public LogicRulePreChain(int pri, ILogicRule mr, ISettingDelegate[] reqs)
{
this.d = reqs;
this.c = pri;
this.a = mr;
this.b = new MyList <ILogicRule>(100);
}
Type LogicRuleObjectType(ILogicRule logicRule)
{
var typesInfo = _module.Application.TypesInfo;
var type = _modelLogics.Where(logicWrapper => logicWrapper.RuleType.IsInstanceOfType(logicRule)).Select(wrapper => wrapper.RuleType).First();
return(typesInfo.FindTypeInfo <LogicRule>().Descendants.Single(info => !info.Type.IsAbstract && type.IsAssignableFrom(info.Type)).Type);
}
public LogicRulePreChain(int pri, ILogicRule mr, ISettingDelegate[] reqs, params ILogicRule[] pr)
{
this.d = reqs;
this.c = pri;
this.a = mr;
this.b = new MyList <ILogicRule>(100);
foreach (ILogicRule rule in pr)
{
this.b.Add(rule);
}
}
public static void a(ILogicRule A_0)
{
if (A_0 != null)
{
dm.b("VTank", "Macro Action", A_0.FriendlyName);
}
else
{
dm.b("VTank", "Macro Action", "[None]");
}
}
public bool AddLogicRuleAfterSentinel(ILogicRule lr, string sentmarker)
{
for (int i = 0; i < this.l.Count; i++)
{
LogicRuleSentinel sentinel = this.l[i] as LogicRuleSentinel;
if ((sentinel != null) && (sentinel.Marker == sentmarker))
{
this.l.Insert(i + 1, lr);
return(true);
}
}
return(false);
}
protected LogicRule(ILogicRule logicRule) {
ExecutionContextGroup=logicRule.ExecutionContextGroup;
Description=logicRule.Description;
FrameTemplateContext = logicRule.FrameTemplateContext;
ID = logicRule.Id;
Index = logicRule.Index;
IsRootView = logicRule.IsRootView;
Nesting = logicRule.Nesting;
TypeInfo = logicRule.TypeInfo;
View = logicRule.View;
ViewType = logicRule.ViewType;
ViewContextGroup = logicRule.ViewContextGroup;
FrameTemplateContextGroup=logicRule.FrameTemplateContextGroup;
}
protected LogicRulePermissionRequest(string operation,ILogicRule logicRule) : base(operation) {
Description = logicRule.Description;
ExecutionContextGroup = logicRule.ExecutionContextGroup;
FrameTemplateContext = logicRule.FrameTemplateContext;
FrameTemplateContextGroup = logicRule.FrameTemplateContextGroup;
ID = logicRule.Id;
Index = logicRule.Index;
IsRootView = logicRule.IsRootView;
Nesting = logicRule.Nesting;
((ILogicRule)this).View = logicRule.View;
ViewContextGroup = logicRule.ViewContextGroup;
ViewEditMode = logicRule.ViewEditMode;
ViewType = logicRule.ViewType;
}
protected LogicRulePermissionRequest(string operation, ILogicRule logicRule) : base(operation)
{
Description = logicRule.Description;
ExecutionContextGroup = logicRule.ExecutionContextGroup;
FrameTemplateContext = logicRule.FrameTemplateContext;
FrameTemplateContextGroup = logicRule.FrameTemplateContextGroup;
ID = logicRule.Id;
Index = logicRule.Index;
IsRootView = logicRule.IsRootView;
Nesting = logicRule.Nesting;
((ILogicRule)this).View = logicRule.View;
ViewContextGroup = logicRule.ViewContextGroup;
ViewEditMode = logicRule.ViewEditMode;
ViewType = logicRule.ViewType;
}
protected LogicRule(ILogicRule logicRule)
{
ExecutionContextGroup = logicRule.ExecutionContextGroup;
Description = logicRule.Description;
FrameTemplateContext = logicRule.FrameTemplateContext;
ID = logicRule.Id;
Index = logicRule.Index;
IsRootView = logicRule.IsRootView;
Nesting = logicRule.Nesting;
TypeInfo = logicRule.TypeInfo;
View = logicRule.View;
ViewType = logicRule.ViewType;
ViewEditMode = logicRule.ViewEditMode;
ViewContextGroup = logicRule.ViewContextGroup;
FrameTemplateContextGroup = logicRule.FrameTemplateContextGroup;
}
public void Dispose()
{
if (!this.e)
{
this.e = true;
GC.SuppressFinalize(this);
if (this.a != null)
{
this.a.Dispose();
this.a = null;
}
foreach (ILogicRule rule in this.b)
{
rule.Dispose();
}
this.b.Clear();
}
}
public static ITypeInfo Get_TypeInfo(ILogicRule modelNode)
{
return(((IModelLogicRule)modelNode).ModelClass.TypeInfo);
