Valgrind: Aspectify settings

Change-Id: I2fbf8244a05ffb1b642843c6471f92e2b154cf8a
Reviewed-by: Christian Stenger <christian.stenger@qt.io>
This commit is contained in:
hjk
2021-02-18 14:18:34 +01:00
parent 8cfc053c2d
commit 0e2445bc54
13 changed files with 396 additions and 1309 deletions

View File

@@ -29,43 +29,16 @@
#include "valgrindconfigwidget.h"
#include <coreplugin/icore.h>
#include <utils/qtcassert.h>
#include <utils/utilsicons.h>
#include <valgrind/xmlprotocol/error.h>
#include <QSettings>
#include <QDebug>
const char numCallersC[] = "Analyzer.Valgrind.NumCallers";
const char leakCheckOnFinishC[] = "Analyzer.Valgrind.LeakCheckOnFinish";
const char showReachableC[] = "Analyzer.Valgrind.ShowReachable";
const char trackOriginsC[] = "Analyzer.Valgrind.TrackOrigins";
const char selfModifyingCodeDetectionC[] = "Analyzer.Valgrind.SelfModifyingCodeDetection";
const char suppressionFilesC[] = "Analyzer.Valgrind.SupressionFiles";
const char removedSuppressionFilesC[] = "Analyzer.Valgrind.RemovedSuppressionFiles";
const char addedSuppressionFilesC[] = "Analyzer.Valgrind.AddedSuppressionFiles";
const char filterExternalIssuesC[] = "Analyzer.Valgrind.FilterExternalIssues";
const char visibleErrorKindsC[] = "Analyzer.Valgrind.VisibleErrorKinds";
const char memcheckArgumentsC[] = "Analyzer.Valgrind.Memcheck.Arguments";
const char lastSuppressionDirectoryC[] = "Analyzer.Valgrind.LastSuppressionDirectory";
const char lastSuppressionHistoryC[] = "Analyzer.Valgrind.LastSuppressionHistory";
const char kcachegrindExeC[] = "Analyzer.Valgrind.KCachegrindExecutable";
const char callgrindEnableCacheSimC[] = "Analyzer.Valgrind.Callgrind.EnableCacheSim";
const char callgrindEnableBranchSimC[] = "Analyzer.Valgrind.Callgrind.EnableBranchSim";
const char callgrindCollectSystimeC[] = "Analyzer.Valgrind.Callgrind.CollectSystime";
const char callgrindCollectBusEventsC[] = "Analyzer.Valgrind.Callgrind.CollectBusEvents";
const char callgrindEnableEventToolTipsC[] = "Analyzer.Valgrind.Callgrind.EnableEventToolTips";
const char callgrindMinimumCostRatioC[] = "Analyzer.Valgrind.Callgrind.MinimumCostRatio";
const char callgrindVisualisationMinimumCostRatioC[] = "Analyzer.Valgrind.Callgrind.VisualisationMinimumCostRatio";
const char callgrindCycleDetectionC[] = "Analyzer.Valgrind.Callgrind.CycleDetection";
const char callgrindShortenTemplates[] = "Analyzer.Valgrind.Callgrind.ShortenTemplates";
const char callgrindCostFormatC[] = "Analyzer.Valgrind.Callgrind.CostFormat";
const char callgrindArgumentsC[] = "Analyzer.Valgrind.Callgrind.Arguments";
const char valgrindExeC[] = "Analyzer.Valgrind.ValgrindExecutable";
const char valgrindArgumentsC[] = "Analyzer.Valgrind.ValgrindArguments";
using namespace Utils;
namespace Valgrind {
namespace Internal {
@@ -76,253 +49,181 @@ namespace Internal {
//
//////////////////////////////////////////////////////////////////
/**
* Utility function to set @p val if @p key is present in @p map.
*/
template <typename T> void setIfPresent(const QVariantMap &map, const QString &key, T *val)
ValgrindBaseSettings::ValgrindBaseSettings()
{
if (map.contains(key))
*val = map.value(key).template value<T>();
}
// Note that this is used twice, once for project settings in the .user files
// and once for global settings in QtCreator.ini. This uses intentionally
// the same key to facilitate copying using fromMap/toMap.
