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// Copyright (c) Microsoft Corporation.

// Licensed under the MIT License.

import { BasicFilterBuilder, AdvancedFilterBuilder, TopNFilterBuilder, RelativeDateFilterBuilder, RelativeTimeFilterBuilder } from '../src/FilterBuilders';

import * as models from 'powerbi-models';

describe('filter builders', function () {

const target: models.IFilterTarget = {

table: 'table1',

column: 'column1'

};

const measureTarget: models.IMeasureTarget = {

table: 'table',

measure: 'measure'

};

const columnTarget: models.IColumnTarget = {

table: 'table',

column: 'column'

};

const hierarchyLevelTarget: models.IHierarchyLevelTarget = {

table: 'table',

hierarchy: 'hierarchy',

hierarchyLevel: 'hierarchy level name',

};

const columnAggregationTarget: models.IColumnAggrTarget = {

table: 'table',

column: 'column',

aggregationFunction: 'Avg'

};

const hierarchyLevelAggregationTarget: models.IHierarchyLevelAggrTarget = {

table: 'table',

hierarchy: 'hierarchy',

hierarchyLevel: 'hierarchy level name',

aggregationFunction: 'Avg'

};

describe('Basic filter builder', function () {

it('validates Basic filter with target object', function () {

// Arrange

const values = [1, 2, 3];

const operator: models.BasicFilterOperators = 'In';

const basicFilter: models.BasicFilter = new models.BasicFilter(target, operator, values);

basicFilter.requireSingleSelection = false;

// Act

const basicFilterWithBuilder: models.BasicFilter = new BasicFilterBuilder()

.withTargetObject(target)

.in(values)

.build();

// Assert

expect(basicFilterWithBuilder).toBeDefined();

expect(basicFilterWithBuilder).toEqual(basicFilter);

});

it('validates Basic filter with column target object', function () {

// Arrange

const values = [1, 2, 3];

const operator: models.BasicFilterOperators = 'In';

const basicFilter: models.BasicFilter = new models.BasicFilter(columnTarget, operator, values);

basicFilter.requireSingleSelection = false;

// Act

const basicFilterWithBuilder: models.BasicFilter = new BasicFilterBuilder()

.withColumnTarget('table', 'column')

.in(values)

.build();

// Assert

expect(basicFilterWithBuilder).toBeDefined();

expect(basicFilterWithBuilder).toEqual(basicFilter);

});

it('validates Basic filter with measure target object', function () {

// Arrange

const values = [1, 2, 3];

const operator: models.BasicFilterOperators = 'In';

const basicFilter: models.BasicFilter = new models.BasicFilter(measureTarget, operator, values);

basicFilter.requireSingleSelection = false;

// Act

const basicFilterWithBuilder: models.BasicFilter = new BasicFilterBuilder()

.withMeasureTarget('table', 'measure')

.in(values)

.build();

// Assert

expect(basicFilterWithBuilder).toBeDefined();

expect(basicFilterWithBuilder).toEqual(basicFilter);

});

it('validates Basic filter with hierarchy level target object', function () {

// Arrange

const values = [1, 2, 3];

const operator: models.BasicFilterOperators = 'In';

const basicFilter: models.BasicFilter = new models.BasicFilter(hierarchyLevelTarget, operator, values);

basicFilter.requireSingleSelection = false;

// Act

const basicFilterWithBuilder: models.BasicFilter = new BasicFilterBuilder()

.withHierarchyLevelTarget('table', 'hierarchy', 'hierarchy level name')

.in(values)

.build();

// Assert

expect(basicFilterWithBuilder).toBeDefined();

expect(basicFilterWithBuilder).toEqual(basicFilter);

});

it('validates Basic filter with column aggregation target object', function () {

// Arrange

const values = [1, 2, 3];

const operator: models.BasicFilterOperators = 'In';

const basicFilter: models.BasicFilter = new models.BasicFilter(columnAggregationTarget, operator, values);

basicFilter.requireSingleSelection = false;

// Act

const basicFilterWithBuilder: models.BasicFilter = new BasicFilterBuilder()

.withColumnAggregation('table', 'column', 'Avg')

.in(values)

.build();

// Assert

expect(basicFilterWithBuilder).toBeDefined();

expect(basicFilterWithBuilder).toEqual(basicFilter);

