InfoflowConfiguration (soot-infoflow 2.10.4 API)

java.lang.Object
- soot.jimple.infoflow.InfoflowConfiguration

```
public class InfoflowConfiguration
extends Object
```
Central configuration class for FlowDroid

作者:

Steven Arzt

嵌套类概要

嵌套类
限定符和类型	类和说明
`static class`	`InfoflowConfiguration.AccessPathConfiguration` Class containing the configuration options for dealing with access paths (maximum length, reduction options, etc.)
`static class`	`InfoflowConfiguration.AliasingAlgorithm` Enumeration containing the aliasing algorithms supported by FlowDroid
`static class`	`InfoflowConfiguration.CallbackSourceMode` Methods for deciding whether a parameter of a system callback is to be treated as a source or not
`static class`	`InfoflowConfiguration.CallgraphAlgorithm` Enumeration containing the callgraph algorithms supported for the use with the data flow tracker
`static class`	`InfoflowConfiguration.CategoryMode` The modes (included or excludes) that a category can have for the data flow analysis
`static class`	`InfoflowConfiguration.CodeEliminationMode` Enumeration containing all possible modes of dead and irrelevant code elimination
`static class`	`InfoflowConfiguration.DataFlowSolver` Enumeration containing the supported data flow solvers
`static class`	`InfoflowConfiguration.ImplicitFlowMode` Enumeration containing the supported modes how the data flow analyzer shall handle implicit flows
`static class`	`InfoflowConfiguration.LayoutMatchingMode` Possible modes for matching layout components as data flow sources
`static class`	`InfoflowConfiguration.OutputConfiguration` Class that defines settings for writing out the FlowDroid results
`static class`	`InfoflowConfiguration.PathBuildingAlgorithm` Enumeration containing the supported path builders
`static class`	`InfoflowConfiguration.PathConfiguration` The configuration that defines how FlowDroid shall handle between sources and sinks
`static class`	`InfoflowConfiguration.PathReconstructionMode` Supported modes for reconstructing paths between sources and sinks.
`static class`	`InfoflowConfiguration.SolverConfiguration` Class containing the configuration options for the IFDS data flow solver
`static class`	`InfoflowConfiguration.SootIntegrationMode` Enumeration containing the different ways in which Soot can be used
`static class`	`InfoflowConfiguration.SourceSinkConfiguration` The configuration for the source and sink manager
`static class`	`InfoflowConfiguration.SourceSinkFilterMode` The default mode how the filter shall treat source or sink categories that have not been configured explicitly
`static class`	`InfoflowConfiguration.StaticFieldTrackingMode` Enumeration containing the supported techniques for handling taints on static fields

字段概要

字段
限定符和类型字段和说明

protected static org.slf4j.Logger logger

字段
限定符和类型	字段和说明
`protected static org.slf4j.Logger`	`logger`

构造器概要

构造器
构造器和说明

InfoflowConfiguration()

