private BaseMessage CreateReport()
{
// Get the parameters of the processor
int round = OperationResults.Value[OperationResultKeys.RoundNum].Value;
int id = ElementAttributes.Value[NetworkElement.ElementAttributeKeys.Id].Value;
int snapshot = OperationResults.Value[OperationResultKeys.Snapshot].Value;
double weight = OperationResults.Value[OperationResultKeys.Weight].Value;
// Collect the messages from the channels
AttributeList messages = new AttributeList();
foreach (ChandyLamportChannel channel in InChannels())
{
messages = messages.Concat(channel.ReportChannelMessages()).ToList().ToAttributeList();
}
// Build the message
BaseMessage message = new BaseMessage(ChandyLamportMessage.MessageTypes.Report, 0, 0, 0, 0, round, 0);
message.AddField(ChandyLamportMessage.FieldKeys.Id, new Attribute {
Value = id
});
message.AddField(ChandyLamportMessage.FieldKeys.Snapshots, new Attribute {
Value = snapshot
});
message.AddField(ChandyLamportMessage.FieldKeys.Weight, new Attribute {
Value = weight
});
message.AddField(ChandyLamportMessage.FieldKeys.MessageSnapshot, new Attribute {
Value = messages, IncludedInShortDescription = false
});
return(message);
}
internal void Reset()
{
foreach (CharacterAttrib objAttribute in AttributeList.Concat(SpecialAttributeList))
{
objAttribute.UnbindAttribute();
}
AttributeList.Clear();
SpecialAttributeList.Clear();
foreach (string strAttribute in AttributeStrings)
{
CharacterAttrib objAttribute;
switch (CharacterAttrib.ConvertToAttributeCategory(strAttribute))
{
case CharacterAttrib.AttributeCategory.Special:
objAttribute = new CharacterAttrib(_objCharacter, strAttribute, CharacterAttrib.AttributeCategory.Special);
SpecialAttributeList.Add(objAttribute);
break;
case CharacterAttrib.AttributeCategory.Standard:
objAttribute = new CharacterAttrib(_objCharacter, strAttribute);
AttributeList.Add(objAttribute);
break;
}
}
BuildBindingList();
}
public void UnbindAttributeSection()
{
_dicBindings.Clear();
foreach (CharacterAttrib objAttribute in AttributeList.Concat(SpecialAttributeList))
{
objAttribute.UnbindAttribute();
}
AttributeList.Clear();
SpecialAttributeList.Clear();
}
public void LoadFromHeroLab(XmlNode xmlStatBlockBaseNode)
{
Timekeeper.Start("load_char_attrib");
foreach (CharacterAttrib objAttribute in AttributeList.Concat(SpecialAttributeList))
{
objAttribute.UnbindAttribute();
}
AttributeList.Clear();
SpecialAttributeList.Clear();
XmlDocument objXmlDocument = XmlManager.Load(_objCharacter.IsCritter ? "critters.xml" : "metatypes.xml");
XmlNode xmlMetatypeNode = objXmlDocument.SelectSingleNode("/chummer/metatypes/metatype[name = \"" + _objCharacter.Metatype + "\"]");
XmlNode xmlCharNode = xmlMetatypeNode?.SelectSingleNode("metavariants/metavariant[name = \"" + _objCharacter.Metavariant + "\"]") ?? xmlMetatypeNode;
// We only want to remake attributes for shifters in career mode, because they only get their second set of attributes when exporting from create mode into career mode
XmlNode xmlCharNodeAnimalForm = _objCharacter.MetatypeCategory == "Shapeshifter" && _objCharacter.Created ? xmlMetatypeNode : null;
foreach (string strAttribute in AttributeStrings)
{
// First, remake the attribute
CharacterAttrib objAttribute = new CharacterAttrib(_objCharacter, strAttribute);
objAttribute = RemakeAttribute(objAttribute, xmlCharNode);
switch (CharacterAttrib.ConvertToAttributeCategory(objAttribute.Abbrev))
