Eclipse Public License - V 2.0 the ACCOMPANYING PROGRAM IS PROVIDED UNDER the TERMS of THIS ECLIPSE PUBLIC LICENSE (“AGREEMENT”)
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Architecture Committee Handbook
Architecture Committee Handbook openKONSEQUENZ created by Architecture Committee We acknowledge that this document uses material from the arc 42 architecture template, http://www.arc42.de. Created by Dr. Peter Hruschka & Dr. Gernot Starke. Template Revision: 6.1 EN June 2012 1 Revision History Version Date Reviser Description Status 1.0 2016-07-04 A. Göring Alignment in AC/QC conference call Released 1.0.1 2016-07-19 A. Göring Added UML-Tool decision in chapter 2. Draft for Constraints, Added software-tiers v1.1 image in chapter 8. 1.1 2016-08-18 A.Göring Alignment in AC/QC conference call Released 1.1.1 2016-08-26 F. Korb, M. Description of architecture layer model Draft for Rohr and its APIs. Example internal module v1.2 architecture (Presented in ACQC-Meeting 15.& 29.08.2016) 1.2 2016-09-14 A. Göring Integration of Concept for Plattform Released Module Developmennt, Consolidation v1.1.1 1.2.1 2016-09-16 S.Grüttner Reorganization of Chapter7 Draft for Deployment Environment, clearifying v1.3 the reference environment as “image”. Adding cutting of CIM Cache. Modified Logging (8.17) for use of SLF4J. Added potential non-functional requirement for Offline-Mode. 1.2.2 2017-01-30 A. Göring Adding Link to oK-API Swagger Draft for Definition, deleting old Interfaces v1.3 Annex. Adding CIM Cache Module dependencies image and text (from Felix Korb) 1.3 2017-02-14 A. Göring Alignment in/after AC/QC conference Released call 1.3.1 2017-09-05 A. Göring Minimum requirement change from Released Java EE 7 to Oracle Java SE 8. -
JPA Persistence Guide (V6.0) Table of Contents
JPA Persistence Guide (v6.0) Table of Contents EntityManagerFactory. 2 Create an EMF in JavaSE . 2 Create an EMF in JavaEE . 2 Persistence Unit . 3 EntityManagerFactory Properties . 6 Closing EntityManagerFactory . 27 Level 2 Cache. 27 Datastore Schema. 34 Schema Generation for persistence-unit . 34 Schema Auto-Generation at runtime . 35 Schema Generation : Validation . 36 Schema Generation : Naming Issues . 36 Schema Generation : Column Ordering . 37 Schema : Read-Only. 37 SchemaTool . 38 Schema Adaption . 44 RDBMS : Datastore Schema SPI . 44 EntityManager. 48 Opening/Closing an EntityManager. 48 Persisting an Object. 49 Persisting multiple Objects in one call . 49 Finding an object by its identity . 50 Finding an object by its class and unique key field value(s) . 50 Deleting an Object . 51 Deleting multiple Objects. 51 Modifying a persisted Object. 52 Modifying multiple persisted Objects . 52 Refreshing a persisted Object . 52 Getting EntityManager for an object. 53 Cascading Operations . 53 Orphans . 54 Managing Relationships . 54 Level 1 Cache. 56 Object Lifecycle. 58 Transaction PersistenceContext . 58 Extended PersistenceContext . 58 Detachment . 58 Helper Methods . 59 Transactions . 60 Locally-Managed Transactions. 60 JTA Transactions. 61 Container-Managed Transactions . 63 Spring-Managed Transactions . 63 No Transactions . 63 Transaction Isolation . 64 Read-Only Transactions . 64 Flushing . 65 Transactions with lots of data. 66 Transaction Savepoints . 67 Locking . 68 Optimistic Locking. 68 Pessimistic (Datastore) Locking . 69 Datastore. -
Developer Survey
Developer Survey Questions requiring a response are in r ed . Questions in which a response is NOT required are in blue. This survey is a critical element of the developers workshop. We are using it to capture nuts and bolts information about codes within the community so that we can assess the landscape before the workshop and use this information to drive the discussions. Please collaborate to provide only one submission per code and submit your response using the online survey: h ttps://ucdavis.co1.qualtrics.com/jfe/form/SV_57wtv4gpuaowTsh Basic Information Code identification 1. What is the name of the code? [small text box] 2. Who are the primary authors/maintainers? [medium text box] 3. URL of webpage for the code (if different than the version control repository) [small text box] 4. URL of version control repository (if public) [small text