Cheat Sheet - The Beat: A Blog by PremiumBeat


Input: [Menu item] Home [Enable/disable] + [Short description]

Output: Brings a user to JoomlaLMS Home page

JoomlaLMS End User Interface Configuration Options


Input: [Menu item] Courses [Enable/disable] + [Short description]

Output: Brings a user to JoomlaLMS Courses List

JoomlaLMS End User Interface Configuration Options


Input: [Menu item] Subscriptions [Enable/disable] + [Short description]

Output: Brings a user to the Courses Subscriptions page

JoomlaLMS End User Interface Configuration Options


Input: [Menu item] File library [Enable/disable] - [Short description]

Output: Brings a user to the Library with additional materials

JoomlaLMS End User Interface Configuration Options


Input: [Menu item] Course home [Enable/disable] + [Short description]

Output: Brings a user to the Course Home page

JoomlaLMS End User Interface Configuration Options


Input: [Menu item] Announcements [Enable/disable] - [Short description]

Output: Allows a user to add/edit announcements

JoomlaLMS End User Interface Configuration Options


Input: [Menu item] Documents [Enable/disable] - [Short description]

Output: Allows a user to work with course documents, add, edit, delete them

JoomlaLMS End User Interface Configuration Options


Input: [Menu item] Learning Paths [Enable/disable] + [Short description]

Output: Allows a user to work with the course learning modules

JoomlaLMS End User Interface Configuration Options


Input: [Menu item] Links [Enable/disable] - [Short description]

Output: Allows a user to work with links

JoomlaLMS End User Interface Configuration Options


Input: [Menu item] Quizzes [Enable/disable] + [Short description]

Output: Allows a user to take tests

JoomlaLMS End User Interface Configuration Options


Input: [Menu item] DropBox [Enable/disable] - [Short description]

Output: Allows a user to work with DropBox

JoomlaLMS End User Interface Configuration Options


Input: [Menu item] Homework [Enable/disable] - [Short description]

Output: Allows a user to do home tasks

JoomlaLMS End User Interface Configuration Options


Input: [Menu item] Attendance [Enable/disable] - [Short description]

Output: Allows a user to set attendance

JoomlaLMS End User Interface Configuration Options


Input: [Menu item] Chat [Enable/disable] - [Short description]

Output: Allows a user to work with chat

JoomlaLMS End User Interface Configuration Options


Input: [Menu item] Gradebook [Enable/disable] - [Short description]

Output: Allows a user to work with grades

JoomlaLMS End User Interface Configuration Options


Input: [Menu item] Mailbox [Enable/disable] - [Short description]

Output: Allows a user to send mails

JoomlaLMS End User Interface Configuration Options


Input: [Menu item] User Options [Enable/disable] - [Short description]

Output: Allows a user to toggle Student/Teacher mode

JoomlaLMS End User Interface Configuration Options


Input: [Menu item] Help [Enable/disable] + [Short description]

Output: Online help forJoomlaLMS

JoomlaLMS End User Interface Configuration Options


Input: [Class] AbstractPropertyDescriptor [Description]

Output: Internal abstract property descriptor containing common property descriptor logic.

org.dozer.propertydescriptor (Dozer 5.5.1 API)

Class Summary


Input: [Class] CustomGetSetPropertyDescriptor [Description]

Output: Internal class used to read and write values for fields that have an explicitly specified getter or setter method.

org.dozer.propertydescriptor (Dozer 5.5.1 API)

Class Summary


Input: [Class] FieldPropertyDescriptor [Description]

Output: Internal class that directly accesses the field via reflection.

org.dozer.propertydescriptor (Dozer 5.5.1 API)

Class Summary


Input: [Class] GetterSetterPropertyDescriptor [Description]

Output: Internal class used to read and write values for fields that have a getter and setter method.

org.dozer.propertydescriptor (Dozer 5.5.1 API)

Class Summary


Input: [Class] JavaBeanPropertyDescriptor [Description]

Output: Internal class used to read and write values for fields that follow the java bean spec and have corresponding getter/setter methods for the field that are name accordingly.

org.dozer.propertydescriptor (Dozer 5.5.1 API)

Class Summary


Input: [Class] MapPropertyDescriptor [Description]

Output: Internal class used to read and write values for Map backed objects that use key/value pairs.

org.dozer.propertydescriptor (Dozer 5.5.1 API)

Class Summary


Input: [Class] PropertyDescriptorFactory [Description]

Output: Internal factory responsible for determining which property descriptor should be used.

org.dozer.propertydescriptor (Dozer 5.5.1 API)

Class Summary


Input: [Class] SelfPropertyDescriptor [Description]

Output: Internal class used for copy by reference mappings.

org.dozer.propertydescriptor (Dozer 5.5.1 API)

Class Summary


Input: [Option] /BASEVIDEO [Description]

Output: Forces the use of standard VGA drivers.

Boot.ini - Controlling the Boot Process in Windows NT


Input: [Option] /SOS [Description]

Output: Lists the names of drivers as they are loaded.

Boot.ini - Controlling the Boot Process in Windows NT


Input: [Option] /NoSerialMice [Description]

Output: Is used to disables mouse detection on all or just certain ports.

Boot.ini - Controlling the Boot Process in Windows NT


Input: [Option] /MAXMEM [Description]

Output: Limits the amount memory available to the system.

Boot.ini - Controlling the Boot Process in Windows NT


Input: [Option] /NODEBUG [Description]

Output: Disables the remote debug console; this is the default unless /DEBUG is present.

Boot.ini - Controlling the Boot Process in Windows NT


Input: [Option] /DEBUG [Description]

Output: Enables the remote debug console via a serial port.

Boot.ini - Controlling the Boot Process in Windows NT


Input: [Option] /DEBUGPORT [Description]

Output: Specifies which serial port will be the debug console port.

Boot.ini - Controlling the Boot Process in Windows NT


Input: [Option] /BAUDRATE [Description]

Output: Specifies the baud rate for the debug console port.

Boot.ini - Controlling the Boot Process in Windows NT


Input: [Option] /CRASHDEBUG [Description]

Output: Reserves stack space for remote debugging.

Boot.ini - Controlling the Boot Process in Windows NT


Input: [Property] broker.id [Description]

Output: Each broker is uniquely identified by a non-negative integer id. This id serves as the broker's "name" and allows the broker to be moved to a different host/port without confusing consumers. You can choose any number you like so long as it is unique.


Input: [Property] log.dirs [Default] /tmp/kafka-logs [Description]

Output: A comma-separated list of one or more directories in which Kafka data is stored. Each new partition that is created will be placed in the directory which currently has the fewest partitions.


Input: [Property] port [Default] 9092 [Description]

Output: The port on which the server accepts client connections.


Input: [Property] zookeeper.connect [Default] null [Description]

Output: Specifies the ZooKeeper connection string in the form hostname:port, where hostname and port are the host and port for a node in your ZooKeeper cluster. To allow connecting through other ZooKeeper nodes when that host is down you can also specify multiple hosts in the form hostname1:port1,hostname2:port2,hostname3:port3. ZooKeeper also allows you to add a "chroot" path which will make all kafka data for this cluster appear under a particular path. This is a way to setup multiple Kafka clusters or other applications on the same ZooKeeper cluster. To do this give a connection string in the form hostname1:port1,hostname2:port2,hostname3:port3/chroot/path which would put all this cluster's data under the path /chroot/path. Note that you must create this path yourself prior to starting the broker and consumers must use the same connection string.


Input: [Property] message.max.bytes [Default] 1000000 [Description]

Output: The maximum size of a message that the server can receive. It is important that this property be in sync with the maximum fetch size your consumers use or else an unruly producer will be able to publish messages too large for consumers to consume.


Input: [Property] num.network.threads [Default] 3 [Description]

Output: The number of network threads that the server uses for handling network requests. You probably don't need to change this.


Input: [Property] num.io.threads [Default] 8 [Description]

Output: The number of I/O threads that the server uses for executing requests. You should have at least as many threads as you have disks.


Input: [Property] background.threads [Default] 10 [Description]

Output: The number of threads to use for various background processing tasks such as file deletion. You should not need to change this.


Input: [Property] queued.max.requests [Default] 500 [Description]

Output: The number of requests that can be queued up for processing by the I/O threads before the network threads stop reading in new requests.


Input: [Property] host.name [Default] null [Description]

Output: Hostname of broker. If this is set, it will only bind to this address. If this is not set, it will bind to all interfaces, and publish one to ZK.


Input: [Property] advertised.host.name [Default] null [Description]

Output: If this is set this is the hostname that will be given out to producers, consumers, and other brokers to connect to.


Input: [Property] advertised.port [Default] null [Description]

Output: The port to give out to producers, consumers, and other brokers to use in establishing connections. This only needs to be set if this port is different from the port the server should bind to.


Input: [Property] socket.send.buffer.bytes [Default] 100 * 1024 [Description]

Output: The SO_SNDBUFF buffer the server prefers for socket connections.


Input: [Property] socket.receive.buffer.bytes [Default] 100 * 1024 [Description]

Output: The SO_RCVBUFF buffer the server prefers for socket connections.


Input: [Property] socket.request.max.bytes [Default] 100 * 1024 * 1024 [Description]

Output: The maximum request size the server will allow. This prevents the server from running out of memory and should be smaller than the Java heap size.


Input: [Property] num.partitions [Default] 1 [Description]

Output: The default number of partitions per topic if a partition count isn't given at topic creation time.


Input: [Property] log.segment.bytes [Default] 1024 * 1024 * 1024 [Description]

Output: The log for a topic partition is stored as a directory of segment files. This setting controls the size to which a segment file will grow before a new segment is rolled over in the log. This setting can be overridden on a per-topic basis (see the per-topic configuration section).


Input: [Property] log.roll.{ms,hours} [Default] 24 * 7 hours [Description]

Output: This setting will force Kafka to roll a new log segment even if the log.segment.bytes size has not been reached. This setting can be overridden on a per-topic basis (see the per-topic configuration section).


Input: [Property] log.cleanup.policy [Default] delete [Description]

Output: This can take either the value delete or compact. If delete is set, log segments will be deleted when they reach the size or time limits set. If compact is set log compaction will be used to clean out obsolete records. This setting can be overridden on a per-topic basis (see the per-topic configuration section).


Input: [Property] log.retention.{ms,minutes,hours} [Default] 7 days [Description]

Output: The amount of time to keep a log segment before it is deleted, i.e. the default data retention window for all topics. Note that if both log.retention.minutes and log.retention.bytes are both set we delete a segment when either limit is exceeded. This setting can be overridden on a per-topic basis (see the per-topic configuration section).


Input: [Property] log.retention.bytes [Default] -1 [Description]

Output: The amount of data to retain in the log for each topic-partitions. Note that this is the limit per-partition so multiply by the number of partitions to get the total data retained for the topic. Also note that if both log.retention.hours and log.retention.bytes are both set we delete a segment when either limit is exceeded. This setting can be overridden on a per-topic basis (see the per-topic configuration section).


Input: [Property] log.retention.check.interval.ms [Default] 5 minutes [Description]

Output: The period with which we check whether any log segment is eligible for deletion to meet the retention policies.


Input: [Property] log.cleaner.enable [Default] false [Description]

Output: This configuration must be set to true for log compaction to run.


Input: [Property] log.cleaner.threads [Default] 1 [Description]

Output: The number of threads to use for cleaning logs in log compaction.


Input: [Property] log.cleaner.io.max.bytes.per.second [Default] Double.MaxValue [Description]

Output: The maximum amount of I/O the log cleaner can do while performing log compaction. This setting allows setting a limit for the cleaner to avoid impacting live request serving.


