public void ParseTest8()
{
var target = new ConditionComponent(new Soba());
Assert.Equal(" body1 ", target.Eval("[(!false){ body1 }else{ body2 }]"));
Assert.Equal(Value.Empty, target.Eval("[(!true){ body1 }]"));
}
private void Re_OnPropertyChange(ConditionComponent re)
{
TreeNode tn = GetReverseLookup(re);
UpdateNodeIcon(tn);
tn.Text = re.ToString();
}
protected void GetFilterByKind(ref ConditionComponent paraWhere, string inDataBase = "")
{
if (paraWhere != null)
{
string dataFilterByKind = inDataBase == ""?" BelongFactory = '" + LoginUser.BelongFactory + "'":" 1=1 ";
if (LoginUser.Kind == "B")
{
dataFilterByKind += " and sellerid =" + LoginUser.AssocNo;
}
else if (LoginUser.Kind == "C")
{
dataFilterByKind += " and HospitalID =" + LoginUser.AssocNo;
}
else if (LoginUser.Kind == "D" && inDataBase == "")
{
dataFilterByKind += " and DoctorID =" + LoginUser.AssocNo;
}
else if (LoginUser.Kind == "D" && inDataBase != "")
{
dataFilterByKind += " and doctor = (select top 1 doctor from doctor where id = " + LoginUser.AssocNo + ")";
}
if (dataFilterByKind != "")
{
if (paraWhere.sbComponent.Length == 0)
{
paraWhere.sbComponent.Append(dataFilterByKind);
}
else
{
paraWhere.sbComponent.Append(" and " + dataFilterByKind);
}
}
}
}
/// <summary>
/// 修改实体信息
/// 该实体是根据主键修改
/// </summary>
/// <param name="entity">泛型实例</param>
/// <param name="component">泛型实例</param>
/// <returns></returns>
public int Update(IEntity entity, ConditionComponent component)
{
IDataParameter[] param = null;
string sql = Factory.CreateUpdateSql(entity, out param, component);
return(int.Parse(BaseHelper.ExecuteNonQuery(sql, param as OracleParameter[]).ToString()));
}
private void UpdateNodeIcon(TreeNode tn)
{
ConditionComponent re = (ConditionComponent)tn.Tag;
if (re is ConditionSingle)
{
tn.ImageKey = "function";
tn.SelectedImageKey = "function";
}
if (re is ConditionGroup)
{
switch (((ConditionGroup)re).Grouping)
{
case ConditionGroup.CndGroupingEnum.And:
tn.ImageKey = "group_and";
tn.SelectedImageKey = "group_and";
break;
case ConditionGroup.CndGroupingEnum.Or:
tn.ImageKey = "group_or";
tn.SelectedImageKey = "group_or";
break;
case ConditionGroup.CndGroupingEnum.Xor:
tn.ImageKey = "group_xor";
tn.SelectedImageKey = "group_xor";
break;
case ConditionGroup.CndGroupingEnum.Not:
tn.ImageKey = "group_not";
tn.SelectedImageKey = "group_not";
break;
}
}
}
private void btnAddCondition_Click(object sender, EventArgs e)
{
ConditionSingle re = new ConditionSingle();
TreeNode tn = new TreeNode();
AttachConditionComponentToNode(tn, re);
TreeNode tx = trvNodes.SelectedNode;
ConditionComponent rx = (ConditionComponent)tx.Tag;
if (rx is ConditionSingle)
{
tx = GetReverseLookup(rx.Parent);
re.Parent = rx.Parent;
}
if (rx is ConditionGroup)
{
tx = GetReverseLookup(rx);
re.Parent = (ConditionGroup)rx;
}
re.Parent.Children.Add(re);
tx.Nodes.Add(tn);
RecolorStartingFromNode(tx, tx.Checked);
TreeSort();
trvNodes.SelectedNode = tn;
if (tx.IsExpanded == false)
{
tx.Expand();
}
expLeft.Focus();
}
public void parseTest13()
{
var mockEnv = new Mock <IEnvironment>();
var mockUVar = new Mock <IUserVariable>();
ConditionComponent target = new ConditionComponent(mockEnv.Object, mockUVar.Object);
Assert.AreEqual(" body2 ", target.parse("[(!str1 === str1){ body1 }else{ body2 }]"));
