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Welcome to the Novell File System Factory ™ 1.2 Administrator’s Guide. This
Administrator’s Guide is intended to introduce you to File System Factory™ and guide
you through the installation, configuration, and usage of the product.
During the spring of 2003 Novell introduced Novell File System Factory, a product that
revolutionizes use of the Novell File System. Novell is building on that success with the
release of Novell File System Factory 1.2 and now with version 1.2.1. File System
Factory allows for easy provisioning, management, and cleanup of user home directories
and group storage, while providing disk storage to all network users and collaborative
storage to working groups.
Designed for the real world from the inside out, Novell File System Factory is built on
procedures proven in real world environments. In the real world target servers die,
volumes dismount, routers are rebooted and backhoes dig up communication links. The
action engine in File System Factory is built on transactional state machine architecture to
ensure that policies are applied when events happen no matter what.
Novell File System Factory is a complete home directory life cycle solution for user as
well as group storage. With File System Factory, and its automated power and ease of
configuration, the perplexity of file system management is gone. Users will love true
instant access to the information they need. Administrators will love Zero Day cleanup.
Novell’s File System Factory is a revolutionary policy driven file-system management
solution that unites Novell’s industry leading directory service eDirectory with the
legendary NetWare file system. The connection of eDirectory identities with directory
based storage management polices for creating personal and collaborative storage
delivers the industry’s only identity based storage management solution.
Product Mission
The mission of File System Factory™ is to unite an organization’s user identities with
their storage system to deliver a full lifecycle identity based storage management solution
that completely automates the load balanced creation, management, and deletion of
personal and collaborative disk space.
The major objective of Novell File System Factory is to create a storage management
subsystem to back these Administrator instructions:
1.Install some disk storage.
2.Point your new or existing tree at the new storage.
3.Sit back and relax.
Identity Based Storage Management Solution
Novell File System Factory is a key component of Novell’s Secure Identity Management
solution set. File System Factory provides new and dynamic levels of automation and
management for NetWare file services, which to this point have not been possible. File
System Factory enables policy-based lifecycle provisioning and de-provisioning of
personal and group storage. As a result, your business can simplify access and
management of storage, based on users' identities. Regardless of how you create, move or
delete user and group accounts in the directory, Novell File System Factory responds to
these events by automatically creating, moving or deleting disk storage on NetWare. With
File System Factory, your business can effortlessly keep pace with the storage demands of
a busy, large-scale organization and reduce support costs.
Providing personal and collaborative storage on a network can be a very valuable.
However, providing and managing storage for each user and group on your network can
become a major headache for your overburdened IT department. Fortunately, with File
System Factory™, you can provide the storage users expect (and genuinely need) while
significantly reducing the headache—and cost—of creating and managing that storage.
Storage Solution for all Environments
File System Factory™ unites the NetWare® file system that is an integral part of many
real-world eDirectory implementations with the eDirectory automation that these identity
provisioning solutions provide. File System Factory™ is designed to provide an
immediate benefit in managing network storage for any enterprise, no matter what the
current situation:
•New Tree – No User Home Directories
oIf you are just starting out, File System Factory™ can give your new
users managed home directory space with little effort on your part.
oIf you already have user accounts in your tree, but have not taken the
steps to give them home directories, File System Factory™ can
automatically give your existing users managed home directory space.
•Existing Tree – Existing User Home Directories
oIf you already have user accounts in your tree and they have home
directories, File System Factory™ can begin managing your existing
home directories as well as provision and manage any new ones.
Key Novell File System Factory Benefits:
•Full lifecycle, policy-driven file system management to create, manage, delete
home directories for both personal and collaborative storage.
•Unites newer identity provision solutions with the NetWare file system,
delivering identity based storage management.
•Automatic NetWare® storage with access methods to all namespaces, including
Windows, Mac, UNIX, and the Web.
•Group collaborative storage provisioning through policies.
•Automatic assignment of Disk Space Restrictions.
•Load balancing, Multi-Server Distribution & Space Balancing.
•NetWare storage control based on policies managed by eDirectory.
•Powerful automated Data Migration, including moving from traditional NetWare
file servers to Novell Storage Services™ & Cluster Services
•Automated Cleanup (everybody’s pain point) based on policy.