Input: [Property] log.cleaner.dedupe.buffer.size [Default] 500*1024*1024 [Description]

Output: The size of the buffer the log cleaner uses for indexing and deduplicating logs during cleaning. Larger is better provided you have sufficient memory.


Input: [Property] log.cleaner.io.buffer.size [Default] 512*1024 [Description]

Output: The size of the I/O chunk used during log cleaning. You probably don't need to change this.


Input: [Property] log.cleaner.io.buffer.load.factor [Default] 0.9 [Description]

Output: The load factor of the hash table used in log cleaning. You probably don't need to change this.


Input: [Property] log.cleaner.backoff.ms [Default] 15000 [Description]

Output: The interval between checks to see if any logs need cleaning.


Input: [Property] log.cleaner.min.cleanable.ratio [Default] 0.5 [Description]

Output: This configuration controls how frequently the log compactor will attempt to clean the log (assuming log compaction is enabled). By default we will avoid cleaning a log where more than 50% of the log has been compacted. This ratio bounds the maximum space wasted in the log by duplicates (at 50% at most 50% of the log could be duplicates). A higher ratio will mean fewer, more efficient cleanings but will mean more wasted space in the log. This setting can be overridden on a per-topic basis (see the per-topic configuration section).


Input: [Property] log.cleaner.delete.retention.ms [Default] 1 day [Description]

Output: The amount of time to retain delete tombstone markers for log compacted topics. This setting also gives a bound on the time in which a consumer must complete a read if they begin from offset 0 to ensure that they get a valid snapshot of the final stage (otherwise delete tombstones may be collected before they complete their scan). This setting can be overridden on a per-topic basis (see the per-topic configuration section).


Input: [Property] log.index.size.max.bytes [Default] 10 * 1024 * 1024 [Description]

Output: The maximum size in bytes we allow for the offset index for each log segment. Note that we will always pre-allocate a sparse file with this much space and shrink it down when the log rolls. If the index fills up we will roll a new log segment even if we haven't reached the log.segment.bytes limit. This setting can be overridden on a per-topic basis (see the per-topic configuration section).


Input: [Property] log.index.interval.bytes [Default] 4096 [Description]

Output: The byte interval at which we add an entry to the offset index. When executing a fetch request the server must do a linear scan for up to this many bytes to find the correct position in the log to begin and end the fetch. So setting this value to be larger will mean larger index files (and a bit more memory usage) but less scanning. However the server will never add more than one index entry per log append (even if more than log.index.interval worth of messages are appended). In general you probably don't need to mess with this value.


Input: [Property] log.flush.interval.messages [Default] Long.MaxValue [Description]

Output: The number of messages written to a log partition before we force an fsync on the log. Setting this lower will sync data to disk more often but will have a major impact on performance. We generally recommend that people make use of replication for durability rather than depending on single-server fsync, however this setting can be used to be extra certain.


Input: [Property] log.flush.scheduler.interval.ms [Default] Long.MaxValue [Description]

Output: The frequency in ms that the log flusher checks whether any log is eligible to be flushed to disk.


Input: [Property] log.flush.interval.ms [Default] Long.MaxValue [Description]

Output: The maximum time between fsync calls on the log. If used in conjuction with log.flush.interval.messages the log will be flushed when either criteria is met.


Input: [Property] log.delete.delay.ms [Default] 60000 [Description]

Output: The period of time we hold log files around after they are removed from the in-memory segment index. This period of time allows any in-progress reads to complete uninterrupted without locking. You generally don't need to change this.


Input: [Property] log.flush.offset.checkpoint.interval.ms [Default] 60000 [Description]

Output: The frequency with which we checkpoint the last flush point for logs for recovery. You should not need to change this.


Input: [Property] log.segment.delete.delay.ms [Default] 60000 [Description]

Output: the amount of time to wait before deleting a file from the filesystem.


Input: [Property] auto.create.topics.enable [Default] true [Description]

Output: Enable auto creation of topic on the server. If this is set to true then attempts to produce data or fetch metadata for a non-existent topic will automatically create it with the default replication factor and number of partitions.


Input: [Property] controller.socket.timeout.ms [Default] 30000 [Description]

Output: The socket timeout for commands from the partition management controller to the replicas.


Input: [Property] controller.message.queue.size [Default] Int.MaxValue [Description]

Output: The buffer size for controller-to-broker-channels


Input: [Property] default.replication.factor [Default] 1 [Description]

Output: The default replication factor for automatically created topics.


Input: [Property] replica.lag.time.max.ms [Default] 10000 [Description]

Output: If a follower hasn't sent any fetch requests for this window of time, the leader will remove the follower from ISR (in-sync replicas) and treat it as dead.


Input: [Property] replica.lag.max.messages [Default] 4000 [Description]

Output: If a replica falls more than this many messages behind the leader, the leader will remove the follower from ISR and treat it as dead.


Input: [Property] replica.socket.timeout.ms [Default] 30 * 1000 [Description]

Output: The socket timeout for network requests to the leader for replicating data.


Input: [Property] replica.socket.receive.buffer.bytes [Default] 64 * 1024 [Description]

Output: The socket receive buffer for network requests to the leader for replicating data.


Input: [Property] replica.fetch.max.bytes [Default] 1024 * 1024 [Description]

Output: The number of byes of messages to attempt to fetch for each partition in the fetch requests the replicas send to the leader.


Input: [Property] replica.fetch.wait.max.ms [Default] 500 [Description]

Output: The maximum amount of time to wait time for data to arrive on the leader in the fetch requests sent by the replicas to the leader.


Input: [Property] replica.fetch.min.bytes [Default] 1 [Description]

Output: Minimum bytes expected for each fetch response for the fetch requests from the replica to the leader. If not enough bytes, wait up to replica.fetch.wait.max.ms for this many bytes to arrive.


Input: [Property] num.replica.fetchers [Default] 1 [Description]

Output: Number of threads used to replicate messages from leaders. Increasing this value can increase the degree of I/O parallelism in the follower broker.


Input: [Property] replica.high.watermark.checkpoint.interval.ms [Default] 5000 [Description]

Output: The frequency with which each replica saves its high watermark to disk to handle recovery.


Input: [Property] fetch.purgatory.purge.interval.requests [Default] 1000 [Description]

Output: The purge interval (in number of requests) of the fetch request purgatory.


Input: [Property] producer.purgatory.purge.interval.requests [Default] 1000 [Description]

Output: The purge interval (in number of requests) of the producer request purgatory.


Input: [Property] zookeeper.session.timeout.ms [Default] 6000 [Description]

Output: ZooKeeper session timeout. If the server fails to heartbeat to ZooKeeper within this period of time it is considered dead. If you set this too low the server may be falsely considered dead; if you set it too high it may take too long to recognize a truly dead server.


Input: [Property] zookeeper.connection.timeout.ms [Default] 6000 [Description]

Output: The maximum amount of time that the client waits to establish a connection to zookeeper.


Input: [Property] zookeeper.sync.time.ms [Default] 2000 [Description]

Output: How far a ZK follower can be behind a ZK leader.


Input: [Property] controlled.shutdown.enable [Default] true [Description]

Output: Enable controlled shutdown of the broker. If enabled, the broker will move all leaders on it to some other brokers before shutting itself down. This reduces the unavailability window during shutdown.


Input: [Property] controlled.shutdown.max.retries [Default] 3 [Description]

Output: Number of retries to complete the controlled shutdown successfully before executing an unclean shutdown.


Input: [Property] controlled.shutdown.retry.backoff.ms [Default] 5000 [Description]

Output: Backoff time between shutdown retries.


Input: [Property] auto.leader.rebalance.enable [Default] true [Description]

Output: If this is enabled the controller will automatically try to balance leadership for partitions among the brokers by periodically returning leadership to the "preferred" replica for each partition if it is available.


Input: [Property] leader.imbalance.per.broker.percentage [Default] 10 [Description]

Output: The percentage of leader imbalance allowed per broker. The controller will rebalance leadership if this ratio goes above the configured value per broker.


Input: [Property] leader.imbalance.check.interval.seconds [Default] 300 [Description]

Output: The frequency with which to check for leader imbalance.


Input: [Property] offset.metadata.max.bytes [Default] 4096 [Description]

Output: The maximum amount of metadata to allow clients to save with their offsets.


Input: [Property] max.connections.per.ip [Default] Int.MaxValue [Description]

Output: The maximum number of connections that a broker allows from each ip address.


Input: [Property] max.connections.per.ip.overrides [Description]

Output: Per-ip or hostname overrides to the default maximum number of connections.


Input: [Property] connections.max.idle.ms [Default] 600000 [Description]

Output: Idle connections timeout: the server socket processor threads close the connections that idle more than this.


Input: [Property] log.roll.jitter.{ms,hours} [Default] 0 [Description]

Output: The maximum jitter to subtract from logRollTimeMillis.


Input: [Property] num.recovery.threads.per.data.dir [Default] 1 [Description]

Output: The number of threads per data directory to be used for log recovery at startup and flushing at shutdown.


Input: [Property] unclean.leader.election.enable [Default] true [Description]

Output: Indicates whether to enable replicas not in the ISR set to be elected as leader as a last resort, even though doing so may result in data loss.


Input: [Property] delete.topic.enable [Default] false [Description]

Output: Enable delete topic.


Input: [Property] offsets.topic.num.partitions [Default] 50 [Description]

Output: The number of partitions for the offset commit topic. Since changing this after deployment is currently unsupported, we recommend using a higher setting for production (e.g., 100-200).


Input: [Property] offsets.topic.retention.minutes [Default] 1440 [Description]

Output: Offsets that are older than this age will be marked for deletion. The actual purge will occur when the log cleaner compacts the offsets topic.


Input: [Property] offsets.retention.check.interval.ms [Default] 600000 [Description]

Output: The frequency at which the offset manager checks for stale offsets.


Input: [Property] offsets.topic.replication.factor [Default] 3 [Description]

Output: The replication factor for the offset commit topic. A higher setting (e.g., three or four) is recommended in order to ensure higher availability. If the offsets topic is created when fewer brokers than the replication factor then the offsets topic will be created with fewer replicas.


Input: [Property] offsets.topic.segment.bytes [Default] 104857600 [Description]

Output: Segment size for the offsets topic. Since it uses a compacted topic, this should be kept relatively low in order to facilitate faster log compaction and loads.


Input: [Property] offsets.load.buffer.size [Default] 5242880 [Description]

Output: An offset load occurs when a broker becomes the offset manager for a set of consumer groups (i.e., when it becomes a leader for an offsets topic partition). This setting corresponds to the batch size (in bytes) to use when reading from the offsets segments when loading offsets into the offset manager's cache.


Input: [Property] offsets.commit.required.acks [Default] -1 [Description]

Output: The number of acknowledgements that are required before the offset commit can be accepted. This is similar to the producer's acknowledgement setting. In general, the default should not be overridden.


Input: [Property] offsets.commit.timeout.ms [Default] 5000 [Description]

Output: The offset commit will be delayed until this timeout or the required number of replicas have received the offset commit. This is similar to the producer request timeout.


