Uses of Interface
com.pnfsoftware.jeb.core.units.code.IBasicBlock

Packages that use IBasicBlock

Package	Description
com.pnfsoftware.jeb.core.units.code	Types related to JEB code plugins, including disassemblers, decompilers, and debuggers.
com.pnfsoftware.jeb.core.units.code.android.controlflow	Control flow graph classes used by the Android components, including dexdec.
com.pnfsoftware.jeb.core.units.code.asm.cfg	Control-flow graph types specific to native code.

Uses of IBasicBlock in com.pnfsoftware.jeb.core.units.code

Classes in com.pnfsoftware.jeb.core.units.code with type parameters of type IBasicBlock

Modifier and Type	Interface	Description
interface	IControlFlowGraph<InsnType extends IInstruction,Block extends IBasicBlock<InsnType>>	Generic interface for control flow graph (CFG) objects.

Methods in com.pnfsoftware.jeb.core.units.code that return IBasicBlock

Modifier and Type	Method	Description
IBasicBlock<InsnType>	IBasicBlock.getInputBlock(int index)	Get a regular input block.
IBasicBlock<InsnType>	IBasicBlock.getIrregularInputBlock(int index)	Get an irregular input block.
IBasicBlock<InsnType>	IBasicBlock.getIrregularOutputBlock(int index)	Get an irregular output block.
IBasicBlock<InsnType>	IBasicBlock.getOutputBlock(int index)	Get a regular output block.

Methods in com.pnfsoftware.jeb.core.units.code that return types with arguments of type IBasicBlock

Modifier and Type	Method	Description
List<? extends IBasicBlock<InsnType>>	IBasicBlock.getAllInputBlocks()
Iterable<? extends IBasicBlock<InsnType>>	IBasicBlock.getAllInputs()	Retrieve a read-only iterable of regular and irregular input blocks.
List<? extends IBasicBlock<InsnType>>	IBasicBlock.getAllOutputBlocks()	Get regular and irregular output blocks.
Iterable<? extends IBasicBlock<InsnType>>	IBasicBlock.getAllOutputs()	Retrieve a read-only iterable of regular and irregular output blocks.
IControlFlowGraph<InsnType,IBasicBlock<InsnType>>	DFA4.getCfg()
IControlFlowGraph<InsnType,IBasicBlock<InsnType>>	IDFA.getCfg()	Retrieve a reference to the CFG object that will be accessed and modified when performing an analysis.
List<? extends IBasicBlock<InsnType>>	IBasicBlock.getInputBlocks()	Get the regular input blocks.
List<? extends IBasicBlock<InsnType>>	IBasicBlock.getInputs()	Retrieve a read-only list of input blocks (regular).
List<? extends IBasicBlock<InsnType>>	IBasicBlock.getIrregularInputBlocks()
List<? extends IBasicBlock<InsnType>>	IBasicBlock.getIrregularInputs()	Retrieve a read-only list of irregular input blocks.
List<? extends IBasicBlock<InsnType>>	IBasicBlock.getIrregularOutputBlocks()	Get irregular output blocks.
List<? extends IBasicBlock<InsnType>>	IBasicBlock.getIrregularOutputs()	Retrieve a read-only list of irregular output blocks.
List<? extends IBasicBlock<InsnType>>	IBasicBlock.getOutputBlocks()	Get the regular output blocks.
List<? extends IBasicBlock<InsnType>>	IBasicBlock.getOutputs()	Retrieve a read-only list of output blocks (regular).

Methods in com.pnfsoftware.jeb.core.units.code with parameters of type IBasicBlock

