Dec: Marsh installed the current version of ImageMagick on
clamato for testing with the MDP access system. Snavely coordinated or
participated in a number of detailed discussions with the MDP group on
the rights database, conventions for naming handles, and mechanisms for
storing metadata on MDP processing and for MDP linking between Mirlyn
and the prototype access system.
Jan: Snavely, working with Wilkin, Willett, and Valentine,
developed and documented a strategy for rights information management
for MDP, and began discussions with DLPS staff on integration with the
access system. Feeman worked with DLPS staff to begin developing
scripts for creating METS files and handles for all MDP items, which
are dependencies of the access system being developed by DLPS staff.
Feb: Snavely completed discussions with DLPS staff on the
design
and use of the rights database, and built the database. Feeman
completed
initial work on scripts to generate METS files and handles, and created
them for all MDP volumes; continued work on download and validation
scripting
(which will be made available to Google partners via networked CVS set
up
by Snavely); developed overview documentation of the system; and began
work on
scripting to populate the rights database.
Mar: Snavely, in discussions led by Willett, floated the idea
of a workflow involving Google for brittle books, and began to review
storage RFIs. Feeman operationalized download, validation, and ingest
processes, and released the first version of the system, dubbed GROOVE,
via CVS to interested partners.
Apr: Feeman prepared a predictive estimate of GROOVE capacity
for Snavely, and Snavely introduced the workflow idea for brittle books
to Google.
May: Wilkin and Snavely discussed additional network throughput
requirements with ITCS to meet projected volume increases.
Institutional Repository.
Apr: Marsh began to upgrade sambuca to Fedora Core 4, but had
to abort
the process due to suspected media errors and subsequent problems.
May: Marsh added repurposed storage to sambuca and Snavely
configured it for use with DSpace.
Shibboleth.
Dec: Snavely began discussions with ITCS to create a
lightweight project plan for a Shibboleth pilot project with ProQuest.
Jan: Snavely discussed the foundations of a project plan with
Doster to help ITCS with planning.
May: Snavely met with Doster and McGowan at ITCS to discuss a
draft project plan, and initiated contact with ProQuest.
Infrastructure
Improvements to storage infrastructure, web server redundancy.
Dec: Marsh continued work on setting up the network storage
server on north campus, but ran into hardware problems with the storage
array and began troubleshooting.
Jan: Marsh solved the problem with the storage array on the
north campus storage server, completed the setup of networked storage,
and began installation and configuration of new web servers.
Feb: Marsh began compiling and installing a new web server
configuration on the new web servers which will include support for
mod_perl, PHP, SSL, and a tunable usage governer to slow or prevent
automated downloading.
Mar: Marsh continued work on the new north campus web
servers, and began troubleshooting storage networking problems observed
after Snavely attempted to put in place NFS tuning parameters currently
in use on central campus.
Apr: Marsh continued to troubleshoot storage networking
problems on the north campus storage server.
May: Marsh completed troubleshooting on the north campus
storage server, copied data to the new server, completed the setup of
dlps11 (the first of two new identical web servers) and began working
with DLPS to test. Snavely installed and configured TSM and started
backups running.
COSIGN.
Jan: Snavely coordinated a discussion with DLPS staff on a
single service hostname for DLPS services, and DLPS decided on a name.
The new name will be used in the upcoming rollout of new web servers on
north campus.
Feb: Snavely met with Dueber and Lu to discuss the
migration
process to COSIGN, and the impacts on Web Services applications;
Snavely
also began planning a new cutover strategy involving a long transition
window in which Lib Auth credentials are obtained via COSIGN
authentication.
Mar: Snavely began work on modifying Library Authentication
to use Kerberos 5 authentication at the request of Guthrie at ITCS (who
is managing the phase-out of Kerberos 4 support in coming months). The
test Apache instance set up for this urgent development will be used to
develop the COSIGN support mentioned above.
Apr: Snavely completed and released the new version of
Library Authentication with Kerberos 5 support; and developed and began
testing a script to generate Library Authentication credentials using
COSIGN authentication which will be used in the transition to COSIGN
for all library services.
May: Snavely completed development of the script to allow
users to log in via CoSign, adapted the logout script to match, and put
these features into production with a notice of the upcoming change.
The system is staged for cutover. Snavely initiated a number of discussions
with user service points inside and outside the library and began
providing notification to affected patrons.
Redundant MySQL.
Dec: Snavely set up TSM backups on soymilk, the MySQL
server on north campus and synchronized the installed packages on both
cowmilk and soymilk to ensure their configurations are identical.
Jan: Snavely set up replication on the new MySQL servers,
developed monitoring scripts to detect replication problems, and
created and timed a cutover plan. Sheppard, Snavely, and Weise tested
the new servers and coordinated a cutover involving only 35 minutes of
downtime.
Production server replacements/upgrades.
Dec: Marsh began meeting with storage vendors to seek
solutions and pricing for a major storage upgrade for the servers that
host Mirlyn and peripheral services.
