Authorization Schemes Documentation
This document describes the 5 authorization schemes used in the APEX application for access control.
Overview
| Scheme Name | Type | Users/Condition | Error Message |
|---|---|---|---|
| Admin_auth_schema | NATIVE_EXISTS | Specific user list | Utente non autorizzato |
| User Read/Write | NATIVE_FUNCTION_BODY | USERS_READONLY table | Utente abilitato in sola lettura |
| Consuntivi | NATIVE_EXISTS | GET_CONSUNTIVI_USERS view | Autorizzazione necessaria... |
| Gestori | NATIVE_EXISTS | GET_GESTORI_USERS view | Non possiedi i permessi... |
| Solo Admins | NATIVE_EXISTS | admin, monia only | Non possiedi i permessi... |
Admin_auth_schema
Type: NATIVE_EXISTS Caching: BY_USER_BY_PAGE_VIEW
SQL Query:
select 1 from dual
where lower(:APP_USER) in ('admin','monia','andrea','maria','sabrina','nicole','cucina','developer','elia.ballarani');
Authorized Users:
- admin
- monia
- andrea
- maria
- sabrina
- nicole
- cucina
- developer
- elia.ballarani
Usage: General administrative access to most management pages.
User Read/Write
Type: NATIVE_FUNCTION_BODY Caching: BY_USER_BY_PAGE_VIEW
PL/SQL Function:
declare
v_readonly number;
begin
select 1
into v_readonly
from users_readonly
where username = :APP_USER
and flgwrite = 0;
return false;
exception when no_data_found then
return true;
end;
Logic:
- Checks
USERS_READONLYtable - If user exists with
FLGWRITE = 0→ Returns FALSE (read-only mode) - If user not found → Returns TRUE (write access)
Usage: Controls whether user can modify data or only view.
Consuntivi
Type: NATIVE_EXISTS Caching: BY_USER_BY_PAGE_VIEW
SQL Query:
select 1 from dual
where :APP_USER in (select users from get_consuntivi_users);
Data Source: GET_CONSUNTIVI_USERS view
Usage: Access to financial summary pages and cost management.
Gestori
Type: NATIVE_EXISTS Caching: BY_USER_BY_PAGE_VIEW
SQL Query:
select 1 from dual
where :APP_USER in (select users from get_gestori_users);
Data Source: GET_GESTORI_USERS view
Usage: Manager-level access. Applied to:
- Home page
- Nuovo Evento (Page 22)
- Liste (Page 9)
- Griglia (Page 16)
- Torte e Costi Extra (Page 28)
- Template Eventi (Page 48)
- Tipi Evento (Page 13)
Solo Admins
Type: NATIVE_EXISTS Caching: BY_USER_BY_PAGE_VIEW
SQL Query:
select 1 from dual
where lower(:APP_USER) in ('admin', 'monia');
Authorized Users:
- admin
- monia
Usage: Highest level of access. Reserved for:
- Permessi (Page 47)
- Gestione Dati (Page 45)
- Critical configuration pages
Application-Level Processes
SET_USER_READONLY
Process Point: Before Header (runs on every page) Sequence: 1
begin
select 1
into :APP_READ_ONLY
from users_readonly
where username = :APP_USER
and flgwrite = 0;
exception when no_data_found then
:APP_READ_ONLY := 0;
end;
Sets: APP_READ_ONLY application item
- Value
1= Read-only mode - Value
0= Full access
This is checked in page processes with condition:
:APP_READ_ONLY = 0
SET_ITEM_SESSION
Process Point: On Demand Security: MUST_NOT_BE_PUBLIC_USER
declare
v_itemList varchar2(32000);
begin
v_itemList := APEX_UTIL.TABLE_TO_STRING(APEX_APPLICATION.G_F01);
for c in (
select
(select result from table(STRING_TO_TABLE_ENUM(a.result, 1, '='))) as item,
(select result from table(STRING_TO_TABLE_ENUM(a.result, 2, '='))) as val
from table(STRING_TO_TABLE_ENUM(v_itemList)) a
)
loop
APEX_UTIL.set_session_state(
p_name => c.item,
p_value => c.val
);
end loop;
end;
Usage: Called by setSessionState() JavaScript function to update APEX session state for multiple items.
Application Items
APP_READ_ONLY
Protection Level: Internal Escape on HTTP Output: No
Stores the read-only flag for the current user session.
APP_VERSION
Application version identifier.
Authorization Hierarchy
┌─────────────────────────────────────────────────────────────┐
│ Solo Admins │
│ (admin, monia) │
├─────────────────────────────────────────────────────────────┤
│ Admin_auth_schema │
│ (admin, monia, andrea, maria, sabrina, nicole, │
│ cucina, developer, elia.ballarani) │
├─────────────────────────────────────────────────────────────┤
│ Gestori │
│ (from GET_GESTORI_USERS view) │
├─────────────────────────────────────────────────────────────┤
│ Consuntivi │
│ (from GET_CONSUNTIVI_USERS view) │
├─────────────────────────────────────────────────────────────┤
│ User Read/Write │
│ (based on USERS_READONLY.FLGWRITE flag) │
├─────────────────────────────────────────────────────────────┤
│ Authenticated Users │
│ (basic application access) │
└─────────────────────────────────────────────────────────────┘
Database Objects for Authorization
USERS_READONLY Table
| Column | Type | Description |
|---|---|---|
| USERNAME | VARCHAR2 | APEX username |
| FLGWRITE | NUMBER | 0 = read-only, 1 = write |
GET_GESTORI_USERS View
Returns list of users with manager permissions.
GET_CONSUNTIVI_USERS View
Returns list of users with financial access.
Migration Notes
When migrating to .NET + React:
-
Authentication
- Implement JWT or cookie-based authentication
- Consider integration with existing Oracle users or migrate to new system
-
Authorization
- Map authorization schemes to .NET roles/claims
- Implement policy-based authorization in .NET
-
Role Mapping
public enum UserRole { User, // Basic authenticated user ReadOnly, // Read-only access Consuntivi, // Financial access Gestori, // Manager level Admin, // Admin_auth_schema equivalent SuperAdmin // Solo Admins equivalent } -
Frontend Authorization
- Store user roles in JWT/session
- Implement route guards in React
- Conditionally render UI elements based on permissions
-
Backend Authorization
[Authorize(Policy = "Gestori")] public class EventController : Controller { [Authorize(Policy = "SoloAdmins")] public IActionResult DeleteEvent(int id) { ... } }