public void AddCompare(AutomationTask task, string fileAPath, string fileAHash, string fileBPath, string fileBHash, AutomationCompareMode compareMode)
{
AutomationCompare compare = new AutomationCompare()
{
CompareAFilepath = fileAPath,
CompareAHash = fileAHash,
CompareBFilepath = fileBPath,
CompareBHash = fileBHash,
CompareMode = compareMode
};
AddCompare(task, compare);
}
public async Task <bool> RunTasksAsync()
{
ExecutionTimeStopwatch.Restart();
RunningTask = null;
ExitCode = SequencerExitCode.NotRun;
if (Package == null || AutomationSequencer == null || AutomationRunnerSettings == null)
{
throw new NullReferenceException();
}
Logging.Debug(Logfiles.AutomationRunner, "Setting up macro list before task run");
AllMacros.Clear();
AllMacros.AddRange(ApplicationMacros);
foreach (AutomationMacro macro in GlobalMacros)
{
AllMacros.Add(AutomationMacro.Copy(macro));
}
//process local macros in case they were added with macros inside them
foreach (AutomationMacro macro in SequenceMacros)
{
macro.Value = AutomationTask.ProcessMacro(macro.Name, macro.Value, SequenceMacros);
AllMacros.Add(AutomationMacro.Copy(macro));
}
Logging.Debug(Logfiles.AutomationRunner, "Setting up working directory");
string workingDirectory = Path.Combine(ApplicationConstants.RelhaxTempFolderPath, Package.PackageName);
if (Directory.Exists(workingDirectory))
{
Logging.Debug("Directory exits, delete");
if (!await FileUtils.DirectoryDeleteAsync(workingDirectory, true, true))
{
Logging.Error(LogOptions.ClassName, "Failed to clear the working directory");
return(false);
}
}
Directory.CreateDirectory(workingDirectory);
bool taskReturnGood = true;
for (int index = 0; index < AutomationTasks.Count; index++)
{
AutomationTask task = AutomationTasks[index];
RunningTask = task;
bool breakLoop = false;
Logging.Info(Logfiles.AutomationRunner, LogOptions.MethodName, "Running task: {0}", task.ID);
try
{
await task.Execute();
}
catch (Exception ex)
{
if (task is ICancelOperation taskThatNeedsCancel)
{
taskThatNeedsCancel.Cancel();
}
if (!(ex is OperationCanceledException))
{
Logging.Exception(ex.ToString());
}
}
switch (task.ExitCode)
{
case AutomationExitCode.None:
breakLoop = false;
taskReturnGood = true;
ExitCode = SequencerExitCode.NoErrors;
break;
case AutomationExitCode.Cancel:
breakLoop = true;
taskReturnGood = true;
ExitCode = SequencerExitCode.Cancel;
break;
case AutomationExitCode.ComparisonNoFilesToUpdate:
breakLoop = true;
taskReturnGood = true;
ExitCode = SequencerExitCode.NoErrors;
break;
case AutomationExitCode.ComparisonManualFilesToUpdate:
breakLoop = true;
taskReturnGood = true;
ExitCode = SequencerExitCode.NoErrors;
break;
default:
Logging.Error(Logfiles.AutomationRunner, LogOptions.MethodName, "The task, '{0}', failed to execute. Check the task error output above for more details. You may want to enable verbose logging.", task.ID);
breakLoop = true;
taskReturnGood = false;
ExitCode = SequencerExitCode.Errors;
break;
}
if (CancellationToken.IsCancellationRequested)
{
breakLoop = true;
taskReturnGood = true;
ExitCode = SequencerExitCode.Cancel;
}
if (breakLoop)
{
break;
}
}
//dispose/cleanup the tasks
AutomationTasks.Clear();
RunningTask = null;
Logging.Info("Sequence {0} completed in {1} ms", PackageName, ExecutionTimeStopwatch.ElapsedMilliseconds);
Dispose();
return(taskReturnGood);
}
public void AddCompare(AutomationTask task, AutomationCompare compare)
{
compare.AutomationTask = task;
AutomationCompares.Add(compare);
}