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#include "FirstConfigure.h"
#include "QCMakeSizeType.h"
#include <QComboBox>
#include <QRadioButton>
#include <QSettings>
#include <QVBoxLayout>
#include "cmStringAlgorithms.h"
#include "Compilers.h"
StartCompilerSetup::StartCompilerSetup(QString defaultGeneratorPlatform,
QString defaultGeneratorToolset,
QWidget* p)
: QWizardPage(p)
, DefaultGeneratorPlatform(std::move(defaultGeneratorPlatform))
, DefaultGeneratorToolset(std::move(defaultGeneratorToolset))
{
QVBoxLayout* l = new QVBoxLayout(this);
l->addWidget(new QLabel(tr("Specify the generator for this project")));
this->GeneratorOptions = new QComboBox(this);
l->addWidget(this->GeneratorOptions);
// Add the generator platform
this->PlatformFrame = CreatePlatformWidgets();
l->addWidget(PlatformFrame);
// Add the ability to specify toolset (-T parameter)
this->ToolsetFrame = CreateToolsetWidgets();
l->addWidget(ToolsetFrame);
l->addSpacing(6);
this->CompilerSetupOptions[0] =
new QRadioButton(tr("Use default native compilers"), this);
this->CompilerSetupOptions[1] =
new QRadioButton(tr("Specify native compilers"), this);
this->CompilerSetupOptions[2] =
new QRadioButton(tr("Specify toolchain file for cross-compiling"), this);
this->CompilerSetupOptions[3] =
new QRadioButton(tr("Specify options for cross-compiling"), this);
l->addWidget(this->CompilerSetupOptions[0]);
l->addWidget(this->CompilerSetupOptions[1]);
l->addWidget(this->CompilerSetupOptions[2]);
l->addWidget(this->CompilerSetupOptions[3]);
this->CompilerSetupOptions[0]->setChecked(true);
QObject::connect(this->CompilerSetupOptions[0], &QRadioButton::toggled, this,
&StartCompilerSetup::onSelectionChanged);
QObject::connect(this->CompilerSetupOptions[1], &QRadioButton::toggled, this,
&StartCompilerSetup::onSelectionChanged);
QObject::connect(this->CompilerSetupOptions[2], &QRadioButton::toggled, this,
&StartCompilerSetup::onSelectionChanged);
QObject::connect(this->CompilerSetupOptions[3], &QRadioButton::toggled, this,
&StartCompilerSetup::onSelectionChanged);
QObject::connect(
this->GeneratorOptions,
static_cast<void (QComboBox::*)(int)>(&QComboBox::currentIndexChanged),
this, &StartCompilerSetup::onGeneratorChanged);
}
QFrame* StartCompilerSetup::CreateToolsetWidgets()
{
QFrame* frame = new QFrame(this);
QVBoxLayout* l = new QVBoxLayout(frame);
l->setContentsMargins(0, 0, 0, 0);
ToolsetLabel = new QLabel(tr("Optional toolset to use (argument to -T)"));
l->addWidget(ToolsetLabel);
Toolset = new QLineEdit(frame);
l->addWidget(Toolset);
// Default to CMAKE_GENERATOR_TOOLSET env var if set
if (!DefaultGeneratorToolset.isEmpty()) {
this->Toolset->setText(DefaultGeneratorToolset);
}
return frame;
}
QFrame* StartCompilerSetup::CreatePlatformWidgets()
{
QFrame* frame = new QFrame(this);
QVBoxLayout* l = new QVBoxLayout(frame);
l->setContentsMargins(0, 0, 0, 0);
this->PlatformLabel = new QLabel(tr("Optional platform for generator"));
l->addWidget(this->PlatformLabel);
this->PlatformOptions = new QComboBox(frame);
this->PlatformOptions->setEditable(true);
l->addWidget(this->PlatformOptions);
return frame;
}
StartCompilerSetup::~StartCompilerSetup() = default;
void StartCompilerSetup::setGenerators(
std::vector<cmake::GeneratorInfo> const& gens)
{
this->GeneratorOptions->clear();
QStringList generator_list;
for (cmake::GeneratorInfo const& gen : gens) {
generator_list.append(QString::fromStdString(gen.name));
if (gen.supportsPlatform) {
this->GeneratorsSupportingPlatform.append(
QString::fromStdString(gen.name));
this->GeneratorDefaultPlatform[QString::fromStdString(gen.name)] =
QString::fromStdString(gen.defaultPlatform);
auto platformIt = gen.supportedPlatforms.cbegin();
while (platformIt != gen.supportedPlatforms.cend()) {
this->GeneratorSupportedPlatforms.insert(
QString::fromStdString(gen.name),
QString::fromStdString((*platformIt)));
platformIt++;
}
}
if (gen.supportsToolset) {