box] Software 1. Which license(s) do you use? Select all that apply. a. Apache license b. BSD license c. GNU General Public License d. GNU Lesser General Public License e. MIT license f. Mozilla Public License g. Common Development and Distribution License h. Eclipse Public License i. Other. Please specify [small text box] j. No license 2. What programming language(s) is your code currently written in? Select all that apply a. Fortran 77 b. Fortran 90 or later c. C d. C++ e. Go f. Python g. Julia h. Matlab i. Other. Please specify. [small text box] 3. List the primary (high-level) code dependencies (e.g., PETSc, deal.ii, FEniCS) [medium text box] 4. List any additional (low-level) code dependencies (e.g., MPI, NetCDF, HDF5) [medium text box] 5. -
Red Hat Jboss Enterprise Application Platform 7.4 Developing Jakarta Enterprise Beans Applications
Red Hat JBoss Enterprise Application Platform 7.4 Developing Jakarta Enterprise Beans Applications Instructions and information for developers and administrators who want to develop and deploy Jakarta Enterprise Beans applications for Red Hat JBoss Enterprise Application Platform. Last Updated: 2021-09-10 Red Hat JBoss Enterprise Application Platform 7.4 Developing Jakarta Enterprise Beans Applications Instructions and information for developers and administrators who want to develop and deploy Jakarta Enterprise Beans applications for Red Hat JBoss Enterprise Application Platform. Legal Notice Copyright © 2021 Red Hat, Inc. The text of and illustrations in this document are licensed by Red Hat under a Creative Commons Attribution–Share Alike 3.0 Unported license ("CC-BY-SA"). An explanation of CC-BY-SA is available at http://creativecommons.org/licenses/by-sa/3.0/ . In accordance with CC-BY-SA, if you distribute this document or an adaptation of it, you must provide the URL for the original version. Red Hat, as the licensor of this document, waives the right to enforce, and agrees not to assert, Section 4d of CC-BY-SA to the fullest extent permitted by applicable law. Red Hat, Red Hat Enterprise Linux, the Shadowman logo, the Red Hat logo, JBoss, OpenShift, Fedora, the Infinity logo, and RHCE are trademarks of Red Hat, Inc., registered in the United States and other countries. Linux ® is the registered trademark of Linus Torvalds in the United States and other countries. Java ® is a registered trademark of Oracle and/or its affiliates. XFS ® is a trademark of Silicon Graphics International Corp. or its subsidiaries in the United States and/or other countries. -
Verteilte Systeme
Verteilte Systeme Interprozesskommunikation & Entfernter Aufruf 1 Interprozesskommunikation Applikationen, Dienste RemoteMethodInvocation und RemoteProcedureCall Middleware- Anforderung/Antwort-Protokoll (request-reply protocol) schichten Marshalling und externe Datendarstellung UniversalDatagramProtocol und TransmissionControlProtocol ACHTUNG: In der „Zweitliteratur“ wird RMI oft mit Java RMI gleichgesetzt! Korrekt ist: Java-RMI ist eine konkrete Realisierung des RMI-Konzeptes. 2 Interprozesskommunikation u Anwendungsprogramme laufen in Prozessen ab. u Ein Prozess ist ein Objekt des Betriebssystems, durch das Anwendungen sicheren Zugriff auf die Ressourcen des Computers erhalten. Einzelne Prozesse sind deshalb gegeneinander isoliert. (Aufgabe des Betriebssystems) u Damit zwei Prozesse Informationen austauschen können, müssen sie Interprozesskommunikation (interprocess- communication, IPC) verwenden. u IPC basiert auf (Speicher-/Nachrichtenbasierter) Kommunikation 1. gemeinsamen Speicher: für VS nicht direkt verwendbar 2. Austausch von Nachrichten (= Bytefolge) über einen Kommunikationskanal zwischen Sender und Empfänger. 3 Interprozesskommunikation •Betriebssystem: Koordiniert IPC innerhalb dieses BS. •IPC in verteilten Systemen geschieht ausschließlich über Nachrichten •Koordination der IPC durch Middleware oder/und durch Entwickler •Hierbei sind gewisse Normen zu beachten, damit die Kommunikation klappt!! •Protokoll := Festlegung der Regeln und des algorithmischen Ablaufs bei der Kommunikation zwischen zwei oder mehr Partnern Nachricht -
On-Process Verification and Report