QString base = "Analyzer.Valgrind.";
ValgrindBaseSettings::ValgrindBaseSettings() = default;
group.registerAspect(&valgrindExecutable);
valgrindExecutable.setSettingsKey(base + "ValgrindExecutable");
valgrindExecutable.setDefaultValue("valgrind");
valgrindExecutable.setDisplayStyle(StringAspect::PathChooserDisplay);
valgrindExecutable.setExpectedKind(PathChooser::Command);
valgrindExecutable.setHistoryCompleter("Valgrind.Command.History");
valgrindExecutable.setDisplayName(tr("Valgrind Command"));
valgrindExecutable.setLabelText(tr("Valgrind executable:"));
if (Utils::HostOsInfo::isWindowsHost()) {
// On Window we know that we don't have a local valgrind
// executable, so having the "Browse" button in the path chooser
// (which is needed for the remote executable) is confusing.
// FIXME: not deadly, still...
//valgrindExecutable. ... buttonAtIndex(0)->hide();
}
group.registerAspect(&valgrindArguments);
valgrindArguments.setSettingsKey(base + "ValgrindArguments");
valgrindArguments.setDisplayStyle(StringAspect::LineEditDisplay);
valgrindArguments.setLabelText(tr("Valgrind arguments:"));
group.registerAspect(&selfModifyingCodeDetection);
selfModifyingCodeDetection.setSettingsKey(base + "SelfModifyingCodeDetection");
selfModifyingCodeDetection.setDefaultValue(DetectSmcStackOnly);
selfModifyingCodeDetection.setDisplayStyle(SelectionAspect::DisplayStyle::ComboBox);
selfModifyingCodeDetection.addOption("No");
selfModifyingCodeDetection.addOption("Only on Stack");
selfModifyingCodeDetection.addOption("Everywhere");
selfModifyingCodeDetection.addOption("Everywhere Except in File-backend Mappings");
selfModifyingCodeDetection.setLabelText(tr("Detect self-modifying code:"));
// Memcheck
group.registerAspect(&memcheckArguments);
memcheckArguments.setSettingsKey(base + "Memcheck.Arguments");
memcheckArguments.setDisplayStyle(StringAspect::LineEditDisplay);
memcheckArguments.setLabelText(tr("Extra MemCheck arguments:"));
group.registerAspect(&filterExternalIssues);
filterExternalIssues.setSettingsKey(base + "FilterExternalIssues");
filterExternalIssues.setDefaultValue(true);
filterExternalIssues.setIcon(Icons::FILTER.icon());
filterExternalIssues.setLabelPlacement(BoolAspect::LabelPlacement::AtCheckBoxWithoutDummyLabel);
filterExternalIssues.setLabelText(tr("Show Project Costs Only"));
filterExternalIssues.setToolTip(tr("Show only profiling info that originated from this project source."));
group.registerAspect(&trackOrigins);
trackOrigins.setSettingsKey(base + "TrackOrigins");
trackOrigins.setDefaultValue(true);
trackOrigins.setLabelPlacement(BoolAspect::LabelPlacement::AtCheckBoxWithoutDummyLabel);
trackOrigins.setLabelText(tr("Track origins of uninitialized memory"));
group.registerAspect(&showReachable);
showReachable.setSettingsKey(base + "ShowReachable");
showReachable.setLabelPlacement(BoolAspect::LabelPlacement::AtCheckBoxWithoutDummyLabel);
showReachable.setLabelText(tr("Show reachable and indirectly lost blocks"));
group.registerAspect(&leakCheckOnFinish);
leakCheckOnFinish.setSettingsKey(base + "LeakCheckOnFinish");
leakCheckOnFinish.setDefaultValue(LeakCheckOnFinishSummaryOnly);
leakCheckOnFinish.setDisplayStyle(SelectionAspect::DisplayStyle::ComboBox);
leakCheckOnFinish.addOption(tr("No"));
leakCheckOnFinish.addOption(tr("Summary Only"));
leakCheckOnFinish.addOption(tr("Full"));
leakCheckOnFinish.setLabelText(tr("Check for leaks on finish:"));
group.registerAspect(&numCallers);