{
case CharacterAttrib.AttributeCategory.Special:
SpecialAttributeList.Add(objAttribute);
break;
case CharacterAttrib.AttributeCategory.Standard:
AttributeList.Add(objAttribute);
break;
}
if (xmlCharNodeAnimalForm != null)
{
objAttribute = new CharacterAttrib(_objCharacter, strAttribute, CharacterAttrib.AttributeCategory.Shapeshifter);
objAttribute = RemakeAttribute(objAttribute, xmlCharNodeAnimalForm);
switch (CharacterAttrib.ConvertToAttributeCategory(objAttribute.Abbrev))
{
case CharacterAttrib.AttributeCategory.Special:
SpecialAttributeList.Add(objAttribute);
break;
case CharacterAttrib.AttributeCategory.Standard:
AttributeList.Add(objAttribute);
break;
}
}
// Then load in attribute karma levels (we'll adjust these later if the character is in Create mode)
if (strAttribute == "ESS") // Not Essence though, this will get modified automatically instead of having its value set to the one HeroLab displays
{
continue;
}
XmlNode xmlHeroLabAttributeNode = xmlStatBlockBaseNode.SelectSingleNode("attributes/attribute[@name = \"" + GetAttributeEnglishName(strAttribute) + "\"]");
XmlNode xmlAttributeBaseNode = xmlHeroLabAttributeNode?.SelectSingleNode("@base");
if (xmlAttributeBaseNode != null &&
int.TryParse(xmlAttributeBaseNode.InnerText, out int intHeroLabAttributeBaseValue))
{
int intAttributeMinimumValue = GetAttributeByName(strAttribute).MetatypeMinimum;
if (intHeroLabAttributeBaseValue != intAttributeMinimumValue)
{
objAttribute.Karma = intHeroLabAttributeBaseValue - intAttributeMinimumValue;
}
}
}
if (!_objCharacter.Created && _objCharacter.BuildMethodHasSkillPoints)
{
// Allocate Attribute Points
int intAttributePointCount = _objCharacter.TotalAttributes;
CharacterAttrib objAttributeToPutPointsInto;
// First loop through attributes where costs can be 100% covered with points
do
{
objAttributeToPutPointsInto = null;
int intAttributeToPutPointsIntoTotalKarmaCost = 0;
foreach (CharacterAttrib objLoopAttribute in AttributeList)
{
if (objLoopAttribute.Karma == 0)
{
continue;
}
// Put points into the attribute with the highest total karma cost.
// In case of ties, pick the one that would need more points to cover it (the other one will hopefully get picked up at a later cycle)
int intLoopTotalKarmaCost = objLoopAttribute.TotalKarmaCost;
if (objAttributeToPutPointsInto == null || (objLoopAttribute.Karma <= intAttributePointCount &&
(intLoopTotalKarmaCost > intAttributeToPutPointsIntoTotalKarmaCost ||
(intLoopTotalKarmaCost == intAttributeToPutPointsIntoTotalKarmaCost && objLoopAttribute.Karma > objAttributeToPutPointsInto.Karma))))
{
objAttributeToPutPointsInto = objLoopAttribute;
intAttributeToPutPointsIntoTotalKarmaCost = intLoopTotalKarmaCost;
}
}
if (objAttributeToPutPointsInto != null)
{
objAttributeToPutPointsInto.Base = objAttributeToPutPointsInto.Karma;
intAttributePointCount -= objAttributeToPutPointsInto.Karma;
objAttributeToPutPointsInto.Karma = 0;
}
} while (objAttributeToPutPointsInto != null && intAttributePointCount > 0);
// If any points left over, then put them all into the attribute with the highest karma cost
if (intAttributePointCount > 0 && AttributeList.Any(x => x.Karma != 0))
{
int intHighestTotalKarmaCost = 0;
foreach (CharacterAttrib objLoopAttribute in AttributeList)
{
if (objLoopAttribute.Karma == 0)
{
continue;
}
// Put points into the attribute with the highest total karma cost.
