void TestApplications(Job job)
{
//arrange based on total stats
SortApplicationsBasedOnStats(job);
//accept applications
for (int a = 0; a < job.applications.Count; a++)
{
if (job.requiredWorkers == 0)
{
job.applications.Clear();
return;
}
job.AddWorker(job.applications [0]);
//setup worker data
job.applications [0].stats.income = job.pay;
job.applications [0].stats.company = this;
job.applications [0].stats.job = job;
job.applications [0].recalculateSleep();
job.applications [0].resetApplications();
job.requiredWorkers--;
}
}
public void CreateJob()
{
string jobName = Prompt("Enter the name of the job:");
Job job = new Job(jobName);
Assembly automationAssembly = typeof(Job).Assembly;
Type[] allTypes = automationAssembly.GetTypes();
List <Type> workerTypes = new List <Type>();
allTypes.Each((type) =>
{
if (type.ImplementsInterface <IWorker>())
{
workerTypes.Add(type);
}
});
workerTypes.Each((wt, i) => OutLineFormat("{0}. {1}", ConsoleColor.Cyan, i + 1, wt.Name));
int workTypeIndex = NumberPrompt("Select work to add");
if (workTypeIndex <= 0)
{
Out("Invalid selection", ConsoleColor.Red);
}
string workName = Prompt("Enter a name for the work");
Type workToAdd = workerTypes[workTypeIndex - 1];
object work = workToAdd.Construct(workName);
job.AddWorker((IWorker)work);
}
public virtual void OnAddWorkersUp()
{
_parentJob.AddWorker();
_gameSignals.EmitSignal(nameof(GameSignals.UpdateUI));
}