CORE Metadata, citation and similar papers at core.ac.uk Provided by Open Repository of the University of Porto FACULDADE DE ENGENHARIA DA UNIVERSIDADE DO PORTO On-Process Verification and Report Tiago Nunes Project Report Master in Informatics and Computing Engineering Supervisor: João Pascoal Faria (PhD) 3rd March, 2009 On-Process Verification and Report Tiago Nunes Project Report Master in Informatics and Computing Engineering Approved in oral examination by the committee: Chair: Ana Cristina Ramada Paiva Pimenta (PhD) External Examiner: Fernando Brito e Abreu (PhD) Internal Examiner: João Carlos Pascoal de Faria (PhD) 19th March, 2009 Abstract This report describes the motivation, architecture and post-implementation return on in- vestment of an On-Process Validation and Report solution. Its objective was to create an automation tool that would free the Product Assurance team at Critical Software, S.A. from repetitive and time-consuming tasks, while at the same time providing a platform upon which further systems could be implemented, augmenting the tool kit of the Product Assurance Engineers. This was achieved by designing a modular and extensible platform using cutting-edge Java technologies, and following a goal-oriented development process that focused on iteratively providing as many domain-specific features as possible. It is shown that the resulting system has the potential for considerably reducing costs in the validation of projects throughout their entire life cycle. i ii Resumo Este relatório descreve a motivação, arquitectura e o retorno sobre o investimento após a implementação de uma solução para a Validação e Reporting On-Process. O seu objec- tivo era a criação de uma ferramenta de automação que libertaria a equipa de Controlo de Produto da Critical Software, S.A. -
Eclipse IP Management Modernization Sharon Corbett MODERNIZATION
Eclipse IP Management Modernization Sharon Corbett MODERNIZATION ● Eclipse IP - About ● Issue Statement WELCOME ● Objectives/Benefits ● License Compliance ● Self Service ● New Process Overview ● Futures ● Best Practices ● OSCM ● Wrap Up Eclipse Intellectual Property Management > Eclipse IP Policy (Board Approved) ○ Defines mechanism for accepting and licensing the intellectual property developed and leveraged by Eclipse projects > Legal Agreements ○ Formal - ECA, Committer Agreements, Working Group Participation Agreements > Due Diligence Review Process ○ Provenance, License Compatibility, Scanning for Anomalies ○ IP Ticket (CQ) > Commercial Adoption (Confidence/Safe) > High Bar, Rigorous, Well Respected COPYRIGHT (C) 2019, ECLIPSE FOUNDATION, INC. | MADE AVAILABLE UNDER THE ECLIPSE PUBLIC LICENSE 2.0 (EPL-2.0) What’s at Issue? > Eclipse IP Policy and Procedures (2004) > Significant changes over time > Cannot support agile development nor continuous delivery > Impossible to scale to modern day technology (Node.JS, Electron, NPM, etc.) > Burdensome - Lack of Automation COPYRIGHT (C) 2019, ECLIPSE FOUNDATION, INC. | MADE AVAILABLE UNDER THE ECLIPSE PUBLIC LICENSE 2.0 (EPL-2.0) The Time has Arrived ... > Bring Eclipse IP Policy and Process in line with contemporary expectations! COPYRIGHT (C) 2019, ECLIPSE FOUNDATION, INC. | MADE AVAILABLE UNDER THE ECLIPSE PUBLIC LICENSE 2.0 (EPL-2.0) Eclipse IP Governance Approach (Redefined) > Revise the IP Review requirements for third party content > Update IP Policy ○ Change due diligence approach for -
Licensing Information User Manual Release 21C (21.1) F37966-01 March 2021
Oracle® Zero Downtime Migration Licensing Information User Manual Release 21c (21.1) F37966-01 March 2021 Introduction This Licensing Information document is a part of the product or program documentation under the terms of your Oracle license agreement and is intended to help you understand the program editions, entitlements, restrictions, prerequisites, special license rights, and/or separately licensed third party technology terms associated with the Oracle software program(s) covered by this document (the "Program(s)"). Entitled or restricted use products or components identified in this document that are not provided with the particular Program may be obtained from the Oracle Software Delivery Cloud website (https://edelivery.oracle.com) or from media Oracle may provide. If you have a question about your license