// In case of ties, pick the one that would need more points to cover it (the other one will hopefully get picked up at a later cycle)
int intLoopTotalKarmaCost = objLoopAttribute.TotalKarmaCost;
if (objAttributeToPutPointsInto == null ||
intLoopTotalKarmaCost > intHighestTotalKarmaCost ||
(intLoopTotalKarmaCost == intHighestTotalKarmaCost && objLoopAttribute.Karma > objAttributeToPutPointsInto.Karma))
{
objAttributeToPutPointsInto = objLoopAttribute;
intHighestTotalKarmaCost = intLoopTotalKarmaCost;
}
}
if (objAttributeToPutPointsInto != null)
{
objAttributeToPutPointsInto.Base = intAttributePointCount;
objAttributeToPutPointsInto.Karma -= intAttributePointCount;
}
}
// Allocate Special Attribute Points
intAttributePointCount = _objCharacter.TotalSpecial;
// First loop through attributes where costs can be 100% covered with points
do
{
objAttributeToPutPointsInto = null;
int intAttributeToPutPointsIntoTotalKarmaCost = 0;
foreach (CharacterAttrib objLoopAttribute in SpecialAttributeList)
{
if (objLoopAttribute.Karma == 0)
{
continue;
}
// Put points into the attribute with the highest total karma cost.
// In case of ties, pick the one that would need more points to cover it (the other one will hopefully get picked up at a later cycle)
int intLoopTotalKarmaCost = objLoopAttribute.TotalKarmaCost;
if (objAttributeToPutPointsInto == null || (objLoopAttribute.Karma <= intAttributePointCount &&
(intLoopTotalKarmaCost > intAttributeToPutPointsIntoTotalKarmaCost ||
(intLoopTotalKarmaCost == intAttributeToPutPointsIntoTotalKarmaCost && objLoopAttribute.Karma > objAttributeToPutPointsInto.Karma))))
{
objAttributeToPutPointsInto = objLoopAttribute;
intAttributeToPutPointsIntoTotalKarmaCost = intLoopTotalKarmaCost;
}
}
if (objAttributeToPutPointsInto != null)
{
objAttributeToPutPointsInto.Base = objAttributeToPutPointsInto.Karma;
intAttributePointCount -= objAttributeToPutPointsInto.Karma;
objAttributeToPutPointsInto.Karma = 0;
}
} while (objAttributeToPutPointsInto != null);
// If any points left over, then put them all into the attribute with the highest karma cost
if (intAttributePointCount > 0 && SpecialAttributeList.Any(x => x.Karma != 0))
{
int intHighestTotalKarmaCost = 0;
foreach (CharacterAttrib objLoopAttribute in SpecialAttributeList)
{
if (objLoopAttribute.Karma == 0)
{
continue;
}
// Put points into the attribute with the highest total karma cost.
// In case of ties, pick the one that would need more points to cover it (the other one will hopefully get picked up at a later cycle)
int intLoopTotalKarmaCost = objLoopAttribute.TotalKarmaCost;
if (objAttributeToPutPointsInto == null ||
intLoopTotalKarmaCost > intHighestTotalKarmaCost ||
(intLoopTotalKarmaCost == intHighestTotalKarmaCost && objLoopAttribute.Karma > objAttributeToPutPointsInto.Karma))
{
objAttributeToPutPointsInto = objLoopAttribute;
intHighestTotalKarmaCost = intLoopTotalKarmaCost;
}
}
if (objAttributeToPutPointsInto != null)
{
objAttributeToPutPointsInto.Base = intAttributePointCount;
objAttributeToPutPointsInto.Karma -= intAttributePointCount;
}
}
}
ResetBindings();
_objCharacter.RefreshAttributeBindings();
Timekeeper.Finish("load_char_attrib");
}
public void Load(XmlNode xmlSavedCharacterNode)
{
Timekeeper.Start("load_char_attrib");
foreach (CharacterAttrib objAttribute in AttributeList.Concat(SpecialAttributeList))
{
objAttribute.UnbindAttribute();
}
AttributeList.Clear();
SpecialAttributeList.Clear();
XmlDocument objXmlDocument = XmlManager.Load(_objCharacter.IsCritter ? "critters.xml" : "metatypes.xml");
XmlNode xmlMetatypeNode = objXmlDocument.SelectSingleNode("/chummer/metatypes/metatype[name = \"" + _objCharacter.Metatype + "\"]");
XmlNode xmlCharNode = xmlMetatypeNode?.SelectSingleNode("metavariants/metavariant[name = \"" + _objCharacter.Metavariant + "\"]") ?? xmlMetatypeNode;
// We only want to remake attributes for shifters in career mode, because they only get their second set of attributes when exporting from create mode into career mode
XmlNode xmlCharNodeAnimalForm = _objCharacter.MetatypeCategory == "Shapeshifter" && _objCharacter.Created ? xmlMetatypeNode : null;
foreach (string strAttribute in AttributeStrings)
{
XmlNodeList lstAttributeNodes = xmlSavedCharacterNode.SelectNodes("attributes/attribute[name = \"" + strAttribute + "\"]");
// Couldn't find the appopriate attribute in the loaded file, so regenerate it from scratch.
