This web-based AngularJS and Flask application allows users to perform simple operations on NetApp volumes.

Operations that this app provide include:

- Displaying volumes and their snapshots
- Creating snapshots with specified or default names
- Renaming snapshots
- Deleting snapshots
- Restoring snapshots

More specific features LDAP authentication, RFCChecker (using sql query)

- See requirements.txt for list of python requirements from pip
- xml2json js library is used (https://code.google.com/p/x2js/)
- ngProgress AngularJS progressbar (http://victorbjelkholm.github.io/ngProgress/)
- NetApp python SDK libraries			# NaServer.py, NaElement.py.  Tested with SDK5. Available from NetApp

No building required, simply use git to checkout the project where you want to run from (ie: /var/www/html) After checking out the project, edit the snapmgr/config.ini to set the connection info for your NetApp SVM. deploy_snapmgr.sh is a wrapper script you can use to deploy snapmgr (and update it subsequently)

1. [DEFAULT]

   • VolFilters : is a list of strings used to exclude volumes from being displayed on the page
   • Debug : Debug mode enables additional logging on the server side. It also enables Flask debugging and should be set to False in real deployments
   • AuthRequired : If true the LDAP connection info needs to be supplied. When a user hits the page they will need to input their LDAP username/password to access the page
   • LdapServer : Format is ldap(s)://<ldap.example.com>
   • BaseUserDn : Base search DN for LDAP users
   • TLSCACertFile : If using LDAPS a path to the cacert may be required
   • RFCRequired : If true for a specific environment, the server will check an RFC Database to ensure that an RFC is created before allowing a Snapshot Restore to proceed

2. [GENERAL]

   • Environments : This is a list of NetApp environments to allow the user to connect to. Each string in this list must have a subsection with connection info.

3. [RFCDBCONN]

   • Server : Server where RFC Database runs
   • Port : Port to connect to the RFC Database on
   • DB : Name of the RFC database
   • User/Password : User/Password of user who has access to RFC database (read-only access is enough)
   • Driver : Driver used by pyodbc to connect to database (ie: PostgreSQL, MySQL, etc)

4. [ENVIRONMENTS] One [ENV] section is required for each string in Environments parameter.

These parameters override anything specified in the DEFAULT section.

- NAHost		: hostname or IP address of NetApp SVM to connect to
- User/Password	: User/Password of user who has been given access to ONTAP within NetApp SVM
- Debug			: You can set parameters in each environment section. 
	For example, set Debug: True in [TEST] section to enable debugging for only the TEST environment. 
	Don't include Debug in the [PROD] and it will default to the Debug value set in [DEFAULT] section 

This app requires the NetApp python libraries (NaServer.py, NaElement.py) to communicate with the NetApp SVM. These libraries are not included in this project but are available from the vendor.

[rgroten@rgroten-fed ~] $ git clone rlx7009:/git/NetAppSnapManager
[rgroten@rgroten-fed ~] $ cd NetAppSnapManager
[rgroten@rgroten-fed NetAppSnapManager] $ sudo dnf install python-virtualenv gcc-c++ openldap-devel unixODBC-devel libxml2-devel libxslt-devel
[rgroten@rgroten-fed NetAppSnapManager] $ virtualenv env
[rgroten@rgroten-fed NetAppSnapManager] $ source env/bin/activate
(env)[rgroten@rgroten-fed NetAppSnapManager] $ pip install -r snapmgr/requirements.txt
[rgroten@rgroten-fed NetAppSnapManager] $ ./deploy_snapmgr.sh

For simple testing purposes, you can now run the app using Flask's built-in webserver (NOT to be used for real/prod environments):

(env)[rgroten@rgroten-fed NetAppSnapManager] $ cd snapmgr
(env)[rgroten@rgroten-fed snapmgr] $ python snapmgr.py
 * Running on http://127.0.0.1:5001/ (Press CTRL+C to quit)
 * Restarting with stat

For help or questions please email me

SnapManager - Web client for performing snapshot tasks on NetApp Volumes using NetApp ONTAP

Copyright (C) 2015 Ryan Groten

This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version.

This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details.

You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.