void
RoseBin_GMLGraph::printNodes( bool dfg, RoseBin_FlowAnalysis* flow,bool forward_analysis,
std::ofstream& myfile, string& recursiveFunctionName) {
//bool firstFunc = true;
// traverse nodes and visualize results of graph
funcMap.clear();
nodesMap.clear();
//cerr << " Preparing graph - Nr of Nodes : " << nodes.size() << " edges : " << edges.size() << endl;
//SgGraphNodeList* gnodes = get_nodes();
// rose_graph_hash_multimap& nodes = get_nodes()->get_nodes();
rose_graph_integer_node_hash_map nodes = get_node_index_to_node_map();
int counter=nodes.size();
int count=0;
rose_graph_integer_node_hash_map::iterator itn2 = nodes.begin();
for (; itn2!=nodes.end();++itn2) {
counter++;
count++;
pair<int, SgGraphNode*> nt = *itn2;
// string hex_address = itn2->first;
SgGraphNode* node = isSgGraphNode(itn2->second);
string hex_address =node->get_name();
SgNode* internal = node->get_SgNode();
SgAsmFunction* func = isSgAsmFunction(internal);
if (func) {
vector<SgNode*> list;
FindInstructionsVisitorx86 vis;
#ifdef _MSC_VER
//#pragma message ("WARNING: Removed reference to AstQueryNamespace::querySubTree()")
// ROSE_ASSERT(false);
// CH (4/7/2010): Workaround for MSVC
vector<SgAsmX86Instruction*> temp_list;
AstQueryNamespace::querySubTree(func, std::bind2nd( vis, &temp_list ));
list.resize(temp_list.size());
std::copy(temp_list.begin(), temp_list.end(), list.begin());
#else
#if defined(__APPLE__) && defined(__MACH__)
//Pei-Hung (7/28/2016): OSX El Capitan has issue with bind2nd.
vector<SgAsmX86Instruction*> temp_list;
AstQueryNamespace::querySubTree(func, std::bind2nd( vis, &temp_list ));
list.resize(temp_list.size());
std::copy(temp_list.begin(), temp_list.end(), list.begin());
#else
AstQueryNamespace::querySubTree(func, std::bind2nd( vis, &list ));
#endif
#endif
int validInstructions = func->nrOfValidInstructions(list);
funcMap[func]=counter;
nodesMap[func]=count;
string name = func->get_name();
string text = "node [\n id " + RoseBin_support::ToString(counter) + "\n id_ " +
RoseBin_support::ToString(counter) + "\n label \"" + name + "\"\n ";
text +=" nrinstr_ "+RoseBin_support::ToString(validInstructions)+" \n";
text+= " isGroup 1\n isGroup_ 1\n ]\n";
if (name=="frame_dummy") {
//cerr << text << endl;
vector<SgNode*> succs = func->get_traversalSuccessorContainer();
vector<SgNode*>::iterator j = succs.begin();
//cerr << " ------------- free_dummy"<<endl;
int ii=0;
for (;j!=succs.end();j++) {
//SgNode* n = *j;
//cerr << " Node contained at pos:"<<ii<<" - " << n->class_name() << endl;
ii++;
}
//cerr << " number of validInstructions: " << validInstructions << endl;
}
if (grouping)
myfile << text;
}
SgAsmInstruction* bin_inst = isSgAsmInstruction(internal);
if (bin_inst)
nodesMap[bin_inst]=count;
}
//cerr << " Writing graph to GML - Nr of Nodes : " << nodes.size() << endl;
int pos=0;
rose_graph_integer_node_hash_map::iterator itn = nodes.begin();
for (; itn!=nodes.end();++itn) {
pos++;
// string hex_address = itn->first;
SgGraphNode* node = isSgGraphNode(itn->second);
string hex_address = node->get_name();
SgNode* internal = node->get_SgNode();
SgAsmFunction* func = isSgAsmFunction(internal);
string text="";
// specifies that this node has no destination address
nodest_jmp = false;
// specifies that there is a node that has a call error (calling itself)
error =false;
// specifies a call to a unknown location
nodest_call = false;
// specifies where its an int instruction
interrupt = false;
if (func) {
string name = func->get_name();
//cerr << " if part name : " << name << endl;