Assert.AreEqual(" body1 ", target.parse("[(!\"str1 \"===\" str1\"){ body1 }else{ body2 }]"));
Assert.AreEqual(" body2 ", target.parse("[(! str1 == str1){ body1 }else{ body2 }]"));
Assert.AreEqual(" body1 ", target.parse("[(! \"str1 \"==\" str1\"){ body1 }else{ body2 }]"));
Assert.AreEqual(" body2 ", target.parse("[(!02 == 2){ body1 }else{ body2 }]"));
Assert.AreEqual(" body1 ", target.parse("[(!02 === 2){ body1 }else{ body2 }]"));
Assert.AreEqual(" body1 ", target.parse("[(!str1 !== str1){ body1 }else{ body2 }]"));
Assert.AreEqual(" body2 ", target.parse("[(!\"str1 \"!==\" str1\"){ body1 }else{ body2 }]"));
Assert.AreEqual(" body1 ", target.parse("[(! str1 != str1){ body1 }else{ body2 }]"));
Assert.AreEqual(" body2 ", target.parse("[(!\"str1 \"!=\" str1\"){ body1 }else{ body2 }]"));
Assert.AreEqual(" body1 ", target.parse("[(!02 != 2){ body1 }else{ body2 }]"));
Assert.AreEqual(" body2 ", target.parse("[(! 02 !== 2){ body1 }else{ body2 }]"));
Assert.AreEqual(" body2 ", target.parse("[(!Test123Data ~= 12){ body1 }else{ body2 }]"));
Assert.AreEqual(" body1 ", target.parse("[(! Test123Data ~= \" 12\"){ body1 }else{ body2 }]"));
Assert.AreEqual(" body2 ", target.parse("[(! Test 123 Data ~= \" 12\"){ body1 }else{ body2 }]"));
Assert.AreEqual(" body2 ", target.parse("[(!Test 123 Data ~= Data){ body1 }else{ body2 }]"));
Assert.AreEqual(" body1 ", target.parse("[(!1 > 1){ body1 }else{ body2 }]"));
Assert.AreEqual(" body2 ", target.parse("[(!1 >= 1){ body1 }else{ body2 }]"));
Assert.AreEqual(" body1 ", target.parse("[(! 1 > 01){ body1 }else{ body2 }]"));
Assert.AreEqual(" body2 ", target.parse("[(!01 >= 1){ body1 }else{ body2 }]"));
Assert.AreEqual(" body1 ", target.parse("[(! 1 < 1){ body1 }else{ body2 }]"));
Assert.AreEqual(" body2 ", target.parse("[(! 1 <= 1){ body1 }else{ body2 }]"));
Assert.AreEqual(" body1 ", target.parse("[(!1 < 01){ body1 }else{ body2 }]"));
Assert.AreEqual(" body2 ", target.parse("[(! 01 <= 1){ body1 }else{ body2 }]"));
}
/// <summary>
/// 删除实体对象
/// 该方法是根据实体对象主键删除数据
/// </summary>
/// <param name="entity">实体公共接口</param>
/// <returns></returns>
//public int Delete(IEntity entity)
//{
// IDataParameter[] param = null;
// string sql = Factory.CreateDeleteSql(entity,out param);
// using (IDbProvider provider = new SqlProvider())
// {
// return BaseHelper.ExecuteNonQuery( sql, param);
// }
//}
/// <summary>
/// 根据实体多个属性删除数据
/// 实体中必须包含该属性
/// 传递参数数组不能为空
/// </summary>
/// <param name="component">实体属性公共接口</param>
/// <param name="bolType">实体属性名称数组</param>
/// <returns></returns>
public int Delete <T>(ConditionComponent component, bool bolType) where T : IEntity
{
IDataParameter[] param = null;
string sql = Factory.CreateDeleteSql(typeof(T), component, out param, bolType);
return(BaseHelper.ExecuteNonQuery(sql, param));
}
public void ParseTest13()
{
var target = new ConditionComponent(new Soba());
Assert.Equal(" body2 ", target.Eval("[(!str1 === str1){ body1 }else{ body2 }]"));
Assert.Equal(" body1 ", target.Eval("[(!\"str1 \"===\" str1\"){ body1 }else{ body2 }]"));
Assert.Equal(" body2 ", target.Eval("[(! str1 == str1){ body1 }else{ body2 }]"));
Assert.Equal(" body1 ", target.Eval("[(! \"str1 \"==\" str1\"){ body1 }else{ body2 }]"));
Assert.Equal(" body2 ", target.Eval("[(!02 == 2){ body1 }else{ body2 }]"));