•Designed, built and tested to solve “real world” issues in delivering personal and
collaborative storage.
Enable Migration to New Provisioning Processes
Novell File System Factory is an invaluable resource to assist organizations in moving to
a new or adding an additional provisioning process. By using File System Factory to
make storage creation and management a separate but linked component of the user
provisioning process, organizations are now free to adopt and migrate to the new
provisioning technologies of Novell. Therefore, with File System Factory you can add file
system connectivity to your current and future provisioning solution whether it is based
on Novell Nsure Identity Manager (DirXML), LDAP applications, UIMPORT, LDIF,
ICE, custom code or another vendor’s product.
Policy Based Data Migration
Migrating home directories and group storage is a cumbersome and time consuming
process for administrators, but now Novell File System Factory is making migrating data
easy and painless for both administrators and end-users. Using Novell File System
factory can make moving to a Netware cluster as easy as changing an attribute in
eDirectory. With NetWare now supporting Clusters and SANs, many organizations want
to migrate. Data migration through dynamic policy application is one of the most
powerful features of File System Factory. If a user moves or the policy covering the user
changes, the new policy applies. If the new policy points to a different set of storage, say
another server, the user’s home directory and data will automatically moved to the new
server in a way that the user is not impacted by the move. Attributes of the policy dictate
the schedule and bandwidth used for data migrations.
In addition, File System Factory™ contains safeguards to ensure "seamless" migration of
the data by taking the necessary precautions to avoid troublesome situations and educate
the user about the migration process.
File System Factory™ is an event-driven file system management solution for eDirectory
and NetWare. Ultimately, it creates, manages, and deletes disk storage based on events in
the Directory. It is designed to provide these services for user home directories (personal
storage) as well as shared disk space (group storage).
These actions are performed based on File System Factory™ management Policies that
are defined and associated with containers in the tree. Policy definitions allow separate
management methods for storage for users and groups in the same part of the tree. A
single Policy may be assigned to multiple objects in the tree for unified management. A
policy may be assigned to a container, a group, or directly to an individual user object.
Standard inheritance determines which policy, if any, is applied for a given object.
File System Factory™ contains selectable algorithms for load-balancing storage across
multiple servers and volumes. These may be traditional NetWare volumes, volumes based
on Novell Storage Services (NSS), or volumes backed by Novell Cluster Services.
When an event occurs in the tree, the event-monitoring component of File System
Factory™ immediately intercepts the event. Because File System Factory™ contains a
Global Event Subsystem; multiple instances of the event monitor can be run
simultaneously on multiple servers without concern for replica location collisions and
duplicate event processing.
The intercepted Directory events are sent to a server running the File System Factory™
action engine component. If the engine determines that a Policy has been associated
directly or indirectly with the object being created, modified, or deleted; the engine then
applies the Policy.
Policies contain provisions for having File System Factory™ not only create the file
systems, but also apply quotas, set trustee assignments, and copy a given template
directory containing files and subdirectories with trustees. Directory cleanup can be
managed such that file system deletions may occur immediately after object deletion or be
deferred for a specified amount of time.
File System templates may be applied to users or groups or both users and groups. File
System Factory™ can copy in a specified template directory from anywhere on the
network for each user or group home directory created. Files and directories may be
copied as well as trustee assignments and attributes.
The engine contains an internal transactional state machine architecture that allows the
engine to deal with transient waits with eDirectory synchronization issues. The state
machine architecture also allows 100% recovery from any failure involving network
communications, a target server or a server running a component of File System
Factory™ (including the engine itself).
File System Factory™ will work with any version of NDS or eDirectory. Components
will run on any 5.x or 6.x NetWare server. File systems can be created and managed on
any supported version of NetWare that works with NDS or eDirectory (4.x, 5.x, 6.x).
The following diagram illustrates the command and controls as well as data flow within a
File System Factory™ system.
Generally, this is how File System Factory™ is put into action:
1.An Administrator uses a browser to create a File System Factory™ Policy. Here,
the Policy is directed to one or more target data paths on NetWare volumes. A
load-balancing algorithm is specified as well as a default trustee assignment and
optionally an initial quota and copy template path.
2.Then the Policy is assigned or associated with one or more objects in the tree,
such as a container.