构造器
构造器和说明
`InfoflowConfiguration()`

方法概要

所有方法静态方法实例方法具体方法
限定符和类型	方法和说明
`boolean`	`equals(Object obj)`
`InfoflowConfiguration.AccessPathConfiguration`	`getAccessPathConfiguration()` Gets the access path configuration that defines, e.g. low long access paths may be before being truncated
`InfoflowConfiguration.AliasingAlgorithm`	`getAliasingAlgorithm()` Gets the aliasing algorithm to be used by the data flow tracker
`static String`	`getBaseDirectory()` Gets the base directory used e.g. for SourcesSinks.xsd
`InfoflowConfiguration.CallgraphAlgorithm`	`getCallgraphAlgorithm()` Gets the callgraph algorithm to be used by the data flow tracker
`InfoflowConfiguration.CodeEliminationMode`	`getCodeEliminationMode()` Gets whether and how FlowDroid shall eliminate irrelevant code before running the taint propagation
`long`	`getDataFlowTimeout()` Gets the timeout in seconds after which the taint analysis shall be aborted.
`boolean`	`getEnableArraySizeTainting()`
`boolean`	`getEnableArrayTracking()` Gets whether the solver shall track taints of arrays and array elements
`boolean`	`getEnableExceptionTracking()` Gets whether the solver shall track taints of thrown exception objects
`boolean`	`getEnableLineNumbers()` Gets whether line numbers associated with sources and sinks should be output in XML results
`boolean`	`getEnableOriginalNames()` Gets whether the usage of original variablenames (if available) is enabled
`boolean`	`getEnableReflection()` Gets whether reflective method calls shall be supported
`boolean`	`getEnableTypeChecking()` Gets whether type checking shall be done on casts and method calls
`boolean`	`getExcludeSootLibraryClasses()` Gets whether classes that are declared library classes in Soot shall be excluded from the data flow analysis, i.e., no flows shall be tracked through them
`boolean`	`getFlowSensitiveAliasing()` Gets whether a flow sensitive aliasing algorithm shall be used
`boolean`	`getIgnoreFlowsInSystemPackages()` Gets whether flows starting or ending in system packages such as Android's support library shall be ignored.
`InfoflowConfiguration.ImplicitFlowMode`	`getImplicitFlowMode()` Gets the mode that defines whether and how the solver shall handle implicit flows
`boolean`	`getIncrementalResultReporting()` Gets whether the data flow results shall be reported incrementally instead of being only available after the full data flow analysis has been completed.
`boolean`	`getInspectSinks()` Sets whether the implementations of sink methods shall be analyzed as well
`boolean`	`getInspectSources()` Gets whether the implementations of source methods shall be analyzed as well
`boolean`	`getLogSourcesAndSinks()` Gets whether the discovered sources and sinks shall be logged
`int`	`getMaxThreadNum()` Gets the maximum number of threads to be used by the solver.
`double`	`getMemoryThreshold()` Gets the threshold at which the data flow analysis shall be terminated.
`static boolean`	`getMergeNeighbors()` Gets whether neighbors at the same statement shall be merged into a single abstraction
`static boolean`	`getOneResultPerAccessPath()` Gets whether different results shall be reported if they only differ in the access path the reached the sink or left the source
`boolean`	`getOneSourceAtATime()` Gets whether one source shall be analyzed at a time instead of all sources together
`InfoflowConfiguration.OutputConfiguration`	`getOutputConfiguration()` Gets the configuration for writing the data flow results into files
`static boolean`	`getPathAgnosticResults()` Gets whether results (source-to-sink connections) that only differ in their propagation paths shall be merged into a single result or not.
`InfoflowConfiguration.PathConfiguration`	`getPathConfiguration()` Gets the configuration for dealing with the paths between source and sinks
`InfoflowConfiguration.SolverConfiguration`	`getSolverConfiguration()` Gets the configuration for the core IFDS data flow solver
`InfoflowConfiguration.SootIntegrationMode`	`getSootIntegrationMode()` Gets how FloweDroid shall interact with the underlying Soot instance.
`InfoflowConfiguration.SourceSinkConfiguration`	`getSourceSinkConfig()` Gets the configuration of the source/sink manager
`InfoflowConfiguration.StaticFieldTrackingMode`	`getStaticFieldTrackingMode()` Gets how the data flow solver shall treat assignments to static fields
`boolean`	`getStopAfterFirstFlow()` Gets whether the information flow analysis shall stop after the first flow has been found
`int`	`getStopAfterFirstKFlows()` Gets after how many flows the information flow analysis shall stop.
`boolean`	`getWriteOutputFiles()` Gets whether FlowDroid shall write the Jimple files to disk after the data flow analysis
`int`	`hashCode()`
`boolean`	`isTaintAnalysisEnabled()` Gets whether the taint analysis is enabled.