Assert.Equal(" body1 ", target.Eval("[(!02 === 2){ body1 }else{ body2 }]"));
Assert.Equal(" body1 ", target.Eval("[(!str1 !== str1){ body1 }else{ body2 }]"));
Assert.Equal(" body2 ", target.Eval("[(!\"str1 \"!==\" str1\"){ body1 }else{ body2 }]"));
Assert.Equal(" body1 ", target.Eval("[(! str1 != str1){ body1 }else{ body2 }]"));
Assert.Equal(" body2 ", target.Eval("[(!\"str1 \"!=\" str1\"){ body1 }else{ body2 }]"));
Assert.Equal(" body1 ", target.Eval("[(!02 != 2){ body1 }else{ body2 }]"));
Assert.Equal(" body2 ", target.Eval("[(! 02 !== 2){ body1 }else{ body2 }]"));
Assert.Equal(" body2 ", target.Eval("[(!Test123Data ~= 12){ body1 }else{ body2 }]"));
Assert.Equal(" body1 ", target.Eval("[(! Test123Data ~= \" 12\"){ body1 }else{ body2 }]"));
Assert.Equal(" body2 ", target.Eval("[(! Test 123 Data ~= \" 12\"){ body1 }else{ body2 }]"));
Assert.Equal(" body2 ", target.Eval("[(!Test 123 Data ~= Data){ body1 }else{ body2 }]"));
Assert.Equal(" body1 ", target.Eval("[(!1 > 1){ body1 }else{ body2 }]"));
Assert.Equal(" body2 ", target.Eval("[(!1 >= 1){ body1 }else{ body2 }]"));
Assert.Equal(" body1 ", target.Eval("[(! 1 > 01){ body1 }else{ body2 }]"));
Assert.Equal(" body2 ", target.Eval("[(!01 >= 1){ body1 }else{ body2 }]"));
Assert.Equal(" body1 ", target.Eval("[(! 1 < 1){ body1 }else{ body2 }]"));
Assert.Equal(" body2 ", target.Eval("[(! 1 <= 1){ body1 }else{ body2 }]"));
Assert.Equal(" body1 ", target.Eval("[(!1 < 01){ body1 }else{ body2 }]"));
Assert.Equal(" body2 ", target.Eval("[(! 01 <= 1){ body1 }else{ body2 }]"));
}
/// <summary>
/// 根据某个表名查询实体集合（分页）
/// </summary>
/// <typeparam name="T">泛型类型</typeparam>
/// <param name="strTableName">属性名称</param>
/// <param name="fieldShow">属性名称</param>
/// <param name="pageSize">属性名称</param>
/// <param name="currentPageIndex">属性名称</param>
/// <param name="intCountPage">属性值</param>
/// <param name="component">属性值</param>
/// <returns></returns>
public IList <T> GetList <T>(string strTableName, string fieldShow, int pageSize,
int currentPageIndex, int intCountPage, ConditionComponent component) where T : class
{
IDataParameter[] param = null;
StringBuilder sbSQL = new StringBuilder();
sbSQL.Append(" select ");
sbSQL.Append(fieldShow); //此功能暂未实现
sbSQL.Append(" from ");
sbSQL.Append(strTableName);
if (component != null && component.sbComponent.Length > 0)
{
sbSQL.Append(" where ");
sbSQL.Append(component.sbComponent.ToString());
}
intRowCount_ = int.Parse(BaseHelper.ExecuteScalar(sbSQL.ToString().Replace(fieldShow, "count(*)")).ToString());
intPageNum_ = pageSize;
//string strSql = Factory.CreatePageSql(typeof(T),pageSize, currentPageIndex, intCountPage, sbSQL.ToString());
string strSql = Factory.CreatePageSql(typeof(T), pageSize, currentPageIndex, intCountPage, sbSQL.ToString());
// return BaseHelper.Query(strSql);
return(BaseHelper.ConvertToList <T>(BaseHelper.ExecuteDataReader(strSql, param as OracleParameter[])));
}
/// <summary>
/// 根据多个属性查询实体集合
/// 该查询方式附加查询组建
/// </summary>
/// <typeparam name="T">类型类</typeparam>
/// <param name="dic">属性键值对</param>
/// <param name="component">查询组件</param>
/// <returns></returns>
public IList <T> GetListTop <T>(IDictionary <string, object> dic, ConditionComponent component) where T : class
{
IDataParameter[] param = null;
