// static constructor
static MathMethod()
{
__absDecimal = ReflectionInfo.Method((decimal value) => Math.Abs(value));
__absDouble = ReflectionInfo.Method((double value) => Math.Abs(value));
__absInt16 = ReflectionInfo.Method((short value) => Math.Abs(value));
__absInt32 = ReflectionInfo.Method((int value) => Math.Abs(value));
__absInt64 = ReflectionInfo.Method((long value) => Math.Abs(value));
__absSByte = ReflectionInfo.Method((sbyte value) => Math.Abs(value));
__absSingle = ReflectionInfo.Method((float value) => Math.Abs(value));
__ceilingWithDecimal = ReflectionInfo.Method((decimal d) => Math.Ceiling(d));
__ceilingWithDouble = ReflectionInfo.Method((double a) => Math.Ceiling(a));
__exp = ReflectionInfo.Method((double d) => Math.Exp(d));
__floorWithDecimal = ReflectionInfo.Method((decimal d) => Math.Floor(d));
__floorWithDouble = ReflectionInfo.Method((double d) => Math.Floor(d));
__log = ReflectionInfo.Method((double d) => Math.Log(d));
__logWithNewBase = ReflectionInfo.Method((double a, double newBase) => Math.Log(a, newBase));
__log10 = ReflectionInfo.Method((double d) => Math.Log10(d));
__pow = ReflectionInfo.Method((double x, double y) => Math.Pow(x, y));
__sqrt = ReflectionInfo.Method((double d) => Math.Sqrt(d));
__truncateDecimal = ReflectionInfo.Method((decimal d) => Math.Truncate(d));
__truncateDouble = ReflectionInfo.Method((double d) => Math.Truncate(d));
}
// static constructor
static DateTimeMethod()
{
__add = ReflectionInfo.Method((DateTime @this, TimeSpan value) => @this.Add(value));
__addDays = ReflectionInfo.Method((DateTime @this, double value) => @this.AddDays(value));
__addDaysWithTimezone = ReflectionInfo.Method((DateTime @this, double value, string timezone) => @this.AddDays(value, timezone));
__addHours = ReflectionInfo.Method((DateTime @this, double value) => @this.AddHours(value));
__addHoursWithTimezone = ReflectionInfo.Method((DateTime @this, double value, string timezone) => @this.AddHours(value, timezone));
__addMilliseconds = ReflectionInfo.Method((DateTime @this, double value) => @this.AddMilliseconds(value));
__addMillisecondsWithTimezone = ReflectionInfo.Method((DateTime @this, double value, string timezone) => @this.AddMilliseconds(value, timezone));
__addMinutes = ReflectionInfo.Method((DateTime @this, double value) => @this.AddMinutes(value));
__addMinutesWithTimezone = ReflectionInfo.Method((DateTime @this, double value, string timezone) => @this.AddMinutes(value, timezone));
__addMonths = ReflectionInfo.Method((DateTime @this, int value) => @this.AddMonths(value));
__addMonthsWithTimezone = ReflectionInfo.Method((DateTime @this, int value, string timezone) => @this.AddMonths(value, timezone));
__addQuarters = ReflectionInfo.Method((DateTime @this, int value) => @this.AddQuarters(value));
__addQuartersWithTimezone = ReflectionInfo.Method((DateTime @this, int value, string timezone) => @this.AddQuarters(value, timezone));
__addSeconds = ReflectionInfo.Method((DateTime @this, double value) => @this.AddSeconds(value));
__addSecondsWithTimezone = ReflectionInfo.Method((DateTime @this, double value, string timezone) => @this.AddSeconds(value, timezone));
__addTicks = ReflectionInfo.Method((DateTime @this, long value) => @this.AddTicks(value));
__addWeeks = ReflectionInfo.Method((DateTime @this, int value) => @this.AddWeeks(value));
__addWeeksWithTimezone = ReflectionInfo.Method((DateTime @this, int value, string timezone) => @this.AddWeeks(value, timezone));
__addWithTimezone = ReflectionInfo.Method((DateTime @this, TimeSpan value, string timezone) => @this.Add(value, timezone));
__addWithUnit = ReflectionInfo.Method((DateTime @this, long value, DateTimeUnit unit) => @this.Add(value, unit));
__addWithUnitAndTimezone = ReflectionInfo.Method((DateTime @this, long value, DateTimeUnit unit, string timezone) => @this.Add(value, unit, timezone));
__addYears = ReflectionInfo.Method((DateTime @this, int value) => @this.AddYears(value));
__addYearsWithTimezone = ReflectionInfo.Method((DateTime @this, int value, string timezone) => @this.AddYears(value, timezone));
__parse = ReflectionInfo.Method((string s) => DateTime.Parse(s));
__subtractWithDateTime = ReflectionInfo.Method((DateTime @this, DateTime value) => @this.Subtract(value));
__subtractWithDateTimeAndTimezone = ReflectionInfo.Method((DateTime @this, DateTime value, string timezone) => @this.Subtract(value, timezone));
__subtractWithDateTimeAndUnit = ReflectionInfo.Method((DateTime @this, DateTime value, DateTimeUnit unit) => @this.Subtract(value, unit));
__subtractWithDateTimeAndUnitAndTimezone = ReflectionInfo.Method((DateTime @this, DateTime value, DateTimeUnit unit, string timezone) => @this.Subtract(value, unit, timezone));
__subtractWithTimeSpan = ReflectionInfo.Method((DateTime @this, TimeSpan value) => @this.Subtract(value));
__subtractWithTimeSpanAndTimezone = ReflectionInfo.Method((DateTime @this, TimeSpan value, string timezone) => @this.Subtract(value, timezone));
__subtractWithUnit = ReflectionInfo.Method((DateTime @this, long value, DateTimeUnit unit) => @this.Subtract(value, unit));
__subtractWithUnitAndTimezone = ReflectionInfo.Method((DateTime @this, long value, DateTimeUnit unit, string timezone) => @this.Subtract(value, unit, timezone));
__truncate = ReflectionInfo.Method((DateTime @this, DateTimeUnit unit) => @this.Truncate(unit));
__truncateWithBinSize = ReflectionInfo.Method((DateTime @this, DateTimeUnit unit, long binSize) => @this.Truncate(unit, binSize));
__truncateWithBinSizeAndTimezone = ReflectionInfo.Method((DateTime @this, DateTimeUnit unit, long binSize, string timezone) => @this.Truncate(unit, binSize, timezone));
}
// static constructor
static QueryableMethod()
{
__aggregate = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, object, object> > func) => source.Aggregate(func));
__aggregateWithSeedAndFunc = ReflectionInfo.Method((IQueryable <object> source, object seed, Expression <Func <object, object, object> > func) => source.Aggregate(seed, func));
__aggregateWithSeedFuncAndSelector = ReflectionInfo.Method((IQueryable <object> source, object seed, Expression <Func <object, object, object> > func, Expression <Func <object, object> > selector) => source.Aggregate(seed, func, selector));
__all = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, bool> > predicate) => source.All(predicate));
__any = ReflectionInfo.Method((IQueryable <object> source) => source.Any());
__anyWithPredicate = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, bool> > predicate) => source.Any(predicate));
__averageDecimal = ReflectionInfo.Method((IQueryable <decimal> source) => source.Average());
__averageDecimalWithSelector = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, decimal> > selector) => source.Average(selector));
__averageDouble = ReflectionInfo.Method((IQueryable <double> source) => source.Average());
__averageDoubleWithSelector = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, double> > selector) => source.Average(selector));
__averageInt32 = ReflectionInfo.Method((IQueryable <int> source) => source.Average());
__averageInt32WithSelector = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, int> > selector) => source.Average(selector));
__averageInt64 = ReflectionInfo.Method((IQueryable <long> source) => source.Average());
__averageInt64WithSelector = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, long> > selector) => source.Average(selector));
__averageNullableDecimal = ReflectionInfo.Method((IQueryable <decimal?