Download JAR files tagged by value with all dependencies

EnOS Device And Asset API pojo 0.2.14-SNAPSHOT ota api pojo and event 0.2.20-SNAPSHOT The Response objects returned by GetEvent and SearchEvent queries are added (including: outputData, eventName, outputNames fields) 0.2.21-SNAPSHOT Increase the internationalization of the four-element description field of the model 0.2.22-SNAPSHOT add some pojo class for private api 0.2.23-SNAPSHOT model-service open api的接口中thingModel增加category模型类型字段 0.2.24-SNAPSHOT 部分search接口增加realTime字段 0.2.25-SNAPSHOT firmware add tag function 0.2.27-SNAPSHOT add max and min fields 0.2.28-SNAPSHOT asset tree api for amc/city infra 0.2.29-SNAPSHOT fix thingModel enableMeasurepointValidate 0.2.30-SNAPSHOT enhancement of search model and update asset and alert engine 增加告警规则sdk 0.2.31-SNAPSHOT move asset node 2.4.0-SNAPSHOT upgrade to 2.4 for support DCM 2.4GA 2.4.1-SNAPSHOT service parameter supports "Required" and "Default Value" fields 2.4.2-SNAPSHOT upgrade to 2.4 for support DCM 2.4GA jar 升级 2.4.3-SNAPSHOT add alert-engine v2.5 alertRule openAPI

The project provides Result-type similar to Result-type in Rust that allows to return either successfull result or otherwise some kind of error. In Java native way of reporting errors are exceptions, either checked or unchecked, but Result-type provides a way to pass error enformation as a first-class value through the code written in functional style. Routines are provided for interoperability of normal code that uses exception and functional code that uses Result-type, so that exceptions can be catched and propagated as errors in Result-type and then rethrown again later in the control-flow.

We offer a suite of integrated utility components tailored for enterprise-level development. Our platform encapsulates common technical solutions, covering a vast range of tools and business scenarios. Designed for immediate use and easy adaptation, we aim to lower the learning curve and accelerate onboarding. Our solution alleviates the challenges faced by small and medium projects that often get bogged down in framework setup, allowing developers to stay laser-focused on delivering business value.

Simple Validation Parent Project: This is a simple library for quickly adding validation code to Swing user-interfaces. It handles validating user input when the user changes a component's value, showing error messages and decorating components to indicate which component is the source of the problem. It contains a large number of built-in validators to handle most common situations, such as validating numbers, email addresses, urls and so forth.

A scalable, concurrent, in-memory Key Value (KV) map. Oak implements a concurrent Key-Value map that can keep all keys and values off-heap. This enables working with bigger heap sizes than JVM's managed heap. OakMap implements an API similar to the industry standard Java8 ConcurrentNavigableMap API. It provides strong (atomic) semantics for read, write, and read-modify-write, as well as (non-atomic) range query (scan) operations, both forward and backward. OakMap is optimized for big keys and values, in particular, for incremental maintenance of objects (update in-place). It is faster and scales better with additional CPU cores than the popular Java ConcurrentNavigableMap ConcurrentSkipListMap

HotSpot learns a set of rules (displayed in a tree-like structure) that maximize/minimize a target variable/value of interest. With a nominal target, one might want to look for segments of the data where there is a high probability of a minority value occuring (given the constraint of a minimum support). For a numeric target, one might be interested in finding segments where this is higher on average than in the whole data set. For example, in a health insurance scenario, find which health insurance groups are at the highest risk (have the highest claim ratio), or, which groups have the highest average insurance payout.