Atomically adds the given value to the current value of an entry's property.

Atomically adds the given value to the current value of an entry's property.

Atomically adds the given value to the current value of an entry's property.

Atomically adds the given value to the current value of an entry's property.

Atomically adds the given value to the current value of an entry's property.

Atomically adds the given value to the current value of an entry's property.

Executes the specified query along with the specified aggregations collocated at the space.

Begins asynchronous execute operation which executes a task on a specific space node. The space node it will execute on is controlled by the routing value provided as a second parameter.

Begins asynchronous execute operation which executes a task on a specific space node. The space node it will execute on is controlled by the routing value provided as a second parameter.

Begins asynchronous execute operation which executes the task on all the primary space nodes within the cluster (broadcast). The task is executed on each space node with all the results reduced by the IDistributedSpaceTask<(Of <(<'R, T>)>)> Reduce operation. The task can optionally implement ISpaceTaskResultsFilter<(Of <(<'T>)>)> that can control if tasks should continue to accumelate or it should break and execute the reduce operation on the results received so far. The execution actual result will be the reduced result of the execution, or the exception thrown during during the reduce operation. The moderator can be used as a mechanism to listen for results as they arrive.

Begins asynchronous execute operation which executes the task on all the primary space nodes within the cluster (broadcast). The task is executed on each space node with all the results reduced by the IDistributedSpaceTask<(Of <(<'R, T>)>)> Reduce operation. The task can optionally implement ISpaceTaskResultsFilter<(Of <(<'T>)>)> that can control if tasks should continue to accumelate or it should break and execute the reduce operation on the results received so far. The execution actual result will be the reduced result of the execution, or the exception thrown during during the reduce operation. The moderator can be used as a mechanism to listen for results as they arrive.

Begins an asynchronous Read<(Of <<'(T>)>>)(T, ITransaction, Int64, ReadModifiers) operation.

Begins an asynchronous Read<(Of <<'(T>)>>)(T, ITransaction, Int64, ReadModifiers) operation.

Begins an asynchronous Read<(Of <<'(T>)>>)(T, ITransaction, Int64, ReadModifiers) operation.

Begins an asynchronous Read<(Of <<'(T>)>>)(T, ITransaction, Int64, ReadModifiers) operation.

Begins an asynchronous Read<(Of <<'(T>)>>)(T, ITransaction, Int64, ReadModifiers) operation.

Begins an asynchronous Read<(Of <<'(T>)>>)(IQuery<(Of <<'(T>)>>), ITransaction, Int64, ReadModifiers) operation.

Begins an asynchronous Read<(Of <<'(T>)>>)(IQuery<(Of <<'(T>)>>), ITransaction, Int64, ReadModifiers) operation.

Begins an asynchronous Read<(Of <<'(T>)>>)(IQuery<(Of <<'(T>)>>), ITransaction, Int64, ReadModifiers) operation.

Begins an asynchronous Read<(Of <<'(T>)>>)(IQuery<(Of <<'(T>)>>), ITransaction, Int64, ReadModifiers) operation.

Begins an asynchronous Read<(Of <<'(T>)>>)(IQuery<(Of <<'(T>)>>), ITransaction, Int64, ReadModifiers) operation.

Begins an asynchronous Take<(Of <<'(T>)>>)(T, ITransaction, Int64) operation.

Begins an asynchronous Take<(Of <<'(T>)>>)(T, ITransaction, Int64) operation.

Begins an asynchronous Take<(Of <<'(T>)>>)(T, ITransaction, Int64) operation.

Begins an asynchronous Take<(Of <<'(T>)>>)(T, ITransaction, Int64) operation.

Begins an asynchronous Take<(Of <<'(T>)>>)(T, ITransaction, Int64) operation.

Begins an asynchronous Take<(Of <<'(T>)>>)(IQuery<(Of <<'(T>)>>), ITransaction, Int64) operation.

Begins an asynchronous Take<(Of <<'(T>)>>)(IQuery<(Of <<'(T>)>>), ITransaction, Int64) operation.

Begins an asynchronous Take<(Of <<'(T>)>>)(IQuery<(Of <<'(T>)>>), ITransaction, Int64) operation.