`void`	`merge(InfoflowConfiguration config)` Merges the given configuration options into this configuration object
`void`	`printSummary()` Prints a summary of this data flow configuration
`void`	`setAliasingAlgorithm(InfoflowConfiguration.AliasingAlgorithm algorithm)` Sets the aliasing algorithm to be used by the data flow tracker
`static void`	`setBaseDirectory(String baseDirectory)` Sets the base directory used e.g. for SourcesSinks.xsd
`void`	`setCallgraphAlgorithm(InfoflowConfiguration.CallgraphAlgorithm algorithm)` Sets the callgraph algorithm to be used by the data flow tracker
`void`	`setCodeEliminationMode(InfoflowConfiguration.CodeEliminationMode mode)` Sets whether and how FlowDroid shall eliminate irrelevant code before running the taint propagation
`void`	`setDataFlowTimeout(long timeout)` Sets the timeout in seconds after which the analysis shall be aborted.
`void`	`setEnableArraySizeTainting(boolean arrayLengthTainting)`
`void`	`setEnableArrayTracking(boolean enableArrays)` Sets whether the solver shall track tainted arrays and array elements
`void`	`setEnableExceptionTracking(boolean enableExceptions)` Sets whether the solver shall track taints of thrown exception objects
`void`	`setEnableLineNumbers(boolean enableLineNumbers)` Sets whether line numbers associated with sources and sinks should be output in XML results
`void`	`setEnableOriginalNames(boolean enableOriginalNames)` Sets whether the usage of original variablenames (if available) is enabled
`void`	`setEnableReflection(boolean enableReflections)` Sets whether reflective method calls shall be supported
`void`	`setEnableTypeChecking(boolean enableTypeChecking)` Sets whether type checking shall be done on casts and method calls
`void`	`setExcludeSootLibraryClasses(boolean excludeSootLibraryClasses)` Sets whether classes that are declared library classes in Soot shall be excluded from the data flow analysis, i.e., no flows shall be tracked through them
`void`	`setFlowSensitiveAliasing(boolean flowSensitiveAliasing)` Sets whether a flow sensitive aliasing algorithm shall be used
`void`	`setIgnoreFlowsInSystemPackages(boolean ignoreFlowsInSystemPackages)` Sets whether flows starting or ending in system packages such as Android's support library shall be ignored.
`void`	`setImplicitFlowMode(InfoflowConfiguration.ImplicitFlowMode implicitFlowMode)` Sets the mode that defines whether and how the solver shall handle implicit flows
`void`	`setIncrementalResultReporting(boolean incrementalReporting)` Sets whether the data flow results shall be reported incrementally instead of being only available after the full data flow analysis has been completed.
`void`	`setInspectSinks(boolean inspect)` Sets whether the implementations of sink methods shall be analyzed as well
`void`	`setInspectSources(boolean inspect)` Sets whether the implementations of source methods shall be analyzed as well
`void`	`setLogSourcesAndSinks(boolean logSourcesAndSinks)` Sets whether the discovered sources and sinks shall be logged
`void`	`setMaxThreadNum(int threadNum)` Sets the maximum number of threads to be used by the solver.
`void`	`setMemoryThreshold(double memoryThreshold)` Sets the threshold at which the data flow analysis shall be terminated.
`static void`	`setMergeNeighbors(boolean value)` Sets whether neighbors at the same statement shall be merged into a single abstraction
`static void`	`setOneResultPerAccessPath(boolean oneResultPerAP)` Gets whether different results shall be reported if they only differ in the access path the reached the sink or left the source
`void`	`setOneSourceAtATime(boolean oneSourceAtATime)` Sets whether one source shall be analyzed at a time instead of all sources together
`static void`	`setPathAgnosticResults(boolean pathAgnosticResults)` Sets whether results (source-to-sink connections) that only differ in their propagation paths shall be merged into a single result or not.
`void`	`setSootIntegrationMode(InfoflowConfiguration.SootIntegrationMode sootIntegrationMode)` Sets how FlowDroid shall interact with the underlying Soot instance.
`void`	`setStaticFieldTrackingMode(InfoflowConfiguration.StaticFieldTrackingMode staticFieldTrackingMode)` Sets how the data flow solver shall treat assignments to static fields
`void`	`setStopAfterFirstFlow(boolean stopAfterFirstFlow)` Sets whether the information flow analysis shall stop after the first flow has been found
`void`	`setStopAfterFirstKFlows(int stopAfterFirstKFlows)` Sets after how many flows the information flow analysis shall stop.
`void`	`setTaintAnalysisEnabled(boolean taintAnalysisEnabled)` Sets whether the taint analysis is enabled.
`void`	`setWriteOutputFiles(boolean writeOutputFiles)` Gets whether FlowDroid shall write the Jimple files to disk after the data flow analysis

