The rlm_eap module provides the below functions to interact with the `3GPP` and `SIM` protocols.
-### %3gpp_pseudonym_decrypt('...)
+### %3gpp_temporary_id_decrypt('...)
TODO
TODO
```
-### %3gpp_pseudonym_encrypt(...)
+### %3gpp_temporary_id_encrypt(...)
TODO
TODO
```
-### %3gpp_pseudonym_key_index(...)
+### %3gpp_temporary_id_key_index(...)
TODO
values:
- The encrypt expansions of the `rlm_cipher` module.
-- The `%3gpp_pseudonym_encrypt()` expansion.
+- The `%3gpp_temporary_id_encrypt()` expansion.
- The `%randstr()` expansion.
NOTE: Add a `&reply.Next-Pseudonym-Id` attribute in this section to
#
# The rlm_eap module provides the below functions to interact with the `3GPP` and `SIM` protocols.
#
-# ### %3gpp_pseudonym_decrypt('...)
+# ### %3gpp_temporary_id_decrypt('...)
#
# TODO
#
# TODO
# ```
#
-# ### %3gpp_pseudonym_encrypt(...)
+# ### %3gpp_temporary_id_encrypt(...)
#
# TODO
#
# TODO
# ```
#
-# ### %3gpp_pseudonym_key_index(...)
+# ### %3gpp_temporary_id_key_index(...)
#
# TODO
#
# values:
#
# - The encrypt expansions of the `rlm_cipher` module.
- # - The `%3gpp_pseudonym_encrypt()` expansion.
+ # - The `%3gpp_temporary_id_encrypt()` expansion.
# - The `%randstr()` expansion.
#
# NOTE: Add a `&reply.Next-Pseudonym-Id` attribute in this section to
xlat_func_unregister("aka_sim_id_method");
xlat_func_unregister("aka_sim_id_type");
- xlat_func_unregister("3gpp_pseudonym_key_index");
- xlat_func_unregister("3gpp_pseudonym_decrypt");
- xlat_func_unregister("3gpp_pseudonym_encrypt");
+ xlat_func_unregister("3gpp_temporary_id_key_index");
+ xlat_func_unregister("3gpp_temporary_id_decrypt");
+ xlat_func_unregister("3gpp_temporary_id_encrypt");
aka_sim_xlat_refs = 0;
}