use of soot.dava.internal.asg.AugmentedStmt in project soot by Sable.
the class SETNode method verify.
public void verify() {
Iterator<IterableSet> sbit = subBodies.iterator();
while (sbit.hasNext()) {
IterableSet body = sbit.next();
Iterator bit = body.iterator();
while (bit.hasNext()) if ((bit.next() instanceof AugmentedStmt) == false)
logger.debug("Error in body: " + getClass());
Iterator cit = body2childChain.get(body).iterator();
while (cit.hasNext()) ((SETNode) cit.next()).verify();
}
}
use of soot.dava.internal.asg.AugmentedStmt in project soot by Sable.
the class SuperFirstStmtHandler method createDavaStoreStmts.
/*
* Create the following code:
*
* DavaSuperHandler handler; handler = new DavaSuperHandler(); //code to
* evaluate all args in args2
*
* //evaluate 1st arg in args2 --------- handler.store(firstArg);
*
* //evaluate 2nd arg in args2 --------- handler.store(secondArg);
*
* //AND SO ON TILL ALL ARGS ARE FINISHED
*
* return handler;
*/
private void createDavaStoreStmts() {
List<AugmentedStmt> davaHandlerStmts = new ArrayList<AugmentedStmt>();
// create object of DavaSuperHandler handler
SootClass sootClass = new SootClass("DavaSuperHandler");
Type localType = sootClass.getType();
Local newLocal = new JimpleLocal("handler", localType);
/*
* Create * DavaSuperHandler handler; *
*/
DVariableDeclarationStmt varStmt = null;
varStmt = new DVariableDeclarationStmt(localType, newPreInitDavaBody);
varStmt.addLocal(newLocal);
AugmentedStmt as = new AugmentedStmt(varStmt);
davaHandlerStmts.add(as);
/*
* create * handler = new DavaSuperHandler(); *
*/
// create RHS
DNewInvokeExpr invokeExpr = new DNewInvokeExpr(RefType.v(sootClass), makeMethodRef("DavaSuperHandler", new ArrayList()), new ArrayList());
// create LHS
GAssignStmt initialization = new GAssignStmt(newLocal, invokeExpr);
// add to stmts
davaHandlerStmts.add(new AugmentedStmt(initialization));
/*
* create * handler.store(firstArg); *
*/
// best done in a loop for all args
Iterator typeIt = argsTwoTypes.iterator();
Iterator valIt = argsTwoValues.iterator();
// make reference to a method of name store takes one Object arg belongs
// to DavaSuperHandler
ArrayList tempList = new ArrayList();
// SHOULD BE OBJECT
tempList.add(RefType.v("java.lang.Object"));
SootMethod method = Scene.v().makeSootMethod("store", tempList, VoidType.v());
// set the declaring class of new method to be the DavaSuperHandler
// class
method.setDeclaringClass(sootClass);
SootMethodRef getMethodRef = method.makeRef();
while (typeIt.hasNext() && valIt.hasNext()) {
Type tempType = (Type) typeIt.next();
Value tempVal = (Value) valIt.next();
AugmentedStmt toAdd = createStmtAccordingToType(tempType, tempVal, newLocal, getMethodRef);
davaHandlerStmts.add(toAdd);
}
// sanity check
if (typeIt.hasNext() || valIt.hasNext())
throw new DecompilationException("Error creating DavaHandler stmts");
/*
* code to add defs
*/
List<Local> uniqueLocals = addDefsToLiveVariables();
Iterator<Local> localIt = uniqueLocals.iterator();
while (localIt.hasNext()) {
Local local = localIt.next();
AugmentedStmt toAdd = createStmtAccordingToType(local.getType(), local, newLocal, getMethodRef);
davaHandlerStmts.add(toAdd);
}
// set the mustInitialize field to uniqueLocals so that before Y we can
// assign these locals
mustInitialize = uniqueLocals;
/*
* create * return handler; *
*/
GReturnStmt returnStmt = new GReturnStmt(newLocal);
davaHandlerStmts.add(new AugmentedStmt(returnStmt));
// the appropriate dava handler stmts are all in place within
// davaHandlerStmts
// store them in an ASTSTatementSequenceNode
ASTStatementSequenceNode addedNode = new ASTStatementSequenceNode(davaHandlerStmts);
// add to method body
List<Object> subBodies = newASTPreInitMethod.get_SubBodies();
if (subBodies.size() != 1)
throw new CorruptASTException("ASTMethodNode does not have one subBody");
List<Object> body = (List<Object>) subBodies.get(0);
body.add(addedNode);
newASTPreInitMethod.replaceBody(body);
}
use of soot.dava.internal.asg.AugmentedStmt in project soot by Sable.