从类继承的方法 java.lang.Object
clone, finalize, getClass, notify, notifyAll, toString, wait, wait, wait

- 字段详细资料
  - logger
```
protected static final org.slf4j.Logger logger
```
- 构造器详细资料
  - InfoflowConfiguration
```
public InfoflowConfiguration()
```
- 方法详细资料
  - merge
```
public void merge(InfoflowConfiguration config)
```
    Merges the given configuration options into this configuration object
    
    参数:
    
    config - The configuration data to merge in
  - setPathAgnosticResults
```
public static void setPathAgnosticResults(boolean pathAgnosticResults)
```
    Sets whether results (source-to-sink connections) that only differ in their propagation paths shall be merged into a single result or not.
    
    参数:
    
    pathAgnosticResults - True if two results shall be regarded as equal if they connect the same source and sink, even if their propagation paths differ, otherwise false
  - getPathAgnosticResults
```
public static boolean getPathAgnosticResults()
```
    Gets whether results (source-to-sink connections) that only differ in their propagation paths shall be merged into a single result or not.
    
    返回:
    
    True if two results shall be regarded as equal if they connect the same source and sink, even if their propagation paths differ, otherwise false
  - getOneResultPerAccessPath
```
public static boolean getOneResultPerAccessPath()
```
    Gets whether different results shall be reported if they only differ in the access path the reached the sink or left the source
    
    返回:
    
    True if results shall also be distinguished based on access paths
  - setOneResultPerAccessPath
```
public static void setOneResultPerAccessPath(boolean oneResultPerAP)
```
    Gets whether different results shall be reported if they only differ in the access path the reached the sink or left the source
    
    参数:
    
    oneResultPerAP - True if results shall also be distinguished based on access paths
  - getMergeNeighbors
```
public static boolean getMergeNeighbors()
```
    Gets whether neighbors at the same statement shall be merged into a single abstraction
    
    返回:
    
    True if equivalent neighbor shall be merged, otherwise false
  - setMergeNeighbors
```
public static void setMergeNeighbors(boolean value)
```
    Sets whether neighbors at the same statement shall be merged into a single abstraction
    
    参数:
    
    value - True if equivalent neighbor shall be merged, otherwise false
  - setStopAfterFirstKFlows
```
public void setStopAfterFirstKFlows(int stopAfterFirstKFlows)
```
    Sets after how many flows the information flow analysis shall stop.
    
    参数:
    
    stopAfterFirstKFlows - number of flows after which to stop
  - getStopAfterFirstKFlows
```
public int getStopAfterFirstKFlows()
```
    Gets after how many flows the information flow analysis shall stop.
    
    返回:
    
    number of flows after which to stop
  - setStopAfterFirstFlow
```
public void setStopAfterFirstFlow(boolean stopAfterFirstFlow)
```
    Sets whether the information flow analysis shall stop after the first flow has been found
    
    参数:
    
    stopAfterFirstFlow - True if the analysis shall stop after the first flow has been found, otherwise false.
  - getStopAfterFirstFlow
```
public boolean getStopAfterFirstFlow()
```
    Gets whether the information flow analysis shall stop after the first flow has been found
    
    返回:
    
    True if the information flow analysis shall stop after the first flow has been found, otherwise false
  - setInspectSources
```
public void setInspectSources(boolean inspect)
```
    Sets whether the implementations of source methods shall be analyzed as well
    
    参数:
    
    inspect - True if the implementations of source methods shall be analyzed as well, otherwise false
  - getInspectSources
```
public boolean getInspectSources()
```
    Gets whether the implementations of source methods shall be analyzed as well
    
    返回:
    
    True if the implementations of source methods shall be analyzed as well, otherwise false
  - setInspectSinks
```
public void setInspectSinks(boolean inspect)
```
    Sets whether the implementations of sink methods shall be analyzed as well
    
    参数:
    
    inspect - True if the implementations of sink methods shall be analyzed as well, otherwise false
  - getInspectSinks
```
public boolean getInspectSinks()
```
    Sets whether the implementations of sink methods shall be analyzed as well
    
    返回:
    
    True if the implementations of sink methods shall be analyzed as well, otherwise false
  - setImplicitFlowMode
```
public void setImplicitFlowMode(InfoflowConfiguration.ImplicitFlowMode implicitFlowMode)
```
    Sets the mode that defines whether and how the solver shall handle implicit flows
    
    参数:
    
    implicitFlowMode - The mode that defines whether and how the solver shall handle implicit flows
  - getImplicitFlowMode
```
public InfoflowConfiguration.ImplicitFlowMode getImplicitFlowMode()
```
    Gets the mode that defines whether and how the solver shall handle implicit flows
    
    返回:
    
