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qt-creator/src/plugins/boot2qt/qdbdevicedebugsupport.cpp

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// Copyright (C) 2019 The Qt Company Ltd.
// SPDX-License-Identifier: LicenseRef-Qt-Commercial OR GPL-3.0-only WITH Qt-GPL-exception-1.0
#include "qdbdevicedebugsupport.h"
#include "qdbconstants.h"
#include <projectexplorer/devicesupport/idevice.h>
#include <projectexplorer/projectexplorerconstants.h>
#include <qmldebug/qmldebugcommandlinearguments.h>
#include <debugger/debuggerruncontrol.h>
#include <utils/algorithm.h>
#include <utils/qtcprocess.h>
#include <utils/url.h>
using namespace Debugger;
using namespace ProjectExplorer;
using namespace Utils;
namespace Qdb::Internal {
class QdbDeviceInferiorRunner : public RunWorker
{
public:
QdbDeviceInferiorRunner(RunControl *runControl,
bool usePerf, bool useGdbServer, bool useQmlServer,
QmlDebug::QmlDebugServicesPreset qmlServices)
: RunWorker(runControl),
m_usePerf(usePerf), m_useGdbServer(useGdbServer), m_useQmlServer(useQmlServer),
m_qmlServices(qmlServices)
{
setId("QdbDebuggeeRunner");
connect(&m_launcher, &QtcProcess::started, this, &RunWorker::reportStarted);
connect(&m_launcher, &QtcProcess::done, this, &RunWorker::reportStopped);
connect(&m_launcher, &QtcProcess::readyReadStandardOutput, this, [this] {
appendMessage(m_launcher.readAllStandardOutput(), StdOutFormat);
});
connect(&m_launcher, &QtcProcess::readyReadStandardError, this, [this] {
appendMessage(m_launcher.readAllStandardError(), StdErrFormat);
});
m_portsGatherer = new DebugServerPortsGatherer(runControl);
m_portsGatherer->setUseGdbServer(useGdbServer || usePerf);
m_portsGatherer->setUseQmlServer(useQmlServer);
addStartDependency(m_portsGatherer);
}
QUrl perfServer() const { return m_portsGatherer->gdbServer(); }
QUrl gdbServer() const { return m_portsGatherer->gdbServer(); }
QUrl qmlServer() const { return m_portsGatherer->qmlServer(); }
void start() override
{
const int perfPort = m_portsGatherer->gdbServer().port();
const int gdbServerPort = m_portsGatherer->gdbServer().port();
const int qmlServerPort = m_portsGatherer->qmlServer().port();
int lowerPort = 0;
int upperPort = 0;
CommandLine cmd;
cmd.setExecutable(device()->filePath(Constants::AppcontrollerFilepath));
if (m_useGdbServer) {
cmd.addArg("--debug-gdb");
lowerPort = upperPort = gdbServerPort;
}
if (m_useQmlServer) {
cmd.addArg("--debug-qml");
cmd.addArg("--qml-debug-services");
cmd.addArg(QmlDebug::qmlDebugServices(m_qmlServices));
lowerPort = upperPort = qmlServerPort;
}
if (m_useGdbServer && m_useQmlServer) {
if (gdbServerPort + 1 != qmlServerPort) {
reportFailure("Need adjacent free ports for combined C++/QML debugging");
return;
}
lowerPort = gdbServerPort;
upperPort = qmlServerPort;
}
if (m_usePerf) {
QVariantMap settingsData = runControl()->settingsData("Analyzer.Perf.Settings");
QVariant perfRecordArgs = settingsData.value("Analyzer.Perf.RecordArguments");
QString args = Utils::transform(perfRecordArgs.toStringList(), [](QString arg) {
return arg.replace(',', ",,");
}).join(',');
cmd.addArg("--profile-perf");
cmd.addArg(args);
lowerPort = upperPort = perfPort;
}
cmd.addArg("--port-range");
cmd.addArg(QString("%1-%2").arg(lowerPort).arg(upperPort));
cmd.addCommandLineAsArgs(runControl()->commandLine());
m_launcher.setCommand(cmd);
m_launcher.setWorkingDirectory(runControl()->workingDirectory());
m_launcher.setEnvironment(runControl()->environment());
m_launcher.start();
}
void stop() override { m_launcher.close(); }
private:
Debugger::DebugServerPortsGatherer *m_portsGatherer = nullptr;
bool m_usePerf;
bool m_useGdbServer;
bool m_useQmlServer;
QmlDebug::QmlDebugServicesPreset m_qmlServices;
QtcProcess m_launcher;
};
// QdbDeviceRunSupport
class QdbDeviceRunSupport : public SimpleTargetRunner
{
public:
QdbDeviceRunSupport(RunControl *runControl)
: SimpleTargetRunner(runControl)
{
setStartModifier([this] {
const CommandLine remoteCommand = commandLine();
const FilePath remoteExe = remoteCommand.executable();
CommandLine cmd{remoteExe.withNewPath(Constants::AppcontrollerFilepath)};
cmd.addArg(remoteExe.nativePath());
cmd.addArgs(remoteCommand.arguments(), CommandLine::Raw);
setCommandLine(cmd);
});
}
};
// QdbDeviceDebugSupport