ROSE_ASSERT(node);
if (grouping==false) {
map < int , string> node_p = node->get_properties();
map < int , string>::iterator prop = node_p.begin();
string name = "noname";
string type = "removed";//node->get_type();
for (; prop!=node_p.end(); ++prop) {
int addr = prop->first;
//cerr << " gml : property for addr : " << addr << endl;
if (addr==SgGraph::nodest_jmp)
nodest_jmp = true;
else if (addr==SgGraph::itself_call)
error = true;
else if (addr==SgGraph::nodest_call)
nodest_call = true;
else if (addr==SgGraph::interrupt)
interrupt = true;
// else
// name = prop->second;
}
}
int parent = funcMap[func];
RoseBin_support::checkText(name);
int length = name.length();
text = "node [\n id " + RoseBin_support::ToString(pos) + "\n label \"" + name + "\"\n";
if (nodest_jmp) {
text += " graphics [ h 30.0 w " + RoseBin_support::ToString(length*7) + " type \"circle\" fill \"#FF0000\" ]\n";
text +=" Node_Color_ \"FF0000\" \n";
} else if (nodest_call) {
text += " graphics [ h 30.0 w " + RoseBin_support::ToString(length*7) + " type \"circle\" fill \"#FF9900\" ]\n";
text +=" Node_Color_ \"FF9900\" \n";
} else if (interrupt) {
text += " graphics [ h 30.0 w " + RoseBin_support::ToString(length*7) + " type \"circle\" fill \"#0000FF\" ]\n";
text +=" Node_Color_ \"0000FF\" \n";
} else if (error) {
text += " graphics [ h 30.0 w " + RoseBin_support::ToString(length*7) + " type \"circle\" fill \"#66FFFF\" ]\n";
text +=" Node_Color_ \"66FFFF\" \n";
}else {
text += " graphics [ h 30.0 w " + RoseBin_support::ToString(length*7) + " type \"circle\" fill \"#9933FF\" ]\n";
text +=" Node_Color_ \"9933FF\" \n";
}
text +=" gid "+RoseBin_support::ToString(parent)+" \n";
text +=" skip_ 1 \n";
text +=" gid_ "+RoseBin_support::ToString(parent)+" ]\n";
// skip functions for now
// if (skipFunctions)
// text ="";
} /*not a func*/ else {
SgAsmX86Instruction* bin_inst = isSgAsmX86Instruction(internal);
//cerr << " else part " << endl;
SgAsmFunction* funcDecl_parent = NULL;
if (bin_inst) {
funcDecl_parent = isSgAsmFunction(bin_inst->get_parent());
if (funcDecl_parent==NULL)
funcDecl_parent = isSgAsmFunction(bin_inst->get_parent()->get_parent());
}
if (funcDecl_parent==NULL) {
cerr << " ERROR : printNodes preparation . No parent found for node : " << bin_inst->class_name() <<
" " << hex_address << endl;
continue;
}
if ((pos % 10000)==0)
cout << " GMLGraph:: printing GML Nodes : " << pos << endl;
string name = getInternalNodes(node, forward_analysis,bin_inst);
int parent=0;
map <SgAsmFunction*, int>::iterator its = funcMap.find(funcDecl_parent);
if (its!=funcMap.end())
parent = funcMap[funcDecl_parent];
if (parent==0)
cerr << " GMLGraph parent == 0 " << endl;
if (onlyControlStructure && x86InstructionIsControlTransfer(bin_inst)) {
text = "node [\n id " + RoseBin_support::ToString(pos) + "\n" + name ;
int instrnr = funcDecl_parent->get_childIndex(bin_inst);
text +=" instrnr_ "+RoseBin_support::ToString(instrnr)+" \n";
text +=" gid_ "+RoseBin_support::ToString(parent)+" \n";
text +=" gid "+RoseBin_support::ToString(parent)+" ]\n";
} else {
text = "node [\n id " + RoseBin_support::ToString(pos) + "\n" + name ;
int instrnr = funcDecl_parent->get_childIndex(bin_inst);
text +=" instrnr_ "+RoseBin_support::ToString(instrnr)+" \n";
text +=" gid_ "+RoseBin_support::ToString(parent)+" \n";
text +=" gid "+RoseBin_support::ToString(parent)+" ]\n";
}
}
myfile << text;
// cerr << " this node : " << text << endl;
}
funcMap.clear();
}
/*
* Detect functions (blocks) that can be merged together.
