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package org.influxdb;
import org.influxdb.dto.BatchPoints;
import org.influxdb.dto.Point;
import org.influxdb.dto.Pong;
import org.influxdb.dto.Query;
import org.influxdb.dto.QueryResult;
import retrofit2.Call;
import java.util.List;
import java.util.concurrent.ThreadFactory;
import java.util.concurrent.TimeUnit;
import java.util.function.BiConsumer;
import java.util.function.Consumer;
/**
* Interface with all available methods to access a InfluxDB database.
*
* A full list of currently available interfaces is implemented in:
*
* https://github.com/
* influxdb/influxdb/blob/master/src/api/http/api.go
*
* @author stefan.majer [at] gmail.com
*
*/
public interface InfluxDB extends AutoCloseable {
/**
* The system property key to set the http logging level across the JVM.
* @see LogLevel for available values
*/
public static final String LOG_LEVEL_PROPERTY = "org.influxdb.InfluxDB.logLevel";
/** Controls the level of logging of the REST layer. */
public enum LogLevel {
/** No logging. */
NONE,
/** Log only the request method and URL and the response status code and execution time. */
BASIC,
/** Log the basic information along with request and response headers. */
HEADERS,
/**
* Log the headers, body, and metadata for both requests and responses.
*
* Note: This requires that the entire request and response body be buffered in memory!
*/
FULL;
/**
* Parses the string argument as a LogLevel constant.
* @param value a {@code String} containing the {@code LogLevel constant}
* representation to be parsed
* @return the LogLevel constant representation of the param
* or {@code NONE} for null or any invalid String representation.
*/
public static LogLevel parseLogLevel(final String value) {
LogLevel logLevel = NONE;
if (value != null) {
try {
logLevel = valueOf(value.toUpperCase());
} catch (IllegalArgumentException e) {
}
}
return logLevel;
}
}
/**
* ConsistencyLevel for write Operations.
*/
public enum ConsistencyLevel {
/** Write succeeds only if write reached all cluster members. */
ALL("all"),
/** Write succeeds if write reached any cluster members. */
ANY("any"),
/** Write succeeds if write reached at least one cluster members. */
ONE("one"),
/** Write succeeds only if write reached a quorum of cluster members. */
QUORUM("quorum");
private final String value;
private ConsistencyLevel(final String value) {
this.value = value;
}
/**
* Get the String value of the ConsistencyLevel.
*
* @return the lowercase String.
*/
public String value() {
return this.value;
}
}
/**
* Format of HTTP Response body from InfluxDB server.
*/
public enum ResponseFormat {
/** application/json format. */
JSON,
/** application/x-msgpack format. */
MSGPACK
}
/**
* A cancelable allows to discontinue a streaming query.
*/
public interface Cancellable {
/**
* Cancel the streaming query call.
*
* @see Call#cancel()
*/
void cancel();
/**
* Return {@code true} if the {@link Cancellable#cancel()} was called.
*
* @return {@code true} if the {@link Cancellable#cancel()} was called
* @see Call#isCanceled()
*/
boolean isCanceled();
}
/**
* Set the loglevel which is used for REST related actions.
*
* @param logLevel
* the loglevel to set.
* @return the InfluxDB instance to be able to use it in a fluent manner.
*/
public InfluxDB setLogLevel(final LogLevel logLevel);
/**
* Enable Gzip compress for http request body.
* @return the InfluxDB instance to be able to use it in a fluent manner.
*/
public InfluxDB enableGzip();
/**
* Disable Gzip compress for http request body.
* @return the InfluxDB instance to be able to use it in a fluent manner.
*/
public InfluxDB disableGzip();
/**
* Returns whether Gzip compress for http request body is enabled.
* @return true if gzip is enabled.
*/
public boolean isGzipEnabled();
/**
* Enable batching of single Point writes to speed up writes significantly. This is the same as calling
* InfluxDB.enableBatch(BatchOptions.DEFAULTS)
* @return the InfluxDB instance to be able to use it in a fluent manner.
*/
public InfluxDB enableBatch();
/**
* Enable batching of single Point writes to speed up writes significantly. If either number of points written or
* flushDuration time limit is reached, a batch write is issued.
* Note that batch processing needs to be explicitly stopped before the application is shutdown.
* To do so call disableBatch().
*
* @param batchOptions
* the options to set for batching the writes.
* @return the InfluxDB instance to be able to use it in a fluent manner.
*/
public InfluxDB enableBatch(final BatchOptions batchOptions);
/**
* Enable batching of single Point writes as {@link #enableBatch(int, int, TimeUnit, ThreadFactory)}}
* using {@linkplain java.util.concurrent.Executors#defaultThreadFactory() default thread factory}.
