Generics
<T>
represents the object's shape coming from the data source.
<R>
represents the column data type: string
, number
, Date
, or boolean
.
<V>
represents the filter values.
<M>
represents the filter selection model: DikeSelectionModel
.
DikeFilterCondition<T, R, V>
abstract class DikeFilterCondition<T extends object, R extends string | number | Date | boolean, V> {
protected indexConditions: FilterCondition<T, R, V>;
constructor();
get conditions(): Condition<T, R, V>[];
assign(filterConditions: DikeFilterCondition<T, R, V>): this;
addCondition(condition: Condition<T, R, V>): this;
removeCondition(name: string): Condition<T, R, V>;
getCondition(name: string): Condition<T, R, V>;
}
DikeSelectionFilterCondition<M, T, R, V>
abstract class DikeSelectionFilterCondition<M, T extends object, R extends string | number | Date | boolean, V> extends DikeFilterCondition<T, R, V> {
protected dikeFilterOptions: M[];
constructor();
abstract set options(options: M[]);
abstract get options(): M[];
assign(value: DikeSelectionFilterCondition<M, T, R, V>): this;
addCondition(condition: Condition<T, R, V>): this;
protected isValidCondition(name: string): boolean;
}
DikeBinarySelectionFilterCondition<M, T, V>
abstract class DikeBinarySelectionFilterCondition<M, T extends object, V> extends DikeSelectionFilterCondition<M, T, string | number | boolean, V> {
private MAX_OPTIONS: number = 2;
constructor();
set options(options: M[]);
get options(): M[];
assign(value: DikeBinarySelectionFilterCondition<M, T, V>): this;
}
CustomBinaryFilterCondition<T>
class CustomBinaryFilterCondition<T extends object> extends DikeBinarySelectionFilterCondition<DikeBinarySelectionModel, T, DikeBinaryFilter> {
constructor();
addExistingCondition(name: string): this;
}
DikeMultipleSelectionFilterCondition<M, T, R, V>
abstract class DikeMultipleSelectionFilterCondition<M, T extends object, R extends string | number | boolean | Date, V> extends DikeSelectionFilterCondition<M, T, R, V> {
constructor();
set options(options: M[]);
get options(): M[];
assign(value: DikeSelectionFilterCondition<M, T, R, V>): this;
}
CustomTextCaseFilterCondition<T>
class CustomTextCaseFilterCondition<T extends object> extends DikeFilterCondition<T, string, DikeTextCaseFilter> {
constructor();
addExistingCondition(name: string): this;
protected isValidCondition(name: string): boolean;
}
CustomRowTextCaseFilterCondition<T>
class CustomRowTextCaseFilterCondition<T extends object> extends CustomTextCaseFilterCondition<T> {
constructor();
addCondition(condition: Condition<T, string, DikeTextCaseFilter>): this;
}
CustomNumericFilterCondition<T>
class CustomNumericFilterCondition<T extends object> extends DikeFilterCondition<T, number, DikeNumericFilter> {
constructor();
addExistingCondition(name: string): this;
protected isValidCondition(name: string): boolean;
}
CustomRowNumericFilterCondition<T>
class CustomRowNumericFilterCondition<T extends object> extends CustomNumericFilterCondition<T> {
constructor();
addCondition(condition: Condition<T, number, DikeNumericFilter>): this;
protected isValidCondition(name: string): boolean;
}
CustomDateFilterCondition<T>
class CustomDateFilterCondition<T extends object> extends DikeFilterCondition<T, string | number | Date, DikeDateFilter> {
constructor();
addExistingCondition(name: string): this;
protected isValidCondition(name: string): boolean;
}
CustomRowDateFilterCondition<T>
class CustomRowDateFilterCondition<T extends object> extends CustomDateFilterCondition<T> {
constructor();
addCondition(condition: Condition<T, string | number | Date, DikeDateFilter>): this;
protected isValidCondition(name: string): boolean;
}
CustomMultipleTextFilterCondition<T>
class CustomMultipleTextFilterCondition<T extends object> extends DikeMultipleSelectionFilterCondition<DikeTextSelectionModel, T, string, DikeTextFilter> {
constructor();
addExistingCondition(name: string): this
}
CustomMultipleNumericFilterCondition<T>
class CustomMultipleNumericFilterCondition<T extends object> extends DikeMultipleSelectionFilterCondition<DikeNumericSelectionModel, T, number, DikeNumericFilter> {
constructor();
addExistingCondition(name: string): this;
}