*/
void
RoseBin_FlowAnalysis::resolveFunctions(SgAsmNode* globalNode) {
//cerr << " ObjDump-BinRose:: Detecting and merging Functions" << endl;
vector<SgAsmFunction*> visitedFunctions;
vector<SgNode*> tree =NodeQuery::querySubTree(globalNode, V_SgAsmFunction);
// vector<SgNode*>::iterator itV = tree.begin();
int nr=0;
while (!tree.empty()) {
// for (;itV!=tree.end();itV++) {
SgAsmFunction* funcD = isSgAsmFunction(tree.back());
tree.pop_back();
nr++;
if ((nr % 100)==0)
if (RoseBin_support::DEBUG_MODE())
cerr << " funcListSize : " << tree.size() << " -- iteration : " << nr << " func " << funcD->get_name() << endl;
//SgAsmFunction* funcD = isSgAsmFunction(*itV);
//itV++;
ROSE_ASSERT(funcD);
// make sure we dont visit a function twice
vector <SgNode*> funcVec =funcD->get_traversalSuccessorContainer();
int last = funcVec.size()-1;
if (last<0)
continue;
bool hasStopCondition=false;
for (unsigned int itf = 0; itf < funcVec.size() ; itf++) {
SgAsmx86Instruction* finst = isSgAsmx86Instruction(funcVec[itf]);
ROSE_ASSERT(finst);
if (finst->get_kind() == x86_ret || finst->get_kind() == x86_hlt) {
hasStopCondition=true;
}
}
//cerr << " last : " << last << endl;
SgAsmx86Instruction* lastInst = isSgAsmx86Instruction(funcVec[last]);
ROSE_ASSERT(lastInst);
SgAsmx86Instruction* nextInst = isSgAsmx86Instruction(resolveFunction(lastInst, hasStopCondition));
if (nextInst) {
SgAsmFunction* nextFunc = isSgAsmFunction(nextInst->get_parent());
if (nextFunc) {
ROSE_ASSERT(g_algo->info);
g_algo->info->returnTargets[funcD].insert(g_algo->info->returnTargets[nextFunc].begin(), g_algo->info->returnTargets[nextFunc].end());
// make sure that this function is being changed and should not be covered again
//visitedFunctions.push_back(nextFunc);
// visit current function after alternation again
//tree.push_back(funcD);
// now we remove this next function and iterate thrgouh all instructions and
// attach them to the old function
vector <SgNode*> funcNextVec =nextFunc->get_traversalSuccessorContainer();
for (unsigned int i=0; i < funcNextVec.size(); ++i) {
SgAsmInstruction* inst = isSgAsmInstruction(funcNextVec[i]);
ROSE_ASSERT(inst);
inst->set_parent(funcD);
funcD->append_statement(inst);
//nextFunc->remove_statement(inst);
// delete nextFunc; // should delete this later when iterator is done
}
nextFunc->remove_children();
nextFunc->set_parent(NULL);
isSgAsmBlock(globalNode)->remove_statement(nextFunc);
}
}
} // for
}