public async Task BodyMassIndex_NoConditions_ReturnsDefaultFormula()
{
// Arrange
string expectedFormulaDescription = "Body Mass Index default formula";
string expectedFormulaValue = "weight / (height ^ 2)";
const ContentTypes expectedContent = ContentTypes.BodyMassIndexFormula;
DateTime expectedMatchDate = new DateTime(2018, 06, 01);
Condition <ConditionTypes>[] expectedConditions = new Condition <ConditionTypes> [0];
IRulesDataSource <ContentTypes, ConditionTypes> rulesDataSource = await RulesFromJsonFile.Load
.FromJsonFileAsync <ContentTypes, ConditionTypes>(DataSourceFilePath);
RulesEngine <ContentTypes, ConditionTypes> rulesEngine = RulesEngineBuilder.CreateRulesEngine()
.WithContentType <ContentTypes>()
.WithConditionType <ConditionTypes>()
.SetDataSource(rulesDataSource)
.Build();
// Act
Rule <ContentTypes, ConditionTypes> actual = await rulesEngine.MatchOneAsync(expectedContent, expectedMatchDate, expectedConditions);
// Assert
actual.Should().NotBeNull();
Formula actualFormula = actual.ContentContainer.GetContentAs <Formula>();
actualFormula.Description.Should().Be(expectedFormulaDescription);
actualFormula.Value.Should().Be(expectedFormulaValue);
}
public async Task AddRule_AddingNewRuleWithAgeConditionOnTop_NewRuleIsInsertedAndExistentRulePriorityUpdated()
{
// Arrange
IRulesDataSource <ContentTypes, ConditionTypes> rulesDataSource = await RulesFromJsonFile.Load
.FromJsonFileAsync <ContentTypes, ConditionTypes>(DataSourceFilePath);
RulesEngine <ContentTypes, ConditionTypes> rulesEngine = RulesEngineBuilder.CreateRulesEngine()
.WithContentType <ContentTypes>()
.WithConditionType <ConditionTypes>()
.SetDataSource(rulesDataSource)
.Build();
RuleBuilderResult <ContentTypes, ConditionTypes> newRuleResult = RuleBuilder.NewRule <ContentTypes, ConditionTypes>()
.WithName("Body Mass Index up to 18 years formula")
.WithDateBegin(DateTime.Parse("2018-01-01"))
.WithContentContainer(new ContentContainer <ContentTypes>(ContentTypes.BodyMassIndexFormula, (t) => new Formula
{
Description = "Body Mass Index up to 18 years formula",
Value = "weight / ((height + 1) ^ 2)" // Not real, for the sake of the test.
}))
.WithCondition(cnb => cnb
.AsValued(ConditionTypes.Age)
.OfDataType <int>()
.WithComparisonOperator(Operators.LesserThanOrEqual)
.SetOperand(18)
.Build())
.Build();
Rule <ContentTypes, ConditionTypes> newRule = newRuleResult.Rule;
RuleAddPriorityOption ruleAddPriorityOption = new RuleAddPriorityOption
{
PriorityOption = PriorityOptions.AtTop
};
// Act
RuleOperationResult ruleOperationResult = await rulesEngine.AddRuleAsync(newRule, ruleAddPriorityOption).ConfigureAwait(false);
// Assert
ruleOperationResult.Should().NotBeNull();
ruleOperationResult.IsSuccess.Should().BeTrue();
IEnumerable <Rule <ContentTypes, ConditionTypes> > rules = await rulesDataSource.GetRulesByAsync(new RulesFilterArgs <ContentTypes>()).ConfigureAwait(false);
rules.Should().NotBeNull().And.HaveCount(2);
rules.Should().ContainEquivalentOf(newRule);
newRule.Priority.Should().Be(1, "rule should to priority 1 if inserted at top.");
}
public async Task GetCarInsuranceAdvice_SearchForRulesExcludingRulesWithoutSearchConditions_ReturnsNoRules()
{
// Arrange
const ContentTypes expectedContent = ContentTypes.CarInsuranceAdvice;
DateTime expectedMatchDate = new DateTime(2018, 06, 01);
SearchArgs <ContentTypes, ConditionTypes> searchArgs = new SearchArgs <ContentTypes, ConditionTypes>
{
Conditions = new Condition <ConditionTypes>[]
{
new Condition <ConditionTypes>
{
Type = ConditionTypes.RepairCosts,
Value = 800.00000m
},
new Condition <ConditionTypes>
{
Type = ConditionTypes.RepairCostsCommercialValueRate,
