public new void AfterInitialize()
{
// Vanilla / new saves don't have the LevelSets list.
if (LevelSets == null)
{
LevelSets = new List <LevelSetStats>();
}
if (LevelSetRecycleBin == null)
{
LevelSetRecycleBin = new List <LevelSetStats>();
}
if (LevelSets.Count <= 1 && LevelSetRecycleBin.Count == 0 && !HasModdedSaveData)
{
// the save file doesn't have any mod save data (just created, overwritten by vanilla, or Everest just updated).
// we want to carry mod save data that was backed up in the mod save file, if any.
ModSaveData modSaveData = UserIO.Load <ModSaveData>(GetFilename(FileSlot) + "-modsavedata");
if (modSaveData != null)
{
modSaveData.CopyToCelesteSaveData(this);
Logger.Log(LogLevel.Warn, "SaveData", $"{LevelSets.Count} level set(s) were restored from mod backup for save slot {FileSlot}");
}
}
HasModdedSaveData = true;
if (Areas_Unsafe == null)
{
Areas_Unsafe = new List <AreaStats>();
}
// Add missing LevelSetStats.
foreach (AreaData area in AreaData.Areas)
{
string set = area.GetLevelSet();
if (!LevelSets.Exists(other => other.Name == set))
{
LevelSetStats recycleBinLevelSet = LevelSetRecycleBin.FirstOrDefault(other => other.Name == set);
if (recycleBinLevelSet != null)
{
// the level set is actually in the recycle bin - restore it.
LevelSets.Add(recycleBinLevelSet);
LevelSetRecycleBin.Remove(recycleBinLevelSet);
}
else
{
// create a new LevelSetStats entry.
LevelSets.Add(new LevelSetStats {
Name = set,
UnlockedAreas = set == "Celeste" ? UnlockedAreas_Unsafe : 0
});
}
}
}
// Fill each LevelSetStats with its areas.
for (int lsi = 0; lsi < LevelSets.Count; lsi++)
{
LevelSetStats set = LevelSets[lsi];
set.SaveData = this;
List <AreaStats> areas = set.Areas;
if (set.Name == "Celeste")
{
areas = Areas_Unsafe;
}
int offset = set.AreaOffset;
if (offset == -1)
{
// LevelSet gone - let's move it to the recycle bin.
LevelSetStats levelSetAlreadyInRecycleBin = LevelSetRecycleBin.FirstOrDefault(other => other.Name == set.Name);
if (levelSetAlreadyInRecycleBin != null)
{
// a level set with the same name already exists in the recycle bin - replace it.
LevelSetRecycleBin.Remove(levelSetAlreadyInRecycleBin);
}
LevelSetRecycleBin.Add(set);
// now, remove it to prevent any unwanted access.
LevelSets.RemoveAt(lsi);
lsi--;
continue;
}
// Refresh all stat IDs based on their SIDs, sort, fill and remove leftovers.
// Temporarily use ID_Unsafe; later ID_Safe to ID_Unsafe to resync the SIDs.
// This keeps the stats bound to their SIDs, not their indices, while removing non-existent areas.
int countRoots = AreaData.Areas.Count(other => other.GetLevelSet() == set.Name && string.IsNullOrEmpty(other?.GetMeta()?.Parent));
int countAll = AreaData.Areas.Count(other => other.GetLevelSet() == set.Name);
// Fix IDs
for (int i = 0; i < areas.Count; i++)
{
AreaData area = AreaDataExt.Get(areas[i]);
if (!string.IsNullOrEmpty(area?.GetMeta()?.Parent))
{
area = null;
}
((patch_AreaStats)areas[i]).ID_Unsafe = area?.ID ?? int.MaxValue;
}
// Sort
areas.Sort((a, b) => ((patch_AreaStats)a).ID_Unsafe - ((patch_AreaStats)b).ID_Unsafe);
// Remove leftovers
while (areas.Count > 0 && ((patch_AreaStats)areas[areas.Count - 1]).ID_Unsafe == int.MaxValue)
{
areas.RemoveAt(areas.Count - 1);
}
// Fill gaps
for (int i = 0; i < countRoots; i++)
{
if (i >= areas.Count || ((patch_AreaStats)areas[i]).ID_Unsafe != offset + i)
{
areas.Insert(i, new AreaStats(offset + i));
}
}
// Duplicate parent stat refs into their respective children slots.
