public VFlashTypeBank(uint id, string name, VFlashTypeBankFile vFlashTypeBankFile)
: base(id, name)
{
ReferencePosition = 3;
VFlashTypeBankFile = vFlashTypeBankFile;
Children = VFlashTypeBuilder.Build(Header.Id, vFlashTypeBankFile);
}
public static void UpdateConfiguration(uint id, VFlashTypeBankFile vFlashTypeBankFile, List<VFlashTypeComponent> children)
{
var i = 0;
vFlashTypeBankFile.TypeBank[id] = new string[children.Count];
vFlashTypeBankFile.Steps[id] = new string[children.Count][];
foreach (var vFlashTypeComponent in children)
{
vFlashTypeBankFile.TypeBank[id][i] = vFlashTypeComponent.Version;
vFlashTypeBankFile.Steps[id][i] = new string[vFlashTypeComponent.Steps.Count];
var j = 0;
foreach (var step in vFlashTypeComponent.Steps)
{
vFlashTypeBankFile.Steps[id][i][j] = step.Id + ";" + step.Path + ";" + step.TransitionDelay + ";" + step.TransitionSignature;
j++;
}
i++;
}
vFlashTypeBankFile.Save();
}
public static List<VFlashTypeComponent> Build(uint id, VFlashTypeBankFile vFlashTypeBankFile)
{
var newlist = new List<VFlashTypeComponent>();
var i = 0;
foreach (var newType in vFlashTypeBankFile.TypeBank[id].Select(type => new VFlashTypeComponent(type)))
{
newType.Steps.Clear();
foreach (var step in vFlashTypeBankFile.Steps[id][i])
{
var properties = step.Split(';');
var newStep = new VFlashTypeComponent.Step(Convert.ToInt32(properties[0]))
{
Path = properties[1],
TransitionDelay = Convert.ToInt32(properties[2])
};
newStep.RestoreConditions(properties[3]);
newType.Steps.Add(newStep);
}
newlist.Add(newType);
i++;
}
return newlist;
}