Cross Platform Applications With IBM Worklight

There is a tremendous increase in users with an iPhone, Android-based phone, Smartphone and tablet computers. The mobile operating system companies provide more resources for the creation of applications as per the users requirement. But due to the use of various operating system, it becomes problem for developers to develop the application for each operating system individually. So this has been solved by the cross platform mobile application development tool using Single source code, "Build Once, Run many ", Platform independent, which provide more scope in less time. The applications created by IBM Work light which helps avoid developing same type of application separately. This paper aims at developing an app that makes user to remind and book tickets(travel, movie) recharges mobiles and send free sms

Integration of Configurable Dynamic Notification System with CSIBER Website

In this digital era every academic institution and commercial setup investments enormously in hosting and maintenance of the website which plays a critical role in the success of an organization by making it reachable across wide geographical area at any time. A carefully designed website reflects institute’s best assets and delivers tremendous first-hand information to any user at any time irrespective of his/her geographical location. To stay in market there is a constant requirement for changing the look and feel and content of the website and incorporating dynamism into the website. It is inevitable to keep the website constantly updated since it is accessible to the public. As the new website data pertaining to event information, notification etc is constantly generated and old data soon becomes obsolete, it demands for continuous manual efforts from the human resource to keep the dynamically changing data current and up-to-date. It can save tremendous amount of human effort and time, if such a task is automated which in turn enables meaningful data to be displayed on the website with very little human intervention. To facilitate this new technologies such as jQuery, JSON, angular JS etc. are emerging continuously to name a few. In the current paper, the author has proposed an algorithm for the integration of dynamic notification system with existing website of CSIBER. The algorithm is implemented in PHP and MySQL and hosted on web server employing the web hosting service availed by the organization. The dynamic module is scheduled to be executed periodically on a daily basic by the Cron utility and server-side include is dynamically created and embedded in home page. Every month’s events can be scheduled and stored in the backend database which is parsed by dynamic module and the required data is accordingly generated. As a measure towards efficiency improvement, the tool is executed once per day instead of executing it for every user request. Two options are proposed for integration, one on client-side and the second one on the server-side. The dialog displaying the notification data is rendered mobile friendly and is subject to Google’s mobile friendly test

R Stack Career

The Career Engine\u27s main purpose is to create a platform for job searchers to find suitable and gratifying work based on their qualifications. It also connects job searchers with the recruiting process. This career engine recognizes when a job seeker applies for a job and when a company publishes a job and chooses a candidate. A career engine\u27s principal objective is to aid job searchers in getting a quick career. In today\u27s society, there are several employment portal platforms. In this case, we must create a web-based application utilizing the Career Engine. In this period of decline, everyone, experienced or unskilled, is seeking for a job. Our career engine might be quite beneficial since it allows people with a variety of profiles to submit their CVs and search for employment depending on their qualifications. Each user may connect with their user id and apply for many jobs at the same time. Our team opted to build the website with the MVC framework in Dot Net Core for the backend and HTML5, CSS3, Bootstrap, JavaScript, and Ajax for the front end, with data saved in MS-SQL. The career engine system is used by Applicants, Recruiters, and Administrators. The administrator oversees the entire application. Recruiters can post job openings as needed. Applicants may submit a CV containing both personal and professional information

R Stack Career

The Career Engine\u27s main purpose is to create a platform for job searchers to find suitable and gratifying work based on their qualifications. It also connects job searchers with the recruiting process. This career engine recognizes when a job seeker applies for a job and when a company publishes a job and chooses a candidate. A career engine\u27s principal objective is to aid job searchers in getting a quick career. In today\u27s society, there are several employment portal platforms. In this case, we must create a web-based application utilizing the Career Engine. In this period of decline, everyone, experienced or unskilled, is seeking for a job. Our career engine might be quite beneficial since it allows people with a variety of profiles to submit their CVs and search for employment depending on their qualifications. Each user may connect with their user id and apply for many jobs at the same time. Our team opted to build the website with the MVC framework in Dot Net Core for the backend and HTML5, CSS3, Bootstrap, JavaScript, and Ajax for the front end, with data saved in MS-SQL. The career engine system is used by Applicants, Recruiters, and Administrators. The administrator oversees the entire application. Recruiters can post job openings as needed. Applicants may submit a CV containing both personal and professional information