*
* @param actions
* the number of actions to collect
* @param flushDuration
* the time to wait at most.
* @param flushDurationTimeUnit
* the TimeUnit for the given flushDuration.
*
* @see #enableBatch(int, int, TimeUnit, ThreadFactory)
*
* @return the InfluxDB instance to be able to use it in a fluent manner.
*/
public InfluxDB enableBatch(final int actions, final int flushDuration, final TimeUnit flushDurationTimeUnit);
/**
* Enable batching of single Point writes as
* {@link #enableBatch(int, int, TimeUnit, ThreadFactory, BiConsumer)}
* using with a exceptionHandler that does nothing.
*
* @param actions
* the number of actions to collect
* @param flushDuration
* the time to wait at most.
* @param flushDurationTimeUnit
* the TimeUnit for the given flushDuration.
* @param threadFactory
* a ThreadFactory instance to be used.
*
* @see #enableBatch(int, int, TimeUnit, ThreadFactory, BiConsumer)
*
* @return the InfluxDB instance to be able to use it in a fluent manner.
*/
public InfluxDB enableBatch(final int actions, final int flushDuration, final TimeUnit flushDurationTimeUnit,
final ThreadFactory threadFactory);
/**
* Enable batching of single Point writes with consistency set for an entire batch
* flushDurations is reached first, a batch write is issued.
* Note that batch processing needs to be explicitly stopped before the application is shutdown.
* To do so call disableBatch(). Default consistency is ONE.
*
* @param actions
* the number of actions to collect
* @param flushDuration
* the time to wait at most.
* @param flushDurationTimeUnit
* the TimeUnit for the given flushDuration.
* @param threadFactory
* a ThreadFactory instance to be used.
* @param exceptionHandler
* a consumer function to handle asynchronous errors
* @param consistency
* a consistency setting for batch writes.
* @return the InfluxDB instance to be able to use it in a fluent manner.
*/
InfluxDB enableBatch(int actions, int flushDuration, TimeUnit flushDurationTimeUnit,
ThreadFactory threadFactory, BiConsumer, Throwable> exceptionHandler,
ConsistencyLevel consistency);
/**
* Enable batching of single Point writes to speed up writes significant. If either actions or
* flushDurations is reached first, a batch write is issued.
* Note that batch processing needs to be explicitly stopped before the application is shutdown.
* To do so call disableBatch().
*
* @param actions
* the number of actions to collect
* @param flushDuration
* the time to wait at most.
* @param flushDurationTimeUnit
* the TimeUnit for the given flushDuration.
* @param threadFactory
* a ThreadFactory instance to be used.
* @param exceptionHandler
* a consumer function to handle asynchronous errors
* @return the InfluxDB instance to be able to use it in a fluent manner.
*/
public InfluxDB enableBatch(final int actions, final int flushDuration, final TimeUnit flushDurationTimeUnit,
final ThreadFactory threadFactory,
final BiConsumer, Throwable> exceptionHandler);
/**
* Disable Batching.
*/
public void disableBatch();
/**
* Returns whether Batching is enabled.
* @return true if batch is enabled.
*/
public boolean isBatchEnabled();
/**
* Ping this influxDB.
*
* @return the response of the ping execution.
*/
public Pong ping();
/**
* Return the version of the connected influxDB Server.
*
* @return the version String, otherwise unknown.
*/
public String version();
/**
* Write a single Point to the default database.
*
* @param point
* The point to write
*/
public void write(final Point point);
/**
* Write a set of Points to the default database with the string records.
*
* @param records
* the points in the correct lineprotocol.
*/
public void write(final String records);
/**
* Write a set of Points to the default database with the list of string records.
*
* @param records
* the List of points in the correct lineprotocol.
*/
public void write(final List records);
/**
* Write a single Point to the database.
*
* @param database
* the database to write to.
* @param retentionPolicy
* the retentionPolicy to use.
* @param point
* The point to write
*/
public void write(final String database, final String retentionPolicy, final Point point);
/**
* Write a single Point to the database through UDP.
*
* @param udpPort
* the udpPort to write to.
* @param point
* The point to write.
*/
public void write(final int udpPort, final Point point);
/**
* Write a set of Points to the influxdb database with the new (>= 0.9.0rc32) lineprotocol.
*
* @see 2696
*
* @param batchPoints
* the points to write in BatchPoints.
*/
public void write(final BatchPoints batchPoints);
/**
* Write a set of Points to the influxdb database with the new (>= 0.9.0rc32) lineprotocol.
*
* If batching is enabled with appropriate {@code BatchOptions} settings
* ({@code BatchOptions.bufferLimit} greater than {@code BatchOptions.actions})
* This method will try to retry in case of some recoverable errors.
