Yealink SIP-T48G [17/384] Encrypting configuration files

Yealink SIP-T48G [17/384] Encrypting configuration files
Getting Started
11
programablekey.X.history_type =
programablekey.X.label =
#Group3: Configure expansion module key. (Expansion module key is only applicable
to the SIP-T48G, SIP-T46G, SIP-T29G, SIP-T27P IP phones. X stands for the serial number of
expansion module, Y stands for the serial number of expansion key)
expansion_module.X.key.Y.type =
expansion_module.X.key.Y.line =
expansion_module.X.key.Y.value =
expansion_module.X.key.Y.pickup_value =
expansion_module.X.key.Y.label =
expansion_module.X.key.Y.xml_phonebook =
To protect against unauthorized access and tampering of sensitive information (e.g.,
login password, registration information), you can encrypt configuration files using
Yealink Configuration Encryption Tool. AES keys must be 16 characters and the
supported characters contain: 0 ~ 9, A ~ Z, a ~ z and the following special characters
are also supported: # $ % * + , - . : = ? @ [ ] ^ _ { } ~. For more information on how to
encrypt configuration files, refer to
Yealink Configuration Encryption Tool User Guide
.
When configuring some particular features, you may need to upload resource files to IP
phones, such as personalized ring tone file, language package file and logo file. Yealink
supplies some resource file templates for the particular features. Ask the distributor or
Yealink FAE for resource file templates. The following provides information on how to
customize resource files and specify the access URL for the resource files.
We recommend you do not edit the MAC-local CFG file. If you really want to edit
MAC-local CFG file, you can export and then edit it. For more information on how to
export this file, refer to Scenario D Import or export the local configuration file on
page 58. For more information on how to edit this file, refer to Editing Common CFG
File on page 5 and Editing MAC-Oriented CFG File on page 6.

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