numCallers.setSettingsKey(base + "NumCallers");
numCallers.setDefaultValue(25);
numCallers.setLabelText(tr("Backtrace frame count:"));
// Callgrind
group.registerAspect(&kcachegrindExecutable);
kcachegrindExecutable.setSettingsKey(base + "KCachegrindExecutable");
kcachegrindExecutable.setDefaultValue("kcachegrind");
kcachegrindExecutable.setDisplayStyle(StringAspect::PathChooserDisplay);
kcachegrindExecutable.setLabelText(tr("KCachegrind executable:"));
kcachegrindExecutable.setExpectedKind(Utils::PathChooser::Command);
kcachegrindExecutable.setDisplayName(tr("KCachegrind Command"));
group.registerAspect(&callgrindArguments);
callgrindArguments.setSettingsKey(base + "Callgrind.Arguments");
callgrindArguments.setDisplayStyle(StringAspect::LineEditDisplay);
callgrindArguments.setLabelText(tr("Extra CallGrind arguments:"));
group.registerAspect(&enableEventToolTips);
enableEventToolTips.setDefaultValue(true);
enableEventToolTips.setSettingsKey(base + "Callgrind.EnableEventToolTips");
enableEventToolTips.setLabelPlacement(BoolAspect::LabelPlacement::AtCheckBoxWithoutDummyLabel);
enableEventToolTips.setLabelText(tr("Show additional information for events in tooltips"));
group.registerAspect(&enableCacheSim);
enableCacheSim.setSettingsKey(base + "Callgrind.EnableCacheSim");
enableCacheSim.setLabelPlacement(BoolAspect::LabelPlacement::AtCheckBoxWithoutDummyLabel);
enableCacheSim.setLabelText(tr("Enable cache simulation"));
enableCacheSim.setToolTip("<html><head/><body>" + tr(
"<p>Does full cache simulation.</p>\n"
"<p>By default, only instruction read accesses will be counted (\"Ir\").</p>\n"
"<p>\n"
"With cache simulation, further event counters are enabled:\n"
"<ul><li>Cache misses on instruction reads (\"I1mr\"/\"I2mr\").</li>\n"
"<li>Data read accesses (\"Dr\") and related cache misses (\"D1mr\"/\"D2mr\").</li>\n"
"<li>Data write accesses (\"Dw\") and related cache misses (\"D1mw\"/\"D2mw\").</li></ul>\n"
"</p>") + "</body></html>");
group.registerAspect(&enableBranchSim);
enableBranchSim.setSettingsKey(base + "Callgrind.EnableBranchSim");
enableBranchSim.setLabelPlacement(BoolAspect::LabelPlacement::AtCheckBoxWithoutDummyLabel);
enableBranchSim.setLabelText(tr("Enable branch prediction simulation"));
enableBranchSim.setToolTip("<html><head/><body>\n" + tr(
"<p>Does branch prediction simulation.</p>\n"
"<p>Further event counters are enabled: </p>\n"
"<ul><li>Number of executed conditional branches and related predictor misses (\n"
"\"Bc\"/\"Bcm\").</li>\n"
"<li>Executed indirect jumps and related misses of the jump address predictor (\n"
"\"Bi\"/\"Bim\").)</li></ul>") + "</body></html>");
group.registerAspect(&collectSystime);
collectSystime.setSettingsKey(base + "Callgrind.CollectSystime");
collectSystime.setLabelPlacement(BoolAspect::LabelPlacement::AtCheckBoxWithoutDummyLabel);
collectSystime.setLabelText(tr("Collect system call time"));
collectSystime.setToolTip(tr("Collects information for system call times."));
group.registerAspect(&collectBusEvents);
collectBusEvents.setLabelPlacement(BoolAspect::LabelPlacement::AtCheckBoxWithoutDummyLabel);
collectBusEvents.setSettingsKey(base + "Callgrind.CollectBusEvents");
collectBusEvents.setLabelText(tr("Collect global bus events"));
collectBusEvents.setToolTip(tr("Collect the number of global bus events that are executed. "
"The event type \"Ge\" is used for these events."));
group.registerAspect(&minimumInclusiveCostRatio);