this->GeneratorsSupportingToolset.append(
QString::fromStdString(gen.name));
}
}
this->GeneratorOptions->addItems(generator_list);
}
void StartCompilerSetup::setCurrentGenerator(const QString& gen)
{
int idx = this->GeneratorOptions->findText(gen);
if (idx != -1) {
this->GeneratorOptions->setCurrentIndex(idx);
}
}
void StartCompilerSetup::setPlatform(const QString& platform)
{
this->PlatformOptions->setCurrentText(platform);
}
void StartCompilerSetup::setToolset(const QString& toolset)
{
this->Toolset->setText(toolset);
}
void StartCompilerSetup::setCompilerOption(CompilerOption option)
{
std::size_t index = 0;
switch (option) {
case CompilerOption::DefaultNative:
index = 0;
break;
case CompilerOption::SpecifyNative:
index = 1;
break;
case CompilerOption::ToolchainFile:
index = 2;
break;
case CompilerOption::Options:
index = 3;
break;
}
this->CompilerSetupOptions[index]->setChecked(true);
}
QString StartCompilerSetup::getGenerator() const
{
return this->GeneratorOptions->currentText();
};
QString StartCompilerSetup::getPlatform() const
{
return this->PlatformOptions->currentText();
};
QString StartCompilerSetup::getToolset() const
{
return this->Toolset->text();
};
bool StartCompilerSetup::defaultSetup() const
{
return this->CompilerSetupOptions[0]->isChecked();
}
bool StartCompilerSetup::compilerSetup() const
{
return this->CompilerSetupOptions[1]->isChecked();
}
bool StartCompilerSetup::crossCompilerToolChainFile() const
{
return this->CompilerSetupOptions[2]->isChecked();
}
bool StartCompilerSetup::crossCompilerSetup() const
{
return this->CompilerSetupOptions[3]->isChecked();
}
void StartCompilerSetup::onSelectionChanged(bool on)
{
if (on) {
emit selectionChanged();
}
}
void StartCompilerSetup::onGeneratorChanged(int index)
{
QString name = this->GeneratorOptions->itemText(index);
// Display the generator platform for the generators supporting it
if (GeneratorsSupportingPlatform.contains(name)) {
// Change the label title to include the default platform
std::string label =
cmStrCat("Optional platform for generator(if empty, generator uses: ",
this->GeneratorDefaultPlatform[name].toStdString(), ')');
this->PlatformLabel->setText(tr(label.c_str()));
// Regenerate the list of supported platform
this->PlatformOptions->clear();
QStringList platform_list;
platform_list.append("");
QList<QString> platforms = this->GeneratorSupportedPlatforms.values(name);
platform_list.append(platforms);
this->PlatformOptions->addItems(platform_list);
PlatformFrame->show();
// Default to generator platform from environment
if (!DefaultGeneratorPlatform.isEmpty()) {
cm_qsizetype platform_index =
platforms.indexOf(DefaultGeneratorPlatform);
if (platform_index != -1) {
// The index is off-by-one due to the first empty item added above.
this->PlatformOptions->setCurrentIndex(
static_cast<int>(platform_index + 1));
}
}
} else {
PlatformFrame->hide();
}
// Display the toolset box for the generators supporting it
if (GeneratorsSupportingToolset.contains(name)) {
ToolsetFrame->show();
} else {
ToolsetFrame->hide();
}
}
int StartCompilerSetup::nextId() const
{
if (compilerSetup()) {
return NativeSetup;
}
if (crossCompilerSetup()) {
return CrossSetup;
}
if (crossCompilerToolChainFile()) {
return ToolchainSetup;
}
return -1;
}
NativeCompilerSetup::NativeCompilerSetup(QWidget* p)
: QWizardPage(p)
{
QVBoxLayout* l = new QVBoxLayout(this);
QWidget* c = new QWidget(this);
l->addWidget(c);
this->setupUi(c);
}
NativeCompilerSetup::~NativeCompilerSetup() = default;
QString NativeCompilerSetup::getCCompiler() const
{
return this->CCompiler->text();
}
void NativeCompilerSetup::setCCompiler(const QString& s)
{
this->CCompiler->setText(s);
}
QString NativeCompilerSetup::getCXXCompiler() const
{
return this->CXXCompiler->text();
}
void NativeCompilerSetup::setCXXCompiler(const QString& s)
{
this->CXXCompiler->setText(s);
}
QString NativeCompilerSetup::getFortranCompiler() const
