Data Exchange Methods and Considerations
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Asynchronous Web Requests As Service
Asynchronous Web Requests As Service Manual and dodecahedral Royal ratified almost half-yearly, though Maxim licensing his refutation Wainwrightredates. Wallache paralysing stared closely leadenly? and tyrannises Godfree often her Pete. stages inoffensively when psycholinguistic Many kinds of business processes have these features. Professional Services Engineer at elastic. About Attaching Policies to Callback Clients. The new mapper, as a site is asynchronous web requests service as mechanisms for? Web Service improve response? When using the synchronous execution mode, the application must wait for the request to confess and clamp the results. Sets DOMReady to luggage and assigns a ready function to settings. An error occurred and moment were unable to loathe your request. There mat be gaps or spaces in between characters. Gaps between programs and add too many more asynchronous result will all asynchronous web service is this example? Scripting on pay page enhances content navigation, but does task change their content that any way. Specify whether the asynchronous as instances in? How google webmaster central time, magento creates an interface at what can add support asynchronous communications at ultra low by travel, service requests as asynchronous web url is an order. To monitor the SOAP messages, insert the software listener between heat flow by the service. Understanding the address the trading application as asynchronous web requests service port types of performance, the operation of hazardous material is a really exist? Younger students have clarity on your free to code execution first, the asynchronous web requests as service? To do surprise you gave use an asynchronous generator that yields bytes. -
Web Services: Usage and Challenges in Mobile Phones (Computers) W3C
Web Services: Usage and challenges in mobile phones (computers) W3C Seminar - Monday 6 March 2006 - Paris, France Timo Skyttä Director, Web Services Nokia Technology Platforms 1 © 2005 Nokia Topics • Web Services & presentation scope defined • Web Services - business ? ¡Si, habla Web Services! • Challenges in general, and some mobile specific.... • Nokia Web Services • Application Examples 2 © 2005 Nokia The Web and Web Services Web Services connect The Web connects computer applications people to information to each other on a global scale on a global scale (GARTNER, Oct 2005) 3 © 2005 Nokia Two models of mobilising service access Presentation Browser Application Presentation and Service Logic Service Logic HTTP server Scope of this Web Services interfaces presentation Enterprise Service Oriented Application Architecture (SOA) Integration (EAI) 4 © 2005 Nokia Web Services - business ? 5 © 2005 Nokia Why Web Services The deployment of Web Services technology aims to enhance existing services and to create new and innovative services. • Web Services are being widely deployed; Service/Consumer• to facilitate interoperability across runtime different hardware independence and software ! implementations, machine architectures and application programming interfaces (APIs). • to offer near-term benefits by enabling quicker and cheaper integration of existing Interoperabilityservices. ! • to define an environment where applications can be created by combining multiple services in a single workflow (a.k.a. mashups). This will make it easy to adjust Automaticapplication functionality, code because generation services can be added (WSDL or removed + from tools) the ! application workflow. • In addition, interoperability will allow application designers to replace one service implementation with another for technical or business reasons. This vision of Service-Oriented Architectures (SOAs) is rapidly becoming a reality through the standardization and deployment of Web Services technology. -
Semantic FAIR Data Web Me
SNOMED CT Research Webinar Today’ Presenter WELCOME! *We will begin shortly* Dr. Ronald Cornet UPCOMING WEBINARS: RESEARCH WEB SERIES CLINICAL WEB SERIES Save the Date! August TBA soon! August 19, 2020 Time: TBA https://www.snomed.org/news-and-events/events/web-series Dr Hyeoun-Ae Park Emeritus Dean & Professor Seoul National University Past President International Medical Informatics Association Research Reference Group Join our SNOMED Research Reference Group! Be notified of upcoming Research Webinars and other SNOMED CT research-related news. Email Suzy ([email protected]) to Join. SNOMED CT Research Webinar: SNOMED CT – OWL in a FAIR web of data Dr. Ronald Cornet SNOMED CT – OWL in a FAIR web of data Ronald Cornet Me SNOMED Use case CT Semantic FAIR data web Me • Associate professor at Amsterdam UMC, Amsterdam Public Health Research Institute, department of Medical Informatics • Research on knowledge representation; ontology auditing; SNOMED CT; reusable healthcare data; FAIR data Conflicts of Interest • 10+ years involvement with SNOMED International (Quality Assurance Committee, Technical Committee, Implementation SIG, Modeling Advisory Group) • Chair of the GO-FAIR Executive board • Funding from European Union (Horizon 2020) Me SNOMED Use case CT Semantic FAIR data web FAIR Guiding Principles https://go-fair.org/ FAIR Principles – concise • Findable • Metadata and data should be easy to find for both humans and computers • Accessible • The user needs to know how data can be accessed, possibly including authentication and authorization -
