public static void AutoCycle(
Interactor intr,
int startDelaySec)
{
if (intr.CancelSource.IsCancellationRequested) { return; }
var queue = new TaskQueue();
int charsTotal = intr.AccountSettings.GetSettingValOr("characterCount", "general", 0);
if (queue.IsEmpty) {
intr.Log("Populating task queue: (0 -> " + (charsTotal).ToString() + ")");
queue.Populate(intr, charsTotal, RESET_DAY);
intr.UpdateQueueList(queue.ListClone(intr));
}
intr.Log("Starting AutoCycle in " + startDelaySec.ToString() + " seconds...");
intr.Wait(startDelaySec * 1000);
if (intr.CancelSource.IsCancellationRequested) { return; }
intr.Log("Beginning AutoCycle.");
// ##### BEGIN AUTOCYCLE LOOP #####
while (!queue.IsEmpty && !intr.CancelSource.IsCancellationRequested) {
if (IsCurfew()) {
int sleepTime = intr.WaitRand(300000, 1800000);
intr.Log("Curfew time. Sleeping for " + (sleepTime / 60000).ToString() + " minutes.");
}
intr.Log(LogEntryType.Debug, "AutoCycle(): Loop iteration starting.");
TimeSpan nextTaskMatureDelay = queue.NextTaskMatureDelay();
intr.Log(LogEntryType.Debug, "AutoCycle(): Next task mature delay: " + nextTaskMatureDelay);
if (nextTaskMatureDelay.Ticks <= 0) {
// TASK TIMER HAS MATURED -> CONTINUE
// ##### ENTRY POINT -- INVOKING & PROCESSING CHARACTER #####
ProcessCharacter(intr, queue);
} else {
// TASK TIMER NOT MATURE YET -> WAIT
intr.Wait(1000);
intr.Log("Next task matures in " + nextTaskMatureDelay.TotalMinutes.ToString("F0") + " minutes.");
TimeSpan waitDelay = nextTaskMatureDelay;
if (nextTaskMatureDelay.TotalMinutes > 8) {
if (queue.NextTask.Kind == TaskKind.Profession) {
waitDelay = nextTaskMatureDelay + intr.RandomDelay(9, 25);
} else {
waitDelay = nextTaskMatureDelay + intr.RandomDelay(9, 15);
}
ProduceClientState(intr, ClientState.None, 0);
} else if (nextTaskMatureDelay.TotalSeconds > 1) {
// Delay more than 1 sec, let the train catch up...
ProduceClientState(intr, ClientState.Inactive, 0);
waitDelay = nextTaskMatureDelay + intr.RandomDelay(5, 11);
intr.Log("Minimizing client and waiting " + waitDelay.TotalMinutes.ToString("F0") + " minutes.");
}
if (waitDelay.TotalSeconds > 1) {
intr.Log("Sleeping for " + waitDelay.TotalMinutes.ToString("F0") + " minutes before continuing...");
intr.Wait(waitDelay);
Screen.Wake(intr);
}
}
intr.Wait(100);
}
intr.Log(LogEntryType.Info, "Autocycle complete.");
}
// QUEUESUBSEQUENTPROFESSIONTASK(): QUEUE FOLLOW UP TASK
private void QueueSubsequentProfessionTask(Interactor intr, uint charIdx, int taskId, float bonusFactor)
{
var now = DateTime.Now;
var mostRecentProfTime = intr.AccountStates.GetCharStateOr(charIdx,
"MostRecentProfTime_" + taskId, Global.Default.SomeOldDate);
var taskMatureTime = now;
if (mostRecentProfTime.AddMinutes(ProfessionTasksRef.ProfessionTaskDurationMinutes[taskId]) < now) {
taskMatureTime = CalculateTaskMatureTime(now, charIdx, TaskKind.Profession, taskId, bonusFactor);
} else {
taskMatureTime = CalculateTaskMatureTime(mostRecentProfTime, charIdx, TaskKind.Profession, taskId, bonusFactor);
}
intr.Log("Next profession task (" + ProfessionTasksRef.ProfessionTaskNames[taskId] + ") for " +
intr.AccountSettings.CharNames[(int)charIdx] + " at: " + taskMatureTime.ToString() + ".");
var newTask = this.Add(new GameTask(now, taskMatureTime, charIdx, TaskKind.Profession, taskId, bonusFactor));
//intr.AccountStates.SaveCharState(now, charIdx, "MostRecentProfTime_" + taskId);
intr.AccountStates.SaveCharTask(newTask);
intr.UpdateQueueList(this.ListClone(intr));
}
public static void AutoCycle(
Interactor intr,
int startDelaySec)
{
if (intr.CancelSource.IsCancellationRequested)
{
return;
}
var queue = new TaskQueue();
int charsTotal = intr.AccountSettings.GetSettingValOr("characterCount", "general", 0);
if (queue.IsEmpty)
{
intr.Log("Populating task queue: (0 -> " + (charsTotal).ToString() + ")");
queue.Populate(intr, charsTotal, RESET_DAY);
intr.UpdateQueueList(queue.ListClone(intr));
}
intr.Log("Starting AutoCycle in " + startDelaySec.ToString() + " seconds...");
intr.Wait(startDelaySec * 1000);
if (intr.CancelSource.IsCancellationRequested)
{
return;
}