{
return this->FortranCompiler->text();
}
void NativeCompilerSetup::setFortranCompiler(const QString& s)
{
this->FortranCompiler->setText(s);
}
CrossCompilerSetup::CrossCompilerSetup(QWidget* p)
: QWizardPage(p)
{
this->setupUi(this);
QWidget::setTabOrder(systemName, systemVersion);
QWidget::setTabOrder(systemVersion, systemProcessor);
QWidget::setTabOrder(systemProcessor, CrossCompilers->CCompiler);
QWidget::setTabOrder(CrossCompilers->CCompiler, CrossCompilers->CXXCompiler);
QWidget::setTabOrder(CrossCompilers->CXXCompiler,
CrossCompilers->FortranCompiler);
QWidget::setTabOrder(CrossCompilers->FortranCompiler, crossFindRoot);
QWidget::setTabOrder(crossFindRoot, crossProgramMode);
QWidget::setTabOrder(crossProgramMode, crossLibraryMode);
QWidget::setTabOrder(crossLibraryMode, crossIncludeMode);
// fill in combo boxes
QStringList modes;
modes << tr("Search in Target Root, then native system");
modes << tr("Search only in Target Root");
modes << tr("Search only in native system");
crossProgramMode->addItems(modes);
crossLibraryMode->addItems(modes);
crossIncludeMode->addItems(modes);
crossProgramMode->setCurrentIndex(2);
crossLibraryMode->setCurrentIndex(1);
crossIncludeMode->setCurrentIndex(1);
this->registerField("systemName*", this->systemName);
}
CrossCompilerSetup::~CrossCompilerSetup() = default;
QString CrossCompilerSetup::getCCompiler() const
{
return this->CrossCompilers->CCompiler->text();
}
void CrossCompilerSetup::setCCompiler(const QString& s)
{
this->CrossCompilers->CCompiler->setText(s);
}
QString CrossCompilerSetup::getCXXCompiler() const
{
return this->CrossCompilers->CXXCompiler->text();
}
void CrossCompilerSetup::setCXXCompiler(const QString& s)
{
this->CrossCompilers->CXXCompiler->setText(s);
}
QString CrossCompilerSetup::getFortranCompiler() const
{
return this->CrossCompilers->FortranCompiler->text();
}
void CrossCompilerSetup::setFortranCompiler(const QString& s)
{
this->CrossCompilers->FortranCompiler->setText(s);
}
QString CrossCompilerSetup::getSystem() const
{
return this->systemName->text();
}
void CrossCompilerSetup::setSystem(const QString& t)
{
this->systemName->setText(t);
}
QString CrossCompilerSetup::getVersion() const
{
return this->systemVersion->text();
}
void CrossCompilerSetup::setVersion(const QString& t)
{
this->systemVersion->setText(t);
}
QString CrossCompilerSetup::getProcessor() const
{
return this->systemProcessor->text();
}
void CrossCompilerSetup::setProcessor(const QString& t)
{
this->systemProcessor->setText(t);
}
QString CrossCompilerSetup::getFindRoot() const
{
return this->crossFindRoot->text();
}
void CrossCompilerSetup::setFindRoot(const QString& t)
{
this->crossFindRoot->setText(t);
}
int CrossCompilerSetup::getProgramMode() const
{
return this->crossProgramMode->currentIndex();
}
int CrossCompilerSetup::getLibraryMode() const
{
return this->crossLibraryMode->currentIndex();
}
int CrossCompilerSetup::getIncludeMode() const
{
return this->crossIncludeMode->currentIndex();
}
void CrossCompilerSetup::setProgramMode(int m)
{
this->crossProgramMode->setCurrentIndex(m);
}
void CrossCompilerSetup::setLibraryMode(int m)
{
this->crossLibraryMode->setCurrentIndex(m);
}
void CrossCompilerSetup::setIncludeMode(int m)
{
this->crossIncludeMode->setCurrentIndex(m);
}
ToolchainCompilerSetup::ToolchainCompilerSetup(QWidget* p)
: QWizardPage(p)
{
QVBoxLayout* l = new QVBoxLayout(this);
l->addWidget(new QLabel(tr("Specify the Toolchain file")));
this->ToolchainFile = new QCMakeFilePathEditor(this);
l->addWidget(this->ToolchainFile);
}
ToolchainCompilerSetup::~ToolchainCompilerSetup() = default;
QString ToolchainCompilerSetup::toolchainFile() const
{
return this->ToolchainFile->text();
}
void ToolchainCompilerSetup::setToolchainFile(const QString& t)
{
this->ToolchainFile->setText(t);
}
FirstConfigure::FirstConfigure()
{
const char* env_generator = std::getenv("CMAKE_GENERATOR");