Begins an asynchronous Take<(Of <<'(T>)>>)(IQuery<(Of <<'(T>)>>), ITransaction, Int64) operation.

Begins an asynchronous Take<(Of <<'(T>)>>)(IQuery<(Of <<'(T>)>>), ITransaction, Int64) operation.

Changes an existing object in space, returning a change result which provides details of the operation affect. The change operation is designed for performance optimization, By allowing to change an existing object unlike with regular updating write operation which usually requires reading the object before applying to update to it. As part of the optimization, when the operation is replicated, on a best effort it will try to replicate only the required data which is needed to apply the changes on the entry in the replicated target. Modifiers can be used to specify behavior of the change operation, by default uses the None modifier.

Changes an existing object in space, returning a change result which provides details of the operation affect. The change operation is designed for performance optimization, By allowing to change an existing object unlike with regular updating write operation which usually requires reading the object before applying to update to it. As part of the optimization, when the operation is replicated, on a best effort it will try to replicate only the required data which is needed to apply the changes on the entry in the replicated target. Modifiers can be used to specify behavior of the change operation, by default uses the None modifier.

Changes an existing object in space, returning a change result which provides details of the operation affect. The change operation is designed for performance optimization, By allowing to change an existing object unlike with regular updating write operation which usually requires reading the object before applying to update to it. As part of the optimization, when the operation is replicated, on a best effort it will try to replicate only the required data which is needed to apply the changes on the entry in the replicated target. Modifiers can be used to specify behavior of the change operation, by default uses the None modifier.

Changes an existing object in space, returning a change result which provides details of the operation affect. The change operation is designed for performance optimization, By allowing to change an existing object unlike with regular updating write operation which usually requires reading the object before applying to update to it. As part of the optimization, when the operation is replicated, on a best effort it will try to replicate only the required data which is needed to apply the changes on the entry in the replicated target. Modifiers can be used to specify behavior of the change operation, by default uses the None modifier.

Changes an existing object in space, returning a change result which provides details of the operation affect. The change operation is designed for performance optimization, By allowing to change an existing object unlike with regular updating write operation which usually requires reading the object before applying to update to it. As part of the optimization, when the operation is replicated, on a best effort it will try to replicate only the required data which is needed to apply the changes on the entry in the replicated target. Modifiers can be used to specify behavior of the change operation, by default uses the None modifier.

Changes an existing object in space, returning a change result which provides details of the operation affect. The change operation is designed for performance optimization, By allowing to change an existing object unlike with regular updating write operation which usually requires reading the object before applying to update to it. As part of the optimization, when the operation is replicated, on a best effort it will try to replicate only the required data which is needed to apply the changes on the entry in the replicated target. Modifiers can be used to specify behavior of the change operation, by default uses the None modifier.

Changes an existing object in space, returning a change result which provides details of the operation affect. The change operation is designed for performance optimization, By allowing to change an existing object unlike with regular updating write operation which usually requires reading the object before applying to update to it. As part of the optimization, when the operation is replicated, on a best effort it will try to replicate only the required data which is needed to apply the changes on the entry in the replicated target. Modifiers can be used to specify behavior of the change operation, by default uses the None modifier.

Changes an existing object in space, returning a change result which provides details of the operation affect. The change operation is designed for performance optimization, By allowing to change an existing object unlike with regular updating write operation which usually requires reading the object before applying to update to it. As part of the optimization, when the operation is replicated, on a best effort it will try to replicate only the required data which is needed to apply the changes on the entry in the replicated target. Modifiers can be used to specify behavior of the change operation, by default uses the None modifier.

Changes an existing object in space, returning a change result which provides details of the operation affect. The change operation is designed for performance optimization, By allowing to change an existing object unlike with regular updating write operation which usually requires reading the object before applying to update to it. As part of the optimization, when the operation is replicated, on a best effort it will try to replicate only the required data which is needed to apply the changes on the entry in the replicated target. Modifiers can be used to specify behavior of the change operation, by default uses the None modifier.

Changes an existing object in space, returning a change result which provides details of the operation affect. The change operation is designed for performance optimization, By allowing to change an existing object unlike with regular updating write operation which usually requires reading the object before applying to update to it. As part of the optimization, when the operation is replicated, on a best effort it will try to replicate only the required data which is needed to apply the changes on the entry in the replicated target. Modifiers can be used to specify behavior of the change operation, by default uses the None modifier.

