// Parse extension command listing breakpoints.
// Note that not all fields are returned, since file, line, function are encoded
// in the expression (that is in addition deleted on resolving for a bp-type breakpoint).
void parseBreakPoint(const GdbMi &gdbmi, BreakpointResponse *r,
QString *expression /* = 0 */)
{
gdbmiChildToBool(gdbmi, "enabled", &(r->enabled));
gdbmiChildToBool(gdbmi, "deferred", &(r->pending));
r->id = BreakpointResponseId();
const GdbMi idG = gdbmi.findChild("id");
if (idG.isValid()) { // Might not be valid if there is not id
bool ok;
const int id = idG.data().toInt(&ok);
if (ok)
r->id = BreakpointResponseId(id);
}
const GdbMi moduleG = gdbmi.findChild("module");
if (moduleG.isValid())
r->module = QString::fromLocal8Bit(moduleG.data());
if (expression) {
const GdbMi expressionG = gdbmi.findChild("expression");
if (expressionG.isValid())
*expression = QString::fromLocal8Bit(expressionG.data());
}
const GdbMi addressG = gdbmi.findChild("address");
if (addressG.isValid())
r->address = addressG.data().toULongLong(0, 0);
if (gdbmiChildToInt(gdbmi, "passcount", &(r->ignoreCount)))
r->ignoreCount--;
gdbmiChildToInt(gdbmi, "thread", &(r->threadSpec));
}
// Parse extension command listing breakpoints.
// Note that not all fields are returned, since file, line, function are encoded
// in the expression (that is in addition deleted on resolving for a bp-type breakpoint).
void parseBreakPoint(const GdbMi &gdbmi, BreakpointResponse *r,
QString *expression /* = 0 */)
{
gdbmiChildToBool(gdbmi, "enabled", &(r->enabled));
gdbmiChildToBool(gdbmi, "deferred", &(r->pending));
r->id = BreakpointResponseId();
// Might not be valid if there is not id
r->id = cdbIdToBreakpointResponseId(gdbmi["id"]);
const GdbMi moduleG = gdbmi["module"];
if (moduleG.isValid())
r->module = QString::fromLocal8Bit(moduleG.data());
const GdbMi sourceFileName = gdbmi["srcfile"];
if (sourceFileName.isValid()) {
r->fileName = QString::fromLocal8Bit(sourceFileName.data());
const GdbMi lineNumber = gdbmi["srcline"];
if (lineNumber.isValid())
r->lineNumber = lineNumber.data().toULongLong(0, 0);
}
if (expression) {
const GdbMi expressionG = gdbmi["expression"];
if (expressionG.isValid())
*expression = QString::fromLocal8Bit(expressionG.data());
}
const GdbMi addressG = gdbmi["address"];
if (addressG.isValid())
r->address = addressG.data().toULongLong(0, 0);
if (gdbmiChildToInt(gdbmi, "passcount", &(r->ignoreCount)))
r->ignoreCount--;
gdbmiChildToInt(gdbmi, "thread", &(r->threadSpec));
}
void PdbEngine::handleBreakInsert(const PdbResponse &response)
{
//qDebug() << "BP RESPONSE: " << response.data;
// "Breakpoint 1 at /pdb/math.py:10"
BreakpointModelId id(response.cookie.toInt());
BreakHandler *handler = breakHandler();
QTC_ASSERT(response.data.startsWith("Breakpoint "), return);
int pos1 = response.data.indexOf(" at ");
QTC_ASSERT(pos1 != -1, return);
QByteArray bpnr = response.data.mid(11, pos1 - 11);
int pos2 = response.data.lastIndexOf(':');
QByteArray file = response.data.mid(pos1 + 4, pos2 - pos1 - 4);
QByteArray line = response.data.mid(pos2 + 1);
BreakpointResponse br;
br.id = BreakpointResponseId(bpnr);
br.fileName = _(file);
br.lineNumber = line.toInt();
handler->setResponse(id, br);
QTC_CHECK(!handler->needsChange(id));
handler->notifyBreakpointInsertOk(id);
}