Value = 86.33m
}
},
ContentType = expectedContent,
DateBegin = expectedMatchDate,
DateEnd = expectedMatchDate,
ExcludeRulesWithoutSearchConditions = true
};
IRulesDataSource <ContentTypes, ConditionTypes> rulesDataSource = await RulesFromJsonFile.Load
.FromJsonFileAsync <ContentTypes, ConditionTypes>(DataSourceFilePath, serializedContent : false);
RulesEngine <ContentTypes, ConditionTypes> rulesEngine = RulesEngineBuilder.CreateRulesEngine()
.WithContentType <ContentTypes>()
.WithConditionType <ConditionTypes>()
.SetDataSource(rulesDataSource)
.Configure(reo =>
{
reo.PriotityCriteria = PriorityCriterias.BottommostRuleWins;
})
.Build();
// Act
IEnumerable <Rule <ContentTypes, ConditionTypes> > actual = await rulesEngine.SearchAsync(searchArgs);
// Assert
actual.Should().NotBeNull();
actual.Should().HaveCount(0);
}
public async Task GetCarInsuranceAdvice_RepairCostsNotWorthIt_ReturnsRefusePaymentPerFranchise()
{
// Arrange
CarInsuranceAdvices expected = CarInsuranceAdvices.RefusePaymentPerFranchise;
const ContentTypes expectedContent = ContentTypes.CarInsuranceAdvice;
DateTime expectedMatchDate = new DateTime(2018, 06, 01);
Condition <ConditionTypes>[] expectedConditions = new Condition <ConditionTypes>[]
{
new Condition <ConditionTypes>
{
Type = ConditionTypes.RepairCosts,
Value = 800.00000m
},
new Condition <ConditionTypes>
{
Type = ConditionTypes.RepairCostsCommercialValueRate,
Value = 23.45602m
}
};
IServiceCollection serviceDescriptors = new ServiceCollection();
serviceDescriptors.AddSingleton(this.inMemoryRulesStorage);
IServiceProvider serviceProvider = serviceDescriptors.BuildServiceProvider();
RulesEngine <ContentTypes, ConditionTypes> rulesEngine = RulesEngineBuilder.CreateRulesEngine()
.WithContentType <ContentTypes>()
.WithConditionType <ConditionTypes>()
.SetInMemoryDataSource(serviceProvider)
.Configure(reo =>
{
reo.PriotityCriteria = PriorityCriterias.BottommostRuleWins;
})
.Build();
// Act
Rule <ContentTypes, ConditionTypes> actual = await rulesEngine.MatchOneAsync(expectedContent, expectedMatchDate, expectedConditions);
// Assert
actual.Should().NotBeNull();
CarInsuranceAdvices actualContent = actual.ContentContainer.GetContentAs <CarInsuranceAdvices>();
actualContent.Should().Be(expected);
}
public async Task GetCarInsuranceAdvice_RepairCostsNotWorthIt_ReturnsRefusePaymentPerFranchise()
{
// Arrange
CarInsuranceAdvices expected = CarInsuranceAdvices.RefusePaymentPerFranchise;
const ContentTypes expectedContent = ContentTypes.CarInsuranceAdvice;
DateTime expectedMatchDate = new DateTime(2018, 06, 01);
Condition <ConditionTypes>[] expectedConditions = new Condition <ConditionTypes>[]
{
new Condition <ConditionTypes>
{
Type = ConditionTypes.RepairCosts,
Value = 800.00000m
},
new Condition <ConditionTypes>
{
Type = ConditionTypes.RepairCostsCommercialValueRate,
Value = 23.45602m
}
};
IRulesDataSource <ContentTypes, ConditionTypes> rulesDataSource = await RulesFromJsonFile.Load
.FromJsonFileAsync <ContentTypes, ConditionTypes>(DataSourceFilePath, serializedContent : false);
RulesEngine <ContentTypes, ConditionTypes> rulesEngine = RulesEngineBuilder.CreateRulesEngine()
.WithContentType <ContentTypes>()
.WithConditionType <ConditionTypes>()
.SetDataSource(rulesDataSource)
.Configure(reo =>
{
reo.PriotityCriteria = PriorityCriterias.BottommostRuleWins;
})
.Build();
// Act
Rule <ContentTypes, ConditionTypes> actual = await rulesEngine.MatchOneAsync(expectedContent, expectedMatchDate, expectedConditions);
// Assert
actual.Should().NotBeNull();
CarInsuranceAdvices actualContent = actual.ContentContainer.GetContentAs <CarInsuranceAdvices>();
actualContent.Should().Be(expected);
