C Libary for parsing and extraction of address information form text fragments.

Fluent assertions for Java Tests

public-apis - A collective list of public JSON APIs for use in web development.

Java Rest Client API usage by annotations

The Sentinel-1 Scientific Data Hub provides free and open access to a Rolling Archive of Sentinel-1 Level-0 and Level-1 user products. Products are available for the following Sentinel-1 acquisition modes: Strip Map (SM) Interferometric Wide Swath (IW) Extra Wide Swath (EW)

RESTful API Modeling Language (RAML) is a simple and succinct way of describing practically-RESTful APIs. It encourages reuse, enables discovery and pattern-sharing, and aims for merit-based emergence of best practices. The goal is to help our current API ecosystem by solving immediate problems and then encourage ever-better API patterns. RAML is built on broadly-used standards such as YAML and JSON and is a non-proprietary, vendor-neutral open spec.

This document defines a mechanism to enable client-side cross-origin requests. Specifications that enable an API to make cross-origin requests to resources can use the algorithms defined by this specification. If such an API is used on http://example.org resources, a resource on http://hello-world.example can opt in using the mechanism described by this specification (e.g., specifying Access-Control-Allow-Origin: http://example.org as response header), which would allow that resource to be fetched cross-origin from http://example.org.

Javascript motion detection sample

Overpass API Web IDE

Fast Explicit Diffusion (FED) is a simple explicit scheme that uses varying time step sizes [1]. It is substantially faster than usual explicit schemes: Up to 50% of its time step sizes exceed the stability limit, and the stopping time grows quadratically in the number of steps. Thus, a few steps suffice to obtain astonishing stopping times. Another advantage of FED is the simplicity of implementation. Any explicit scheme can easily be converted into FED by adding two simple precomputation steps: Deriving the time step sizes, and choosing a suitable rearrangement in order to tame rounding errors. Besides being very efficient on sequential hardware, FED is also very well suited for massively parallel architectures, such as GPUs. Due to its simplicity, even complex diffusion-like processes such as highly accurate optic flow methods can easily be realised [2]. The resulting algorithms for GPUs beat the most sophisticated numerical solvers on CPUs by two to three orders of magnitude.

BlueCove is a JSR-82 J2SE implementation that currently interfaces with the Mac OS X, WIDCOMM, BlueSoleil and Microsoft Bluetooth stack found in Windows XP SP2 and newer. Originally developed by Intel Research and currently maintained by volunteers.

BlueCove runs on any JVM starting from version 1.1 or newer on Windows Mobile, Windows XP and Windows Vista, Mac OS X. details

Since version 2.1 BlueCove distributed under the Apache Software License, Version 2.0

Linux BlueZ support added in BlueCove version 2.0.3 as additional GPL licensed module.

BlueCove provides Java API for Bluetooth JSR 82. See Documentation and FAQ to get started.

Allow Java programs to detect file mime types based on file extension and magic numbers (API supports java.io.File and java.io.InputStream). Reads the system's magic files when used on Unix (for Windows, internal resources are included in the library).

DesignGridLayout is a revolutionary and innovative Swing LayoutManager inspired by the use of canonical grids for user interface design. Its goal is to be useful for typical form-based designs. DesignGridLayout is an alternative to other grid-based layout managers (FormsLayout, GridLayout, GridBagLayout, HIGLayout, PnutsLayout, RiverLayout, SGLayout, TableLayout and MiGLayout). DesignGridLayout works with JDK 1.5 and later.

The idea of user interfaces based on canonical grids is described in the book Designing Visual Interfaces: Communication Oriented Techniques by Kevin Mullet and Darrell Sano. Available online, Patrizia Nanni's thesis Human-Computer Interaction: Principles of Interface Design has a nice chapter called Module and Program: Grid-based Design, which also references Mullet and Sano's work.