R Stack Career

The Career Engine\u27s main purpose is to create a platform for job searchers to find suitable and gratifying work based on their qualifications. It also connects job searchers with the recruiting process. This career engine recognizes when a job seeker applies for a job and when a company publishes a job and chooses a candidate. A career engine\u27s principal objective is to aid job searchers in getting a quick career. In today\u27s society, there are several employment portal platforms. In this case, we must create a web-based application utilizing the Career Engine. In this period of decline, everyone, experienced or unskilled, is seeking for a job. Our career engine might be quite beneficial since it allows people with a variety of profiles to submit their CVs and search for employment depending on their qualifications. Each user may connect with their user id and apply for many jobs at the same time. Our team opted to build the website with the MVC framework in Dot Net Core for the backend and HTML5, CSS3, Bootstrap, JavaScript, and Ajax for the front end, with data saved in MS-SQL. The career engine system is used by Applicants, Recruiters, and Administrators. The administrator oversees the entire application. Recruiters can post job openings as needed. Applicants may submit a CV containing both personal and professional information

R Stack Career

The Career Engine\u27s main purpose is to create a platform for job searchers to find suitable and gratifying work based on their qualifications. It also connects job searchers with the recruiting process. This career engine recognizes when a job seeker applies for a job and when a company publishes a job and chooses a candidate. A career engine\u27s principal objective is to aid job searchers in getting a quick career. In today\u27s society, there are several employment portal platforms. In this case, we must create a web-based application utilizing the Career Engine. In this period of decline, everyone, experienced or unskilled, is seeking for a job. Our career engine might be quite beneficial since it allows people with a variety of profiles to submit their CVs and search for employment depending on their qualifications. Each user may connect with their user id and apply for many jobs at the same time. Our team opted to build the website with the MVC framework in Dot Net Core for the backend and HTML5, CSS3, Bootstrap, JavaScript, and Ajax for the front end, with data saved in MS-SQL. The career engine system is used by Applicants, Recruiters, and Administrators. The administrator oversees the entire application. Recruiters can post job openings as needed. Applicants may submit a CV containing both personal and professional information

From native to cross-platform hybrid development : CodeGT, design and development of a mobile app for ERP