}
public async Task BuildingSecuritySystem_FireScenario_ReturnsActionsToTrigger()
{
// Assert
const SecuritySystemActionables securitySystemActionable = SecuritySystemActionables.FireSystem;
DateTime expectedMatchDate = new DateTime(2018, 06, 01);
Condition <SecuritySystemConditions>[] expectedConditions = new Condition <SecuritySystemConditions>[]
{
new Condition <SecuritySystemConditions>
{
Type = SecuritySystemConditions.TemperatureCelsius,
Value = 100.0m
},
new Condition <SecuritySystemConditions>
{
Type = SecuritySystemConditions.SmokeRate,
Value = 55.0m
},
new Condition <SecuritySystemConditions>
{
Type = SecuritySystemConditions.PowerStatus,
Value = "Online"
}
};
RulesEngine <SecuritySystemActionables, SecuritySystemConditions> rulesEngine = RulesEngineBuilder.CreateRulesEngine()
.WithContentType <SecuritySystemActionables>()
.WithConditionType <SecuritySystemConditions>()
.SetMongoDbDataSource(this.mongoClient, this.mongoDbProviderSettings)
.Build();
// Act
IEnumerable <Rule <SecuritySystemActionables, SecuritySystemConditions> > actual = await rulesEngine.MatchManyAsync(securitySystemActionable, expectedMatchDate, expectedConditions);
// Assert
actual.Should().NotBeNull();
IEnumerable <SecuritySystemAction> securitySystemActions = actual.Select(r => r.ContentContainer.GetContentAs <SecuritySystemAction>()).ToList();
securitySystemActions.Should().Contain(ssa => ssa.ActionName == "CallFireBrigade")
.And.Contain(ssa => ssa.ActionName == "CallPolice")
.And.Contain(ssa => ssa.ActionName == "ActivateSprinklers")
.And.HaveCount(3);
}
public async Task GetCarInsuranceAdvice_UpdatesRuleAndAddsNewOneAndEvaluates_ReturnsPay()
{
// Arrange
const ContentTypes expectedContent = ContentTypes.CarInsuranceAdvice;
DateTime expectedMatchDate = new DateTime(2018, 06, 01);
Condition <ConditionTypes>[] expectedConditions = new Condition <ConditionTypes>[]
{
new Condition <ConditionTypes>
{
Type = ConditionTypes.RepairCosts,
Value = 800.00000m
},
new Condition <ConditionTypes>
{
Type = ConditionTypes.RepairCostsCommercialValueRate,
Value = 23.45602m
}
};
RulesEngine <ContentTypes, ConditionTypes> rulesEngine = RulesEngineBuilder.CreateRulesEngine()
.WithContentType <ContentTypes>()
.WithConditionType <ConditionTypes>()
.SetMongoDbDataSource(this.mongoClient, this.mongoDbProviderSettings)
.Configure(reo =>
{
reo.PriotityCriteria = PriorityCriterias.BottommostRuleWins;
})
.Build();
IRulesDataSource <ContentTypes, ConditionTypes> rulesDataSource = CreateRulesDataSourceTest <ContentTypes, ConditionTypes>(this.mongoClient, this.mongoDbProviderSettings);
RuleBuilderResult <ContentTypes, ConditionTypes> ruleBuilderResult = RuleBuilder.NewRule <ContentTypes, ConditionTypes>()
.WithName("Car Insurance Advise on self damage coverage")
.WithDateBegin(DateTime.Parse("2018-01-01"))
.WithContentContainer(new ContentContainer <ContentTypes>(ContentTypes.CarInsuranceAdvice, (t) => CarInsuranceAdvices.Pay))
.Build();
IEnumerable <Rule <ContentTypes, ConditionTypes> > existentRules1 = await rulesDataSource.GetRulesByAsync(new RulesFilterArgs <ContentTypes>
{
Name = "Car Insurance Advise on repair costs lower than franchise boundary"
});
Rule <ContentTypes, ConditionTypes> ruleToAdd = ruleBuilderResult.Rule;
Rule <ContentTypes, ConditionTypes> ruleToUpdate1 = existentRules1.FirstOrDefault();
ruleToUpdate1.Priority = 2;
// Act 1
RuleOperationResult updateOperationResult1 = await rulesEngine.UpdateRuleAsync(ruleToUpdate1);
Rule <ContentTypes, ConditionTypes> eval1 = await rulesEngine.MatchOneAsync(expectedContent, expectedMatchDate, expectedConditions);