Input: [Compact name] dens [Default value] defaultElementNamespaceURI of the module [Description] Default namespace URI for elements [Name]

Output: defaultElementNamespaceURI


Input: [Compact name] dans [Default value] defaultAttributeNamespaceURI of the module [Description] Default namespace URI for attributes [Name]

Output: defaultAttributeNamespaceURI


Input: [Compact name] en [Description] Name of the element, may be string or a qualified name If it is a string, the qualified name will be formed using the defaultElementNamespaceURI [Name]

Output: elementName


Input: [Compact name] ti [Default value] 'String' [Description] Type of the element [Name]

Output: typeInfo


Input: [Compact name] sh [Default value] null [Description] Substitution head of the element [Name]

Output: substitutionHead


Input: [Compact name] sc [Default value] null [Description] Scope of the element [Name]

Output: scope


Input: [TYPE] TM [NAME] DML [IS_USER] YES [DESCRIPTION]

Output: Synchronizes accesses to an object


Input: [TYPE] TX [NAME] Transaction [IS_USER] YES [DESCRIPTION]

Output: Lock held by a transaction to allow other transactions to wait for it


Input: [TYPE] UL [NAME] User-defined [IS_USER] YES [DESCRIPTION]

Output: Lock used by user applications


Input: [TYPE] ZH [NAME] Compression Analyzer [IS_USER] YES [DESCRIPTION]

Output: Synchronizes analysis and insert into compression$, prevents multiple threads analyzing the same table during a load


Input: [TYPE] AB [NAME] Auto BMR [IS_USER] NO [DESCRIPTION]

Output: A general class of locks used by auto BMR for various purposes


Input: [TYPE] AD [NAME] ASM Disk AU Lock [IS_USER] NO [DESCRIPTION]

Output: Synchronizes accesses to a specific ASM disk AU


Input: [TYPE] AE [NAME] Edition Lock [IS_USER] NO [DESCRIPTION]

Output: Prevent Dropping an edition in use


Input: [TYPE] AF [NAME] Advisor Framework [IS_USER] NO [DESCRIPTION]

Output: This enqueue is used to serialize access to an advisor task


Input: [TYPE] AG [NAME] Analytic Workspace Generation [IS_USER] NO [DESCRIPTION]

Output: Synchronizes generation use of a particular workspace


Input: [TYPE] AK [NAME] GES Deadlock Test [IS_USER] NO [DESCRIPTION]

Output: Lock used for internal testing


Input: [TYPE] AM [NAME] ASM Enqueue [IS_USER] NO [DESCRIPTION]

Output: ASM instance general-purpose enqueue


Input: [TYPE] AO [NAME] MultiWriter Object Access [IS_USER] NO [DESCRIPTION]

Output: Synchronizes access to objects and scalar variables


Input: [TYPE] AR [NAME] ASM Relocation Lock [IS_USER] NO [DESCRIPTION]

Output: Protects locked extent pointers during ASM file relocation


Input: [TYPE] AS [NAME] Service Operations [IS_USER] NO [DESCRIPTION]

Output: Synchronizes new service activation


Input: [TYPE] AT [NAME] Alter Tablespace [IS_USER] NO [DESCRIPTION]

Output: Serializes ‘alter tablespace’ operations


Input: [TYPE] AU [NAME] Audit index file [IS_USER] NO [DESCRIPTION]

Output: Lock held to synchronize access XML to audit index file


Input: [TYPE] AV [NAME] ASM volume locks [IS_USER] NO [DESCRIPTION]

Output: id1 is for persistent DG number locking. id2 is for other volume serialization


Input: [TYPE] AW [NAME] Analytic Workspace [IS_USER] NO [DESCRIPTION]

Output: Synchronizes access to Analytic Workspace resources


Input: [TYPE] AY [NAME] KSXA Test Affinity Dictionary [IS_USER] NO [DESCRIPTION]

Output: Affinity Dictionary test affinity synchronization


Input: [TYPE] BB [NAME] Global Transaction Branch [IS_USER] NO [DESCRIPTION]

Output: 2PC distributed transaction branch across RAC instances


Input: [TYPE] BF [NAME] BLOOM FILTER [IS_USER] NO [DESCRIPTION]

Output: Synchronize access to a bloom filter in a parallel statement


Input: [TYPE] BR [NAME] Backup/Restore [IS_USER] NO [DESCRIPTION]

Output: Lock held by a backup/restore operation to allow other operations to wait for it


Input: [TYPE] CA [NAME] Calibration [IS_USER] NO [DESCRIPTION]

Output: Lock used by IO Calibration


Input: [TYPE] CF [NAME] Controlfile Transaction [IS_USER] NO [DESCRIPTION]

Output: Synchronizes accesses to the controlfile


Input: [TYPE] CI [NAME] Cross-Instance Call Invocation [IS_USER] NO [DESCRIPTION]

Output: Coordinates cross-instance function invocations


Input: [TYPE] CL [NAME] Label Security cache [IS_USER] NO [DESCRIPTION]

Output: Synchronizes accesses to label cache and label tables


Input: [TYPE] CM [NAME] ASM Instance Enqueue [IS_USER] NO [DESCRIPTION]

Output: ASM instance and gate enqueue


Input: [TYPE] CN [NAME] KTCN REG enq [IS_USER] NO [DESCRIPTION]

Output: Enqueue held for registrations for change notifications


Input: [TYPE] CO [NAME] KTUCLO Master Slave enq [IS_USER] NO [DESCRIPTION]

Output: Enqueue held for determining Master Slaves


Input: [TYPE] CQ [NAME] Cleanup querycache registrations [IS_USER] NO [DESCRIPTION]

Output: Serializes access to cleanup client query cache registrations


Input: [TYPE] CR [NAME] Reuse Block Range [IS_USER] NO [DESCRIPTION]

Output: Coordinates checkpointing of block range reuse


Input: [TYPE] CT [NAME] Block Change Tracking [IS_USER] NO [DESCRIPTION]

Output: A general class of locks used by change tracking for various purposes


Input: [TYPE] CU [NAME] Cursor [IS_USER] NO [DESCRIPTION]

Output: Recovers cursors in case of death while compiling


Input: [TYPE] DB [NAME] DbsDriver [IS_USER] NO [DESCRIPTION]

Output: Synchronizes modification of database wide supplementallogging attributes


Input: [TYPE] DD [NAME] ASM Local Disk Group [IS_USER] NO [DESCRIPTION]

Output: Synchronizes local accesses to ASM disk groups


Input: [TYPE] DF [NAME] Datafile Online in RAC [IS_USER] NO [DESCRIPTION]

Output: Enqueue held by foreground or DBWR when a datafile is brought online in RAC


Input: [TYPE] DG [NAME] ASM Disk Group Modification [IS_USER] NO [DESCRIPTION]

Output: Synchronizes accesses to ASM disk groups


Input: [TYPE] DI [NAME] GES Internal [IS_USER] NO [DESCRIPTION]

Output: Coordinates Global Enqueue Service deadlock detection


Input: [TYPE] DL [NAME] Direct Loader Index Creation [IS_USER] NO [DESCRIPTION]

Output: Lock to prevent index DDL during direct load


Input: [TYPE] DM [NAME] Database Mount/Open [IS_USER] NO [DESCRIPTION]

Output: Enqueue held by foreground or DBWR to synchronize database mount/open with other operations


Input: [TYPE] DN [NAME] Diskgroup number generator [IS_USER] NO [DESCRIPTION]

Output: Serializes Group number generations


Input: [TYPE] DO [NAME] ASM Disk Online Lock [IS_USER] NO [DESCRIPTION]

Output: Synchronizes disk onlines and their recovery


Input: [TYPE] DP [NAME] LDAP Parameter [IS_USER] NO [DESCRIPTION]

Output: Synchronizes access to LDAP parameters


Input: [TYPE] DQ [NAME] ASM RBAL doorbell [IS_USER] NO [DESCRIPTION]

Output: Inter-RBAL process metadata invalidation notification


Input: [TYPE] DR [NAME] Distributed Recovery [IS_USER] NO [DESCRIPTION]

Output: Serializes the active distributed recovery operation


Input: [TYPE] DS [NAME] Database Suspend [IS_USER] NO [DESCRIPTION]

Output: Prevents a database suspend during LMON reconfiguration


Input: [TYPE] DT [NAME] Default Temporary Tablespace [IS_USER] NO [DESCRIPTION]

Output: Serializes changing the default temporary table space and user creation


Input: [TYPE] DV [NAME] Diana Versioning [IS_USER] NO [DESCRIPTION]

Output: Synchronizes access to lower-version Diana (PL/SQL intermediate representation)


Input: [TYPE] DW [NAME] In memory Dispenser [IS_USER] NO [DESCRIPTION]

Output: Serialize in memory dispenser operations


Input: [TYPE] DX [NAME] Distributed Transaction [IS_USER] NO [DESCRIPTION]

Output: Serializes tightly coupled distributed transaction branches


Input: [TYPE] E [NAME] Library Cache Lock 2 [IS_USER] NO [DESCRIPTION]

Output: Synchronizes accesses to library cache objects


Input: [TYPE] FA [NAME] ASM File Access Lock [IS_USER] NO [DESCRIPTION]

Output: Synchronizes accesses to open ASM files


Input: [TYPE] FB [NAME] Format Block [IS_USER] NO [DESCRIPTION]

Output: Ensures that only one process can format data blocks in auto segment space managed tablespaces


Input: [TYPE] FC [NAME] Disk Group Chunk Mount [IS_USER] NO [DESCRIPTION]

Output: controls access to an ACD chunk


Input: [TYPE] FD [NAME] Flashback Database [IS_USER] NO [DESCRIPTION]

Output: Coordinate flashback database


Input: [TYPE] FE [NAME] KTFA Recovery [IS_USER] NO [DESCRIPTION]

Output: Flashback archive Enqueue to serialize recovery


Input: [TYPE] FG [NAME] ACD Relocation Gate Enqueue [IS_USER] NO [DESCRIPTION]

Output: ACD relocation serialization


Input: [TYPE] FL [NAME] Flashback database log [IS_USER] NO [DESCRIPTION]

Output: Synchronize access to flashback database log


Input: [TYPE] FM [NAME] File Mapping [IS_USER] NO [DESCRIPTION]

Output: Synchronizes access to global file mapping state


Input: [TYPE] FP [NAME] File Object [IS_USER] NO [DESCRIPTION]

Output: Synchronizes various File Object(FOB) operations


Input: [TYPE] FR [NAME] Disk Group Recovery [IS_USER] NO [DESCRIPTION]

Output: enqueue to control ASM recovery


Input: [TYPE] FS [NAME] File Set / Dictionary Check [IS_USER] NO [DESCRIPTION]

Output: Enqueue used to synchronize recovery and file operations or synchronize dictionary check


Input: [TYPE] FT [NAME] Disk Group Redo Generation [IS_USER] NO [DESCRIPTION]

Output: controls the privilege to generate redo in a thread


Input: [TYPE] FU [NAME] DBFUS [IS_USER] NO [DESCRIPTION]

Output: This enqueue is used to serialize the capture of the DB Feature Usage and High Water Mark Statistics


Input: [TYPE] FW [NAME] Flashback Writer [IS_USER] NO [DESCRIPTION]

Output: Coordinate RVWR on multiple instances


Input: [TYPE] FX [NAME] ACD Xtnt Info CIC [IS_USER] NO [DESCRIPTION]

Output: serialize ACD relocation CIC


Input: [TYPE] FZ [NAME] ASM Freezing Cache Lock [IS_USER] NO [DESCRIPTION]

Output: Freezes ASM Cache for a diskgroup


Input: [TYPE] G [NAME] Library Cache Pin 2 [IS_USER] NO [DESCRIPTION]

Output: Synchronizes accesses to the contents of library cache objects


Input: [TYPE] HD [NAME] ASM Disk Header [IS_USER] NO [DESCRIPTION]

Output: Serializes accesses to ASM SGA data structures


Input: [TYPE] HP [NAME] Queue Page [IS_USER] NO [DESCRIPTION]

Output: Synchronizes accesses to queue pages


Input: [TYPE] HQ [NAME] Hash Queue [IS_USER] NO [DESCRIPTION]

Output: Synchronizes the creation of new queue IDs


Input: [TYPE] HV [NAME] Direct Loader High Water Mark [IS_USER] NO [DESCRIPTION]