    The mode that defines whether and how the solver shall handle implicit flows
  - setStaticFieldTrackingMode
```
public void setStaticFieldTrackingMode(InfoflowConfiguration.StaticFieldTrackingMode staticFieldTrackingMode)
```
    Sets how the data flow solver shall treat assignments to static fields
    
    参数:
    
    staticFieldTrackingMode - The mode that specifies the precision with which assignments to static fields shall be handled
  - getStaticFieldTrackingMode
```
public InfoflowConfiguration.StaticFieldTrackingMode getStaticFieldTrackingMode()
```
    Gets how the data flow solver shall treat assignments to static fields
    
    返回:
    
    The mode that specifies the precision with which assignments to static fields shall be handled
  - setSootIntegrationMode
```
public void setSootIntegrationMode(InfoflowConfiguration.SootIntegrationMode sootIntegrationMode)
```
    Sets how FlowDroid shall interact with the underlying Soot instance. FlowDroid can either set up Soot on its own, or work with an existing instance.
    
    参数:
    
    sootIntegrationMode - The integration mode that FlowDroid shall use
  - getSootIntegrationMode
```
public InfoflowConfiguration.SootIntegrationMode getSootIntegrationMode()
```
    Gets how FloweDroid shall interact with the underlying Soot instance. FlowDroid can either set up Soot on its own, or work with an existing instance.
    
    返回:
    
    The integration mode that FlowDroid shall use
  - setFlowSensitiveAliasing
```
public void setFlowSensitiveAliasing(boolean flowSensitiveAliasing)
```
    Sets whether a flow sensitive aliasing algorithm shall be used
    
    参数:
    
    flowSensitiveAliasing - True if a flow sensitive aliasing algorithm shall be used, otherwise false
  - getFlowSensitiveAliasing
```
public boolean getFlowSensitiveAliasing()
```
    Gets whether a flow sensitive aliasing algorithm shall be used
    
    返回:
    
    True if a flow sensitive aliasing algorithm shall be used, otherwise false
  - setEnableExceptionTracking
```
public void setEnableExceptionTracking(boolean enableExceptions)
```
    Sets whether the solver shall track taints of thrown exception objects
    
    参数:
    
    enableExceptions - True if taints associated with exceptions shall be tracked over try/catch construct, otherwise false
  - getEnableExceptionTracking
```
public boolean getEnableExceptionTracking()
```
    Gets whether the solver shall track taints of thrown exception objects
    
    返回:
    
    True if the solver shall track taints of thrown exception objects, otherwise false
  - setEnableArrayTracking
```
public void setEnableArrayTracking(boolean enableArrays)
```
    Sets whether the solver shall track tainted arrays and array elements
    
    参数:
    
    enableArrays - True if taints associated with arrays or array elements shall be tracked over try/catch construct, otherwise false
  - getEnableArrayTracking
```
public boolean getEnableArrayTracking()
```
    Gets whether the solver shall track taints of arrays and array elements
    
    返回:
    
    True if the solver shall track taints of arrays and array elements, otherwise false
  - setEnableArraySizeTainting
```
public void setEnableArraySizeTainting(boolean arrayLengthTainting)
```
  - getEnableArraySizeTainting
```
public boolean getEnableArraySizeTainting()
```
  - setCallgraphAlgorithm
```
public void setCallgraphAlgorithm(InfoflowConfiguration.CallgraphAlgorithm algorithm)
```
    Sets the callgraph algorithm to be used by the data flow tracker
    
    参数:
    
    algorithm - The callgraph algorithm to be used by the data flow tracker
  - getCallgraphAlgorithm
```
public InfoflowConfiguration.CallgraphAlgorithm getCallgraphAlgorithm()
```
    Gets the callgraph algorithm to be used by the data flow tracker
    
    返回:
    
    The callgraph algorithm to be used by the data flow tracker
  - setAliasingAlgorithm
```
public void setAliasingAlgorithm(InfoflowConfiguration.AliasingAlgorithm algorithm)
```
    Sets the aliasing algorithm to be used by the data flow tracker
    
    参数:
    
    algorithm - The aliasing algorithm to be used by the data flow tracker
  - getAliasingAlgorithm
```
public InfoflowConfiguration.AliasingAlgorithm getAliasingAlgorithm()
```
    Gets the aliasing algorithm to be used by the data flow tracker
    