if (lstAttributeNodes == null || lstAttributeNodes.Count == 0 || xmlCharNodeAnimalForm != null && _objCharacter.LastSavedVersion < new Version("5.200.25"))
{
CharacterAttrib objAttribute;
switch (CharacterAttrib.ConvertToAttributeCategory(strAttribute))
{
case CharacterAttrib.AttributeCategory.Special:
objAttribute = new CharacterAttrib(_objCharacter, strAttribute, CharacterAttrib.AttributeCategory.Special);
objAttribute = RemakeAttribute(objAttribute, xmlCharNode);
SpecialAttributeList.Add(objAttribute);
break;
case CharacterAttrib.AttributeCategory.Standard:
objAttribute = new CharacterAttrib(_objCharacter, strAttribute);
objAttribute = RemakeAttribute(objAttribute, xmlCharNode);
AttributeList.Add(objAttribute);
break;
}
if (xmlCharNodeAnimalForm == null)
{
continue;
}
objAttribute = new CharacterAttrib(_objCharacter, strAttribute, CharacterAttrib.AttributeCategory.Shapeshifter);
objAttribute = RemakeAttribute(objAttribute, xmlCharNodeAnimalForm);
switch (CharacterAttrib.ConvertToAttributeCategory(objAttribute.Abbrev))
{
case CharacterAttrib.AttributeCategory.Special:
SpecialAttributeList.Add(objAttribute);
break;
case CharacterAttrib.AttributeCategory.Standard:
AttributeList.Add(objAttribute);
break;
}
}
else
{
foreach (XmlNode xmlAttributeNode in lstAttributeNodes)
{
CharacterAttrib att = new CharacterAttrib(_objCharacter, strAttribute);
att.Load(xmlAttributeNode);
switch (CharacterAttrib.ConvertToAttributeCategory(att.Abbrev))
{
case CharacterAttrib.AttributeCategory.Special:
SpecialAttributeList.Add(att);
break;
case CharacterAttrib.AttributeCategory.Standard:
AttributeList.Add(att);
break;
}
}
}
}
Attributes = new ObservableCollection <CharacterAttrib>
{
_objCharacter.BOD,
_objCharacter.AGI,
_objCharacter.REA,
_objCharacter.STR,
_objCharacter.CHA,
_objCharacter.INT,
_objCharacter.LOG,
_objCharacter.WIL,
_objCharacter.EDG
};
if (_objCharacter.MAGEnabled)
{
Attributes.Add(_objCharacter.MAG);
if (_objCharacter.Options.MysAdeptSecondMAGAttribute && _objCharacter.IsMysticAdept)
{
Attributes.Add(_objCharacter.MAGAdept);
}
}
if (_objCharacter.RESEnabled)
{
Attributes.Add(_objCharacter.RES);
}
if (_objCharacter.DEPEnabled)
{
Attributes.Add(_objCharacter.DEP);
}
ResetBindings();
_objCharacter.RefreshAttributeBindings();
Timekeeper.Finish("load_char_attrib");
}
public void Create(XmlNode charNode, int intValue, int intMinModifier = 0, int intMaxModifier = 0)
{
Timekeeper.Start("create_char_attrib");
foreach (CharacterAttrib objAttribute in AttributeList.Concat(SpecialAttributeList))
{
objAttribute.UnbindAttribute();
}
AttributeList.Clear();
SpecialAttributeList.Clear();
foreach (string strAttribute in AttributeStrings)
{
CharacterAttrib objAttribute;
switch (CharacterAttrib.ConvertToAttributeCategory(strAttribute))
{
case CharacterAttrib.AttributeCategory.Special:
objAttribute = new CharacterAttrib(_objCharacter, strAttribute, CharacterAttrib.AttributeCategory.Special);
SpecialAttributeList.Add(objAttribute);
break;
case CharacterAttrib.AttributeCategory.Standard:
objAttribute = new CharacterAttrib(_objCharacter, strAttribute);
AttributeList.Add(objAttribute);
