ClearBlue
|
The node base of symbolic expression graph. More...
#include <SymbolicExprGraph.h>
Data Structures | |
class | ValueFlowIterator |
Public Member Functions | |
Type * | getLLVMType () const |
get the type size of the node | |
SEGNodeBase * | getChild (unsigned I) const |
float | getConfidence (const SEGNodeBase *ParentNode) const |
unsigned | getNumChildren () const |
unsigned | getNumParents () const |
void | addChild (SEGNodeBase *N, float Confidence=1.0f) |
void | eraseAllChildren () |
void | addUseSite (SEGSiteBase *U) |
virtual bool | isTerminalNode () const |
SEGRegionNode * | getRegion () const |
bool | containsParentNode (const SEGNodeBase *N) const |
const std::string & | getDescription () const |
virtual void | dot (raw_fd_ostream &O) const =0 |
Dot its self to the given output stream. | |
ValueFlowIterator | vflow_begin () const |
ValueFlowIterator | vflow_end () const |
key_iterator< std::map< const SEGNodeBase *, float >::const_iterator > | parent_begin () const |
key_iterator< std::map< const SEGNodeBase *, float >::const_iterator > | parent_end () const |
iterator_range< std::map< const SEGNodeBase *, float >::const_iterator > | parents () const |
std::vector< SEGNodeBase * >::const_iterator | child_begin () const |
std::vector< SEGNodeBase * >::const_iterator | child_end () const |
iterator_range< std::vector< SEGNodeBase * >::const_iterator > | children () const |
std::map< const SEGNodeBase *, float >::const_iterator | parent_confidence_begin () const |
std::map< const SEGNodeBase *, float >::const_iterator | parent_confidence_end () const |
size_t | child_size () const |
size_t | parent_size () const |
std::vector< SEGSiteBase * >::const_iterator | use_site_begin () const |
std::vector< SEGSiteBase * >::const_iterator | use_site_end () const |
iterator_range< std::vector< SEGSiteBase * >::const_iterator > | use_sites () |
size_t | use_site_size () const |
Public Member Functions inherited from SEGObject | |
SEGObject (SEGObjectKind OK, SymbolicExprGraph *SEG, BasicBlock *BB, bool fromDisk) | |
virtual Value * | getLLVMDbgValue () const |
virtual Instruction * | getLLVMDbgInstruction () const |
SEGObjectKind | getKind () const |
int64_t | getSEGIndex () const |
void | setObjIndex (int64_t index) |
int64_t | getObjIndex () const |
const char * | getKindName () const |
BasicBlock * | getParentBasicBlock () const |
Function * | getParentFunction () const |
const SymbolicExprGraph * | getParentGraph () const |
SymbolicExprGraph * | getParentGraph () |
Static Public Member Functions | |
static bool | classof (const SEGObject *N) |
Protected Member Functions | |
SEGNodeBase (SEGObjectKind K, Type *Ty, SymbolicExprGraph *SEG, BasicBlock *BB, bool fromDisk) | |
void | setDescription (std::string &Desc) |
Friends | |
class | SEGSerializer |
class | SEGHash |
class | SymbolicExprGraph |
raw_ostream & | operator<< (llvm::raw_ostream &Out, const SEGNodeBase &N) |
Additional Inherited Members | |
Public Types inherited from SEGObject | |
enum | SEGObjectKind { SEGOBJK_NodeBegin, SEGOBJK_OperandBegin, SEGOBJK_ArgumentBegin, SEGOBJK_CommonArgument, SEGOBJK_VarArgument, SEGOBJK_PseudoArgument, SEGOBJK_ArgumentEnd, SEGOBJK_CallSiteOutputBegin, SEGOBJK_CallSiteCommonOutput, SEGOBJK_CallSitePseudoOutput, SEGOBJK_CallSiteOutputEnd, SEGOBJK_ReturnBegin, SEGOBJK_CommonReturn, SEGOBJK_PseudoReturn, SEGOBJK_ReturnEnd, SEGOBJK_LoadMem, SEGOBJK_StoreMem, SEGOBJK_Phi, SEGOBJK_Region, SEGOBJK_SimpleOperand, SEGOBJK_Undef, SEGOBJK_CallSitePseudoInput, SEGOBJK_CallSiteSummaryArgument, SEGOBJK_CallSiteSummaryReturn, SEGOBJK_OperandEnd, SEGOBJK_OpcodeBegin, SEGOBJK_BinaryWithIntConst, SEGOBJK_Cast, SEGOBJK_SimpleOpcode, SEGOBJK_OpcodeEnd, SEGOBJK_NodeEnd, SEGOBJK_SiteBegin, SEGOBJK_CallSite, SEGOBJK_ReturnSite, SEGOBJK_SimpleSiteBegin, SEGOBJK_GEPSite, SEGOBJK_DereferenceSite, SEGOBJK_DivSite, SEGOBJK_CmpSite, SEGOBJK_AllocSite, SEGOBJK_SimpleSiteEnd, SEGOBJK_SiteEnd } |
The node base of symbolic expression graph.
|
protected |
A constructor with node type, parent symbolic graph and the block where it is defined. It is private. Do not initialize the base class directly