39 |
43 |
40 extern const char *gMainViewName; |
44 extern const char *gMainViewName; |
41 extern const char *gMainContainerName; |
45 extern const char *gMainContainerName; |
42 extern const char *gClockContainerName; |
46 extern const char *gClockContainerName; |
43 |
47 |
44 extern const char *gTimeLabelName; |
48 extern const char *gOledTimeLabelName = "oledTimeLabel"; |
45 extern const char *gAmPmLabelName; |
49 extern const char *gAmPmLabelName; |
46 extern const char *gDateLabelName; |
50 extern const char *gDateLabelName; |
47 |
51 |
48 extern const char *gDateFormatVerticalStr; |
52 extern const char *gDateFormatVerticalStr; |
49 extern const char *gDateFormatHorizontalStr; |
53 extern const char *gDateFormatHorizontalStr; |
52 extern const char *gAmPmFormatStr; |
56 extern const char *gAmPmFormatStr; |
53 |
57 |
54 extern const char *gIndicatorWidgetName; |
58 extern const char *gIndicatorWidgetName; |
55 |
59 |
56 |
60 |
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61 |
57 /*! |
62 /*! |
58 Constructs a new SnsrOledDigitalClockContainer. |
63 Constructs a new SnsrOledDigitalClockContainer. |
59 */ |
64 */ |
60 SnsrOledDigitalClockContainer::SnsrOledDigitalClockContainer() : |
65 SnsrOledDigitalClockContainer::SnsrOledDigitalClockContainer() : |
61 SnsrBigClockContainer(), mClockContainer(0), mTimeLabel(0), |
66 SnsrBigClockContainer(), mClockContainer(0), mAmPmLabel(0), |
62 mDateLabel(0), mAmPmLabel(0), mDestPosition(QPointF()), mInitialize(false) |
67 mTimeLabel(0), mDateLabel(0), mDestPosition(QPointF()), |
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68 mInitialize(false) |
63 { |
69 { |
64 SCREENSAVER_TEST_FUNC_ENTRY("SnsrOledDigitalClockContainer::SnsrOledDigitalClockContainer") |
70 SCREENSAVER_TEST_FUNC_ENTRY("SnsrOledDigitalClockContainer::SnsrOledDigitalClockContainer") |
65 |
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66 bool ok(false); |
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67 qDebug() << gOledDigitalLayoutDocml; |
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68 |
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69 // load digital clock |
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70 mDocumentObjects = mDocumentLoader.load(gOledDigitalLayoutDocml, &ok); |
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71 Q_ASSERT_X(ok, gOledDigitalLayoutDocml, "Invalid DocML file."); |
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72 |
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73 if (ok) { |
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74 mMainView = mDocumentLoader.findWidget(gMainViewName); |
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75 mMainContainer = mDocumentLoader.findWidget(gMainContainerName); |
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76 mClockContainer = mDocumentLoader.findWidget(gClockContainerName); |
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77 mDateLabel = qobject_cast<HbLabel *>( |
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78 mDocumentLoader.findWidget(gDateLabelName)); |
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79 mTimeLabel = qobject_cast<HbLabel *>( |
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80 mDocumentLoader.findWidget(gTimeLabelName)); |
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81 mAmPmLabel = qobject_cast<HbLabel *>( |
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82 mDocumentLoader.findWidget(gAmPmLabelName)); |
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83 mIndicatorWidget = qobject_cast<SnsrIndicatorWidget *>( |
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84 mDocumentLoader.findWidget(gIndicatorWidgetName)); |
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85 Q_ASSERT_X( |
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86 mMainView && mMainContainer && mClockContainer |
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87 && mDateLabel && mTimeLabel && mAmPmLabel |
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88 && mIndicatorWidget, |
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89 gOledDigitalLayoutDocml, "Objects not found in DocML file." |
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90 ); |
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91 |
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92 mIndicatorWidget->setLayoutType(SnsrIndicatorWidget::IndicatorsCentered); |
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93 |
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94 mBackgroundContainerLayout->addItem(mMainView); |
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95 } |
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96 |
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97 SCREENSAVER_TEST_FUNC_EXIT("SnsrOledDigitalClockContainer::SnsrOledDigitalClockContainer") |
71 SCREENSAVER_TEST_FUNC_EXIT("SnsrOledDigitalClockContainer::SnsrOledDigitalClockContainer") |
98 } |
72 } |
99 |
73 |
100 /*! |
74 /*! |
101 Destructs the class. |
75 Destructs the class. |
102 */ |
76 */ |
103 SnsrOledDigitalClockContainer::~SnsrOledDigitalClockContainer() |
77 SnsrOledDigitalClockContainer::~SnsrOledDigitalClockContainer() |
104 { |
78 { |
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79 resetIndicatorConnections(); |
105 //mTimeLabel, mAmPmLabel, mDateLabel, mMoveTimer - deleted by the parent |
80 //mTimeLabel, mAmPmLabel, mDateLabel, mMoveTimer - deleted by the parent |
106 } |
81 } |
107 |
82 |
108 /*! |
83 /*! |
109 Updates OLED digital clock widget position. |
84 Updates OLED digital clock widget position. |
116 // destination position for the clock. |
91 // destination position for the clock. |
117 if ( containerSize.width() > 0 && containerSize.height() > 0 ) { |
92 if ( containerSize.width() > 0 && containerSize.height() > 0 ) { |
118 containerSize -= mClockContainer->boundingRect().size(); |
93 containerSize -= mClockContainer->boundingRect().size(); |
119 QRectF containerRect( mMainContainer->pos(), containerSize ); |
94 QRectF containerRect( mMainContainer->pos(), containerSize ); |
120 if ( mInitialize ) { |
95 if ( mInitialize ) { |
