// Create a new version of this object or use it from the lookup.
public static CaseDtoGen Create(Coalesce.Domain.Case obj, ClaimsPrincipal user = null, string includes = null,
Dictionary <object, object> objects = null, IncludeTree tree = null)
{
// Return null of the object is null;
if (obj == null)
{
return(null);
}
if (objects == null)
{
objects = new Dictionary <object, object>();
}
includes = includes ?? "";
// Applicable includes for Case
// Applicable excludes for Case
bool excludePersonListGen = includes == "PersonListGen";
// Applicable roles for Case
if (user != null)
{
}
// See if the object is already created, but only if we aren't restricting by an includes tree.
// If we do have an IncludeTree, we know the exact structure of our return data, so we don't need to worry about circular refs.
if (tree == null && objects.ContainsKey(obj))
{
return((CaseDtoGen)objects[obj]);
}
var newObject = new CaseDtoGen();
if (tree == null)
{
objects.Add(obj, newObject);
}
// Fill the properties of the object.
newObject.CaseKey = obj.CaseKey;
newObject.Title = obj.Title;
newObject.Description = obj.Description;
newObject.OpenedAt = obj.OpenedAt;
newObject.AssignedToId = obj.AssignedToId;
newObject.ReportedById = obj.ReportedById;
newObject.Attachment = obj.Attachment;
newObject.Severity = obj.Severity;
newObject.Status = obj.Status;
newObject.DevTeamAssignedId = obj.DevTeamAssignedId;
if (!(excludePersonListGen))
{
if (tree == null || tree[nameof(newObject.AssignedTo)] != null)
{
newObject.AssignedTo = PersonDtoGen.Create(obj.AssignedTo, user, includes, objects, tree?[nameof(newObject.AssignedTo)]);
}
}
if (!(excludePersonListGen))
{
if (tree == null || tree[nameof(newObject.ReportedBy)] != null)
{
newObject.ReportedBy = PersonDtoGen.Create(obj.ReportedBy, user, includes, objects, tree?[nameof(newObject.ReportedBy)]);
}
}
var propValCaseProducts = obj.CaseProducts;
if (propValCaseProducts != null && (tree == null || tree[nameof(newObject.CaseProducts)] != null))
{
newObject.CaseProducts = propValCaseProducts.OrderBy("CaseProductId ASC").Select(f => CaseProductDtoGen.Create(f, user, includes, objects, tree?[nameof(newObject.CaseProducts)])).ToList();
}
else if (propValCaseProducts == null && tree?[nameof(newObject.CaseProducts)] != null)
{
newObject.CaseProducts = new CaseProductDtoGen[0];
}
newObject.DevTeamAssigned = DevTeamDtoGen.Create(obj.DevTeamAssigned, user, includes, objects, tree?[nameof(newObject.DevTeamAssigned)]);
return(newObject);
}
// Create a new version of this object or use it from the lookup.
public static CompanyDtoGen Create(Coalesce.Domain.Company obj, ClaimsPrincipal user = null, string includes = null,
Dictionary <object, object> objects = null, IncludeTree tree = null)
{
// Return null of the object is null;
if (obj == null)
{
return(null);
}
if (objects == null)
{
objects = new Dictionary <object, object>();
}
includes = includes ?? "";
// Applicable includes for Company
// Applicable excludes for Company
// Applicable roles for Company
if (user != null)
{
}
// See if the object is already created, but only if we aren't restricting by an includes tree.
// If we do have an IncludeTree, we know the exact structure of our return data, so we don't need to worry about circular refs.
if (tree == null && objects.ContainsKey(obj))
{
return((CompanyDtoGen)objects[obj]);
}
var newObject = new CompanyDtoGen();
if (tree == null)
{
objects.Add(obj, newObject);
}
// Fill the properties of the object.
newObject.CompanyId = obj.CompanyId;
newObject.Name = obj.Name;
newObject.Address1 = obj.Address1;
newObject.Address2 = obj.Address2;
newObject.City = obj.City;
newObject.State = obj.State;
newObject.ZipCode = obj.ZipCode;
newObject.AltName = obj.AltName;
var propValEmployees = obj.Employees;
if (propValEmployees != null && (tree == null || tree[nameof(newObject.Employees)] != null))
{
newObject.Employees = propValEmployees.OrderBy("PersonId ASC").Select(f => PersonDtoGen.Create(f, user, includes, objects, tree?[nameof(newObject.Employees)])).ToList();
}
else if (propValEmployees == null && tree?[nameof(newObject.Employees)] != null)
{
newObject.Employees = new PersonDtoGen[0];
}
return(newObject);
}