Gets or sets the default ChangeModifiers associated with the proxy.

Deletes all data and metadata of the specified type from the space.

Removes all entries under the default transaction from the space.

Removes all matching entries under the default transaction from the space.

Removes all entries under the specified transaction from the space.

Removes all matching entries under the specified transaction from the space.

Removes all matching entries under the specified transaction from the space.

Returns true if the proxy is connected to a clustered space, otherwise false.

Count any object from the space, visible under the default transaction.

Count any matching object from the space, visible under the default transaction.

Count any object from the space, visible under the specified transaction.

Count any matching object from the space, visible under the specified transaction.

Count any matching object from the space, visible under the specified transaction and modifiers.

Create a data event session using the default configuration and transaction.

Create a data event session using the specified configuration and default transaction.

Gets or sets the default IDataEventSession associated with the proxy.

Gets or sets the default EventSessionConfig associated with the proxy.

Gets or sets the default lease time associated with the proxy.

Gets or sets the default maximum items associated with the proxy.

Gets or sets the default timeout associated with the proxy.

Performs application-defined tasks associated with freeing, releasing, or resetting unmanaged resources.

Returns true if the proxy is connected to an embedded space, otherwise false.

Waits for the pending asynchronous execution to complete.

Waits for the pending asynchronous read to complete.

Waits for the pending asynchronous take to complete.

Executes a task on a specific space node. The space node it will execute on is controlled by the routing value provided as a second parameter.

Executes a task on a specific space node. The space node it will execute on is controlled by the routing value provided as a second parameter.

Executes a task on a specific space node. The space node it will execute on is controlled by the routing value provided as a second parameter.

Executes the task on all the primary space nodes within the cluster (broadcast). The task is executed on each space node with all the results reduced by the Reduce(SpaceTaskResultsCollection<(Of <<'(T>)>>)) operation. The task can optionally implement ISpaceTaskResultsFilter<(Of <(<'T>)>)> that can control if tasks should continue to accumelate or it should break and execute the reduce operation on the results received so far. The execution actual result will be the reduced result of the execution, or the exception thrown during during the reduce operation. The moderator can be used as a mechanism to listen for results as they arrive.

Executes the task on all the primary space nodes within the cluster (broadcast). The task is executed on each space node with all the results reduced by the IDistributedSpaceTask<(Of <(<'R, T>)>)> Reduce operation. The task can optionally implement ISpaceTaskResultsFilter<(Of <(<'T>)>)> that can control if tasks should continue to accumelate or it should break and execute the reduce operation on the results received so far. The execution actual result will be the reduced result of the execution, or the exception thrown during during the reduce operation. The moderator can be used as a mechanism to listen for results as they arrive.

Executes the task on all the primary space nodes within the cluster (broadcast). The task is executed on each space node with all the results reduced by the IDistributedSpaceTask<(Of <(<'R, T>)>)> Reduce operation. The task can optionally implement ISpaceTaskResultsFilter<(Of <(<'T>)>)> that can control if tasks should continue to accumelate or it should break and execute the reduce operation on the results received so far. The execution actual result will be the reduced result of the execution, or the exception thrown during during the reduce operation. The moderator can be used as a mechanism to listen for results as they arrive.

Gets or sets Fifo mode for proxy.

Returns the SpaceUrl instance which was used to find the space.

Returns a server administration component for the current proxy.

Create an iterator over the space using the specified template(s) and settings.

Create an iterator over the space using the specified template(s) and settings.

Create an iterator over the space using the specified template(s) and settings.

Create an iterator over the space using the specified template(s) and settings.

Create an iterator over the space using the specified template(s) and settings.

Create an iterator over the space using the specified template(s) and settings.

Create an iterator over the space using the specified template(s) and settings.

Create an iterator over the space using the specified template(s) and settings.

Create an iterator over the space using the specified template(s) and settings.

Create an iterator over the space using the specified template(s) and settings.

Create an iterator over the space using the specified template(s) and settings.

Gets the name of this space.

Gets or sets the status of the optimistic locking mechanism.

Checks whether the space is alive and accessible.

Checks whether the space is alive and accessible.

