void LldbEngine::setupInferior()
{
Environment sysEnv = Environment::systemEnvironment();
Environment runEnv = runParameters().inferior.environment;
foreach (const EnvironmentItem &item, sysEnv.diff(runEnv)) {
DebuggerCommand cmd("executeDebuggerCommand");
if (item.unset)
cmd.arg("command", "settings remove target.env-vars " + item.name);
else
cmd.arg("command", "settings set target.env-vars '" + item.name + '=' + item.value + '\'');
runCommand(cmd);
}
const QString path = stringSetting(ExtraDumperFile);
if (!path.isEmpty() && QFileInfo(path).isReadable()) {
DebuggerCommand cmd("addDumperModule");
cmd.arg("path", path);
runCommand(cmd);
}
const QString commands = stringSetting(ExtraDumperCommands);
if (!commands.isEmpty()) {
DebuggerCommand cmd("executeDebuggerCommand");
cmd.arg("command", commands);
runCommand(cmd);
}
DebuggerCommand cmd1("loadDumpers");
cmd1.callback = [this](const DebuggerResponse &response) {
watchHandler()->addDumpers(response.data["dumpers"]);
};
runCommand(cmd1);
const DebuggerRunParameters &rp = runParameters();
QString executable;
QtcProcess::Arguments args;
QtcProcess::prepareCommand(QFileInfo(rp.inferior.executable).absoluteFilePath(),
rp.inferior.commandLineArguments, &executable, &args);
DebuggerCommand cmd2("setupInferior");
cmd2.arg("executable", executable);
cmd2.arg("breakonmain", rp.breakOnMain);
cmd2.arg("useterminal", rp.useTerminal);
cmd2.arg("startmode", rp.startMode);
cmd2.arg("nativemixed", isNativeMixedActive());
cmd2.arg("dyldimagesuffix", rp.inferior.environment.value("DYLD_IMAGE_SUFFIX"));
cmd2.arg("dyldframeworkpath", rp.inferior.environment.value("DYLD_LIBRARY_PATH"));
cmd2.arg("dyldlibrarypath", rp.inferior.environment.value("DYLD_FRAMEWORK_PATH"));
QJsonArray processArgs;
foreach (const QString &arg, args.toUnixArgs())
processArgs.append(QLatin1String(arg.toUtf8().toHex()));
cmd2.arg("processargs", processArgs);
if (rp.useTerminal) {
QTC_ASSERT(state() == InferiorSetupRequested, qDebug() << state());
const qint64 attachedPID = m_stubProc.applicationPID();
const qint64 attachedMainThreadID = m_stubProc.applicationMainThreadID();
const QString msg = (attachedMainThreadID != -1)
? QString::fromLatin1("Attaching to %1 (%2)").arg(attachedPID).arg(attachedMainThreadID)
: QString::fromLatin1("Attaching to %1").arg(attachedPID);
showMessage(msg, LogMisc);
cmd2.arg("attachpid", attachedPID);
} else {
cmd2.arg("startmode", rp.startMode);
// it is better not to check the start mode on the python sid (as we would have to duplicate the
// enum values), and thus we assume that if the rp.attachPID is valid we really have to attach
QTC_CHECK(rp.attachPID <= 0 || (rp.startMode == AttachCrashedExternal
|| rp.startMode == AttachExternal));
cmd2.arg("attachpid", rp.attachPID);
cmd2.arg("sysroot", rp.deviceSymbolsRoot.isEmpty() ? rp.sysRoot : rp.deviceSymbolsRoot);
cmd2.arg("remotechannel", ((rp.startMode == AttachToRemoteProcess
|| rp.startMode == AttachToRemoteServer)
? rp.remoteChannel : QString()));
cmd2.arg("platform", rp.platform);
QTC_CHECK(!rp.continueAfterAttach || (rp.startMode == AttachToRemoteProcess