});

it('validates Basic filter with hierarchy level aggregation target object', function () {

// Arrange

const values = [1, 2, 3];

const operator: models.BasicFilterOperators = 'In';

const basicFilter: models.BasicFilter = new models.BasicFilter(hierarchyLevelAggregationTarget, operator, values);

basicFilter.requireSingleSelection = false;

// Act

const basicFilterWithBuilder: models.BasicFilter = new BasicFilterBuilder()

.withHierarchyLevelAggregationTarget('table', 'hierarchy', 'hierarchy level name', 'Avg')

.in(values)

.build();

// Assert

expect(basicFilterWithBuilder).toBeDefined();

expect(basicFilterWithBuilder).toEqual(basicFilter);

});

});

describe('Advanced filter builder', function () {

it('validates Advanced filter with target object', function () {

// Arrange

const logicalOperator: models.AdvancedFilterLogicalOperators = 'And';

const conditions: models.IAdvancedFilterCondition[] = [

{

operator: 'Contains',

value: 'value1'

},

{

operator: 'Contains',

value: 'value2'

}

];

const advancedFilter: models.AdvancedFilter = new models.AdvancedFilter(target, logicalOperator, conditions);

// Act

const advancedFilterWithBuilder: models.AdvancedFilter = new AdvancedFilterBuilder()

.withTargetObject(target)

.addCondition(conditions[0].operator, conditions[0].value)

.and()

.addCondition(conditions[1].operator, conditions[1].value)

.build();

// Assert

expect(advancedFilterWithBuilder).toBeDefined();

expect(advancedFilterWithBuilder).toEqual(advancedFilter);

});

it('validates Advanced filter with column target object', function () {

// Arrange

const logicalOperator: models.AdvancedFilterLogicalOperators = 'And';

const conditions: models.IAdvancedFilterCondition[] = [

{

operator: 'Contains',

value: 'value1'

},

{

operator: 'Contains',

value: 'value2'

}

];

const advancedFilter: models.AdvancedFilter = new models.AdvancedFilter(columnTarget, logicalOperator, conditions);

// Act

const advancedFilterWithBuilder: models.AdvancedFilter = new AdvancedFilterBuilder()

.withColumnTarget('table', 'column')

.addCondition(conditions[0].operator, conditions[0].value)

.and()

.addCondition(conditions[1].operator, conditions[1].value)

.build();

// Assert

expect(advancedFilterWithBuilder).toBeDefined();

expect(advancedFilterWithBuilder).toEqual(advancedFilter);

});

it('validates Advanced filter with measure target object', function () {

// Arrange

const logicalOperator: models.AdvancedFilterLogicalOperators = 'And';

const conditions: models.IAdvancedFilterCondition[] = [

{

operator: 'Contains',

value: 'value1'

},

{

operator: 'Contains',

value: 'value2'

}

];

const advancedFilter: models.AdvancedFilter = new models.AdvancedFilter(measureTarget, logicalOperator, conditions);

// Act

const advancedFilterWithBuilder: models.AdvancedFilter = new AdvancedFilterBuilder()

.withMeasureTarget('table', 'measure')

.addCondition(conditions[0].operator, conditions[0].value)

.and()

.addCondition(conditions[1].operator, conditions[1].value)

.build();

// Assert

expect(advancedFilterWithBuilder).toBeDefined();

expect(advancedFilterWithBuilder).toEqual(advancedFilter);

});

it('validates Advanced filter with hierarchy level target object', function () {

// Arrange

const logicalOperator: models.AdvancedFilterLogicalOperators = 'And';

const conditions: models.IAdvancedFilterCondition[] = [

{

operator: 'Contains',

value: 'value1'

},

{

operator: 'Contains',

value: 'value2'

}

];

const advancedFilter: models.AdvancedFilter = new models.AdvancedFilter(hierarchyLevelTarget, logicalOperator, conditions);

// Act

const advancedFilterWithBuilder: models.AdvancedFilter = new AdvancedFilterBuilder()

.withHierarchyLevelTarget('table', 'hierarchy', 'hierarchy level name')

.addCondition(conditions[0].operator, conditions[0].value)

.and()

.addCondition(conditions[1].operator, conditions[1].value)