Creates a LINQ query using the specified space proxy.

Read any matching object from the space, blocking until one exists. Return null if the timeout expires.

Read any matching object from the space, blocking until one exists. Return null if the timeout expires.

Read any matching object from the space, blocking until one exists. Return null if the timeout expires.

Read any matching object from the space, blocking until one exists. Return null if the timeout expires.

Read (according to the modifiers) any matching object from the space, blocking until one exists. Return null if the timeout expires.

Read any matching object from the space, blocking until one exists. Return null if the timeout expires.

Read any matching object from the space, blocking until one exists. Return null if the timeout expires.

Read any matching object from the space, blocking until one exists. Return null if the timeout expires.

Read any matching object from the space, blocking until one exists. Return null if the timeout expires.

Read (according to the modifiers) any matching object from the space, blocking until one exists. Return null if the timeout expires.

Reads an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) until a matching entry is avaliable.

Reads an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) until a matching entry is avaliable.

Reads an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) until a matching entry is avaliable.

Reads an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) until a matching entry is avaliable.

Reads an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) until a matching entry is avaliable.

Read an entry matching the specified id query from the space. Blocks up to the specified timeout (if any) until a matching entry is available.

Read an entry matching the specified id query from the space. Blocks up to the specified timeout (if any) until a matching entry is available.

Read an entry matching the specified id query from the space. Blocks up to the specified timeout (if any) until a matching entry is available.

Read an entry matching the specified id query from the space. Blocks up to the specified timeout (if any) until a matching entry is available.

Reads an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) until a matching entry is avaliable.

Reads an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) until a matching entry is avaliable.

Reads an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) until a matching entry is avaliable.

Reads an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) until a matching entry is avaliable.

Reads an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) until a matching entry is avaliable.

Read objects from the space matching their IDs and the specified class.

Note, if the space is partitioned and the Class defines a specific property for its routing value (which means that the ID property is not used for routing), the operation will broadcast to all partitions.

FIFO is not supported by this operation - the results are always ordered in correlation with the input IDs array.

Read objects from the space matching their IDs, the specified class and routing key.

Note, if routing key is null and the cluster is partitioned, the operation will broadcast to all of the partitions.

FIFO is not supported by this operation - the results are always ordered in correlation with the input IDs array.

Read objects from the space matching their IDs, the specified class and routing key.

Note, if routing key is null and the cluster is partitioned, the operation will broadcast to all of the partitions.

FIFO is not supported by this operation - the results are always ordered in correlation with the input IDs array.

Read objects from the space matching their IDs, the specified class type and routing key, with the provided .

Note, if routing key is null and the cluster is partitioned, the operation will broadcast to all of the partitions.

FIFO is not supported by this operation - the results are always ordered in correlation with the input IDs array.

Read objects from the space matching their IDs, the specified class and the routing keys.

Note, the IDs array and routing keys array are correlated and should be of the same size. The routing key of ID i in the IDs array is the element at position i in the routing keys array. If routingKeys is null and the cluster is partitioned, the operation will broadcast to all of the partitions.

FIFO is not supported by this operation - the results are always ordered in correlation with the input IDs array.

Read objects from the space matching their IDs, the specified class and the routing keys.

Note, the IDs array and routing keys array are correlated and should be of the same size. The routing key of ID i in the IDs array is the element at position i in the routing keys array. If routingKeys is null and the cluster is partitioned, the operation will broadcast to all of the partitions.

FIFO is not supported by this operation - the results are always ordered in correlation with the input IDs array.

Read objects from the space matching their IDs, the specified class and the routing keys, with the provided .

Note, the IDs array and routing keys array are correlated and should be of the same size. The routing key of ID i in the IDs array is the element at position i in the routing keys array. If routingKeys is null and the cluster is partitioned, the operation will broadcast to all of the partitions.

FIFO is not supported by this operation - the results are always ordered in correlation with the input IDs array.

Read objects from the space matching their IDs and the specified class.

Note, if the space is partitioned and the Class defines a specific property for its routing value (which means that the ID property is not used for routing), the operation will broadcast to all partitions.

FIFO is not supported by this operation - the results are always ordered in correlation with the input IDs array.

Read objects from the space matching their IDs, the specified class and routing key.