const char* env_generator_platform = nullptr;
const char* env_generator_toolset = nullptr;
if (env_generator && std::strlen(env_generator)) {
mDefaultGenerator = env_generator;
env_generator_platform = std::getenv("CMAKE_GENERATOR_PLATFORM");
env_generator_toolset = std::getenv("CMAKE_GENERATOR_TOOLSET");
}
if (!env_generator_platform) {
env_generator_platform = "";
}
if (!env_generator_toolset) {
env_generator_toolset = "";
}
// this->setOption(QWizard::HaveFinishButtonOnEarlyPages, true);
this->mStartCompilerSetupPage = new StartCompilerSetup(
env_generator_platform, env_generator_toolset, this);
this->setPage(Start, this->mStartCompilerSetupPage);
QObject::connect(this->mStartCompilerSetupPage,
&StartCompilerSetup::selectionChanged, this,
&FirstConfigure::restart);
this->mNativeCompilerSetupPage = new NativeCompilerSetup(this);
this->setPage(NativeSetup, this->mNativeCompilerSetupPage);
this->mCrossCompilerSetupPage = new CrossCompilerSetup(this);
this->setPage(CrossSetup, this->mCrossCompilerSetupPage);
this->mToolchainCompilerSetupPage = new ToolchainCompilerSetup(this);
this->setPage(ToolchainSetup, this->mToolchainCompilerSetupPage);
}
FirstConfigure::~FirstConfigure() = default;
void FirstConfigure::setGenerators(
std::vector<cmake::GeneratorInfo> const& gens)
{
this->mStartCompilerSetupPage->setGenerators(gens);
}
void FirstConfigure::setCurrentGenerator(const QString& gen)
{
this->mStartCompilerSetupPage->setCurrentGenerator(gen);
}
void FirstConfigure::setPlatform(const QString& platform)
{
this->mStartCompilerSetupPage->setPlatform(platform);
}
void FirstConfigure::setToolset(const QString& toolset)
{
this->mStartCompilerSetupPage->setToolset(toolset);
}
void FirstConfigure::setCompilerOption(CompilerOption option)
{
this->mStartCompilerSetupPage->setCompilerOption(option);
}
QString FirstConfigure::getGenerator() const
{
return this->mStartCompilerSetupPage->getGenerator();
}
QString FirstConfigure::getPlatform() const
{
return this->mStartCompilerSetupPage->getPlatform();
}
QString FirstConfigure::getToolset() const
{
return this->mStartCompilerSetupPage->getToolset();
}
void FirstConfigure::loadFromSettings()
{
QSettings settings;
// restore generator
settings.beginGroup("Settings/StartPath");
QString lastGen = settings.value("LastGenerator").toString();
this->setCurrentGenerator(lastGen);
settings.endGroup();
// restore compiler setup
settings.beginGroup("Settings/Compiler");
this->mNativeCompilerSetupPage->setCCompiler(
settings.value("CCompiler").toString());
this->mNativeCompilerSetupPage->setCXXCompiler(
settings.value("CXXCompiler").toString());
this->mNativeCompilerSetupPage->setFortranCompiler(
settings.value("FortranCompiler").toString());
settings.endGroup();
// restore cross compiler setup
settings.beginGroup("Settings/CrossCompiler");
this->mCrossCompilerSetupPage->setCCompiler(
settings.value("CCompiler").toString());
this->mCrossCompilerSetupPage->setCXXCompiler(
settings.value("CXXCompiler").toString());
this->mCrossCompilerSetupPage->setFortranCompiler(
settings.value("FortranCompiler").toString());
this->mToolchainCompilerSetupPage->setToolchainFile(
settings.value("ToolChainFile").toString());
this->mCrossCompilerSetupPage->setSystem(
settings.value("SystemName").toString());
this->mCrossCompilerSetupPage->setVersion(
settings.value("SystemVersion").toString());
this->mCrossCompilerSetupPage->setProcessor(
settings.value("SystemProcessor").toString());
this->mCrossCompilerSetupPage->setFindRoot(
settings.value("FindRoot").toString());
this->mCrossCompilerSetupPage->setProgramMode(
settings.value("ProgramMode", 0).toInt());
this->mCrossCompilerSetupPage->setLibraryMode(
settings.value("LibraryMode", 0).toInt());
this->mCrossCompilerSetupPage->setIncludeMode(
settings.value("IncludeMode", 0).toInt());
settings.endGroup();
// environment variables take precedence over application settings because...