3.The event monitoring NLM intercepts events for the container associated with
the Policy and sends the events in to the Engine NLM.
4.The Engine NLM contains a process queue and event database on the local
system. It applies the Policy to the event and acts on the target file system
pointed to by the Policy.
New consistency check operations added to provide a diagnostic look at
whether users and group are correctly cataloged for management through File
System Factory. This is available through the Management FSF Policies
interface (browsing objects) or from the backfill options pages.
New configuration option which provides the ability to set up a security user
to restrict access to the management interface
Rename functionality added for changes to user names with member
directories in group storage
Operation to perform abort of multiple pending events. This is a restricted
access operation, which will require contact with support to use. To gain access,
send an email request to fsfdev@novell.com
.
New Features in Version 1.2
Novell File System Factory™ 1.2 has been updated to the Novell common web
interface skin. It also has many new features to further enhance the experience
of identity based file system provisioning. This section identifies and gives
reference to sections in this guide which provide detail on the use and access of
the new features.
Status indicator for user storage available; see section 10, Management Interface.
Priority Event status for create user events; see section 7, Global Event
Subsystem.
New Executive and Administrator Dashboards for easily accessible statistics,
status and reports; see section 10, Management Interface for Admin Dashboard,
and chapter 14, Executive Dashboard.
Auditing Access quickly calculates and displays the rights to any file or
directory, and how those rights were assigned; see section 10, Management
Interface.
File Browse capability; see section 10, Management Interface.
Ability to assign a deleted user’s files to a manager and manage using workflow,
based on Novell eGuide; see section 15, Workflow.
New backfill options including group and template backfill; see section 12,
Backfill Operations.
Increased accessibility for group template processing, including sample
templates; see section 16, Template Processing.
Quota Manager is a role based service feature allowing a help-desk user or
support personnel to quickly and easily manage and raise user disk space quota
based on policy, without having to give them rights to the file system; see section
13, Quota Manager.
7Global Event Subsystem
Description
File System Factory™ contains an event services component (FSFEVENT.NLM) that
intercepts relevant User and Group events in the Directory and sends them to the action
engine component (FSFENGIN.NLM) for processing.
The event subsystem is built on top of the AuditLogin™ event and transactional
consolidation engine which has years of proven reliability and performance. The event
consolidation engine provides the ability to receive events from multiple sources
simultaneously and make sense of them.
The event services component of the system contains a caching subsystem so that events
will be cached locally if they cannot immediately be sent into the consolidation
component. This system assures that all events eventually make it to the consolidation
component in the correct order.
Therefore, you may run the event auditing NLM (FSFEVENT.NLM) on multiple servers
simultaneously and have them all send their events into a single server running the action
engine NLM (FSFENGIN.NLM) and be assured that the events will be delivered.
The problem of auditing Directory events on multiple servers simultaneously usually
arises when multiple audited servers hold a replica of the same partition. The result is that
the same event will be intercepted by each of the instances of the event monitor that is on
a server auditing the same replica ring and be sent in to the consolidator engine multiple
times. The problem is exacerbated by delays in Directory synchronization and network
outages.
The File System Factory™ engine global event system component contains proprietary
analysis methodologies along with an event database on the local system that ensures that
any event is only acted on only once.
Why Global Events?
An alternative to implementing a Global Event System is to require the event-monitoring
component to run on a server that holds a replica of every partition that contains relevant
objects.
NDS/eDirectory is a scalable, replicated database that allows administrators to define
partitions and replicate the database in ways that make sense for the given network
topology and hardware that is in place. This flexibility is one of the attributes of NDS and
eDirectory that makes it a winner. The introduction of a software product requiring at
least one server to hold a replica of all partitions removes some of this flexibility and is
often a challenge in customer environments where the tree and network is not designed to
facilitate this.
You may already have a network that can support a single replica server requirement. If
so, you have the option of only running one instance of FSFEVENT.NLM. However, you
may find that running multiple instances results in faster actions on events and the
insurance policy that says you will not miss any events even if a server fails or a replica
becomes corrupted.