rights and obligations, please contact your Oracle sales representative, review the information provided in Oracle’s Software Investment Guide (http://www.oracle.com/us/ corporate/pricing/software-investment-guide/index.html), and/or contact the applicable Oracle License Management Services representative listed on http:// www.oracle.com/us/corporate/license-management-services/index.html. Licensing Information Third-Party Notices and/or Licenses About the Third-Party Licenses The third party licensing information in Oracle Database Licensing Information User Manual, Third-Party Notices and/or Licenses and Open Source Software License Text, applies to Oracle Zero Downtime Migration. The third party licensing information included in the license notices provided with Oracle Linux applies to Oracle Zero Downtime Migration. Open Source or Other Separately Licensed Software Required notices for open source or other separately licensed software products or components distributed in Oracle Zero Downtime Migration are identified in the following table along with the applicable licensing information. -
Customizing Eclipse RCP Applications Techniques to Use with SWT and Jface
Customizing Eclipse RCP applications Techniques to use with SWT and JFace Skill Level: Intermediate Scott Delap ([email protected]) Desktop/Enterprise Java Consultant Annas Andy Maleh ([email protected]) Consultant 27 Feb 2007 Most developers think that an Eclipse Rich Client Platform (RCP) application must look similar in nature to the Eclipse integrated development environment (IDE). This isn't the case, however. This tutorial will explain a number of simple techniques you can use with the Standard Widget Toolkit (SWT) and JFace to create applications that have much more personality than the Eclipse IDE. Section 1. Before you start About this tutorial This tutorial will explain a number of UI elements that can be changed in Eclipse RCP, JFace, and SWT. Along the way, you will learn about basic changes you can make, such as fonts and colors. You will also learn advanced techniques, including how to create custom wizards and section headers. Using these in conjunction should provide you the ability to go from a typical-looking Eclipse RCP application to a distinctive but visually appealing one. Prerequisites Customizing Eclipse RCP applications © Copyright IBM Corporation 1994, 2008. All rights reserved. Page 1 of 40 developerWorks® ibm.com/developerWorks You should have a basic familiarity with SWT, JFace, and Eclipse RCP. System requirements To run the examples, you need a computer capable of adequately running Eclipse V3.2 and 50 MB of free disk space. Section 2. Heavyweight and lightweight widgets Before diving into techniques that can be used to modify SWT, JFace, and Eclipse RCP in general, it's important to cover the fundamental characteristics of SWT and how they apply to the appearance of the widget set. -
A Strategy for Addressing the Needs of Advanced Scientific Computing Using Eclipse As a Parallel Tools Platform
A Strategy for Addressing the Needs of Advanced Scientific Computing Using Eclipse as a Parallel Tools Platform Gregory R. Watson Craig E. Rasmussen Los Alamos National Laboratory P.O. Box 1663, MS B287 Los Alamos, NM 87545 December 2005 LA-UR-05-9114 ABSTRACT If parallel computer systems are to achieve the kinds of productivity improvements necessary to meet the needs of high productivity computing systems (HPCS), then a radical change will be required in how tools are developed for programmers and users of these systems. The number and complexity of tools is making it difficult for developers to access and use the tools effectively, and the lack of a common tool infrastructure significantly complicates tool development efforts. The rapid pace of change means that developing and maintaining the kinds of tools that will be needed to effectively utilize the capacity of future advanced computer systems is an increasingly onerous task. This paper proposes a strategy that will lead directly to productivity and quality improvements in the development and use of parallel applications, and that will provide a framework to guide and foster future tool development. This strategy is based on using the