private void CheckActualValueChanged(TBaseStatus status)
{
int newValue;
if (currentRaw[InstanceType.Suppress][status] > 0)
{
newValue = 0;
}
else
{
newValue = currentRaw[InstanceType.Feed][status];
}
int oldValue = currentActualValues[status];
if (newValue != oldValue)
{
currentActualValues[status] = newValue;
bool increased = newValue > oldValue;
if (!GenerateNoMessages)
{
GetHandler(status, increased, false)?.Invoke(obj, status, oldValue, newValue);
}
if (!GenerateNoEffects)
{
GetHandler(status, increased, true)?.Invoke(obj, status, oldValue, newValue);
}
UpdateFeed(status, InstanceType.Feed, newValue);
if (increased)
{
foreach (TBaseStatus cancelledStatus in rules.statusesCancelledBy[status])
{
var pair = new StatusPair(status, cancelledStatus);
var condition = rules.cancellationConditions[pair]; // if a condition exists, it must return true for the
if (condition == null || condition(newValue))
{
Cancel(cancelledStatus); // status to be cancelled.
}
}
}
UpdateFeed(status, InstanceType.Suppress, newValue); // Cancellations happen before suppression to prevent some infinite loops
UpdateFeed(status, InstanceType.Prevent, newValue);
}
}
private void UpdateFeed(TBaseStatus status, InstanceType type, int newValue)
{
foreach (TBaseStatus fedStatus in rules.statusesFedBy[type][status])
{
int newFedValue = newValue;
var pair = new StatusPair(status, fedStatus);
Converter conv;
if (rules.converters[type].TryGetValue(pair, out conv))
{
newFedValue = conv(newFedValue);
}
int oldFedValue;
Dictionary <TBaseStatus, int> fedValues;
if (internalFeeds[type].TryGetValue(fedStatus, out fedValues))
{
fedValues.TryGetValue(status, out oldFedValue);
}
else
{
oldFedValue = 0;
}
if (newFedValue != oldFedValue)
{
if (fedValues == null)
{
fedValues = new Dictionary <TBaseStatus, int>();
fedValues.Add(status, newFedValue);
internalFeeds[type].Add(fedStatus, fedValues);
}
else
{
fedValues[status] = newFedValue;
}
CheckRawChanged(fedStatus, type);
}
}
}
// There is room for improvement here: errors/warnings could be proper objects, not just strings.
internal List <string> GetErrors(bool includeWarnings)
{
List <string> result = new List <string>();
CheckRpsErrors(result, includeWarnings);
var negativeRelationships = new MultiValueDictionary <StatusPair, Relationship>();
var positiveRelationships = new MultiValueDictionary <StatusPair, Relationship>();
var mutualSuppressions = new EasyHashSet <StatusPair>();
foreach (Relationship r in relationships.GetAllValues())
{
if (r.Path.Count == 1)
{
continue; // Skip any 'self' relationships.
}
if (!r.ChainBroken) // Tally negative and positive (direct) relationships. These are compared later.