    返回:
    
    The aliasing algorithm to be used by the data flow tracker
  - setEnableTypeChecking
```
public void setEnableTypeChecking(boolean enableTypeChecking)
```
    Sets whether type checking shall be done on casts and method calls
    
    参数:
    
    enableTypeChecking - True if type checking shall be performed, otherwise false
  - getEnableTypeChecking
```
public boolean getEnableTypeChecking()
```
    Gets whether type checking shall be done on casts and method calls
    
    返回:
    
    True if type checking shall be performed, otherwise false
  - setIgnoreFlowsInSystemPackages
```
public void setIgnoreFlowsInSystemPackages(boolean ignoreFlowsInSystemPackages)
```
    Sets whether flows starting or ending in system packages such as Android's support library shall be ignored.
    
    参数:
    
    ignoreFlowsInSystemPackages - True if flows starting or ending in system packages shall be ignored, otherwise false.
  - getIgnoreFlowsInSystemPackages
```
public boolean getIgnoreFlowsInSystemPackages()
```
    Gets whether flows starting or ending in system packages such as Android's support library shall be ignored.
    
    返回:
    
    True if flows starting or ending in system packages shall be ignored, otherwise false.
  - setExcludeSootLibraryClasses
```
public void setExcludeSootLibraryClasses(boolean excludeSootLibraryClasses)
```
    Sets whether classes that are declared library classes in Soot shall be excluded from the data flow analysis, i.e., no flows shall be tracked through them
    
    参数:
    
    excludeSootLibraryClasses - True to exclude Soot library classes from the data flow analysis, otherwise false
  - getExcludeSootLibraryClasses
```
public boolean getExcludeSootLibraryClasses()
```
    Gets whether classes that are declared library classes in Soot shall be excluded from the data flow analysis, i.e., no flows shall be tracked through them
    
    返回:
    
    True to exclude Soot library classes from the data flow analysis, otherwise false
  - setMaxThreadNum
```
public void setMaxThreadNum(int threadNum)
```
    Sets the maximum number of threads to be used by the solver. A value of -1 indicates an unlimited number of threads, i.e., there will be as many threads as there are CPU cores on the machine.
    
    参数:
    
    threadNum - The maximum number of threads to be used by the solver, or -1 for an unlimited number of threads.
  - getMaxThreadNum
```
public int getMaxThreadNum()
```
    Gets the maximum number of threads to be used by the solver. A value of -1 indicates an unlimited number of threads, i.e., there will be as many threads as there are CPU cores on the machine.
    
    返回:
    
    The maximum number of threads to be used by the solver, or -1 for an unlimited number of threads.
  - getWriteOutputFiles
```
public boolean getWriteOutputFiles()
```
    Gets whether FlowDroid shall write the Jimple files to disk after the data flow analysis
    
    返回:
    
    True if the Jimple files shall be written to disk after the data flow analysis, otherwise false
  - setWriteOutputFiles
```
public void setWriteOutputFiles(boolean writeOutputFiles)
```
    Gets whether FlowDroid shall write the Jimple files to disk after the data flow analysis
    
    参数:
    
    writeOutputFiles - True if the Jimple files shall be written to disk after the data flow analysis, otherwise false
  - setCodeEliminationMode
```
public void setCodeEliminationMode(InfoflowConfiguration.CodeEliminationMode mode)
```
    Sets whether and how FlowDroid shall eliminate irrelevant code before running the taint propagation
    
    参数:
    
    Mode - the mode of dead and irrelevant code eliminiation to be used
  - getCodeEliminationMode
```
public InfoflowConfiguration.CodeEliminationMode getCodeEliminationMode()
```
    Gets whether and how FlowDroid shall eliminate irrelevant code before running the taint propagation
    
    返回:
    
    the mode of dead and irrelevant code elimination to be used
  - getLogSourcesAndSinks
```
public boolean getLogSourcesAndSinks()
```
    Gets whether the discovered sources and sinks shall be logged
    
    返回:
    
    True if the discovered sources and sinks shall be logged, otherwise false
  - setLogSourcesAndSinks
```
public void setLogSourcesAndSinks(boolean logSourcesAndSinks)
```
    Sets whether the discovered sources and sinks shall be logged
    