> source) => source.Average());
__averageNullableDecimalWithSelector = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, decimal?> > selector) => source.Average(selector));
__averageNullableDouble = ReflectionInfo.Method((IQueryable <double?> source) => source.Average());
__averageNullableDoubleWithSelector = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, double?> > selector) => source.Average(selector));
__averageNullableInt32 = ReflectionInfo.Method((IQueryable <int?> source) => source.Average());
__averageNullableInt32WithSelector = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, int?> > selector) => source.Average(selector));
__averageNullableInt64 = ReflectionInfo.Method((IQueryable <long?> source) => source.Average());
__averageNullableInt64WithSelector = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, double?> > selector) => source.Average(selector));
__averageNullableSingle = ReflectionInfo.Method((IQueryable <float?> source) => source.Average());
__averageNullableSingleWithSelector = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, float?> > selector) => source.Average(selector));
__averageSingle = ReflectionInfo.Method((IQueryable <float> source) => source.Average());
__averageSingleWithSelector = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, float> > selector) => source.Average(selector));
__cast = ReflectionInfo.Method((IQueryable <object> source) => source.Cast <object>());
__concat = ReflectionInfo.Method((IQueryable <object> source1, IEnumerable <object> source2) => source1.Concat(source2));
__contains = ReflectionInfo.Method((IQueryable <object> source, object item) => source.Contains(item));
__count = ReflectionInfo.Method((IQueryable <object> source) => source.Count());
__countWithPredicate = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, bool> > predicate) => source.Count(predicate));
__defaultIfEmpty = ReflectionInfo.Method((IQueryable <object> source) => source.DefaultIfEmpty());
__defaultIfEmptyWithDefaultValue = ReflectionInfo.Method((IQueryable <object> source, object defaultValue) => source.DefaultIfEmpty(defaultValue));
__distinct = ReflectionInfo.Method((IQueryable <object> source) => source.Distinct());
__elementAt = ReflectionInfo.Method((IQueryable <object> source, int index) => source.ElementAt(index));
__elementAtOrDefault = ReflectionInfo.Method((IQueryable <object> source, int index) => source.ElementAtOrDefault(index));
__except = ReflectionInfo.Method((IQueryable <object> source1, IEnumerable <object> source2) => source1.Except(source2));
__first = ReflectionInfo.Method((IQueryable <object> source) => source.First());
__firstOrDefault = ReflectionInfo.Method((IQueryable <object> source) => source.FirstOrDefault());
__firstOrDefaultWithPredicate = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, bool> > predicate) => source.FirstOrDefault(predicate));
__firstWithPredicate = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, bool> > predicate) => source.First(predicate));
__groupByWithKeySelector = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, object> > keySelector) => source.GroupBy(keySelector));
__groupByWithKeySelectorAndElementSelector = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, object> > keySelector, Expression <Func <object, object> > elementSelector) => source.GroupBy(keySelector, elementSelector));
__groupByWithKeySelectorAndResultSelector = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, object> > keySelector, Expression <Func <object, IEnumerable <object>, object> > resultSelector) => source.GroupBy(keySelector, resultSelector));
__groupByWithKeySelectorElementSelectorAndResultSelector = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, object> > keySelector, Expression <Func <object, object> > elementSelector, Expression <Func <object, IEnumerable <object>, object> > resultSelector) => source.GroupBy(keySelector, elementSelector, resultSelector));
__groupJoin = ReflectionInfo.Method((IQueryable <object> outer, IEnumerable <object> inner, Expression <Func <object, object> > outerKeySelector, Expression <Func <object, object> > innerKeySelector, Expression <Func <object, IEnumerable <object>, object> > resultSelector) => outer.GroupJoin(inner, outerKeySelector, innerKeySelector, resultSelector));
__intersect = ReflectionInfo.Method((IQueryable <object> source1, IEnumerable <object> source2) => source1.Intersect(source2));
__join = ReflectionInfo.Method((IQueryable <object> outer, IEnumerable <object> inner, Expression <Func <object, object> > outerKeySelector, Expression <Func <object, object> > innerKeySelector, Expression <Func <object, object, object> > resultSelector) => outer.Join(inner, outerKeySelector, innerKeySelector, resultSelector));
__last = ReflectionInfo.Method((IQueryable <object> source) => source.Last());
__lastOrDefault = ReflectionInfo.Method((IQueryable <object> source) => source.LastOrDefault());
__lastOrDefaultWithPredicate = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, bool> > predicate) => source.LastOrDefault(predicate));
__lastWithPredicate = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, bool> > predicate) => source.Last(predicate));
__longCount = ReflectionInfo.Method((IQueryable <object> source) => source.LongCount());
__longCountWithPredicate = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, bool> > predicate) => source.LongCount(predicate));
__max = ReflectionInfo.Method((IQueryable <object> source) => source.Max());
__maxWithSelector = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, object> > selector) => source.Max(selector));
__min = ReflectionInfo.Method((IQueryable <object> source) => source.Min());
__minWithSelector = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, object> > selector) => source.Min(selector));
__ofType = ReflectionInfo.Method((IQueryable source) => source.OfType <object>());
__orderBy = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, object> > keySelector) => source.OrderBy(keySelector));
__orderByDescending = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, object> > keySelector) => source.OrderByDescending(keySelector));
__reverse = ReflectionInfo.Method((IQueryable <object> source) => source.Reverse());
__select = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, object> > selector) => source.Select(selector));
__selectMany = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, IEnumerable <object> > > selector) => source.SelectMany(selector));
__selectManyWithCollectionSelectorAndResultSelector = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, IEnumerable <object> > > collectionSelector, Expression <Func <object, object, object> > resultSelector) => source.SelectMany(collectionSelector, resultSelector));
__selectManyWithCollectionSelectorTakingIndexAndResultSelector = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, int, IEnumerable <object> > > collectionSelector, Expression <Func <object, object, object> > resultSelector) => source.SelectMany(collectionSelector, resultSelector));
__selectManyWithSelectorTakingIndex = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, int, IEnumerable <object> > > selector) => source.SelectMany(selector));
__selectWithSelectorTakingIndex = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, int, object> > selector) => source.Select(selector));
__single = ReflectionInfo.Method((IQueryable <object> source) => source.Single());
__singleOrDefault = ReflectionInfo.Method((IQueryable <object> source) => source.SingleOrDefault());
__singleOrDefaultWithPredicate = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, bool> > predicate) => source.SingleOrDefault(predicate));
__singleWithPredicate = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, bool> > predicate) => source.Single(predicate));
__skip = ReflectionInfo.Method((IQueryable <object> source, int count) => source.Skip(count));
__sumDecimal = ReflectionInfo.Method((IQueryable <decimal> source) => source.Sum());
__sumDecimalWithSelector = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, decimal> > selector) => source.Sum(selector));
__sumDouble = ReflectionInfo.Method((IQueryable <double> source) => source.Sum());
__sumDoubleWithSelector = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, double> > selector) => source.Sum(selector));
__sumInt32 = ReflectionInfo.Method((IQueryable <int> source) => source.Sum());
__sumInt32WithSelector = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, int> > selector) => source.Sum(selector));
__sumInt64 = ReflectionInfo.Method((IQueryable <long> source) => source.Sum());
__sumInt64WithSelector = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, long> > selector) => source.Sum(selector));
__sumNullableDecimal = ReflectionInfo.Method((IQueryable <decimal?> source) => source.Sum());
__sumNullableDecimalWithSelector = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, decimal?> > selector) => source.Sum(selector));
__sumNullableDouble = ReflectionInfo.Method((IQueryable <double?> source) => source.Sum());
__sumNullableDoubleWithSelector = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, double?> > selector) => source.Sum(selector));
__sumNullableInt32 = ReflectionInfo.Method((IQueryable <int?> source) => source.Sum());
__sumNullableInt32WithSelector = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, int?> > selector) => source.Sum(selector));
__sumNullableInt64 = ReflectionInfo.Method((IQueryable <long?> source) => source.Sum());
__sumNullableInt64WithSelector = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, long?> > selector) => source.Sum(selector));
__sumNullableSingle = ReflectionInfo.Method((IQueryable <float?> source) => source.Sum());
__sumNullableSingleWithSelector = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, float?> > selector) => source.Sum(selector));
__sumSingle = ReflectionInfo.Method((IQueryable <float> source) => source.Sum());
__sumSingleWithSelector = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, float> > selector) => source.Sum(selector));
__take = ReflectionInfo.Method((IQueryable <object> source, int count) => source.Take(count));
__thenBy = ReflectionInfo.Method((IOrderedQueryable <object> source, Expression <Func <object, object> > keySelector) => source.ThenBy(keySelector));
__thenByDescending = ReflectionInfo.Method((IOrderedQueryable <object> source, Expression <Func <object, object> > keySelector) => source.ThenByDescending(keySelector));
__union = ReflectionInfo.Method((IQueryable <object> source1, IEnumerable <object> source2) => source1.Union(source2));
__where = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, bool> > predicate) => source.Where(predicate));
__whereWithPredicateTakingIndex = ReflectionInfo.Method((IQueryable <object> source, Expression <Func <object, int, bool> > predicate) => source.Where(predicate));
__zip = ReflectionInfo.Method((IQueryable <object> source1, IEnumerable <object> source2, Expression <Func <object, object, object> > resultSelector) => source1.Zip(source2, resultSelector));
}
// static constructor
static SetWindowFieldsMethod()
{
__addToSet = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, object> selector, SetWindowFieldsWindow window) => partition.AddToSet(selector, window));
__averageWithDecimal = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, decimal> selector, SetWindowFieldsWindow window) => partition.Average(selector, window));
__averageWithDouble = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, double> selector, SetWindowFieldsWindow window) => partition.Average(selector, window));
__averageWithInt32 = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, int> selector, SetWindowFieldsWindow window) => partition.Average(selector, window));
__averageWithInt64 = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, long> selector, SetWindowFieldsWindow window) => partition.Average(selector, window));
__averageWithNullableDecimal = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, decimal?> selector, SetWindowFieldsWindow window) => partition.Average(selector, window));
__averageWithNullableDouble = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, double?> selector, SetWindowFieldsWindow window) => partition.Average(selector, window));
__averageWithNullableInt32 = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, int?> selector, SetWindowFieldsWindow window) => partition.Average(selector, window));
__averageWithNullableInt64 = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, long?> selector, SetWindowFieldsWindow window) => partition.Average(selector, window));
__averageWithNullableSingle = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, float?> selector, SetWindowFieldsWindow window) => partition.Average(selector, window));
__averageWithSingle = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, float> selector, SetWindowFieldsWindow window) => partition.Average(selector, window));
__count = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, SetWindowFieldsWindow window) => partition.Count(window));
__covariancePopulationWithDecimals = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, decimal> selector1, Func <object, decimal> selector2, SetWindowFieldsWindow window) => partition.CovariancePopulation(selector1, selector2, window));
__covariancePopulationWithDoubles = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, double> selector1, Func <object, double> selector2, SetWindowFieldsWindow window) => partition.CovariancePopulation(selector1, selector2, window));
__covariancePopulationWithInt32s = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, int> selector1, Func <object, int> selector2, SetWindowFieldsWindow window) => partition.CovariancePopulation(selector1, selector2, window));
__covariancePopulationWithInt64s = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, long> selector1, Func <object, long> selector2, SetWindowFieldsWindow window) => partition.CovariancePopulation(selector1, selector2, window));
__covariancePopulationWithNullableDecimals = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, decimal?