For improved performance, the event monitor in File System Factory™ streamlines the
process by only monitoring for and sending events to the Engine that might be relevant to
a Policy or template. Currently, the following events are monitored:
•User
oAdd Object
oDelete Object
oRename Object
oMove Object
oFile System Factory™ Policy Assignment
oModify Manager attribute from Novell eGuide
New in File System Factory 1.2, user create events received by the FSF engine will be
assigned a higher priority than other events. This will allow them to be processed first,
instead of having to wait for lower priority events, such as data migration (move) events.
High priority events will be processed first, in chronological order, and when complete,
the other events will be processed in chronological order. If there is a delay causing a
high priority event to be unable to complete, it will be assigned a non-priority status, and
processed with the regular queue rotation.
“Neither rain, nor snow, nor sleet, nor gloom of delayed DS synchronization shall stay
this system from the swift completion of its appointed tasks…”
Because NDS/eDirectory is a replicated, loosely consistent database, taking live action on
NDS events in real-world network situation is challenging. For example, the engine may
be notified of the creation of a new user, but the replica that the engine NLM is using for
referrals may not know about the user yet. Or maybe he does and the engine can go ahead
and use server-to-server communications to create the home directory on a target server,
but the application of the quota or the ACL fails because the replica being used by the
target server does not know about the user yet.
There are other potential problems in the real world. Target servers die, volumes
dismount, routers are rebooted, and backhoes dig up communication links.
Because of this real world that most customers live in, the action engine in File System
Factory™ is built on transactional state machine architecture to ensure that Policies are
applied when events happen, no matter what.
Each transaction consists of a series of steps or states. The engine contains a Process
Queue that is backed by the file system of the local server. Each transaction on the
Process Queue contains the state or progress of the given transaction. If there is some
situation that is holding up completion of a particular transaction, the engine will move on
to the next transaction in the list. When it comes back around to the transaction that was
experiencing the delay and processing will continue. The process queue is rebuilt from
the file system each time the engine is restarted.
In the end, File System Factory™ is built so that you can trigger several thousand
transactions and then disconnect the net connection or even push the reset button on any
server running any File System Factory™ component or any target server without cause
for concern.
Note: In the event of large numbers of events queuing, which for some reason cannot
clear through regular engine processing, there is a new multiple event abort feature
available for restricted use by contacting support at fsfdev@novell.com.
The following sections present step-by-step instructions on the initial installation of File
System Factory™. It also includes instructions for defining a new Policy and associating
it with a container in the tree. There are sections on verifying the installation and load
testing the product in your environment as well.
Schema Extensions
File System Factory™ requires that the schema be extended. The schema extensions
include several attributes that make up the new class cccFSFactoryPolicy. There is one
new attribute that added to the optional attributes list of the Organization, OrganizationalUnit, and User classes. For Quota Manager there is one attribute called
cccFSFactoryHomeDirectoryQuota added to Organizational Person class.
The schema is extended during the installation or upgrade process.
Proxy Rights
The File System Factory™ engine (FSFENGIN.NLM) needs the appropriate rights to
manage the file systems of target volumes as well as manipulate certain attributes of
objects in the tree. The engine authenticates to the tree as the NDS server object of the
server it is running on.
Before you start this section, you should take a look at the rights your server already has
in the tree. Novell gives some server objects Supervisor rights to the root of the tree by
default. If your server already has these rights, you may skip the remainder of this section.
There are two approaches to choose from here:
1.As a matter of practicality, you should give the server object Supervisor rights to
any containers that might (now or in the future) hold users, servers, or File
System Factory™ Policy objects.
2.OR, if you want to micro-manage the rights the server object has, the server
object needs to be given the following rights:
a File System Factory™
Policy that may contain
User objects. All user
objects below the ACL
assignment will inherit this
right.
ccFSFactory***Containers that may hold
File System Factory™
Policies. This will allow
the Engine server to
manage all Policies created
in containers below the
ACL assignment.
17
NDSCreate
(Object)
File
Sys
SupervisorN/AFile Systems pointed to by
Organization,
Organizational
Unit
The Engine Server must
have the right to create
cccFSFactoryPolicy
objects anywhere in the
tree that an administrator
might wish.
File System Factory™
Policies.
Base Installation
Before you begin, you will need the following items:
1.The File System Factory™ is distribution package. This is a single EXE that
may be downloaded from the web site.
