void CLocaLogicImpl::GetMessageL(const CBBBtDeviceList* devices,
const TTime& aAtTime,
TInt& doSendToIndex,
TInt& aMessageCode, TDes& aWithName,
TDes& aWithTitle, auto_ptr<HBufC8>& aBody)
{
CALLSTACKITEM_N(_CL("CLocaLogicImpl"), _CL("GetMessage"));
TInterpreterAutoLock interpr;
doSendToIndex=-1;
TInt count=-1;
const TBBBtDeviceInfo* dev=0;
TInt max_seen_priority=-1;
for (dev=devices->First(); dev; dev=devices->Next()) count++;
python_ptr<PyObject> dict_general(PyDict_New());
if (! dict_general ) User::Leave(KErrNoMemory);
AddToPyDict(dict_general, "nodename", iNodeName);
AddToPyDict(dict_general, "time", aAtTime);
AddToPyDict(dict_general, "bt_count", count);
// borrowed
PyObject* main_module = PyImport_AddModule("__main__");
if (! main_module ) User::Leave(KErrNoMemory);
// borrowed
PyObject* global_dict = PyModule_GetDict(main_module);
if (! global_dict ) User::Leave(KErrNoMemory);
// borrowed
TInt index=0;
dev=devices->First(); // first is the node itself
for (dev=devices->Next(); dev; dev=devices->Next()) {
index++;
TBuf<15> mac;
dev->iMAC.IntoStringL(mac);
AddToPyDict(dict_general, "mac", mac);
AddToPyDict(dict_general, "majorclass", dev->iMajorClass());
AddToPyDict(dict_general, "minorclass", dev->iMinorClass());
TBool found=EFalse;
python_ptr<PyObject> dict_devstats(PyDict_New());
{
TBuf<50> node;
TDevStats s;
for(found=iDevStats->FirstStats(*dev, node, s); found;
found=iDevStats->NextStats(*dev, node, s)) {
python_ptr<PyObject> dict_dev(
DevStatToPyDict(s));
auto_ptr<HBufC8> node8(HBufC8::NewL(node.Length()+2));
TPtr8 p=node8->Des();
iCC->ConvertFromUnicode(p, node);
node8->Des().ZeroTerminate();
AddToPyDict(dict_devstats, (char*)node8->Ptr(), dict_dev);
}
}
python_ptr<PyObject> dict_msgstats(0);
{
TMessageStats s;
iMessageStats->GetStatsL(*dev, s);
dict_msgstats.reset(MessageStatToPyDict(s));
}
for (int i=0; i<iFunctions->Count(); i++) {
TScriptError err=RunScript(main_module,
global_dict, iFunctions->MdcaPoint(i), max_seen_priority,
dict_general.get(), dict_devstats.get(),
dict_msgstats.get(),
aMessageCode, aWithName,
aWithTitle, aBody, iErrorMsgBuf, dev->iMAC()
);
if (err>EHighestPriority) {
#if !defined(__WINS__) && !defined(CONTEXTLOCA)
if (IsInArray(iErrorFunctions, iFunctions->MdcaPoint(i))) {
PyErr_Clear();
continue;
}
#endif
AddToArrayL(iErrorFunctions, iFunctions->MdcaPoint(i));
TBuf<50> name;
TInt state=CCnvCharacterSetConverter::KStateDefault;
iCC->ConvertToUnicode(name, iFunctions->MdcaPoint(i), state);
name.SetLength(name.Length()-1);
if (err==EPythonError) {
AppendCheckingSpaceL(iErrorMsgBuf, _L(" in script "));
AppendCheckingSpaceL(iErrorMsgBuf, name);
ReportPythonError(iErrorMsgBuf);
} else {
Reporting().UserErrorLog( iErrorMsgBuf,
_L(" in script "), name);
}
} else if (err==EHighestPriority) {
doSendToIndex=index;
}
}
}
/*
// phone or PDA
if (aDevice.iMajorClass()==0x02 || (
aDevice.iMajorClass()==0x01 &&
aDevice.iMinorClass()>0x03 )) {
} else {
return;
}
*/
}
void DotWriter::WriteToDotLanguage()
{
int pl_index = 0;
float pl_time = 0;
bool is_node = false;
wxArrayInt index_pl_nodes;
if(mlines == NULL) return;
graph = wxT("graph [ranksep=\"0.25\", fontname=") + fontname + wxT(", nodesep=\"0.125\"];");