IEnumerable <Rule <ContentTypes, ConditionTypes> > rules1 = await rulesDataSource.GetRulesByAsync(new RulesFilterArgs <ContentTypes>());
// Assert 1
updateOperationResult1.Should().NotBeNull();
updateOperationResult1.IsSuccess.Should().BeTrue();
eval1.Priority.Should().Be(2);
CarInsuranceAdvices content1 = eval1.ContentContainer.GetContentAs <CarInsuranceAdvices>();
content1.Should().Be(CarInsuranceAdvices.RefusePaymentPerFranchise);
Rule <ContentTypes, ConditionTypes> rule11 = rules1.FirstOrDefault(r => r.Name == "Car Insurance Advise on repair costs lesser than 80% of commercial value");
rule11.Should().NotBeNull();
rule11.Priority.Should().Be(1);
Rule <ContentTypes, ConditionTypes> rule12 = rules1.FirstOrDefault(r => r.Name == "Car Insurance Advise on repair costs lower than franchise boundary");
rule12.Should().NotBeNull();
rule12.Priority.Should().Be(2);
Rule <ContentTypes, ConditionTypes> rule13 = rules1.FirstOrDefault(r => r.Name == "Car Insurance Advise on repair costs greater than 80% of commercial value");
rule13.Should().NotBeNull();
rule13.Priority.Should().Be(3);
// Act 2
RuleOperationResult addOperationResult = await rulesEngine.AddRuleAsync(ruleToAdd, new RuleAddPriorityOption
{
PriorityOption = PriorityOptions.AtRuleName,
AtRuleNameOptionValue = "Car Insurance Advise on repair costs lower than franchise boundary"
});
Rule <ContentTypes, ConditionTypes> eval2 = await rulesEngine.MatchOneAsync(expectedContent, expectedMatchDate, expectedConditions);
IEnumerable <Rule <ContentTypes, ConditionTypes> > rules2 = await rulesDataSource.GetRulesByAsync(new RulesFilterArgs <ContentTypes>());
// Assert 2
addOperationResult.Should().NotBeNull();
addOperationResult.IsSuccess.Should().BeTrue();
eval2.Priority.Should().Be(3);
CarInsuranceAdvices content2 = eval2.ContentContainer.GetContentAs <CarInsuranceAdvices>();
content2.Should().Be(CarInsuranceAdvices.RefusePaymentPerFranchise);
Rule <ContentTypes, ConditionTypes> rule21 = rules2.FirstOrDefault(r => r.Name == "Car Insurance Advise on repair costs lesser than 80% of commercial value");
rule21.Should().NotBeNull();
rule21.Priority.Should().Be(1);
Rule <ContentTypes, ConditionTypes> rule22 = rules2.FirstOrDefault(r => r.Name == "Car Insurance Advise on self damage coverage");
rule22.Should().NotBeNull();
rule22.Priority.Should().Be(2);
Rule <ContentTypes, ConditionTypes> rule23 = rules2.FirstOrDefault(r => r.Name == "Car Insurance Advise on repair costs lower than franchise boundary");
rule23.Should().NotBeNull();
rule23.Priority.Should().Be(3);
Rule <ContentTypes, ConditionTypes> rule24 = rules2.FirstOrDefault(r => r.Name == "Car Insurance Advise on repair costs greater than 80% of commercial value");
rule24.Should().NotBeNull();
rule24.Priority.Should().Be(4);
// Act 3
IEnumerable <Rule <ContentTypes, ConditionTypes> > existentRules2 = await rulesDataSource.GetRulesByAsync(new RulesFilterArgs <ContentTypes>
{
Name = "Car Insurance Advise on repair costs lower than franchise boundary"
});
Rule <ContentTypes, ConditionTypes> ruleToUpdate2 = existentRules2.FirstOrDefault();
ruleToUpdate2.Priority = 4;
RuleOperationResult updateOperationResult2 = await rulesEngine.UpdateRuleAsync(ruleToUpdate2);
Rule <ContentTypes, ConditionTypes> eval3 = await rulesEngine.MatchOneAsync(expectedContent, expectedMatchDate, expectedConditions);
IEnumerable <Rule <ContentTypes, ConditionTypes> > rules3 = await rulesDataSource.GetRulesByAsync(new RulesFilterArgs <ContentTypes>());
// Assert 3
updateOperationResult2.Should().NotBeNull();
updateOperationResult2.IsSuccess.Should().BeTrue();
eval3.Priority.Should().Be(4);
CarInsuranceAdvices content3 = eval3.ContentContainer.GetContentAs <CarInsuranceAdvices>();