    参数:
    
    logSourcesAndSinks - True if the discovered sources and sinks shall be logged, otherwise false
  - getEnableReflection
```
public boolean getEnableReflection()
```
    Gets whether reflective method calls shall be supported
    
    返回:
    
    True if reflective method calls shall be supported, otherwise false
  - setEnableReflection
```
public void setEnableReflection(boolean enableReflections)
```
    Sets whether reflective method calls shall be supported
    
    参数:
    
    enableReflections - True if reflective method calls shall be supported, otherwise false
  - getEnableLineNumbers
```
public boolean getEnableLineNumbers()
```
    Gets whether line numbers associated with sources and sinks should be output in XML results
    
    返回:
    
    True if line number should be output, otherwise false
  - setEnableLineNumbers
```
public void setEnableLineNumbers(boolean enableLineNumbers)
```
    Sets whether line numbers associated with sources and sinks should be output in XML results
    
    参数:
    
    enableLineNumbers - True if line numbers associated with sources and sinks should be output in XML results, otherwise false
  - getEnableOriginalNames
```
public boolean getEnableOriginalNames()
```
    Gets whether the usage of original variablenames (if available) is enabled
    
    返回:
    
    True if the usage is enabled, otherwise false
  - setEnableOriginalNames
```
public void setEnableOriginalNames(boolean enableOriginalNames)
```
    Sets whether the usage of original variablenames (if available) is enabled
    
    参数:
    
    enableOriginalNames - True if the usage of original variablenames (if available) is enabled, otherwise false
  - isTaintAnalysisEnabled
```
public boolean isTaintAnalysisEnabled()
```
    Gets whether the taint analysis is enabled. If it is disabled, FlowDroid will initialize the Soot instance and then return immediately.
    
    返回:
    
    True if data flow tracking shall be performed, false otherwise
  - setTaintAnalysisEnabled
```
public void setTaintAnalysisEnabled(boolean taintAnalysisEnabled)
```
    Sets whether the taint analysis is enabled. If it is disabled, FlowDroid will initialize the Soot instance and then return immediately.
    
    参数:
    
    taintAnalysisEnabled - True if data flow tracking shall be performed, false otherwise
  - getIncrementalResultReporting
```
public boolean getIncrementalResultReporting()
```
    Gets whether the data flow results shall be reported incrementally instead of being only available after the full data flow analysis has been completed.
    
    返回:
    
    True if incremental data flow results shall be available, otherwise false
  - setIncrementalResultReporting
```
public void setIncrementalResultReporting(boolean incrementalReporting)
```
    Sets whether the data flow results shall be reported incrementally instead of being only available after the full data flow analysis has been completed.
    
    参数:
    
    incrementalReporting - True if incremental data flow results shall be available, otherwise false
  - getDataFlowTimeout
```
public long getDataFlowTimeout()
```
    Gets the timeout in seconds after which the taint analysis shall be aborted. This timeout only applies to the taint analysis itself, not to the path reconstruction that happens afterwards.
    
    返回:
    
    The timeout in seconds after which the analysis shall be aborted
  - setDataFlowTimeout
```
public void setDataFlowTimeout(long timeout)
```
    Sets the timeout in seconds after which the analysis shall be aborted. This timeout only applies to the taint analysis itself, not to the path reconstruction that happens afterwards.
    
    参数:
    
    timeout - The timeout in seconds after which the analysis shall be aborted
  - getMemoryThreshold
```
public double getMemoryThreshold()
```
    Gets the threshold at which the data flow analysis shall be terminated. If the JVM consumes more than this fraction of the heap, no more data flow edges are propagated, and the results obtained so far are returned.
    
    返回:
    
    The threshold at which to abort the workers
  - setMemoryThreshold
```
public void setMemoryThreshold(double memoryThreshold)
```
    Sets the threshold at which the data flow analysis shall be terminated. If the JVM consumes more than this fraction of the heap, no more data flow edges are propagated, and the results obtained so far are returned.
    
