private static IOptions <FilterConfiguration> CreateFilterConfiguration(
string modelName,
string filterName,
string filterOptionKey,
string filterOptionValue)
{
var filterBuilder = new FilterConfigurationBuilder()
.AddModel(modelName, builder =>
{
builder.AddFilter(filterName, options =>
{
options.AddOption(filterOptionKey, filterOptionValue);
});
});
var options = Options.Create(filterBuilder.Build());
return(options);
}
public async Task RestrictedContractorFilterForContractors()
{
const string ModelName = FilterConstants.WorkOrder;
var mockCurrentUserService = new CurrentUserServiceMock();
mockCurrentUserService.SetSecurityGroup(UserGroups.Contractor);
mockCurrentUserService.SetContractor("c1", "c2", "c3");
var mockScheduleOfRatesGateway = new Mock <IScheduleOfRatesGateway>();
mockScheduleOfRatesGateway.Setup(m => m.GetLiveContractors()).ReturnsAsync(BuildContractors("c1", "c3", "c4"));
var filter = new FilterConfigurationBuilder().AddModel(ModelName, b => { }).Build();
var sut = new WorkOrderFilterProvider(Options.Create(filter), mockScheduleOfRatesGateway.Object, mockCurrentUserService.Object);
var result = await sut.GetFilter();
result.Should().ContainKey(FilterSectionConstants.Contractors);
result[FilterSectionConstants.Contractors].Should().HaveCount(2);
result[FilterSectionConstants.Contractors].Should().ContainSingle(c => c.Key == "c1" && c.Description == "c1");
result[FilterSectionConstants.Contractors].Should().ContainSingle(c => c.Key == "c3" && c.Description == "c3");
}
