Differential D23619 Diff 65118 src/server/outputdevice_interface.h

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src/server/outputdevice_interface.h

Show First 20 Lines • Show All 77 Lines • ▼ Show 20 Line(s)72 enum class Transform {
78 Flipped90, 78​ Flipped90,
79 Flipped180, 79​ Flipped180,
80 Flipped270 80​ Flipped270
81 }; 81​ };
82 enum class Enablement { 82​ enum class Enablement {
83 Disabled = 0, 83​ Disabled = 0,
84 Enabled = 1 84​ Enabled = 1
85 }; 85​ };
86​ enum class TriggerReason {
87​ None = 0,
88​ Explicit = 1 << 0,
89​ Hotplug = 1 << 1,
90​ Dpms = 1 << 2,
91​ Enablement = 1 << 3
92​ };
93​ enum class TriggerDirection {
94​ None = 0,
95​ Up = 1 << 0,
96​ Down = 1 << 1
97​ };
86 enum class ModeFlag { 98​ enum class ModeFlag {
87 Current = 1, 99​ Current = 1,
88 Preferred = 2 100​ Preferred = 2
89 }; 101​ };
90 Q_DECLARE_FLAGS(ModeFlags, ModeFlag) 102​ Q_DECLARE_FLAGS(ModeFlags, ModeFlag)
91 struct Mode { 103​ struct Mode {
92 QSize size = QSize(); 104​ QSize size = QSize();
93 int refreshRate = 60000; 105​ int refreshRate = 60000;
94 ModeFlags flags; 106​ ModeFlags flags;
95 int id = -1; 107​ int id = -1;
96 }; 108​ };
97 struct ColorCurves { 109​ struct ColorCurves {
98 QVector<quint16> red, green, blue; 110​ QVector<quint16> red, green, blue;
99 bool operator==(const ColorCurves &cc) const; 111​ bool operator==(const ColorCurves &cc) const;
100 bool operator!=(const ColorCurves &cc) const; 112​ bool operator!=(const ColorCurves &cc) const;
101 }; 113​ };
102 virtual ~OutputDeviceInterface(); 114​ virtual ~OutputDeviceInterface();
103 115​
104 QSize physicalSize() const; 116​ QSize physicalSize() const;
117​
118​ /**
119​ * Last explicitly set position in compositor space on this interface. In case the output is
120​ * a replica this position is not the current actual position in compositor space, but if
121​ * a replication goes away the compositor can fall back to this one.
122​ *
123​ * @return last explicitly set position in compositor space
124​ */
105 QPoint globalPosition() const; 125​ QPoint globalPosition() const;
126​
127​ /**
128​ * This describes the current position in compositor space factoring in the globalPosition() and
129​ * if this output is a replica of another output.
130​ *
131​ * @return current position in compositor space
132​ *
133​ * @since 5.62
134​ */
135​ QPoint logicalPosition() const;
136​
137​ /**
138​ * Current size in compositor space factoring in the globalPosition() and if this output is a
139​ * replica of another output.
140​ * @return
141​ *
142​ * @see globalSize
143​ * @see replicationSource
144​ *
145​ * @since 5.62
146​ */
147​ QSize logicalSize() const;
148​
149​ /**
150​ * Describes the optimal placement of the presented output view in relation to the
151​ * pixel/mode size. Takes into account the aspect ratio and centers the view.
152​ *
153​ * @return view geometry in mode size coordinates
154​ *
155​ * @see pixelSize
156​ *
157​ * @since 5.62
158​ */
159​ QRect viewGeometry() const;
160​
106 QString manufacturer() const; 161​ QString manufacturer() const;
107 QString model() const; 162​ QString model() const;
108 QString serialNumber() const; 163​ QString serialNumber() const;
109 QString eisaId() const; 164​ QString eisaId() const;
110 QSize pixelSize() const; 165​ QSize pixelSize() const;
111 int refreshRate() const; 166​ int refreshRate() const;
112 int scale() const; 167​ int scale() const;
113 qreal scaleF() const; 168​ qreal scaleF() const;
169​
170​ /**
171​ * While scale() and scaleF() only depend on the scale explicity set this provides the
172​ * calculated scale that clients should orientate their rendering at.
173​ *
174​ * It takes into account the value set through setScale(int) and setScale(qreal) as well as the
175​ * replication status of the output such that a sharp image is produced on all replicas and the
176​ * replication source.
177​ *
178​ * @return calculated minimum clients scale on output to produce sharp images.
