Libraries tagged by instance of

Instant real-time updates. Lightweight EventSource client receiving live messages via HTML5 Server-Sent Events (SSE). Fast stream processing built on top of ReactPHP's event-driven architecture.

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Instant real-time updates. Lightweight EventSource client receiving live messages via HTML5 Server-Sent Events (SSE). Fast stream processing built on top of ReactPHP's event-driven architecture.

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This package provides a set of classes that can be used to easily integrate with Paypal instant payment, Paypal subscriptions and IPN mechanism.

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Paragon Processing PlatformThis document is to provide a detailed description of how a developer or software solution provider can integrate with the Paragon Processing Platform (Paragon Platform). The Paragon Platform is for developers who wish to use Paragon's processing services within their software applications. The Paragon Platform can stand alone as a web-based storefront with (or without) attached card readers or may be used in combination with point-of-sale (POS) and order entry applications.The Paragon Platform accepts payments in many forms, including check, credit, debit, gift, loyalty and EBT cards. Payments may be taken online, over the telephone, from a mobile phone and at physical store locations. In addition to handling large volumes of payment transactions, the Paragon Platform manages and settles batches, protects sensitive card information, administers billing contracts and produces operational and analytical reports. Application Programming Interfaces (APIs) With our API, software systems and devices communicate with the Paragon Platform by exchanging messages. Client Application formulates a message and transmits the request to the Paragon Platform. The Paragon Platform translates the request and relays it to the Payment Processing Network. The Payment Processing Network processes the request and returns a response to the Paragon Platform. The Paragon Platform translates the response and relays it to the Client Application.The Path to Integration Step 1: Open a Test Account Visit https://developer.paragonsolutions.com/testaccount to register for a free test account. Once registered you have instant access to your test account credentials and all the documentation you need to get started. Head over to the library and make sure to check out all of our API's to learn about the Paragon Processing Platform transaction requests and responses.Step 2: Code & CertifyOnce in the Paragon Development portal, begin your certification or have an experienced Paragon integration specialist guide you through the testing process. Once coding and testing are completed submit your request for certification. Our team will then perform a detailed review of your integration to make sure your integration meets all your business requirements for success. Step 3: Go Live!After final review and testing your software solution is ready to begin taking live payments! We know, an integration that is easy sounds too good to be true. Don't take our word for it, start your integration today! Developer NotesInstall your development platform according to its product documentation.Read through all the steps before you get started. We recommend reviewing the rest of this guide to familiarize yourself with the Paragon Processing Platform's terms, capabilities, web services and operations.

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The LevenshteinDistance class provides a method to calculate the Levenshtein distance between two strings. The Levenshtein distance is a measure of the minimum number of single-character edits (insertions, deletions, or substitutions) required to change one word into the other.

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The Official PHP library for Mintance

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Collection of string similarity and distance algorithms in PHP including Levenshtein, Damerau-Levenshtein, Jaro-Winkler, and more

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The Fuzzy Search package provides a simple and efficient way to perform fuzzy searches on a collection of texts using the Levenshtein distance algorithm. This package is useful when you need to search for texts that may contain typos or slight variations.

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Compute phylogenetic trees from distance matrix using BioNJ algorithm. It produce Newick file and Weighted newick if needed. There is also a render using Equal-angle algorithm and SVG output for testing. It's recommended to use a JS render like 'phylotree.js' (demo of phylotree.js here http://phylotree.hyphy.org/).

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