}
public static string Get_ExecutionContextGroup(ILogicRule modelNode)
{
return(DefaultExecutionContextGroup);
}
protected LogicRule(ILogicRule logicRule){
_logicRule = logicRule;
}
public static string Get_ExecutionContextGroup(ILogicRule modelNode)
{
return(LogicDefaultGroupContextNodeUpdater.Default);
}
public static ITypeInfo Get_TypeInfo(ILogicRule modelNode) {
return ((IModelLogicRule)modelNode).ModelClass.TypeInfo;
}
public void AddLogicRule_MacroDisabled(int pPos, ILogicRule lr)
{
this.m.Insert(pPos, lr);
}
public void AddLogicRule_MacroDisabled(ILogicRule lr)
{
this.m.Add(lr);
}
public void AddLogicRule(int pPos, ILogicRule lr)
{
this.l.Insert(pPos, lr);
}
public void AddLogicRule(ILogicRule lr)
{
this.l.Add(lr);
}
public static string Get_ExecutionContextGroup(ILogicRule modelNode) {
return LogicDefaultGroupContextNodeUpdater<IModelLogic,IModelNode>.Default;
}
Type LogicRuleObjectType(ILogicRule logicRule) {
var typesInfo = _module.Application.TypesInfo;
var type = _modelLogics.Where(logicWrapper => logicWrapper.RuleType.IsInstanceOfType(logicRule)).Select(wrapper => wrapper.RuleType).First();
return typesInfo.FindTypeInfo<LogicRule>().Descendants.Single(info => !info.Type.IsAbstract&&type.IsAssignableFrom(info.Type)).Type;
}
private void a(MyList <ILogicRule> A_0, MyList <ILogicRule> A_1)
{
try
{
if (!PluginCore.cq.n.k)
{
fj.b("!!!! Evaluate Meta Rules");
if (PluginCore.cq.n.b && er.j("EnableMeta"))
{
[email protected]();
a2.e();
}
fj.a("!!!! Evaluate Meta Rules", 20.0);
}
if (A_1 != null)
{
fj.b("!!!! Evaluate Always Rules");
foreach (ILogicRule rule in A_1)
{
if (rule.ValidNow)
{
rule.Running = true;
}
else
{
rule.Running = false;
}
}
fj.a("!!!! Evaluate Always Rules", 20.0);
}
if (PluginCore.cq.n.k)
{
return;
}
PluginCore.cq.n.a("----------- Primary logic loop started (" + A_0.Count.ToString() + " rules) -----------", e8.b);
fj.b("Primary logic loop");
ILogicRule rule2 = null;
fj.b("!!!! Logic loop - find valid rule");
foreach (ILogicRule rule3 in A_0)
{
string str = "!!!! Logic loop - validnow - " + rule3.FriendlyName;
fj.b(str);
bool validNow = rule3.ValidNow;
fj.a(str, 20.0);
if (validNow)
{
PluginCore.cq.n.a("Picked " + rule3.FriendlyName + " P: " + rule3.Priority.ToString() + " I=" + PluginCore.cq.n.n.b(ActionLockType.ItemUse).ToString() + ", N=" + PluginCore.cq.n.n.b(ActionLockType.Navigation).ToString() + ", S=" + PluginCore.cq.n.n.b(ActionLockType.Salvage).ToString(), e8.b);
rule2 = rule3;
PluginCore.cq.n.q = rule3.Priority;
goto Label_031D;
}
}
PluginCore.cq.n.a("All rules inactive. I=" + PluginCore.cq.n.n.b(ActionLockType.ItemUse).ToString() + ", N=" + PluginCore.cq.n.n.b(ActionLockType.Navigation).ToString() + ", S=" + PluginCore.cq.n.n.b(ActionLockType.Salvage).ToString(), e8.b);
PluginCore.cq.n.q = 0;
Label_031D:
fj.a("!!!! Logic loop - find valid rule", 20.0);
fj.b("!!!! Logic loop - clear rules");
foreach (ILogicRule rule4 in A_0)
{
if (rule4 != rule2)
{
rule4.Running = false;
}
}
fj.a("!!!! Logic loop - clear rules", 20.0);
if (rule2 != null)
{
string str2 = "!!!! Logic loop - activate rule " + rule2.FriendlyName;
fj.b(str2);
rule2.Running = true;
fj.a(str2, 20.0);
}
this.h = rule2;
l.a(rule2);
fj.a("Primary logic loop");
}
catch (Exception exception)
{
ad.a(exception);
}
finally
{
DateTimeOffset now = DateTimeOffset.Now;
TimeSpan span = (TimeSpan)(now - this.d);
if (span.TotalSeconds > 30.0)
{
this.d = now;
string str3 = "!!!! Logic finally - forcegc F";
fj.b(str3);
GC.WaitForPendingFinalizers();
GC.Collect();
fj.a(str3, 80.0);
}
}
}
public static string Get_ExecutionContextGroup(ILogicRule modelNode) {
return DefaultExecutionContextGroup;
}
public bool RemoveLogicRule(ILogicRule lr)
{
return(this.l.Remove(lr));
}
