public ValueMap <string, object> GetValueMap(TQItemSelector order) { ValueMap <string, object> result = new ValueMap <string, object>(); if (Holder == null) { SetProps(); } foreach (KeyValuePair <string, TQItemSelectorParam> rule in order.parameters) { object valobj; if (Holder.TryGetValue(rule.Key, out valobj)) { result.Add(rule.Key, valobj); } else { result.Add(rule.Key, null); } // result.Add(rule.Key, Holder[rule.Key]); } // extra data - without any order foreach (KeyValuePair <string, object> hdpair in Holder) //foreach (System.Collections.DictionaryEntry hdpair in Holder) { string k = (string)hdpair.Key; if (!order.parameters.ContainsKey(k)) { result.Add(k, hdpair.Value); } } return(result); }
public void SetSelector(TQItemSelector selector) { this.selector = selector; this.QueryFeature = MongoSelector.GetQuery(this.selector); this.SortFeature = MongoSelector.GetSort(this.selector); OptimiseForSelector(); }
public static bool CheckWithSelector(System.Collections.Hashtable other, TQItemSelector selector) { object DVAL; bool nullable; foreach (KeyValuePair <string, TQItemSelectorParam> rule in selector.parameters) { if (other.ContainsKey(rule.Key)) { DVAL = other[rule.Key]; if (rule.Value.ValueSet == TQItemSelectorSet.Equals) { if (((IComparable)rule.Value.Value) .CompareTo(RepresentedModel.Convert(DVAL, RepresentedModel.GetRType(rule.Value.Value.GetType(), out nullable))) != 0) { return(false); } } else if (rule.Value.ValueSet == TQItemSelectorSet.NotEquals) { if (((IComparable)rule.Value.Value) .CompareTo(RepresentedModel.Convert(DVAL, RepresentedModel.GetRType(rule.Value.Value.GetType(), out nullable))) == 0) { return(false); } } } else { return(false); } } return(true); }
public static bool CheckWithSelector(Dictionary <string, object> other, TQItemSelector selector) { object DVAL; bool nullable; foreach (KeyValuePair <string, TQItemSelectorParam> rule in selector.parameters) { if (other.TryGetValue(rule.Key, out DVAL)) { if (rule.Value.ValueSet == TQItemSelectorSet.Equals) { if (((IComparable)rule.Value.Value) .CompareTo(RepresentedModel.Convert(DVAL, RepresentedModel.GetRType(rule.Value.Value.GetType(), out nullable))) != 0) { return(false); } } else if (rule.Value.ValueSet == TQItemSelectorSet.NotEquals) { if (((IComparable)rule.Value.Value) .CompareTo(RepresentedModel.Convert(DVAL, RepresentedModel.GetRType(rule.Value.Value.GetType(), out nullable))) == 0) { return(false); } } } else { return(false); } } return(true); }
//public static InternalComparableDictionary MakeComparatorDictionary(TQItemSelector selector) //{ // Type KeyType = typeof(Dictionary<string, object>); // ParameterExpression one = Expression.Parameter(KeyType); // ParameterExpression other = Expression.Parameter(KeyType); // List<Expression> body = new List<Expression>(); // MethodInfo internalCMP = typeof(IComparable).GetMethod("CompareTo"); // PropertyInfo indexer = KeyType.GetProperty("Item");// Dictionary<string, object>[key] // LabelTarget returnTarget = Expression.Label(typeof(int)); // ParameterExpression varCmp = Expression.Variable(typeof(int), "cmpInt"); // foreach (KeyValuePair<string, TQItemSelectorParam> rule in selector.parameters) // { // if (rule.Value.ValueSet == TQItemSelectorSet.Equals || rule.Value.ValueSet == TQItemSelectorSet.NotEquals) { continue; } // Expression fieldA = Expression.Property(one, indexer, Expression.Constant(rule.Key)); // Expression fieldB = Expression.Property(other, indexer, Expression.Constant(rule.Key)); // Expression internalComparator; // if (rule.Value.ValueSet == TQItemSelectorSet.Ascending) // { // Expression castedA = Expression.Convert(fieldA, typeof(IComparable)); // Expression castedB = Expression.Convert(fieldB, typeof(object)); // internalComparator = Expression.Call(castedA, internalCMP, castedB); // } // else // { // Expression castedA = Expression.Convert(fieldB, typeof(IComparable)); // Expression castedB = Expression.Convert(fieldA, typeof(object)); // internalComparator = Expression.Call(castedA, internalCMP, castedB); // } // Expression setexp = Expression.Assign(varCmp, internalComparator); // body.Add(setexp); // Expression isNEq = Expression.NotEqual(varCmp, Expression.Constant(0)); // Expression cond = Expression.IfThen(isNEq, Expression.Return(returnTarget, varCmp)); // body.Add(cond); // } // LabelExpression returnDef = Expression.Label(returnTarget, Expression.Constant(0)); // body.Add(returnDef); // Expression expression_body = Expression.Block(new[] { varCmp }, body); // return (InternalComparableDictionary)Expression.Lambda(typeof(InternalComparableDictionary), expression_body, one, other).Compile(); //} public static InternalComparableDictionary MakeComparatorDictionary(TQItemSelector selector) { Type KeyType = typeof(Dictionary <string, object>); ParameterExpression one = Expression.Parameter(KeyType); ParameterExpression other = Expression.Parameter(KeyType); List <Expression> body = new List <Expression>(); MethodInfo internalCMP = typeof(IComparable).GetMethod("CompareTo"); MethodInfo tryGetValue = KeyType.GetMethod("TryGetValue", new Type[] { typeof(string), typeof(object).MakeByRefType() });// string, out object ParameterExpression varOutA = Expression.Variable(typeof(object), "outObjectA"); ParameterExpression varOutB = Expression.Variable(typeof(object), "outObjectB"); LabelTarget returnTarget = Expression.Label(typeof(int)); ParameterExpression varCmp = Expression.Variable(typeof(int), "cmpInt"); foreach (KeyValuePair <string, TQItemSelectorParam> rule in selector.parameters) { if (rule.Value.ValueSet == TQItemSelectorSet.Equals || rule.Value.ValueSet == TQItemSelectorSet.NotEquals) { continue; } Expression callOut = Expression.Call(one, tryGetValue, Expression.Constant(rule.Key), varOutA); Expression cond = Expression.IfThen(Expression.Not(callOut), Expression.Return(returnTarget, Expression.Constant(1))); body.Add(cond); Expression callOut2 = Expression.Call(other, tryGetValue, Expression.Constant(rule.Key), varOutB); Expression cond2 = Expression.IfThen(Expression.Not(callOut2), Expression.Return(returnTarget, Expression.Constant(1))); body.Add(cond2); Expression internalComparator; if (rule.Value.ValueSet == TQItemSelectorSet.Ascending) { Expression castedA = Expression.Convert(varOutA, typeof(IComparable)); Expression castedB = Expression.Convert(varOutB, typeof(object)); internalComparator = Expression.Call(castedA, internalCMP, castedB); } else { Expression castedA = Expression.Convert(varOutB, typeof(IComparable)); Expression castedB = Expression.Convert(varOutA, typeof(object)); internalComparator = Expression.Call(castedA, internalCMP, castedB); } Expression setexp = Expression.Assign(varCmp, internalComparator); body.Add(setexp); Expression isNEq = Expression.NotEqual(varCmp, Expression.Constant(0)); Expression cond3 = Expression.IfThen(isNEq, Expression.Return(returnTarget, varCmp)); body.Add(cond3); } LabelExpression returnDef = Expression.Label(returnTarget, Expression.Constant(0)); body.Add(returnDef); Expression expression_body = Expression.Block(new[] { varCmp, varOutA, varOutB }, body); return((InternalComparableDictionary)Expression.Lambda(typeof(InternalComparableDictionary), expression_body, one, other).Compile()); }