Output: Lock used to broker the high water mark during parallel inserts


Input: [TYPE] HW [NAME] Segment High Water Mark [IS_USER] NO [DESCRIPTION]

Output: Lock used to broker the high water mark during parallel inserts


Input: [TYPE] ID [NAME] NID [IS_USER] NO [DESCRIPTION]

Output: Lock held by a NID operation to allow other operations to wait for it


Input: [TYPE] IL [NAME] Label Security [IS_USER] NO [DESCRIPTION]

Output: Synchronizes accesses to internal label data structures


Input: [TYPE] IM [NAME] Kti blr lock [IS_USER] NO [DESCRIPTION]

Output: Serializes block recovery for an IMU txn


Input: [TYPE] IR [NAME] Instance Recovery [IS_USER] NO [DESCRIPTION]

Output: Synchronizes instance recovery


Input: [TYPE] IS [NAME] Instance State [IS_USER] NO [DESCRIPTION]

Output: Enqueue used to synchronize instance state changes


Input: [TYPE] IT [NAME] In-Mem Temp Table Meta Creation [IS_USER] NO [DESCRIPTION]

Output: Synchronizes accesses to a temp object’s metadata


Input: [TYPE] IV [NAME] Library Cache Invalidation [IS_USER] NO [DESCRIPTION]

Output: Synchronizes library cache object invalidations across instances


Input: [TYPE] IZ [NAME] INSTANCE LOCK [IS_USER] NO [DESCRIPTION]

Output: Proctects the lock name space used by the instance


Input: [TYPE] JD [NAME] Job Queue Date [IS_USER] NO [DESCRIPTION]

Output: Synchronizes dates between job queue coordinator and slave processes


Input: [TYPE] JI [NAME] Materialized View [IS_USER] NO [DESCRIPTION]

Output: Lock held during materialized view operations (like refresh, alter) to prevent concurrent operations on the same materialized view


Input: [TYPE] JQ [NAME] Job Queue [IS_USER] NO [DESCRIPTION]

Output: Lock to prevent multiple instances from running a single job


Input: [TYPE] JS [NAME] Job Scheduler [IS_USER] NO [DESCRIPTION]

Output: Synchronizes accesses to the job cache


Input: [TYPE] JX [NAME] SQL STATEMENT QUEUE [IS_USER] NO [DESCRIPTION]

Output: synchronize SQL statement queue operations


Input: [TYPE] KD [NAME] Scheduler Master DBRM [IS_USER] NO [DESCRIPTION]

Output: Determine DBRM master


Input: [TYPE] KE [NAME] ASM Cached Attributes [IS_USER] NO [DESCRIPTION]

Output: Synchronization of ASM cached attributes


Input: [TYPE] KK [NAME] Kick Instance to Switch Logs [IS_USER] NO [DESCRIPTION]

Output: Lock held by open redo thread, used by other instances to force a log switch


Input: [TYPE] KL [NAME] LOB KSI LOCK [IS_USER] NO [DESCRIPTION]

Output: KSI lock for buffer cache and wgc concurrency


Input: [TYPE] KM [NAME] Scheduler [IS_USER] NO [DESCRIPTION]

Output: Synchronizes various Resource Manager operations


Input: [TYPE] KO [NAME] Multiple Object Checkpoint [IS_USER] NO [DESCRIPTION]

Output: Coordinates checkpointing of multiple objects


Input: [TYPE] KP [NAME] Kupp Process Startup [IS_USER] NO [DESCRIPTION]

Output: Synchronizes kupp process startup


Input: [TYPE] KQ [NAME] ASM Attributes Enque [IS_USER] NO [DESCRIPTION]

Output: Single Inst Sync of ASM attributes


Input: [TYPE] KT [NAME] Scheduler Plan [IS_USER] NO [DESCRIPTION]

Output: Synchronizes accesses to the current Resource Manager plan


Input: [TYPE] L [NAME] Library Cache Lock 1 [IS_USER] NO [DESCRIPTION]

Output: Synchronizes accesses to library cache objects


Input: [TYPE] MD [NAME] Materialized View Log DDL [IS_USER] NO [DESCRIPTION]

Output: Lock held during materialized view log DDL statements


Input: [TYPE] MH [NAME] AQ Notification Mail Host [IS_USER] NO [DESCRIPTION]

Output: Lock used for recovery when setting Mail Host for AQ e-mail notifications


Input: [TYPE] MK [NAME] Master Key [IS_USER] NO [DESCRIPTION]

Output: Serializes enc$ access


Input: [TYPE] ML [NAME] AQ Notification Mail Port [IS_USER] NO [DESCRIPTION]

Output: Lock used for recovery when setting Mail Port for AQ e-mail notifications


Input: [TYPE] MN [NAME] LogMiner [IS_USER] NO [DESCRIPTION]

Output: Synchronizes updates to the LogMiner dictionary and prevents multiple instances from preparing the same LogMiner session


Input: [TYPE] MO [NAME] MMON restricted session [IS_USER] NO [DESCRIPTION]

Output: Serialize MMON operations for restricted sessions


Input: [TYPE] MR [NAME] Media Recovery [IS_USER] NO [DESCRIPTION]

Output: Lock used to coordinate media recovery with other uses of datafiles


Input: [TYPE] MS [NAME] Materialized View Refresh Log [IS_USER] NO [DESCRIPTION]

Output: Lock held during materialized view refresh to setup MV log


Input: [TYPE] MV [NAME] Online Datafile Move [IS_USER] NO [DESCRIPTION]

Output: Synchronizes online datafile move operation or cleanup


Input: [TYPE] MW [NAME] MWIN Schedule [IS_USER] NO [DESCRIPTION]

Output: This enqueue is used to serialize the calibration of the manageability schedules with the Maintenance Window


Input: [TYPE] MX [NAME] ksz synch [IS_USER] NO [DESCRIPTION]

Output: Used to synchronize storage server info across all nodes


Input: [TYPE] N [NAME] Library Cache Pin 1 [IS_USER] NO [DESCRIPTION]

Output: Synchronizes accesses to the contents of library cache objects


Input: [TYPE] OC [NAME] Outline Cache [IS_USER] NO [DESCRIPTION]

Output: Synchronizes write accesses to the outline cache


Input: [TYPE] OD [NAME] Online DDLs [IS_USER] NO [DESCRIPTION]

Output: Lock to prevent concurrent online DDLs


Input: [TYPE] OL [NAME] Outline Name [IS_USER] NO [DESCRIPTION]

Output: Synchronizes accesses to a particular outline name


Input: [TYPE] OQ [NAME] OLAPI Histories [IS_USER] NO [DESCRIPTION]

Output: Synchronizes access to olapi history resources


Input: [TYPE] OW [NAME] Encryption Wallet [IS_USER] NO [DESCRIPTION]

Output: Serializes wallet initialization and access


Input: [TYPE] PD [NAME] Property Lock [IS_USER] NO [DESCRIPTION]

Output: Serializes property update


Input: [TYPE] PE [NAME] Parameter [IS_USER] NO [DESCRIPTION]

Output: Synchronizes system parameter updates


Input: [TYPE] PF [NAME] Password File [IS_USER] NO [DESCRIPTION]

Output: Synchronizes accesses to the password file


Input: [TYPE] PG [NAME] Global Parameter [IS_USER] NO [DESCRIPTION]

Output: Synchronizes global system parameter updates


Input: [TYPE] PH [NAME] AQ Notification Proxy [IS_USER] NO [DESCRIPTION]

Output: Lock used for recovery when setting Proxy for AQ HTTP notifications


Input: [TYPE] PI [NAME] Remote PX Process Spawn Status [IS_USER] NO [DESCRIPTION]

Output: Communicates remote Parallel Execution Server Process creation status


Input: [TYPE] PL [NAME] Transportable Tablespace [IS_USER] NO [DESCRIPTION]

Output: Coordinates plug-in operation of transportable tablespaces


Input: [TYPE] PM [NAME] ASM PST Signalling [IS_USER] NO [DESCRIPTION]

Output: Signals inter-instance access to ASM PST metadata


Input: [TYPE] PR [NAME] Process Startup [IS_USER] NO [DESCRIPTION]

Output: Synchronizes process startup


Input: [TYPE] PS [NAME] PX Process Reservation [IS_USER] NO [DESCRIPTION]

Output: Parallel Execution Server Process reservation and synchronization


Input: [TYPE] PT [NAME] ASM Partnership and Status Table [IS_USER] NO [DESCRIPTION]

Output: Gates inter-node synchronization of ASM PST metadata


Input: [TYPE] PV [NAME] KSV slave startup [IS_USER] NO [DESCRIPTION]

Output: Synchronizes slave start_shut


Input: [TYPE] PW [NAME] Buffer Cache PreWarm [IS_USER] NO [DESCRIPTION]

Output: Coordinates Direct Loads with Prewarmed cache buffers


Input: [TYPE] Q [NAME] Row Cache [IS_USER] NO [DESCRIPTION]

Output: Coordinates updates and accesses to row cache objects


Input: [TYPE] RB [NAME] ASM Rollback Recovery [IS_USER] NO [DESCRIPTION]

Output: Serializes ASM rollback recovery operations


Input: [TYPE] RC [NAME] Result Cache: Enqueue [IS_USER] NO [DESCRIPTION]

Output: Accessing a result in the result-set cache


Input: [TYPE] RD [NAME] RAC Load [IS_USER] NO [DESCRIPTION]

Output: synchronize update of RAC load info


Input: [TYPE] RE [NAME] Block Repair/Resilvering [IS_USER] NO [DESCRIPTION]

Output: Synchronizes block repair/mirror resilvering operations


Input: [TYPE] RF [NAME] Data Guard Broker [IS_USER] NO [DESCRIPTION]

Output: Synchronizes broker lock operation involving lock value


Input: [TYPE] RK [NAME] wallet_set_mkey [IS_USER] NO [DESCRIPTION]

Output: Serializes wallet master key rekey


Input: [TYPE] RL [NAME] RAC Encryption Wallet Lock [IS_USER] NO [DESCRIPTION]

Output: RAC encryption wallet lock


Input: [TYPE] RM [NAME] GES Resource Remastering [IS_USER] NO [DESCRIPTION]

Output: Coordinates Global Enqueue Service resource remastering


Input: [TYPE] RN [NAME] Redo Log Nab Computation [IS_USER] NO [DESCRIPTION]

Output: Coordinates nab computations of online logs during recovery


Input: [TYPE] RO [NAME] Multiple Object Reuse [IS_USER] NO [DESCRIPTION]

Output: Coordinates flushing of multiple objects


Input: [TYPE] RP [NAME] Resilver / Repair [IS_USER] NO [DESCRIPTION]

Output: Enqueue held when resilvering is needed or when datablock is repaired from mirror


Input: [TYPE] RR [NAME] Workload Capture and Replay [IS_USER] NO [DESCRIPTION]

Output: Prevents concurrent invokers of DBMS_WORKLOAD_*


Input: [TYPE] RS [NAME] Reclaimable Space [IS_USER] NO [DESCRIPTION]

Output: Lock held by a space reclaimable operation to allow other operations to wait for it


Input: [TYPE] RT [NAME] Redo Thread [IS_USER] NO [DESCRIPTION]

Output: Thread locks held by LGWR, DBW0, and RVWR to indicate mounted or open status


Input: [TYPE] RU [NAME] Rolling Migration [IS_USER] NO [DESCRIPTION]

Output: Serilized rolling migration operations


Input: [TYPE] RW [NAME] Materialized View Flags [IS_USER] NO [DESCRIPTION]

Output: Lock used when creating or readingmaterialized view flags in detail tables