.build();

// Assert

expect(advancedFilterWithBuilder).toBeDefined();

expect(advancedFilterWithBuilder).toEqual(advancedFilter);

});

it('validates Advanced filter with column aggregation target object', function () {

// Arrange

const logicalOperator: models.AdvancedFilterLogicalOperators = 'And';

const conditions: models.IAdvancedFilterCondition[] = [

{

operator: 'Contains',

value: 'value1'

},

{

operator: 'Contains',

value: 'value2'

}

];

const advancedFilter: models.AdvancedFilter = new models.AdvancedFilter(columnAggregationTarget, logicalOperator, conditions);

// Act

const advancedFilterWithBuilder: models.AdvancedFilter = new AdvancedFilterBuilder()

.withColumnAggregation('table', 'column', 'Avg')

.addCondition(conditions[0].operator, conditions[0].value)

.and()

.addCondition(conditions[1].operator, conditions[1].value)

.build();

// Assert

expect(advancedFilterWithBuilder).toBeDefined();

expect(advancedFilterWithBuilder).toEqual(advancedFilter);

});

it('validates Advanced filter with hierarchy level aggregation target object', function () {

// Arrange

const logicalOperator: models.AdvancedFilterLogicalOperators = 'And';

const conditions: models.IAdvancedFilterCondition[] = [

{

operator: 'Contains',

value: 'value1'

},

{

operator: 'Contains',

value: 'value2'

}

];

const advancedFilter: models.AdvancedFilter = new models.AdvancedFilter(hierarchyLevelAggregationTarget, logicalOperator, conditions);

// Act

const advancedFilterWithBuilder: models.AdvancedFilter = new AdvancedFilterBuilder()

.withHierarchyLevelAggregationTarget('table', 'hierarchy', 'hierarchy level name', 'Avg')

.addCondition(conditions[0].operator, conditions[0].value)

.and()

.addCondition(conditions[1].operator, conditions[1].value)

.build();

// Assert

expect(advancedFilterWithBuilder).toBeDefined();

expect(advancedFilterWithBuilder).toEqual(advancedFilter);

});

});

describe('TopN filter builder', function () {

const orderByTarget: models.ITarget = {

table: 'table1',

measure: 'measure1'

};

it('validates TopN filter with target object', function () {

// Arrange

const operator: models.TopNFilterOperators = 'Top';

const itemCount = 10;

const topNFilter: models.TopNFilter = new models.TopNFilter(target, operator, itemCount, orderByTarget);

// Act

const topNFilterWithBuilder: models.TopNFilter = new TopNFilterBuilder()

.withTargetObject(target)

.top(itemCount)

.orderByTarget({ table: orderByTarget.table, measure: orderByTarget.measure })

.build();

// Assert

expect(topNFilterWithBuilder).toBeDefined();

expect(topNFilterWithBuilder).toEqual(topNFilter);

});

it('validates TopN filter with column target object', function () {

// Arrange

const operator: models.TopNFilterOperators = 'Top';

const itemCount = 10;

const topNFilter: models.TopNFilter = new models.TopNFilter(columnTarget, operator, itemCount, orderByTarget);

// Act

const topNFilterWithBuilder: models.TopNFilter = new TopNFilterBuilder()

.withColumnTarget('table', 'column')

.top(itemCount)

.orderByTarget({ table: orderByTarget.table, measure: orderByTarget.measure })

.build();

// Assert

expect(topNFilterWithBuilder).toBeDefined();

expect(topNFilterWithBuilder).toEqual(topNFilter);

});

it('validates TopN filter with measure target object', function () {

// Arrange

const operator: models.TopNFilterOperators = 'Top';

const itemCount = 10;

const topNFilter: models.TopNFilter = new models.TopNFilter(measureTarget, operator, itemCount, orderByTarget);

// Act

const topNFilterWithBuilder: models.TopNFilter = new TopNFilterBuilder()

.withMeasureTarget('table', 'measure')

.top(itemCount)

.orderByTarget({ table: orderByTarget.table, measure: orderByTarget.measure })

.build();

// Assert

expect(topNFilterWithBuilder).toBeDefined();

expect(topNFilterWithBuilder).toEqual(topNFilter);