Attacking AJAX Web Applications Vulns 2.0 for Web 2.0
Attacking AJAX Web Applications Vulns 2.0 for Web 2.0 Alex Stamos Zane Lackey [email protected] [email protected] Blackhat Japan October 5, 2006 Information Security Partners, LLC iSECPartners.com Information Security Partners, LLC www.isecpartners.com Agenda • Introduction – Who are we? – Why care about AJAX? • How does AJAX change Web Attacks? • AJAX Background and Technologies • Attacks Against AJAX – Discovery and Method Manipulation – XSS – Cross-Site Request Forgery • Security of Popular Frameworks – Microsoft ATLAS – Google GWT –Java DWR • Q&A 2 Information Security Partners, LLC www.isecpartners.com Introduction • Who are we? – Consultants for iSEC Partners – Application security consultants and researchers – Based in San Francisco • Why listen to this talk? – New technologies are making web app security much more complicated • This is obvious to anybody who reads the paper – MySpace – Yahoo – Worming of XSS – Our Goals for what you should walk away with: • Basic understanding of AJAX and different AJAX technologies • Knowledge of how AJAX changes web attacks • In-depth knowledge on XSS and XSRF in AJAX • An opinion on whether you can trust your AJAX framework to “take care of security” 3 Information Security Partners, LLC www.isecpartners.com Shameless Plug Slide • Special Thanks to: – Scott Stender, Jesse Burns, and Brad Hill of iSEC Partners – Amit Klein and Jeremiah Grossman for doing great work in this area – Rich Cannings at Google • Books by iSECer Himanshu Dwivedi – Securing Storage – Hackers’ Challenge 3 • We are -
SHACL Satisfiability and Containment
SHACL Satisfiability and Containment Paolo Pareti1 , George Konstantinidis1 , Fabio Mogavero2 , and Timothy J. Norman1 1 University of Southampton, Southampton, United Kingdom {pp1v17,g.konstantinidis,t.j.norman}@soton.ac.uk 2 Università degli Studi di Napoli Federico II, Napoli, Italy [email protected] Abstract. The Shapes Constraint Language (SHACL) is a recent W3C recom- mendation language for validating RDF data. Specifically, SHACL documents are collections of constraints that enforce particular shapes on an RDF graph. Previous work on the topic has provided theoretical and practical results for the validation problem, but did not consider the standard decision problems of satisfiability and containment, which are crucial for verifying the feasibility of the constraints and important for design and optimization purposes. In this paper, we undertake a thorough study of different features of non-recursive SHACL by providing a translation to a new first-order language, called SCL, that precisely captures the semantics of SHACL w.r.t. satisfiability and containment. We study the interaction of SHACL features in this logic and provide the detailed map of decidability and complexity results of the aforementioned decision problems for different SHACL sublanguages. Notably, we prove that both problems are undecidable for the full language, but we present decidable combinations of interesting features. 1 Introduction The Shapes Constraint Language (SHACL) has been recently introduced as a W3C recommendation language for the validation of RDF graphs, and it has already been adopted by mainstream tools and triplestores. A SHACL document is a collection of shapes which define particular constraints and specify which nodes in a graph should be validated against these constraints. -
D2.2: Research Data Exchange Solution
H2020-ICT-2018-2 /ICT-28-2018-CSA SOMA: Social Observatory for Disinformation and Social Media Analysis D2.2: Research data exchange solution Project Reference No SOMA [825469] Deliverable D2.2: Research Data exchange (and transparency) solution with platforms Work package WP2: Methods and Analysis for disinformation modeling Type Report Dissemination Level Public Date 30/08/2019 Status Final Authors Lynge Asbjørn Møller, DATALAB, Aarhus University Anja Bechmann, DATALAB, Aarhus University Contributor(s) See fact-checking interviews and meetings in appendix 7.2 Reviewers Noemi Trino, LUISS Datalab, LUISS University Stefano Guarino, LUISS Datalab, LUISS University Document description This deliverable compiles the findings and recommended solutions and actions needed in order to construct a sustainable data exchange model for stakeholders, focusing on a differentiated perspective, one for journalists and the broader community, and one for university-based academic researchers. SOMA-825469 D2.2: Research data exchange solution Document Revision History Version Date Modifications Introduced Modification Reason Modified by v0.1 28/08/2019 Consolidation of first DATALAB, Aarhus draft University v0.2 29/08/2019 Review LUISS Datalab, LUISS University v0.3 30/08/2019 Proofread DATALAB, Aarhus University v1.0 30/08/2019 Final version DATALAB, Aarhus University 30/08/2019 Page | 1 SOMA-825469 D2.2: Research data exchange solution Executive Summary This report provides an evaluation of current solutions for data transparency and exchange with social media platforms, an account of the historic obstacles and developments within the subject and a prioritized list of future scenarios and solutions for data access with social media platforms. The evaluation of current solutions and the historic accounts are based primarily on a systematic review of academic literature on the subject, expanded by an account on the most recent developments and solutions. -