    参数:
    
    memoryThreshold - The threshold at which to abort the workers
  - getOneSourceAtATime
```
public boolean getOneSourceAtATime()
```
    Gets whether one source shall be analyzed at a time instead of all sources together
    
    返回:
    
    True if the analysis shall be run with one analysis at a time, false if the analysis shall be run with all sources together
  - setOneSourceAtATime
```
public void setOneSourceAtATime(boolean oneSourceAtATime)
```
    Sets whether one source shall be analyzed at a time instead of all sources together
    
    参数:
    
    oneSourceAtATime - True if the analysis shall be run with one analysis at a time, false if the analysis shall be run with all sources together
  - getPathConfiguration
```
public InfoflowConfiguration.PathConfiguration getPathConfiguration()
```
    Gets the configuration for dealing with the paths between source and sinks
    
    返回:
    
    The configuration for dealing with the paths between source and sinks
  - getOutputConfiguration
```
public InfoflowConfiguration.OutputConfiguration getOutputConfiguration()
```
    Gets the configuration for writing the data flow results into files
    
    返回:
    
    The configuration for writing the data flow results into files
  - getSolverConfiguration
```
public InfoflowConfiguration.SolverConfiguration getSolverConfiguration()
```
    Gets the configuration for the core IFDS data flow solver
    
    返回:
    
    The configuration for the core IFDS data flow solver
  - getAccessPathConfiguration
```
public InfoflowConfiguration.AccessPathConfiguration getAccessPathConfiguration()
```
    Gets the access path configuration that defines, e.g. low long access paths may be before being truncated
    
    返回:
    
    The access path configuration
  - getBaseDirectory
```
public static String getBaseDirectory()
```
    Gets the base directory used e.g. for SourcesSinks.xsd
    
    返回:
    
    the base directory
  - setBaseDirectory
```
public static void setBaseDirectory(String baseDirectory)
```
    Sets the base directory used e.g. for SourcesSinks.xsd
    
    参数:
    
    baseDirectory - path to the base directory as string
  - printSummary
```
public void printSummary()
```
    Prints a summary of this data flow configuration
  - hashCode
```
public int hashCode()
```
    覆盖:
    
    hashCode 在类中 Object
  - equals
```
public boolean equals(Object obj)
```
    覆盖:
    
    equals 在类中 Object
  - getSourceSinkConfig
```
public InfoflowConfiguration.SourceSinkConfiguration getSourceSinkConfig()
```
    Gets the configuration of the source/sink manager
    
    返回:
    
    The configuration of the source/sink manager

类 InfoflowConfiguration

嵌套类概要

字段概要

构造器概要

方法概要

从类继承的方法 java.lang.Object

字段详细资料

logger

构造器详细资料

InfoflowConfiguration

方法详细资料

merge

setPathAgnosticResults

getPathAgnosticResults

getOneResultPerAccessPath

setOneResultPerAccessPath

getMergeNeighbors

setMergeNeighbors

setStopAfterFirstKFlows

getStopAfterFirstKFlows

setStopAfterFirstFlow

getStopAfterFirstFlow

setInspectSources

getInspectSources

setInspectSinks

getInspectSinks

setImplicitFlowMode

getImplicitFlowMode

setStaticFieldTrackingMode

getStaticFieldTrackingMode

setSootIntegrationMode

getSootIntegrationMode

setFlowSensitiveAliasing

getFlowSensitiveAliasing

setEnableExceptionTracking

getEnableExceptionTracking

setEnableArrayTracking

getEnableArrayTracking

setEnableArraySizeTainting

getEnableArraySizeTainting

setCallgraphAlgorithm

getCallgraphAlgorithm

setAliasingAlgorithm

getAliasingAlgorithm

setEnableTypeChecking

getEnableTypeChecking

setIgnoreFlowsInSystemPackages

getIgnoreFlowsInSystemPackages

setExcludeSootLibraryClasses

getExcludeSootLibraryClasses

setMaxThreadNum

getMaxThreadNum

getWriteOutputFiles

setWriteOutputFiles

setCodeEliminationMode

getCodeEliminationMode

getLogSourcesAndSinks

setLogSourcesAndSinks

getEnableReflection

setEnableReflection

getEnableLineNumbers

setEnableLineNumbers

getEnableOriginalNames

setEnableOriginalNames

isTaintAnalysisEnabled

setTaintAnalysisEnabled

getIncrementalResultReporting

setIncrementalResultReporting

getDataFlowTimeout

setDataFlowTimeout

getMemoryThreshold

setMemoryThreshold

getOneSourceAtATime

setOneSourceAtATime

getPathConfiguration

getOutputConfiguration

getSolverConfiguration

getAccessPathConfiguration

getBaseDirectory

setBaseDirectory