/// <summary>
/// Multi-tenant update/save entity
/// </summary>
protected async Task SaveTenantMappings(Device device, DeviceModel model)
{
device.LimitedToTenants = model.SelectedTenantIds.Any();
var existingTenantMappings = await _tenantMappingService.GetTenantMappings(device);
var tenants = await _tenantService.GetTenantsAsync();
foreach (var tenant in tenants)
{
if (model.SelectedTenantIds.Contains(tenant.Id))
{
//new tenant
if (existingTenantMappings.Count(tm => tm.TenantId == tenant.Id) == 0)
{
await _tenantMappingService.InsertTenantMapping(device, tenant.Id);
}
}
else
{
//remove tenant
var tenantMappingToDelete = existingTenantMappings.FirstOrDefault(tm => tm.TenantId == tenant.Id);
if (tenantMappingToDelete != null)
{
await _tenantMappingService.DeleteTenantMapping(tenantMappingToDelete);
}
}
}
}
protected async Task UpdateTenantMappings <TEntity>(TEntity entity, List <int> passedTenantIds)
where TEntity : BaseEntity, ITenantMappingSupported
{
if (passedTenantIds == null)
{
return;
}
entity.LimitedToTenants = passedTenantIds.Any();
var existingTenantMappings = await TenantMappingService.GetTenantMappings(entity);
var tenants = await TenantService.GetTenantsAsync();
foreach (var tenant in tenants)
{
if (passedTenantIds.Contains(tenant.Id))
{
//new tenant
if (existingTenantMappings.Count(sm => sm.TenantId == tenant.Id) == 0)
{
await TenantMappingService.InsertTenantMapping(entity, tenant.Id);
}
}
else
{
//remove tenant
var tenantMappingToDelete = existingTenantMappings.FirstOrDefault(sm => sm.TenantId == tenant.Id);
if (tenantMappingToDelete != null)
{
await TenantMappingService.DeleteTenantMapping(tenantMappingToDelete);
}
}
}
}
