private void hjdFe35Eu0([In] TreeNode obj0, [In] ArrayList obj1) { InstrumentNode instrumentNode = obj0 as InstrumentNode; if (instrumentNode == null) { foreach (TreeNode treeNode in obj0.Nodes) { this.hjdFe35Eu0(treeNode, obj1); } } else { if (!instrumentNode.Checked) { return; } obj1.Add((object)instrumentNode.Instrument.Symbol); } }
private void QqXFhomtYZ([In] TreeNode obj0, [In] string[] obj1) { InstrumentNode instrumentNode = obj0 as InstrumentNode; if (instrumentNode == null) { foreach (TreeNode treeNode in obj0.Nodes) { this.QqXFhomtYZ(treeNode, obj1); } } else { foreach (string str in obj1) { if (instrumentNode.Instrument.Symbol == str) { instrumentNode.Checked = true; break; } } } }
public bool AddNode(string key, int hitCount, string pIdex, params object[] objs) { if (!_isLock && !_lock.TryEnter()) { return(false); } try { var count = 1; if (objs != null && objs.Length > 0) { count = int.Parse(objs[0].ToString()); } if (!_dic.ContainsKey(key)) { if (_dic.Count < SettingCache.LuceneDictCount) { InstrumentNode node = new InstrumentNode(); node.Key = key; node.LastHitCount = hitCount; node.SearchCount = count; node.PIndex = pIdex; _dic[node.Key] = node; } } else { _dic[key].LastHitCount = hitCount; _dic[key].SearchCount += count; } return(true); } finally { _lock.Exit(); } }