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96 // disconnect container from parent layout, |
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97 // connected container resets its position to the one defined in docml |
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98 // after label text updates |
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99 mClockContainer->setParentLayoutItem(0); |
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100 |
121 QPointF clockPos = nextRandomPosition( mClockContainer->pos(), mDestPosition, containerRect ); |
101 QPointF clockPos = nextRandomPosition( mClockContainer->pos(), mDestPosition, containerRect ); |
122 mClockContainer->setPos( clockPos ); |
102 mClockContainer->setPos( clockPos ); |
123 } |
103 } |
124 else { |
104 else { |
125 mDestPosition = randomPosition( containerRect ); |
105 mDestPosition = randomPosition( containerRect ); |
126 mInitialize = true; |
106 mInitialize = true; |
127 } |
107 } |
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108 // the active area of power save mode needs to be updated when clock container is moved |
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109 emit activeAreaMoved(); |
128 } |
110 } |
129 } |
111 } |
130 |
112 |
131 /*! |
113 /*! |
132 Updates displayed time and date. |
114 Updates displayed time and date. |
159 updatePosition(); |
143 updatePosition(); |
160 |
144 |
161 SCREENSAVER_TEST_FUNC_EXIT("SnsrOledDigitalClockContainer::update") |
145 SCREENSAVER_TEST_FUNC_EXIT("SnsrOledDigitalClockContainer::update") |
162 } |
146 } |
163 |
147 |
164 /*! |
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165 Changes screensaver layout basing on orientation changes. |
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166 \param orientation Current orientation. |
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167 */ |
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168 void SnsrOledDigitalClockContainer::changeLayout(Qt::Orientation orientation) |
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169 { |
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170 SCREENSAVER_TEST_FUNC_ENTRY("SnsrOledDigitalClockContainer::changeLayout") |
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171 |
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172 if (mCurrentOrientation != orientation) { |
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173 mCurrentOrientation = orientation; |
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174 |
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175 // hide controls to avoid screen flickering |
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176 mMainView->hide(); |
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177 |
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178 QString sectionToLoad(""); |
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179 if (mCurrentOrientation == Qt::Horizontal) { |
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180 sectionToLoad = gLandscapeSectionName; |
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181 } |
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182 qDebug() << "loading: " << gOledDigitalLayoutDocml << ", section: " |
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183 << sectionToLoad; |
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184 bool ok(false); |
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185 mDocumentLoader.load(gOledDigitalLayoutDocml, sectionToLoad, &ok); |
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186 Q_ASSERT_X(ok, gOledDigitalLayoutDocml, "Invalid section in DocML file."); |
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187 |
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188 // disconnect container from parent layout, |
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189 // connected container resets its position to the one defined in docml |
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190 // after label text updates |
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191 mClockContainer->setParentLayoutItem(0); |
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192 |
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193 // update labels before showing the view |
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194 update(); |
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195 |
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196 // view is rebuilt and ready to show |
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197 mMainView->show(); |
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198 } |
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199 |
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200 SCREENSAVER_TEST_FUNC_EXIT("SnsrOledDigitalClockContainer::changeLayout") |
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201 } |
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202 |
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203 int SnsrOledDigitalClockContainer::updateIntervalInMilliseconds() |
148 int SnsrOledDigitalClockContainer::updateIntervalInMilliseconds() |
204 { |
149 { |
205 return 60*1000; |
150 return 60*1000; |
206 } |
151 } |
207 |
152 |
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153 /*! |
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154 @copydoc SnsrBigClockContainer::getActiveScreenRows() |
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155 */ |
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156 void SnsrOledDigitalClockContainer::getActiveScreenRows(int *firstActiveRow, int *lastActiveRow) |
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157 { |
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158 if ( mClockContainer ) { |
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159 QRect clockRect( mClockContainer->pos().toPoint(), |
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160 mClockContainer->size().toSize() ); |
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161 if ( mCurrentOrientation == Qt::Vertical ) { |