Note, if routing key is null and the cluster is partitioned, the operation will broadcast to all of the partitions.

FIFO is not supported by this operation - the results are always ordered in correlation with the input IDs array.

Read objects from the space matching their IDs, the specified class and routing key.

Note, if routing key is null and the cluster is partitioned, the operation will broadcast to all of the partitions.

FIFO is not supported by this operation - the results are always ordered in correlation with the input IDs array.

Read objects from the space matching their IDs, the specified class type and routing key, with the provided .

Note, if routing key is null and the cluster is partitioned, the operation will broadcast to all of the partitions.

FIFO is not supported by this operation - the results are always ordered in correlation with the input IDs array.

Read objects from the space matching their IDs, the specified class and the routing keys.

Note, the IDs array and routing keys array are correlated and should be of the same size. The routing key of ID i in the IDs array is the element at position i in the routing keys array. If routingKeys is null and the cluster is partitioned, the operation will broadcast to all of the partitions.

FIFO is not supported by this operation - the results are always ordered in correlation with the input IDs array.

Read objects from the space matching their IDs, the specified class and the routing keys.

Note, the IDs array and routing keys array are correlated and should be of the same size. The routing key of ID i in the IDs array is the element at position i in the routing keys array. If routingKeys is null and the cluster is partitioned, the operation will broadcast to all of the partitions.

FIFO is not supported by this operation - the results are always ordered in correlation with the input IDs array.

Read objects from the space matching their IDs, the specified class and the routing keys, with the provided .

Note, the IDs array and routing keys array are correlated and should be of the same size. The routing key of ID i in the IDs array is the element at position i in the routing keys array. If routingKeys is null and the cluster is partitioned, the operation will broadcast to all of the partitions.

FIFO is not supported by this operation - the results are always ordered in correlation with the input IDs array.

Read objects from the space matching the specified ids query.

Read objects from the space matching the specified ids query.

Read objects from the space matching the specified ids query, with the provided ReadModifiers.

Read any matching object from the space, returning null if there currently is none. Equivalent to read, except that blocking is done only if necessary to wait for transactional state to settle.

Read any matching object from the space, returning null if there currently is none. Equivalent to read, except that blocking is done only if necessary to wait for transactional state to settle.

Read any matching object from the space, returning null if there currently is none. Equivalent to read, except that blocking is done only if necessary to wait for transactional state to settle.

Read any matching object from the space, returning null if there currently is none. Equivalent to read, except that blocking is done only if necessary to wait for transactional state to settle.

Read (according to the modifiers) any matching object from the space, returning null if there currently is none. Equivalent to read, except that blocking is done only if necessary to wait for transactional state to settle.

Read any matching object from the space, returning null if there currently is none. Equivalent to read, except that blocking is done only if necessary to wait for transactional state to settle.

Read any matching object from the space, returning null if there currently is none. Equivalent to read, except that blocking is done only if necessary to wait for transactional state to settle.

Read any matching object from the space, returning null if there currently is none. Equivalent to read, except that blocking is done only if necessary to wait for transactional state to settle.

Read any matching object from the space, returning null if there currently is none. Equivalent to read, except that blocking is done only if necessary to wait for transactional state to settle.

Read (according to the modifiers) any matching object from the space, returning null if there currently is none. Equivalent to read, except that blocking is done only if necessary to wait for transactional state to settle.

Reads an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) only if a matching entry exists and it is necessary to wait for transactional state to settle.

Reads an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) only if a matching entry exists and it is necessary to wait for transactional state to settle.

Reads an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) only if a matching entry exists and it is necessary to wait for transactional state to settle.

Reads an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) only if a matching entry exists and it is necessary to wait for transactional state to settle.

Reads an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) only if a matching entry exists and it is necessary to wait for transactional state to settle.

Read an entry matching the specified id query from the space. Blocks up to the specified timeout (if any) only if a matching entry exists and it is necessary to wait for transactional state to settle.

Read an entry matching the specified id query from the space. Blocks up to the specified timeout (if any) only if a matching entry exists and it is necessary to wait for transactional state to settle.

Read an entry matching the specified id query from the space. Blocks up to the specified timeout (if any) only if a matching entry exists and it is necessary to wait for transactional state to settle.

