public static void SequencerSingleCycleRun(this ITestTcoSequencerAutoRestorable sequencer, Action action)
{
sequencer.ContextOpen();
sequencer.SequencerOpen();
action();
sequencer.SequencerClose();
sequencer.ContextClose();
}
public static void SequencerRunUntilEndConditionIsMet(this ITestTcoSequencerAutoRestorable sequencer, Action action, Func <bool> endCondition)
{
while (!endCondition())
{
sequencer.ContextOpen();
sequencer.SequencerOpen();
action();
sequencer.SequencerClose();
sequencer.ContextClose();
}
}
public static void SequencerRunUntilActionDone(this ITestTcoSequencerAutoRestorable sequencer, Func <bool> action)
{
bool actionDone = false;
while (!actionDone)
{
sequencer.ContextOpen();
sequencer.SequencerOpen();
action();
sequencer.SequencerClose();
sequencer.ContextClose();
}
}
public static void SequencerMultipleCyclesRun(this ITestTcoSequencerAutoRestorable sequencer, Action action, ushort cycles)
{
ushort i = 0;
while (i < cycles)
{
sequencer.ContextOpen();
sequencer.SequencerOpen();
action();
sequencer.SequencerClose();
sequencer.ContextClose();
i++;
}
}
//TcoSequencerAutoRestorable
public static void AddEmptyCycle(this ITestTcoSequencerAutoRestorable sequencer)
{
sequencer.ContextOpen();
sequencer.ContextClose();
}