The IP address of the host for which this test is to be configured. Outputs of the test : One set of results for the target appliance being monitored Configurable parameters for the test Parameters Target of the test : A Panzura Cloud file systemĪgent deploying the test : An external agent This way, administrators can keep a tab on the usage of metadata by the users of Panuzra Cloud file system. This test reports the statistics pertaining to the total and used number of metadata that are connected to the cloud controller being monitored. This is further complemented by a peer to peer (mesh) synchronization event that occurs in real-time when lock dynamically moves from one node to another through the distributed global file locking. All nodes in a single namespace or CloudFS synchronize metadata updates simultaneously every 60 seconds in a hub (cloud) and spoke (node) configuration. Metadata is stored centrally in the cloud for durability in addition to being fully cached locally for enhanced performance. ![]() Read-only local and file system snapshots then capture the metadata pointers – and therefore the contents of the file system – at any given point in time. ![]() Panzura CloudFS generates metadata pointers that reference the immutable objects that make up a file, and updates them in real time, every time a file changes. ![]() It also allows every node in the file system to hold a complete copy of the metadata for the whole file system, without having to hold the files themselves. This decoupling enables the file system to be highly flexible in referencing which physical blocks are used to construct a file. Panzura physically decouples data from metadata, and integrates the global namespace into the metadata. Returns whether authentication is required or not.As files are created and edited by users, files are written to the local Panzura CloudFS node they are working from, and CloudFS generates and adds metadata – information about the file.The file data and metadata are then deduplicated, compressed, encrypted, and split into 128KB blocks. Used in events: AUTH_RESULT AUTH:on_off() Status = AUTH:set_baked_cookie(new_cookie)ĭebug(“Set baked cookie, status: %s\n”, status) SyntaxĪUTH:set_baked_cookie(cookie) Arguments NameĪ string which specifies the baked cookie. Used in events: AUTH_RESULT AUTH:set_baked_cookie(cookie)Īllows you to customize the cookie attribute of the baked cookie. Get cookie: Set-Cookie: FortiADCauthSI=lfGnC2gsl7xsbAg4JFs94e4CJfFXaP3U5z6QHvo7n08cCoT5MdtQog2LmcizPo3aRiBHY/RThhocqG DdnvsCLFJh3nBUoLeuYjGK9lY5L4=|W86hXGg expires=Tue 04:19:45 GMT domain=10.1.0.99 path=/ AUTH:get_baked_cookie()Īllows you to retrieve the baked cookie. ![]() Authentication (AUTH) commands contain functions related to authentication and login:ĪUTH:get_baked_cookie() - Allows you to retrieve the baked cookie.ĪUTH:set_baked_cookie(cookie) - Allows you to customize the cookie attribute of the baked cookie.ĪUTH:on_off() - Returns whether authentication is required or not.ĪUTH:success() - Returns whether authentication is successful or not.ĪUTH:form_based() - Returns whether the authentication is HTTP form based or not.ĪUTH:user() - Returns the user name in the authentication.ĪUTH:pass() - Returns the password in the authentication.ĪUTH:usergroup() - Returns the usergroup which the user belong to.ĪUTH:realm() - Returns the realm in the authentication.ĪUTH:host() - Returns the host in the authentication.ĪUTH:set_usergroup() - Sets a new user group that is configured in the current authentication policy.
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