public void StartTenantCollection()
{
var id = Guid.NewGuid();
var id2 = Guid.NewGuid();
var tenant1 = new TenantDefault(id, "Tenant 1");
var tenant2 = new TenantDefault(id, "Tenant 2");
var tenant3 = new TenantDefault(id2, "Tenant 3");
var secrets2 = new Dictionary <string, string>()
{
{ "Secret2", "Value 1" }
};
var tenantSecret2 = new TenantSecret <Guid, dynamic>(id2, secrets: secrets2);
var claims = new Dictionary <string, string>()
{
{ "Claims1", "Value 1" }
};
var tenantClaims = new TenantClaims <Guid, dynamic>(id, claims: claims);
var collection = new TenantCollection(new[] { tenant1, tenant2, tenant3 });
Assert.AreEqual(2, collection.Count);
var itens = new ITenant <Guid>[] { tenant1, tenant2, tenant3, tenantClaims, _secretFirstTenant, tenantSecret2, null };
var collection2 = new TenantCollection();
collection2.Add(itens);
Assert.AreEqual(3, collection2.Count);
Assert.ThrowsException <ArgumentNullException>(() => collection2.Add((IEnumerable <ITenant <Guid> >)null));
}
public static List <Tenant> ReadTenantsWithPreferences(string file, VoxelGrid grid)
{
//THE LIST OF TENANTS SHOULD BE RELATED TO THE LIST OF REQUESTS
//This is set up to read only area preferences so far. Updates must check for references
//Only Work and Leisure space functions implemented
List <Tenant> tenants = new List <Tenant>();
string jsonString = Resources.Load <TextAsset>(file).text;
TenantCollection tenantList = JsonUtility.FromJson <TenantCollection>(jsonString);
foreach (var tenant in tenantList.Tenants)
{
tenant.AssociateGrid(grid);
//Tenant Area Preferences
tenant.AreaPreferences = new Dictionary <SpaceFunction, int[]>();
var areaWorkPref = tenant.AreaPrefWork_S.Split('_').Select(p => int.Parse(p)).ToArray();
var areaLeisurePref = tenant.AreaPrefLeisure_S.Split('_').Select(p => int.Parse(p)).ToArray();
tenant.AreaPreferences.Add(SpaceFunction.Work, areaWorkPref);
tenant.AreaPreferences.Add(SpaceFunction.Leisure, areaLeisurePref);
//Tenant Connectivity Preferences
tenant.ConnectivityPreferences = new Dictionary <SpaceFunction, float[]>();
var connecWorkPref = tenant.ConnectivityPrefWork_S.Split('_').Select(p => float.Parse(p) / 100.00f).ToArray();
var connecLeisurePref = tenant.ConnectivityPrefLeisure_S.Split('_').Select(p => float.Parse(p) / 100.00f).ToArray();
Debug.Log($"{tenant.Name} min work con {connecLeisurePref[0]}");
tenant.ConnectivityPreferences.Add(SpaceFunction.Work, connecWorkPref);
tenant.ConnectivityPreferences.Add(SpaceFunction.Leisure, connecLeisurePref);
tenant.CreateUserIcon();
tenants.Add(tenant);
}
return(tenants);
}
public async Task <AddTenantOutput> AddTenant(Tenant tenant)
{
try
{
await TenantCollection.InsertOneAsync(tenant);
return(new AddTenantOutput
{
Success = true
});
}
catch (MongoWriteException ex)
{
Logger.LogInformation($"TenantDa - AddTenant: Duplicate Tenant {ex.Message}", ex);
return(new AddTenantOutput
{
Success = false,
Error = ErrorKeys.DuplicateTenantIdentifier
});
}
catch (Exception ex)
{
Logger.LogError($"TenantDa - AddTenant: {ex.Message}", ex);
return(new AddTenantOutput
{
Success = false,
Error = ErrorKeys.InternalError
});
}
}
public void AddTenantAndMergeTenantSecret()
{
var tenant1 = new TenantDefault(_firstTenantId, "Tenant 1");
var tenant = new TenantCollection();
tenant.Add(tenant1);
tenant.Add(_secretFirstTenant);
Assert.AreEqual(tenant.Count, 1);
}
public void AddTenantAndDistinctTenantSecret()
{
var tenant1 = new TenantDefault(_firstTenantId, "Tenant 1");
var tenant = new TenantCollection();
tenant.Add(tenant1);
tenant.Add(_secretSecondTenant);
Assert.AreEqual(tenant.Count, 2);
//tenantSecret.
}
public void AddTenantAndMergeTenantClaimsAndSecret()
{
var tenant1 = new TenantDefault(_firstTenantId, "Tenant 1");
var tenant = new TenantCollection();
tenant.Add(tenant1);
tenant.Add(_claimsFirstTenant);
tenant.Add(new[] { _secretFirstTenant });
Console.WriteLine(tenant.ToString());
Assert.AreEqual(tenant.Count, 1);
}
public void AddDuplicatesTenants()
{
var id = Guid.NewGuid();
var tenant1 = new TenantDefault(id, "Tenant 1");
var tenant2 = new TenantDefault(id, "Tenant 2");
var tenant = new TenantCollection();
tenant.Add(tenant1);
tenant.Add(tenant2);
tenant.Add((TenantDefault)null);
Assert.AreEqual(tenant.Count, 1, "A clase permitiu adicionar duas instancias iguais");
}
public void AddTenantAndMergeTenantClaims()
{
var tenant1 = new TenantDefault(_firstTenantId, "Tenant 1");
var tenant = new TenantCollection();
tenant.Add(tenant1);
tenant.Add(new[] { _claimsFirstTenant });
var tenantk = tenant.FirstOrDefault(_firstTenantId);
Assert.IsNotNull(tenantk);
Assert.AreEqual(tenant.Count, 1);
Assert.IsTrue(tenantk.Claims.ContainsKey("Claims1"));
}
public void AddNewTenants()
{
var tenant1 = new TenantDefault(Guid.NewGuid(), "Tenant 1");
var tenant2 = new TenantDefault(Guid.NewGuid(), "Tenant 2");
var tenant = new TenantCollection();
int current = 0;
Assert.AreEqual(tenant.Count, current, "Ao instanciar uma coleção ela iniciou com itens carregados");
current++;
tenant.Add(tenant1);
Assert.AreEqual(tenant.Count, current, "Após adicionar um item na coleção a lista de itens não foi alterada");
tenant.Add(tenant2);
current++;
Assert.AreEqual(tenant.Count, current, "Após adicionar um segundo item na coleção a lista de itens não foi alterada");
}
public void MergeTenantWithSecretAndCheckAllInstancies_ExpectedAllInstanceRelated()
{
var id = _secretFirstTenant.Id;
var tenant1 = new TenantDefault(id, "Tenant 1");
var tenant2 = new TenantDefault(id, "Tenant 1 - One");
var tenant3 = new TenantDefault(_secretSecondTenant.Id, "Tenant 3");
var collection2 = new TenantCollection();
var itens =
new ITenant <Guid>[] {
tenant1,
tenant2,
tenant3,
_secretSecondTenant,
_secretFirstTenant
};
collection2.Add(itens);
Assert.IsTrue(tenant3.Secrets?.Equals(_secretSecondTenant.Secrets) == true);
Assert.AreEqual(2, collection2.Count);
}
public async Task <List <Tenant> > FindTenants()
{
return(await TenantCollection.Find(Builders <Tenant> .Filter.Empty).ToListAsync());
}