public void SetSelector(TQItemSelector selector = null) { if (selector == null) { selector = TQItemSelector.DefaultFifoSelector; } comparer = new EncapsulatedMessageComparer(new MessageComparer(selector)); MessageQueue = new SortedSet <TaskMessage>(comparer); }
public void SetSelector(TQItemSelector selector = null) { if (selector == null) { selector = TQItemSelector.DefaultFifoSelector; } this.selector = selector; comparer = new EncapsulatedMessageComparer(new MessageComparerVMap(selector)); MessageQueue = new SecSortedSet(comparer, 64, 64); }
// comparator:: public Delegate MakeComparator(TQItemSelector selector, Type delegateType) { Type MessageType = this.GetType(); if (!typeof(TaskMessage).IsAssignableFrom(MessageType)) { throw new Exception("TaskMessage derived types only"); } ParameterExpression one = Expression.Parameter(MessageType); ParameterExpression other = Expression.Parameter(MessageType); List <Expression> body = new List <Expression>(); MethodInfo internalCMP = typeof(IComparable).GetMethod("CompareTo"); LabelTarget returnTarget = Expression.Label(typeof(int)); ParameterExpression varCmp = Expression.Variable(typeof(int), "cmpInt"); foreach (KeyValuePair <string, TQItemSelectorParam> rule in selector.parameters) { if (rule.Value.ValueSet == TQItemSelectorSet.Equals || rule.Value.ValueSet == TQItemSelectorSet.NotEquals) { continue; } Expression fieldA = Expression.PropertyOrField(one, rule.Key); Expression fieldB = Expression.PropertyOrField(other, rule.Key); Expression internalComparator; if (rule.Value.ValueSet == TQItemSelectorSet.Ascending) { Expression castedA = Expression.Convert(fieldA, typeof(IComparable)); Expression castedB = Expression.Convert(fieldB, typeof(object)); internalComparator = Expression.Call(castedA, internalCMP, castedB); } else { Expression castedA = Expression.Convert(fieldB, typeof(IComparable)); Expression castedB = Expression.Convert(fieldA, typeof(object)); internalComparator = Expression.Call(castedA, internalCMP, castedB); } Expression setexp = Expression.Assign(varCmp, internalComparator); body.Add(setexp); Expression isNEq = Expression.NotEqual(varCmp, Expression.Constant(0)); Expression cond = Expression.IfThen(isNEq, Expression.Return(returnTarget, varCmp)); body.Add(cond); } LabelExpression returnDef = Expression.Label(returnTarget, Expression.Constant(0)); body.Add(returnDef); Expression expression_body = Expression.Block(new[] { varCmp }, body); return(Expression.Lambda(delegateType, expression_body, one, other).Compile()); }
/// <summary> /// This will check for all required keys in dictionary and /// CHECK Equal or NotEqual valued parameters by selector /// </summary> /// <param name="selector"></param> /// <returns></returns> public static InternalCheckDictionary MakeCheckerDictionary(TQItemSelector selector) { Type KeyType = typeof(Dictionary <string, object>); ParameterExpression one = Expression.Parameter(KeyType); List <Expression> body = new List <Expression>(); MethodInfo tryGetValue = KeyType.GetMethod("TryGetValue", new Type[] { typeof(string), typeof(object).MakeByRefType() });// string, out object MethodInfo conv = typeof(RepresentedModel).GetMethod("Convert"); LabelTarget returnTarget = Expression.Label(typeof(bool)); ParameterExpression varOut = Expression.Variable(typeof(object), "outObject"); bool nullable; foreach (KeyValuePair <string, TQItemSelectorParam> rule in selector.parameters) { Expression callOut = Expression.Call(one, tryGetValue, Expression.Constant(rule.Key), varOut); Expression cond = Expression.IfThen(Expression.Not(callOut), Expression.Return(returnTarget, Expression.Constant(false))); body.Add(cond); if (rule.Value.ValueSet == TQItemSelectorSet.Ascending || rule.Value.ValueSet == TQItemSelectorSet.Descending) { continue; } Expression cmpVal = Expression.Constant(rule.Value.Value); MethodInfo internalCMP = rule.Value.Value.GetType().GetMethod("CompareTo", new Type[] { typeof(object) }); Expression ICMP = Expression.Call(cmpVal, internalCMP, Expression.Call(null, conv, varOut, Expression.Constant(RepresentedModel.GetRType(rule.Value.Value.GetType(), out nullable)))); Expression isEq = null; if (rule.Value.ValueSet == TQItemSelectorSet.Equals) { isEq = Expression.NotEqual(ICMP, Expression.Constant(0)); } else if (rule.Value.ValueSet == TQItemSelectorSet.NotEquals) { isEq = Expression.Equal(ICMP, Expression.Constant(0)); } Expression cond2 = Expression.IfThen(isEq, Expression.Return(returnTarget, Expression.Constant(false))); body.Add(cond2); } LabelExpression returnDef = Expression.Label(returnTarget, Expression.Constant(true)); body.Add(returnDef); Expression expression_body = Expression.Block(new[] { varOut }, body); return((InternalCheckDictionary)Expression.Lambda(typeof(InternalCheckDictionary), expression_body, one).Compile()); }
public void SetSelector(TQItemSelector selector = null) { throw new NotImplementedException(); }
public MessageComparerVMap(TQItemSelector selector) { Comparator = TaskMessage.MakeComparatorValueMap(selector); Checker = TaskMessage.MakeCheckerDictionary(selector); this.selector = selector; }
public static int CompareWithSelector(ValueMap <string, object> one, ValueMap <string, object> other, TQItemSelector selector) { int counter = -1; foreach (KeyValuePair <string, TQItemSelectorParam> rule in selector.parameters) { counter++; if (rule.Value.ValueSet == TQItemSelectorSet.Equals || rule.Value.ValueSet == TQItemSelectorSet.NotEquals) { continue; } int rslt; if (rule.Value.ValueSet == TQItemSelectorSet.Ascending) { rslt = ((IComparable)one.val2[counter]).CompareTo(other.val2[counter]); } else { rslt = ((IComparable)other.val2[counter]).CompareTo(one.val2[counter]); } if (rslt != 0) { return(rslt); } } return(0); }
public static int CompareWithSelector(System.Collections.Hashtable one, System.Collections.Hashtable other, TQItemSelector selector) { foreach (KeyValuePair <string, TQItemSelectorParam> rule in selector.parameters) { if (rule.Value.ValueSet == TQItemSelectorSet.Equals || rule.Value.ValueSet == TQItemSelectorSet.NotEquals) { continue; } object obja = one[rule.Key], objb = other[rule.Key]; if (obja == null || objb == null) { return(1); } int rslt; if (rule.Value.ValueSet == TQItemSelectorSet.Ascending) { rslt = ((IComparable)obja).CompareTo(objb); } else { rslt = ((IComparable)objb).CompareTo(obja); } if (rslt != 0) { return(rslt); } } return(0); }
public static int CompareWithSelector(Dictionary <string, object> one, Dictionary <string, object> other, TQItemSelector selector) { foreach (KeyValuePair <string, TQItemSelectorParam> rule in selector.parameters) { if (rule.Value.ValueSet == TQItemSelectorSet.Equals || rule.Value.ValueSet == TQItemSelectorSet.NotEquals) { continue; } object obja, objb; if (!one.TryGetValue(rule.Key, out obja)) { return(1); } if (!other.TryGetValue(rule.Key, out objb)) { return(1); } int rslt; if (rule.Value.ValueSet == TQItemSelectorSet.Ascending) { rslt = ((IComparable)obja).CompareTo(objb); } else { rslt = ((IComparable)objb).CompareTo(obja); } if (rslt != 0) { return(rslt); } } return(0); }