2. A license file, LICENSE.DAT, is also required for the specific tree into which
you intend to install.
Running the distribution package executable will guide you through the entire installation
and initial configuration of the product. The first step of the installation allows the option
to view Installation Best Practices. It also has a Check for updates option which is
strongly recommended.
.
If you have completed this step, you are now running File System Factory™.
Creating a Policy
Note: There is a computer-based video that describes the policy creation and assignment
process in the \factory\videos subdirectory on the Engine server.
The following details the creation and association of a File System Factory™ Policy:
1.Attach to the NetWare Remote Manager on the server running the Engine using a
browser. If you are unsure of how to do this, see section 12 of this document, which
describes the management interface and how to attach to it.
2.At the bottom of the page you will see an entry for File System Factory™. Click on
the “Manage” menu link
3.Click on Policy Administration menu link.
4.Select a container into which you have Create rights to hold a Policy object. After
being created, a given Policy may be applied to any container, so the location of the
object in the tree is not very important.
5.Type in the name for a new Policy and click the “Create Policy” button. This will
create the new Policy.
6.When the new Policy is displayed on the screen, click the Policy name. This will
result in the display of the Policy configuration menu. You may define policy
management attributes for users or groups here. We will configure for users.
7.Click on the “User Paths” menu link.
8.Enter the volume and path information for one or more targets. This identifies where
the user home directories will be stored. The paths that you enter here must exist.
9.Click on the “User Properties” menu link.
10. Select or enter the given criteria:
oAlgorithm: Select the distribution algorithm that you would like to use.
oQuota: Enter the number of megabytes that you would like to be applied to
oTrustee: Select the rights that you would like for each user to have to his
home directory.
oTemplate: If you would like for each home directory to be primed with a set
of files and directories, enter the volume and path information that holds the
directory to be copied from. Trustee assignments will be copied as well.
11. Click “Save” to save the criteria.
12. If you would like for this policy to apply to groups, repeat steps 7-10 to specify
Policy criteria related to file systems for Groups, except click on the “Group Paths”
and “Group Properties” links as appropriate.
13. Now you must assign the Policy with one or more objects in the tree. The following
example shows show to assign a policy to a container.
Assigning a Policy to a Container
For a Policy to have any effect, you must assign it to one or more containers in the tree.
There are two methods to choose from:
A. Browse to the container and assign the given policy to the container.
B. Go to the given policy configuration page and add containers to the "Associated
Containers" list.
Since we have just been editing the Policy, we will simply add the container to the Policy
that we are already editing.
1.Click on the “Associated Containers” menu link.
2.Browse to the appropriate container and select it.
3.Click “Add Container”.
Installation and Configuration Verification
At this point, all components are installed and you have created a Policy and assigned it
to a container. The children of the container a Policy was originally associated with
inherit that Policy. File System Factory™ is monitoring the NDS for events. If an event
occurs in a container covered by a Policy, then action will be taken.
You may verify operation of File System Factory™ by adding a user to the container or
any sub-container. You can use NWAdmin or ConsoleOne to do this.
After the user is created, inspect the FSFEVENT screen to verify that the event was
received. If not, verify that the server in question holds a replica of the partition
containing the object.
Then inspect the FSFENGIN screen to verify that the event made it from FSFEVENT. If
not, verify that the name of the server running the Engine was correctly specified on the
FSFEVENT LOAD command and check the FSFEVENT screen for connectivity errors.
If there are connectivity errors, each transaction will cause FSFEVENT to attempt to
reconnect to the Engine server, therefore adding another user is one way to precipitate a
reconnection.
Then using NWAdmin or ConsoleOne, look at the “Environment” tab for the user. If the
event has processed, the home directory attribute will reflect the location of the user’s
home directory. Depending on replica location and synchronization, the update may take
a minute. As with all things DS, wait “an appropriate amount of time.”
Verify the quota, trustee assignment, and copy file system template results as applicable.
Applying a Policy to Existing Users
If the container to which you apply a Policy already contains users, you may instruct File
System Factory™ to begin managing these users.
1.Click on Policy Management menu link.
2.Browse to the container (or any sub-container).
3.Click on the backfill icon beside the name of the container. The container
management page will be shown.
4.Select the “Backfill” option.
