Timezone

Aggregator project for wildfly galleon feature packs

WebJar for Moment.js Timezone

Tests for the default Spincast TimeZone Resolver plugin

A timezone related jar for deployment to the Central Repository via OSSRH

Parent for the default Spincast TimeZone Resolver plugin

A timezone server implementing tzdist and an experimental timezone converter

A timezone server implementing tzdist and an experimental timezone converter

This project deploys modules to the local quickstart wildfly

This project deploys modules to the local quickstart wildfly

This project deploys modules to the local quickstart wildfly

This project deploys modules to the local quickstart wildfly

This project deploys modules to the local quickstart wildfly

Alternate timezone definitions for greater compatbility with Outlook

Universal Moment is a Java library designed to provide a comprehensive and easy-to-use API for handling date and time operations. It aims to simplify the complexities of date manipulation, formatting, and parsing, making it an essential tool for developers working with temporal data in their applications. The library offers a wide range of features including but not limited to timezone handling, duration calculations, and support for various calendar systems. With its intuitive design and extensive documentation, Universal Moment enables developers to focus on building robust applications without worrying about the intricacies of date and time management.

Base JRE 11 docker image with a jboss user (ID 1000) and timezone updated and set to Europe/Copenhagen. It is as minimal as debian and open-jre can provide.

Orb's API is built with the following principles in mind: 1. **Predictable developer experience**: Where applicable, the Orb API uses industry-standard patterns such as cursor-based pagination and standardized error output. To help with debugging in critical API actions, the API always strives to provide detailed and actionable error messages. Aliases such as external customer IDs aid in fast integration times. 2. **Reliably real time**: Orb's event-based APIs, such as event ingestion are designed to handle extremely high throughput and scale with concurrent load. Orb also provides a real-time event-level credits ledger and a highly performant webhooks architecture. 3. **Flexibility at the forefront**: Features like timezone localization and the ability to amend historical usage show the flexible nature of the platform. You can download the latest OpenAPI spec [here](https://api.withorb.com/spec.json) - pass `?version=3.0` for an OpenAPI 3.0-compatible spec.

Orb's API is built with the following principles in mind: 1. **Predictable developer experience**: Where applicable, the Orb API uses industry-standard patterns such as cursor-based pagination and standardized error output. To help with debugging in critical API actions, the API always strives to provide detailed and actionable error messages. Aliases such as external customer IDs aid in fast integration times. 2. **Reliably real time**: Orb's event-based APIs, such as event ingestion are designed to handle extremely high throughput and scale with concurrent load. Orb also provides a real-time event-level credits ledger and a highly performant webhooks architecture. 3. **Flexibility at the forefront**: Features like timezone localization and the ability to amend historical usage show the flexible nature of the platform. You can download the latest OpenAPI spec [here](https://api.withorb.com/spec.json) - pass `?version=3.0` for an OpenAPI 3.0-compatible spec.

Orb's API is built with the following principles in mind: 1. **Predictable developer experience**: Where applicable, the Orb API uses industry-standard patterns such as cursor-based pagination and standardized error output. To help with debugging in critical API actions, the API always strives to provide detailed and actionable error messages. Aliases such as external customer IDs aid in fast integration times. 2. **Reliably real time**: Orb's event-based APIs, such as event ingestion are designed to handle extremely high throughput and scale with concurrent load. Orb also provides a real-time event-level credits ledger and a highly performant webhooks architecture. 3. **Flexibility at the forefront**: Features like timezone localization and the ability to amend historical usage show the flexible nature of the platform. You can download the latest OpenAPI spec [here](https://api.withorb.com/spec.json) - pass `?version=3.0` for an OpenAPI 3.0-compatible spec.

A fork of the JCalendar project, with TimeZone support

Orb's API is built with the following principles in mind: 1. **Predictable developer experience**: Where applicable, the Orb API uses industry-standard patterns such as cursor-based pagination and standardized error output. To help with debugging in critical API actions, the API always strives to provide detailed and actionable error messages. Aliases such as external customer IDs aid in fast integration times. 2. **Reliably real time**: Orb's event-based APIs, such as event ingestion are designed to handle extremely high throughput and scale with concurrent load. Orb also provides a real-time event-level credits ledger and a highly performant webhooks architecture. 3. **Flexibility at the forefront**: Features like timezone localization and the ability to amend historical usage show the flexible nature of the platform. You can download the latest OpenAPI spec [here](https://api.withorb.com/spec.json) - pass `?version=3.0` for an OpenAPI 3.0-compatible spec.

Orb's API is built with the following principles in mind: 1. **Predictable developer experience**: Where applicable, the Orb API uses industry-standard patterns such as cursor-based pagination and standardized error output. To help with debugging in critical API actions, the API always strives to provide detailed and actionable error messages. Aliases such as external customer IDs aid in fast integration times. 2. **Reliably real time**: Orb's event-based APIs, such as event ingestion are designed to handle extremely high throughput and scale with concurrent load. Orb also provides a real-time event-level credits ledger and a highly performant webhooks architecture. 3. **Flexibility at the forefront**: Features like timezone localization and the ability to amend historical usage show the flexible nature of the platform. You can download the latest OpenAPI spec [here](https://api.withorb.com/spec.json) - pass `?version=3.0` for an OpenAPI 3.0-compatible spec.

Orb's API is built with the following principles in mind: 1. **Predictable developer experience**: Where applicable, the Orb API uses industry-standard patterns such as cursor-based pagination and standardized error output. To help with debugging in critical API actions, the API always strives to provide detailed and actionable error messages. Aliases such as external customer IDs aid in fast integration times. 2. **Reliably real time**: Orb's event-based APIs, such as event ingestion are designed to handle extremely high throughput and scale with concurrent load. Orb also provides a real-time event-level credits ledger and a highly performant webhooks architecture. 3. **Flexibility at the forefront**: Features like timezone localization and the ability to amend historical usage show the flexible nature of the platform. You can download the latest OpenAPI spec [here](https://api.withorb.com/spec.json) - pass `?version=3.0` for an OpenAPI 3.0-compatible spec.

This library translates latitude and longitude coordinates into timezones.

A utility to convert from one timezone to another. Convinience methods for converting from UTC.