public static List <BaseNpc> Find(FilterRule Rule, FilterArgs Args)
{
var List = FilterTeam.Find(Rule.TeamType, Args);
List = FilterRange.Find(List, Rule.RangeType, Args);
return(FilterNpc.Find(List, Rule.NpcType, Args));
}
public virtual JsonResult Read(DataSourceRequest request, FilterRange range)
{
if (range.Start == DateTime.MinValue && range.End == DateTime.MinValue)
{
DateTime date = DateTime.Now;
range.Start = FirstDayOfWeek(DateTime.Now);
range.End = LastDayOfWeek(DateTime.Now);
}
string FilterTask = SessionControl.SessionManager.GetScriptParameterByKey("FilterTask", HttpContext.Session);
string clientId = SessionControl.SessionManager.GetClientId(HttpContext.Session);
string userId = SessionControl.SessionManager.GetUserId(HttpContext.Session);
IQueryable <ContactTaskViewModel> lstTask = null;
switch (FilterTask)
{
case "CLIENT":
lstTask = taskService.GetAll(clientId);
break;
case "USER":
lstTask = taskService.GetAll(clientId, userId);
break;
}
return(Json(lstTask.ToDataSourceResult(request)));
}
private static object GetSingleValueFromRange(FilterRange filterRange)
{
return(filterRange
.Start.IsNull()
? filterRange.End
: filterRange.Start);
}
public IQueryable <Post> GetPostsWithinRange(FilterRange filter)
{
bool isAdmin = IsAdmin();
return(_cache
.Where(p => p.PubDate >= filter.Start && p.PubDate <= filter.End && (p.IsPublished || isAdmin)).AsQueryable());
}
public void FilterRange_IsValid_Reports_Correct_Value()
{
foreach (FilterCondition condition in Enum.GetValues(typeof(FilterCondition)))
{
foreach (var reverseCondition in new bool[] { false, true })
{
foreach (var lowerValue in new int?[] { null, 0, 1, 2 })
{
foreach (var upperValue in new int?[] { null, 0, 1, 2 })
{
var filter = new FilterRange <int>()
{
Condition = condition,
ReverseCondition = reverseCondition,
LowerValue = lowerValue,
UpperValue = upperValue,
};
var result = filter.IsValid;
var expectedResult = condition == FilterCondition.Between && (lowerValue != null || upperValue != null);
Assert.AreEqual(expectedResult, result, "{0}/{1}/{2}/{3}", condition, reverseCondition, lowerValue, upperValue);
}
}
}
}
}
/// <summary>
/// Constructor that initializes all QueryFilter properties.
/// </summary>
public sysdiagramsFilter()
{
name = new FilterString();
principalid = new FilterRange<int>();
diagramid = new FilterRange<int>();
version = new FilterRange<int>();
}
public void FilterRange_NormaliseRange_Swaps_Upper_And_Lower_When_Appropriate()
{
foreach (var lowerValue in new int?[] { null, 0, 1, 2 })
{
foreach (var upperValue in new int?[] { null, 0, 1, 2 })
{
var filter = new FilterRange <int>()
{
LowerValue = lowerValue,
UpperValue = upperValue,
};
filter.NormaliseRange();
var expectedLower = lowerValue;
var expectedUpper = upperValue;
if (expectedLower != null && expectedUpper != null && expectedLower > expectedUpper)
{
expectedLower = upperValue;
expectedUpper = lowerValue;
}
Assert.AreEqual(expectedLower, filter.LowerValue, "{0}/{1}", lowerValue, upperValue);
Assert.AreEqual(expectedUpper, filter.UpperValue, "{0}/{1}", lowerValue, upperValue);
}
}
}
public LcmsFeatureFilteringOptions()
{
FilterOnMinutes = false;
FeatureLengthRangeScans = new FilterRange(MIN_FEATURE_LENGTH, MAX_FEATURE_LENGTH);
FeatureLengthRangeMinutes = new FilterRange(double.MinValue, double.MaxValue);
MinimumDataPoints = 3;
}
/// <summary>
/// Constructor that initializes all QueryFilter properties.