});

it('validates TopN filter with hierarchy level target object', function () {

// Arrange

const operator: models.TopNFilterOperators = 'Top';

const itemCount = 10;

const topNFilter: models.TopNFilter = new models.TopNFilter(hierarchyLevelTarget, operator, itemCount, orderByTarget);

// Act

const topNFilterWithBuilder: models.TopNFilter = new TopNFilterBuilder()

.withHierarchyLevelTarget('table', 'hierarchy', 'hierarchy level name')

.top(itemCount)

.orderByTarget({ table: orderByTarget.table, measure: orderByTarget.measure })

.build();

// Assert

expect(topNFilterWithBuilder).toBeDefined();

expect(topNFilterWithBuilder).toEqual(topNFilter);

});

it('validates TopN filter with column aggregation target object', function () {

// Arrange

const operator: models.TopNFilterOperators = 'Top';

const itemCount = 10;

const topNFilter: models.TopNFilter = new models.TopNFilter(columnAggregationTarget, operator, itemCount, orderByTarget);

// Act

const topNFilterWithBuilder: models.TopNFilter = new TopNFilterBuilder()

.withColumnAggregation('table', 'column', 'Avg')

.top(itemCount)

.orderByTarget({ table: orderByTarget.table, measure: orderByTarget.measure })

.build();

// Assert

expect(topNFilterWithBuilder).toBeDefined();

expect(topNFilterWithBuilder).toEqual(topNFilter);

});

it('validates TopN filter with hierarchy level aggregation target object', function () {

// Arrange

const operator: models.TopNFilterOperators = 'Top';

const itemCount = 10;

const topNFilter: models.TopNFilter = new models.TopNFilter(hierarchyLevelAggregationTarget, operator, itemCount, orderByTarget);

// Act

const topNFilterWithBuilder: models.TopNFilter = new TopNFilterBuilder()

.withHierarchyLevelAggregationTarget('table', 'hierarchy', 'hierarchy level name', 'Avg')

.top(itemCount)

.orderByTarget({ table: orderByTarget.table, measure: orderByTarget.measure })

.build();

// Assert

expect(topNFilterWithBuilder).toBeDefined();

expect(topNFilterWithBuilder).toEqual(topNFilter);

});

});

describe("Realtive date filter builder", function () {

it('validates relative date with target object', function () {

// Arrange

const operator: models.RelativeDateOperators = models.RelativeDateOperators.InLast;

const timeUnitsCount = 10;

const timeUnitType = models.RelativeDateFilterTimeUnit.Days;

const includeToday = true;

const relativeDateFilter: models.RelativeDateFilter = new models.RelativeDateFilter(target, operator, timeUnitsCount, timeUnitType, includeToday);

// Act

const relativeDateFilterWithBuilder: models.RelativeDateFilter = new RelativeDateFilterBuilder()

.withTargetObject(target)

.inLast(timeUnitsCount, timeUnitType)

.includeToday(true)

.build();

// Assert

expect(relativeDateFilterWithBuilder).toBeDefined();

expect(relativeDateFilterWithBuilder).toEqual(relativeDateFilter);

});

it('validates relative date with column target object', function () {

// Arrange

const operator: models.RelativeDateOperators = models.RelativeDateOperators.InLast;

const timeUnitsCount = 10;

const timeUnitType = models.RelativeDateFilterTimeUnit.Days;

const includeToday = true;

const relativeDateFilter: models.RelativeDateFilter = new models.RelativeDateFilter(columnTarget, operator, timeUnitsCount, timeUnitType, includeToday);

// Act

const relativeDateFilterWithBuilder: models.RelativeDateFilter = new RelativeDateFilterBuilder()

.withColumnTarget('table', 'column')

.inLast(timeUnitsCount, timeUnitType)

.includeToday(true)

.build();

// Assert

expect(relativeDateFilterWithBuilder).toBeDefined();

expect(relativeDateFilterWithBuilder).toEqual(relativeDateFilter);

});

it('validates relative date with measure target object', function () {

// Arrange

const operator: models.RelativeDateOperators = models.RelativeDateOperators.InLast;

const timeUnitsCount = 10;

const timeUnitType = models.RelativeDateFilterTimeUnit.Days;

const includeToday = true;

const relativeDateFilter: models.RelativeDateFilter = new models.RelativeDateFilter(measureTarget, operator, timeUnitsCount, timeUnitType, includeToday);

