---
title: "SQL-244: ClaimCodeTableBuilder.ClaimResponsibility"
summary: Create operation for `ClaimCodeTableBuilder.ClaimResponsibility`
status: draft
owner: SAIF.Core documentation team
last_reviewed: 2026-09-24
library: SAIF.Data
reference_type: package
---

# SQL-244: ClaimCodeTableBuilder.ClaimResponsibility

This statement is a create operation invoked through ORM (IRepository.Add). Executed by `ClaimCodeTableBuilder.ClaimResponsibility`.

## Classification

| Field | Value |
| --- | --- |
| **SQL ID** | SQL-244 |
| **Operation type** | Create |
| **Execution method** | ORM (IRepository.Add) |
| **Database** | Oracle* |
| **Schema** | [unqualified]** |
| **Command type** | N/A (ORM-generated) |
| **Business object** | `ClaimCodeTableBuilder` |
| **Criteria property** | N/A — ORM |
| **Lifecycle method** | `ClaimResponsibility` |

## Tables

| Table | Access | Columns used |
| --- | --- | --- |
| [CL_CLAIM_RESPONSIBILITY](../database-tables.md#cl_claim_responsibility) | INSERT (hypothetical) | CLAIM_RESP_CODE, CLAIM_RESP_USER, CLAIM_ASSISTANT_USER, PSEUDO_USER, PSEUDO_NAME, PSEUDO_PHONE, UPDATE_DATE, UPDATE_USER, UPDATE_NUM, CLAIM_SUPERVISOR_CODE, RESPONSIBILITY_TYPE_CODE |

## LINQ statement

Source: `Data/SAIF.Data/TestRepository/RepositoryBuilders/ClaimCodeTableBuilder.cs:85`.

```csharp
// Data/SAIF.Data/TestRepository/RepositoryBuilders/ClaimCodeTableBuilder.cs:82-91
if (resp == null)
{
     resp = new ClaimResponsibility();
    _uow.GetRepository<ClaimResponsibility>().Add(resp);
}

resp.Code = code;
resp.ClaimAssistantMailId = assistantMailId;
resp.PseudoUser = mailId;
resp.Supervisor = new ClaimSupervisor {Code = "X", Section = region, MailId = supervisorMailId};
```

## Sample SQL

> **Test double — no runtime SQL.** This statement executes against `TestUnitOfWork`/`TestRepository<T>` (in-memory, `List<TEntity>`-backed test doubles in `SAIF.Framework.Core`); no NHibernate session is opened and no SQL is issued at runtime. The SQL below is the hypothetical statement the same expression would produce against a real NHibernate `IUnitOfWork` using the in-repo mappings, shown to document the mapping shape only — **no database table is accessed when this code runs.**

> **Inferred SQL:** This SQL was inferred from the LINQ statement above and the NHibernate mappings. It is not concrete SQL from source code; NHibernate generates the executed statement at runtime, so aliases, column order, join syntax, and bind-parameter names may differ.

```sql
-- Inferred from LINQ (NHibernate mapping translation); not concrete SQL
INSERT INTO CL_CLAIM_RESPONSIBILITY (
  CLAIM_RESP_CODE,
  CLAIM_RESP_USER,
  CLAIM_ASSISTANT_USER,
  PSEUDO_USER,
  PSEUDO_NAME,
  PSEUDO_PHONE,
  UPDATE_DATE,
  UPDATE_USER,
  UPDATE_NUM,
  CLAIM_SUPERVISOR_CODE,
  RESPONSIBILITY_TYPE_CODE)
VALUES (
  :Code,
  :MailId,
  :ClaimAssistantMailId,
  :PseudoUser,
  :PseudoName,
  :PseudoPhone,
  :UpdateDate,
  :UpdateUser,
  :UpdateNumber,
  :Supervisor,
  :ResponsibilityType)
-- properties assigned after Add (lines 88-91) are written by this INSERT at flush (or a follow-up UPDATE if flushed earlier)
```

Translation notes:
- Scope split: SQL-244 and SQL-265 are the same method. SQL-244 documents the **INSERT** (line 85); SQL-265 documents the **FirstOrDefault** read (line 80).
- Not accessed: `CLAIM_SUPERVISOR` — `resp.Supervisor = new ClaimSupervisor {...}` (line 91) sets a reference to a transient object; `References(x => x.Supervisor)` has no cascade, so no INSERT into `CLAIM_SUPERVISOR` is issued (a real session would throw `TransientObjectException` at flush).
- `Id(Code)` column `CLAIM_RESP_CODE` is assigned (no generator), so the INSERT is deferred to flush and picks up the values set on lines 88-91.

## Sources

- `Data/SAIF.Data/TestRepository/RepositoryBuilders/ClaimCodeTableBuilder.cs:85`