> selector1, Func <object, decimal?> selector2, SetWindowFieldsWindow window) => partition.CovariancePopulation(selector1, selector2, window));
__covariancePopulationWithNullableDoubles = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, double?> selector1, Func <object, double?> selector2, SetWindowFieldsWindow window) => partition.CovariancePopulation(selector1, selector2, window));
__covariancePopulationWithNullableInt32s = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, int?> selector1, Func <object, int?> selector2, SetWindowFieldsWindow window) => partition.CovariancePopulation(selector1, selector2, window));
__covariancePopulationWithNullableInt64s = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, long?> selector1, Func <object, long?> selector2, SetWindowFieldsWindow window) => partition.CovariancePopulation(selector1, selector2, window));
__covariancePopulationWithNullableSingles = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, float?> selector1, Func <object, float?> selector2, SetWindowFieldsWindow window) => partition.CovariancePopulation(selector1, selector2, window));
__covariancePopulationWithSingles = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, float> selector1, Func <object, float> selector2, SetWindowFieldsWindow window) => partition.CovariancePopulation(selector1, selector2, window));
__covarianceSampleWithDecimals = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, decimal> selector1, Func <object, decimal> selector2, SetWindowFieldsWindow window) => partition.CovarianceSample(selector1, selector2, window));
__covarianceSampleWithDoubles = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, double> selector1, Func <object, double> selector2, SetWindowFieldsWindow window) => partition.CovarianceSample(selector1, selector2, window));
__covarianceSampleWithInt32s = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, int> selector1, Func <object, int> selector2, SetWindowFieldsWindow window) => partition.CovarianceSample(selector1, selector2, window));
__covarianceSampleWithInt64s = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, long> selector1, Func <object, long> selector2, SetWindowFieldsWindow window) => partition.CovarianceSample(selector1, selector2, window));
__covarianceSampleWithNullableDecimals = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, decimal?> selector1, Func <object, decimal?> selector2, SetWindowFieldsWindow window) => partition.CovarianceSample(selector1, selector2, window));
__covarianceSampleWithNullableDoubles = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, double?> selector1, Func <object, double?> selector2, SetWindowFieldsWindow window) => partition.CovarianceSample(selector1, selector2, window));
__covarianceSampleWithNullableInt32s = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, int?> selector1, Func <object, int?> selector2, SetWindowFieldsWindow window) => partition.CovarianceSample(selector1, selector2, window));
__covarianceSampleWithNullableInt64s = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, long?> selector1, Func <object, long?> selector2, SetWindowFieldsWindow window) => partition.CovarianceSample(selector1, selector2, window));
__covarianceSampleWithNullableSingles = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, float?> selector1, Func <object, float?> selector2, SetWindowFieldsWindow window) => partition.CovarianceSample(selector1, selector2, window));
__covarianceSampleWithSingles = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, float> selector1, Func <object, float> selector2, SetWindowFieldsWindow window) => partition.CovarianceSample(selector1, selector2, window));
__denseRank = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition) => partition.DenseRank());
__derivativeWithDecimal = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, decimal> selector, SetWindowFieldsWindow window) => partition.Derivative(selector, window));
__derivativeWithDecimalAndUnit = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, decimal> selector, WindowTimeUnit unit, SetWindowFieldsWindow window) => partition.Derivative(selector, unit, window));
__derivativeWithDouble = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, double> selector, SetWindowFieldsWindow window) => partition.Derivative(selector, window));
__derivativeWithDoubleAndUnit = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, double> selector, WindowTimeUnit unit, SetWindowFieldsWindow window) => partition.Derivative(selector, unit, window));
__derivativeWithInt32 = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, int> selector, SetWindowFieldsWindow window) => partition.Derivative(selector, window));
__derivativeWithInt32AndUnit = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, int> selector, WindowTimeUnit unit, SetWindowFieldsWindow window) => partition.Derivative(selector, unit, window));
__derivativeWithInt64 = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, long> selector, SetWindowFieldsWindow window) => partition.Derivative(selector, window));
__derivativeWithInt64AndUnit = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, long> selector, WindowTimeUnit unit, SetWindowFieldsWindow window) => partition.Derivative(selector, unit, window));
__derivativeWithSingle = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, float> selector, SetWindowFieldsWindow window) => partition.Derivative(selector, window));
__derivativeWithSingleAndUnit = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, float> selector, WindowTimeUnit unit, SetWindowFieldsWindow window) => partition.Derivative(selector, unit, window));;
__documentNumber = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition) => partition.DocumentNumber());
__exponentialMovingAverageWithDecimal = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, decimal> selector, ExponentialMovingAverageWeighting weighting, SetWindowFieldsWindow window) => partition.ExponentialMovingAverage(selector, weighting, window));
__exponentialMovingAverageWithDouble = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, double> selector, ExponentialMovingAverageWeighting weighting, SetWindowFieldsWindow window) => partition.ExponentialMovingAverage(selector, weighting, window));
__exponentialMovingAverageWithInt32 = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, int> selector, ExponentialMovingAverageWeighting weighting, SetWindowFieldsWindow window) => partition.ExponentialMovingAverage(selector, weighting, window));