* Otherwise it just works as {@link #write(BatchPoints)}
*
* @see 2696
* @see
* Retry worth errors
*
* @param batchPoints
* the points to write in BatchPoints.
*/
public void writeWithRetry(final BatchPoints batchPoints);
/**
* Write a set of Points to the influxdb database with the string records.
*
* @see 2696
*
* @param database
* the name of the database to write
* @param retentionPolicy
* the retentionPolicy to use
* @param consistency
* the ConsistencyLevel to use
* @param records
* the points in the correct lineprotocol.
*/
public void write(final String database, final String retentionPolicy,
final ConsistencyLevel consistency, final String records);
/**
* Write a set of Points to the influxdb database with the string records.
*
* @see 2696
*
* @param database
* the name of the database to write
* @param retentionPolicy
* the retentionPolicy to use
* @param consistency
* the ConsistencyLevel to use
* @param precision
* the time precision to use
* @param records
* the points in the correct lineprotocol.
*/
public void write(final String database, final String retentionPolicy,
final ConsistencyLevel consistency, final TimeUnit precision, final String records);
/**
* Write a set of Points to the influxdb database with the list of string records.
*
* @see 2696
*
* @param database
* the name of the database to write
* @param retentionPolicy
* the retentionPolicy to use
* @param consistency
* the ConsistencyLevel to use
* @param records
* the List of points in the correct lineprotocol.
*/
public void write(final String database, final String retentionPolicy,
final ConsistencyLevel consistency, final List records);
/**
* Write a set of Points to the influxdb database with the list of string records.
*
* @see 2696
*
* @param database
* the name of the database to write
* @param retentionPolicy
* the retentionPolicy to use
* @param consistency
* the ConsistencyLevel to use
* @param precision
* the time precision to use
* @param records
* the List of points in the correct lineprotocol.
*/
public void write(final String database, final String retentionPolicy,
final ConsistencyLevel consistency, final TimeUnit precision, final List records);
/**
* Write a set of Points to the influxdb database with the string records through UDP.
*
* @param udpPort
* the udpPort where influxdb is listening
* @param records
* the content will be encoded by UTF-8 before sent.
*/
public void write(final int udpPort, final String records);
/**
* Write a set of Points to the influxdb database with the list of string records through UDP.
*
* @param udpPort
* the udpPort where influxdb is listening
* @param records
* list of record, the content will be encoded by UTF-8 before sent.
*/
public void write(final int udpPort, final List records);
/**
* Execute a query against a database.
*
* @param query
* the query to execute.
* @return a List of Series which matched the query.
*/
public QueryResult query(final Query query);
/**
* Execute a query against a database.
*
* One of the consumers will be executed.
*
* @param query
* the query to execute.
* @param onSuccess
* the consumer to invoke when result is received
* @param onFailure
* the consumer to invoke when error is thrown
*/
public void query(final Query query, final Consumer onSuccess, final Consumer onFailure);
/**
* Execute a streaming query against a database.
*
* @param query
* the query to execute.
* @param chunkSize
* the number of QueryResults to process in one chunk.
* @param onNext
* the consumer to invoke for each received QueryResult
*/
public void query(Query query, int chunkSize, Consumer onNext);
/**
* Execute a streaming query against a database.
*
* @param query
* the query to execute.
* @param chunkSize
* the number of QueryResults to process in one chunk.
* @param onNext
* the consumer to invoke for each received QueryResult; with capability to discontinue a streaming query
*/
public void query(Query query, int chunkSize, BiConsumer onNext);
/**
* Execute a streaming query against a database.
*
* @param query
* the query to execute.
* @param chunkSize
* the number of QueryResults to process in one chunk.
* @param onNext
* the consumer to invoke for each received QueryResult
* @param onComplete
* the onComplete to invoke for successfully end of stream
*/
public void query(Query query, int chunkSize, Consumer onNext, Runnable onComplete);
/**
* Execute a streaming query against a database.
*
* @param query
* the query to execute.
* @param chunkSize
* the number of QueryResults to process in one chunk.
* @param onNext
* the consumer to invoke for each received QueryResult; with capability to discontinue a streaming query
* @param onComplete
* the onComplete to invoke for successfully end of stream
*/
public void query(Query query, int chunkSize, BiConsumer onNext, Runnable onComplete);
/**
* Execute a streaming query against a database.
*
* @param query
* the query to execute.
* @param chunkSize
* the number of QueryResults to process in one chunk.
* @param onNext
* the consumer to invoke for each received QueryResult; with capability to discontinue a streaming query
* @param onComplete
* the onComplete to invoke for successfully end of stream
* @param onFailure
* the consumer for error handling
*/
public void query(Query query, int chunkSize, BiConsumer onNext, Runnable onComplete,
Consumer onFailure);
/**
* Execute a query against a database.