/// </summary>
public OrderDetailsFilter()
{
OrderID = new FilterRange<int>();
ProductID = new FilterRange<int>();
UnitPrice = new FilterRange<decimal>();
Quantity = new FilterRange<short>();
Discount = new FilterRange<Single>();
}
public FilterRangesModel()
{
Height = new FilterRange();
Width = new FilterRange();
Length = new FilterRange();
SleepLength = new FilterRange();
SleepWidth = new FilterRange();
Price = new FilterRange();
}
public MsFeatureFilteringOptions()
{
MzRange = new FilterRange();
MinimumIntensity = 0;
MinimumDeisotopingScore = MINIMUM_DEISOTOPING_SCORE;
ChargeRange = new FilterRange(1, 6);
ShouldUseIntensityFilter = false;
ShouldUseMzFilter = false;
ShouldUseDeisotopingFilter = true;
ShouldUseChargeFilter = true;
}
/// <summary>
/// Filters the clusters based on the given mass and NET range
/// </summary>
public void Filter(FilterRange monoisotopicMass, FilterRange net)
{
m_filterViewModel.MassRange.Minimum = monoisotopicMass.Minimum;
m_filterViewModel.MassRange.Maximum = monoisotopicMass.Maximum;
m_filterViewModel.NetRange.Minimum = net.Minimum;
m_filterViewModel.NetRange.Maximum = net.Maximum;
m_filterViewModel.MassRange.ShouldUse = true;
m_filterViewModel.NetRange.ShouldUse = true;
Filter();
}
public void ValidateCorrectly(bool expectedValid, object start, object end, RangeOperator op)
{
var sut = new FilterRange
{
Start = start,
End = end,
RangeOperator = op
};
Assert.Equal(expectedValid, sut.IsValid);
Assert.Equal(!expectedValid, sut.IsInvalid);
}
/// <summary>
/// Adds a single criteria to the statement passed across
/// </summary>
/// <param name="criteriaText"></param>
/// <param name="filter"></param>
/// <param name="parameters"></param>
/// <param name="fieldName"></param>
/// <param name="startDateParameterName"></param>
/// <param name="endDateParameterName"></param>
public static void AddCriteria(StringBuilder criteriaText, FilterRange <DateTime> filter, DynamicParameters parameters, string fieldName, string startDateParameterName, string endDateParameterName)
{
HandleDateRangeFilter(filter,
(bothUsed) => { AddWhereClause(criteriaText, fieldName, String.Format(" {0} @{1}", !filter.ReverseCondition ? ">=" : "<", startDateParameterName), openParenthesis: bothUsed); },
(bothUsed) => { AddWhereClause(criteriaText, fieldName, String.Format(" {0} @{1}", !filter.ReverseCondition ? "<=" : ">", endDateParameterName), useOR: bothUsed && filter.ReverseCondition, closeParenthesis: bothUsed); }
);
HandleDateRangeFilter(filter,
(bothUsed) => { parameters.Add(startDateParameterName, filter.LowerValue); },
(bothUsed) => { parameters.Add(endDateParameterName, filter.UpperValue); }
);
}
/// <summary>
/// Constructor that initializes all QueryFilter properties.
/// </summary>
public ProductsFilter()
{
ProductID = new FilterRange<int>();
ProductName = new FilterString();
SupplierID = new FilterRange<int>();
CategoryID = new FilterRange<int>();
QuantityPerUnit = new FilterString();
UnitPrice = new FilterRange<decimal>();
UnitsInStock = new FilterRange<short>();
UnitsOnOrder = new FilterRange<short>();
ReorderLevel = new FilterRange<short>();
Discontinued = new FilterEquatable<bool?>();
}
/// <summary>
/// Constructor that initializes all QueryFilter properties.
/// </summary>
public SuppliersFilter()
{
SupplierID = new FilterRange<int>();
CompanyName = new FilterString();
ContactName = new FilterString();
ContactTitle = new FilterString();
Address = new FilterString();
City = new FilterString();
Region = new FilterString();
PostalCode = new FilterString();
Country = new FilterString();
Phone = new FilterString();
Fax = new FilterString();
HomePage = new FilterString();
}
private void FilterFromView()
{
if (m_clustersPlotModel == null)
{
return;
}
var model = m_clustersPlotModel.Model;
//var viewport = m_clusterChart.ViewPort;
var mass = new FilterRange(model.DefaultYAxis.ActualMinimum, model.DefaultYAxis.ActualMaximum);
var net = new FilterRange(model.DefaultXAxis.ActualMinimum, model.DefaultXAxis.ActualMaximum);
m_clusterTreeModel.Filter(mass, net);
}
public static Filter SetRange(this Filter filter, object start = null, object end = null, RangeOperator rangeOperator = (RangeOperator)0)
{
filter ??= new Filter();
var range = new FilterRange
{
Start = start,
End = end,
RangeOperator = rangeOperator,
};
filter.Range = range;
return(filter);
}
public void FilterRange_Constructor_Initialises_To_Known_State_And_Properties_Work()
{
var filter = new FilterRange <int>();
TestUtilities.TestProperty(filter, r => r.Condition, FilterCondition.Invalid, FilterCondition.Equals);
TestUtilities.TestProperty(filter, r => r.ReverseCondition, false);
TestUtilities.TestProperty(filter, r => r.LowerValue, null, 1);
TestUtilities.TestProperty(filter, r => r.UpperValue, null, 2);
filter = new FilterRange <int>(7, 900);
TestUtilities.TestProperty(filter, r => r.Condition, FilterCondition.Between, FilterCondition.Equals);
TestUtilities.TestProperty(filter, r => r.ReverseCondition, false);
TestUtilities.TestProperty(filter, r => r.LowerValue, 7, 1);
TestUtilities.TestProperty(filter, r => r.UpperValue, 900, 2);
}
/// <summary>
/// Constructor that initializes all QueryFilter properties.