for (int i = countRoots; i < countAll; i++)
{
if (i >= areas.Count)
{
areas.Insert(i, areas[AreaDataExt.Get(AreaData.Get(offset + i).GetMeta().Parent).ID - offset]);
}
}
// Resync SIDs
for (int i = 0; i < areas.Count; i++)
{
((patch_AreaStats)areas[i]).ID_Safe = ((patch_AreaStats)areas[i]).ID_Unsafe;
}
int lastCompleted = -1;
for (int i = 0; i < countRoots; i++)
{
if (areas[i].Modes[0].Completed)
{
lastCompleted = i;
}
}
if (set.Name == "Celeste")
{
if (UnlockedAreas_Unsafe < lastCompleted + 1 && set.MaxArea >= lastCompleted + 1)
{
UnlockedAreas_Unsafe = lastCompleted + 1;
}
if (DebugMode)
{
UnlockedAreas_Unsafe = set.MaxArea;
}
}
else
{
if (set.UnlockedAreas < lastCompleted + 1 && set.MaxArea >= lastCompleted + 1)
{
set.UnlockedAreas = lastCompleted + 1;
}
if (DebugMode)
{
set.UnlockedAreas = set.MaxArea;
}
}
foreach (AreaStats area in areas)
{
area.CleanCheckpoints();
}
}
// Assign SaveData for the level sets in the recycle bin to prevent crashes.
foreach (LevelSetStats set in LevelSetRecycleBin)
{
set.SaveData = this;
}
// Order the levelsets to appear just as their areas appear in AreaData.Areas
LevelSets.Sort((set1, set2) => set1.AreaOffset.CompareTo(set2.AreaOffset));
// If there is no mod progress, carry over any progress from vanilla saves.
if (LastArea_Safe.ID == 0)
{
LastArea_Safe = LastArea_Unsafe;
}
if (CurrentSession_Safe == null)
{
CurrentSession_Safe = CurrentSession_Unsafe;
}
// Trick unmodded instances of Celeste to thinking that we last selected prologue / played no level.
LastArea_Unsafe = AreaKey.Default;
CurrentSession_Unsafe = null;
// Fix areas with missing SID (f.e. deleted or renamed maps).
if (AreaData.Get(LastArea) == null)
{
LastArea = AreaKey.Default;
}
// Fix out of bounds areas.
if (LastArea.ID < 0 || LastArea.ID >= AreaData.Areas.Count)
{
LastArea = AreaKey.Default;
}
if (string.IsNullOrEmpty(TheoSisterName))
{
TheoSisterName = Dialog.Clean("THEO_SISTER_NAME", null);
if (Name.IndexOf(TheoSisterName, StringComparison.InvariantCultureIgnoreCase) >= 0)
{
TheoSisterName = Dialog.Clean("THEO_SISTER_ALT_NAME", null);
}
}
AssistModeChecks();
if (Version != null)
{
Version v = new Version(Version);
if (v < new Version(1, 2, 1, 1))
{
for (int id = 0; id < Areas_Unsafe.Count; id++)
{
AreaStats area = Areas_Unsafe[id];
if (area == null)
{
continue;
}
for (int modei = 0; modei < area.Modes.Length; modei++)
{
AreaModeStats mode = area.Modes[modei];
if (mode == null)
{
continue;
}
if (mode.BestTime > 0L)
{
mode.SingleRunCompleted = true;
}
mode.BestTime = 0L;
mode.BestFullClearTime = 0L;
}
}
}
}
}
public new void AfterInitialize()
{
// Vanilla / new saves don't have the LevelSets list.
if (LevelSets == null)
{
LevelSets = new List <LevelSetStats>();
}
if (Areas_Unsafe == null)
{
Areas_Unsafe = new List <AreaStats>();
}
// Add missing LevelSetStats.
foreach (AreaData area in AreaData.Areas)
{
string set = area.GetLevelSet();
if (!LevelSets.Exists(other => other.Name == set))
{
LevelSets.Add(new LevelSetStats {
Name = set,
UnlockedAreas = set == "Celeste" ? UnlockedAreas_Unsafe : 0
});
}
}
// Fill each LevelSetStats with its areas.
for (int lsi = 0; lsi < LevelSets.Count; lsi++)
{
LevelSetStats set = LevelSets[lsi];
set.SaveData = this;
List <AreaStats> areas = set.Areas;
if (set.Name == "Celeste")
{
areas = Areas_Unsafe;
}
int offset = set.AreaOffset;
if (offset == -1)
{
// LevelSet gone - let's remove it to prevent any unwanted accesses.
// We previously kept the LevelSetStats around in case the levelset resurfaces later on, but as it turns out, this breaks some stuff.
LevelSets.RemoveAt(lsi);
lsi--;
continue;
}
// Refresh all stat IDs based on their SIDs, sort, fill and remove leftovers.
// Temporarily use ID_Unsafe; later ID_Safe to ID_Unsafe to resync the SIDs.
