Ghidra Decompiler Analysis Engine
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A jump-table starting range with two possible execution paths. More...
#include <jumptable.hh>
Public Member Functions | |
virtual uintb | getSize (void) const |
Return the number of values the variables can take. | |
virtual bool | contains (uintb val) const |
Return true if the given value is in the set of possible values. | |
virtual bool | initializeForReading (void) const |
Initialize this for iterating over the set of possible values. More... | |
virtual bool | next (void) const |
Advance the iterator, return true if there is another value. | |
virtual Varnode * | getStartVarnode (void) const |
Get the Varnode associated with the current value. | |
virtual PcodeOp * | getStartOp (void) const |
Get the PcodeOp associated with the current value. | |
virtual bool | isReversible (void) const |
Return true if the current value can be reversed to get a label. | |
virtual JumpValues * | clone (void) const |
Clone this iterator. | |
Public Member Functions inherited from JumpValuesRange | |
virtual void | truncate (int4 nm) |
virtual uintb | getValue (void) const |
Get the current value. | |
Additional Inherited Members | |
Protected Attributes inherited from JumpValuesRange | |
CircleRange | range |
Acceptable range of values for the normalized switch variable. | |
Varnode * | normqvn |
Varnode representing the normalized switch variable. | |
PcodeOp * | startop |
First PcodeOp in the jump-table calculation. | |
uintb | curval |
The current value pointed to be the iterator. | |
A jump-table starting range with two possible execution paths.
This extends the basic JumpValuesRange having a single entry switch variable and adds a second entry point that takes only a single value. This value comes last in the iteration.
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virtual |
Initialize this for iterating over the set of possible values.
Reimplemented from JumpValuesRange.