Differential D16997 Diff 59722 kcm/src/controlpanel.cpp

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kcm/src/controlpanel.cpp

Show First 20 Lines • Show All 47 Lines • ▼ Show 20 Line(s)45{
48 delete mUnifiedOutputCfg; 48​ delete mUnifiedOutputCfg;
49 mUnifiedOutputCfg = nullptr; 49​ mUnifiedOutputCfg = nullptr;
50 50​
51 if (mConfig) { 51​ if (mConfig) {
52 mConfig->disconnect(this); 52​ mConfig->disconnect(this);
53 } 53​ }
54 54​
55 mConfig = config; 55​ mConfig = config;
56​ mControlConfig = std::unique_ptr<ControlConfig>(new ControlConfig(config));
56 connect(mConfig.data(), &KScreen::Config::outputAdded, 57​ connect(mConfig.data(), &KScreen::Config::outputAdded,
57 this, &ControlPanel::addOutput); 58​ this, &ControlPanel::addOutput);
58 connect(mConfig.data(), &KScreen::Config::outputRemoved, 59​ connect(mConfig.data(), &KScreen::Config::outputRemoved,
59 this, &ControlPanel::removeOutput); 60​ this, &ControlPanel::removeOutput);
60 61​
61 for (const KScreen::OutputPtr &output : mConfig->outputs()) { 62​ for (const KScreen::OutputPtr &output : mConfig->outputs()) {
62 addOutput(output); 63​ addOutput(output);
63 } 64​ }
64} 65​}
65 66​
66void ControlPanel::addOutput(const KScreen::OutputPtr &output) 67​void ControlPanel::addOutput(const KScreen::OutputPtr &output)
67{ 68​{
68 OutputConfig *outputCfg = new OutputConfig(this); 69​ OutputConfig *outputCfg = new OutputConfig(this);
69 outputCfg->setVisible(false); 70​ outputCfg->setVisible(false);
70 outputCfg->setShowScaleOption(mConfig->supportedFeatures().testFlag(KScreen::Config::Feature::PerOutputScaling)); 71​ outputCfg->setShowScaleOption(mConfig->supportedFeatures().testFlag(KScreen::Config::Feature::PerOutputScaling));
71 outputCfg->setOutput(output); 72​ outputCfg->setOutput(output, mControlConfig->getOutputRetention(output));
72 connect(outputCfg, &OutputConfig::changed, 73​ connect(outputCfg, &OutputConfig::changed,
73 this, &ControlPanel::changed); 74​ this, &ControlPanel::changed);
74 ​
75 mLayout->addWidget(outputCfg); 75​ mLayout->addWidget(outputCfg);
76 mOutputConfigs << outputCfg; 76​ mOutputConfigs << outputCfg;
77} 77​}
78 78​
79void ControlPanel::removeOutput(int outputId) 79​void ControlPanel::removeOutput(int outputId)
80{ 80​{
81 for (OutputConfig *outputCfg : mOutputConfigs) { 81​ for (OutputConfig *outputCfg : mOutputConfigs) {
82 if (outputCfg->output()->id() == outputId) { 82​ if (outputCfg->output()->id() == outputId) {
Show All 35 Lines117 } else {
118 mUnifiedOutputCfg = new UnifiedOutputConfig(mConfig, this); 118​ mUnifiedOutputCfg = new UnifiedOutputConfig(mConfig, this);
119 mUnifiedOutputCfg->setOutput(output); 119​ mUnifiedOutputCfg->setOutput(output);
120 mUnifiedOutputCfg->setVisible(true); 120​ mUnifiedOutputCfg->setVisible(true);
121 mLayout->insertWidget(mLayout->count() - 2, mUnifiedOutputCfg); 121​ mLayout->insertWidget(mLayout->count() - 2, mUnifiedOutputCfg);
122 connect(mUnifiedOutputCfg, &UnifiedOutputConfig::changed, 122​ connect(mUnifiedOutputCfg, &UnifiedOutputConfig::changed,
123 this, &ControlPanel::changed); 123​ this, &ControlPanel::changed);
124 } 124​ }
125} 125​}
126​
127​void ControlPanel::save()
128​{
129​ if (!mControlConfig) {
130​ return;
131​ }
132​ for (const auto outputConfig : mOutputConfigs) {
133​ if (!outputConfig->hasChange()) {
134​ continue;
135​ }
136​ mControlConfig->setOutputRetention(outputConfig->output(), outputConfig->applyRetention());
137​ }
138​
139​ if (!mControlConfig->writeFile()) {
140​ // TODO: error handling
141​ }
142​ // TODO: write output controls in the future
143​}