{
if (r.IsNegative)
{
negativeRelationships.Add(new StatusPair(r.SourceStatus, r.TargetStatus), r);
}
else
{
positiveRelationships.Add(new StatusPair(r.SourceStatus, r.TargetStatus), r);
}
}
if (r.SourceStatus.Equals(r.TargetStatus) && !r.ChainBroken && !r.IsNegative)
{
if (r.IsConditional)
{
if (includeWarnings)
{
string error = $"CRITICAL WARNING: Status \"{GetBestName(r.SourceStatus)}\" might feed itself infinitely:";
error += GetPathString(r.Path, true);
result.Add(error);
}
}
else
{
string error = $"CRITICAL ERROR: Status \"{GetBestName(r.SourceStatus)}\" feeds itself infinitely:";
error += GetPathString(r.Path, false);
result.Add(error);
}
}
if (r.SourceStatus.Equals(r.TargetStatus) && !r.ChainBroken)
{
switch (r.Relation)
{
case RelationType.Suppresses:
{
string error = $"CRITICAL ERROR: Status \"{GetBestName(r.SourceStatus)}\" suppresses itself. This will always cause an infinite loop:";
error += GetPathString(r.Path, false);
result.Add(error);
}
break;
case RelationType.Cancels:
if (includeWarnings)
{
string error = $"WARNING: Status \"{GetBestName(r.SourceStatus)}\" cancels itself:";
error += GetPathString(r.Path, false);
error += GetErrorLine("(Take a look at the 'Single Instance' setting to see if that's what you actually want.)");
result.Add(error);
}
break;
case RelationType.Prevents:
if (includeWarnings)
{
string error = $"WARNING: Status \"{GetBestName(r.SourceStatus)}\" prevents itself:";
error += GetPathString(r.Path, false);
result.Add(error);
}
break;
}
}
if (r.SourceStatus.Equals(r.TargetStatus) && r.Path.Count >= 4 && r.IsNegative && r.ChainBroken &&
!r.Path.Where(x => x.Relation == RelationType.Cancels || x.Relation == RelationType.Prevents).Any())
{
List <TStatus> negativeList = r.Path.Skip(1)
.Where(x => x.Relation != RelationType.Feeds && x.Relation != RelationType.Extends)
.Select(x => x.Status).ToList(); // Remove the extra links...
if (!visitedRps[negativeList]) // If this has already been handled as RPS, skip it.
{
RecordRpsVisited(negativeList);
if (r.IsConditional)
{
if (includeWarnings)
{
string error = $"CRITICAL WARNING: Conditional suppression cycle. This might cause an infinite loop:";
error += GetPathString(r.Path, false);
result.Add(error);
}
}
else
{
string error = $"CRITICAL ERROR: Suppression cycle. This will always cause an infinite loop:";
error += GetPathString(r.Path, false);
result.Add(error);
}
}
}
if (includeWarnings)
{
if (!r.SourceStatus.Equals(r.TargetStatus) && !r.ChainBroken && r.Relation == RelationType.Suppresses) // Whenever a status suppresses another...
{
var otherWay = relationships[r.TargetStatus].ToList()
.Find(x => x.TargetStatus.Equals(r.SourceStatus) && !x.ChainBroken && x.Relation == RelationType.Suppresses);
if (otherWay != null) // ...find out whether they both suppress one another.
{
var pair = new StatusPair(r.SourceStatus, r.TargetStatus);
if (!mutualSuppressions[pair]) // If it hasn't already been handled...
{
mutualSuppressions[pair] = true;
mutualSuppressions[new StatusPair(r.TargetStatus, r.SourceStatus)] = true;
string error = $"WARNING: Mutual suppression. (This warning exists to make certain that you don't expect these 2 statuses to \"cancel each other out\". Instead, whichever status is created first will win. See the docs for more info.):";
error += GetPathString(r.Path, false);
error += GetPathString(otherWay.Path, false);
result.Add(error);
}
}
}
}
}
if (includeWarnings)
{
// Check for feed + extend.
foreach (var pair in positiveRelationships)
{
var list = pair.ToList();
var feed = list.Find(x => x.Relation == RelationType.Feeds);
var extend = list.Find(x => x.Relation == RelationType.Extends);
if (feed != null && extend != null)
{
string error = $"WARNING: Possible conflict: Status \"{GetBestName(pair.Key.status1)}\" extends AND feeds status \"{GetBestName(pair.Key.status2)}\".";
error += GetPathString(feed.Path, false, "feed");
error += GetPathString(extend.Path, false, "extend");
error += GetErrorLine("(Note for feed+extend: the 'feeds' value change is applied before the 'extends' value change.)");
result.Add(error);
}
}
// Check for positive + negative.
