This section explains how to use the qq nfs_add_export command.

Description

Add a new NFS export

Usage

qq nfs_add_export [-h] --export-path EXPORT_PATH --fs-path FS_PATH [--tenant-id TENANT_ID] [--description DESCRIPTION] (--no-restrictions | --restrictions JSON_FILE_PATH)
    [--create-fs-path] [--fields-to-present-as-32-bit FIELD [FIELD ...]]

Flags

Flag Name Required Description
--export-path Yes NFS Export path
--fs-path Yes File system path
--tenant-id No ID of the tenant to add the export to
--description No Description of this export
--no-restrictions No Specify no restrictions for this export.
--restrictions No Path to local file containing the restrictions in JSON format. host_restrictions is a comma separated list of: IPs| IP ranges | hostnames | wildcarded hostnames | KRB5@ | KRB5I@ | KRB5P@ kerberos security flavors: KRB5@: basic KRB5I@: auth Integrity KRB5P@: Privacy user_mapping can be: "none" | "root" | "all" map_to_user can be: "{ "id_type": "LOCAL_USER", "id_value": "" }" or "{ "id_type": "NFS_UID", "id_value": "" }" map_to_group can be: "{ "id_type": "NFS_GID", "id_value": " }" If user_mapping is not "none", then: either specify "map_to_user" as a local user or specify both "map_to_user" and "map_to_group" as NFS user/group. ==Example JSON==: { "restrictions" : [ { "read_only" : true, "host_restrictions" : [ "1.2.3.1", "1.100.0.0/24" ], "user_mapping" : "root", "map_to_user": { "id_type" : "LOCAL_USER", "id_value" : "500" } }, { "read_only" : false, "host_restrictions" : [ "KRB5@" ], "user_mapping" : "none" }, { "read_only" : true, "host_restrictions" : [], "user_mapping" : "all", "map_to_user" :{ "id_type" : "NFS_UID", "id_value" : "500" }, "map_to_group": { "id_type" : "NFS_GID", "id_value" : "501" } } ] }
--create-fs-path No Creates the specified file system path if it does not exist
--fields-to-present-as-32-bit No Fields that are forced to fit in 32 bits for the export, to support legacy clients and applications. Choices are: ['FILE_IDS', 'FILE_SIZES', 'FS_SIZE', 'NONE'] FILE_IDS: will hash file IDs (inode numbers), which can be observed by "stat", and is also necessary for some deprecated linux system calls (e.g. to list a directory) to work. FS_SIZE: saturates the available, used, and total capacity reported to tools like "df" to 4GiB. FILE_SIZES: saturates the reported size of individual files to 4GiB, and should be used with caution as it could cause application misbehavior in the handling of larger files. NONE: explicitly specifies no 32 bit mapping.