Read an entry matching the specified id query from the space. Blocks up to the specified timeout (if any) only if a matching entry exists and it is necessary to wait for transactional state to settle.

Reads an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) only if a matching entry exists and it is necessary to wait for transactional state to settle.

Reads an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) only if a matching entry exists and it is necessary to wait for transactional state to settle.

Reads an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) only if a matching entry exists and it is necessary to wait for transactional state to settle.

Reads an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) only if a matching entry exists and it is necessary to wait for transactional state to settle.

Reads an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) only if a matching entry exists and it is necessary to wait for transactional state to settle.

Gets or sets the default ReadModifiers associated with the proxy.

Read an array of matching objects from the space. Matching is done as in read with no timeout.

Read an array of matching objects from the space. Matching is done as in read with no timeout.

Read an array of matching objects from the space. Matching is done as in read with no timeout.

Read an array of matching objects from the space. Matching is done as in read with no timeout.

Read (according to the modifiers) an array of matching objects from the space. Matching is done as in read with no timeout.

Read an array of matching objects from the space. Matching is done as in read with no timeout.

Read an array of matching objects from the space. Matching is done as in read with no timeout.

Read an array of matching objects from the space. Matching is done as in read with no timeout.

Read an array of matching objects from the space. Matching is done as in read with no timeout.

Read (according to the modifiers) an array of matching objects from the space. Matching is done as in read with no timeout.

Gets the unique uid of this space instance.

Returns true if this space secured, otherwise false.

Prepare the template for future operations on the proxy. Prepared templates are more efficient since the data is already serialized in the space format.

Prepare the template for future operations on the proxy. Prepared templates are more efficient since the data is already serialized in the space format.

Take any matching object from the space, blocking until one exists. Return null if the timeout expires.

Take any matching object from the space, blocking until one exists. Return null if the timeout expires.

Take any matching object from the space, blocking until one exists. Return null if the timeout expires.

Take any matching object from the space, blocking until one exists. Return null if the timeout expires.

Take any matching object from the space, blocking until one exists. Return null if the timeout expires.

Take any matching object from the space, blocking until one exists. Return null if the timeout expires.

Take any matching object from the space, blocking until one exists. Return null if the timeout expires.

Take any matching object from the space, blocking until one exists. Return null if the timeout expires.

Take any matching object from the space, blocking until one exists. Return null if the timeout expires.

Take any matching object from the space, blocking until one exists. Return null if the timeout expires.

Takes (removes) an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) until a matching entry is available.

Takes (removes) an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) until a matching entry is available.

Takes (removes) an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) until a matching entry is available.

Takes (removes) an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) until a matching entry is available.

Takes (removes) an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) until a matching entry is available.

Takes (removes) an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) until a matching entry is available.

Takes (removes) an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) until a matching entry is available.

Takes (removes) an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) until a matching entry is available.

Takes (removes) an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) until a matching entry is available.

Takes (removes) an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) until a matching entry is available.

Takes (removes) an entry matching the specified id query from the space. Blocks up to the specified timeout (if any) until a matching entry is available.

Takes (removes) an entry matching the specified id query from the space. Blocks up to the specified timeout (if any) until a matching entry is available.

Takes (removes) an entry matching the specified id query from the space. Blocks up to the specified timeout (if any) until a matching entry is available.

Takes (removes) an entry matching the specified id query from the space. Blocks up to the specified timeout (if any) until a matching entry is available.

Take (remove) objects from the space matching their IDs and the specified class.

Note, if the space is partitioned and the Class defines a specific property for its routing value (which means that the ID property is not used for routing), the operation will broadcast to all partitions.

FIFO is not supported by this operation - the results are always ordered in correlation with the input IDs array.

Take (remove) objects from the space matching their IDs, the specified class and routing key.

Note, if routing key is null and the cluster is partitioned, the operation will broadcast to all of the partitions.

FIFO is not supported by this operation - the results are always ordered in correlation with the input IDs array.

Take (remove) objects from the space matching their IDs, the specified class and routing key.

Note, if routing key is null and the cluster is partitioned, the operation will broadcast to all of the partitions.

FIFO is not supported by this operation - the results are always ordered in correlation with the input IDs array.

Take (remove) objects from the space matching their IDs, the specified class type and routing key, with the provided .