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162 *firstActiveRow = clockRect.top(); |
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163 *lastActiveRow = clockRect.bottom() + 1; |
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164 } |
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165 else { |
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166 *firstActiveRow = clockRect.left(); |
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167 *lastActiveRow = clockRect.right() + 1; |
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168 } |
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169 } |
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170 } |
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171 |
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172 /*! |
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173 Orientation is locked in power save mode as sensors are off anyway, |
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174 at least after some timeout. |
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175 */ |
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176 bool SnsrOledDigitalClockContainer::isOrientationLocked() |
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177 { |
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178 return true; |
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179 } |
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180 |
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181 void SnsrOledDigitalClockContainer::loadWidgets() |
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182 { |
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183 // reset widget pointers, any previous widgets are already deleted by now |
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184 mMainView = 0; |
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185 mMainContainer = 0; |
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186 mClockContainer = 0; |
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187 mDateLabel = 0; |
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188 mTimeLabel = 0; |
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189 mAmPmLabel = 0; |
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190 mIndicatorWidget = 0; |
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191 |
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192 // load widgets from docml |
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193 bool ok(false); |
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194 qDebug() << gOledDigitalLayoutDocml; |
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195 mDocumentObjects = mDocumentLoader.load(gOledDigitalLayoutDocml, &ok); |
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196 Q_ASSERT_X(ok, gOledDigitalLayoutDocml, "Invalid DocML file."); |
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197 |
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198 if (ok) { |
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199 mMainView = mDocumentLoader.findWidget(gMainViewName); |
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200 mMainContainer = mDocumentLoader.findWidget(gMainContainerName); |
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201 mClockContainer = mDocumentLoader.findWidget(gClockContainerName); |
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202 mDateLabel = qobject_cast<SnsrLabel *>( |
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203 mDocumentLoader.findWidget(gDateLabelName)); |
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204 mTimeLabel = qobject_cast<SnsrOledTimeLabel *>( |
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205 mDocumentLoader.findWidget(gOledTimeLabelName)); |
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206 mAmPmLabel = qobject_cast<SnsrLabel *>( |
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207 mDocumentLoader.findWidget(gAmPmLabelName)); |
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208 mIndicatorWidget = qobject_cast<SnsrIndicatorWidget *>( |
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209 mDocumentLoader.findWidget(gIndicatorWidgetName)); |
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210 Q_ASSERT_X( |
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211 mMainView && mMainContainer && mClockContainer |
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212 && mDateLabel && mTimeLabel && mAmPmLabel |
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213 && mIndicatorWidget, |
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214 gOledDigitalLayoutDocml, "Objects not found in DocML file." |
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215 ); |
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216 |
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217 // In case of landscape layout, read also the landscape delta section |
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218 if ( mCurrentOrientation == Qt::Horizontal ) { |
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219 qDebug() << "loading: " << gOledDigitalLayoutDocml << ", section: " << gLandscapeSectionName; |
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220 mDocumentLoader.load(gOledDigitalLayoutDocml, gLandscapeSectionName, &ok); |
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221 Q_ASSERT_X(ok, gOledDigitalLayoutDocml, "Invalid section in DocML file."); |
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222 } |
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223 |
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224 mIndicatorWidget->setLayoutType(SnsrIndicatorWidget::IndicatorsCentered); |
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225 initIndicatorWidget(); |
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226 |
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227 mBackgroundContainerLayout->addItem(mMainView); |
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228 } |
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229 } |
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230 |
208 // end of file |
231 // end of file |