__exponentialMovingAverageWithInt64 = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, long> selector, ExponentialMovingAverageWeighting weighting, SetWindowFieldsWindow window) => partition.ExponentialMovingAverage(selector, weighting, window));
__exponentialMovingAverageWithSingle = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, float> selector, ExponentialMovingAverageWeighting weighting, SetWindowFieldsWindow window) => partition.ExponentialMovingAverage(selector, weighting, window));
__first = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, object> selector, SetWindowFieldsWindow window) => partition.First(selector, window));
__integralWithDecimal = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, decimal> selector, SetWindowFieldsWindow window) => partition.Integral(selector, window));
__integralWithDecimalAndUnit = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, decimal> selector, WindowTimeUnit unit, SetWindowFieldsWindow window) => partition.Integral(selector, unit, window));
__integralWithDouble = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, double> selector, SetWindowFieldsWindow window) => partition.Integral(selector, window));
__integralWithDoubleAndUnit = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, double> selector, WindowTimeUnit unit, SetWindowFieldsWindow window) => partition.Integral(selector, unit, window));
__integralWithInt32 = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, int> selector, SetWindowFieldsWindow window) => partition.Integral(selector, window));
__integralWithInt32AndUnit = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, int> selector, WindowTimeUnit unit, SetWindowFieldsWindow window) => partition.Integral(selector, unit, window));
__integralWithInt64 = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, long> selector, SetWindowFieldsWindow window) => partition.Integral(selector, window));
__integralWithInt64AndUnit = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, long> selector, WindowTimeUnit unit, SetWindowFieldsWindow window) => partition.Integral(selector, unit, window));
__integralWithSingle = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, float> selector, SetWindowFieldsWindow window) => partition.Integral(selector, window));
__integralWithSingleAndUnit = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, float> selector, WindowTimeUnit unit, SetWindowFieldsWindow window) => partition.Integral(selector, unit, window));;
__last = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, object> selector, SetWindowFieldsWindow window) => partition.Last(selector, window));
__max = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, object> selector, SetWindowFieldsWindow window) => partition.Max(selector, window));
__min = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, object> selector, SetWindowFieldsWindow window) => partition.Min(selector, window));
__push = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, object> selector, SetWindowFieldsWindow window) => partition.Push(selector, window));
__rank = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition) => partition.Rank());
__shift = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, object> selector, int by) => partition.Shift(selector, by));
__shiftWithDefaultValue = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, object> selector, int by, object defaultValue) => partition.Shift(selector, by, defaultValue));
__standardDeviationPopulationWithDecimal = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, decimal> selector, SetWindowFieldsWindow window) => partition.StandardDeviationPopulation(selector, window));
__standardDeviationPopulationWithDouble = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, double> selector, SetWindowFieldsWindow window) => partition.StandardDeviationPopulation(selector, window));
__standardDeviationPopulationWithInt32 = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, int> selector, SetWindowFieldsWindow window) => partition.StandardDeviationPopulation(selector, window));
__standardDeviationPopulationWithInt64 = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, long> selector, SetWindowFieldsWindow window) => partition.StandardDeviationPopulation(selector, window));
__standardDeviationPopulationWithNullableDecimal = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, decimal?> selector, SetWindowFieldsWindow window) => partition.StandardDeviationPopulation(selector, window));
__standardDeviationPopulationWithNullableDouble = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, double?> selector, SetWindowFieldsWindow window) => partition.StandardDeviationPopulation(selector, window));
__standardDeviationPopulationWithNullableInt32 = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, int?> selector, SetWindowFieldsWindow window) => partition.StandardDeviationPopulation(selector, window));
__standardDeviationPopulationWithNullableInt64 = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, long?> selector, SetWindowFieldsWindow window) => partition.StandardDeviationPopulation(selector, window));
__standardDeviationPopulationWithNullableSingle = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, float?> selector, SetWindowFieldsWindow window) => partition.StandardDeviationPopulation(selector, window));
__standardDeviationPopulationWithSingle = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, float> selector, SetWindowFieldsWindow window) => partition.StandardDeviationPopulation(selector, window));
__standardDeviationSampleWithDecimal = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, decimal> selector, SetWindowFieldsWindow window) => partition.StandardDeviationSample(selector, window));
__standardDeviationSampleWithDouble = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, double> selector, SetWindowFieldsWindow window) => partition.StandardDeviationSample(selector, window));
__standardDeviationSampleWithInt32 = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, int> selector, SetWindowFieldsWindow window) => partition.StandardDeviationSample(selector, window));
__standardDeviationSampleWithInt64 = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, long> selector, SetWindowFieldsWindow window) => partition.StandardDeviationSample(selector, window));
__standardDeviationSampleWithNullableDecimal = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, decimal?> selector, SetWindowFieldsWindow window) => partition.StandardDeviationSample(selector, window));
__standardDeviationSampleWithNullableDouble = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, double?> selector, SetWindowFieldsWindow window) => partition.StandardDeviationSample(selector, window));
__standardDeviationSampleWithNullableInt32 = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, int?> selector, SetWindowFieldsWindow window) => partition.StandardDeviationSample(selector, window));
__standardDeviationSampleWithNullableInt64 = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, long?