|| rp.startMode == AttachExternal
|| rp.startMode == AttachToRemoteServer));
m_continueAtNextSpontaneousStop = false;
}
cmd2.callback = [this](const DebuggerResponse &response) {
bool success = response.data["success"].toInt();
if (success) {
foreach (Breakpoint bp, breakHandler()->unclaimedBreakpoints()) {
if (acceptsBreakpoint(bp)) {
bp.setEngine(this);
insertBreakpoint(bp);
} else {
showMessage(QString("BREAKPOINT %1 IN STATE %2 IS NOT ACCEPTABLE")
.arg(bp.id().toString()).arg(bp.state()));
}
}
notifyInferiorSetupOk();
} else {
notifyInferiorSetupFailed();
}
};
// FIXME: splitting of setupInferior() necessary to support LLDB <= 310 - revert asap
void LldbEngine::setupInferiorStage2()
{
const DebuggerRunParameters &rp = runParameters();
QString executable;
QtcProcess::Arguments args;
QtcProcess::prepareCommand(QFileInfo(rp.executable).absoluteFilePath(),
rp.processArgs, &executable, &args);
DebuggerCommand cmd("setupInferior");
cmd.arg("executable", executable);
cmd.arg("breakOnMain", rp.breakOnMain);
cmd.arg("useTerminal", rp.useTerminal);
cmd.arg("startMode", rp.startMode);
cmd.beginList("bkpts");
foreach (Breakpoint bp, breakHandler()->unclaimedBreakpoints()) {
if (acceptsBreakpoint(bp)) {
showMessage(_("TAKING OWNERSHIP OF BREAKPOINT %1 IN STATE %2")
.arg(bp.id().toString()).arg(bp.state()));
bp.setEngine(this);
bp.notifyBreakpointInsertProceeding();
cmd.beginGroup();
bp.addToCommand(&cmd);
cmd.endGroup();
} else {
showMessage(_("BREAKPOINT %1 IN STATE %2 IS NOT ACCEPTABLE")
.arg(bp.id().toString()).arg(bp.state()));
}
}
cmd.endList();
cmd.beginList("processArgs");
foreach (const QString &arg, args.toUnixArgs())
cmd.arg(arg.toUtf8().toHex());
cmd.endList();
if (rp.useTerminal) {
QTC_ASSERT(state() == InferiorSetupRequested, qDebug() << state());
const qint64 attachedPID = m_stubProc.applicationPID();
const qint64 attachedMainThreadID = m_stubProc.applicationMainThreadID();
const QString msg = (attachedMainThreadID != -1)
? QString::fromLatin1("Attaching to %1 (%2)").arg(attachedPID).arg(attachedMainThreadID)
: QString::fromLatin1("Attaching to %1").arg(attachedPID);
showMessage(msg, LogMisc);
cmd.arg("attachPid", attachedPID);
} else {
cmd.arg("startMode", rp.startMode);
// it is better not to check the start mode on the python sid (as we would have to duplicate the
// enum values), and thus we assume that if the rp.attachPID is valid we really have to attach
QTC_CHECK(rp.attachPID <= 0 || (rp.startMode == AttachCrashedExternal
|| rp.startMode == AttachExternal));
cmd.arg("attachPid", rp.attachPID);
cmd.arg("sysRoot", rp.deviceSymbolsRoot.isEmpty() ? rp.sysRoot : rp.deviceSymbolsRoot);
cmd.arg("remoteChannel", ((rp.startMode == AttachToRemoteProcess
|| rp.startMode == AttachToRemoteServer)
? rp.remoteChannel : QString()));
cmd.arg("platform", rp.platform);
QTC_CHECK(!rp.continueAfterAttach || (rp.startMode == AttachToRemoteProcess
|| rp.startMode == AttachExternal
|| rp.startMode == AttachToRemoteServer));
m_continueAtNextSpontaneousStop = false;
}
runCommand(cmd);
}