Input: [TYPE] RX [NAME] ASM Extent Relocation Lock [IS_USER] NO [DESCRIPTION]

Output: Synchronizes relocating ASM extents


Input: [TYPE] SB [NAME] LogicalStandby [IS_USER] NO [DESCRIPTION]

Output: Synchronizes Logical Standby metadata operations


Input: [TYPE] SC [NAME] System Change Number [IS_USER] NO [DESCRIPTION]

Output: Coordinates system change number generation on multiple instances


Input: [TYPE] SE [NAME] Session Migration [IS_USER] NO [DESCRIPTION]

Output: Lock used by transparent session migration


Input: [TYPE] SF [NAME] AQ Notification Sender [IS_USER] NO [DESCRIPTION]

Output: Lock used for recovery when setting Sender for AQ e-mail notifications


Input: [TYPE] SH [NAME] Active Session History Flushing [IS_USER] NO [DESCRIPTION]

Output: To prevent multiple concurrent flushers


Input: [TYPE] SI [NAME] Streams Table Instantiation [IS_USER] NO [DESCRIPTION]

Output: Prevents muiltiple streams table instantiations


Input: [TYPE] SJ [NAME] KTSJ Slave Task Cancel [IS_USER] NO [DESCRIPTION]

Output: Serializes cancelling task executed by slave process


Input: [TYPE] SK [NAME] Shrink Segment [IS_USER] NO [DESCRIPTION]

Output: Serialize shrink of a segment


Input: [TYPE] SL [NAME] Serialize Lock request [IS_USER] NO [DESCRIPTION]

Output: Request serialization to LCK0


Input: [TYPE] SM [NAME] SMON Serialization [IS_USER] NO [DESCRIPTION]

Output: Lock to check SMON global work in RAC


Input: [TYPE] SO [NAME] Shared Object [IS_USER] NO [DESCRIPTION]

Output: Synchronizes access to Shared Object(PL/SQL Shared Object Manager)


Input: [TYPE] SP [NAME] Spare Enqueue [IS_USER] NO [DESCRIPTION]

Output: Spare enqueue for one-off backports


Input: [TYPE] SQ [NAME] Sequence Cache [IS_USER] NO [DESCRIPTION]

Output: Lock to ensure that only one process can replenish the sequence cache


Input: [TYPE] SR [NAME] Synchronized Replication [IS_USER] NO [DESCRIPTION]

Output: Coordinates replication / streams operations


Input: [TYPE] SS [NAME] Sort Segment [IS_USER] NO [DESCRIPTION]

Output: Ensures that sort segments created during parallel DML operations aren’t prematurely cleaned up


Input: [TYPE] ST [NAME] Space Transaction [IS_USER] NO [DESCRIPTION]

Output: Synchronizes space management activities in dictionary-managed tablespaces


Input: [TYPE] SU [NAME] SaveUndo Segment [IS_USER] NO [DESCRIPTION]

Output: Serializes access to SaveUndo Segment


Input: [TYPE] SV [NAME] Sequence Ordering [IS_USER] NO [DESCRIPTION]

Output: Lock to ensure ordered sequence allocation in RAC mode


Input: [TYPE] SW [NAME] Suspend Writes [IS_USER] NO [DESCRIPTION]

Output: Coordinates the ‘alter system suspend’ operation


Input: [TYPE] TA [NAME] Instance Undo [IS_USER] NO [DESCRIPTION]

Output: Serializes operations on undo segments and undo tablespaces


Input: [TYPE] TB [NAME] SQL Tuning Base Existence Cache [IS_USER] NO [DESCRIPTION]

Output: Synchronizes writes to the SQL Tuning Base Existence Cache


Input: [TYPE] TC [NAME] Tablespace Checkpoint [IS_USER] NO [DESCRIPTION]

Output: Lock held to guarantee uniqueness of a tablespace checkpoint


Input: [TYPE] TD [NAME] KTF map table enqueue [IS_USER] NO [DESCRIPTION]

Output: Serializes updates and inserts to the SMON_SCN_TIME mapping table


Input: [TYPE] TE [NAME] KTF broadcast [IS_USER] NO [DESCRIPTION]

Output: Serializes broadcasts for flushes to SMON_SCN_TIME


Input: [TYPE] TF [NAME] Temporary File [IS_USER] NO [DESCRIPTION]

Output: Serializes dropping of a temporary file


Input: [TYPE] TH [NAME] Threshold Chain [IS_USER] NO [DESCRIPTION]

Output: Serializes threshold in-memory chain access


Input: [TYPE] TK [NAME] Auto Task Serialization [IS_USER] NO [DESCRIPTION]

Output: Prevents more than one AutoTask Background Slave from being spawned


Input: [TYPE] TL [NAME] Log Lock [IS_USER] NO [DESCRIPTION]

Output: Serializes threshold log table read and update


Input: [TYPE] TO [NAME] Temp Object [IS_USER] NO [DESCRIPTION]

Output: Synchronizes DDL and DML operations on a temp object


Input: [TYPE] TP [NAME] Runtime Fixed Table Purge [IS_USER] NO [DESCRIPTION]

Output: Lock used for fixed runtime table purge and definition


Input: [TYPE] TQ [NAME] Queue table enqueue [IS_USER] NO [DESCRIPTION]

Output: Synchronizes access to queue table


Input: [TYPE] TS [NAME] Temporary Segment [IS_USER] NO [DESCRIPTION]

Output: Serializes accesses to temp segments


Input: [TYPE] TT [NAME] Tablespace [IS_USER] NO [DESCRIPTION]

Output: Serializes DDL operations on tablespaces


Input: [TYPE] TW [NAME] Cross-Instance Transaction [IS_USER] NO [DESCRIPTION]

Output: Lock held by one instance to wait for transactions on all instances to finish


Input: [TYPE] US [NAME] Undo Segment [IS_USER] NO [DESCRIPTION]

Output: Lock held to perform DDL on the undo segment


Input: [TYPE] V [NAME] Library Cache Lock 3 [IS_USER] NO [DESCRIPTION]

Output: Synchronizes accesses to library cache objects


Input: [TYPE] WA [NAME] AQ Notification Watermark [IS_USER] NO [DESCRIPTION]

Output: Lock used for recovery when setting Watermark for memory usage in AQ notifications


Input: [TYPE] WF [NAME] AWR Flush [IS_USER] NO [DESCRIPTION]

Output: This enqueue is used to serialize the flushing of snapshots


Input: [TYPE] WG [NAME] Write gather local enqueue [IS_USER] NO [DESCRIPTION]

Output: Long term lock on wgc file state


Input: [TYPE] WL [NAME] Being Written Redo Log [IS_USER] NO [DESCRIPTION]

Output: Coordinates access to redo log files and archive logs


Input: [TYPE] WM [NAME] WLM Plan Operations [IS_USER] NO [DESCRIPTION]

Output: Synchronizes new WLM Plan activation


Input: [TYPE] WP [NAME] AWR Purge [IS_USER] NO [DESCRIPTION]

Output: This enqueue handles concurrency between purging and baselines


Input: [TYPE] WR [NAME] LNS archiving log [IS_USER] NO [DESCRIPTION]

Output: Coordinates access to logs by Async LNS and ARCH/FG


Input: [TYPE] WS [NAME] LogWriter Standby [IS_USER] NO [DESCRIPTION]

Output: Used by LogWriter to coordinate communication to standby databases


Input: [TYPE] XB [NAME] ASM Group Block lock [IS_USER] NO [DESCRIPTION]

Output: Prevents client diskgroup use during storage reconfiguration


Input: [TYPE] XC [NAME] XDB Configuration [IS_USER] NO [DESCRIPTION]

Output: Synchronization access to XDB configuration


Input: [TYPE] XD [NAME] Auto Online Exadata disks [IS_USER] NO [DESCRIPTION]

Output: Serialize Auto Management of Exadata disks


Input: [TYPE] XH [NAME] AQ Notification No-Proxy [IS_USER] NO [DESCRIPTION]

Output: Lock used for recovery when setting No Proxy Domains for AQ HTTP notifications


Input: [TYPE] XL [NAME] ASM Extent Fault Lock [IS_USER] NO [DESCRIPTION]

Output: Keep multiple processes from faulting in the same extent chunk


Input: [TYPE] XQ [NAME] ASM Extent Relocation Enqueue [IS_USER] NO [DESCRIPTION]

Output: ASM extent relocation


Input: [TYPE] XR [NAME] Quiesce / Force Logging [IS_USER] NO [DESCRIPTION]

Output: Lock held during database quiesce or for database force logging


Input: [TYPE] XY [NAME] Internal Test [IS_USER] NO [DESCRIPTION]

Output: Lock used for internal testing


Input: [TYPE] Y [NAME] Library Cache Pin 3 [IS_USER] NO [DESCRIPTION]

Output: Synchronizes accesses to the contents of library cache objects


Input: [TYPE] ZA [NAME] Audit Partition [IS_USER] NO [DESCRIPTION]

Output: Lock held for adding partition to Aud table


Input: [TYPE] ZF [NAME] FGA Partition [IS_USER] NO [DESCRIPTION]

Output: Lock held for adding partition to Fga table


Input: [TYPE] ZG [NAME] File Group [IS_USER] NO [DESCRIPTION]

Output: Coordinates file group operations


Input: [TYPE] ZZ [NAME] Global Context Action [IS_USER] NO [DESCRIPTION]

Output: Lock held for updating Global context hash tables


Input: [Attribute] in [Required] Either in or a nested element must be available [Description]

Output: Specifies a single XML document to process.

XEP User Guide - Java XML to PDF, PostScript XSL-FO Formatter < Support < XML to PDF, PostScript, AFP, Print - RenderX


Input: [Attribute] out [Required] No [Description]

Output: Used with in, specifies the file name for the formatted document.

XEP User Guide - Java XML to PDF, PostScript XSL-FO Formatter < Support < XML to PDF, PostScript, AFP, Print - RenderX


Input: [Attribute] destDir [Required] No [Description]

Output: Used with nested element(s),specifies a destination directory for the formatted documents. For each file in the set, target file name is created by appending its relative path (as specified in ) to this directory, and changing file extension to match the selected output format. By default, the formatted documents are stored in the sources' directories.

XEP User Guide - Java XML to PDF, PostScript XSL-FO Formatter < Support < XML to PDF, PostScript, AFP, Print - RenderX


Input: [Attribute] overwrite [Required] No [Description]

Output: True or False. When "true", the task reformats all documents on each invocation. When "false", the documents are only overwritten if either the source or the stylesheet are newer than the output. If the stylesheet is not local, there is no reliable way to determine its modification date. Such stylesheets are treated as if they are never modified. By default, all documents are reformatted.

XEP User Guide - Java XML to PDF, PostScript XSL-FO Formatter < Support < XML to PDF, PostScript, AFP, Print - RenderX


Input: [Attribute] style [Required] No [Description]

Output: XSLT stylesheet is to apply to source XML documents, either a pathname or a URL. If it is not available, input files are assumed to be XSL FO documents.

XEP User Guide - Java XML to PDF, PostScript XSL-FO Formatter < Support < XML to PDF, PostScript, AFP, Print - RenderX


Input: [Attribute] format [Required] Yes [Description]

Output: Output format. Possible values:PDF, PostScript, XEP. Important Format identifiers are case-sensitive!