minimumInclusiveCostRatio.setSettingsKey(base + "Callgrind.MinimumCostRatio");
minimumInclusiveCostRatio.setDefaultValue(0.01);
minimumInclusiveCostRatio.setSuffix(tr("%"));
minimumInclusiveCostRatio.setLabelText(tr("Result view: Minimum event cost:"));
minimumInclusiveCostRatio.setToolTip(tr("Limits the amount of results the profiler gives you. "
"A lower limit will likely increase performance."));
group.registerAspect(&visualizationMinimumInclusiveCostRatio);
visualizationMinimumInclusiveCostRatio.setSettingsKey(base + "Callgrind.VisualisationMinimumCostRatio");
visualizationMinimumInclusiveCostRatio.setDefaultValue(10.0);
visualizationMinimumInclusiveCostRatio.setLabelText(tr("Visualization: Minimum event cost:"));
visualizationMinimumInclusiveCostRatio.setSuffix(tr("%"));
group.registerAspect(&visibleErrorKinds);
visibleErrorKinds.setSettingsKey(base + "VisibleErrorKinds");
QList<int> defaultErrorKinds;
for (int i = 0; i < Valgrind::XmlProtocol::MemcheckErrorKindCount; ++i)
defaultErrorKinds << i;
visibleErrorKinds.setDefaultValue(defaultErrorKinds);
}
void ValgrindBaseSettings::fromMap(const QVariantMap &map)
{
// General
setIfPresent(map, valgrindExeC, &m_valgrindExecutable);
setIfPresent(map, valgrindArgumentsC, &m_valgrindArguments);
setIfPresent(map, selfModifyingCodeDetectionC,
(int*) &m_selfModifyingCodeDetection);
// Memcheck
setIfPresent(map, numCallersC, &m_numCallers);
setIfPresent(map, memcheckArgumentsC, &m_memcheckArguments);
setIfPresent(map, leakCheckOnFinishC, (int*) &m_leakCheckOnFinish);
setIfPresent(map, showReachableC, &m_showReachable);
setIfPresent(map, trackOriginsC, &m_trackOrigins);
setIfPresent(map, filterExternalIssuesC, &m_filterExternalIssues);
if (map.contains(visibleErrorKindsC)) {
m_visibleErrorKinds.clear();
foreach (const QVariant &val, map.value(visibleErrorKindsC).toList())
m_visibleErrorKinds << val.toInt();
group.fromMap(map);
if (ValgrindGlobalSettings::instance() != this) {
// FIXME: Update project page e.g. on "Restore Global", aspects
// there are 'autoapply', and Aspect::cancel() is normally part of
// the 'manual apply' machinery.
group.setAutoApply(false);
group.cancel();
group.setAutoApply(true);
}
// Callgrind
setIfPresent(map, callgrindArgumentsC, &m_callgrindArguments);
setIfPresent(map, kcachegrindExeC, &m_kcachegrindExecutable);
setIfPresent(map, callgrindEnableCacheSimC, &m_enableCacheSim);
setIfPresent(map, callgrindEnableBranchSimC, &m_enableBranchSim);
setIfPresent(map, callgrindCollectSystimeC, &m_collectSystime);
setIfPresent(map, callgrindCollectBusEventsC, &m_collectBusEvents);
setIfPresent(map, callgrindEnableEventToolTipsC, &m_enableEventToolTips);
setIfPresent(map, callgrindMinimumCostRatioC, &m_minimumInclusiveCostRatio);
setIfPresent(map, callgrindVisualisationMinimumCostRatioC,
&m_visualisationMinimumInclusiveCostRatio);
emit changed();
}
void ValgrindBaseSettings::toMap(QVariantMap &map) const
{
// General
map.insert(valgrindExeC, m_valgrindExecutable);
map.insert(valgrindArgumentsC, m_valgrindArguments);
map.insert(selfModifyingCodeDetectionC, m_selfModifyingCodeDetection);
// Memcheck
map.insert(memcheckArgumentsC, m_memcheckArguments);
map.insert(numCallersC, m_numCallers);
map.insert(leakCheckOnFinishC, m_leakCheckOnFinish);
map.insert(showReachableC, m_showReachable);
map.insert(trackOriginsC, m_trackOrigins);
map.insert(filterExternalIssuesC, m_filterExternalIssues);
QVariantList errorKinds;
foreach (int i, m_visibleErrorKinds)
errorKinds << i;