intr.Log("Beginning AutoCycle.");
// ##### BEGIN AUTOCYCLE LOOP #####
while (!queue.IsEmpty && !intr.CancelSource.IsCancellationRequested)
{
if (IsCurfew())
{
int sleepTime = intr.WaitRand(300000, 1800000);
intr.Log("Curfew time. Sleeping for " + (sleepTime / 60000).ToString() + " minutes.");
}
intr.Log(LogEntryType.Debug, "AutoCycle(): Loop iteration starting.");
TimeSpan nextTaskMatureDelay = queue.NextTaskMatureDelay();
intr.Log(LogEntryType.Debug, "AutoCycle(): Next task mature delay: " + nextTaskMatureDelay);
if (nextTaskMatureDelay.Ticks <= 0)
{
// TASK TIMER HAS MATURED -> CONTINUE
// ##### ENTRY POINT -- INVOKING & PROCESSING CHARACTER #####
ProcessCharacter(intr, queue);
}
else
{
// TASK TIMER NOT MATURE YET -> WAIT
intr.Wait(1000);
intr.Log("Next task matures in " + nextTaskMatureDelay.TotalMinutes.ToString("F0") + " minutes.");
TimeSpan waitDelay = nextTaskMatureDelay;
if (nextTaskMatureDelay.TotalMinutes > 8)
{
if (queue.NextTask.Kind == TaskKind.Profession)
{
waitDelay = nextTaskMatureDelay + intr.RandomDelay(9, 25);
}
else
{
waitDelay = nextTaskMatureDelay + intr.RandomDelay(9, 15);
}
ProduceClientState(intr, ClientState.None, 0);
}
else if (nextTaskMatureDelay.TotalSeconds > 1)
{
// Delay more than 1 sec, let the train catch up...
ProduceClientState(intr, ClientState.Inactive, 0);
waitDelay = nextTaskMatureDelay + intr.RandomDelay(5, 11);
intr.Log("Minimizing client and waiting " + waitDelay.TotalMinutes.ToString("F0") + " minutes.");
}
if (waitDelay.TotalSeconds > 1)
{
intr.Log("Sleeping for " + waitDelay.TotalMinutes.ToString("F0") + " minutes before continuing...");
intr.Wait(waitDelay);
Screen.Wake(intr);
}
}
intr.Wait(100);
}
intr.Log(LogEntryType.Info, "Autocycle complete.");
}
// QUEUESUBSEQUENTINVOCATIONTASK(): QUEUE FOLLOW UP TASK
//
// If `invokesToday` is 0 it can be assumed that things are out of sync.
// - `invokesToday` defaults to 1 initially (see `AdvanceTask()` near the bottom).
// - There are no other known reasons why it would be 0, therefore an extra 15 minutes of delay is added.
private void QueueSubsequentInvocationTask(Interactor intr, uint charIdx, int invokesToday)
{
var now = DateTime.Now;
DateTime taskMatureTime = now;
DateTime nextThreeThirty = NextThreeAmPst;
DateTime todaysInvokeDate = TodaysGameDate;
//string charLabel = intr.AccountSettings.GetCharSetting(charIdx, "CharacterName");
string charLabel = intr.AccountSettings.CharNode(charIdx).GetAttribute("name");
if (invokesToday < 6) { // QUEUE FOR LATER
TimeSpan extraDelay = TimeSpan.FromMinutes(0);
if (invokesToday == 0) {
extraDelay = TimeSpan.FromMinutes(15);
}
taskMatureTime = CalculateTaskMatureTime(now + extraDelay, charIdx, TaskKind.Invocation, invokesToday, 0.0f);
// IF NEXT SCHEDULED TASK IS BEYOND THE 3:30 CURFEW, RESET FOR NEXT DAY
if (taskMatureTime > nextThreeThirty) {
invokesToday = 6;
taskMatureTime = nextThreeThirty;
}
} else { // (INVOKES >= 6) QUEUE FOR TOMORROW
try {
intr.Log(LogEntryType.Debug, "Interactions::Sequences::AutoCycle(): All daily invocation complete for character ["
+ charIdx + "] on: " + todaysInvokeDate);
intr.AccountStates.SaveCharState(todaysInvokeDate, charIdx, "invokesCompleteFor");
intr.AccountStates.SaveCharState(invokesToday, charIdx, "invokesToday");
taskMatureTime = nextThreeThirty;
} catch (Exception ex) {
intr.Log(LogEntryType.Error, "Error saving InvokesCompleteFor" + ex.ToString());
}
}
try {
intr.AccountStates.SaveCharState(invokesToday, charIdx, "invokesToday");
intr.AccountStates.SaveCharState(now, charIdx, "mostRecentInvocationTime");
intr.Log(LogEntryType.Debug, "Settings saved to ini for: " + charLabel + ".");
} catch (Exception ex) {
intr.Log(LogEntryType.Error, "Interactions::Sequences::AutoCycle(): Problem saving settings: " + ex.ToString());
}
intr.Log("Next invocation task for " + intr.AccountSettings.CharNames[(int)charIdx] +
" at: " + taskMatureTime.ToString() + ".");
var newTask = this.Add(new GameTask(now, taskMatureTime, charIdx, TaskKind.Invocation, invokesToday, 0.0f));
intr.AccountStates.SaveCharTask(newTask);
intr.UpdateQueueList(this.ListClone(intr));
}