string sql = Factory.CreateQueryByPropertySql(typeof(T), dic, out param, component);
return(BaseHelper.ConvertToList <T>(BaseHelper.ExecuteDataReader(sql, param as OracleParameter[])));
}
public void parseTest5()
{
var mockEnv = new Mock <IEnvironment>();
var mockUVar = new Mock <IUserVariable>();
ConditionComponent target = new ConditionComponent(mockEnv.Object, mockUVar.Object);
target.parse("[ (!) { body1 } ]");
}
public void DisclosureTest3()
{
var target = new ConditionComponent(new Soba());
Assert.Throws <IncorrectSyntaxException>(() =>
target.Eval("[( 1 < 2 && () || (((2 >= 2) && true)) ){yes}else{no}]")
);
}
public void ParseTest3()
{
var target = new ConditionComponent(new Soba());
Assert.Throws <IncorrectSyntaxException>(() =>
target.Eval("[ (!) { body1 } ]")
);
}
public void ParseTest17()
{
var target = new ConditionComponent(new Soba());
Assert.Throws <System.FormatException>(() =>
target.Eval("[(2 > 1test ){ body1 }else{ body2 }]")
);
}
/// <summary>
/// 根据某个实体属性查询实体集合
/// </summary>
/// <typeparam name="T">泛型类型</typeparam>
/// <param name="iTop">属性名称</param>
/// <param name="strTableName">属性名称</param>
/// <param name="component">属性值</param>
/// <returns></returns>
public IList <T> GetListTop <T>(int iTop, ConditionComponent component) where T : class
{
IDataParameter[] param = null;
string strWhere = ((component == null || component.sbComponent == null) ? "" : component.sbComponent.ToString());
string sql = Factory.CreateQuerySql(typeof(T), "*", strWhere, iTop);
strOrderString = "";
return(BaseHelper.ConvertToList <T>(BaseHelper.ExecuteDataReader(sql, param)));
}
public void compositeTest6()
{
ConditionComponent target = new ConditionComponent((new Mock <IEnvironment>()).Object, (new Mock <IUserVariable>()).Object);
Assert.AreEqual("no", target.parse("[( (1 < 2 && 2 == 2 &&(((false || 2 >= 2) && (1 && (false) && true)))) ){yes}else{no}]"));
Assert.AreEqual("no", target.parse("[( (1 < 2 && 2 == 2 &&(((false || 2 >= 2) && (1 > 7 && true)))) ){yes}else{no}]"));
Assert.AreEqual("yes", target.parse("[( (1 < 2 && 2 == 2 ||(((2 >= 2) && true))) ){yes}else{no}]"));
Assert.AreEqual("yes", target.parse("[( (1 < 2 && 2 == 2 || (((2 >= 2) && true))) ){yes}else{no}]"));
}
public void parseTest4()
{
var mockEnv = new Mock <IEnvironment>();
var mockUVar = new Mock <IUserVariable>();
ConditionComponent target = new ConditionComponent(mockEnv.Object, mockUVar.Object);
Assert.AreEqual(Value.Empty, target.parse("[ (true * 1) { body1 } ]"));
Assert.AreEqual(" body1 ", target.parse("[ (!true * 1) { body1 } ]"));
}
public void ParseTest11()
{
var target = new ConditionComponent(new Soba());
Assert.Equal(" body1 ", target.Eval("[(Test123Data ~= 12){ body1 }else{ body2 }]"));
Assert.Equal(" body2 ", target.Eval("[(Test123Data ~= \" 12\"){ body1 }else{ body2 }]"));
Assert.Equal(" body1 ", target.Eval("[(Test 123 Data ~= \" 12\"){ body1 }else{ body2 }]"));
Assert.Equal(" body1 ", target.Eval("[(Test 123 Data ~= Data){ body1 }else{ body2 }]"));
}
public void CompositeTest5()
{
var target = new ConditionComponent(new Soba());
Assert.Equal("no", target.Eval("[( (1 < 2 && 2 == 2 &&(((false || 2 >= 2) && (1 && (false) && true)))) ){yes}else{no}]"));
Assert.Equal("no", target.Eval("[( (1 < 2 && 2 == 2 &&(((false || 2 >= 2) && (1 > 7 && true)))) ){yes}else{no}]"));
