![]() On the Scalable Platform Security Group, run in the Expert mode:Īccounting data in logs for Application Control Check Point Software Blade on a Security Gateway that allows granular control over specific web-enabled applications by using deep packet inspection. each Cluster Member Security Gateway that is part of a cluster., run in the Expert mode: There is no length regulation on the code.On the Security Gateway Dedicated Check Point server that runs Check Point software to inspect traffic and enforce Security Policies for connected network resources. It works as follows:Īdd a file called UMS.code to the same directory as your UMS.conf and to that file add regexp,code where regexp is a regular expression just like in "UMS.deny" file and code is the code that will grant access to the folder/media. But if you are extra paranoid you can add letters. I strongly suggests that you use digit based codes as it becomes hard to type in from the renderer. By default the input is a sequence of digits (0-9) just like an ATM code. It allows you to hide folders/media behind a PIN code which you must enter FROM the render. But if you can get access to a render that is allowed to see a folder those methods will not help you (if the kids has access to the living room tv which have access to all media then they have access to that media). UMS 5+Īll the above methods restricts access from various renderers. The change(s) made from the GUI will be effective after a restart. This will have the side effect that the automatic Plugin system and the updater won't work. To hide the Web folder, you will need to untick Enable external network in General Configuration tab from the advanced GUI mode or change the `external_network =' value to false in your UMS.conf file. It works as follows:Īdd a file called UMS.deny into the same directory as your UMS.conf file and inside that file add tag.=regexįor each folder/file that should be added, UMS will apply the regular expression to the folder name or filename and if the regular expression matches the folder/file will NOT be added. To control access to individual folders (or media) you can use the UMS.deny. But if you have mixed things (you have 10 folders but only one should be restricted to the kids). The whitelist can only modify the rootfolder appearance. If an option is not present it will fallback to the "global" config or if that isn't present to the default value. To allow all plugins except on you have to list all except the one that shouldn't be there (If you have plugins A,B,C,D and want to allow access to A,C,D then add 192.168.1.1.plugins = A,C,D). Note that the plugin list (a comma separated list) is which plugins are ALLOWED and case sensitive. see all folders, and the Server Settings and all Plugins. for plugins it's a list of allowed pluginsĪll other renders will use the "global" settings i.e. for folders and virtualfolders it is a list of folders. The render name should be with spaces changed to _ (underscore) instead. ![]() ![]() It works as follow: To your UMS.conf (currently no GUI options) you add lines of format tag.option = value where tag is either an IP address or a render name. This makes it possible to share different folder sets to different renders. Whitelisting is a method that allows you to customize the rootfolder on a per render basis. See description of ip_filter in UMS.conf for more details. Use this method to block out the kids altogether. It will not be able to access ANY folders (it will not even see a root folder). A render whose address does not match the entries in the list will simply get its traffic discarded (very early by UMS). To use you supply a comma-separated list of IP-addresses that are allowed to connect. IP filtering is the most restrictive method that UMS provides. UMS provides a number of methods to control the access. For example if you have two folders kids_safe and kids_unsafe you might want restrict the renders in the kids room to only have access to the kids_safe folder. This leads to that all renders gets access to the same data. You don't have to "logon" to your TV for example. Now DLNA is a protocol that doesn't have any real notion of a "user".
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