/// </summary>
public OrdersFilter()
{
OrderID = new FilterRange<int>();
CustomerID = new FilterString();
EmployeeID = new FilterRange<int>();
OrderDate = new FilterRange<DateTime>();
RequiredDate = new FilterRange<DateTime>();
ShippedDate = new FilterRange<DateTime>();
ShipVia = new FilterRange<int>();
Freight = new FilterRange<decimal>();
ShipName = new FilterString();
ShipAddress = new FilterString();
ShipCity = new FilterString();
ShipRegion = new FilterString();
ShipPostalCode = new FilterString();
ShipCountry = new FilterString();
}
/// <summary>
/// Decodes a double range filter's upper or lower value and condition.
/// </summary>
/// <param name="filterRange"></param>
/// <param name="name"></param>
/// <param name="value"></param>
/// <returns></returns>
protected FilterRange <double> DecodeDoubleRangeFilter(FilterRange <double> filterRange, string name, string value)
{
if (filterRange == null)
{
filterRange = new FilterRange <double>();
}
var conditionChar = DecodeFilter(filterRange, name);
switch (conditionChar)
{
case 'L': filterRange.LowerValue = QueryNDouble(value); break;
case 'U': filterRange.UpperValue = QueryNDouble(value); break;
default: filterRange.Condition = FilterCondition.Invalid; break;
}
return(filterRange);
}
private FilterRange <DateTime> DecodeDateRangeFilter(FilterRange <DateTime> filterRange, string name, string value)
{
if (filterRange == null)
{
filterRange = new FilterRange <DateTime>();
}
var conditionChar = DecodeFilter(filterRange, name);
switch (conditionChar)
{
case 'L': filterRange.LowerValue = QueryNDateTime(value); break;
case 'U': filterRange.UpperValue = QueryNDateTime(value); break;
default: filterRange.Condition = FilterCondition.Missing; break;
}
return(filterRange);
}
/// <summary>
/// Decodes an int range filter's upper or lower value and condition.
/// </summary>
/// <param name="filterRange"></param>
/// <param name="name"></param>
/// <param name="value"></param>
/// <returns></returns>
protected FilterRange <int> DecodeIntRangeFilter(FilterRange <int> filterRange, string name, string value)
{
if (filterRange == null)
{
filterRange = new FilterRange <int>();
}
var conditionChar = DecodeFilter(filterRange, name);
switch (conditionChar)
{
case 'L': filterRange.LowerValue = QueryNInt(value); break;
case 'U': filterRange.UpperValue = QueryNInt(value); break;
default: filterRange.Condition = FilterCondition.Missing; break;
}
return(filterRange);
}
/// <summary>
/// Constructor that initializes all QueryFilter properties.
