Which two CIFS commands are accelerated by AppFlow? ()(Choose two.)
A、ReadX
B、Write AndX
C、Trans2 Query
D、Tree Disconnect
A、ReadX
B、Write AndX
C、Trans2 Query
D、Tree Disconnect
A、A. The statistics show savings for all CIFS traffic. B、B. The traffic transfered over 4,000 seconds faster. C、C. There was a bandwidth savings of almost 68.9%. D、D. The acceleration is only working for 68.9% of the traffic
A、SMB signing is transparent to application performance. B、It is possible to perform CIFS acceleration when SMB signing is on. C、SMB assigns hash values to the packet, allowing CIFS acceleration to take place. D、SMB authenticates the WX service tunnel, allowing CIFS acceleration to be accomplished successfully.
A、Accelerates NFS file sharing, MAPI, and HTTP 1.0. B、Accelerates CIFS, MAPI, and additional TCP traffic specified by app rules. C、Accelerates Samba 3.0, Outlook communications in the enterprise, and HTTP. D、Accelerates Windows XP-based file sharing, MAPI, and access to the intranet web portal.
A、FTP sessions supported B、drive size options C、RAID versions supported D、number of CIFS/NFS users supported E、number of drive bays per platform
A、Data is accessed using NFS or CIFS. B、Data is accessed at the block level. C、NAS is referred to as captive storage. D、Storage devices can be shared between users. E、A NAS implementation is not as fast as a DAS implementation.
A、Verify that HTTP acceleration is enabled. B、Verify that TCP Acceleration (AFP) is enabled. C、Verify that the CIFS application definition is defined correctly. D、Verify that SMB signing is not required on the clients and domain controllers. E、Verify that CIFS acceleration is enabled on both the server and client-side WX devices.
A、two rockets,one of which shall be the buoyant type B、three rockets,one of which shall be the buoyant type C、four rockets,two of which shall be the buoyant type D、five rockets,two of which shall be the buoyant type