the class SuperFirstStmtHandler method createNewASTConstructor.
public void createNewASTConstructor(ASTStatementSequenceNode initNode) {
List<Object> newConstructorBody = new ArrayList<Object>();
List<AugmentedStmt> newStmts = new ArrayList<AugmentedStmt>();
/*
* add any definitions to live variables that might be in body X
*/
// we have gotten argsTwoType size() out of the handler so thats the
// index count
// mustInitialize has the live variables that need to be initialized
// create new ReftType for DavaSuperHandler
RefType type = (new SootClass("DavaSuperHandler")).getType();
// make JimpleLocal to be used in each arg
// takes care of
Local jimpleLocal = new JimpleLocal("handler", type);
// handler
// make reference to a method of name get takes one int arg belongs to
// DavaSuperHandler
ArrayList tempList = new ArrayList();
tempList.add(IntType.v());
SootMethodRef getMethodRef = makeMethodRef("get", tempList);
// Iterator typeIt = argsTwoTypes.iterator();
if (mustInitialize != null) {
Iterator<Local> initIt = mustInitialize.iterator();
while (initIt.hasNext()) {
Local initLocal = initIt.next();
Type tempType = initLocal.getType();
// takes
DIntConstant arg = DIntConstant.v(mustInitializeIndex, IntType.v());
// care
// of
// the
// index
mustInitializeIndex++;
ArrayList tempArgList = new ArrayList();
tempArgList.add(arg);
DVirtualInvokeExpr tempInvokeExpr = new DVirtualInvokeExpr(jimpleLocal, getMethodRef, tempArgList, new HashSet<Object>());
// NECESASARY CASTING OR RETRIEVAL OF PRIM TYPES TO BE DONE HERE
Value toAddExpr = getProperCasting(tempType, tempInvokeExpr);
if (toAddExpr == null)
throw new DecompilationException("UNABLE TO CREATE TOADDEXPR:" + tempType);
// need to create a def stmt with the local on the left and
// toAddExpr on the right
GAssignStmt assign = new GAssignStmt(initLocal, toAddExpr);
newStmts.add(new AugmentedStmt(assign));
}
}
// add any statements following the this.<init> statement
Iterator<AugmentedStmt> it = initNode.getStatements().iterator();
while (it.hasNext()) {
AugmentedStmt augStmt = (AugmentedStmt) it.next();
Stmt stmtTemp = augStmt.get_Stmt();
if (stmtTemp == originalConstructorUnit) {
break;
}
}
while (it.hasNext()) {
/*
* notice we dont need to clone these because these will be removed
* from the other method from which we are copying these
*/
newStmts.add(it.next());
}
if (newStmts.size() > 0) {
newConstructorBody.add(new ASTStatementSequenceNode(newStmts));
}
// adding body Y now
List<Object> originalASTMethodSubBodies = originalASTMethod.get_SubBodies();
if (originalASTMethodSubBodies.size() != 1)
throw new CorruptASTException("size of ASTMethodNode subBody not 1");
List<Object> oldASTBody = (List<Object>) originalASTMethodSubBodies.get(0);
Iterator<Object> itOld = oldASTBody.iterator();
boolean sanity = false;
while (itOld.hasNext()) {
// going through originalASTMethodNode's ASTNodes
ASTNode tempNode = (ASTNode) itOld.next();
// enter only if its not the initNode
if (tempNode instanceof ASTStatementSequenceNode) {
if ((((ASTStatementSequenceNode) tempNode).getStatements()).equals(initNode.getStatements())) {
sanity = true;
break;
}
}
}
if (!sanity) {
// means we never found the initNode which shouldnt happen
throw new DecompilationException("never found the init node");
}
// Y are all the nodes following the initNode
