✏️ Editing: org.freedesktop.ColorManager.Device.xml

<!DOCTYPE node PUBLIC
"-//freedesktop//DTD D-BUS Object Introspection 1.0//EN"
"http://www.freedesktop.org/standards/dbus/1.0/introspect.dtd">
<node name="/" xmlns:doc="http://www.freedesktop.org/dbus/1.0/doc.dtd">
  <interface name='org.freedesktop.ColorManager.Device'>
    <doc:doc>
      <doc:description>
        <doc:para>
          The interface used for quering color parameters for a specific device.
        </doc:para>
      </doc:description>
    </doc:doc>

<property name='Created' type='t' access='read'>
      <doc:doc>
        <doc:description>
          <doc:para>
            The date the device was created.
          </doc:para>
        </doc:description>
      </doc:doc>
    </property>

<property name='Modified' type='t' access='read'>
      <doc:doc>
        <doc:description>
          <doc:para>
            The date the device was last modified, which in this
            instance means having a profile added or removed, or a
            different profile set as default.
          </doc:para>
        </doc:description>
      </doc:doc>
    </property>

<property name='Model' type='s' access='read'>
      <doc:doc>
        <doc:description>
          <doc:para>
            The device model string.
          </doc:para>
        </doc:description>
      </doc:doc>
    </property>

<property name='Serial' type='s' access='read'>
      <doc:doc>
        <doc:description>
          <doc:para>
            The device serial string.
          </doc:para>
        </doc:description>
      </doc:doc>
    </property>

<property name='Vendor' type='s' access='read'>
      <doc:doc>
        <doc:description>
          <doc:para>
            The device vendor string.
          </doc:para>
        </doc:description>
      </doc:doc>
    </property>

<property name='Colorspace' type='s' access='read'>
      <doc:doc>
        <doc:description>
          <doc:para>
            The device supported colorspace string, e.g. <doc:tt>RGB</doc:tt>.
          </doc:para>
        </doc:description>
      </doc:doc>
    </property>

<property name='Kind' type='s' access='read'>
      <doc:doc>
        <doc:description>
          <doc:para>
            The device kind, e.g. <doc:tt>scanner</doc:tt>,
            <doc:tt>display</doc:tt>, <doc:tt>printer</doc:tt> or
            <doc:tt>camera</doc:tt>
          </doc:para>
        </doc:description>
      </doc:doc>
    </property>

<property name='DeviceId' type='s' access='read'>
      <doc:doc>
        <doc:description>
          <doc:para>
            The device id string.
          </doc:para>
        </doc:description>
      </doc:doc>
    </property>

<property name='Profiles' type='ao' access='read'>
      <doc:doc>
        <doc:description>
          <doc:para>
            The profile paths associated with this device.
            Profiles are returned even if the device is disabled or
            is profiling, and clients should not assume that the first
            profile in this array should be applied.
          </doc:para>
        </doc:description>
      </doc:doc>
    </property>

<property name='Mode' type='s' access='read'>
      <doc:doc>
        <doc:description>
          <doc:para>
            The mode of the device, e.g. <doc:tt>virtual</doc:tt>,
            <doc:tt>physical</doc:tt> or <doc:tt>unknown</doc:tt>.
          </doc:para>
          <doc:para>
            Virtual devices are not tied to a specific item of hardware
            and can represent abstract devices such as "Boots Photo Lab".
          </doc:para>
          <doc:para>
            Physical devices correspond to a connected device that
            cannot be removed by client software.
          </doc:para>
          <doc:para>
            If a virtual 'disk' device gets added by a client then it
            is promoted to a 'physical' device.
            This can happen if a printer is saved and then restored at
            next boot before the CUPS daemon is running.
          </doc:para>
        </doc:description>
      </doc:doc>
    </property>

<property name='Format' type='s' access='read'>
      <doc:doc>
        <doc:description>
          <doc:para>
            The qualifier format for the device, e.g.
            <doc:tt>ColorModel.OutputMode.OutputResolution</doc:tt>.
          </doc:para>
        </doc:description>
      </doc:doc>
    </property>

<property name='Scope' type='s' access='read'>
      <doc:doc>
        <doc:description>
          <doc:para>
            The scope of the device, e.g. <doc:tt>normal</doc:tt>,
            <doc:tt>temp</doc:tt> or <doc:tt>disk</doc:tt>.
          </doc:para>
        </doc:description>
      </doc:doc>
    </property>