Assert.Equal("yes", target.Eval("[( (1 < 2 && 2 == 2 ||(((2 >= 2) && true))) ){yes}else{no}]"));
Assert.Equal("yes", target.Eval("[( (1 < 2 && 2 == 2 || (((2 >= 2) && true))) ){yes}else{no}]"));
}
public override void Awake()
{
base.Awake();
enemyController = mDMono.transform.GetComponent <EnemyController>();
// _fsm = enemyController.GetComponent<PlayMakerFSM>();
_network = enemyController.GetComponent <NetworkOwnershipComponent>();
enemyController.TargetingComponent = enemyController.GetComponent <CharacterTargetingComponent>();
_conditionComponent = enemyController.GetComponent <ConditionComponent>();
}
void Awake()
{
if (_stateHandlers == null)
{
_stateHandlers = new Dictionary <eCampaignCharacterState, System.Type>();
//ToDo:���÷��䵼��������ù�ϵ���ײ鿴
//Assembly assembly = Assembly.GetAssembly(typeof(CharacterStateHandler));
//foreach (System.Type t in assembly.GetTypes())
//{
// if (!t.IsAbstract && t.IsSubclassOf(typeof(CharacterStateHandler)))
// {
// CharacterStateHandlerAttribute attr = (CharacterStateHandlerAttribute)t.GetCustomAttributes(typeof(CharacterStateHandlerAttribute), false)[0];
// _stateHandlers.Add(attr.handledState, t);
// }
//}
var type = typeof(AttackTargetStateHandler);
_stateHandlers.Add(((CharacterStateHandlerAttribute)type.GetCustomAttributes(typeof(CharacterStateHandlerAttribute), false)[0]).handledState, type);
type = typeof(ChaseTargetStateHandler);
_stateHandlers.Add(((CharacterStateHandlerAttribute)type.GetCustomAttributes(typeof(CharacterStateHandlerAttribute), false)[0]).handledState, type);
type = typeof(IdleStateHandler);
_stateHandlers.Add(((CharacterStateHandlerAttribute)type.GetCustomAttributes(typeof(CharacterStateHandlerAttribute), false)[0]).handledState, type);
type = typeof(InteractStateHandler);
_stateHandlers.Add(((CharacterStateHandlerAttribute)type.GetCustomAttributes(typeof(CharacterStateHandlerAttribute), false)[0]).handledState, type);
type = typeof(MoveStateHandler);
_stateHandlers.Add(((CharacterStateHandlerAttribute)type.GetCustomAttributes(typeof(CharacterStateHandlerAttribute), false)[0]).handledState, type);
}
_animator = GetComponentInChildren <Animator>();
_controller = GetComponent <Controller>();
if (_controller is EnemyController)
{
((EnemyController)_controller).onDestroy += OnEnemyKilled;
}
_combatController = GetComponent <CombatController>();
_viewRPC = FindReplicationViewForComponent <CharacterComponent>();
//_effectReceiver = new EffectReceiver(gameObject);
_conditionComponent = GetComponent <ConditionComponent>();
_targetingComponent = GetComponent <CharacterTargetingComponent>();
//_animationController = GetComponent<AnimationController>();
_moveController = GetComponent <CampaignMoveController>();
_locomotionComponent = (ILocomotionComponent)GetComponent(typeof(ILocomotionComponent));
if (_locomotionComponent != null)
{
_locomotionComponent.Initialize();
}
//_network = GetComponent<NetworkOwnershipComponent>();
}
public void parseTest11()
{
var mockEnv = new Mock <IEnvironment>();
var mockUVar = new Mock <IUserVariable>();
ConditionComponent target = new ConditionComponent(mockEnv.Object, mockUVar.Object);
Assert.AreEqual(" body1 ", target.parse("[(Test123Data ~= 12){ body1 }else{ body2 }]"));
