![]() The gist of it is that File::KeePass does not deal well with XML-based KeePass keyfiles. I tried to test kpcli manually, but encountered a problem that is more fully described in a bug filed against kpcli. This article was somewhat helpful, but didn’t list all of the required packages, so for your convenience I list them all here: sudo cpan Capture::Tiny The obvious downside of it is being written in Perl, which I’m unfamiliar with. At the moment of writing there is only one Python library claiming to support kdbx it hasn’t been updated in two years and looks rather unpolished, so I continued my search and finally found kpcli, an active project written in Perl. The situation was further complicated by the fact that I use KeePass v4 format (kdbx) that is supported way less widely. MacPass doesn’t provide any CLI API, so I turned to external libraries. Naturally I decided that it would be great to create a workflow implementing KeePass integration. Unfortunately, that is the only password management solution supported, while I, since my Windows and Linux days, have used KeePass and, having transitioned to OS X, continue to use it in the form of MacPass and have no reason to abandon it for a proprietary solution. The ProblemĪlfred is known for its 1Password integration. Anyway, I decided to play around with workflows and come up with something useful. It is a beautiful piece of software, albeit I find its features (especially those related to workflows) rather limited. To stop passing through the WAN IP address to a device, click on the MAC address in the list, then click on Remove MAC address.Some days ago I laid my hands on Alfred.In the Pass-through MAC Addresses section, enter the MAC address of the device to pass the WAN IP address to, then click on Add MAC Address.On the Advanced Options page, scroll to the bottom of the page to the Pass-through MAC Addresses section.Move the mouse-cursor over Advanced on the main menu and click the Options link on the sub-menu.For assistance with Web Manager Access, refer to article # 18730 – SBG6400: Web Manager Access. NOTE: On later versions of the SBG6400, the Wi-Fi Security Key is used as the default admin password printed on the bottom white label. Enter password or a customized password in the Password field.On the Login page, enter admin or a customized username in the Username field.For instructions to bypass the alert screen, refer to article # 18181 - Alert Message for Web Manager Access. There is no risk in proceeding to the Web Manager. A security or private risk alert may appear on the web browser advising users to proceed with caution when accessing the Web Manager.For workaround instructions refer to article # 19435 - 192.168.0.1 uses an unsupported protocol. The workaround to access the Web Manager with a PC is to use the Firefox browser and set the TLS version to 1. Safari browsers on Apple PC and mobile devices are not impacted. The Web Manager uses an earlier version of the TLS protocol and does not match the version allowed by the web browser. The message includes 192.168.01 uses an unsupported protocol and ERR_SSL_VERSION_OR_CIPHER_MISMATCH. NOTE: A browser message on Chrome, Edge, Firefox, and Opera, may appear when accessing the Web Manager. Enter into the address box, and press the Enter key. Client device network configuration set to obtain an IP address automatically via DHCP (normally the default setting). ![]() Client device MAC address, which can be gathered from the client device or in the Web manager of the SBG6400.Subscribe to additional Internet IP address from the cable provider, up to 32 IP addresses supported.NOTE: When a device is setup for MAC Pass-through, it will be inaccessible from other client devices connected to the gateway. ![]() For security purposes, please make sure that the device is protected by a software firewall. This document provides steps to pass through a WAN IP address to a connected device.ĬAUTION: When a client device is setup for MAC Pass-through, it will be fully accessible from the Internet. This feature may also need to be used when connecting multiple gaming systems to the Internet at the same time. For example, some network games select arbitrary port numbers when a connection is opened. MAC Pass-throughis used when a port number or packet protocol that an in-bound application might use cannot be anticipated. ![]() All other client devices will connect using NAPT on the private LAN subnet. The MAC Pass-through feature allows a device on the LAN to have a public address assigned to it. ![]()
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