<property name='Owner' type='u' access='read'>
      <doc:doc>
        <doc:description>
          <doc:para>
            The user ID of the account that created the device.
          </doc:para>
        </doc:description>
      </doc:doc>
    </property>

<property name='Enabled' type='b' access='read'>
      <doc:doc>
        <doc:description>
          <doc:para>
            If the device is enabled. Devices are enabled by default
            until <doc:tt>Device.SetEnabled(False)</doc:tt> is called.
            If the enabled state is changed then this is reflected for
            all users and persistent across reboots.
          </doc:para>
        </doc:description>
      </doc:doc>
    </property>

<property name='Seat' type='s' access='read'>
      <doc:doc>
        <doc:description>
          <doc:para>
            The seat that the device belongs to, or an empty string for
            none or unknown.
          </doc:para>
        </doc:description>
      </doc:doc>
    </property>

<property name='Embedded' type='b' access='read'>
      <doc:doc>
        <doc:description>
          <doc:para>
            If the device is embedded into the hardware itself, for
            example the internal webcam or laptop screen.
          </doc:para>
        </doc:description>
      </doc:doc>
    </property>

<property name='Metadata' type='a{ss}' access='read'>
      <annotation name="org.qtproject.QtDBus.QtTypeName" value="CdStringMap"/>
      <doc:doc>
        <doc:description>
          <doc:para>
            The metadata for the device, which may include optional
            keys like <doc:tt>XRANDR_name</doc:tt>.
          </doc:para>
        </doc:description>
      </doc:doc>
    </property>

<property name='ProfilingInhibitors' type='as' access='read'>
      <doc:doc>
        <doc:description>
          <doc:para>
            The bus names of all the clients that have inhibited the
            device for profiling. e.g. <doc:tt>[ ":1.99", ":1.109" ]</doc:tt>
          </doc:para>
        </doc:description>
      </doc:doc>
    </property>

<method name='SetProperty'>
      <doc:doc>
        <doc:description>
          <doc:para>
            Sets a property on the object.
          </doc:para>
        </doc:description>
      </doc:doc>
      <arg type='s' name='property_name' direction='in'>
        <doc:doc>
          <doc:summary>
            <doc:para>
              The property name, e.g. <doc:tt>Model</doc:tt>.
            </doc:para>
          </doc:summary>
        </doc:doc>
      </arg>
      <arg type='s' name='property_value' direction='in'>
        <doc:doc>
          <doc:summary>
            <doc:para>
              The property value, e.g. <doc:tt>RGB.Plain.</doc:tt>.
            </doc:para>
          </doc:summary>
        </doc:doc>
      </arg>
    </method>

<signal name='Changed'>
      <doc:doc>
        <doc:description>
          <doc:para>
            Some value on the interface has changed.
          </doc:para>
        </doc:description>
      </doc:doc>
    </signal>

<method name='AddProfile'>
      <doc:doc>
        <doc:description>
          <doc:para>
            Adds a profile to the device. The profile must have been
            previously created.
          </doc:para>
          <doc:para>
            This method also stores the device to profile mapping in a
            persistent datadase, so that if the device and profile
            happen to both exist in the future, the profiles are
            auto-added to the device.
          </doc:para>
        </doc:description>
      </doc:doc>
      <arg type='s' name='relation' direction='in'>
        <doc:doc>
          <doc:summary>
            <doc:para>
              The strength of the relationship from profile to device.
              This can be <doc:tt>soft</doc:tt> to indicate that the
              mapping is not important, or that the profile is assumed
              from a device and not in response to user action.
            <doc:para>
            </doc:para>
              The default option is <doc:tt>hard</doc:tt>, and this
              means that the user has explicitly mapped a profile to
              a device, and this should take precidence over any
              <doc:tt>soft</doc:tt> profiles.
            </doc:para>
            <doc:para>
              If the user makes a <doc:tt>soft</doc:tt> profile default,
              then it is explicitly promoted to a <doc:tt>hard</doc:tt>
              relationship.
            </doc:para>
          </doc:summary>
        </doc:doc>
      </arg>
      <arg type='o' name='object_path' direction='in'>
        <doc:doc>
          <doc:summary>
            <doc:para>
              The profile path to add.
            </doc:para>
          </doc:summary>
        </doc:doc>
      </arg>
    </method>