Eclipse platform to form the foundation of an integrated environment for parallel application development. The intention is not just to produce another set of tools, however, but rather to use Eclipse as both a focal point for tool development, and as a platform for producing highly integrated tools that are needed to meet the future needs of the HPC community. A Strategy for Addressing the Needs of Advanced Scientific Computing Using Eclipse as a Parallel Tools Platform 1 1 INTRODUCTION As high productivity computing systems (HPCS) are developed to meet the demands and computational challenges facing advanced scientific research, it is becoming increasingly apparent that existing software infrastructure and tools will need to be substantially improved in order to achieve the goal of sustained performance on terascale machines [17]. -
Recoder with Eclipse
School of Mathematics and Systems Engineering Reports from MSI - Rapporter från MSI Recoder with Eclipse Saúl Díaz González Álvaro Pariente Alonso June MSI Report 09031 2009 Växjö University ISSN 1650-2647 SE-351 95 VÄXJÖ ISRN VXU/MSI/DA/E/--09031/--SE Abstract RECODER is a Java framework aimed at source code analysis and metaprogramming. It works on several layers to offer a set of semi-automatic transformations and tools, ranging from a source code parser and unparser, offering a highly detailed syntactical model, analysis tools which are able to infer types of expressions, evaluate compile-time constants and keep cross-reference information, to transformations of the very Java sources, containing a library of common transformations and incremental analysis capabilities. These make up an useful set of tools which can be extended to provide the basis for more advanced refactoring and metacompiler applications, in very different fields, from code beautification and simple preprocessors, stepping to software visualization and design problem detection tools to adaptive programming environments and invasive software composition. The core system development of RECODER started in the academic field and as such, it was confined into a small platform of users. Although a powerful tool, RECODER framework lacks usability and requires extensive and careful configuration to work properly. In order to overcome such limitations, we have taken advantage of the Eclipse Integrated Development Environment (Eclipse IDE) developed by IBM, specifically its Plugin Framework Architecture to build a tool and a vehicle where to integrate RECODER functionalities into a wide-used, well-known platform to provide a semi- automated and user-friendly interface. -
Xtext / Sirius - Integration the Main Use-Cases
Xtext / Sirius - Integration The Main Use-Cases White Paper December 2017 SUMMARY Chapter 1 Introduction 1 Chapter 2 Let’s start 2 Chapter 2.1 What modeling is about? 2 Chapter 2.2 Benefits of graphical modeling 3 Chapter 2.3 Benefits of textual modeling 5 Chapter 3 What is Xtext? 6 Chapter 4 What is Sirius? 8 Chapter 5 Xtext & Sirius in action 10 Chapter 5.1 Case 1: Editing the same models both graphically and textually 10 Chapter 5.2 Case 2: Embedding an Xtext Editor into Sirius 15 Chapter 6 How may we help you? 18 Introduction Introduction You are going to create a domain-specific modeling tool and you wonder how users will edit and visualize the models: textually with a dedicated syntax and a rich textual editor ? or graphically with diagrams drawn with a palette and smart tools? Both approaches are interesting and can be used complementary: While text is able to carry more detailed information, a diagram highlights the relationship between elements much better. In the end, a good tool should combine both, and use each notation where it suits best. In this white paper, we will explain the benefits of each approach. Then we will present Eclipse Xtext and Eclipse Sirius, two open-source frameworks for the development of textual and graphical model editors. And finally, we will detailed two use-cases where these two technologies can be integrated in the same modeling workbench. 1 Let’s start Let’s start What modeling is about? Before presenting the graphical and textual modeling approaches, it is important to briefly clarify what we mean by modeling.