map.insert(visibleErrorKindsC, errorKinds);
// Callgrind
map.insert(callgrindArgumentsC, m_callgrindArguments);
map.insert(kcachegrindExeC, m_kcachegrindExecutable);
map.insert(callgrindEnableCacheSimC, m_enableCacheSim);
map.insert(callgrindEnableBranchSimC, m_enableBranchSim);
map.insert(callgrindCollectSystimeC, m_collectSystime);
map.insert(callgrindCollectBusEventsC, m_collectBusEvents);
map.insert(callgrindEnableEventToolTipsC, m_enableEventToolTips);
map.insert(callgrindMinimumCostRatioC, m_minimumInclusiveCostRatio);
map.insert(callgrindVisualisationMinimumCostRatioC,
m_visualisationMinimumInclusiveCostRatio);
}
void ValgrindBaseSettings::setValgrindExecutable(const QString &valgrindExecutable)
{
m_valgrindExecutable = valgrindExecutable;
}
void ValgrindBaseSettings::setValgrindArguments(const QString &arguments)
{
if (m_valgrindArguments != arguments) {
m_valgrindArguments = arguments;
emit valgrindArgumentsChanged(arguments);
}
}
void ValgrindBaseSettings::setSelfModifyingCodeDetection(int smcDetection)
{
if (m_selfModifyingCodeDetection != smcDetection) {
m_selfModifyingCodeDetection = (SelfModifyingCodeDetection) smcDetection;
emit selfModifyingCodeDetectionChanged(smcDetection);
}
}
void ValgrindBaseSettings::setMemcheckArguments(const QString &arguments)
{
if (m_memcheckArguments != arguments) {
m_memcheckArguments = arguments;
emit memcheckArgumentsChanged(arguments);
}
}
QString ValgrindBaseSettings::valgrindExecutable() const
{
return m_valgrindExecutable;
}
ValgrindBaseSettings::SelfModifyingCodeDetection ValgrindBaseSettings::selfModifyingCodeDetection() const
{
return m_selfModifyingCodeDetection;
}
void ValgrindBaseSettings::setNumCallers(int numCallers)
{
if (m_numCallers != numCallers) {
m_numCallers = numCallers;
emit numCallersChanged(numCallers);
}
}
void ValgrindBaseSettings::setLeakCheckOnFinish(int leakCheckOnFinish)
{
if (m_leakCheckOnFinish != leakCheckOnFinish) {
m_leakCheckOnFinish = (LeakCheckOnFinish) leakCheckOnFinish;
emit leakCheckOnFinishChanged(leakCheckOnFinish);
}
}
void ValgrindBaseSettings::setShowReachable(bool showReachable)
{
if (m_showReachable != showReachable) {
m_showReachable = showReachable;
emit showReachableChanged(showReachable);
}
}
void ValgrindBaseSettings::setTrackOrigins(bool trackOrigins)
{
if (m_trackOrigins != trackOrigins) {
m_trackOrigins = trackOrigins;
emit trackOriginsChanged(trackOrigins);
}
}
void ValgrindBaseSettings::setFilterExternalIssues(bool filterExternalIssues)
{
if (m_filterExternalIssues != filterExternalIssues) {
m_filterExternalIssues = filterExternalIssues;
emit filterExternalIssuesChanged(filterExternalIssues);
}
}
void ValgrindBaseSettings::setVisibleErrorKinds(const QList<int> &visibleErrorKinds)
{
if (m_visibleErrorKinds != visibleErrorKinds) {
m_visibleErrorKinds = visibleErrorKinds;
emit visibleErrorKindsChanged(visibleErrorKinds);
}
}
QString ValgrindBaseSettings::kcachegrindExecutable() const
{
return m_kcachegrindExecutable;
}
void ValgrindBaseSettings::setCallgrindArguments(const QString &arguments)
{
if (m_callgrindArguments != arguments) {
m_callgrindArguments = arguments;
emit callgrindArgumentsChanged(arguments);
}
}
void ValgrindBaseSettings::setKCachegrindExecutable(const QString &exec)
{
m_kcachegrindExecutable = exec;
}
void ValgrindBaseSettings::setEnableCacheSim(bool enable)
{
if (m_enableCacheSim == enable)
return;
m_enableCacheSim = enable;
emit enableCacheSimChanged(enable);
}