Note, if routing key is null and the cluster is partitioned, the operation will broadcast to all of the partitions.

FIFO is not supported by this operation - the results are always ordered in correlation with the input IDs array.

Take (remove) objects from the space matching their IDs, the specified class and the routing keys.

Note, the IDs array and routing keys array are correlated and should be of the same size. The routing key of ID i in the IDs array is the element at position i in the routing keys array. If routingKeys is null and the cluster is partitioned, the operation will broadcast to all of the partitions.

FIFO is not supported by this operation - the results are always ordered in correlation with the input IDs array.

Take (remove) objects from the space matching their IDs, the specified class and the routing keys.

Note, the IDs array and routing keys array are correlated and should be of the same size. The routing key of ID i in the IDs array is the element at position i in the routing keys array. If routingKeys is null and the cluster is partitioned, the operation will broadcast to all of the partitions.

FIFO is not supported by this operation - the results are always ordered in correlation with the input IDs array.

Take (remove) objects from the space matching their IDs, the specified class and the routing keys, with the provided .

Note, the IDs array and routing keys array are correlated and should be of the same size. The routing key of ID i in the IDs array is the element at position i in the routing keys array. If routingKeys is null and the cluster is partitioned, the operation will broadcast to all of the partitions.

FIFO is not supported by this operation - the results are always ordered in correlation with the input IDs array.

Take (remove) objects from the space matching their IDs and the specified class.

Note, if the space is partitioned and the Class defines a specific property for its routing value (which means that the ID property is not used for routing), the operation will broadcast to all partitions.

FIFO is not supported by this operation - the results are always ordered in correlation with the input IDs array.

Take (remove) objects from the space matching their IDs, the specified class and routing key.

Note, if routing key is null and the cluster is partitioned, the operation will broadcast to all of the partitions.

FIFO is not supported by this operation - the results are always ordered in correlation with the input IDs array.

Take (remove) objects from the space matching their IDs, the specified class and routing key.

Note, if routing key is null and the cluster is partitioned, the operation will broadcast to all of the partitions.

FIFO is not supported by this operation - the results are always ordered in correlation with the input IDs array.

Take (remove) objects from the space matching their IDs, the specified class type and routing key, with the provided .

Note, if routing key is null and the cluster is partitioned, the operation will broadcast to all of the partitions.

FIFO is not supported by this operation - the results are always ordered in correlation with the input IDs array.

Take (remove) objects from the space matching their IDs, the specified class and the routing keys.

Note, the IDs array and routing keys array are correlated and should be of the same size. The routing key of ID i in the IDs array is the element at position i in the routing keys array. If routingKeys is null and the cluster is partitioned, the operation will broadcast to all of the partitions.

FIFO is not supported by this operation - the results are always ordered in correlation with the input IDs array.

Take (remove) objects from the space matching their IDs, the specified class and the routing keys.

Note, the IDs array and routing keys array are correlated and should be of the same size. The routing key of ID i in the IDs array is the element at position i in the routing keys array. If routingKeys is null and the cluster is partitioned, the operation will broadcast to all of the partitions.

FIFO is not supported by this operation - the results are always ordered in correlation with the input IDs array.

Take (remove) objects from the space matching their IDs, the specified class and the routing keys, with the provided .

Note, the IDs array and routing keys array are correlated and should be of the same size. The routing key of ID i in the IDs array is the element at position i in the routing keys array. If routingKeys is null and the cluster is partitioned, the operation will broadcast to all of the partitions.

FIFO is not supported by this operation - the results are always ordered in correlation with the input IDs array.

Take (remove) objects from the space matching the specified ids query.

Take (remove) objects from the space matching the specified ids query.

Take (remove) objects from the space matching the specified ids query, with the provided TakeModifiers.

Take any matching object from the space, returning null if there currently is none. Equivalent to take, except that blocking is done only if necessary to wait for transactional state to settle.

Take any matching object from the space, returning null if there currently is none. Equivalent to take, except that blocking is done only if necessary to wait for transactional state to settle.

Take any matching object from the space, returning null if there currently is none. Equivalent to take, except that blocking is done only if necessary to wait for transactional state to settle.

Take any matching object from the space, returning null if there currently is none. Equivalent to take, except that blocking is done only if necessary to wait for transactional state to settle.