class QdbDeviceDebugSupport final : public Debugger::DebuggerRunTool
{
public:
explicit QdbDeviceDebugSupport(RunControl *runControl);
private:
void start() override;
void stop() override;
QdbDeviceInferiorRunner *m_debuggee = nullptr;
};
QdbDeviceDebugSupport::QdbDeviceDebugSupport(RunControl *runControl)
: Debugger::DebuggerRunTool(runControl)
{
setId("QdbDeviceDebugSupport");
m_debuggee = new QdbDeviceInferiorRunner(runControl, false, isCppDebugging(), isQmlDebugging(),
QmlDebug::QmlDebuggerServices);
addStartDependency(m_debuggee);
m_debuggee->addStopDependency(this);
}
void QdbDeviceDebugSupport::start()
{
setStartMode(Debugger::AttachToRemoteServer);
setCloseMode(KillAndExitMonitorAtClose);
setRemoteChannel(m_debuggee->gdbServer());
setQmlServer(m_debuggee->qmlServer());
setUseContinueInsteadOfRun(true);
setContinueAfterAttach(true);
addSolibSearchDir("%{sysroot}/system/lib");
DebuggerRunTool::start();
}
void QdbDeviceDebugSupport::stop()
{
// Do nothing unusual. The launcher will die as result of (gdb) kill.
DebuggerRunTool::stop();
}
// QdbDeviceQmlProfilerSupport
class QdbDeviceQmlToolingSupport final : public RunWorker
{
public:
explicit QdbDeviceQmlToolingSupport(RunControl *runControl);
private:
void start() override;
QdbDeviceInferiorRunner *m_runner = nullptr;
RunWorker *m_worker = nullptr;
};
ProjectExplorer: Standardize RunWorker creation logic This unifies the remaining paths of RunWorker creation to always use RunWorkerFactories in the plugin pimpls. There were, and are, still effectively three basic kinds of workers: - "toplevel" tools corresponding to the run modes, that are often all that's used for local runs and directly started via the fat buttons or e.g. entries in the analyze menu, with factories already previously located in the plugin pimpls - core "tool helpers", providing tool specific functionality typically used in conjunction with a remote device specific run mechanism, set up via RunControl::registerWorkerCreator - target/device specific runhelper like port gatherers contructed e.g. via *Device::workerCreator(Core::Id id) Worse, these categories are partially overlapping, so it was not clear how a "clean" setup would look like, instead some ad-hoc cobbling "to make it work" happened. In some cases, the runMode id was used throughout the whole ensemble of run workers for a given run, and which worker exactly was created depended on which of the mechanism above was used in which order. With the new central setup, the top-level runmodes remain, but the second kind gets new ids, so the implicit dependencies on order of setup mechanism are avoided. This also helps in the cases where there was previously unclarity of where and how to set up worker factories: It's always and only the plugin pimpl now. Change-Id: Icd9a08e2d53e19abe8b21fe546f469fae353a69f Reviewed-by: Ulf Hermann <ulf.hermann@qt.io>
2019-08-23 15:31:35 +02:00
QdbDeviceQmlToolingSupport::QdbDeviceQmlToolingSupport(RunControl *runControl)
: RunWorker(runControl)
{
setId("QdbDeviceQmlToolingSupport");
ProjectExplorer: Standardize RunWorker creation logic This unifies the remaining paths of RunWorker creation to always use RunWorkerFactories in the plugin pimpls. There were, and are, still effectively three basic kinds of workers: - "toplevel" tools corresponding to the run modes, that are often all that's used for local runs and directly started via the fat buttons or e.g. entries in the analyze menu, with factories already previously located in the plugin pimpls - core "tool helpers", providing tool specific functionality typically used in conjunction with a remote device specific run mechanism, set up via RunControl::registerWorkerCreator - target/device specific runhelper like port gatherers contructed e.g. via *Device::workerCreator(Core::Id id) Worse, these categories are partially overlapping, so it was not clear how a "clean" setup would look like, instead some ad-hoc cobbling "to make it work" happened. In some cases, the runMode id was used throughout the whole ensemble of run workers for a given run, and which worker exactly was created depended on which of the mechanism above was used in which order. With the new central setup, the top-level runmodes remain, but the second kind gets new ids, so the implicit dependencies on order of setup mechanism are avoided. This also helps in the cases where there was previously unclarity of where and how to set up worker factories: It's always and only the plugin pimpl now. Change-Id: Icd9a08e2d53e19abe8b21fe546f469fae353a69f Reviewed-by: Ulf Hermann <ulf.hermann@qt.io>