break;
}
}
_objCharacter.BOD.AssignLimits(CommonFunctions.ExpressionToString(charNode["bodmin"]?.InnerText, intValue, intMinModifier), CommonFunctions.ExpressionToString(charNode["bodmax"]?.InnerText, intValue, intMaxModifier), CommonFunctions.ExpressionToString(charNode["bodaug"]?.InnerText, intValue, intMaxModifier));
_objCharacter.AGI.AssignLimits(CommonFunctions.ExpressionToString(charNode["agimin"]?.InnerText, intValue, intMinModifier), CommonFunctions.ExpressionToString(charNode["agimax"]?.InnerText, intValue, intMaxModifier), CommonFunctions.ExpressionToString(charNode["agiaug"]?.InnerText, intValue, intMaxModifier));
_objCharacter.REA.AssignLimits(CommonFunctions.ExpressionToString(charNode["reamin"]?.InnerText, intValue, intMinModifier), CommonFunctions.ExpressionToString(charNode["reamax"]?.InnerText, intValue, intMaxModifier), CommonFunctions.ExpressionToString(charNode["reaaug"]?.InnerText, intValue, intMaxModifier));
_objCharacter.STR.AssignLimits(CommonFunctions.ExpressionToString(charNode["strmin"]?.InnerText, intValue, intMinModifier), CommonFunctions.ExpressionToString(charNode["strmax"]?.InnerText, intValue, intMaxModifier), CommonFunctions.ExpressionToString(charNode["straug"]?.InnerText, intValue, intMaxModifier));
_objCharacter.CHA.AssignLimits(CommonFunctions.ExpressionToString(charNode["chamin"]?.InnerText, intValue, intMinModifier), CommonFunctions.ExpressionToString(charNode["chamax"]?.InnerText, intValue, intMaxModifier), CommonFunctions.ExpressionToString(charNode["chaaug"]?.InnerText, intValue, intMaxModifier));
_objCharacter.INT.AssignLimits(CommonFunctions.ExpressionToString(charNode["intmin"]?.InnerText, intValue, intMinModifier), CommonFunctions.ExpressionToString(charNode["intmax"]?.InnerText, intValue, intMaxModifier), CommonFunctions.ExpressionToString(charNode["intaug"]?.InnerText, intValue, intMaxModifier));
_objCharacter.LOG.AssignLimits(CommonFunctions.ExpressionToString(charNode["logmin"]?.InnerText, intValue, intMinModifier), CommonFunctions.ExpressionToString(charNode["logmax"]?.InnerText, intValue, intMaxModifier), CommonFunctions.ExpressionToString(charNode["logaug"]?.InnerText, intValue, intMaxModifier));
_objCharacter.WIL.AssignLimits(CommonFunctions.ExpressionToString(charNode["wilmin"]?.InnerText, intValue, intMinModifier), CommonFunctions.ExpressionToString(charNode["wilmax"]?.InnerText, intValue, intMaxModifier), CommonFunctions.ExpressionToString(charNode["wilaug"]?.InnerText, intValue, intMaxModifier));
_objCharacter.MAG.AssignLimits(CommonFunctions.ExpressionToString(charNode["magmin"]?.InnerText, intValue, intMinModifier), CommonFunctions.ExpressionToString(charNode["magmax"]?.InnerText, intValue, intMaxModifier), CommonFunctions.ExpressionToString(charNode["magaug"]?.InnerText, intValue, intMaxModifier));
_objCharacter.RES.AssignLimits(CommonFunctions.ExpressionToString(charNode["resmin"]?.InnerText, intValue, intMinModifier), CommonFunctions.ExpressionToString(charNode["resmax"]?.InnerText, intValue, intMaxModifier), CommonFunctions.ExpressionToString(charNode["resaug"]?.InnerText, intValue, intMaxModifier));