179​ *
180​ * @since 5.62
181​ */
182​ int clientsScale() const;
183​
114 SubPixel subPixel() const; 184​ SubPixel subPixel() const;
115 Transform transform() const; 185​ Transform transform() const;
116 ColorCurves colorCurves() const; 186​ ColorCurves colorCurves() const;
117 QList<Mode> modes() const; 187​ QList<Mode> modes() const;
118 int currentModeId() const; 188​ int currentModeId() const;
189​ quint32 cloneGroupId() const;
190​ OutputDeviceInterface* replicationSource() const;
119 191​
120 QByteArray edid() const; 192​ QByteArray edid() const;
121 OutputDeviceInterface::Enablement enabled() const; 193​ OutputDeviceInterface::Enablement enabled() const;
122 QByteArray uuid() const; 194​ QByteArray uuid() const;
123 195​
124 void setPhysicalSize(const QSize &size); 196​ void setPhysicalSize(const QSize &size);
125 void setGlobalPosition(const QPoint &pos); 197​ void setGlobalPosition(const QPoint &pos);
126 void setManufacturer(const QString &manufacturer); 198​ void setManufacturer(const QString &manufacturer);
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136 /** 208​ /**
137 * Add an additional mode to this output device. This is only allowed before create() is called 209​ * Add an additional mode to this output device. This is only allowed before create() is called
138 * on the object. 210​ * on the object.
139 * 211​ *
140 * @param mode must have a valid size and non-negative id. 212​ * @param mode must have a valid size and non-negative id.
141 */ 213​ */
142 void addMode(Mode &mode); 214​ void addMode(Mode &mode);
143 void setCurrentMode(const int modeId); 215​ void setCurrentMode(const int modeId);
216​ void setCloneGroupId(const quint32 groupId);
217​ void setReplicationSource(OutputDeviceInterface *source, TriggerReason trigger);
144 218​
145 void setEdid(const QByteArray &edid); 219​ void setEdid(const QByteArray &edid);
146 void setEnabled(OutputDeviceInterface::Enablement enabled); 220​ void setEnabled(OutputDeviceInterface::Enablement enabled);
147 void setUuid(const QByteArray &uuid); 221​ void setUuid(const QByteArray &uuid);
148 222​
149 static OutputDeviceInterface *get(wl_resource *native); 223​ static OutputDeviceInterface *get(wl_resource *native);
150 static QList<OutputDeviceInterface *>list(); 224​ static QList<OutputDeviceInterface *>list();
151 225​
152Q_SIGNALS: 226​Q_SIGNALS:
153 void physicalSizeChanged(const QSize&); 227​ void physicalSizeChanged(const QSize&);
228​ void viewGeometryChanged(const QRect&);
229​
154 void globalPositionChanged(const QPoint&); 230​ void globalPositionChanged(const QPoint&);
231​ void logicalPositionChanged(const QPoint&);
232​
155 void manufacturerChanged(const QString&); 233​ void manufacturerChanged(const QString&);
156 void modelChanged(const QString&); 234​ void modelChanged(const QString&);
157 void serialNumberChanged(const QString&); 235​ void serialNumberChanged(const QString&);
158 void eisaIdChanged(const QString &); 236​ void eisaIdChanged(const QString &);
159 void pixelSizeChanged(const QSize&); 237​ void pixelSizeChanged(const QSize&);
238​
239​ void globalSizeChanged(const QSize&);
240​ void logicalSizeChanged(const QSize&);
241​
160 void refreshRateChanged(int); 242​ void refreshRateChanged(int);
243​ void cloneGroupIdChanged(quint32);
244​ void replicationSourceChanged(OutputDeviceInterface*, TriggerReason trigger,
245​ TriggerDirection direction);
161 //@deprecated see scaleChanged(real) 246​ //@deprecated see scaleChanged(real)
162 void scaleChanged(int); 247​ void scaleChanged(int);
163 void scaleFChanged(qreal); 248​ void scaleFChanged(qreal);
249​ void clientsScaleChanged(int);
164 void subPixelChanged(SubPixel); 250​ void subPixelChanged(SubPixel);
165 void transformChanged(Transform); 251​ void transformChanged(Transform);
166 void colorCurvesChanged(ColorCurves); 252​ void colorCurvesChanged(ColorCurves);
167 void modesChanged(); 253​ void modesChanged();
168 void currentModeChanged(); 254​ void currentModeChanged();
169 255​
170 void edidChanged(); 256​ void edidChanged();
171 void enabledChanged(); 257​ void enabledChanged();
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