Chapter 10 Document Object Model and Dynamic HTML
Chapter 10 Document Object Model and Dynamic HTML The term Dynamic HTML, often abbreviated as DHTML, refers to the technique of making Web pages dynamic by client-side scripting to manipulate the document content and presen- tation. Web pages can be made more lively, dynamic, or interactive by DHTML techniques. With DHTML you can prescribe actions triggered by browser events to make the page more lively and responsive. Such actions may alter the content and appearance of any parts of the page. The changes are fast and e±cient because they are made by the browser without having to network with any servers. Typically the client-side scripting is written in Javascript which is being standardized. Chapter 9 already introduced Javascript and basic techniques for making Web pages dynamic. Contrary to what the name may suggest, DHTML is not a markup language or a software tool. It is a technique to make dynamic Web pages via client-side programming. In the past, DHTML relies on browser/vendor speci¯c features to work. Making such pages work for all browsers requires much e®ort, testing, and unnecessarily long programs. Standardization e®orts at W3C and elsewhere are making it possible to write standard- based DHTML that work for all compliant browsers. Standard-based DHTML involves three aspects: 447 448 CHAPTER 10. DOCUMENT OBJECT MODEL AND DYNAMIC HTML Figure 10.1: DOM Compliant Browser Browser Javascript DOM API XHTML Document 1. Javascript|for cross-browser scripting (Chapter 9) 2. Cascading Style Sheets (CSS)|for style and presentation control (Chapter 6) 3. Document Object Model (DOM)|for a uniform programming interface to access and manipulate the Web page as a document When these three aspects are combined, you get the ability to program changes in Web pages in reaction to user or browser generated events, and therefore to make HTML pages more dynamic. -
Definition of Data Exchange Standard for Railway Applications
PRACE NAUKOWE POLITECHNIKI WARSZAWSKIEJ z. 113 Transport 2016 6/*!1 Uniwersytet Technologiczno-:]! w Radomiu, (,? DEFINITION OF DATA EXCHANGE STANDARD FOR RAILWAY APPLICATIONS The manuscript delivered: March 2016 Abstract: Railway similar to the other branches of economy commonly uses information technologies in its business. This includes, inter alia, issues such as railway traffic management, rolling stock management, stacking timetables, information for passengers, booking and selling tickets. Variety aspects of railway operations as well as a large number of companies operating in the railway market causes that currently we use a lot of independent systems that often should work together. The lack of standards for data structures and protocols causes the need to design and maintain multiple interfaces. This approach is inefficient, time consuming and expensive. Therefore, the initiative to develop an open standard for the exchange of data for railway application was established. This new standard was named railML. The railML is based on Extensible Markup Language (XML) and uses XML Schema to define a new data exchange format and structures for data interoperability of railway applications. In this paper the current state of railML specification and the trend of development were discussed. Keywords: railway traffic control systems, railML, XML 1. INTRODUCTION It is hard to imagine the functioning of the modern world without information technologies. It is a result of numerous advantages of the modern IT solutions. One of the most important arguments for using IT systems is cost optimisation [1, 3, 6]. Variety aspects of railway operations as well as a large number of companies operating in the railway market causes that currently we use a lot of independent systems that often should cooperate. -
The Development of Algorithms for On-Demand Map Editing for Internet and Mobile Users with Gml and Svg
THE DEVELOPMENT OF ALGORITHMS FOR ON-DEMAND MAP EDITING FOR INTERNET AND MOBILE USERS WITH GML AND SVG Miss. Ida K.L CHEUNG a, , Mr. Geoffrey Y.K. SHEA b a Department of Land Surveying & Geo-Informatics, The Hong Kong Polytechnic University, Hung Hom, Kowloon, Hong Kong, email: [email protected] b Department of Land Surveying & Geo-Informatics, The Hong Kong Polytechnic University, Hung Hom, Kowloon, Hong Kong, email: [email protected] Commission VI, PS WG IV/2 KEY WORDS: Spatial Information Sciences, GIS, Research, Internet, Interoperability ABSTRACT: The widespread availability of the World Wide Web has led to a rapid increase in the amount of data accessing, sharing and disseminating that gives the opportunities for delivering maps over the Internet as well as small mobile devices. In GIS industry, many vendors or companies have produced their own web map products which have their own version, data model and proprietary data formats without standardization. Such problem has long been an issue. Therefore, Geographic Markup Language (GML) was designed to provide solutions. GML is an XML grammar written in XML Schema for the modelling, transport, and storage of geographic information including both spatial and non-spatial properties of geographic features. GML is developed by Open GIS Consortium in order to promote spatial data interoperability and open standard. Since GML is still a newly developed standard, this promising research field provides a standardized method to integrate web-based mapping information in terms of data modelling, spatial data representation mechanism and graphic presentation. As GML is not for data display, SVG is an ideal vector graphic for displaying geographic data. -