*
* @param query
* the query to execute.
* @param timeUnit the time unit of the results.
* @return a List of Series which matched the query.
*/
public QueryResult query(final Query query, TimeUnit timeUnit);
/**
* Create a new Database.
*
* @param name
* the name of the new database.
* @deprecated (since 2.9, removed in 3.0) Use org.influxdb.InfluxDB.query(Query)
* to execute a parameterized CREATE DATABASE query.
*/
@Deprecated
public void createDatabase(final String name);
/**
* Delete a database.
*
* @param name
* the name of the database to delete.
* @deprecated (since 2.9, removed in 3.0) Use org.influxdb.InfluxDB.query(Query)
* to execute a DROP DATABASE query.
*/
@Deprecated
public void deleteDatabase(final String name);
/**
* Describe all available databases.
*
* @return a List of all Database names.
* @deprecated (since 2.9, removed in 3.0) Use org.influxdb.InfluxDB.query(Query)
* to execute a SHOW DATABASES query.
*/
@Deprecated
public List describeDatabases();
/**
* Check if a database exists.
*
* @param name
* the name of the database to search.
*
* @return true if the database exists or false if it doesn't exist
* @deprecated (since 2.9, removed in 3.0) Use org.influxdb.InfluxDB.query(Query)
* to execute a SHOW DATABASES query and inspect the result.
*/
@Deprecated
public boolean databaseExists(final String name);
/**
* Send any buffered points to InfluxDB. This method is synchronous and will block while all pending points are
* written.
*
* @throws IllegalStateException if batching is not enabled.
*/
public void flush();
/**
* close thread for asynchronous batch write and UDP socket to release resources if need.
*/
public void close();
/**
* Set the consistency level which is used for writing points.
*
* @param consistency
* the consistency level to set.
* @return the InfluxDB instance to be able to use it in a fluent manner.
*/
public InfluxDB setConsistency(final ConsistencyLevel consistency);
/**
* Set the database which is used for writing points.
*
* @param database
* the database to set.
* @return the InfluxDB instance to be able to use it in a fluent manner.
*/
public InfluxDB setDatabase(final String database);
/**
* Set the retention policy which is used for writing points.
*
* @param retentionPolicy
* the retention policy to set.
* @return the InfluxDB instance to be able to use it in a fluent manner.
*/
public InfluxDB setRetentionPolicy(final String retentionPolicy);
/**
* Creates a retentionPolicy.
* @param rpName the name of the retentionPolicy(rp)
* @param database the name of the database
* @param duration the duration of the rp
* @param shardDuration the shardDuration
* @param replicationFactor the replicationFactor of the rp
* @param isDefault if the rp is the default rp for the database or not
* @deprecated (since 2.9, removed in 3.0) Use org.influxdb.InfluxDB.query(Query)
* to execute a parameterized CREATE RETENTION POLICY query.
*/
@Deprecated
public void createRetentionPolicy(final String rpName, final String database, final String duration,
final String shardDuration, final int replicationFactor, final boolean isDefault);
/**
* Creates a retentionPolicy. (optional shardDuration)
* @param rpName the name of the retentionPolicy(rp)
* @param database the name of the database
* @param duration the duration of the rp
* @param replicationFactor the replicationFactor of the rp
* @param isDefault if the rp is the default rp for the database or not
* @deprecated (since 2.9, removed in 3.0) Use org.influxdb.InfluxDB.query(Query)
* to execute a parameterized CREATE RETENTION POLICY query.
*/
@Deprecated
public void createRetentionPolicy(final String rpName, final String database, final String duration,
final int replicationFactor, final boolean isDefault);
/**
* Creates a retentionPolicy. (optional shardDuration and isDefault)
* @param rpName the name of the retentionPolicy(rp)
* @param database the name of the database
* @param duration the duration of the rp
* @param shardDuration the shardDuration
* @param replicationFactor the replicationFactor of the rp
* @deprecated (since 2.9, removed in 3.0) Use org.influxdb.InfluxDB.query(Query)
* to execute a parameterized CREATE RETENTION POLICY query.
*/
@Deprecated
public void createRetentionPolicy(final String rpName, final String database, final String duration,
final String shardDuration, final int replicationFactor);
/**
* Drops a retentionPolicy in a database.
* @param rpName the name of the retentionPolicy
* @param database the name of the database
* @deprecated (since 2.9, removed in 3.0) Use org.influxdb.InfluxDB.query(Query)
* to execute a DROP RETENTION POLICY query.
*/
@Deprecated
public void dropRetentionPolicy(final String rpName, final String database);
}