XEP User Guide - Java XML to PDF, PostScript XSL-FO Formatter < Support < XML to PDF, PostScript, AFP, Print - RenderX


Input: [Value Type] REG_SZ [Value Data] Full path to the file [Value Name]

Output: FilePath

Digital Forensics Stream: Windows 8: Tracking Opened Photos


Input: [Value Type] REG_DWORD [Value Data] Appears to relate to the media type from which the image was opened [Value Name]

Output: Flags

Digital Forensics Stream: Windows 8: Tracking Opened Photos


Input: [Value Type] REG_BINARY [Value Data] 64-bit FILETIME value; appears to reference last time the file was opened [Value Name]

Output: LastUpdatedTime

Digital Forensics Stream: Windows 8: Tracking Opened Photos


Input: [Value Type] REG_BINARY [Value Data] Variation of Windows LNK file [MS-SHLLINK] [Value Name]

Output: Link

Digital Forensics Stream: Windows 8: Tracking Opened Photos


Input: [Value Type] REG_SZ [Value Data] Holds the name of the file [Value Name]

Output: Metadata

Digital Forensics Stream: Windows 8: Tracking Opened Photos


Input: [Value Type] REG_SZ [Value Data] microsoft.windowsphotos_8wekyb3d8bbwe [Value Name]

Output: PackageFamilyName

Digital Forensics Stream: Windows 8: Tracking Opened Photos


Input: [Status] OK [Description]

Output: Selected car type can be picked up and set out


Input: [Status] Pick Up Only [Description]

Output: Selected car type can only be picked up from this track


Input: [Status] Set Out Only [Description]

Output: Selected car type can only be set out to this track


Input: [Status] X (Train Type) [Description]

Output: Selected car type is not serviced by this train


Input: [Status] X (Train Built) [Description]

Output: Selected car's built date is not serviced by this train


Input: [Status] X (Train Load) [Description]

Output: Selected car's load is not serviced by this train


Input: [Status] X (Train Owner) [Description]

Output: Selected car's owner is not serviced by this train


Input: [Status] X (Train Road) [Description]

Output: Selected car's road is not serviced by this train


Input: [Status] X (Train Skips) [Description]

Output: The train doesn't service this location


Input: [Status] X (Train Pick up) [Description]

Output: The train can't pick up cars from this track


Input: [Status] X (Train Set out) [Description]

Output: The train can't set out cars to this track


Input: [Status] X (Route) [Description]

Output: The route doesn't allow pick ups or set outs for this location


Input: [Status] X (Route Moves) [Description]

Output: The number of requested car moves for this location is zero


Input: [Status] X (Location Type) [Description]

Output: The location doesn't service the selected car type


Input: [Status] X (Track Type) [Description]

Output: The track doesn't service the selected car type


Input: [Status] X (Track Load) [Description]

Output: The track doesn't service the selected car's load


Input: [Status] X (Track Road) [Description]

Output: The track doesn't service the selected car's road


Input: [Status] X (Track Train) [Description]

Output: The track doesn't service this train


Input: [Status] X (Track Route) [Description]

Output: The track doesn't service the train's route


Input: [Status] X (Track Destination) [Description]

Output: The track doesn't service the car's final destination


Input: [Status] X (Dir Loc) [Description]

Output: Based on the train's departure direction, the location doesn't allow set outs or pick ups


Input: [Status] X (Dir Trk) [Description]

Output: Based on the train's departure direction, the track doesn't allow set outs or pick ups


Input: [Status] X (Schedule Timetable) [Description]

Output: The spur's schedule timetable selection prevents the car from being serviced.


Input: [Status] X (Schedule Type) [Description]

Output: The spur's schedule does not allow the car's type to be serviced.


Input: [Status] X (Schedule Load) [Description]

Output: The spur's schedule does not allow the car's load to be serviced.


Input: [Status] X (Schedule Road) [Description]

Output: The spur's schedule does not allow the car's road to be serviced.


Input: [Status] X (Schedule) [Description]

Output: The spur's schedule does not allow the combination of the car's type, load, and road.


Input: [Key] Cursor up [Action]

Output: Jump up, climb up ladders


Input: [Key] Cursor down [Action]

Output: Climb down


Input: [Key] Cursor left [Action]

Output: Walk to the left


Input: [Key] Cursor right [Action]

Output: Walk to the right


Input: [Key] Space [Info] Can also be done while jumping [Action]

Output: Attack


Input: [Key] F-1 [Action]

Output: Option key; select player/item


Input: [Key] F-2 [Action]

Output: Pause


Input: [Key] F10 or 9 [Action]

Output: Select graphics set


Input: [Key] F11 or 0 [Action]

Output: Select music set


Input: [Key] ESC [Action]

Output: Back to title screen


Input: [Key] ALT+ENTER [Info] For Windows and Linux [Action]

Output: Switch between full-screen and window mode


Input: [Key] Apple key+F [Info] Only for Mac OS X [Action]

Output: Switch between full-screen and window mode


Input: [Key] F12 [Info] For Windows and Linux [Action]

Output: Quit


Input: [Key] Apple key+Q [Info] Only for Mac OS X [Action]

Output: Quit


Input: [Offset] 0x00 [Size] 0x1C bytes [Description]

Output: signature, necessarily “Client UrlCache MMF Ver 5.2”, including null terminator


Input: [Offset] 0x1C [Size] dword [Description]

Output: file size, in bytes


Input: [Offset] 0x20 [Size] dword [Description]

Output: file offset of first page in hash table, else zero


Input: [Offset] 0x24 [Size] dword [Description]

Output: total number of blocks following header


Input: [Offset] 0x28 [Size] dword [Description]

Output: number of allocated blocks


Input: [Offset] 0x2C [Size] 4 bytes [Description]

Output: apparently unused


Input: [Offset] 0x30 [Size] qword [Description]

Output: cache limit, in bytes


Input: [Offset] 0x38 [Size] qword [Description]

Output: cache size, in bytes


Input: [Offset] 0x40 [Size] qword [Description]

Output: cache usage exempt from scavenging, in bytes


Input: [Offset] 0x48 [Size] dword [Description]

Output: number of subdirectories in cache


Input: [Offset] 0x4C [Size] 0x0180 bytes [Description]

Output: array of 0x20 structures, each of 0x0C bytes, to describe subdirectories in cache


Input: [Offset] 0x01CC [Size] 0x80 bytes [Description]

Output: array of 0x20 dwords, apparently called header data


Input: [Offset] 0x024C [Size] 4 bytes [Description]

Output: apparently unused


Input: [Offset] 0x0250 [Size] 0x3DB0 bytes [Description]

Output: allocation bitmap for blocks following header


Input: [Item] Node configuration [Multiprocessor] Cpu [Cluster(Multicomputer)] CPU, RAM, net interface [Distributed system]

Output: Complete computer

The Linux Desk | Hi This is Suresh. Here I am writing series of articles about Operating system,Linux Kernel & System programming. Some of the information I have taken from books/net and added my perception into it and presenting it in a simple language. please feel free to reach me suresh.kandukuru@gmail.com . /Suresh


Input: [Item] Node peripherals [Multiprocessor] All shared [Cluster(Multicomputer)] Shared exc, May be disk [Distributed system]

Output: Full set per node

The Linux Desk | Hi This is Suresh. Here I am writing series of articles about Operating system,Linux Kernel & System programming. Some of the information I have taken from books/net and added my perception into it and presenting it in a simple language. please feel free to reach me suresh.kandukuru@gmail.com . /Suresh


Input: [Item] Location [Multiprocessor] Same rock [Cluster(Multicomputer)] Same room [Distributed system]

Output: Possible worldwide

The Linux Desk | Hi This is Suresh. Here I am writing series of articles about Operating system,Linux Kernel & System programming. Some of the information I have taken from books/net and added my perception into it and presenting it in a simple language. please feel free to reach me suresh.kandukuru@gmail.com . /Suresh


Input: [Item] Inter node communication [Multiprocessor] Shared RAM [Cluster(Multicomputer)] Dedicated interconnect [Distributed system]

Output: Tradition network

The Linux Desk | Hi This is Suresh. Here I am writing series of articles about Operating system,Linux Kernel & System programming. Some of the information I have taken from books/net and added my perception into it and presenting it in a simple language. please feel free to reach me suresh.kandukuru@gmail.com . /Suresh


Input: [Item] Operating systems [Multiprocessor] One , shared [Cluster(Multicomputer)] Multiple, same [Distributed system]

Output: Possibly all different

The Linux Desk | Hi This is Suresh. Here I am writing series of articles about Operating system,Linux Kernel & System programming. Some of the information I have taken from books/net and added my perception into it and presenting it in a simple language. please feel free to reach me suresh.kandukuru@gmail.com . /Suresh


Input: [Item] File systems [Multiprocessor] One, Shared [Cluster(Multicomputer)] One, Shared [Distributed system]

Output: Each node has own

The Linux Desk | Hi This is Suresh. Here I am writing series of articles about Operating system,Linux Kernel & System programming. Some of the information I have taken from books/net and added my perception into it and presenting it in a simple language. please feel free to reach me suresh.kandukuru@gmail.com . /Suresh


Input: [Item] Administration [Multiprocessor] One organization [Cluster(Multicomputer)] One organization [Distributed system]

Output: Many organizations

The Linux Desk | Hi This is Suresh. Here I am writing series of articles about Operating system,Linux Kernel & System programming. Some of the information I have taken from books/net and added my perception into it and presenting it in a simple language. please feel free to reach me suresh.kandukuru@gmail.com . /Suresh


Input: [Shortcut] Page Down [Function]

Output: Scroll down by one page


Input: [Shortcut] Page Up [Function]

Output: Scroll up by one page


Input: [Shortcut] Cursor Down [Function]

Output: Scroll down one line


Input: [Shortcut] Ctrl+Cursor Down [Function]

Output: Go to the bottom of the page


Input: [Shortcut] Cursor Up [Function]

Output: Scroll up one line


Input: [Shortcut] Ctrl+Cursor Up [Function]

Output: Go to the top of the page


Input: [Shortcut] F11 [Function]

Output: Open the scale view window


Input: [Shortcut] Ctrl+Q [Function]

Output: Reduce scale of view


Input: [Shortcut] Ctrl+W [Function]

Output: Increase scale of view


Input: [Shortcut] Ctrl+Shift+Q [Function]

Output: Reduce scale of view by 10%


Input: [Shortcut] Ctrl+Shift+W [Function]

Output: Increase scale of view by 10%


Input: [Shortcut] Shift+F11 [Function]

Output: View box outlines. This may be useful if you are creating your own web page. Cyan marks the content's edge, magenta marks the padding's edge and yellow marks the margin's edge.