// Act

const relativeDateFilterWithBuilder: models.RelativeDateFilter = new RelativeDateFilterBuilder()

.withMeasureTarget('table', 'measure')

.inLast(timeUnitsCount, timeUnitType)

.includeToday(true)

.build();

// Assert

expect(relativeDateFilterWithBuilder).toBeDefined();

expect(relativeDateFilterWithBuilder).toEqual(relativeDateFilter);

});

it('validates relative date with hierarchy level target object', function () {

// Arrange

const operator: models.RelativeDateOperators = models.RelativeDateOperators.InLast;

const timeUnitsCount = 10;

const timeUnitType = models.RelativeDateFilterTimeUnit.Days;

const includeToday = true;

const relativeDateFilter: models.RelativeDateFilter = new models.RelativeDateFilter(hierarchyLevelTarget, operator, timeUnitsCount, timeUnitType, includeToday);

// Act

const relativeDateFilterWithBuilder: models.RelativeDateFilter = new RelativeDateFilterBuilder()

.withHierarchyLevelTarget('table', 'hierarchy', 'hierarchy level name')

.inLast(timeUnitsCount, timeUnitType)

.includeToday(true)

.build();

// Assert

expect(relativeDateFilterWithBuilder).toBeDefined();

expect(relativeDateFilterWithBuilder).toEqual(relativeDateFilter);

});

it('validates relative date with column aggregation target object', function () {

// Arrange

const operator: models.RelativeDateOperators = models.RelativeDateOperators.InLast;

const timeUnitsCount = 10;

const timeUnitType = models.RelativeDateFilterTimeUnit.Days;

const includeToday = true;

const relativeDateFilter: models.RelativeDateFilter = new models.RelativeDateFilter(columnAggregationTarget, operator, timeUnitsCount, timeUnitType, includeToday);

// Act

const relativeDateFilterWithBuilder: models.RelativeDateFilter = new RelativeDateFilterBuilder()

.withColumnAggregation('table', 'column', 'Avg')

.inLast(timeUnitsCount, timeUnitType)

.includeToday(true)

.build();

// Assert

expect(relativeDateFilterWithBuilder).toBeDefined();

expect(relativeDateFilterWithBuilder).toEqual(relativeDateFilter);

});

it('validates relative date with hierarchy level aggregation target object', function () {

// Arrange

const operator: models.RelativeDateOperators = models.RelativeDateOperators.InLast;

const timeUnitsCount = 10;

const timeUnitType = models.RelativeDateFilterTimeUnit.Days;

const includeToday = true;

const relativeDateFilter: models.RelativeDateFilter = new models.RelativeDateFilter(hierarchyLevelAggregationTarget, operator, timeUnitsCount, timeUnitType, includeToday);

// Act

const relativeDateFilterWithBuilder: models.RelativeDateFilter = new RelativeDateFilterBuilder()

.withHierarchyLevelAggregationTarget('table', 'hierarchy', 'hierarchy level name', 'Avg')

.inLast(timeUnitsCount, timeUnitType)

.includeToday(true)

.build();

// Assert

expect(relativeDateFilterWithBuilder).toBeDefined();

expect(relativeDateFilterWithBuilder).toEqual(relativeDateFilter);

});

});

describe("Realtive time filter builder", function () {

it('validates time with target object', function () {

// Arrange

const operator: models.RelativeDateOperators = models.RelativeDateOperators.InLast;

const timeUnitsCount = 10;

const timeUnitType = models.RelativeDateFilterTimeUnit.Hours;

const relativeTimeFilter: models.RelativeTimeFilter = new models.RelativeTimeFilter(target, operator, timeUnitsCount, timeUnitType);

// Act

const relativeTimeFilterWithBuilder: models.RelativeTimeFilter = new RelativeTimeFilterBuilder()

.withTargetObject(target)

.inLast(timeUnitsCount, timeUnitType)

.build();

// Assert

expect(relativeTimeFilterWithBuilder).toBeDefined();

expect(relativeTimeFilterWithBuilder).toEqual(relativeTimeFilter);