<method name='RemoveProfile'>
      <doc:doc>
        <doc:description>
          <doc:para>
            Removes a profile for a device.
          </doc:para>
          <doc:para>
            This method also removes the device to profile mapping from
            a persistent datadase, so that if the device and profile
            happen to both exist in the future, the profiles are
            no longer auto-added to the device.
          </doc:para>
          <doc:para>
            If the profile was automatically added due to metadata in
            the profile (e.g. the profile was created for the device)
            then manually removing the profile will cause this metadata
            add to be supressed.
            This allows the user to remove old or obsolete profiles
            from any color control panel without having to delete them.
          </doc:para>
        </doc:description>
      </doc:doc>
      <arg type='o' name='object_path' direction='in'>
        <doc:doc>
          <doc:summary>
            <doc:para>
              The profile path that has already been added to the device.
            </doc:para>
          </doc:summary>
        </doc:doc>
      </arg>
    </method>

<method name='MakeProfileDefault'>
      <doc:doc>
        <doc:description>
          <doc:para>
            Sets the default profile for a device.
          </doc:para>
        </doc:description>
      </doc:doc>
      <arg type='o' name='profile_path' direction='in'>
        <doc:doc>
          <doc:summary>
            <doc:para>
              The profile path that has already been added to the device.
            </doc:para>
          </doc:summary>
        </doc:doc>
      </arg>
    </method>

<method name='GetProfileForQualifiers'>
      <doc:doc>
        <doc:description>
          <doc:para>
            Gets a single profile object path for a qualifier.
            The search term can contain '*' and '?' wildcards.
          </doc:para>
        </doc:description>
      </doc:doc>
      <arg type='as' name='qualifiers' direction='in'>
        <doc:doc>
          <doc:summary>
            <doc:para>
              An array of qualifiers, e.g. <doc:tt>['RGB.*.300dpi', 'RGB.*.*', '*.*.*']</doc:tt>.
            </doc:para>
            <doc:para>
              If the qualifier <doc:tt>*</doc:tt> is specified then
              the default profile is returned.
            </doc:para>
          </doc:summary>
        </doc:doc>
      </arg>
      <arg type='o' name='object_path' direction='out'>
        <doc:doc>
          <doc:summary>
            <doc:para>
              The profile path for the search terms.
            </doc:para>
          </doc:summary>
        </doc:doc>
      </arg>
    </method>

<method name='GetProfileRelation'>
      <doc:doc>
        <doc:description>
          <doc:para>
            Gets a profile relation for a given profile that has been
            added to this device.
          </doc:para>
        </doc:description>
      </doc:doc>
      <arg type='o' name='object_path' direction='in'>
        <doc:doc>
          <doc:summary>
            <doc:para>
              A profile object path.
            </doc:para>
          </doc:summary>
        </doc:doc>
      </arg>
      <arg type='s' name='relation' direction='out'>
        <doc:doc>
          <doc:summary>
            <doc:para>
              The profile to device relation, e.g. <doc:tt>hard</doc:tt>.
            </doc:para>
          </doc:summary>
        </doc:doc>
      </arg>
    </method>

<method name='ProfilingInhibit'>
      <doc:doc>
        <doc:description>
          <doc:para>
            Adds an inhibit on all profiles for this device. This means
            that any calls to <doc:tt>GetProfileForQualifier</doc:tt>
            will always match no profiles.
          </doc:para>
          <doc:para>
            This method will be used when creating profiles for devices,
            where the session color manager wants to be very sure that
            no profiles are being applied wen displaying color samples
            or printing color swatches.
          </doc:para>
          <doc:para>
            If the calling program exits without calling
            <doc:tt>ProfilingUninhibit</doc:tt> then the inhibit is
            automatically removed.
          </doc:para>
        </doc:description>
      </doc:doc>
    </method>

<method name='ProfilingUninhibit'>
      <doc:doc>
        <doc:description>
          <doc:para>
            Removes an inhibit on the device.
            This method should be used when profiling has finished and
            normal device matching behaviour should resume.
          </doc:para>
        </doc:description>
      </doc:doc>
    </method>

<method name='SetEnabled'>
      <doc:doc>
        <doc:description>
          <doc:para>
            Sets the device enable state.
          </doc:para>
        </doc:description>
      </doc:doc>
      <arg type='b' name='enabled' direction='in'>
        <doc:doc>
          <doc:summary>
            <doc:para>
              If the device is enabled.
            </doc:para>
          </doc:summary>
        </doc:doc>
      </arg>
    </method>

</interface>
</node>

✏️ Editing: org.freedesktop.ColorManager.Device.xml

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