The current trend towards mobility of individuals, together with the exponential growth of the number of mobile devices led the market to a boom in the demand for the development of mobile applications. Moreover, with the expansion and heterogeneity of the mobile devices and platforms, software companies need to search for faster and cheaper ways to develop applications that can span as many devices as possible to capture the market. Currently, the Android and iOS Operating Systems roughly share and dominate the mobile market, with timid expressions of other competitors. Each of these mobile operating systems were developed using their own languages, strategy and SDKs for development of applications using their libraries – known as Native apps. On the other hand, the evolution of HTML5, CSS and JavaScript created generic alternatives to create mobile apps that run on devices on all operating systems, although lacking the capability to access the device’s full potential. Alongside came the new Hybrid cross-platform development frameworks, which try to take the best of both worlds. This dissertation describes the evolution of the different mobile app development approaches and the state-of-the-art in their development techniques, and compares them with the Hybrid app approach, then highlighting the trends in mobile app development using Hybrid platforms and their advantages. This research includes the development of a mobile Hybrid application, CodeGT, which interacts with an Enterprise Resource Planning (ERP) to access the Transport Documents registered in this ERP and access to the code transmitted by the Portuguese Tax Authority (AT), therefore not requiring the printing of documents and meeting a need of the business market. This application does already have customer industry companies interested in it.As tendências atuais em direção à grande mobilidade dos indivíduos, juntamente com o crescimento exponencial do número de dispositivos móveis, levaram ao enorme crescimento na procura do desenvolvimento de aplicações móveis. Além disso, com a expansão e heterogeneidade dos dispositivos e das plataformas móveis, as empresas de desenvolvimento de software necessitam de encontrar formas mais rápidas e baratas de desenvolver aplicações capazes de abranger o maior número de dispositivos para ir ao encontro da elevada procura do mercado. Atualmente, os sistemas operativos Android e iOS dividem e dominam o mercado de dispositivos móveis com expressões tímidas de outros concorrentes. Cada um desses sistemas operativos móveis foi desenvolvido especificamente para linguagens de programação e estratégias próprias e oferecem um conjunto de ferramentas de desenvolvimento com as suas bibliotecas, para a criação de aplicações nativas. Por outro lado, a evolução do HTML5, CSS e do JavaScript criaram oportunidades para o surgimento de alternativas genéricas para criação de aplicações multiplataforma que correm em todos os dispositivos e em todos os sistemas operativos, mas sem a capacidade de aceder todo o potencial nativo do dispositivo. Paralelamente surgiram as novas plataformas de desenvolvimento híbridas, que tentam tirar o melhor partido dos dois mundos. Esta dissertação descreve a evolução das diferentes abordagens no desenvolvimento de aplicações móveis mais concretamente na utilização de ferramentas multiplataformas para a criação de aplicações móveis híbridas e as suas vantagens. A pesquisa incluiu ainda o desenvolvimento de uma aplicação móvel, CodeGT, desenvolvido numa plataforma híbrida para interagir com um software ERP, acedendo aos Documentos de Transporte registados nesse ERP, assim como ao código transmitido pela Autoridade Tributária (AT), que assim dispensa a impressão de documentos e indo ao encontro de uma necessidade do mercado. Esta aplicação já tem empresas clientes interessadas nela

Mobile KNX: Design, development and analysis of a mobile network bridge for Domotic systems

In the last few years, the need to easily control the electrical devices has been manifested with more persistence. This is due to the increasing of energy consumption and the introduction of new concepts, such as green homes and building automation systems. To find a solution to this demand, several companies have focused on the development of infrastructure for remote management system of automation building applications. Based on well-defined protocols and systems for automation building structures, in the current market there are several applications that permit to clients to meet this request. However, it is still possible to improve their quality pushing on automation. Therefore, a central system for automatically processing and sharing the configuration data has been developed, leaving to mobile devices only the task to render it, in order to allow a client to control all the “smart” devices in an automation building system. This project has focused on developing an application that would provide a system of transaction between mobile and automation building world. In addition, a mobile application has been developed for several mobile operating systems and architectures. The work was completed with a testing phase, without the use of simulators, focused on ease of use and speed of access to its devices, which has shown the validity of this idea. The results obtained have given a new set of real data on which basing future developments and also a basis for a different approach to the proble

Reducing Client-Server Communication for Efficient Real-Time Web Applications: The Use of Adaptive Polling as A Case Study for Multi-User Web Applications

A key challenge of current multi-user web applications is to provide users with interesting events and information in real-time. This research reviews the most common real-time web techniques to identify drawbacks while exploring solutions to improve simplicity, efficiency, and compatibility within a client-server environment. Two solutions are proposed for enhancing the efficiency of real-time web techniques by reducing client-server communication. First, a model of browser monitoring control observes the browser activity and decides if to postpone client-server communication in the case of inactive tabs. This model was implemented and tested with results demonstrating that a significant number of client-server connections can be avoided in the browser background. These results suggest the solution can be optimised for any real-time technique as it benefits from being a developer side technique that works consistently on all browsers. Second, ‘Adaptive Polling’ is a pull-based real-time web technique to overcome bandwidth issues of the reverse AJAX method of ‘Polling’ by controlling the frequency of requesting updates from the server based on the last server response. This approach is implemented and tested with results showing how a significant number of redundant connections can be avoided while the server does not return updates. This solution is a good alternative to other real-time web techniques as it features low latency, the simplicity of implementation, and compatibility with all browsers and servers