> selector, SetWindowFieldsWindow window) => partition.StandardDeviationSample(selector, window));
__standardDeviationSampleWithNullableSingle = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, float?> selector, SetWindowFieldsWindow window) => partition.StandardDeviationSample(selector, window));
__standardDeviationSampleWithSingle = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, float> selector, SetWindowFieldsWindow window) => partition.StandardDeviationSample(selector, window));
__sumWithDecimal = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, decimal> selector, SetWindowFieldsWindow window) => partition.Sum(selector, window));
__sumWithDouble = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, double> selector, SetWindowFieldsWindow window) => partition.Sum(selector, window));
__sumWithInt32 = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, int> selector, SetWindowFieldsWindow window) => partition.Sum(selector, window));
__sumWithInt64 = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, long> selector, SetWindowFieldsWindow window) => partition.Sum(selector, window));
__sumWithNullableDecimal = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, decimal?> selector, SetWindowFieldsWindow window) => partition.Sum(selector, window));
__sumWithNullableDouble = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, double?> selector, SetWindowFieldsWindow window) => partition.Sum(selector, window));
__sumWithNullableInt32 = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, int?> selector, SetWindowFieldsWindow window) => partition.Sum(selector, window));
__sumWithNullableInt64 = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, long?> selector, SetWindowFieldsWindow window) => partition.Sum(selector, window));
__sumWithNullableSingle = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, float?> selector, SetWindowFieldsWindow window) => partition.Sum(selector, window));
__sumWithSingle = ReflectionInfo.Method((ISetWindowFieldsPartition <object> partition, Func <object, float> selector, SetWindowFieldsWindow window) => partition.Sum(selector, window));
}
// static constructor
static EnumerableMethod()
{
__aggregate = ReflectionInfo.Method((IEnumerable <object> source, Func <object, object, object> func) => source.Aggregate(func));
__aggregateWithSeedAndFunc = ReflectionInfo.Method((IEnumerable <object> source, object seed, Func <object, object, object> func) => source.Aggregate(seed, func));
__aggregateWithSeedFuncAndResultSelector = ReflectionInfo.Method((IEnumerable <object> source, object seed, Func <object, object, object> func, Func <object, object> resultSelector) => source.Aggregate(seed, func, resultSelector));
__all = ReflectionInfo.Method((IEnumerable <object> source, Func <object, bool> predicate) => source.All(predicate));
__any = ReflectionInfo.Method((IEnumerable <object> source) => source.Any());
__anyWithPredicate = ReflectionInfo.Method((IEnumerable <object> source, Func <object, bool> predicate) => source.Any(predicate));
__averageDecimal = ReflectionInfo.Method((IEnumerable <decimal> source) => source.Average());
__averageDecimalWithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, decimal> selector) => source.Average(selector));
__averageDouble = ReflectionInfo.Method((IEnumerable <double> source) => source.Average());
__averageDoubleWithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, double> selector) => source.Average(selector));
__averageInt32 = ReflectionInfo.Method((IEnumerable <int> source) => source.Average());
__averageInt32WithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, int> selector) => source.Average(selector));
__averageInt64 = ReflectionInfo.Method((IEnumerable <long> source) => source.Average());
__averageInt64WithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, long> selector) => source.Average(selector));
__averageNullableDecimal = ReflectionInfo.Method((IEnumerable <decimal?> source) => source.Average());
__averageNullableDecimalWithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, decimal?> selector) => source.Average(selector));
__averageNullableDouble = ReflectionInfo.Method((IEnumerable <double?> source) => source.Average());
__averageNullableDoubleWithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, double?> selector) => source.Average(selector));
__averageNullableInt32 = ReflectionInfo.Method((IEnumerable <int?> source) => source.Average());
__averageNullableInt32WithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, int?> selector) => source.Average(selector));
__averageNullableInt64 = ReflectionInfo.Method((IEnumerable <long?> source) => source.Average());
__averageNullableInt64WithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, long?> selector) => source.Average(selector));
__averageNullableSingle = ReflectionInfo.Method((IEnumerable <float?> source) => source.Average());
__averageNullableSingleWithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, float?> selector) => source.Average(selector));
__averageSingle = ReflectionInfo.Method((IEnumerable <float> source) => source.Average());
__averageSingleWithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, float> selector) => source.Average(selector));
__cast = ReflectionInfo.Method((IEnumerable source) => source.Cast <object>());
__concat = ReflectionInfo.Method((IEnumerable <object> first, IEnumerable <object> second) => first.Concat(second));
__contains = ReflectionInfo.Method((IEnumerable <object> source, object value) => source.Contains(value));
__count = ReflectionInfo.Method((IEnumerable <object> source) => source.Count());
__countWithPredicate = ReflectionInfo.Method((IEnumerable <object> source, Func <object, bool> predicate) => source.Count(predicate));
__defaultIfEmpty = ReflectionInfo.Method((IEnumerable <object> source) => source.DefaultIfEmpty());
__defaultIfEmptyWithDefaultValue = ReflectionInfo.Method((IEnumerable <object> source, object defaultValue) => source.DefaultIfEmpty(defaultValue));
__distinct = ReflectionInfo.Method((IEnumerable <object> source) => source.Distinct());
__elementAt = ReflectionInfo.Method((IEnumerable <object> source, int index) => source.ElementAt(index));
__elementAtOrDefault = ReflectionInfo.Method((IEnumerable <object> source, int index) => source.ElementAtOrDefault(index));
__except = ReflectionInfo.Method((IEnumerable <object> first, IEnumerable <object> second) => first.Except(second));
__first = ReflectionInfo.Method((IEnumerable <object> source) => source.First());
__firstOrDefault = ReflectionInfo.Method((IEnumerable <object> source) => source.FirstOrDefault());
__firstOrDefaultWithPredicate = ReflectionInfo.Method((IEnumerable <object> source, Func <object, bool> predicate) => source.FirstOrDefault(predicate));
__firstWithPredicate = ReflectionInfo.Method((IEnumerable <object> source, Func <object, bool> predicate) => source.First(predicate));
__groupBy = ReflectionInfo.Method((IEnumerable <object> source, Func <object, object> keySelector) => source.GroupBy(keySelector));
__groupByWithKeySelectorAndElementSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, object> keySelector, Func <object, object> elementSelector) => source.GroupBy(keySelector, elementSelector));
__groupByWithKeySelectorAndResultSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, object> keySelector, Func <object, object, object> resultSelector) => source.GroupBy(keySelector, resultSelector));
__groupByWithKeySelectorElementSelectorAndResultSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, object> keySelector, Func <object, object> elementSelector, Func <object, IEnumerable <object>, object> resultSelector) => source.GroupBy(keySelector, elementSelector, resultSelector));
__groupJoin = ReflectionInfo.Method((IEnumerable <object> outer, IEnumerable <object> inner, Func <object, object> outerKeySelector, Func <object, object> innerKeySelector, Func <object, IEnumerable <object>, object> resultSelector) => outer.GroupJoin(inner, outerKeySelector, innerKeySelector, resultSelector));
__intersect = ReflectionInfo.Method((IEnumerable <object> first, IEnumerable <object> second) => first.Intersect(second));
__join = ReflectionInfo.Method((IEnumerable <object> outer, IEnumerable <object> inner, Func <object, object> outerKeySelector, Func <object, object> innerKeySelector, Func <object, object, object> resultSelector) => outer.Join(inner, outerKeySelector, innerKeySelector, resultSelector));
__last = ReflectionInfo.Method((IEnumerable <object> source) => source.Last());
__lastOrDefault = ReflectionInfo.Method((IEnumerable <object> source) => source.LastOrDefault());
__lastOrDefaultWithPredicate = ReflectionInfo.Method((IEnumerable <object> source, Func <object, bool> predicate) => source.LastOrDefault(predicate));
__lastWithPredicate = ReflectionInfo.Method((IEnumerable <object> source, Func <object, bool> predicate) => source.Last(predicate));
__longCount = ReflectionInfo.Method((IEnumerable <object> source) => source.LongCount());
__longCountWithPredicate = ReflectionInfo.Method((IEnumerable <object> source, Func <object, bool> predicate) => source.LongCount(predicate));
__max = ReflectionInfo.Method((IEnumerable <object> source) => source.Max());
__maxDecimal = ReflectionInfo.Method((IEnumerable <decimal> source) => source.Max());
__maxDecimalWithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, decimal> selector) => source.Max(selector));
__maxDouble = ReflectionInfo.Method((IEnumerable <double> source) => source.Max());
__maxDoubleWithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, double> selector) => source.Max(selector));
__maxInt32 = ReflectionInfo.Method((IEnumerable <int> source) => source.Max());
__maxInt32WithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, int> selector) => source.Max(selector));
__maxInt64 = ReflectionInfo.Method((IEnumerable <long> source) => source.Max());
__maxInt64WithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, long> selector) => source.Max(selector));
__maxNullableDecimal = ReflectionInfo.Method((IEnumerable <decimal?> source) => source.Max());
__maxNullableDecimalWithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, decimal?> selector) => source.Max(selector));
__maxNullableDouble = ReflectionInfo.Method((IEnumerable <double?> source) => source.Max());
__maxNullableDoubleWithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, double?> selector) => source.Max(selector));
__maxNullableInt32 = ReflectionInfo.Method((IEnumerable <int?> source) => source.Max());
__maxNullableInt32WithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, int?> selector) => source.Max(selector));
__maxNullableInt64 = ReflectionInfo.Method((IEnumerable <long?> source) => source.Max());
__maxNullableInt64WithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, long?> selector) => source.Max(selector));
__maxNullableSingle = ReflectionInfo.Method((IEnumerable <float?> source) => source.Max());
__maxNullableSingleWithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, float?> selector) => source.Max(selector));
__maxSingle = ReflectionInfo.Method((IEnumerable <float> source) => source.Max());
__maxSingleWithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, float> selector) => source.Max(selector));
__maxWithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, object> selector) => source.Max(selector));
__min = ReflectionInfo.Method((IEnumerable <object> source) => source.Min());
__minDecimal = ReflectionInfo.Method((IEnumerable <decimal> source) => source.Min());
__minDecimalWithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, decimal> selector) => source.Min(selector));
__minDouble = ReflectionInfo.Method((IEnumerable <double> source) => source.Min());
__minDoubleWithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, double> selector) => source.Min(selector));
__minInt32 = ReflectionInfo.Method((IEnumerable <int> source) => source.Min());
__minInt32WithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, int> selector) => source.Min(selector));
__minInt64 = ReflectionInfo.Method((IEnumerable <long> source) => source.Min());
__minInt64WithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, long> selector) => source.Min(selector));
__minNullableDecimal = ReflectionInfo.Method((IEnumerable <decimal?> source) => source.Min());
__minNullableDecimalWithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, decimal?> selector) => source.Min(selector));
__minNullableDouble = ReflectionInfo.Method((IEnumerable <double?> source) => source.Min());
__minNullableDoubleWithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, double?> selector) => source.Min(selector));
__minNullableInt32 = ReflectionInfo.Method((IEnumerable <int?> source) => source.Min());
__minNullableInt32WithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, int?> selector) => source.Min(selector));
__minNullableInt64 = ReflectionInfo.Method((IEnumerable <long?> source) => source.Min());
__minNullableInt64WithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, long?> selector) => source.Min(selector));
__minNullableSingle = ReflectionInfo.Method((IEnumerable <float?> source) => source.Min());
__minNullableSingleWithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, float?