protected ATrail(
int nCustomerID,
long?cashRequestID,
long?nlCashRequestID,
DecisionStatus nDecisionStatus,
ASafeLog oLog,
string toExplanationEmailAddress,
string fromEmailAddress,
string fromEmailName
)
{
this.m_bIsDecisionLocked = false;
this.m_oDiffNotes = new List <string>();
this.m_oSteps = new List <ATrace>();
this.stepsWithDecision = new List <StepWithDecision>();
CustomerID = nCustomerID;
CashRequestID = cashRequestID;
NLCashRequestID = nlCashRequestID;
this.m_nDecisionStatus = nDecisionStatus;
this.m_sToExplanationEmailAddress = toExplanationEmailAddress;
this.m_sFromEmailAddress = fromEmailAddress;
this.m_sFromEmailName = fromEmailName;
this.m_oLog = oLog.Safe();
this.timer = new TimeCounter();
HasApprovalChance = false;
} // constructor
} // class SaveDecisionTrail
private T Add <T>(DecisionStatus nDecisionStatus, bool bLockDecisionAfterAddingAStep) where T : ATrace
{
T oTrace = (T)Activator.CreateInstance(typeof(T), nDecisionStatus);
this.m_oSteps.Add(oTrace);
this.stepsWithDecision.Add(new StepWithDecision(oTrace, nDecisionStatus));
if (!IsDecisionLocked)
{
UpdateDecision(nDecisionStatus);
}
if (bLockDecisionAfterAddingAStep)
{
LockDecision();
oTrace.HasLockedDecision = true;
} // if
// ReSharper disable PossibleNullReferenceException
if (oTrace.GetType() == typeof(ExceptionThrown))
{
(oTrace as ExceptionThrown).OnAfterInitEvent += step => this.m_oDiffNotes.Add(step.Comment);
}
// ReSharper restore PossibleNullReferenceException
return(oTrace);
} // Add
/// <summary>
/// Checks whether the player has used their weapon and changes the decision status.
/// </summary>
private void CheckWeaponUsed(AIController owner)
{
if (true)
{
WeaponUsed = DecisionStatus.ShouldDecide;
}
}
/// <summary>
/// Checks whether the NPC is injured changes the decision status.
/// </summary>
private void CheckNPCInjured(AIController owner)
{
if (true)
{
NPCInjured = DecisionStatus.ShouldDecide;
}
}
protected override void UpdateDecision(DecisionStatus nDecisionStatus)
{
if (nDecisionStatus != DecisionStatus.Affirmative)
{
DecisionStatus = DecisionStatus.Negative;
}
} // UpdateDecision
private void CheckDecisionStatusIsSpecified(DecisionStatus status)
{
if (status == null)
{
throw new ArgumentException("A status must be specified.");
}
}
public EntityDecision UpdateStatus(DecisionStatus newStatus)
{
ExecuteSql(
$@"UPDATE entity_decisions SET status = '{newStatus.ToString()}', updated_at = CURRENT_TIMESTAMP WHERE id = @id"
, new { id }
);
return(this);
}
protected override void UpdateDecision(DecisionStatus nDecisionStatus)
{
if (nDecisionStatus == DecisionStatus.Dunno)
{
return;
}
DecisionStatus = nDecisionStatus;
} // UpdateDecision
public static bool UpdateStatus(EntityDecision decision, DecisionStatus status)
{
if (decision.status == DecisionStatus.Canceled || decision.status == DecisionStatus.Closed)
{
return(false);
}
decision.UpdateStatus(status);
return(true);
}
internal Decision(Element element, string id, DateTime date, string title, DecisionStatus status, Format format, string content)
{
Element = element;
Id = id;
Date = date;
Title = title;
Status = status;
Format = format;
Content = content;
}
/// <summary>
/// Is the NPC intimidated after being injured.
/// </summary>
private bool IsIntimidatedByInjury(AIController owner)
{
switch (NPCInjured)
{
case DecisionStatus.DidNotDecide:
CheckNPCInjured(owner);
return(false);
case DecisionStatus.ShouldDecide:
NPCInjured = DecisionStatus.DidDecide;
return(MakeRandomDecision(50 + ((AISuspectController)owner).LevelOfTactics));
case DecisionStatus.DidDecide:
return(false);
default:
return(false);
}
}
/// <summary>
/// Is the NPC intimidated by the weapon being used.
