Setting Translation Memory Access Rights
As a general rule, file-based TMs can generally be opened and used by anyone who is equipped with Trados Studio. As long as you do not assign passwords to a TM file, any user can have unrestricted access to it (e.g. read/write, import/export, etc.) to the translation memory. However, you may protect a TM file with passwords that allow access to only a certain level of functionality.
There are four different access levels for file based TMs:
- Administrator: Can perform any TM-related operation, i.e. read/write, change settings, import/export.
- Maintenance: Can perform operations such as global find/replace in a TM (but no change to TM settings and no import/export).
- Read/Write: This access level is typically used by translators, who need to be able to add/change TUs and search the TM.
- Read-only: Guest access that allows users to perform only TM look-ups.
Note
Server TMs use a different, much more sophisticated and granular access rights model.
When a user opens a password-protected TM in Trados Studio the following prompt will be shown where you can select the required access level and then enter the corresponding password:
Setting Passwords Programmatically
Add a new class to your project, which you call TmProtector
. Add a public function called AssignPasswords
to your newly-created class, which takes the file name and path as parameter. This function can be called as shown below:
var tmProtector = new TmProtector();
tmProtector.AssignPasswords(_translationMemoryFilePath);
The API offers four different methods for setting passwords corresponding to the four access levels that are available for file-based TMs. When applying these methods you need to provide the password to set as string parameter. Note that when setting passwords, a specific order has to be observed. For example, a read-only password can only be set after a read/write password has been assigned. The function for setting the passwords can look as shown in the following example:
public void AssignPasswords(string tmPath)
{
var tm = new FileBasedTranslationMemory(tmPath);
tm.SetAdministratorPassword("super");
tm.SetMaintenancePassword("maintain");
tm.SetReadWritePassword("translator");
tm.SetReadOnlyPassword("guest");
tm.Save();
this.OpenProtectedTm(tmPath, "super");
}
Note that the function for setting the passwords calls a separate helper function to open the password-protected TM.
Open a Password-protected TM
Add the following function to your class, which opens the TM with the previously assigned administrator password. To open a password-protected TM, the password needs to be provided as a string parameter. Of course, you should catch any exception, e.g. in cases in which the wrong password was entered.
private void OpenProtectedTm(string tmPath, string password)
{
try
{
var tm = new FileBasedTranslationMemory(tmPath, password);
}
catch (Exception ex)
{
MessageBox.Show(ex.Message);
}
}
Putting it All Together
The complete class should look as shown below:
namespace SDK.LanguagePlatform.Samples.TmAutomation
{
using System;
using System.Windows.Forms;
using Sdl.LanguagePlatform.TranslationMemoryApi;
public class TmProtector
{
#region "assign"
public void AssignPasswords(string tmPath)
{
var tm = new FileBasedTranslationMemory(tmPath);
tm.SetAdministratorPassword("super");
tm.SetMaintenancePassword("maintain");
tm.SetReadWritePassword("translator");
tm.SetReadOnlyPassword("guest");
tm.Save();
this.OpenProtectedTm(tmPath, "super");
}
#endregion
#region "openTMwithPW"
private void OpenProtectedTm(string tmPath, string password)
{
try
{
var tm = new FileBasedTranslationMemory(tmPath, password);
}
catch (Exception ex)
{
MessageBox.Show(ex.Message);
}
}
#endregion
}
}