> selector) => source.Min(selector));
__minSingle = ReflectionInfo.Method((IEnumerable <float> source) => source.Min());
__minSingleWithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, float> selector) => source.Min(selector));
__minWithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, object> selector) => source.Min(selector));
__ofType = ReflectionInfo.Method((IEnumerable source) => source.OfType <object>());
__orderBy = ReflectionInfo.Method((IEnumerable <object> source, Func <object, object> keySelector) => source.OrderBy(keySelector));
__orderByDescending = ReflectionInfo.Method((IEnumerable <object> source, Func <object, object> keySelector) => source.OrderByDescending(keySelector));
__range = ReflectionInfo.Method((int start, int count) => Enumerable.Range(start, count));
__repeat = ReflectionInfo.Method((object element, int count) => Enumerable.Repeat(element, count));
__reverse = ReflectionInfo.Method((IEnumerable <object> source) => source.Reverse());
__select = ReflectionInfo.Method((IEnumerable <object> source, Func <object, object> selector) => source.Select(selector));
__selectMany = ReflectionInfo.Method((IEnumerable <object> source, Func <object, IEnumerable <object> > selector) => source.SelectMany(selector));
__selectManyWithCollectionSelectorAndResultSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, IEnumerable <object> > collectionSelector, Func <object, object, object> resultSelector) => source.SelectMany(collectionSelector, resultSelector));
__selectManyWithCollectionSelectorTakingIndexAndResultSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, int, IEnumerable <object> > collectionSelector, Func <object, object, object> resultSelector) => source.SelectMany(collectionSelector, resultSelector));
__selectManyWithSelectorTakingIndex = ReflectionInfo.Method((IEnumerable <object> source, Func <object, int, IEnumerable <object> > selector) => source.SelectMany(selector));
__selectWithSelectorTakingIndex = ReflectionInfo.Method((IEnumerable <object> source, Func <object, int, object> selector) => source.Select(selector));
__sequenceEqual = ReflectionInfo.Method((IEnumerable <object> first, IEnumerable <object> second) => first.SequenceEqual(second));
__single = ReflectionInfo.Method((IEnumerable <object> source) => source.Single());
__singleOrDefault = ReflectionInfo.Method((IEnumerable <object> source) => source.SingleOrDefault());
__singleOrDefaultWithPredicate = ReflectionInfo.Method((IEnumerable <object> source, Func <object, bool> predicate) => source.SingleOrDefault(predicate));
__singleWithPredicate = ReflectionInfo.Method((IEnumerable <object> source, Func <object, bool> predicate) => source.Single(predicate));
__skip = ReflectionInfo.Method((IEnumerable <object> source, int count) => source.Skip(count));
__sumDecimal = ReflectionInfo.Method((IEnumerable <decimal> source) => source.Sum());
__sumDecimalWithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, decimal> selector) => source.Sum(selector));
__sumDouble = ReflectionInfo.Method((IEnumerable <double> source) => source.Sum());
__sumDoubleWithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, double> selector) => source.Sum(selector));
__sumInt32 = ReflectionInfo.Method((IEnumerable <int> source) => source.Sum());
__sumInt32WithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, int> selector) => source.Sum(selector));
__sumInt64 = ReflectionInfo.Method((IEnumerable <long> source) => source.Sum());
__sumInt64WithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, long> selector) => source.Sum(selector));
__sumNullableDecimal = ReflectionInfo.Method((IEnumerable <decimal?> source) => source.Sum());
__sumNullableDecimalWithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, decimal?> selector) => source.Sum(selector));
__sumNullableDouble = ReflectionInfo.Method((IEnumerable <double?> source) => source.Sum());
__sumNullableDoubleWithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, double?> selector) => source.Sum(selector));
__sumNullableInt32 = ReflectionInfo.Method((IEnumerable <int?> source) => source.Sum());
__sumNullableInt32WithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, int?> selector) => source.Sum(selector));
__sumNullableInt64 = ReflectionInfo.Method((IEnumerable <long?> source) => source.Sum());
__sumNullableInt64WithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, long?> selector) => source.Sum(selector));
__sumNullableSingle = ReflectionInfo.Method((IEnumerable <float?> source) => source.Sum());
__sumNullableSingleWithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, float?> selector) => source.Sum(selector));
__sumSingle = ReflectionInfo.Method((IEnumerable <float> source) => source.Sum());
__sumSingleWithSelector = ReflectionInfo.Method((IEnumerable <object> source, Func <object, float> selector) => source.Sum(selector));
__take = ReflectionInfo.Method((IEnumerable <object> source, int count) => source.Take(count));
__thenBy = ReflectionInfo.Method((IOrderedEnumerable <object> source, Func <object, object> keySelector) => source.ThenBy(keySelector));
__thenByDescending = ReflectionInfo.Method((IOrderedEnumerable <object> source, Func <object, object> keySelector) => source.ThenByDescending(keySelector));
__toArray = ReflectionInfo.Method((IEnumerable <object> source) => source.ToArray());
__toList = ReflectionInfo.Method((IEnumerable <object> source) => source.ToList());
__union = ReflectionInfo.Method((IEnumerable <object> first, IEnumerable <object> second) => first.Union(second));
__where = ReflectionInfo.Method((IEnumerable <object> source, Func <object, bool> predicate) => source.Where(predicate));
__whereWithPredicateTakingIndex = ReflectionInfo.Method((IEnumerable <object> source, Func <object, int, bool> predicate) => source.Where(predicate));
__zip = ReflectionInfo.Method((IEnumerable <object> first, IEnumerable <object> second, Func <object, object, object> resultSelector) => first.Zip(second, resultSelector));
}
// static constructor
static NullableProperty()
{
__hasValue = ReflectionInfo.Property((int?n) => n.HasValue);
}
// static constructor
static StringProperty()
{
__Length = ReflectionInfo.Property((string s) => s.Length);
}
// static constructor
static LinqExtensionsMethod()
{
__inject = ReflectionInfo.Method((FilterDefinition <object> filter) => filter.Inject());
}
// static constructor
static EnumMethod()
{
__hasFlag = ReflectionInfo.Method((Enum e, Enum flag) => e.HasFlag(flag));
}
static DateTimeConstructor()
{
__withYearMonthDay = ReflectionInfo.Constructor((int year, int month, int day) => new DateTime(year, month, day));
__withYearMonthDayHourMinuteSecond = ReflectionInfo.Constructor((int year, int month, int day, int hour, int minute, int second) => new DateTime(year, month, day, hour, minute, second));
__withYearMonthDayHourMinuteSecondMillisecond = ReflectionInfo.Constructor((int year, int month, int day, int hour, int minute, int second, int millisecond) => new DateTime(year, month, day, hour, minute, second, millisecond));
}
// static constructor
static BsonValueMethod()
{
__getItemWithInt = ReflectionInfo.IndexerGet((BsonValue v, int index) => v[index]);
__getItemWithString = ReflectionInfo.IndexerGet((BsonValue v, string index) => v[index]);
}
// static constructor
static RegexMethod()
{
__isMatch = ReflectionInfo.Method((Regex regex, string input) => regex.IsMatch(input));
__staticIsMatch = ReflectionInfo.Method((string input, string pattern) => Regex.IsMatch(input, pattern));
__staticIsMatchWithOptions = ReflectionInfo.Method((string input, string pattern, RegexOptions options) => Regex.IsMatch(input, pattern, options));
}
// static constructor
static ObjectMethod()
{
__equals = ReflectionInfo.Method((object o, object obj) => o.Equals(obj));
__toString = ReflectionInfo.Method((object o) => o.ToString());
}