hnode = wxT("node [label=\"\\N\", fontsize=\"9.00\", fontname=") + fontname + wxT(", style=\"") + style +
wxT("\", height=0, width=0, shape=") + shape + wxT(", fontcolor=") + cwhite + wxT("];");
hedge = wxT("edge [fontname=") + fontname + wxT("];");
// graph []; -- not used
m_OutputString += begin_graph + wxT("\n") + graph + wxT("\n") + hnode + wxT("\n") + hedge + wxT("\n");
LineParserList::compatibility_iterator it = mlines->GetFirst();
while(it) {
LineParser* line = it->GetData();
if(line->pline && wxRound(line->time) >= dwtn) {
is_node = true;
index_pl_nodes.Add(line->index);
dlabel = wxString::Format(wxT("%i"), line->index);
dlabel += wxT(" [label=\"");
dlabel += OptionsShortNameAndParameters(line->name);
dlabel += wxT("\\n");
dlabel += wxString::Format(wxT("%.2f"), line->time);
dlabel += wxT("% \\n");
dlabel += wxT("(");
// self or children if have function childern line
// if(line->self >= line->childern)
// dlabel += wxString::Format(wxT("%.2f"), line->self);
// else
dlabel += wxString::Format(wxT("%.2f"), line->self + line->children);
dlabel += wxT("s)");
dlabel += wxT("\\n");
if(line->called0 != -1) dlabel += wxString::Format(wxT("%i"), line->called0) + wxT("x");
// if(line->recursive)
// dlabel += wxT(" (") + wxString::Format(wxT("%i"),line->called0 + line->called1) + wxT("x)");
dlabel += wxT("\",fontcolor=\"");
dlabel += DefineColorForLabel(ReturnIndexForColor(line->time, dwcn));
dlabel += wxT("\", color=\"");
dlabel += DefineColorForNodeEdge(ReturnIndexForColor(line->time, dwcn));
//
dlabel += wxT("\"];"); //, fontsize=\"10.00\"
//
m_OutputString += dlabel + wxT("\n");
//
dlabel.Clear();
}
it = it->GetNext();
}
it = mlines->GetFirst();
float max_time = -2;
while(it) {
LineParser* line = it->GetData();
if(max_time < line->time) max_time = line->time;
if(line->pline) {
pl_index = line->index; // index for primary node
pl_time = line->time; // time for primary node
}
if(line->child && IsInArray(line->nameid, index_pl_nodes) && IsInArray(pl_index, index_pl_nodes) &&
(wxRound(pl_time) >= dwte)) {
dedge = wxString::Format(wxT("%i"), pl_index);
dedge += wxT(" -> ");
dedge += wxString::Format(wxT("%i"), line->nameid);
dedge += wxT(" [color=\"");
dedge += DefineColorForNodeEdge(ReturnIndexForColor(pl_time, dwce)); // color by primary node
dedge += wxT("\", label=\"");
// if(line->self != -1)
// dedge += wxString::Format(wxT("%.2f"),line->self) + wxT("%");
// dedge += wxT("\\n");
dedge += wxString::Format(wxT("%i"), line->called0);
dedge += wxT("x");
dedge += wxT("\" ,arrowsize=\"0.50\", fontsize=\"9.00\", fontcolor=\"");
dedge += cblack;
dedge += wxT("\", penwidth=\"2.00\"];"); // labeldistance=\"4.00\",
//
m_OutputString += dedge + wxT("\n");
//
dedge.Clear();
}
it = it->GetNext();
}
m_OutputString += end_graph;
if(!is_node) { // if the call graph is empty create new graph with label node
m_OutputString = wxT("digraph e {0 [label=");
m_OutputString +=
_(wxString::Format("\"The call-graph is empty; the node threshold ceiling is %d !\"", wxRound(max_time)));
m_OutputString += wxT(", shape=none, height=2, width=2, fontname=Arial, fontsize=14.00];}");
}
}