Input: [Condition Name] ANYCONDITION [Function]

Output: Handles any condition not specifically handled by another ON-unit

Table 8-1 Summary of ON Conditions


Input: [Condition Name] AREA [Function]

Output: Handles a condition that occurs during an operation on an area

Table 8-1 Summary of ON Conditions


Input: [Condition Name] CONDITION [Function]

Output: Handles programmer-defined conditions

Table 8-1 Summary of ON Conditions


Input: [Condition Name] CONVERSION [Function]

Output: Handles data conversion errors

Table 8-1 Summary of ON Conditions


Input: [Condition Name] ENDFILE [Function]

Output: Handles end-of-file for a specified file

Table 8-1 Summary of ON Conditions


Input: [Condition Name] ENDPAGE [Function]

Output: Handles end-of-page for a specified file with PRINT attribute

Table 8-1 Summary of ON Conditions


Input: [Condition Name] ERROR [Function]

Output: Handles miscellaneous error conditions and conditions for which no specific ON-unit exists

Table 8-1 Summary of ON Conditions


Input: [Condition Name] FINISH [Function]

Output: Handles program exit when the main procedure executes a RETURN statement, when any block executes a STOP statement, or when the program exits due to an error that is not handled by an ON-unit

Table 8-1 Summary of ON Conditions


Input: [Condition Name] FIXEDOVERFLOW [Function]

Output: Handles fixed-point decimal and integer overflow exception conditions

Table 8-1 Summary of ON Conditions


Input: [Condition Name] KEY [Function]

Output: Handles any error involving the key during keyed access to a specified file

Table 8-1 Summary of ON Conditions


Input: [Condition Name] OVERFLOW [Function]

Output: Handles floating-point overflow exception conditions

Table 8-1 Summary of ON Conditions


Input: [Condition Name] STORAGE [Function]

Output: Handles a condition that occurs during allocation of a controlled variable or a based variable other than in an area

Table 8-1 Summary of ON Conditions


Input: [Condition Name] STRINGRANGE [Function]

Output: Handles out-of-bound substring references

Table 8-1 Summary of ON Conditions


Input: [Condition Name] SUBSCRIPTRANGE [Function]

Output: Handles out-of-bound array references

Table 8-1 Summary of ON Conditions


Input: [Condition Name] UNDEFINEDFILE [Function]

Output: Handles any errors in opening a specified file

Table 8-1 Summary of ON Conditions


Input: [Condition Name] UNDERFLOW (VAX only) [Function]

Output: Handles floating-point underflow exception conditions

Table 8-1 Summary of ON Conditions


Input: [Condition Name] VAXCONDITION [Function]

Output: Handles operating system or programmer-specified condition values

Table 8-1 Summary of ON Conditions


Input: [Condition Name] ZERODIVIDE [Function]

Output: Handles divide-by-zero exception conditions

Table 8-1 Summary of ON Conditions


Input: [Windows] F1 [Functionality] To select a company To select Accounts Button and inventory Buttons [Availability]

Output: At all masters menu screen At the Accounting / Inventory vouchers creation and alteration screen

Short-cut keys or keyboard shortcuts available in Tally ERP9 | TallyDirect - Accounting and ERP Solutions


Input: [Windows] F2 [Functionality] To change the menu period [Availability]

Output: To change the menu period

Short-cut keys or keyboard shortcuts available in Tally ERP9 | TallyDirect - Accounting and ERP Solutions


Input: [Windows] F3 [Functionality] To select the company [Availability]

Output: To change the menu period

Short-cut keys or keyboard shortcuts available in Tally ERP9 | TallyDirect - Accounting and ERP Solutions


Input: [Windows] F4 [Functionality] To select the Contra voucher [Availability]

Output: At Accounting / Inventory Voucher creation and alteration screen

Short-cut keys or keyboard shortcuts available in Tally ERP9 | TallyDirect - Accounting and ERP Solutions


Input: [Windows] F5 [Functionality] To select the Payment voucher [Availability]

Output: At Accounting / Inventory Voucher creation and alteration screen

Short-cut keys or keyboard shortcuts available in Tally ERP9 | TallyDirect - Accounting and ERP Solutions


Input: [Windows] F6 [Functionality] To select the Receipt voucher [Availability]

Output: At Accounting / Inventory Voucher creation and alteration screen

Short-cut keys or keyboard shortcuts available in Tally ERP9 | TallyDirect - Accounting and ERP Solutions


Input: [Windows] F7 [Functionality] To select the Journal voucher [Availability]

Output: At Accounting / Inventory Voucher creation and alteration screen

Short-cut keys or keyboard shortcuts available in Tally ERP9 | TallyDirect - Accounting and ERP Solutions


Input: [Windows] F8 [Functionality] To select the Sales voucher [Availability]

Output: At Accounting / Inventory Voucher creation and alteration screen

Short-cut keys or keyboard shortcuts available in Tally ERP9 | TallyDirect - Accounting and ERP Solutions


Input: [Windows] F8 (CTRL+F8) [Functionality] To select the Credit Note voucher [Availability]

Output: At Accounting / Inventory Voucher creation and alteration screen

Short-cut keys or keyboard shortcuts available in Tally ERP9 | TallyDirect - Accounting and ERP Solutions


Input: [Windows] F9 [Functionality] To select the Purchase voucher [Availability]

Output: At Accounting / Inventory Voucher creation and alteration screen

Short-cut keys or keyboard shortcuts available in Tally ERP9 | TallyDirect - Accounting and ERP Solutions


Input: [Windows] F9 (CTRL + F9) [Functionality] To select the Debit Note voucher [Availability]

Output: At Accounting / Inventory Voucher creation and alteration screen

Short-cut keys or keyboard shortcuts available in Tally ERP9 | TallyDirect - Accounting and ERP Solutions


Input: [Windows] F10 [Functionality] To select the Reversing Journal voucher [Availability]

Output: At Accounting / Inventory Voucher creation and alteration screen

Short-cut keys or keyboard shortcuts available in Tally ERP9 | TallyDirect - Accounting and ERP Solutions


Input: [Windows] F10 [Functionality] To select the Memorandum voucher [Availability]

Output: At Accounting / Inventory Voucher creation and alteration screen

Short-cut keys or keyboard shortcuts available in Tally ERP9 | TallyDirect - Accounting and ERP Solutions


Input: [Windows] F11 [Functionality] To select the Functions and Features screen [Availability]

Output: At almost all screens in TALLY

Short-cut keys or keyboard shortcuts available in Tally ERP9 | TallyDirect - Accounting and ERP Solutions


Input: [Windows] F12 [Functionality] To select the Configure screen [Availability]

Output: At almost all screens in TALLY

Short-cut keys or keyboard shortcuts available in Tally ERP9 | TallyDirect - Accounting and ERP Solutions


Input: [Windows] ALT + 2 [Functionality] To Duplicate a voucher [Availability]

Output: At List of Vouchers – creates a voucher similar to the one where you positioned the cursor and used this key combination

Short-cut keys or keyboard shortcuts available in Tally ERP9 | TallyDirect - Accounting and ERP Solutions


Input: [Windows] ALT + A [Functionality] To Add a voucher [Availability]

Output: At List of Vouchers – adds a voucher after the one where you positioned the cursor and used this key combination.

Short-cut keys or keyboard shortcuts available in Tally ERP9 | TallyDirect - Accounting and ERP Solutions


Input: [Windows] ALT + C [Functionality] To create a master at a voucher screen (if it has not been already assigned a different function, as in reports like Balance Sheet, where it adds a new column to the report) [Availability]

Output: At voucher entry and alteration screens, at a field where you have to select a master from a list. If the necessary account has not been created already, use this key combination to create the master without quitting from the voucher screen.

Short-cut keys or keyboard shortcuts available in Tally ERP9 | TallyDirect - Accounting and ERP Solutions


Input: [Windows] ALT + D [Functionality] To delete a voucher To delete a master (if it has not been already assigned a different function, as explained above) [Availability]

Output: At Voucher and Master (Single) alteration screens. Masters can be deleted subject to conditions, as explained in the manual.

Short-cut keys or keyboard shortcuts available in Tally ERP9 | TallyDirect - Accounting and ERP Solutions


Input: [Windows] ALT + E [Functionality] To export the report in ASCII, SDF, HTML OR XML format [Availability]

Output: At all reports screens in TALLY

Short-cut keys or keyboard shortcuts available in Tally ERP9 | TallyDirect - Accounting and ERP Solutions


Input: [Windows] ALT + I [Functionality] To insert a voucher [Availability]

Output: At List of Vouchers – inserts a voucher before the one where you positioned the cursor and used this key combination.

Short-cut keys or keyboard shortcuts available in Tally ERP9 | TallyDirect - Accounting and ERP Solutions


Input: [Windows] ALT + R [Functionality] To remove a line in a report [Availability]

Output: At all reports screens in TALLY

Short-cut keys or keyboard shortcuts available in Tally ERP9 | TallyDirect - Accounting and ERP Solutions


Input: [Windows] ALT + S [Functionality] To bring back a line you removed using ALT + R [Availability]

Output: At all reports screens in TALLY

Short-cut keys or keyboard shortcuts available in Tally ERP9 | TallyDirect - Accounting and ERP Solutions


Input: [Windows] ALT + X [Functionality] To cancel a voucher in Day Book/List of Vouchers [Availability]

Output: At all voucher screens in TALLY

Short-cut keys or keyboard shortcuts available in Tally ERP9 | TallyDirect - Accounting and ERP Solutions


Input: [Windows] CTRL + A [Functionality] To accept a form – wherever you use this key combination, that screen or report gets accepted as it is. [Availability]

Output: At almost all screens in TALLY, except where a specific detail has to be given before accepting.

Short-cut keys or keyboard shortcuts available in Tally ERP9 | TallyDirect - Accounting and ERP Solutions


Input: [Parameter] query [Description]

Output: The actual query to be parsed. See Query string syntax.


Input: [Parameter] default_field [Description]

Output: The default field for query terms if no prefix field is specified. Defaults to the index.query.default_field index settings, which in turn defaults to _all.


Input: [Parameter] default_operator [Description]

Output: The default operator used if no explicit operator is specified. For example, with a default operator of OR, the query capital of Hungary is translated to capital OR of OR Hungary, and with default operator of AND, the same query is translated to capital AND of AND Hungary. The default value is OR.


Input: [Parameter] analyzer [Description]

Output: The analyzer name used to analyze the query string.


Input: [Parameter] allow_leading_wildcard [Description]

Output: When set, * or ? are allowed as the first character. Defaults to true.


Input: [Parameter] lowercase_expanded_terms [Description]

Output: Whether terms of wildcard, prefix, fuzzy, and range queries are to be automatically lower-cased or not (since they are not analyzed). Default it true.


Input: [Parameter] enable_position_increments [Description]

Output: Set to true to enable position increments in result queries. Defaults to true.


Input: [Parameter] fuzzy_max_expansions [Description]

Output: Controls the number of terms fuzzy queries will expand to. Defaults to 50


Input: [Parameter] fuzziness [Description]

Output: Set the fuzziness for fuzzy queries. Defaults to AUTO. See the section called “Fuzzinessedit” for allowed settings.


Input: [Parameter] fuzzy_prefix_length [Description]

Output: Set the prefix length for fuzzy queries. Default is 0.


Input: [Parameter] phrase_slop [Description]

Output: Sets the default slop for phrases. If zero, then exact phrase matches are required. Default value is 0.


Input: [Parameter] boost [Description]

Output: Sets the boost value of the query. Defaults to 1.0.


Input: [Parameter] analyze_wildcard [Description]

Output: By default, wildcards terms in a query string are not analyzed. By setting this value to true, a best effort will be made to analyze those as well.


Input: [Parameter] auto_generate_phrase_queries [Description]

Output: Defaults to false.


Input: [Parameter] max_determinized_states [Description]

Output: Limit on how many automaton states regexp queries are allowed to create. This protects against too-difficult (e.g. exponentially hard) regexps. Defaults to 10000.


Input: [Parameter] minimum_should_match [Description]

Output: A value controlling how many "should" clauses in the resulting boolean query should match. It can be an absolute value (2), a percentage (30%) or a combination of both.


Input: [Parameter] lenient [Description]

Output: If set to true will cause format based failures (like providing text to a numeric field) to be ignored.


Input: [Parameter] locale [Description]

Output: Locale that should be used for string conversions. Defaults to ROOT.


Input: [Parameter] time_zone [Description]

Output: Time Zone to be applied to any range query related to dates. See also JODA timezone.