foreach (var statusPair in negativeRelationships.GetAllKeys().Intersect(positiveRelationships.GetAllKeys()))
{
string error = $"WARNING: Possible conflict: Status \"{GetBestName(statusPair.status1)}\"'s relationship to status \"{GetBestName(statusPair.status2)}\" has both negative & positive elements:";
var allPairRelationships = negativeRelationships[statusPair].Concat(positiveRelationships[statusPair]).ToList();
foreach (Relationship r in allPairRelationships)
{
error += GetPathString(r.Path, false, r.Relation.ToString().ToLower());
}
if (ContainsBoth(RelationType.Feeds, RelationType.Suppresses, allPairRelationships))
{
error += GetErrorLine("(Note for feed+suppress: the 'feeds' value change is applied before the suppression.)");
}
if (ContainsBoth(RelationType.Extends, RelationType.Suppresses, allPairRelationships))
{
error += GetErrorLine("(Note for extend+suppress: the suppression is applied before the 'extends' value is propagated. Therefore, this is very unlikely to be useful unless a condition is present.)");
}
if (ContainsBoth(RelationType.Extends, RelationType.Cancels, allPairRelationships))
{
error += GetErrorLine("(Note for extend+cancel: the cancellation is applied before the 'extends' value is propagated. This is very unlikely to be useful.)");
}
result.Add(error);
}
// Check for inconsistent aggregators.
foreach (var pair in rules.valueAggs) // For every status that has an aggregator defined...
{
foreach (var otherStatus in rules.statusesThatExtend[pair.Key])
{
if (rules.valueAggs[pair.Key] != rules.valueAggs[otherStatus])
{
string error = $"WARNING: Possibly inconsistent aggregators between extended statuses. Status \"{GetBestName(otherStatus)}\" doesn't seem to use the same aggregator as its parent status \"{GetBestName(pair.Key)}\".";
result.Add(error);
}
}
}
// Check for overlapping values in the enums.
var allEnumTypes = rules.extraEnumTypes;
if (typeof(TStatus).IsEnum)
{
allEnumTypes.Add(typeof(TStatus));
}
if (allEnumTypes.Count > 1)
{
MultiValueDictionary <int, string> enumNames = new MultiValueDictionary <int, string>();
MultiValueDictionary <int, Type> recordedIntsPerType = new MultiValueDictionary <int, Type>();
foreach (var enumType in allEnumTypes)
{
foreach (string enumName in Enum.GetNames(enumType))
{
object value = Enum.Parse(enumType, enumName);
enumNames.Add((int)value, $"{enumType.Name}.{enumName}");
recordedIntsPerType.AddUnique((int)value, enumType); // Note that this enum has a name for this value.
}
}
foreach (var pair in recordedIntsPerType)
{
if (pair.Count() > 1) // If more than one enum has a name for this value...
{
var names = enumNames[pair.Key];
string error = $"WARNING: Multiple enums with the same value ({pair.Key}): ";
error += GetErrorLine(string.Join(", ", names));
result.Add(error);
}
}
}
}
return(result);
}
private IEnumerable <Relationship> GetConnectionsFrom(TStatus status)
{
foreach (TStatus targetStatus in rules.statusesExtendedBy[status])
{
yield return(new Relationship {
Path = new List <DirectRelation> {
new DirectRelation {
Status = status, Relation = RelationType.Self
},
new DirectRelation {
Status = targetStatus, Relation = RelationType.Extends
}
}
});
}
foreach (TStatus targetStatus in rules.statusesCancelledBy[status])
{
var pair = new StatusPair(status, targetStatus);
bool conditional = rules.cancellationConditions[pair] != null;
yield return(new Relationship {
Path = new List <DirectRelation> {
new DirectRelation {
Status = status, Relation = RelationType.Self
},
new DirectRelation {
Status = targetStatus, Relation = RelationType.Cancels, IsConditional = conditional
}
}
});
}
foreach (InstanceType instanceType in new InstanceType[] { InstanceType.Feed, InstanceType.Suppress, InstanceType.Prevent })
{
RelationType relation;
switch (instanceType)
{
case InstanceType.Feed:
relation = RelationType.Feeds;
break;
case InstanceType.Suppress:
relation = RelationType.Suppresses;
break;
case InstanceType.Prevent:
relation = RelationType.Prevents;
break;
default: throw new NotImplementedException();
}
foreach (TStatus targetStatus in rules.statusesFedBy[instanceType][status])
{
var pair = new StatusPair(status, targetStatus);
bool conditional = rules.converters[instanceType].ContainsKey(pair);
yield return(new Relationship {
Path = new List <DirectRelation> {
new DirectRelation {
Status = status, Relation = RelationType.Self
},
new DirectRelation {
Status = targetStatus, Relation = relation, IsConditional = conditional
}
}
});
}
}
}
public bool Equals(StatusPair <TStatus> other) => status1.Equals(other.status1) && status2.Equals(other.status2);
// These are disabled because there's currently no valid reason to use them.