_objCharacter.EDG.AssignLimits(CommonFunctions.ExpressionToString(charNode["edgmin"]?.InnerText, intValue, intMinModifier), CommonFunctions.ExpressionToString(charNode["edgmax"]?.InnerText, intValue, intMaxModifier), CommonFunctions.ExpressionToString(charNode["edgaug"]?.InnerText, intValue, intMaxModifier));
_objCharacter.DEP.AssignLimits(CommonFunctions.ExpressionToString(charNode["depmin"]?.InnerText, intValue, intMinModifier), CommonFunctions.ExpressionToString(charNode["depmax"]?.InnerText, intValue, intMaxModifier), CommonFunctions.ExpressionToString(charNode["depaug"]?.InnerText, intValue, intMaxModifier));
_objCharacter.MAGAdept.AssignLimits(CommonFunctions.ExpressionToString(charNode["magmin"]?.InnerText, intValue, intMinModifier), CommonFunctions.ExpressionToString(charNode["magmax"]?.InnerText, intValue, intMaxModifier), CommonFunctions.ExpressionToString(charNode["magaug"]?.InnerText, intValue, intMaxModifier));
_objCharacter.ESS.AssignLimits(CommonFunctions.ExpressionToString(charNode["essmin"]?.InnerText, intValue, 0), CommonFunctions.ExpressionToString(charNode["essmax"]?.InnerText, intValue, 0), CommonFunctions.ExpressionToString(charNode["essaug"]?.InnerText, intValue, 0));
Attributes = new ObservableCollection <CharacterAttrib>
{
_objCharacter.BOD,
_objCharacter.AGI,
_objCharacter.REA,
_objCharacter.STR,
_objCharacter.CHA,
_objCharacter.INT,
_objCharacter.LOG,
_objCharacter.WIL,
_objCharacter.EDG
};
if (_objCharacter.MAGEnabled)
{
Attributes.Add(_objCharacter.MAG);
if (_objCharacter.Options.MysAdeptSecondMAGAttribute && _objCharacter.IsMysticAdept)
{
Attributes.Add(_objCharacter.MAGAdept);
}
}
if (_objCharacter.RESEnabled)
{
Attributes.Add(_objCharacter.RES);
}
if (_objCharacter.DEPEnabled)
{
Attributes.Add(_objCharacter.DEP);
}
ResetBindings();
_objCharacter.RefreshAttributeBindings();
Timekeeper.Finish("create_char_attrib");
}
public void Load(XmlNode xmlSavedCharacterNode)
{
Timekeeper.Start("load_char_attrib");
foreach (CharacterAttrib objAttribute in AttributeList.Concat(SpecialAttributeList))
{
objAttribute.UnbindAttribute();
}
AttributeList.Clear();
SpecialAttributeList.Clear();
XmlDocument objXmlDocument = XmlManager.Load(_objCharacter.IsCritter ? "critters.xml" : "metatypes.xml");
XmlNode xmlMetatypeNode = objXmlDocument.SelectSingleNode("/chummer/metatypes/metatype[name = \"" + _objCharacter.Metatype + "\"]");
XmlNode xmlCharNode = xmlMetatypeNode?.SelectSingleNode("metavariants/metavariant[name = \"" + _objCharacter.Metavariant + "\"]") ?? xmlMetatypeNode;
// We only want to remake attributes for shifters in career mode, because they only get their second set of attributes when exporting from create mode into career mode
XmlNode xmlCharNodeAnimalForm = _objCharacter.MetatypeCategory == "Shapeshifter" && _objCharacter.Created ? xmlMetatypeNode : null;
foreach (string strAttribute in AttributeStrings)
{
XmlNodeList lstAttributeNodes = xmlSavedCharacterNode.SelectNodes("attributes/attribute[name = \"" + strAttribute + "\"]");
// Couldn't find the appopriate attribute in the loaded file, so regenerate it from scratch.
