public async Task CheckEquivalenceConstrictors(int conditionStampId, int onConditionNextDepartmentId,
int onConditionAddedStampId, int onConditionRemovedStampId, int elseConditionNextDepartmentId,
int elseConditionAddedStampId, int elseConditionRemovedStampId)
{
//Arrange
var bypassSheetDefault = BypassSheetTestHelper.GetInitializedBypassSheet(3, 1, 5);
var bypassSheetConfig = BypassSheetTestHelper.GetInitializedBypassSheet(3, 1, 5);
var ruleDefault = new ConditionDepartmentRule(conditionStampId, onConditionNextDepartmentId,
elseConditionNextDepartmentId, onConditionAddedStampId, onConditionRemovedStampId,
elseConditionAddedStampId, elseConditionRemovedStampId);
var ruleConfig = new ConditionDepartmentRule(new ConditionDepartmentRuleConfig
{
ConditionStampId = conditionStampId,
OnConditionNextDepartmentId = onConditionNextDepartmentId,
OnConditionAddedStampId = onConditionAddedStampId,
OnConditionRemovedStampId = onConditionRemovedStampId,
ElseConditionNextDepartmentId = elseConditionNextDepartmentId,
ElseConditionAddedStampId = elseConditionAddedStampId,
ElseConditionRemovedStampId = elseConditionRemovedStampId
});
//Act
var next1 = await ruleDefault.ExecuteRuleAsync(bypassSheetDefault).ConfigureAwait(false);
var next2 = await ruleConfig.ExecuteRuleAsync(bypassSheetConfig).ConfigureAwait(false);
//Assert
Assert.Equal(next1, next2);
Assert.True(bypassSheetDefault.Stamps.SetEquals(bypassSheetConfig.Stamps));
}
public async Task RequestNotCycleBypassSheetInfo(int startId, int endId, int departmentId,
BypassSheetResponseState state, string stampsString)
{
var rules = InitNotCycleDepartmentsRules();
var expectedStamps = BypassSheetTestHelper.SplitStringOnStamps(state, stampsString);
await TestRequestInNewConfiguration(startId, endId, departmentId, state, expectedStamps, rules).ConfigureAwait(false);
}
public TestConfiguration(int startId, int endId, int departmentId, BypassSheetResponseState state,
string stampsString)
{
StartId = startId;
EndId = endId;
DepartmentId = departmentId;
State = state;
ExpectedStamps = BypassSheetTestHelper.SplitStringOnStamps(state, stampsString);
}
public async Task ExecuteRuleNextDepartmentId()
{
//Arrange
var bypassSheet = BypassSheetTestHelper.GetInitializedBypassSheet(3, 1, 5);
var ruleAdd = new DefaultDepartmentRule(2);
//Act
var nextId = await ruleAdd.ExecuteRuleAsync(bypassSheet).ConfigureAwait(false);
//Assert
Assert.Equal(2, nextId);
}
public async Task ExecuteRuleNotExistRemove()
{
//Arrange
var bypassSheet = BypassSheetTestHelper.GetInitializedBypassSheet(1, 5);
var expectedStamps = BypassSheetTestHelper.GetInitializedBypassSheet(1, 5).Stamps;
var ruleAdd = new DefaultDepartmentRule(2, removedStampId: 3);
//Act
await ruleAdd.ExecuteRuleAsync(bypassSheet).ConfigureAwait(false);
//Assert
Assert.True(expectedStamps.SetEquals(bypassSheet.Stamps));
}
public async Task CheckInfinityCycle()
{
//Arrange
var bypassSheet = BypassSheetTestHelper.GetInitializedBypassSheet(3, 1, 5);
var history = new StampsHistoryElement
{
NextDepartmentId = 2,
Stamps = new HashSet <int> {
3, 2, 1, 5
}
};
var ruleAdd = new DefaultDepartmentRule(2, 2);
var department = new Department(2, ruleAdd);
department.StampsHistory.Add(history);
//Assert IsCycle - false
Assert.False(department.IsCycle);
//Act execute check cycle step
await department.ExecuteDepartmentRuleAsync(bypassSheet).ConfigureAwait(false);
//Assert IsCycle - true
Assert.True(department.IsCycle);
//Arrange old history
var oldHistoryElementCount = department.StampsHistory.Count;
//Act repeat rule after finding cycle
await department.ExecuteDepartmentRuleAsync(bypassSheet).ConfigureAwait(false);
//Assert history don't changed
Assert.Equal(oldHistoryElementCount, department.StampsHistory.Count);
}
public async Task CheckEquivalenceConstructors()
{
//Arrange
var bypassSheetDefault = BypassSheetTestHelper.GetInitializedBypassSheet(3, 1, 5);
var bypassSheetConfig = BypassSheetTestHelper.GetInitializedBypassSheet(3, 1, 5);
var ruleAddDefault = new DefaultDepartmentRule(2, 2, 5);
var ruleAddConfig = new DefaultDepartmentRule(new DefaultDepartmentRuleConfig
{
NextDepartmentId = 2,
AddedStampId = 2,
RemovedStampId = 5
});
//Act
var next1 = await ruleAddDefault.ExecuteRuleAsync(bypassSheetDefault).ConfigureAwait(false);
var next2 = await ruleAddConfig.ExecuteRuleAsync(bypassSheetConfig).ConfigureAwait(false);
//Assert
Assert.Equal(next1, next2);
Assert.True(bypassSheetDefault.Stamps.SetEquals(bypassSheetConfig.Stamps));
}
public async Task ExecuteElseConditionRule()
{
//Arrange
var bypassSheet = BypassSheetTestHelper.GetInitializedBypassSheet(3, 1, 5);
var expectedStamps = BypassSheetTestHelper.GetInitializedBypassSheet(5, 4, 3).Stamps;
var rule = new ConditionDepartmentRule(new ConditionDepartmentRuleConfig
{
ConditionStampId = 2,
OnConditionNextDepartmentId = 4,
OnConditionAddedStampId = 2,
OnConditionRemovedStampId = 5,
ElseConditionNextDepartmentId = 3,
ElseConditionAddedStampId = 4,
ElseConditionRemovedStampId = 1
});
//Act
var nextId = await rule.ExecuteRuleAsync(bypassSheet).ConfigureAwait(false);
//Assert
Assert.Equal(3, nextId);
Assert.True(expectedStamps.SetEquals(bypassSheet.Stamps));
}