2019-08-23 15:31:35 +02:00
QmlDebug::QmlDebugServicesPreset services = QmlDebug::servicesForRunMode(runControl->runMode());
m_runner = new QdbDeviceInferiorRunner(runControl, false, false, true, services);
addStartDependency(m_runner);
addStopDependency(m_runner);
ProjectExplorer: Standardize RunWorker creation logic This unifies the remaining paths of RunWorker creation to always use RunWorkerFactories in the plugin pimpls. There were, and are, still effectively three basic kinds of workers: - "toplevel" tools corresponding to the run modes, that are often all that's used for local runs and directly started via the fat buttons or e.g. entries in the analyze menu, with factories already previously located in the plugin pimpls - core "tool helpers", providing tool specific functionality typically used in conjunction with a remote device specific run mechanism, set up via RunControl::registerWorkerCreator - target/device specific runhelper like port gatherers contructed e.g. via *Device::workerCreator(Core::Id id) Worse, these categories are partially overlapping, so it was not clear how a "clean" setup would look like, instead some ad-hoc cobbling "to make it work" happened. In some cases, the runMode id was used throughout the whole ensemble of run workers for a given run, and which worker exactly was created depended on which of the mechanism above was used in which order. With the new central setup, the top-level runmodes remain, but the second kind gets new ids, so the implicit dependencies on order of setup mechanism are avoided. This also helps in the cases where there was previously unclarity of where and how to set up worker factories: It's always and only the plugin pimpl now. Change-Id: Icd9a08e2d53e19abe8b21fe546f469fae353a69f Reviewed-by: Ulf Hermann <ulf.hermann@qt.io>
2019-08-23 15:31:35 +02:00
m_worker = runControl->createWorker(QmlDebug::runnerIdForRunMode(runControl->runMode()));
m_worker->addStartDependency(this);
addStopDependency(m_worker);
}
void QdbDeviceQmlToolingSupport::start()
{
m_worker->recordData("QmlServerUrl", m_runner->qmlServer());
reportStarted();
}
// QdbDevicePerfProfilerSupport
class QdbDevicePerfProfilerSupport final : public RunWorker
{
public:
explicit QdbDevicePerfProfilerSupport(RunControl *runControl);
private:
void start() override;
QdbDeviceInferiorRunner *m_profilee = nullptr;
};
QdbDevicePerfProfilerSupport::QdbDevicePerfProfilerSupport(RunControl *runControl)
: RunWorker(runControl)
{
setId("QdbDevicePerfProfilerSupport");
m_profilee = new QdbDeviceInferiorRunner(runControl, true, false, false,
QmlDebug::NoQmlDebugServices);
addStartDependency(m_profilee);
addStopDependency(m_profilee);
}
void QdbDevicePerfProfilerSupport::start()
{
runControl()->setProperty("PerfConnection", m_profilee->perfServer());
reportStarted();
}
// Factories
QdbRunWorkerFactory::QdbRunWorkerFactory(const QList<Id> &runConfigs)
{
setProduct<QdbDeviceRunSupport>();
addSupportedRunMode(ProjectExplorer::Constants::NORMAL_RUN_MODE);
setSupportedRunConfigs(runConfigs);
addSupportedDeviceType(Qdb::Constants::QdbLinuxOsType);
}
QdbDebugWorkerFactory::QdbDebugWorkerFactory(const QList<Id> &runConfigs)
{
setProduct<QdbDeviceDebugSupport>();
addSupportedRunMode(ProjectExplorer::Constants::DEBUG_RUN_MODE);
setSupportedRunConfigs(runConfigs);
addSupportedDeviceType(Qdb::Constants::QdbLinuxOsType);
}
QdbQmlToolingWorkerFactory::QdbQmlToolingWorkerFactory(const QList<Id> &runConfigs)
{
setProduct<QdbDeviceQmlToolingSupport>();
addSupportedRunMode(ProjectExplorer::Constants::QML_PROFILER_RUN_MODE);
addSupportedRunMode(ProjectExplorer::Constants::QML_PREVIEW_RUN_MODE);
setSupportedRunConfigs(runConfigs);
addSupportedDeviceType(Qdb::Constants::QdbLinuxOsType);
}
QdbPerfProfilerWorkerFactory::QdbPerfProfilerWorkerFactory()
{
setProduct<QdbDevicePerfProfilerSupport>();
addSupportedRunMode("PerfRecorder");
addSupportedDeviceType(Qdb::Constants::QdbLinuxOsType);
}
} // Qdb::Internal