});

it('validates time with column target object', function () {

// Arrange

const operator: models.RelativeDateOperators = models.RelativeDateOperators.InLast;

const timeUnitsCount = 10;

const timeUnitType = models.RelativeDateFilterTimeUnit.Hours;

const relativeTimeFilter: models.RelativeTimeFilter = new models.RelativeTimeFilter(columnTarget, operator, timeUnitsCount, timeUnitType);

// Act

const relativeTimeFilterWithBuilder: models.RelativeTimeFilter = new RelativeTimeFilterBuilder()

.withColumnTarget('table', 'column')

.inLast(timeUnitsCount, timeUnitType)

.build();

// Assert

expect(relativeTimeFilterWithBuilder).toBeDefined();

expect(relativeTimeFilterWithBuilder).toEqual(relativeTimeFilter);

});

it('validates time with measure target object', function () {

// Arrange

const operator: models.RelativeDateOperators = models.RelativeDateOperators.InLast;

const timeUnitsCount = 10;

const timeUnitType = models.RelativeDateFilterTimeUnit.Hours;

const relativeTimeFilter: models.RelativeTimeFilter = new models.RelativeTimeFilter(measureTarget, operator, timeUnitsCount, timeUnitType);

// Act

const relativeTimeFilterWithBuilder: models.RelativeTimeFilter = new RelativeTimeFilterBuilder()

.withMeasureTarget('table', 'measure')

.inLast(timeUnitsCount, timeUnitType)

.build();

// Assert

expect(relativeTimeFilterWithBuilder).toBeDefined();

expect(relativeTimeFilterWithBuilder).toEqual(relativeTimeFilter);

});

it('validates time with hierarchy level target object', function () {

// Arrange

const operator: models.RelativeDateOperators = models.RelativeDateOperators.InLast;

const timeUnitsCount = 10;

const timeUnitType = models.RelativeDateFilterTimeUnit.Hours;

const relativeTimeFilter: models.RelativeTimeFilter = new models.RelativeTimeFilter(hierarchyLevelTarget, operator, timeUnitsCount, timeUnitType);

// Act

const relativeTimeFilterWithBuilder: models.RelativeTimeFilter = new RelativeTimeFilterBuilder()

.withHierarchyLevelTarget('table', 'hierarchy', 'hierarchy level name')

.inLast(timeUnitsCount, timeUnitType)

.build();

// Assert

expect(relativeTimeFilterWithBuilder).toBeDefined();

expect(relativeTimeFilterWithBuilder).toEqual(relativeTimeFilter);

});

it('validates time with column aggregation target object', function () {

// Arrange

const operator: models.RelativeDateOperators = models.RelativeDateOperators.InLast;

const timeUnitsCount = 10;

const timeUnitType = models.RelativeDateFilterTimeUnit.Hours;

const relativeTimeFilter: models.RelativeTimeFilter = new models.RelativeTimeFilter(columnAggregationTarget, operator, timeUnitsCount, timeUnitType);

// Act

const relativeTimeFilterWithBuilder: models.RelativeTimeFilter = new RelativeTimeFilterBuilder()

.withColumnAggregation('table', 'column', 'Avg')

.inLast(timeUnitsCount, timeUnitType)

.build();

// Assert

expect(relativeTimeFilterWithBuilder).toBeDefined();

expect(relativeTimeFilterWithBuilder).toEqual(relativeTimeFilter);

});

it('validates time with hierarchy level aggregation target object', function () {

// Arrange

const operator: models.RelativeDateOperators = models.RelativeDateOperators.InLast;

const timeUnitsCount = 10;

const timeUnitType = models.RelativeDateFilterTimeUnit.Hours;

const relativeTimeFilter: models.RelativeTimeFilter = new models.RelativeTimeFilter(hierarchyLevelAggregationTarget, operator, timeUnitsCount, timeUnitType);

// Act

const relativeTimeFilterWithBuilder: models.RelativeTimeFilter = new RelativeTimeFilterBuilder()

.withHierarchyLevelAggregationTarget('table', 'hierarchy', 'hierarchy level name', 'Avg')

.inLast(timeUnitsCount, timeUnitType)

.build();

// Assert

expect(relativeTimeFilterWithBuilder).toBeDefined();

expect(relativeTimeFilterWithBuilder).toEqual(relativeTimeFilter);

});

});

});