content3.Should().Be(CarInsuranceAdvices.RefusePaymentPerFranchise);
Rule <ContentTypes, ConditionTypes> rule31 = rules3.FirstOrDefault(r => r.Name == "Car Insurance Advise on repair costs lesser than 80% of commercial value");
rule31.Should().NotBeNull();
rule31.Priority.Should().Be(1);
Rule <ContentTypes, ConditionTypes> rule32 = rules3.FirstOrDefault(r => r.Name == "Car Insurance Advise on self damage coverage");
rule32.Should().NotBeNull();
rule32.Priority.Should().Be(2);
Rule <ContentTypes, ConditionTypes> rule33 = rules3.FirstOrDefault(r => r.Name == "Car Insurance Advise on repair costs greater than 80% of commercial value");
rule33.Should().NotBeNull();
rule33.Priority.Should().Be(3);
Rule <ContentTypes, ConditionTypes> rule34 = rules3.FirstOrDefault(r => r.Name == "Car Insurance Advise on repair costs lower than franchise boundary");
rule34.Should().NotBeNull();
rule34.Priority.Should().Be(4);
}
public async Task AddRule_AddingNewRuleWithAgeConditionAtPriority1AndNewRuleAtPriority3_NewRuleIsInsertedAndExistentRulePriorityUpdatedAndNewRuleInsertedAfter()
{
// Arrange
IRulesDataSource <ContentTypes, ConditionTypes> rulesDataSource = await RulesFromJsonFile.Load
.FromJsonFileAsync <ContentTypes, ConditionTypes>(DataSourceFilePath);
RulesEngine <ContentTypes, ConditionTypes> rulesEngine = RulesEngineBuilder.CreateRulesEngine()
.WithContentType <ContentTypes>()
.WithConditionType <ConditionTypes>()
.SetDataSource(rulesDataSource)
.Build();
RuleBuilderResult <ContentTypes, ConditionTypes> newRuleResult1 = RuleBuilder.NewRule <ContentTypes, ConditionTypes>()
.WithName("Body Mass Index up to 18 years formula")
.WithDateBegin(DateTime.Parse("2018-01-01"))
.WithContentContainer(new ContentContainer <ContentTypes>(ContentTypes.BodyMassIndexFormula, (t) => new Formula
{
Description = "Body Mass Index up to 18 years formula",
Value = "weight / ((height + 1) ^ 2)" // Not real, for the sake of the test.
}))
.WithCondition(cnb => cnb
.AsValued(ConditionTypes.Age)
.OfDataType <int>()
.WithComparisonOperator(Operators.LesserThanOrEqual)
.SetOperand(18)
.Build())
.Build();
Rule <ContentTypes, ConditionTypes> newRule1 = newRuleResult1.Rule;
RuleAddPriorityOption ruleAddPriorityOption1 = RuleAddPriorityOption.ByPriorityNumber(1);
RuleBuilderResult <ContentTypes, ConditionTypes> ruleBuilderResult2 = RuleBuilder.NewRule <ContentTypes, ConditionTypes>()
.WithName("Sample rule")
.WithDateBegin(DateTime.Parse("2021-01-01"))
.WithContentContainer(new ContentContainer <ContentTypes>(ContentTypes.BodyMassIndexFormula, (t) => new Formula
{
Description = "Sample formula",
Value = "0"
}))
.Build();
Rule <ContentTypes, ConditionTypes> newRule2 = ruleBuilderResult2.Rule;
RuleAddPriorityOption ruleAddPriorityOption2 = RuleAddPriorityOption.ByPriorityNumber(4);
// Act
RuleOperationResult ruleOperationResult1 = await rulesEngine.AddRuleAsync(newRule1, ruleAddPriorityOption1).ConfigureAwait(false);
RuleOperationResult ruleOperationResult2 = await rulesEngine.AddRuleAsync(newRule2, ruleAddPriorityOption2).ConfigureAwait(false);
// Assert
ruleOperationResult1.Should().NotBeNull();
ruleOperationResult1.IsSuccess.Should().BeTrue();
ruleOperationResult2.Should().NotBeNull();
ruleOperationResult2.IsSuccess.Should().BeTrue();
IEnumerable <Rule <ContentTypes, ConditionTypes> > rules = await rulesDataSource.GetRulesByAsync(new RulesFilterArgs <ContentTypes>()).ConfigureAwait(false);
rules.Should().NotBeNull().And.HaveCount(3);
rules.Should().ContainEquivalentOf(newRule1);
newRule1.Priority.Should().Be(1, "rule should to priority 1 if inserted at priority 1");