Modifier and Type	Method	Description
static boolean	CFGUtil.canReach(IBasicBlock<? extends IInstruction> from, IBasicBlock<? extends IInstruction> to)	Determine whether a regular path exists between a source block and a destination block.
static boolean	CFGUtil.canReach(IBasicBlock<? extends IInstruction> from, IBasicBlock<? extends IInstruction> to, boolean alsoFollowIrregularFlow)	Determine whether a path exists between a source block and a destination block.
static boolean	CFGUtil.canReach(IBasicBlock<? extends IInstruction> from, IBasicBlock<? extends IInstruction> to, boolean alsoFollowIrregularFlow, Collection<IBasicBlock<? extends IInstruction>> stopperBlocks)	Determine whether a path exists between a source block and a destination block.
boolean	DFA4.checkOutput(IBasicBlock<InsnType> blk, int varid)
Collection<Long>	DFA4.checkOutputsWithDefs(IBasicBlock<InsnType> blk, int varid)
static int	CFGUtil.countDeepInputs(IBasicBlock<? extends IInstruction> b, int maxdepth)	Count regular the number of top-level input blocks leading to the provided block.
Collection<Integer>	DFA4.filterOutputs(IBasicBlock<InsnType> blk, Collection<Integer> varids)
Map<Integer,Collection<Long>>	DFA4.filterOutputsWithDefs(IBasicBlock<InsnType> blk, Collection<Integer> varids)
protected String	CFGUtil.DotFileGenerator.generateEdgeLabel(IBasicBlock<? extends IInstruction> src, int outEdgeIndex)
protected String	CFGUtil.DotFileGenerator.generateIrregularEdgeLabel(IBasicBlock<? extends IInstruction> src, int outEdgeIndex)
protected String	CFGUtil.DotFileGenerator.generateNodeBackgroundColor(IBasicBlock<? extends IInstruction> blk)
protected String	CFGUtil.DotFileGenerator.generateNodeTextColor(IBasicBlock<? extends IInstruction> blk)
Collection<Long>	DFA4.getDefUses(long addr, int varid, int stopcount, boolean verifyStartOnDefPoint, boolean recordReachOut, IBasicBlock<InsnType> blkForLiveChains, int idxForLiveChains, int maxBlocks, boolean limitToStartBlock)	Find the list of usage points for a defined variable.
Map<Integer,Collection<Long>>	DFA4.getLiveChains(IBasicBlock<InsnType> b, int idx)
Collection<Long>	DFA4.getLiveChains(IBasicBlock<InsnType> b, int idx, int varid)
Collection<Long>	DFA4.getLiveChains(IBasicBlock<InsnType> b, int idx, int varid, int stopcount)
Map<Integer,Collection<Long>>	DFA4.getLiveChains(IBasicBlock<InsnType> b, int idx, Collection<Integer> varids, int stopcount)
Map<Integer,Collection<Long>>	IDFA.getLiveChains(IBasicBlock<InsnType> b, int idx)
Collection<Long>	IDFA.getLiveChains(IBasicBlock<InsnType> b, int idx, int varid)
Collection<Long>	IDFA.getLiveChains(IBasicBlock<InsnType> b, int idx, int varid, int stopcount)
Map<Integer,Collection<Long>>	DFA4.getOutputMap(IBasicBlock<InsnType> blk)
Collection<Long>	DFA4.getOutputMap(IBasicBlock<InsnType> blk, int varid)
Map<Integer,Collection<Long>>	IDFA.getOutputMap(IBasicBlock<InsnType> blk)
Collection<Long>	IDFA.getOutputMap(IBasicBlock<InsnType> blk, int varid)
Collection<Integer>	DFA4.getOutputs(IBasicBlock<InsnType> blk)
Collection<Integer>	IDFA.getOutputs(IBasicBlock<InsnType> blk)
Map<Integer,Collection<Long>>	DFA4.getOutputsWithDefs(IBasicBlock<InsnType> blk)
Map<Integer,Collection<Long>>	DFA4.getReachChains(IBasicBlock<InsnType> b, int idx)
Collection<Long>	DFA4.getReachChains(IBasicBlock<InsnType> b, int idx, int varid)
Collection<Long>	DFA4.getReachChains(IBasicBlock<InsnType> b, int idx, int varid, int stopcount)
Map<Integer,Collection<Long>>	DFA4.getReachChains(IBasicBlock<InsnType> b, int idx, Collection<Integer> varids, int stopcount)
Map<Integer,Collection<Long>>	IDFA.getReachChains(IBasicBlock<InsnType> b, int idx)
Collection<Long>	IDFA.getReachChains(IBasicBlock<InsnType> b, int idx, int varid)
Collection<Long>	IDFA.getReachChains(IBasicBlock<InsnType> b, int idx, int varid, int stopcount)
Collection<Long>	DFA4.getUseDefs(long addr, int varid, int stopcount, boolean verifyStartOnUsePoint, boolean recordLiveIn, IBasicBlock<InsnType> blkForReachChains, int idxForReachChains, boolean[] aDetectedUseDiscrepancy, boolean treatSpoiledAsDefs, int maxBlocks, boolean limitToStartBlock)	Find the list of definition points for a used variable.
boolean	DFA4.isAlive(IBasicBlock<InsnType> b, int idx, int varid)
boolean	IDFA.isAlive(IBasicBlock<InsnType> b, int idx, int varid)
boolean	DFA4.isNotRedefined(int varid, IBasicBlock<InsnType> b0, int i0, IBasicBlock<InsnType> b1, int i1)
boolean	DFA4.isReaching(IBasicBlock<InsnType> b, int idx, int varid)
boolean	IDFA.isReaching(IBasicBlock<InsnType> b, int idx, int varid)
boolean	DFA4.isTerminator(IBasicBlock<InsnType> blk)
boolean	IDFA.isTerminator(IBasicBlock<InsnType> blk)	Determine whether the provided block is a terminator.
Boolean	DFA4.isVarReachingFromTo(int varid, IBasicBlock<InsnType> b0, int i0, IBasicBlock<InsnType> b1, int i1)
Boolean	DFA4.isVarReachingFromTo(int varid, IBasicBlock<InsnType> b0, int i0, IBasicBlock<InsnType> b1, int i1, boolean allowRedef, boolean performExtendedChecks, int maxBlocks)
Boolean	DFA4.isVarReachingFromTo(int varid, IBasicBlock<InsnType> b0, int i0, IBasicBlock<InsnType> b1, int i1, boolean performExtendedChecks, int maxBlocks)
Boolean	IDFA.isVarReachingFromTo(int varid, IBasicBlock<InsnType> b0, int i0, IBasicBlock<InsnType> b1, int i1)	Determine if a variable used by the start instruction reaches the final instruction with the same value.
Boolean	IDFA.isVarReachingFromTo(int varid, IBasicBlock<InsnType> b0, int i0, IBasicBlock<InsnType> b1, int i1, boolean performExtendedChecks, int maxBlocks)	Determine if a variable used by the start instruction reaches the final instruction with the same value.
Boolean	DFA4.verifyNoRedefAfterSink(int varid, IBasicBlock<InsnType> b0, int i0, IBasicBlock<InsnType> b1, int i1, int maxBlocks)