void ValgrindBaseSettings::setEnableBranchSim(bool enable)
{
if (m_enableBranchSim == enable)
return;
m_enableBranchSim = enable;
emit enableBranchSimChanged(enable);
}
void ValgrindBaseSettings::setCollectSystime(bool collect)
{
if (m_collectSystime == collect)
return;
m_collectSystime = collect;
emit collectSystimeChanged(collect);
}
void ValgrindBaseSettings::setCollectBusEvents(bool collect)
{
if (m_collectBusEvents == collect)
return;
m_collectBusEvents = collect;
emit collectBusEventsChanged(collect);
}
void ValgrindBaseSettings::setEnableEventToolTips(bool enable)
{
if (m_enableEventToolTips == enable)
return;
m_enableEventToolTips = enable;
emit enableEventToolTipsChanged(enable);
}
void ValgrindBaseSettings::setMinimumInclusiveCostRatio(
double minimumInclusiveCostRatio)
{
if (m_minimumInclusiveCostRatio == minimumInclusiveCostRatio)
return;
m_minimumInclusiveCostRatio = qBound(0.0, minimumInclusiveCostRatio, 100.0);
emit minimumInclusiveCostRatioChanged(minimumInclusiveCostRatio);
}
void ValgrindBaseSettings::setVisualisationMinimumInclusiveCostRatio(
double minimumInclusiveCostRatio)
{
if (m_visualisationMinimumInclusiveCostRatio == minimumInclusiveCostRatio)
return;
m_visualisationMinimumInclusiveCostRatio = qBound(0.0, minimumInclusiveCostRatio, 100.0);
emit visualisationMinimumInclusiveCostRatioChanged(minimumInclusiveCostRatio);
group.toMap(map);
}
@@ -338,8 +239,39 @@ ValgrindGlobalSettings::ValgrindGlobalSettings()
{
theGlobalSettings = this;
const QString base = "Analyzer.Valgrind";
group.registerAspect(&suppressionFiles_);
suppressionFiles_.setSettingsKey(base + "SupressionFiles");
group.registerAspect(&lastSuppressionDirectory);
lastSuppressionDirectory.setSettingsKey(base + "LastSuppressionDirectory");
group.registerAspect(&lastSuppressionHistory);
lastSuppressionHistory.setSettingsKey(base + "LastSuppressionHistory");
group.registerAspect(&detectCycles);
detectCycles.setSettingsKey(base + "Callgrind.CycleDetection");
detectCycles.setDefaultValue(true);
detectCycles.setLabelText("O"); // FIXME: Create a real icon
detectCycles.setToolTip(tr("Enable cycle detection to properly handle recursive "
"or circular function calls."));
group.registerAspect(&costFormat);
costFormat.setSettingsKey(base + "Callgrind.CostFormat");
costFormat.setDefaultValue(CostDelegate::FormatRelative);
costFormat.setDisplayStyle(SelectionAspect::DisplayStyle::ComboBox);
group.registerAspect(&shortenTemplates);
shortenTemplates.setSettingsKey(base + "Callgrind.ShortenTemplates");
shortenTemplates.setDefaultValue(true);
shortenTemplates.setLabelText("<>"); // FIXME: Create a real icon
shortenTemplates.setToolTip(tr("Remove template parameter lists when displaying function names."));
setConfigWidgetCreator([this] { return ValgrindOptionsPage::createSettingsWidget(this); });
readSettings();
group.forEachAspect([](BaseAspect *aspect) { aspect->setAutoApply(false); });
}
ValgrindGlobalSettings *ValgrindGlobalSettings::instance()
@@ -347,125 +279,35 @@ ValgrindGlobalSettings *ValgrindGlobalSettings::instance()
return theGlobalSettings;
}
void ValgrindGlobalSettings::fromMap(const QVariantMap &map)
{
ValgrindBaseSettings::fromMap(map);
// Memcheck
m_suppressionFiles = map.value(suppressionFilesC).toStringList();
m_lastSuppressionDirectory = map.value(lastSuppressionDirectoryC).toString();
m_lastSuppressionHistory = map.value(lastSuppressionHistoryC).toStringList();
// Callgrind
// special code as the default one does not cope with the enum properly