Jan: Marsh continued to meet with vendors to discuss
additional details and gather pricing information.
Feb: Marsh, using scripting developed by Feeman, began to
quantify I/O performance characteristics on several of the servers that
will use the new storage to confirm requirements will be met.
Mar: Marsh continued to meet with vendors to discuss
configuration details, performance requirements, and pricing; and with
Lewis from CAEN for recommendations and help with evaluating options.
Apr: Marsh discussed final recommendations for a storage
system with Snavely. Snavely consulted with university purchasing and
was advised to conduct a formal RFQ, and given several sample documents
to work from; Marsh and Snavely will work on the RFP together as
quickly as possible.
May: Marsh ordered and installed an additonal storage array
for the MDP storage server, and Feeman configured GROOVE to begin using
it.
May: Snavely drafted the RFQ with assistance from purchasing,
and submitted it. Vendor quotes are due June 30.
Replace DLXS statistics.
Jan: Feeman began to review the COUNTER and SUSHI
guidelines for statistics systems for electronic research resources.
Mar: Feeman and Snavely met with Dennis, Powell, and
Willett to discuss objectives and plans for the new stats system.
Apr: Feeman began researching tools and options, and
prepared a working design document to track issues and guide
implementation.
May: Feeman finished researching tools and options, concluding
that no options flexible enough for our needs exist. Feeman and Snavely
continued to discuss implementation options. Feeman revised the design
document and developed a draft XML configuration schema for the stats
system.
Develop an authentication and authorization management
system.
Centralize LIT backup.
Formalize system administration infrastructure.
Dec: Marsh began to develop generic documentation for OS
installation and configuration that will be applicable to both Fedora
and Debian OS distributions.
Revisit logging practives.
DHCP/DNS services.
Development server replacements/upgrades.
Feb: Marsh upgraded clamato to Fedora Core 4.
May: Marsh upgraded sangria from 1 GB to 2.5 GB of memory,
resulting in additional load handling capacity for OAI harvesting and
indexing. The upgrade revealed a problem with SCSI connectivity which was
resolved by Marsh and Snavely over the next week.
Security assessment.
Work flow, processes, and organizational work
Trusted Digital Repository (TDR) compliance and quality
management.
May: Feeman developed a design document for a system to
monitor checksums in the new repository and began developing code.
Documentation and standardization of processes.
Improve coordination of data loading.
LIT work requests and scheduling.
LIT on-call service.
Cost model.
Technology trends awareness.
Miscellaneous and/or unplanned activity
Dec: Jessica Feeman was hired as a programmer in Core Services,
and will start work in the new year.
Jan: Marsh upgraded the Oxygen XML editor to the newest version
on all servers.
Feb: Snavely, using an inventory of volumes supplied by
Geitgey, began an analysis of all LLMC page images to determine the
extent of problems in rendering derivatives, finding 122650 problem
images on the first pass of analysis.
Feb: Snavely pursued getting console access to servers at the
Duderstadt Center server environment, and Marsh worked with CAEN staff
on the particulars of usage. CAEN staff will no longer provide
non-business-hours support for hardware, so this capability was
critical.
Mar: Marsh installed a rack-mount monitor in the Duderstadt
Center server environment.
Mar: Snavely continued analysis on LLMC page image problems
using JHOVE to determine the validity of the files impacted.
Mar: Marsh reviewed and renewed all Sun support contracts for
the next fiscal year.
Apr: Snavely installed network tuning utilities and began the
install of a high-performance ssh version on quik at the request of
contacts at the Survivors of the Shoah Visual History Foundation.
Apr: Snavely completed the analysis of LLMC page image
problems, concluding that all problems would be resolved by the imminent
move to Linux hosting.
System Performance:
Arbor Lakes server environment
ethel.umdl (ARC): No down time
ezra.umdl (Verde): No down time
gracie.umdl (Aleph): No down time
hiram.umdl (Zebra): No down time
tequila.umdl (Metalib and SFX): No down time
Central Campus server environment:
belle.umdl (Library Web): No down time
coffee.umdl (Oracle): No down time
cowmilk.umdl (MySQL): No down time
gin.umdl (WebCheckout): No down time
merlot.umdl (DLPS public collections): No down time
sambuca.umdl (Deep Blue): No down time
quik.umdl (Survivors of the Shoah cache): No down time
ting.umdl (library proxy): No down time
North Campus server environment:
dlps6.umdl (Oracle): No down time
dlps7.umdl (Numeric and Geospatial Data): No down time
dlps8.umdl (DLPS non-public collections): No down
time
dlps9.umdl (DLPS image collections): No down time
dlps10.umdl (DLPS public collections): No down time
soymilk.umdl (MySQL): No down time
Data Loading and Archival Statistics
CD/DVDs loaded or reloaded
(bitonal page images)
40
CD/DVDs loaded or reloaded and
processed (contone images)