Uses of Interface
adams.core.ThreadLimiter

Packages that use ThreadLimiter

Package	Description
adams.core
adams.flow.control
adams.flow.standalone
adams.flow.transformer
adams.multiprocess
adams.opt.genetic
adams.tools

Uses of ThreadLimiter in adams.core

Subinterfaces of ThreadLimiter in adams.core

Modifier and Type	Interface	Description
interface	OptionalThreadLimiter	Interface for classes that have optional thread limits.
interface	ThreadLimiterWithOptionalCap	Interface for thread limiters that can allow unlimited number of threads.

Uses of ThreadLimiter in adams.flow.control

Classes in adams.flow.control that implement ThreadLimiter

Modifier and Type	Class	Description
class	ArrayGenerate	Applies all sub-actors to the input token and generates an array from the collected output. Each of the branches is expected to produce at most one output token (ideally one per branch, otherwise there will be null elements in the output array).
class	ArrayProcess	Applies all sub-actors to each of the array elements.
class	Branch	Branches off the flow into several sub-branches, each being supplied with a copy of the same object being passed into this meta-actor.
class	LaunchTee	Launches the sub-flow in a separate thread each time a token arrives. Internally, a adams.flow.control.LocalScopeTee is used to manage the scope and forward the token. However, when imposing thread limits, a job gets created with the sub-actors and placed into a job runner for execution.
class	LaunchTrigger	Launches the sub-flow in a separate thread each time a token arrives. Internally, a adams.flow.control.LocalScopeTrigger is used to manage the scope. However, when imposing thread limits, a job gets created with the sub-actors and placed into a job runner for execution.

Uses of ThreadLimiter in adams.flow.standalone

Classes in adams.flow.standalone that implement ThreadLimiter

Modifier and Type	Class	Description
class	AutogeneratedStandalone	Container for auto-generated standalone actors. Can be removed with the adams.flow.processor.RemoveAutogeneratedActors processor.
class	ConditionalStandalones	Executes the sub-actors only when the boolean condition evaluates to 'true'.
class	InactiveStandalone	Container for inactive standalone actors. Can be activated with the adams.flow.processor.ReactivateActors processor.
class	Standalones	Container for standalone actors.

Uses of ThreadLimiter in adams.flow.transformer

Classes in adams.flow.transformer that implement ThreadLimiter

Modifier and Type	Class	Description
class	ExecuteJobs	Executes the incoming jobs.
class	WekaClassifierRanker	Performs a quick evaluation using cross-validation on a single dataset (or evaluation on a separate test set if the number of folds is less than 2) to rank the classifiers received on the input and forwarding the x best ones.
class	WekaCrossValidationEvaluator	Cross-validates a classifier on an incoming dataset.
class	WekaRepeatedCrossValidationEvaluator	Performs repeated cross-validation a classifier on an incoming dataset.

Uses of ThreadLimiter in adams.multiprocess

Classes in adams.multiprocess that implement ThreadLimiter

Modifier and Type	Class	Description
class	LocalJobRunner<T extends Job>	Executes the jobs on the local machine.
class	WekaCrossValidationExecution	Performs cross-validation, either single or multi-threaded.

Uses of ThreadLimiter in adams.opt.genetic

Classes in adams.opt.genetic that implement ThreadLimiter

Modifier and Type	Class	Description
class	AbstractClassifierBasedGeneticAlgorithm	Ancestor for genetic algorithms that evaluate classifiers.
class	AbstractClassifierBasedGeneticAlgorithmWithSecondEvaluation	Ancestor for genetic algorithms that offer a second evaluation using a different seed value.
class	AbstractGeneticAlgorithm	Base class for genetic algorithms.
class	DarkLord
class	Hermione	Hermione.
class	PackDataGeneticAlgorithm	???

Uses of ThreadLimiter in adams.tools

Classes in adams.tools that implement ThreadLimiter

Modifier and Type	Class	Description
class	ZipPassword	Attempts to determine the password of a password protected ZIP file. If no dictionary file has been provided, a brute force attack is carried out. The brute force attack can be run in parallel, default is two threads. The dictionary approach also tests lower/upper case version of the passwords and the reverse of them.