/// </summary>
public EmployeesFilter()
{
EmployeeID = new FilterRange<int>();
LastName = new FilterString();
FirstName = new FilterString();
Title = new FilterString();
TitleOfCourtesy = new FilterString();
BirthDate = new FilterRange<DateTime>();
HireDate = new FilterRange<DateTime>();
Address = new FilterString();
City = new FilterString();
Region = new FilterString();
PostalCode = new FilterString();
Country = new FilterString();
HomePhone = new FilterString();
Extension = new FilterString();
Notes = new FilterString();
ReportsTo = new FilterRange<int>();
PhotoPath = new FilterString();
}
public void FilterRange_Passes_Returns_Correct_Results()
{
foreach (FilterCondition condition in Enum.GetValues(typeof(FilterCondition)))
{
foreach (var reverseCondition in new bool[] { false, true })
{
foreach (var lowerValue in new int?[] { null, 0, 1, 2 })
{
foreach (var upperValue in new int?[] { null, 0, 1, 2 })
{
foreach (var value in new int?[] { null, -1, 0, 1, 2, 3 })
{
var filter = new FilterRange <int>()
{
Condition = condition,
ReverseCondition = reverseCondition,
LowerValue = lowerValue,
UpperValue = upperValue,
};
var result = filter.Passes(value);
var expectedResult = true;
if (filter.IsValid)
{
expectedResult = value == null ? false : (lowerValue == null || value >= lowerValue) && (upperValue == null || value <= upperValue);
if (reverseCondition)
{
expectedResult = !expectedResult;
}
}
Assert.AreEqual(expectedResult, result, "{0}/{1}/{2}/{3}/{4}", condition, reverseCondition, value, lowerValue, upperValue);
}
}
}
}
}
}
public static void HandleDateRangeFilter(FilterRange <DateTime> filter, Action <bool> onLowerValue, Action <bool> onUpperValue)
{
if (filter != null)
{
switch (filter.Condition)
{
case FilterCondition.Between:
var lowerPresent = filter.LowerValue != null && filter.LowerValue.Value.Year != DateTime.MinValue.Year;
var upperPresent = filter.UpperValue != null && filter.UpperValue.Value.Year != DateTime.MaxValue.Year;
if (lowerPresent)
{
onLowerValue(lowerPresent && upperPresent);
}
if (upperPresent)
{
onUpperValue(lowerPresent && upperPresent);
}
break;
default:
throw new NotImplementedException();
}
}
}
/// <summary>
/// Constructor that initializes all QueryFilter properties.
/// </summary>
public RegionFilter()
{
RegionID = new FilterRange<int>();
RegionDescription = new FilterString();
}
public LcmsFeatureFilteringOptions()
{
FeatureLengthRange = new FilterRange(MIN_FEATURE_LENGTH, MAX_FEATURE_LENGTH);
TreatAsTimeNotScan = false;
}
/// <summary>
/// Constructor that initializes all QueryFilter properties.
/// </summary>
public ShippersFilter()
{
ShipperID = new FilterRange<int>();
CompanyName = new FilterString();
Phone = new FilterString();
}
/// <summary>
/// Constructor that initializes all QueryFilter properties.
/// </summary>
public CategoriesFilter()
{
CategoryID = new FilterRange<int>();
CategoryName = new FilterString();
Description = new FilterString();
}
/// <summary>
/// Constructor that initializes all QueryFilter properties.
/// </summary>
public TerritoriesFilter()
{
TerritoryID = new FilterString();
TerritoryDescription = new FilterString();
RegionID = new FilterRange<int>();
}
private void FilterFromView()
{
if (m_clustersPlotModel == null)
return;
var model = m_clustersPlotModel.Model;
//var viewport = m_clusterChart.ViewPort;
var mass = new FilterRange(model.DefaultYAxis.ActualMinimum, model.DefaultYAxis.ActualMaximum);
var net = new FilterRange(model.DefaultXAxis.ActualMinimum, model.DefaultXAxis.ActualMaximum);
m_clusterTreeModel.Filter(mass, net);
}
/// <summary>
/// Filters the clusters based on the given mass and NET range
/// </summary>
public void Filter(FilterRange monoisotopicMass, FilterRange net)
{
m_filterViewModel.MassRange.Minimum = monoisotopicMass.Minimum;
m_filterViewModel.MassRange.Maximum = monoisotopicMass.Maximum;
m_filterViewModel.NetRange.Minimum = net.Minimum;
m_filterViewModel.NetRange.Maximum = net.Maximum;
m_filterViewModel.MassRange.ShouldUse = true;
m_filterViewModel.NetRange.ShouldUse = true;
Filter();
}
public static Query AddFilter(this Query query, string property = null, object[] values = null, FilterRange range = null, bool?includeNulls = null)
{
var filter = new Filter
{
Property = property,
includeNulls = includeNulls,
Range = range,
Values = values
};
if (query.Filters == null)
{
query.Filters = new[] { filter };
}
else
{
var filters = new List <Filter>(query.Filters)
{
filter
};
query.Filters = filters.ToArray();
}
return(query);
}
public virtual JsonResult Read([DataSourceRequest] DataSourceRequest request, FilterRange range)
{
//var t = taskService.GetAll();
var data = taskService.GetRange(range.Start, range.End);
return(Json(data.ToDataSourceResult(request)));
//return Json(taskService.GetAll().ToDataSourceResult(request));
}
/// <summary>
/// Constructor that initializes all QueryFilter properties.
/// </summary>
public EmployeeTerritoriesFilter()
{
EmployeeID = new FilterRange<int>();
TerritoryID = new FilterString();
}