Download JAR files tagged by asynchronously with all dependencies

Async-Helper is a Java utility (also an OSGi bundle) to invoke/schedule Tasks/data fetch operation asynchronously using tags/flags in a functional way. This 4.0.0 release is with breaking changes where all static methods are made as instance methods, and the helper classes are provided option to pass an executor service/async context or to use default executor/async context.

A servlet filter that logs requests to the log (slf4j) and writes them asynchronously to the DB. RequestLoggerFilter - logs request info to the DB RequestLoggerFilterPerfJdbc - subclass of RequestLoggerFilter that also logs time spent in JDBC using perf-jdbc RequestLoggerFilterPerfmon4J - subclass of RequestLoggerFilter that also logs time spent in JDBC using perfmon4j By default, uses the "java:/comp/env/jdbc/request-logger" data-source to log to. Can be overridden with the "com.alterion.requestlogger.jdbc.datasource-jndi" system-property. DB schemas for MS-SQL and PostgreSQL are in src/main/sql

The TileView widget is a subclass of ViewGroup that provides a mechanism to asynchronously display tile-based images, with additional functionality for 2D dragging, flinging, pinch or double-tap to zoom, adding overlaying Views (markers), built-in Hot Spot support, dynamic path drawing, multiple levels of detail, and support for any relative positioning or coordinate system.

The TileView widget is a subclass of ViewGroup that provides a mechanism to asynchronously display tile-based images, with additional functionality for 2D dragging, flinging, pinch or double-tap to zoom, adding overlaying Views (markers), built-in Hot Spot support, dynamic path drawing, multiple levels of detail, and support for any relative positioning or coordinate system.

The TileView widget is a subclass of ViewGroup that provides a mechanism to asynchronously display tile-based images, with additional functionality for 2D dragging, flinging, pinch or double-tap to zoom, adding overlaying Views (markers), built-in Hot Spot support, dynamic path drawing, multiple levels of detail, and support for any relative positioning or coordinate system.

The Shell Card Management API is REST-based and employs OAUTH 2.0,Basic and ApiKey authentication. The API endpoints accept JSON-encoded request bodies, return JSON-encoded responses and use standard HTTP response codes. All resources are located in the Shell Card Platform. The Shell Card Platform is the overall platform that encompasses all the internal Shell systems used to manage resources. The internal workings of the platform are not important when interacting with the API. However, it is worth noting that the platform uses a microservice architecture to communicate with various backend systems and some API calls are processed asynchronously. All endpoints use the POST verb for retrieving, updating, creating and deleting resources in the Shell Card Platform. The endpoints that retrieve resources from the Shell Card Platform allow flexible search parameters in the API request body.