// Fill out the SOFTKEYNOTIFY structure to create the notification soft key type specified
// within 'data'.
private void ConfigureSoftKey(ref SOFTKEYNOTIFY softKey, NotificationSoftKey data, uint index)
{
if (data != null)
{
softKey.pszTitle = String.IsNullOrEmpty(data.Title) ? " " : data.Title;
softKey.skc.grfFlags = (uint)data.Type;
}
else
{
// NULL means an "empty" soft key, the best way
// to simulate this is to make a soft key which has
// a blank title (does not render any text) and
// is disabled (so it doesn't respond to stylus
// taps).
softKey.pszTitle = " ";
softKey.skc.grfFlags = (uint)SoftKeyType.Disabled;
}
// Each softkey must have a unique id for use with WM_COMMAND
// so fudge the notification id and softkey index into a unique
// id which we can easily reverse back into it's components.
softKey.skc.wpCmd = (uint)(m_data.dwID << 8) + index;
}
// Fill out the SOFTKEYNOTIFY structure to create the notification soft key type specified
// within 'data'.
private void ConfigureSoftKey(ref SOFTKEYNOTIFY softKey, NotificationSoftKey data, uint index)
{
if (data != null)
{
softKey.pszTitle = String.IsNullOrEmpty(data.Title) ? " " : data.Title;
softKey.skc.grfFlags = (uint)data.Type;
}
else
{
// NULL means an "empty" soft key, the best way
// to simulate this is to make a soft key which has
// a blank title (does not render any text) and
// is disabled (so it doesn't respond to stylus
// taps).
softKey.pszTitle = " ";
softKey.skc.grfFlags = (uint)SoftKeyType.Disabled;
}
// Each softkey must have a unique id for use with WM_COMMAND
// so fudge the notification id and softkey index into a unique
// id which we can easily reverse back into it's components.
softKey.skc.wpCmd = (uint)(m_data.dwID << 8) + index;
}