while (itOld.hasNext()) {
newConstructorBody.add(itOld.next());
}
// setDeclarations in newNode
// The LocalVariableCleaner which is called in the end of DavaBody will
// clear up any declarations that are not required
List<AugmentedStmt> newConstructorDeclarations = new ArrayList<AugmentedStmt>();
for (AugmentedStmt as : originalASTMethod.getDeclarations().getStatements()) {
DVariableDeclarationStmt varDecStmt = (DVariableDeclarationStmt) as.get_Stmt();
newConstructorDeclarations.add(new AugmentedStmt((DVariableDeclarationStmt) varDecStmt.clone()));
}
ASTStatementSequenceNode newDecs = new ASTStatementSequenceNode(new ArrayList<AugmentedStmt>());
if (newConstructorDeclarations.size() > 0) {
newDecs = new ASTStatementSequenceNode(newConstructorDeclarations);
// DONT FORGET TO SET THE DECLARATIONS IN THE METHOD ONCE IT IS
// CREATED
// newASTConstructorMethod.setDeclarations(newDecs);
// declarations are always the first element
newConstructorBody.add(0, newDecs);
}
// so we have any declarations followed by body Y
// have to put the newConstructorBody into an list of subBodies which
// goes into the newASTConstructorMethod
newASTConstructorMethod = new ASTMethodNode(newConstructorBody);
// dont forget to set the declarations
newASTConstructorMethod.setDeclarations(newDecs);
}
use of soot.dava.internal.asg.AugmentedStmt in project soot by Sable.
the class SuperFirstStmtHandler method createAugmentedStmtToAdd.
private AugmentedStmt createAugmentedStmtToAdd(Local newLocal, SootMethodRef getMethodRef, Value tempVal) {
ArrayList tempArgList = new ArrayList();
tempArgList.add(tempVal);
DVirtualInvokeExpr tempInvokeExpr = new DVirtualInvokeExpr(newLocal, getMethodRef, tempArgList, new HashSet<Object>());
// create Invoke Stmt with virtualInvoke as the expression
GInvokeStmt s = new GInvokeStmt(tempInvokeExpr);
return new AugmentedStmt(s);
}
use of soot.dava.internal.asg.AugmentedStmt in project soot by Sable.
the class SuperFirstStmtHandler method removeInit.
/*
* When we havent created the indirection to take care of super bug be it
* cos we dont need to or that we CANT cos of some limitation....should
* atleast remove the jimple this.init call from the statements
*/
public void removeInit() {
// remove constructorUnit from originalASTMethod
List<Object> newBody = new ArrayList<Object>();
List<Object> subBody = originalASTMethod.get_SubBodies();
if (subBody.size() != 1)
return;
List oldBody = (List) subBody.get(0);
Iterator oldIt = oldBody.iterator();
while (oldIt.hasNext()) {
// going through each node in the old body
ASTNode node = (ASTNode) oldIt.next();
// copy the node as is unless its an ASTStatementSequence
if (!(node instanceof ASTStatementSequenceNode)) {
newBody.add(node);
continue;
}
// if the node is an ASTStatementSequenceNode
// copy all stmts unless it is a constructorUnit
ASTStatementSequenceNode seqNode = (ASTStatementSequenceNode) node;
List<AugmentedStmt> newStmtList = new ArrayList<AugmentedStmt>();
for (AugmentedStmt augStmt : seqNode.getStatements()) {
Stmt stmtTemp = augStmt.get_Stmt();
if (stmtTemp == originalConstructorUnit) {
// do nothing
} else {
newStmtList.add(augStmt);
}
}
if (newStmtList.size() != 0) {
newBody.add(new ASTStatementSequenceNode(newStmtList));
}
}
originalASTMethod.replaceBody(newBody);
}
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