if (map.contains(callgrindCostFormatC))
m_costFormat = static_cast<CostDelegate::CostFormat>(map.value(callgrindCostFormatC).toInt());
setIfPresent(map, callgrindCycleDetectionC, &m_detectCycles);
setIfPresent(map, callgrindShortenTemplates, &m_shortenTemplates);
}
void ValgrindGlobalSettings::toMap(QVariantMap &map) const
{
ValgrindBaseSettings::toMap(map);
// Memcheck
map.insert(suppressionFilesC, m_suppressionFiles);
map.insert(lastSuppressionDirectoryC, m_lastSuppressionDirectory);
map.insert(lastSuppressionHistoryC, m_lastSuppressionHistory);
// Callgrind
map.insert(callgrindCostFormatC, m_costFormat);
map.insert(callgrindCycleDetectionC, m_detectCycles);
map.insert(callgrindShortenTemplates, m_shortenTemplates);
}
//
// Memcheck
//
QStringList ValgrindGlobalSettings::suppressionFiles() const
{
return m_suppressionFiles;
return suppressionFiles_.value();
}
void ValgrindGlobalSettings::addSuppressionFiles(const QStringList &suppressions)
{
foreach (const QString &s, suppressions)
if (!m_suppressionFiles.contains(s))
m_suppressionFiles.append(s);
suppressionFiles_.appendValues(suppressions);
}
void ValgrindGlobalSettings::removeSuppressionFiles(const QStringList &suppressions)
{
foreach (const QString &s, suppressions)
m_suppressionFiles.removeAll(s);
suppressionFiles_.removeValues(suppressions);
}
QString ValgrindGlobalSettings::lastSuppressionDialogDirectory() const
QVariantMap ValgrindBaseSettings::defaultSettings() const
{
return m_lastSuppressionDirectory;
}
void ValgrindGlobalSettings::setLastSuppressionDialogDirectory(const QString &directory)
{
m_lastSuppressionDirectory = directory;
}
QStringList ValgrindGlobalSettings::lastSuppressionDialogHistory() const
{
return m_lastSuppressionHistory;
}
void ValgrindGlobalSettings::setLastSuppressionDialogHistory(const QStringList &history)
{
m_lastSuppressionHistory = history;
QVariantMap defaults;
group.forEachAspect([&defaults](BaseAspect *aspect) {
defaults.insert(aspect->settingsKey(), aspect->defaultValue());
});
return defaults;
}
static const char groupC[] = "Analyzer";
static QVariantMap defaultSettings()
{
QVariantMap defaults;
// General
defaults.insert(valgrindExeC, "valgrind");
defaults.insert(valgrindArgumentsC, QString());
defaults.insert(selfModifyingCodeDetectionC, ValgrindBaseSettings::DetectSmcStackOnly);
// Memcheck
defaults.insert(memcheckArgumentsC, QString());
defaults.insert(numCallersC, 25);
defaults.insert(leakCheckOnFinishC, ValgrindBaseSettings::LeakCheckOnFinishSummaryOnly);
defaults.insert(showReachableC, false);
defaults.insert(trackOriginsC, true);
defaults.insert(filterExternalIssuesC, true);
QVariantList defaultErrorKinds;
for (int i = 0; i < Valgrind::XmlProtocol::MemcheckErrorKindCount; ++i)
defaultErrorKinds << i;
defaults.insert(visibleErrorKindsC, defaultErrorKinds);
defaults.insert(suppressionFilesC, QStringList());
defaults.insert(lastSuppressionDirectoryC, QString());
defaults.insert(lastSuppressionHistoryC, QStringList());
// Callgrind
defaults.insert(callgrindArgumentsC, QString());
defaults.insert(kcachegrindExeC, "kcachegrind");
defaults.insert(callgrindEnableCacheSimC, false);
defaults.insert(callgrindEnableBranchSimC, false);
defaults.insert(callgrindCollectSystimeC, false);
defaults.insert(callgrindCollectBusEventsC, false);
defaults.insert(callgrindEnableEventToolTipsC, true);
defaults.insert(callgrindMinimumCostRatioC, 0.01);
defaults.insert(callgrindVisualisationMinimumCostRatioC, 10.0);