public static InternalComparableValueMap MakeComparatorValueMap(TQItemSelector selector) { Type KeyType = typeof(ValueMap <string, object>); Type PropType = typeof(List <object>); ParameterExpression one = Expression.Parameter(KeyType); ParameterExpression other = Expression.Parameter(KeyType); List <Expression> body = new List <Expression>(); MethodInfo internalCMP = typeof(IComparable).GetMethod("CompareTo"); PropertyInfo indexer = PropType.GetProperty("Item");// List<object>[key] // PropertyInfo countchk = PropType.GetProperty("Count"); LabelTarget returnTarget = Expression.Label(typeof(int)); ParameterExpression varCmp = Expression.Variable(typeof(int), "cmpInt"); int counter = -1; Expression oneval2 = Expression.PropertyOrField(one, "val2"); Expression otherval2 = Expression.PropertyOrField(other, "val2"); // Expression greater1 = Expression.GreaterThan(Expression.Constant(selector.parameters.Count), Expression.Property(oneval2, countchk)); // Expression greater2 = Expression.GreaterThan(Expression.Constant(selector.parameters.Count), Expression.Property(otherval2, countchk)); // Expression condGreater1 = Expression.IfThen(greater1, Expression.Return(returnTarget, Expression.Constant(1))); // Expression condGreater2 = Expression.IfThen(greater2, Expression.Return(returnTarget, Expression.Constant(1))); // // MethodInfo writeline = typeof(Console).GetMethod("WriteLine", new[]{typeof(string), typeof(string), typeof(string), typeof(string)}); // body.Add(Expression.Call( // null, writeline, // Expression.Constant("count params {0}, onevalcount {1}, othercountval {2}"), // Expression.Convert(Expression.Constant(selector.parameters.Count),typeof(object)), // Expression.Convert(Expression.Property(oneval2, countchk),typeof(object)), // Expression.Convert(Expression.Property(otherval2, countchk),typeof(object))) // ); // body.Add(condGreater1); // body.Add(condGreater2); foreach (KeyValuePair <string, TQItemSelectorParam> rule in selector.parameters) { counter++; if (rule.Value.ValueSet == TQItemSelectorSet.Equals || rule.Value.ValueSet == TQItemSelectorSet.NotEquals) { continue; } Expression callOut = Expression.Property(oneval2, indexer, Expression.Constant(counter)); Expression callOut2 = Expression.Property(otherval2, indexer, Expression.Constant(counter)); Expression internalComparator; if (rule.Value.ValueSet == TQItemSelectorSet.Ascending) { Expression castedA = Expression.Convert(callOut, typeof(IComparable)); Expression castedB = Expression.Convert(callOut2, typeof(object)); internalComparator = Expression.Call(castedA, internalCMP, castedB); } else { Expression castedA = Expression.Convert(callOut2, typeof(IComparable)); Expression castedB = Expression.Convert(callOut, typeof(object)); internalComparator = Expression.Call(castedA, internalCMP, castedB); } Expression setexp = Expression.Assign(varCmp, internalComparator); body.Add(setexp); Expression isNEq = Expression.NotEqual(varCmp, Expression.Constant(0)); Expression cond3 = Expression.IfThen(isNEq, Expression.Return(returnTarget, varCmp)); body.Add(cond3); } LabelExpression returnDef = Expression.Label(returnTarget, Expression.Constant(0)); body.Add(returnDef); Expression expression_body = Expression.Block(new[] { varCmp }, body); return((InternalComparableValueMap)Expression.Lambda(typeof(InternalComparableValueMap), expression_body, one, other).Compile()); }
public void SetSelector(TQItemSelector selector = null) { throw new NotImplementedException(); }