newRule2.Priority.Should().Be(3, "rule should have priority 3 if inserted at priority 3, given that last rule after insert was at priority 2.");
}
public async Task BuildingSecuritySystem_PowerFailureScenario_ReturnsActionsToTrigger()
{
// Assert
const SecuritySystemActionables securitySystemActionable = SecuritySystemActionables.PowerSystem;
DateTime expectedMatchDate = new DateTime(2018, 06, 01);
Condition <SecuritySystemConditions>[] expectedConditions = new Condition <SecuritySystemConditions>[]
{
new Condition <SecuritySystemConditions>
{
Type = SecuritySystemConditions.TemperatureCelsius,
Value = 100.0m
},
new Condition <SecuritySystemConditions>
{
Type = SecuritySystemConditions.SmokeRate,
Value = 55.0m
},
new Condition <SecuritySystemConditions>
{
Type = SecuritySystemConditions.PowerStatus,
Value = "Offline"
}
};
IRulesDataSource <SecuritySystemActionables, SecuritySystemConditions> rulesDataSource = await RulesFromJsonFile.Load
.FromJsonFileAsync <SecuritySystemActionables, SecuritySystemConditions>(DataSourceFilePath);
RulesEngine <SecuritySystemActionables, SecuritySystemConditions> rulesEngine = RulesEngineBuilder.CreateRulesEngine()
.WithContentType <SecuritySystemActionables>()
.WithConditionType <SecuritySystemConditions>()
.SetDataSource(rulesDataSource)
.Build();
// Act
IEnumerable <Rule <SecuritySystemActionables, SecuritySystemConditions> > actual = await rulesEngine.MatchManyAsync(securitySystemActionable, expectedMatchDate, expectedConditions);
// Assert
actual.Should().NotBeNull();
IEnumerable <SecuritySystemAction> securitySystemActions = actual.Select(r => r.ContentContainer.GetContentAs <SecuritySystemAction>()).ToList();
securitySystemActions.Should().Contain(ssa => ssa.ActionName == "EnableEmergencyLights")
.And.Contain(ssa => ssa.ActionName == "EnableEmergencyPower")
.And.Contain(ssa => ssa.ActionName == "CallPowerGridPicket");
}
public async Task BuildingSecuritySystem_PowerFailureScenario_ReturnsActionsToTrigger()
{
// Assert
const SecuritySystemActionables securitySystemActionable = SecuritySystemActionables.PowerSystem;
DateTime expectedMatchDate = new DateTime(2018, 06, 01);
Condition <SecuritySystemConditions>[] expectedConditions = new Condition <SecuritySystemConditions>[]
{
new Condition <SecuritySystemConditions>
{
Type = SecuritySystemConditions.TemperatureCelsius,
Value = 100.0m
},
new Condition <SecuritySystemConditions>
{
Type = SecuritySystemConditions.SmokeRate,
Value = 55.0m
},
new Condition <SecuritySystemConditions>
{
Type = SecuritySystemConditions.PowerStatus,
Value = "Offline"
}
};
IServiceCollection serviceDescriptors = new ServiceCollection();
serviceDescriptors.AddSingleton(this.inMemoryRulesStorage);
IServiceProvider serviceProvider = serviceDescriptors.BuildServiceProvider();
RulesEngine <SecuritySystemActionables, SecuritySystemConditions> rulesEngine = RulesEngineBuilder.CreateRulesEngine()
.WithContentType <SecuritySystemActionables>()
.WithConditionType <SecuritySystemConditions>()
.SetInMemoryDataSource(serviceProvider)
.Build();
// Act
IEnumerable <Rule <SecuritySystemActionables, SecuritySystemConditions> > actual = await rulesEngine.MatchManyAsync(securitySystemActionable, expectedMatchDate, expectedConditions);
// Assert
actual.Should().NotBeNull();
IEnumerable <SecuritySystemAction> securitySystemActions = actual.Select(r => r.ContentContainer.GetContentAs <SecuritySystemAction>()).ToList();
securitySystemActions.Should().Contain(ssa => ssa.ActionName == "EnableEmergencyLights")
.And.Contain(ssa => ssa.ActionName == "EnableEmergencyPower")
.And.Contain(ssa => ssa.ActionName == "CallPowerGridPicket");
}