Assert.AreEqual(" body2 ", target.parse("[(Test123Data ~= \" 12\"){ body1 }else{ body2 }]"));
Assert.AreEqual(" body1 ", target.parse("[(Test 123 Data ~= \" 12\"){ body1 }else{ body2 }]"));
Assert.AreEqual(" body1 ", target.parse("[(Test 123 Data ~= Data){ body1 }else{ body2 }]"));
}
public void invertTest1()
{
ConditionComponent target = new ConditionComponent((new Mock <IEnvironment>()).Object, (new Mock <IUserVariable>()).Object);
Assert.AreEqual("no", target.parse("[( (!2 == 2) && 1 < 2 ){yes}else{no}]"));
Assert.AreEqual("no", target.parse("[( (!2 == 2) && (!1 < 2) ){yes}else{no}]"));
Assert.AreEqual("no", target.parse("[( (!2 == 2) && (!1 > 2) ){yes}else{no}]"));
Assert.AreEqual("yes", target.parse("[(! (!2 == 2) && (!1 > 2) ){yes}else{no}]"));
Assert.AreEqual("no", target.parse("[( (!2 == 2) && (!1 < 2) || (!true) ){yes}else{no}]"));
Assert.AreEqual("yes", target.parse("[( (!2 == 2) && (!1 < 2) || (true) ){yes}else{no}]"));
}
public void compositeTest1()
{
IUserVariable uv = new UserVariable();
uv.set("test", null, "(data");
ConditionComponent target = new ConditionComponent((new Mock <IEnvironment>()).Object, uv);
Assert.AreEqual("no", target.parse("[( #[var test] ~= \"(data && 1 < 2\" ){yes}else{no}]"));
Assert.AreEqual("yes", target.parse("[( #[var test] ~= \"(data\" && 1 < 2 ){yes}else{no}]"));
}
public void ParseTest10()
{
var target = new ConditionComponent(new Soba());
Assert.Equal(" body2 ", target.Eval("[(str1 !== str1){ body1 }else{ body2 }]"));
Assert.Equal(" body1 ", target.Eval("[(\"str1 \"!==\" str1\"){ body1 }else{ body2 }]"));
Assert.Equal(" body2 ", target.Eval("[(str1 != str1){ body1 }else{ body2 }]"));
Assert.Equal(" body1 ", target.Eval("[(\"str1 \"!=\" str1\"){ body1 }else{ body2 }]"));
Assert.Equal(" body2 ", target.Eval("[(02 != 2){ body1 }else{ body2 }]"));
Assert.Equal(" body1 ", target.Eval("[(02 !== 2){ body1 }else{ body2 }]"));
}
public void InvertTest1()
{
var target = new ConditionComponent(new Soba());
Assert.Equal("no", target.Eval("[( (!2 == 2) && 1 < 2 ){yes}else{no}]"));
Assert.Equal("no", target.Eval("[( (!2 == 2) && (!1 < 2) ){yes}else{no}]"));
Assert.Equal("no", target.Eval("[( (!2 == 2) && (!1 > 2) ){yes}else{no}]"));
Assert.Equal("yes", target.Eval("[(! (!2 == 2) && (!1 > 2) ){yes}else{no}]"));
Assert.Equal("no", target.Eval("[( (!2 == 2) && (!1 < 2) || (!true) ){yes}else{no}]"));
Assert.Equal("yes", target.Eval("[( (!2 == 2) && (!1 < 2) || (true) ){yes}else{no}]"));
}
private void RemoveReverseLookup(ConditionComponent cc)
{
if (ReverseNodeLookup.ContainsKey(cc) == true)
{
ReverseNodeLookup.Remove(cc);
//System.Diagnostics.Debug.WriteLine("CV: ConditionComponent " + cc.Id + " unregistered");
}
else
{
//System.Diagnostics.Debug.WriteLine("CV: ConditionComponent " + cc.Id + " not registered");
}
}
private void AttachConditionComponentToNode(TreeNode tn, ConditionComponent re)
{
tn.Tag = re;
tn.Text = re.ToString();
tn.Checked = re.Enabled;
if (re != null)
{
SetReverseLookup(re, tn);
}
re.OnPropertyChange += Re_OnPropertyChange;
UpdateNodeIcon(tn);
}
private TreeNode GetReverseLookup(ConditionComponent cc)
{
if (ReverseNodeLookup.ContainsKey(cc) == true)
{
return(ReverseNodeLookup[cc]);
}
else
{
//System.Diagnostics.Debug.WriteLine("CV: ConditionComponent " + cc.Id + " not found");
}
return(null);
}
