///GENMHASH:4641DDCC05BB52F8555772EA9ADE8A42:FC9C9EE51368094AC252B1C35729FDF7
internal RegistryEncodedTaskStepImpl(RegistryTaskImpl taskImpl) : base(taskImpl.Inner().Step)
{
this.inner = new EncodedTaskStep();
if (taskImpl.Inner().Step != null && !(taskImpl.Inner().Step is EncodedTaskStep))
{
throw new ArgumentException("Constructor for RegistryEncodedTaskStepImpl invoked for class that is not an EncodedTaskStep");
}
this.taskImpl = taskImpl;
this.encodedTaskStepUpdateParameters = new EncodedTaskStepUpdateParameters();
}
///GENMHASH:1A8659F8D549D364C509FEE6D051EC24:7BFFB4FD72D26704E97C0D470D44EE51
internal RegistrySourceTriggerImpl(string sourceTriggerName, RegistryTaskImpl registryTaskImpl, bool creation)
{
if (creation)
{
this.registryTaskImpl = registryTaskImpl;
if (registryTaskImpl.Inner().Id == null)
{
this.inner = new SourceTrigger
{
SourceRepository = new SourceProperties(),
Name = sourceTriggerName
};
}
else
{
this.sourceTriggerUpdateParameters = new SourceTriggerUpdateParameters
{
SourceRepository = new SourceUpdateParameters(),
Name = sourceTriggerName
};
}
}
else
{
this.registryTaskImpl = registryTaskImpl;
this.inner = new SourceTrigger
{
SourceRepository = new SourceProperties()
};
bool foundSourceTrigger = false;
foreach (var stup in registryTaskImpl.taskUpdateParameters.Trigger.SourceTriggers)
{
if (stup.Name.Equals(sourceTriggerName, StringComparison.OrdinalIgnoreCase))
{
this.sourceTriggerUpdateParameters = stup;
foundSourceTrigger = true;
}
}
if (!foundSourceTrigger)
{
throw new ArgumentException("The trigger you are trying to update does not exist. If you are trying to define a new trigger while updating a task, please use the defineSourceTrigger function instead.");
}
}
}