// - they're harder to set
// - settings always exist after the program is run once, so the environment
// variables would never be used otherwise
// - platform and toolset are populated only from environment variables, so
// this prevents them from being taken from environment, while the
// generator is taken from application settings
if (!mDefaultGenerator.isEmpty()) {
this->setCurrentGenerator(mDefaultGenerator);
}
}
void FirstConfigure::saveToSettings()
{
QSettings settings;
// save generator
settings.beginGroup("Settings/StartPath");
QString lastGen = this->mStartCompilerSetupPage->getGenerator();
settings.setValue("LastGenerator", lastGen);
settings.endGroup();
// save compiler setup
settings.beginGroup("Settings/Compiler");
settings.setValue("CCompiler",
this->mNativeCompilerSetupPage->getCCompiler());
settings.setValue("CXXCompiler",
this->mNativeCompilerSetupPage->getCXXCompiler());
settings.setValue("FortranCompiler",
this->mNativeCompilerSetupPage->getFortranCompiler());
settings.endGroup();
// save cross compiler setup
settings.beginGroup("Settings/CrossCompiler");
settings.setValue("CCompiler",
this->mCrossCompilerSetupPage->getCCompiler());
settings.setValue("CXXCompiler",
this->mCrossCompilerSetupPage->getCXXCompiler());
settings.setValue("FortranCompiler",
this->mCrossCompilerSetupPage->getFortranCompiler());
settings.setValue("ToolChainFile", this->getCrossCompilerToolChainFile());
settings.setValue("SystemName", this->mCrossCompilerSetupPage->getSystem());
settings.setValue("SystemVersion",
this->mCrossCompilerSetupPage->getVersion());
settings.setValue("SystemProcessor",
this->mCrossCompilerSetupPage->getProcessor());
settings.setValue("FindRoot", this->mCrossCompilerSetupPage->getFindRoot());
settings.setValue("ProgramMode",
this->mCrossCompilerSetupPage->getProgramMode());
settings.setValue("LibraryMode",
this->mCrossCompilerSetupPage->getLibraryMode());
settings.setValue("IncludeMode",
this->mCrossCompilerSetupPage->getIncludeMode());
settings.endGroup();
}
bool FirstConfigure::defaultSetup() const
{
return this->mStartCompilerSetupPage->defaultSetup();
}
bool FirstConfigure::compilerSetup() const
{
return this->mStartCompilerSetupPage->compilerSetup();
}
bool FirstConfigure::crossCompilerSetup() const
{
return this->mStartCompilerSetupPage->crossCompilerSetup();
}
bool FirstConfigure::crossCompilerToolChainFile() const
{
return this->mStartCompilerSetupPage->crossCompilerToolChainFile();
}
QString FirstConfigure::getCrossCompilerToolChainFile() const
{
return this->mToolchainCompilerSetupPage->toolchainFile();
}
QString FirstConfigure::getSystemName() const
{
return this->mCrossCompilerSetupPage->getSystem();
}
QString FirstConfigure::getCCompiler() const
{
if (this->compilerSetup()) {
return this->mNativeCompilerSetupPage->getCCompiler();
}
if (this->crossCompilerSetup()) {
return this->mCrossCompilerSetupPage->getCCompiler();
}
return QString();
}
QString FirstConfigure::getCXXCompiler() const
{
if (this->compilerSetup()) {
return this->mNativeCompilerSetupPage->getCXXCompiler();
}
if (this->crossCompilerSetup()) {
return this->mCrossCompilerSetupPage->getCXXCompiler();
}
return QString();
}
QString FirstConfigure::getFortranCompiler() const
{
if (this->compilerSetup()) {
return this->mNativeCompilerSetupPage->getFortranCompiler();
}
if (this->crossCompilerSetup()) {
return this->mCrossCompilerSetupPage->getFortranCompiler();
}
return QString();
}
QString FirstConfigure::getSystemVersion() const
{
return this->mCrossCompilerSetupPage->getVersion();
}
QString FirstConfigure::getSystemProcessor() const
{
return this->mCrossCompilerSetupPage->getProcessor();
}
QString FirstConfigure::getCrossRoot() const
{
return this->mCrossCompilerSetupPage->getFindRoot();
}
const QString CrossModes[] = { "BOTH", "ONLY", "NEVER" };
QString FirstConfigure::getCrossProgramMode() const
{
return CrossModes[this->mCrossCompilerSetupPage->getProgramMode()];
}
QString FirstConfigure::getCrossLibraryMode() const
{
return CrossModes[this->mCrossCompilerSetupPage->getLibraryMode()];
}
QString FirstConfigure::getCrossIncludeMode() const
{
return CrossModes[this->mCrossCompilerSetupPage->getIncludeMode()];
}