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1. Nfs mount options user id osx to linux 2017 how to#
2. Nfs mount options user id osx to linux 2017 software#

IP restrictions allow access control to a particular NFS export to only the IP addresses of the hosts on an access list. Subnet: A network segment encompassing multiple hostsĮxport: An NFS access mount point to the Qumulo File System as defined by the Qumulo administrator DETAILS IP RESTRICTIONS

Nfs mount options user id osx to linux 2017 software#

Host: The IP address of the system running the NFS client software connecting to the Qumulo File System GID: Group Identity Number (gidNumber) used to identify NFS user groups UID: User Identity Number (uidNumber) used to identify NFS users

Nfs mount options user id osx to linux 2017 how to#

You can add additional object types to be prefetched.Outlines how to create NFS Exports with multiple IP restrictions and user mappings REQUIREMENTS The HTML tags that are prefetched by default are base/href, body/background, img/src, link/href, and script/src. For example, when an HTML page contains the tag, the SteelHead prefetches the image my_picture.gif because it parses an img tag with an attribute of src by default. This allows it to serve the objects as soon as the client requests them, rather than forcing the client to wait on a slow WAN link. This still occurs, but with Parse and Prefetch the SteelHead has quietly perused the page before the client receives it and has already sent out the requests. Typically, a client would need to request the base page, parse it, and then send out requests for each of these objects. Parse and Prefetch essentially reads a page, finds HTML tags that it recognizes as containing a prefetchable object, and sends out prefetch requests for those objects.

This feature complements the URL Learning feature by handling dynamically generated pages and URLs that include state information. Parse and Prefetch - The SteelHead includes a specialized algorithm that determines which objects are going to be requested for a given web page and prefetches them so that they are readily available when the client makes its requests.Enabling this option requires an optimization service restart. At least one peer SteelHead must be set to always to estimate TCP bandwidth.

When this setting is enabled on both SteelHeads, TCP bandwidth estimation does not occur. The server-side SteelHead can then detect the remote SteelHead during the connection setup and communicate with it over the satellite network. Rather than defining an in-path rule for every subnet that communicates with a remote SteelHead over a satellite link, it is easier to enable the global always setting on the remote SteelHead and this refl-peer setting on the server-side SteelHead. For example, suppose you have a large number of remote SteelHeads communicating with a server-side SteelHead. Riverbed recommends this setting on the server-side SteelHead in a satellite network. This setting makes satellite optimization easier to configure. refl-peer - Automatically estimate the TCP bandwidth to control congestion if the peer SteelHead appliance is also estimating bandwidth.