Method parameters in com.pnfsoftware.jeb.core.units.code with type arguments of type IBasicBlock

Modifier and Type	Method	Description
static boolean	CFGUtil.canReach(IBasicBlock<? extends IInstruction> from, IBasicBlock<? extends IInstruction> to, boolean alsoFollowIrregularFlow, Collection<IBasicBlock<? extends IInstruction>> stopperBlocks)	Determine whether a path exists between a source block and a destination block.

Constructor parameters in com.pnfsoftware.jeb.core.units.code with type arguments of type IBasicBlock

Modifier	Constructor	Description
	DFA4(IControlFlowGraph<InsnType,? extends IBasicBlock<InsnType>> cfg)	Create a DFA object with CFG-provided default collection flags and basic caching for instruction-level def-use information.
	DFA4(IControlFlowGraph<InsnType,? extends IBasicBlock<InsnType>> cfg, int collectionFlags, int cacheConfig)	Create a DFA object.

Uses of IBasicBlock in com.pnfsoftware.jeb.core.units.code.android.controlflow

Classes in com.pnfsoftware.jeb.core.units.code.android.controlflow that implement IBasicBlock

Modifier and Type	Class	Description
class	BasicBlock<InsnType extends ILocatedInstruction>	This class represents a basic block of generic instructions.

Uses of IBasicBlock in com.pnfsoftware.jeb.core.units.code.asm.cfg

Classes in com.pnfsoftware.jeb.core.units.code.asm.cfg that implement IBasicBlock

Modifier and Type	Class	Description
class	BasicBlock<InsnType extends IInstruction>	This class represents a basic block of generic instructions.