public override void SaveProfile(Profile profile)
{
var profileXml = Xml.CreateXmlDocument("Profile");
BaseSaveProfile(profileXml, profile, FormatChannel);
Group.SaveToXml(profileXml.DocumentElement, profile.Groups);
profileXml.Save(profile.FileName);
profile.IsDirty = false;
}
public override void SaveProfile(Profile profile)
{
var profileXml = Xml.CreateXmlDocument("Profile");
BaseSaveProfile(profileXml, profile, FormatChannel);
var profileNode = Xml.GetNodeAlways(profileXml, "Profile");
BaseSaveSortOrders(profileNode, profile);
BaseSaveNativeData(profile.FileName, profile.Groups);
profileXml.Save(profile.FileName);
profile.IsDirty = false;
}
public SequenceProgram(EventSequence sequence)
{
_profile = null;
UseSequencePluginData = false;
TreatAsLocal = false;
_key = Host.GetUniqueKey();
_mask = null;
FileName = sequence.FileName;
ConstructUsing();
SetupData = sequence.PlugInData;
EventSequences.Add(new EventSequenceStub(sequence));
}
protected static Profile BaseOpenProfile(string fileName, IFileIOHandler ioHandler)
{
var p = new Profile {FileIOHandler = ioHandler};
var document = new XmlDocument();
document.Load(fileName);
XmlNode documentElement = document.DocumentElement;
p.FileName = fileName;
p.ClearChannels();
if (documentElement != null) {
var channelObjectsNode = documentElement.SelectNodes("ChannelObjects/*");
if (channelObjectsNode != null) {
foreach (XmlNode channelObject in channelObjectsNode) {
p.AddChannelObject(new Channel(channelObject), false);
}
}
var outputNodes = documentElement.SelectSingleNode("Outputs");
if (outputNodes != null) {
foreach (var outputChannel in outputNodes.InnerText.Split(',').Where(outputChannel => outputChannel.Length > 0)) {
p.AddChannelOutput(Convert.ToInt32(outputChannel));
}
}
}
p.PlugInData.LoadFromXml(documentElement);
p.Groups = Group.LoadFromXml(documentElement) ?? new Dictionary<string, GroupData>();
p.IsDirty = Group.LoadFromFile(documentElement, p.Groups);
if (documentElement != null) {
var disabledChannelsNode = documentElement.SelectSingleNode("DisabledChannels");
if (disabledChannelsNode != null) {
foreach (
var disabledChannel in disabledChannelsNode.InnerText.Split(',').Where(disabledChannel => disabledChannel != string.Empty)) {
p.Channels[Convert.ToInt32(disabledChannel)].Enabled = false;
}
}
}
p.Freeze();
return p;
}
public EventSequence()
{
_fullChannels = new List<Channel>();
Channels = new List<Channel>();
PlugInData = new SetupData();
Extensions = new SequenceExtensions();
EventValues = null;
_eventPeriod = 100;
MinimumLevel = 0;
MaximumLevel = 255;
Audio = null;
TotalEventPeriods = 0;
WindowWidth = 0;
WindowHeight = 0;
ChannelWidth = 0;
EngineType = EngineType.Standard;
_profile = null;
TreatAsLocal = false;
AudioDeviceIndex = -1;
AudioDeviceVolume = 0;
Key = Host.GetUniqueKey();
}
public abstract void SaveProfile(Profile profile);
protected static void BaseSaveSortOrders(XmlNode profileNode, Profile profile)
{
var sortOrders = Xml.GetEmptyNodeAlways(profileNode, "SortOrders");
Xml.SetAttribute(sortOrders, "lastSort", "-1"); // always default to none since we don't track this anywhere.
var ownerDoc = profileNode.OwnerDocument;
if (ownerDoc == null) {
throw new ArgumentNullException("profileNode", "Somehow your profile node is a lost child! Sorry I have to exit.");
}
foreach (var g in profile.Groups.Where(g => g.Value.IsSortOrder)) {
var groupValue = g.Value;
var cso = ownerDoc.CreateElement("SortOrder");
var originalName = groupValue.Name.Replace(" (Sort Order)", "").Trim();
Xml.SetAttribute(cso, "name", originalName);
cso.InnerText = groupValue.GroupChannels;
sortOrders.AppendChild(cso);
}
}
protected static void BaseSaveProfile(XmlDocument doc, Profile profileObject, FormatChannelDelegate fc)
{
profileObject.Freeze(); // fix VIX-53
XmlNode profileDoc = doc.DocumentElement;
var channelObjectsNode = Xml.GetEmptyNodeAlways(profileDoc, "ChannelObjects");
foreach (var channel in profileObject.Channels) {
channelObjectsNode.AppendChild(fc(doc, channel));
}
var outputs = string.Join(",", (from c in profileObject.Channels select c.OutputChannel.ToString()).ToArray());
Xml.GetEmptyNodeAlways(profileDoc, "Outputs").InnerText = outputs;
if (profileDoc != null) {
profileDoc.AppendChild(doc.ImportNode(profileObject.PlugInData.RootNode, true));
}
var disabledChannels = string.Join(",",
(from c in profileObject.Channels where !c.Enabled select profileObject.Channels.FindIndex(i => i == c).ToString()).ToArray());
Xml.SetValue(profileDoc, "DisabledChannels", disabledChannels);
}
private void DetachFromProfile()
{
FileIOHandler.LoadEmbeddedData(FileName, this);
_fullChannels.Clear();
_fullChannels.AddRange(_profile.FullChannels);
_profile = null;
UpdateEventValueArray();
}
public void ReloadProfile()
{
if (_profile == null) {
return;
}
_profile = FileIOHandler.OpenProfile(_profile.FileName);
LoadFromProfile();
}
public void AttachToProfile(Profile profile)
{
_profile = profile;
_profile.Freeze();
LoadFromProfile();
}
public void SaveProfile(Profile profile)
{
throw new NotSupportedException("Format does not support profiles.");
}
private void Initialize(Profile profile)
{
if (Mode == EngineMode.Synchronous) {
throw new Exception("Only an asynchronous engine instance can be initialized with a profile.");
}
profile.Freeze();
InitializeForAsynchronous(profile);
}
private void SetProfile(Profile profile)
{
_sequence.Profile = profile;
_sequence.Groups = profile.Groups;
UpdateGroups();
ReactToProfileAssignment();
IsDirty = true;
}
private Profile GetContextProfile(string fileName = null)
{
var context = new Profile();
if (null != fileName) {
context.FileName = fileName;
}
context.InheritChannelsFrom(_sequence);
context.InheritPlugInDataFrom(_sequence);
context.Groups = _sequence.Groups;
context.FileIOHandler = _sequence.FileIOHandler;
return context;
}