5.Click on the “Apply Policy” button.
The engine will then apply the appropriate policy to any users in that container or any
sub-containers. Those users that do not already have a home directory will be queued up
as events for the Engine to process.
.
File System Factory™ is very powerful, but requires little in the way of management.
The following are operations that must be performed to manage a File System Factory™
installation:
•Define Policies.
•Associate Policies with objects in the tree.
•Configure Parameters.
•Perform backfill operations.
There are also some management tools available to help administrators track and report
statistics, activity and trends in the storage managed by File System Factory™. These are
available in the Admin Dashboard. There is also an Executive Dashboard designed to
provide access to reports and statistics from a separate interface for individuals who need
easy access to the data, but who don’t need daily access to the actual management of File
System Factory™. See Chapter 14, Executive Dashboard.
Accessing the Management Interface
File System Factory™ is managed using a browser. The management interface is
accessible through the NetWare Remote Manager (NRM) web portal that is available on
all NetWare 5.x and 6.x servers.
PORTAL.NLM provides the NRM interface. It runs on top of HTTPSTK.NLM, which
provides the communications layer. The File System Factory™ Engine also runs on top of
HTTPSTK.NLM, and is linked from the main menu of the NRM interface.
Be aware that in some versions of the NetWare Remote Management (Portal) interface,
you must login in order to see the “Manage” link under the File System Factory™ menu
item.
Access NetWare Remote Manager by going to the default page:
Depending on whether or not another web server is running on the system, the HTTPSTK
NLM may be listening on the standard HTTP port 80 as well. By default HTTPSTK
listens on port 8008 for standard HTTP connections and on port 8009 for SSL encrypted
connections. The NetWare Remote Manager, which also runs on HTTPSTK, provides an
interface for configuring which ports HTTPSTK is listening on. You may specify the
ports on the HTTPSTK.NLM LOAD command as well. Also, you can force the
HTTPSTK to always use SSL connections, which will secure the use of the interface on a
public network.
Clicking on the “Manage” link will take you to the File System Factory™ Management
Interface. Navigate using the buttons at the top. The functions of these buttons are
described in the next section, “Using the Management Interface.”
The welcome screen has links that will help in getting started in the three external
interface pieces, “Executive Dashboard,” “Quota Manger,” and “Workflow.” See
chapters 13, 14 and 15 for more details on these interfaces.
Using the Management Interface
The options available from the management interface include:
Admin Dashboard is a feature new to version 1.2. The purpose of this option is to have a
quick access point to reports, statistics and data managed by File System Factory™. The
options are available on a left menu, with the option “List All Policies” the default
starting point. The other options include “Engine Status,” “Event Statistics,” “Volume
Statistics,” “Health Check” and “Reports.”
List All Policies
The “List All Polices” page gives a summary list of all the policies in the tree. Policies
are eDirectory objects and can exist anywhere in the tree.
This view provides an easily accessible summary of where policies are and some of the
properties settings, for easier policy comparison. Elements include the policy Full
Distinguished Name, which the administrator may click on and go immediately to the
properties of that policy. The summary includes whether the user and/or group properties
are in use, the selected distribution algorithm, the default directory quota, the number of
paths defined, the selected deletion period, workflow options, and whether quota
management is active, along with the specified quota ceiling, and predetermined
increment (if specified.) Additional detail on workflow options are found in chapter 15,
Workflow, and further detail on Quota Manager is found in chapter 13, Quota Manager.
Engine Status
The Engine Status Page provides the same information that can be seen on the File
System Factory™ Engine Console. The engine status indicates whether the engine is
accepting and/or processing events. General information includes version information,
the NLM start time, number of event server, and events in the queues. It also shows
counts of specific operations that have been performed on Group and User objects. These
counts are from the time of load.
This same information is available in the “Manage FSF Engine” option. However, this
view does not have the controls to turn process and accept events on, nor does it have the
option to view the details of the pending events. Those operations are available in the
“Manage FSF Engine” option.
Event Statistics
The Event statistics page gives a daily view of the same event statistics that are tracked on
the Engine Console. The current day and the previous three days are shown. Counts will
be different from the engine status counts as that view counts from engine load time.
Events tracked include user and group add, delete, deferred delete, rename, user move
and user set policy.