if (lstAttributeNodes == null || lstAttributeNodes.Count == 0)
{
CharacterAttrib objAttribute = new CharacterAttrib(_objCharacter, strAttribute);
objAttribute = RemakeAttribute(objAttribute, xmlCharNode);
switch (CharacterAttrib.ConvertToAttributeCategory(objAttribute.Abbrev))
{
case CharacterAttrib.AttributeCategory.Special:
SpecialAttributeList.Add(objAttribute);
break;
case CharacterAttrib.AttributeCategory.Standard:
AttributeList.Add(objAttribute);
break;
}
if (xmlCharNodeAnimalForm != null)
{
objAttribute = new CharacterAttrib(_objCharacter, strAttribute, CharacterAttrib.AttributeCategory.Shapeshifter);
objAttribute = RemakeAttribute(objAttribute, xmlCharNodeAnimalForm);
switch (CharacterAttrib.ConvertToAttributeCategory(objAttribute.Abbrev))
{
case CharacterAttrib.AttributeCategory.Special:
SpecialAttributeList.Add(objAttribute);
break;
case CharacterAttrib.AttributeCategory.Standard:
AttributeList.Add(objAttribute);
break;
}
}
}
else
{
foreach (XmlNode xmlAttributeNode in lstAttributeNodes)
{
CharacterAttrib att = new CharacterAttrib(_objCharacter, strAttribute);
att.Load(xmlAttributeNode);
switch (CharacterAttrib.ConvertToAttributeCategory(att.Abbrev))
{
case CharacterAttrib.AttributeCategory.Special:
SpecialAttributeList.Add(att);
break;
case CharacterAttrib.AttributeCategory.Standard:
AttributeList.Add(att);
break;
}
}
}
}
ResetBindings();
Timekeeper.Finish("load_char_attrib");
}
private void ReportArrived(BaseMessage report)
{
// Get attributes of the process
AttributeDictionary receivedReportFrom = OperationResults.Value[OperationResultKeys.ReceivedReportFrom].Value;
bool initiator = ElementAttributes.Value[BaseProcess.ElementAttributeKeys.Initiator].Value;
int maxRound = PrivateAttributes.Value[PrivateAttributeKeys.NumberOfRounds].Value;
int processId = ElementAttributes.Value[NetworkElement.ElementAttributeKeys.Id].Value;
int processSnapshot = OperationResults.Value[OperationResultKeys.Snapshot].Value;
int processRound = OperationResults.Value[OperationResultKeys.RoundNum].Value;
double processWeight = OperationResults.Value[OperationResultKeys.Weight].Value;
AttributeDictionary processMessagesArived = OperationResults.Value[OperationResultKeys.MessagesReceived].Value;
// Get attributes of the message
double messageWeight = report.GetField(ChandyLamportMessage.FieldKeys.Weight).Value;
int messageId = report.GetField(ChandyLamportMessage.FieldKeys.Id).Value;
int messageSnapshot = report.GetField(ChandyLamportMessage.FieldKeys.Snapshots).Value;
int messageRound = report.GetHeaderField(BaseMessage.HeaderFieldKeys.Round).Value;
AttributeList listOfMessagesArrived = report.GetField(ChandyLamportMessage.FieldKeys.MessageSnapshot).Value;
// The algorithm
// If a message from the process arrived (in this round)
// or the round advanced (which mees that the initiator got report from al the processor
// throw the message
if (!receivedReportFrom.Keys.Any(key => key == messageId) && processRound == messageRound)
{
receivedReportFrom.Add(messageId, new Attribute {
Value = messageSnapshot
});
processMessagesArived.Add(messageId, new Attribute {
Value = listOfMessagesArrived
});
if (initiator)
{
processWeight += messageWeight;
if (processWeight == 1)