// This keeps the stats bound to their SIDs, not their indices, while removing non-existent areas.
int countRoots = AreaData.Areas.Count(other => other.GetLevelSet() == set.Name && string.IsNullOrEmpty(other?.GetMeta()?.Parent));
int countAll = AreaData.Areas.Count(other => other.GetLevelSet() == set.Name);
// Fix IDs
for (int i = 0; i < areas.Count; i++)
{
AreaData area = AreaDataExt.Get(areas[i]);
if (!string.IsNullOrEmpty(area?.GetMeta()?.Parent))
{
area = null;
}
((patch_AreaStats)areas[i]).ID_Unsafe = area?.ID ?? int.MaxValue;
}
// Sort
areas.Sort((a, b) => ((patch_AreaStats)a).ID_Unsafe - ((patch_AreaStats)b).ID_Unsafe);
// Remove leftovers
while (areas.Count > 0 && ((patch_AreaStats)areas[areas.Count - 1]).ID_Unsafe == int.MaxValue)
{
areas.RemoveAt(areas.Count - 1);
}
// Fill gaps
for (int i = 0; i < countRoots; i++)
{
if (i >= areas.Count || ((patch_AreaStats)areas[i]).ID_Unsafe != offset + i)
{
areas.Insert(i, new AreaStats(offset + i));
}
}
// Duplicate parent stat refs into their respective children slots.
for (int i = countRoots; i < countAll; i++)
{
if (i >= areas.Count)
{
areas.Insert(i, areas[AreaDataExt.Get(AreaData.Get(offset + i).GetMeta().Parent).ID - offset]);
}
}
// Resync SIDs
for (int i = 0; i < areas.Count; i++)
{
((patch_AreaStats)areas[i]).ID_Safe = ((patch_AreaStats)areas[i]).ID_Unsafe;
}
int lastCompleted = -1;
for (int i = 0; i < countRoots; i++)
{
if (areas[i].Modes[0].Completed)
{
lastCompleted = i;
}
}
if (set.Name == "Celeste")
{
if (UnlockedAreas_Unsafe < lastCompleted + 1 && set.MaxArea >= lastCompleted + 1)
{
UnlockedAreas_Unsafe = lastCompleted + 1;
}
if (DebugMode)
{
UnlockedAreas_Unsafe = set.MaxArea;
}
}
else
{
if (set.UnlockedAreas < lastCompleted + 1 && set.MaxArea >= lastCompleted + 1)
{
set.UnlockedAreas = lastCompleted + 1;
}
if (DebugMode)
{
set.UnlockedAreas = set.MaxArea;
}
}
foreach (AreaStats area in areas)
{
area.CleanCheckpoints();
}
}
// Order the levelsets to appear just as their areas appear in AreaData.Areas
LevelSets.Sort((set1, set2) => set1.AreaOffset.CompareTo(set2.AreaOffset));
// If there is no mod progress, carry over any progress from vanilla saves.
if (LastArea_Safe.ID == 0)
{
LastArea_Safe = LastArea_Unsafe;
}
if (CurrentSession_Safe == null)
{
CurrentSession_Safe = CurrentSession_Unsafe;
}
// Trick unmodded instances of Celeste to thinking that we last selected prologue / played no level.
LastArea_Unsafe = AreaKey.Default;
CurrentSession_Unsafe = null;
// Fix areas with missing SID (f.e. deleted or renamed maps).
if (AreaData.Get(LastArea) == null)
{
LastArea = AreaKey.Default;
}
// Fix out of bounds areas.
if (LastArea.ID < 0 || LastArea.ID >= AreaData.Areas.Count)
{
LastArea = AreaKey.Default;
}
if (string.IsNullOrEmpty(TheoSisterName))
{
TheoSisterName = Dialog.Clean("THEO_SISTER_NAME", null);
if (Name.IndexOf(TheoSisterName, StringComparison.InvariantCultureIgnoreCase) >= 0)
{
TheoSisterName = Dialog.Clean("THEO_SISTER_ALT_NAME", null);
}
}
AssistModeChecks();
if (Version != null)
{
Version v = new Version(Version);
if (v < new Version(1, 2, 1, 1))
{
for (int id = 0; id < Areas_Unsafe.Count; id++)
{
AreaStats area = Areas_Unsafe[id];
if (area == null)
{
continue;
}
for (int modei = 0; modei < area.Modes.Length; modei++)
{
AreaModeStats mode = area.Modes[modei];
if (mode == null)
{
continue;
}
if (mode.BestTime > 0L)
{
mode.SingleRunCompleted = true;
}
mode.BestTime = 0L;
mode.BestFullClearTime = 0L;
}
}
}
}
}