/// </summary>
private bool IsIntimidatedByWeaponUsage(AIController owner)
{
switch (WeaponUsed)
{
case DecisionStatus.DidNotDecide:
CheckWeaponUsed(owner);
return(false);
case DecisionStatus.ShouldDecide:
WeaponUsed = DecisionStatus.DidDecide;
return(MakeRandomDecision(25 + ((AISuspectController)owner).LevelOfTactics));
case DecisionStatus.DidDecide:
return(false);
default:
return(false);
}
}
/// <summary>
/// Is the NPC intimidated by the weapon being aimed at them.
/// </summary>
private bool IsIntimidatedByWeapon(AIController owner)
{
switch (WeaponAimed)
{
case DecisionStatus.DidNotDecide:
CheckWeaponDrawn(owner);
return(false);
case DecisionStatus.ShouldDecide:
WeaponAimed = DecisionStatus.DidDecide;
return(MakeRandomDecision(100 - ((AISuspectController)owner).LevelOfAgression));
case DecisionStatus.DidDecide:
return(false);
default:
return(false);
}
}
public ISet <Decision> ImportArchitectureDecisionRecords(SoftwareSystem softwareSystem)
{
HashSet <Decision> decisions = new HashSet <Decision>();
IEnumerable <FileInfo> markdownFiles = _path.GetFiles().Where(f => f.Name.EndsWith(".md"));
// first create an index of filename -> ID
Dictionary <string, string> index = new Dictionary <string, string>();
foreach (FileInfo file in markdownFiles)
{
index.Add(file.Name, ExtractIntegerIdFromFileName(file));
}
foreach (FileInfo file in markdownFiles)
{
string id = ExtractIntegerIdFromFileName(file);
DateTime date = new DateTime();
string title = "";
DecisionStatus status = DecisionStatus.Proposed;
string content = File.ReadAllText(file.FullName, Encoding.UTF8);
content = content.Replace("\r", "");
Format format = Format.Markdown;
title = ExtractTitle(content);
date = ExtractDate(content);
status = ExtractStatus(content);
foreach (string filename in index.Keys)
{
content = content.Replace(filename, CalculateUrl(softwareSystem, index[filename]));
}
Decision decision = _workspace.Documentation.AddDecision(softwareSystem, id, date, title, status, format, content);
decisions.Add(decision);
}
return(decisions);
}
public LRDIsTooOld(DecisionStatus nDecisionStatus) : base(nDecisionStatus)
{
} // constructor
public BusinessScorePreventer(DecisionStatus nDecisionStatus) : base(nDecisionStatus)
{
} // constructor
protected AThresholdTrace(DecisionStatus nDecisionStatus) : base(nDecisionStatus)
{
Accuracy = 0;
} // constructor
public FraudSuspect(DecisionStatus nDecisionStatus) : base(nDecisionStatus)
{
} // constructor
public LastDecisionWasReject(DecisionStatus nDecisionStatus) : base(nDecisionStatus)
{
} // constructor
public Seniority(DecisionStatus nDecisionStatus) : base(nDecisionStatus)
{
} // constructor
public TodayLoans(DecisionStatus nDecisionStatus) : base(nDecisionStatus)
{
} // constructor
public Complete(DecisionStatus nDecisionStatus)
: base(nDecisionStatus)
{
} // constructor
public Charges(DecisionStatus nDecisionStatus) : base(nDecisionStatus)
{
} // constructor
public HmrcThreeMonthsTurnover(DecisionStatus nDecisionStatus) : base(nDecisionStatus)
{
} // constructor
public ConsumerDefaults(DecisionStatus nDecisionStatus) : base(nDecisionStatus)
{
}
public DefaultAccounts(DecisionStatus nDecisionStatus) : base(nDecisionStatus)
{
} // constructor
} // AllowMismatch
public AnnualTurnoverPreventer(DecisionStatus nDecisionStatus) : base(nDecisionStatus)
{
} // constructor
public InitialAssignment(DecisionStatus nDecisionStatus) : base(nDecisionStatus)
{
ValidationErrors = new List <string>();
} // constructor
public LateLoans(DecisionStatus nDecisionStatus) : base(nDecisionStatus) {
} // constructor
public HalfYearTurnover(DecisionStatus nDecisionStatus) : base(nDecisionStatus)
{
} // constructor