Take any matching object from the space, returning null if there currently is none. Equivalent to take, except that blocking is done only if necessary to wait for transactional state to settle.

Take any matching object from the space, returning null if there currently is none. Equivalent to take, except that blocking is done only if necessary to wait for transactional state to settle.

Take any matching object from the space, returning null if there currently is none. Equivalent to take, except that blocking is done only if necessary to wait for transactional state to settle.

Take any matching object from the space, returning null if there currently is none. Equivalent to take, except that blocking is done only if necessary to wait for transactional state to settle.

Take any matching object from the space, returning null if there currently is none. Equivalent to take, except that blocking is done only if necessary to wait for transactional state to settle.

Take any matching object from the space, returning null if there currently is none. Equivalent to take, except that blocking is done only if necessary to wait for transactional state to settle.

Takes (removes) an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) only if a matching entry exists and it is necessary to wait for transactional state to settle.

Takes (removes) an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) only if a matching entry exists and it is necessary to wait for transactional state to settle.

Takes (removes) an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) only if a matching entry exists and it is necessary to wait for transactional state to settle.

Takes (removes) an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) only if a matching entry exists and it is necessary to wait for transactional state to settle.

Takes (removes) an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) only if a matching entry exists and it is necessary to wait for transactional state to settle.

Takes (removes) an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) only if a matching entry exists and it is necessary to wait for transactional state to settle.

Takes (removes) an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) only if a matching entry exists and it is necessary to wait for transactional state to settle.

Takes (removes) an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) until a matching entry exists.

Takes (removes) an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) only if a matching entry exists and it is necessary to wait for transactional state to settle.

Takes (removes) an entry of the specified type with the specified id from the space. Blocks up to the specified timeout (if any) only if a matching entry exists and it is necessary to wait for transactional state to settle.

Takes (removes) an entry matching the specified id query from the space. Blocks up to the specified timeout (if any) only if a matching entry exists and it is necessary to wait for transactional state to settle.

Takes (removes) an entry matching the specified id query from the space. Blocks up to the specified timeout (if any) only if a matching entry exists and it is necessary to wait for transactional state to settle.

Takes (removes) an entry matching the specified id query from the space. Blocks up to the specified timeout (if any) only if a matching entry exists and it is necessary to wait for transactional state to settle.

Takes (removes) an entry matching the specified id query from the space. Blocks up to the specified timeout (if any) only if a matching entry exists and it is necessary to wait for transactional state to settle.

Gets or sets the default TakeModifiers associated with the proxy.

Take an array of matching objects from the space. Matching is done as in Take with no timeout.

Take an array of matching objects from the space. Matching is done as in Take with no timeout.

Take an array of matching objects from the space. Matching is done as in Take with no timeout.

Take an array of matching objects from the space. Matching is done as in Take with no timeout.

Take an array of matching objects from the space. Matching is done as in Take with no timeout.

Take an array of matching objects from the space. Matching is done as in Take with no timeout.

Take an array of matching objects from the space. Matching is done as in Take with no timeout.

Take an array of matching objects from the space. Matching is done as in Take with no timeout.

Take an array of matching objects from the space. Matching is done as in Take with no timeout.

Take an array of matching objects from the space. Matching is done as in Take with no timeout.

Gets the type manager of this space proxy instance. ISpaceTypeManager

Returns the SpaceUrl instance which was used to initialize the space.

Writes a new object to the space.

Writes a new object to the space.

Writes a new object to the space.

Writes a new object to the space.

Writes a new object to the space.

Writes a new object to the space.

Writes a new object to the space.

Writes a new object to the space.

Gets or sets the default WriteModifiers associated with the proxy.

Same as a single write but for a group of entities sharing the same transaction (if any).

Same as a single write but for a group of entities sharing the same transaction (if any).

Same as a single write but for a group of entities sharing the same transaction (if any).

Same as a single write but for a group of entities sharing the same transaction (if any).

Same as a single write but for a group of entities sharing the same transaction (if any).

Same as a single write but for a group of entities sharing the same transaction (if any).

Same as a single write but for a group of entities sharing the same transaction (if any).

Same as a single write but for a group of entities sharing the same transaction (if any).