{
// Add the initiator's snapshot to the snapshot list
receivedReportFrom.Add(processId, new Attribute {
Value = processSnapshot
});
// Collect the messages from the channels
AttributeList messages = new AttributeList();
foreach (ChandyLamportChannel channel in InChannels())
{
messages.Concat(channel.ReportChannelMessages());
}
processMessagesArived.Add(processId, new Attribute {
Value = messages
});
// Report the snapshots
PrintSnapshot(processRound, receivedReportFrom, processMessagesArived);
// Start a new round
processRound++;
if (processRound < maxRound)
{
InitNewRound(processRound);
}
else
{
Terminate();
}
}
else
{
// Set the attributes for the initiator
OperationResults.Value[OperationResultKeys.Weight].Value = processWeight;
OperationResults.Value[OperationResultKeys.ReceivedReportFrom].Value = receivedReportFrom;
}
}
else
{
SendToNeighbours(report, null);
OperationResults.Value[OperationResultKeys.ReceivedReportFrom].Value = receivedReportFrom;
}
}
}
/**********************************************************************************************//**
* Gets messages for other elements evaluation.
*
* \author Ilan Hindy
* \date 29/09/2016
*
* \param processForEvaluation The process for evaluation.
*
* \return The messages for other elements evaluation.
* .
**************************************************************************************************/
private List <BaseMessage> GetMessagesForOtherElementsEvaluation(BaseProcess processForEvaluation)
{
AttributeList messageAttributes = new AttributeList();
AttributeList messagesToOneProcessor;
switch (messageHandlingForOtherElementOperation)
{
case MessageHandlingInOtherElementsOperation.FirstMessageForEachProcessor:
messagesToOneProcessor = GetMessageQ(processForEvaluation);
if (messagesToOneProcessor.Count > 0)
{
messageAttributes.Add(messagesToOneProcessor[0]);
}
break;
case MessageHandlingInOtherElementsOperation.AllMessagesForEachProcessor:
messagesToOneProcessor = GetMessageQ(processForEvaluation);
if (messagesToOneProcessor.Count > 0)
{
messageAttributes = messagesToOneProcessor;
}
break;
case MessageHandlingInOtherElementsOperation.OneFromFirstMessages:
foreach (BaseProcess p in networkForOtherElementOperation.Processes)
{
messagesToOneProcessor = GetMessageQ(processForEvaluation);
if (messagesToOneProcessor.Count > 0)
{
messageAttributes.Add(messagesToOneProcessor[0]);
}
}
break;
case MessageHandlingInOtherElementsOperation.OneMessage:
foreach (BaseProcess p in networkForOtherElementOperation.Processes)
{
messagesToOneProcessor = GetMessageQ(processForEvaluation);
if (messagesToOneProcessor.Count > 0)
{
messageAttributes = messageAttributes.Concat(GetMessageQ(p)).ToList().ToAttributeList();
}
}
break;
case MessageHandlingInOtherElementsOperation.AllMessages:
foreach (BaseProcess p in networkForOtherElementOperation.Processes)
{
messagesToOneProcessor = GetMessageQ(processForEvaluation);
if (messagesToOneProcessor.Count > 0)
{
messageAttributes = messageAttributes.Concat(GetMessageQ(p)).ToList().ToAttributeList();
}
}
break;
}
List <BaseMessage> result = new List <BaseMessage>();
messageAttributes.ForEach(attribute => result.Add(attribute.Value));
return(result);
}