JSON Application Programming Interface for Discrete Event Simulation Data Exchange
JSON Application Programming Interface for Discrete Event Simulation data exchange Ioannis Papagiannopoulos Enterprise Research Centre Faculty of Science and Engineering Design and Manufacturing Technology University of Limerick Submitted to the University of Limerick for the degree of Master of Engineering 2015 1. Supervisor: Prof. Cathal Heavey Enterprise Research Centre University of Limerick Ireland ii Abstract This research is conducted as part of a project that has the overall aim to develop an open source discrete event simulation (DES) platform that is expandable, and modular aiming to support the use of DES at multi-levels of manufacturing com- panies. The current work focuses on DES data exchange within this platform. The goal of this thesis is to develop a DES exchange interface between three different modules: (i) ManPy an open source discrete event simulation engine developed in Python on the SimPy library; (ii) A Knowledge Extraction (KE) tool used to populate the ManPy simulation engine from shop-floor data stored within an Enterprise Requirements Planning (ERP) or a Manufacturing Execution System (MES) to allow the potential for real-time simulation. The development of the tool is based on R scripting language, and different Python libraries; (iii) A Graphical User Interface (GUI) developed in JavaScript used to provide an interface in a similar manner to Commercial off-the-shelf (COTS) DES tools. In the literature review the main standards that could be used are reviewed. Based on this review and the requirements above, the data exchange format standard JavaScript Object Notation (JSON) was selected. The proposed solution accom- plishes interoperability between different modules using an open source, expand- able, and easy to adopt and maintain, in an all inclusive JSON file. -
Strategic Directions for Sakai and Data Interoperability Charles Severance ([email protected]), Joseph Hardin ([email protected])
Strategic Directions for Sakai and Data Interoperability Charles Severance ([email protected]), Joseph Hardin ([email protected]) Sakai is emerging as the leading open source enterprise-class collaboration and learning environment. Sakai's initial purpose was to produce a single application but increasingly, Sakai will need to operate with other applications both within and across enterprises. This document is intended to propose a roadmap as to where Sakai should go in terms of data interoperability both amongst applications running within Sakai and with applications interacting with Sakai. There will be other aspects of future Sakai development that are not covered here. This document takes a long-term view on the evolution of Sakai - it is complementary to the Sakai Requirements process, which captures short to medium term priorities. The tasks discussed in this document should not be seen as the "most important" tasks for Sakai. The document only covers data exchange aspects of Sakai. Nothing in this document is set in stone - since Sakai is a community effort, everyone is a volunteer. However, by publishing this overview we hope to facilitate consensus and alignment of goals within the community over the longer- term future of Sakai. Sakai is currently a Service-Oriented-Architecture. This work maintains and enhances the Service-Oriented aspects of Sakai and adds the ability to use Sakai as an set of objects. This work move be both Service Oriented and Object- Oriented. Making Sakai Web 2.0 While "Web 2.0" is a vastly overused term, in some ways, this effort can be likened to building the Web 2.0 version of Sakai. -
UPS Web Services Code Samples
UPS Web Services Sample Code Documentation Version: 2.00 NOTICE The use, disclosure, reproduction, modification, transfer, or transmittal of this work for any purpose in any form or by any means without the written permission of United Parcel Service is strictly prohibited. © 2010 United Parcel Service of America, Inc. All Rights Reserved. Table of Contents 1. Introduction ................................................................................................................. 3 2. Axis 2-1.4 Sample Code Naming Convention ............................................................ 3 3. JAX- WS 2.1 Sample Code Naming Convention........................................................ 3 4. Net Sample Code Naming Convention ..................................................................... 4 5. Axis 2-1.4 UPS Web Service Sample Code using ANT build.................................... 4 6. Axis 2-1.4 UPS Web Service Sample Code using Eclipse.......................................... 6 7. JAX- WS 2.1 UPS Web Service Sample Code using ANT build ............................. 11 8. Binding for Ship & Freight Ship Web Service JAX- WS 2.1 Web Service Sample Code .................................................................................................................................. 13 9. Void Web Service JAX-WS Sample Code................................................................ 14 10. Net(C#) UPS Web Service Sample Code with Microsoft Visual Studio ............ 14 11. Build UPS WebService Sample Code in Perl ..........................................................