defaults.insert(callgrindCostFormatC, CostDelegate::FormatRelative);
defaults.insert(callgrindCycleDetectionC, true);
defaults.insert(callgrindShortenTemplates, true);
return defaults;
}
void ValgrindGlobalSettings::readSettings()
{
QVariantMap defaults = defaultSettings();
@@ -494,43 +336,6 @@ void ValgrindGlobalSettings::writeSettings() const
settings->endGroup();
}
//
// Callgrind
//
CostDelegate::CostFormat ValgrindGlobalSettings::costFormat() const
{
return m_costFormat;
}
void ValgrindGlobalSettings::setCostFormat(CostDelegate::CostFormat format)
{
m_costFormat = format;
writeSettings();
}
bool ValgrindGlobalSettings::detectCycles() const
{
return m_detectCycles;
}
void ValgrindGlobalSettings::setDetectCycles(bool on)
{
m_detectCycles = on;
writeSettings();
}
bool ValgrindGlobalSettings::shortenTemplates() const
{
return m_shortenTemplates;
}
void ValgrindGlobalSettings::setShortenTemplates(bool on)
{
m_shortenTemplates = on;
writeSettings();
}
//////////////////////////////////////////////////////////////////
//
// ValgrindProjectSettings
@@ -540,24 +345,12 @@ void ValgrindGlobalSettings::setShortenTemplates(bool on)
ValgrindProjectSettings::ValgrindProjectSettings()
{
setConfigWidgetCreator([this] { return ValgrindOptionsPage::createSettingsWidget(this); });
}
void ValgrindProjectSettings::fromMap(const QVariantMap &map)
{
ValgrindBaseSettings::fromMap(map);
group.registerAspect(&disabledGlobalSuppressionFiles);
disabledGlobalSuppressionFiles.setSettingsKey("Analyzer.Valgrind.RemovedSuppressionFiles");
// Memcheck
setIfPresent(map, addedSuppressionFilesC, &m_addedSuppressionFiles);
setIfPresent(map, removedSuppressionFilesC, &m_disabledGlobalSuppressionFiles);
}
void ValgrindProjectSettings::toMap(QVariantMap &map) const
{
ValgrindBaseSettings::toMap(map);
// Memcheck
map.insert(addedSuppressionFilesC, m_addedSuppressionFiles);
map.insert(removedSuppressionFilesC, m_disabledGlobalSuppressionFiles);
group.registerAspect(&addedSuppressionFiles);
addedSuppressionFiles.setSettingsKey("Analyzer.Valgrind.AddedSuppressionFiles");
}
//
@@ -568,11 +361,11 @@ void ValgrindProjectSettings::addSuppressionFiles(const QStringList &suppression
{
const QStringList globalSuppressions = ValgrindGlobalSettings::instance()->suppressionFiles();
for (const QString &s : suppressions) {
if (m_addedSuppressionFiles.contains(s))
if (addedSuppressionFiles.value().contains(s))
continue;
m_disabledGlobalSuppressionFiles.removeAll(s);
disabledGlobalSuppressionFiles.removeValue(s);
if (!globalSuppressions.contains(s))
m_addedSuppressionFiles.append(s);
addedSuppressionFiles.appendValue(s);
}
}
@@ -580,18 +373,18 @@ void ValgrindProjectSettings::removeSuppressionFiles(const QStringList &suppress
{
const QStringList globalSuppressions = ValgrindGlobalSettings::instance()->suppressionFiles();
for (const QString &s : suppressions) {
m_addedSuppressionFiles.removeAll(s);
addedSuppressionFiles.removeValue(s);
if (globalSuppressions.contains(s))
m_disabledGlobalSuppressionFiles.append(s);
disabledGlobalSuppressionFiles.appendValue(s);
}
}
QStringList ValgrindProjectSettings::suppressionFiles() const
{
QStringList ret = ValgrindGlobalSettings::instance()->suppressionFiles();
for (const QString &s : m_disabledGlobalSuppressionFiles)
for (const QString &s : disabledGlobalSuppressionFiles.value())
ret.removeAll(s);
ret.append(m_addedSuppressionFiles);
ret.append(addedSuppressionFiles.value());
return ret;
}