//public void Suppresses(int fedValue, params TBaseStatus[] suppressedStatuses) => FeedsInternal(SourceType.Suppression, null, fedValue, null, suppressedStatuses);
//public void Suppresses<TStatus>(int fedValue, params TStatus[] suppressedStatuses) where TStatus : struct => FeedsInternal(SourceType.Suppression, null, fedValue, null, Convert(suppressedStatuses));
//public void Suppresses(int fedValue, Func<int, bool> condition, params TBaseStatus[] suppressedStatuses) => FeedsInternal(SourceType.Suppression, null, fedValue, condition, suppressedStatuses);
//public void Suppresses<TStatus>(int fedValue, Func<int, bool> condition, params TStatus[] suppressedStatuses) where TStatus : struct => FeedsInternal(SourceType.Suppression, null, fedValue, condition, Convert(suppressedStatuses));
//public void Suppresses(Converter converter, params TBaseStatus[] suppressedStatuses) => FeedsInternal(SourceType.Suppression, converter, null, null, suppressedStatuses);
//public void Suppresses<TStatus>(Converter converter, params TStatus[] suppressedStatuses) where TStatus : struct => FeedsInternal(SourceType.Suppression, converter, null, null, Convert(suppressedStatuses));
//public void Prevents(int fedValue, params TBaseStatus[] preventedStatuses) => FeedsInternal(SourceType.Prevention, null, fedValue, null, preventedStatuses);
//public void Prevents<TStatus>(int fedValue, params TStatus[] preventedStatuses) where TStatus : struct => FeedsInternal(SourceType.Prevention, null, fedValue, null, Convert(preventedStatuses));
//public void Prevents(int fedValue, Func<int, bool> condition, params TBaseStatus[] preventedStatuses) => FeedsInternal(SourceType.Prevention, null, fedValue, condition, preventedStatuses);
//public void Prevents<TStatus>(int fedValue, Func<int, bool> condition, params TStatus[] preventedStatuses) where TStatus : struct => FeedsInternal(SourceType.Prevention, null, fedValue, condition, Convert(preventedStatuses));
//public void Prevents(Converter converter, params TBaseStatus[] preventedStatuses) => FeedsInternal(SourceType.Prevention, converter, null, null, preventedStatuses);
//public void Prevents<TStatus>(Converter converter, params TStatus[] preventedStatuses) where TStatus : struct => FeedsInternal(SourceType.Prevention, converter, null, null, Convert(preventedStatuses));
protected void FeedsInternal(SourceType type, Converter converter,
int?fedValue, Func <int, bool> condition, params TBaseStatus[] fedStatuses)
{
if (fedStatuses.Length == 0)
{
throw new ArgumentException(StatusExpected);
}
if (condition != null)
{
if (fedValue != null)
{
int fed = fedValue.Value;
converter = i => {
if (condition(i))
{
return(fed); //todo: cache this?
}
else
{
return(0);
}
};
}
else
{
converter = i => {
if (condition(i))
{
return(i); //todo: cache?
}
else
{
return(0);
}
};
}
}
else
{
if (fedValue != null)
{
int fed = fedValue.Value;
converter = i => {
if (i > 0)
{
return(fed); //todo: cache?
}
else
{
return(0);
}
};
}
}
if (converter != null)
{
rules.ValidateConverter(converter);
}
foreach (TBaseStatus fedStatus in fedStatuses)
{
rules.statusesFedBy[type].AddUnique(status, fedStatus);
if (converter != null)
{
var pair = new StatusPair <TBaseStatus>(status, fedStatus);
rules.converters[type][pair] = converter;
}
}
}
