Deep linking. A deep link's "syntax" is the basic structure of the link, focusing on where standard identifier information about the searched item (ISBN, ISSN or OCLC Number) is embedded within the URL. The table below shows common ILS vendors and the syntax of their deep-link URLs. In each URL listed, bold text indicates the component of the URL that you replace with the base URL for your OPAC (e.g. "catalog.mylibrary.org"). Bold italicized text may need to be changed depending on your local configuration. (Important notes on some systems' URL structures are in the footnotes below.) Table footnotes Aleph The func parameter on some systems may require find-b instead of findb.
(Variations on the find parameter here are 020 for ISBN, 022 for ISSN, and 035 for OCLC Number ). Endeavor (Voyager) Listed above is the URL structure for ISBN. Keyword+Anywhere+(GKEY)&CNT=25+records+per+page&SAB1= Innovative Dynix (iPac) You're using HTTPS, but what does it do? Twitter is the latest major service to force users (albeit in an opt-in fashion) to use HTTPS to connect to the site. They join giants such as Google and Facebook in offering HTTPS as an option. Extra security sounds appealing — it's one of those things you'd rather have than not — but the term "HTTPS" often gets thrown around without a lot of explanation or context. As a former site administrator and someone who has given talks on HTTPS, I'll take a swing at explaining it in regular language below.
What HTTPS is and what it does Normal HTTP traffic is unencrypted and travels over TCP port 80 (by convention). Because it is "sent in the clear," it is vulnerable to what are called "man in the middle" attacks. Using our favorite cryptographic personas (Alice, Bob and Chuck), we can see how that would work.
Alice is a user, and Bob runs a website. Without HTTPS, Chuck (center) can potentially extract sensitive information. HTTPS keeps Alice's information secure. Illustrations by Robert Romano. SQL Tutorial. Ex Libris Developer Network. ELUNA. ELUNA » Email Lists. Introducing VoyagerPlus by Ex Libris. Alma. Designed not only to improve systems, but to support totally new services and initiatives, Alma and the wider URM framework deliver improved analytics that tie the value of the library and its services more closely to important institutional outcomes; expansion of metadata management and curation beyond traditional content to include research data sets; and support for joint collection development models that allow libraries to truly collaborate and thereby maximize the investment in their collections Unified resource management: Alma supports the entire suite of library operations for print, electronic, and digital resources Collaborative Metadata Management: Alma brings highquality, shared metadata into the resource management environment in a unique, hybrid model that balances global sharing with local needs Optimized resources and data: Alma simplifies library workflows by using a unique automated business processes and shared data.
Voyager Utilities.