Input: [Source] \B [Result]

Output: backspace


Input: [Source] \C [Result]

Output: colon


Input: [Source] \F [Result]

Output: form-feed


Input: [Source] \N [Result]

Output: newline


Input: [Source] \R [Result]

Output: return


Input: [Source] \T [Result]

Output: tab


Input: [Source] \c [Result]

Output: colon


Input: [Source] \e [Result]

Output: escape


Input: [Prefix] ISO [Example] ISO:DK Denmark [Description] All country codes from the ISO 3166 family. This includes in particular the 3166-1 ALPHA2 (2 letter) and 3166-1 ALPHA3 (3 letter) country codes. But also the 3166-3 4 letter codes of formerly existing countries and any 3166-2 codes for the principal subdivisions of a country, e.g. AU-VIC for Victoria, Australia. [Name]

Output: ISO 3166 country codes


Input: [Prefix] TDWG [Example] TDWG:AGS South Argentina [Description] This scheme meets the need for a standard yet adaptable system of geographical units for use in recording plant distributions and arranging specimens. Because a purely political arrangement cannot meet all the needs of botanists, the scheme's arrangement compromises between a politically and a phytogeographically oriented system. It identifies geographic units worldwide in a four-level hierarchy, incorporating continents, regions, provinces and countries. Each geographical unit at each level has its own numeric or alphanumeric code. [Name]

Output: TDWG World Geographical Scheme for Recording Plant Distributions


Input: [Prefix] WOEID [Example] WOEID:2347563 California [Description] Spatial entities provided by Yahoo! GeoPlanet are referenced by a 32-bit identifier: the Where On Earth ID (WOEID). WOEIDs are unique and non-repetitive, and are assigned to all entities within the system. A WOEID, once assigned, is never changed or recycled. If a WOEID is deprecated it is mapped to its successor or parent WOEID, so that requests to the service using a deprecated WOEID are served transparently. [Name]

Output: Where on Earth IDentifier


Input: [Prefix] FAO [Example] FAO:37.4.1 Marmara Sea [Description] The FAO Fishing Areas using the numerical codes for the mayor areas, subareas, divisions or subdivisions. [Name]

Output: FAO Fishing Areas


Input: [Prefix] TEOW [Example] TEOW:PA0446 Western Iran mountain forest steppe [Description] Terrestrial Ecoregions of the World is a biogeographic regionalization of the Earth's terrestrial biodiversity published by the World Wildlife Fund (WWF). The biogeographic units are ecoregions, which are defined as relatively large units of land or water containing a distinct assemblage of natural communities sharing a large majority of species, dynamics, and environmental conditions. There are 867 terrestrial ecoregions, classified into 14 different biomes such as forests, grasslands, or deserts. Ecoregions represent the original distribution of distinct assemblages of species and communities. [Name]

Output: Terrestrial Ecoregions of the World (TEOW)


Input: [Prefix] WDPA [Example] WDPA:975 Yosemite National Park [Description] The protected area WDPA_IDs as given on the protected planet website for an individual area. [Name]

Output: World Database on Protected Areas


Input: [Prefix] EEZ [Example] EEZ:DE German Exclusive Economic Zone [Description] The Exclusive Economic Zones (EEZ) of the world for all countries. The identifiers used are the 2 letter ISO country codes. [Name]

Output: Exclusive Economic Zones (ISO based)


Input: [Prefix] EEZ-VLIZ [Example] EEZ-VLIZ:58 Canary Islands Exclusive Economic Zone [Description] The Exclusive Economic Zones (EEZ) of the world as maintained by VLIZ/Flanders Marine Institute. The identifiers used are the numerical EEZ_IDs [Name]

Output: Exclusive Economic Zones (VLIZ ID based)


Input: [Prefix] LONGHURST [Example] LONGHURST:REDS Red Sea [Description] This dataset represents a partition of the world oceans into provinces as defined by Longhurst, A.R. (2006). Ecological Geography of the Sea. 2nd Edition. Academic Press, San Diego, 560p. They are based on the prevailing role of physical forcing as a regulator of phytoplankton distribution. Note that the boundaries of these provinces are not fixed in time and space, but are dynamic and move under seasonal and interannual changes in physical forcing. At the first level of reduction, Longhurst recognised four principal biomes (also referred to as domains in earlier publications): the Polar Biome, the Westerlies Biome, the Trade-Winds Biome, and the Coastal Boundary Zone Biome. These four Biomes are recognisable in every major ocean basin. At the next level of reduction, the ocean basins are partitioned into provinces, roughly ten for each basin. These partitions provide a template for data analysis or for making parameter assignments on a global scale. [Name]

Output: Longhurst Biogeographical Provinces


Input: [Prefix] IHO [Description] This dataset represents the boundaries of the major oceans and seas of the world. The source for the boundaries is the publication 'Limits of Oceans & Seas, Special Publication No. 23' published by the International Hydrographic Organization in 1953. [Name]

Output: IHO Sea Areas


Input: [Prefix] GADM [Description] GADM is a spatial database of the location of the world's administrative areas (or adminstrative boundaries) for use in GIS and similar software. Administrative areas in this database are countries and lower level subdivisions such as provinces, departments, bibhag, bundeslander, daerah istimewa, fivondronana, krong, landsvæðun, opština, sous-préfectures, counties, and thana. GADM describes where these administrative areas are (the "spatial features"), and for each area it provides some attributes, such as the name and variant names. [Name]

Output: GADM database of Global Administrative Areas


Input: [Schema Component Accessors] operate on XQuery values [Schema Component Paths]

Output: operate on schema components


Input: [Schema Component Accessors] can link between date model items and schema component values [Schema Component Paths]

Output: apply to schema in isolation


Input: [Schema Component Accessors] apply to particular item(), not rooted at top of schema [Schema Component Paths]

Output: start at particular schema component, either root of schema or contextually supplied schema component


Input: [Schema Component Accessors] acccessor selects various kinds of properties [Schema Component Paths]

Output: path step selects component-valued component properties only


Input: [Schema Component Accessors] component or name test separate from accessor [Schema Component Paths]

Output: steps combine axis with name test directly


Input: [Schema Component Accessors] chains of accessors cannot be combined with slash: must nest function calls, use FLWOR expressions, or use XQuery 3.0 simple mapping operator instead [Schema Component Paths]

Output: steps combined with slash


Input: [Schema Component Accessors] syntax and semantics are standard XPath [Schema Component Paths]

Output: path syntax and semantics similar to XPath, but is not XPath


Input: [Class] PGbox [Description]

Output: This represents the box datatype within org.postgresql.

Class Summary


Input: [Class] PGcircle [Description]

Output: This represents org.postgresql's circle datatype, consisting of a point and a radius

Class Summary


Input: [Class] PGline [Description]

Output: This implements a line consisting of two points.

Class Summary


Input: [Class] PGlseg [Description]

Output: This implements a lseg (line segment) consisting of two points

Class Summary


Input: [Class] PGpath [Description]

Output: This implements a path (a multiple segmented line, which may be closed)

Class Summary


Input: [Class] PGpoint [Description]

Output: It maps to the point datatype in org.postgresql.

Class Summary


Input: [Class] PGpolygon [Description]

Output: This implements the polygon datatype within PostgreSQL.

Class Summary


Input: [Key] Cursor up [Action]

Output: Jump up, climb up ladders


Input: [Key] Cursor down [Action]

Output: Climb down


Input: [Key] Cursor left [Action]

Output: Walk to the left


Input: [Key] Cursor right [Action]

Output: Walk to the right


Input: [Key] Space [Info] Can also be done while jumping [Action]

Output: Attack


Input: [Key] F-1 [Action]

Output: Option key; select player/item


Input: [Key] F-2 [Action]

Output: Pause


Input: [Key] F10 or 9 [Action]

Output: Select graphics set


Input: [Key] F11 or 0 [Action]

Output: Select music set


Input: [Key] ESC [Action]

Output: Back to title screen


Input: [Key] ALT+ENTER [Info] For Windows and Linux [Action]

Output: Switch between full-screen and window mode


Input: [Key] Apple key+F [Info] Only for Mac OS X [Action]

Output: Switch between full-screen and window mode


Input: [Key] F12 [Info] For Windows and Linux [Action]

Output: Quit


Input: [Key] Apple key+Q [Info] Only for Mac OS X [Action]

Output: Quit


Input: [Acronym] XML [Description] Defines document content using metadata tags and namespaces [Name]

Output: Extensible Markup Language

Paper: Clive Finkelstein - "XML : The Future of Metadata"


Input: [Acronym] DTD [Description] Defines XML document structure (analogous to DDL schema) [Name]

Output: Document Type Definition

Paper: Clive Finkelstein - "XML : The Future of Metadata"


Input: [Acronym] XSL [Description] XSL or Cascading Style Sheets (CSS) separate layout from data [Name]

Output: Extensible Style Language

Paper: Clive Finkelstein - "XML : The Future of Metadata"


Input: [Acronym] XLL [Description] XLL implements multi-directional links (single or multiple) [Name]

Output: Extensible Linking Language

Paper: Clive Finkelstein - "XML : The Future of Metadata"


Input: [Acronym] DOM [Description] Implements a standard API for processing XML in any language [Name]

Output: Document Object Model

Paper: Clive Finkelstein - "XML : The Future of Metadata"


Input: [Acronym] RDF [Description] W3 Interoperability Project for data content interchange [Name]

Output: Resource Description Framework

Paper: Clive Finkelstein - "XML : The Future of Metadata"


Input: [Logged in] No [Description] Specifies the user language preference [Name]

Output: GUEST_LANGUAGE_ID


Input: [Logged in] No [Description] Identifies the user's browsing session [Name]

Output: JSESSIONID


Input: [Logged in] Yes [Description] The ID of the portal instance [Name]

Output: COMPANY_ID


Input: [Logged in] Yes [Description] Encrypted user ID, used for auto-login (remember me) [Name]

Output: ID


Input: [Logged in] Yes [Description] Used for client-side session interaction, e.g. session timeout warnings [Name]

Output: LFR_SESSION_STATE


Input: [Logged in] Yes [Description] The user's username, for pre-populating the username field [Name]

Output: LOGIN


Input: [Logged in] Yes [Description] Encrypted user password, used for auto-login (remember me) [Name]

Output: PASSWORD


Input: [Logged in] Yes [Description] Indicates whether or not the user has opted for auto- login [Name]

Output: REMEMBER ME


Input: [Logged in] Yes [Description] Encrypted user screen name [Name]

Output: SCREEN_NAME


Input: [Attribute/type] Encrypted [Expected Behavior] Changes in file cause full file transfer [Supported]

Output: Yes

Windows Server 8: Microsoft Online Backup Service | Aidan Finn, IT Pro


Input: [Attribute/type] Compressed [Expected Behavior] Change in file cause delta transfer [Supported]

Output: Yes

Windows Server 8: Microsoft Online Backup Service | Aidan Finn, IT Pro


Input: [Attribute/type] Sparse [Expected Behavior] Changes in file cause delta transfer [Supported]

Output: Yes

Windows Server 8: Microsoft Online Backup Service | Aidan Finn, IT Pro


Input: [Attribute/type] Hard Links [Expected Behavior] Skipped [Supported]

Output: No

Windows Server 8: Microsoft Online Backup Service | Aidan Finn, IT Pro


Input: [Attribute/type] Reparse Point [Expected Behavior] Skipped [Supported]

Output: No

Windows Server 8: Microsoft Online Backup Service | Aidan Finn, IT Pro


Input: [Attribute/type] Encrypted + Compressed [Expected Behavior] Skipped [Supported]

Output: No

Windows Server 8: Microsoft Online Backup Service | Aidan Finn, IT Pro


Input: [Attribute/type] Encrypted + Sparse [Expected Behavior] Skipped [Supported]

Output: No

Windows Server 8: Microsoft Online Backup Service | Aidan Finn, IT Pro


Input: [Attribute/type] Compressed + Sparse [Expected Behavior] Backed up as sparse file [Supported]

Output: Yes

Windows Server 8: Microsoft Online Backup Service | Aidan Finn, IT Pro


Input: [Attribute/type] Compressed Stream [Expected Behavior] Saved as uncompressed stream [Supported]

Output: No

Windows Server 8: Microsoft Online Backup Service | Aidan Finn, IT Pro