Building mobile apps with the ArcGIS api for Javascript, Esri, Andy Gup and Antoon Uijtdehaag

The European Developer Summit in Rotterdam will provide information about developing applications using the ArcGIS Platform APIs. The presentations will cover the ArcGIS Portal API for accessing portal content and services, ArcGIS web and runtime APIs for building customized web and mobile mapping applications, and developing applications from ArcGIS Online web maps. Demos will show working with the ArcGIS REST API to search, manage content and users, and add new items. Security best practices for applications that access secured user or application content will also be discussed.

ArcGIS Pro is a new 64-bit desktop GIS application that combines 2D and 3D mapping, analysis, and editing in one application. It has a contextual ribbon interface and allows users to work with multiple maps and layouts simultaneously. ArcGIS Pro can perform the same analysis, editing, mapping, and sharing capabilities as ArcMap but with improved performance. It is intended to replace ArcMap as the primary desktop GIS software. Users can import existing ArcMap documents and customize ArcGIS Pro. It is licensed through ArcGIS Online or Portal and can be virtualized. Future development will focus on new functionality being added to ArcGIS Pro rather than ArcMap.

The document provides a roadmap for the ArcGIS platform in 2014. It outlines Esri's commitment to continued development of the platform with regular updates. The roadmap details planned releases for apps like ArcGIS Pro, Collector, and ArcGIS Online. It discusses drivers like user needs, technology advances, and enterprise readiness. Long term themes are also outlined around 3D capabilities, usability improvements, performance, and offline functionality. The vision is to develop a comprehensive online and offline GIS platform to help businesses solve problems using geographic approaches.

This document provides an overview of ArcGIS Pro, a new desktop GIS application from Esri. The summary includes: - ArcGIS Pro is a 64-bit application with improved performance for mapping, visualization, editing, and analysis tasks. - It is integrated with ArcGIS Online and ArcGIS Enterprise and allows combined 2D/3D experiences. - ArcGIS Pro has additional capabilities over ArcMap like improved charting and runs alongside ArcMap as part of the ArcGIS Desktop application.

This document provides an overview and agenda for a session on working with ArcGIS Online. It introduces the presenters and the types of users attending. The agenda covers an overview of ArcGIS Online, available content and how it can be used, ArcGIS sharing capabilities, and the ArcGIS Online infrastructure. Key points include discussions of basemaps, imagery, tools, and a new system for storing and sharing geographic information online through ArcGIS sharing.

The document summarized the key updates and new capabilities in ArcGIS Server 10.2.x, including two new server extensions for real-time event processing and enabling on-premises web GIS via Portal for ArcGIS. It also previewed some of the planned updates for ArcGIS Server and Portal in upcoming 10.3 release, such as new metrics dashboard, stream service, 3D services, and scalable data store tier.

An ArcGIS portal can be implemented either through ArcGIS Online (the cloud-based version) or Portal for ArcGIS (an on-premise installation). Both provide a web-based interface for accessing and sharing enterprise mapping applications and data. The document discusses various architectures and authentication methods for setting up a portal, including using a virtual private network and integrating with Active Directory. It also outlines three approaches for using a portal: manually registering services, federating with ArcGIS Server, or designating the portal as a hosted server.

ArcGIS Enterprise is a foundational, powerful, and flexible platform for building collaborative web GIS systems. It includes a web portal for sharing and accessing maps, data, and apps from any browser as well as server software for hosting web services, performing analysis, and managing data. ArcGIS Enterprise can be deployed on-premises or in various cloud environments and includes tools for efficient content management, security, and scalability. Proper planning that considers organizational needs, resources, and IT environment is important for deploying an ArcGIS Enterprise system.

The document summarizes new and improved capabilities in Esri's ArcGIS platform. Key updates include enhanced analytics, AI/machine learning, and real-time capabilities in ArcGIS Pro, ArcGIS Online, ArcGIS Enterprise, and various ArcGIS apps. It also previews new apps for indoor mapping, urban planning, and business intelligence to support focused workflows. Overall, the document highlights Esri's comprehensive geospatial platform and increasing integration of new technologies like AI.

This document summarizes a presentation about working with ArcGIS Online. It discusses ArcGIS Online as an integrated part of ArcGIS that allows users to create and share intelligent web maps on any device. The presentation demonstrates how to use ArcGIS.com to search data, create web maps, and embed maps in websites. It also shows how to use templates to showcase maps in a public gallery. The road ahead section discusses upcoming enhancements to ArcGIS Online, including hosting and portals for organizations to collaborate on maps and data in the cloud.

Delivered by Peter Siebert, GIS Applications Developer at Harvard University Planning Office (UPO), on December 9th, 2009 in Lamont Library, Forum Room.

This document provides an overview and best practices for Portal for ArcGIS. It discusses choosing between AGOL and Portal, setting up Portal for administrative tasks such as customizing the home page and enabling basemaps, utility services, and GeoEnrichment services. It also covers advanced Portal customization options using the config.js file, licensing ArcGIS Pro, Portal architecture, security, and scaling options for high availability. Demo sections provide examples of administrative tasks, the Activity Dashboard, data store, and hosted server configuration.

This document discusses using Collector for ArcGIS to enable field data collection and empower utility operations. Collector allows users to collect data using mobile devices and publish it to ArcGIS Online or Portal for use across the organization. While Collector currently only supports connected access, Esri is working on offline support which is not yet suitable for most utility workflows due to limitations like an inability to use dynamic map services. The document provides recommendations for implementing Collector, including publishing editable feature services and creating web maps for use in the app.

Utilizing a powerful and proven development framework, ArcGIS Server opens itself up to the Javascript world. With the new Javascript API, users can take advantage of an incredibly robust development environment to build and deploy web mapping applications within an organization. This session will explore the utilization of existing Javascript developer libraries that can be utilized to make simple yet powerful GIS web applications, showcase the performance increases that users will see with ArcGIS Server and introduce a simple mash up environment with Google Maps and Microsoft Virtual Earth

ArcGIS Pro is the next generation ArcGIS desktop application that provides a clean, intuitive interface for 2D and 3D GIS workflows. It offers improved performance, productivity and customization over previous ArcGIS desktop applications. ArcGIS Pro can run alongside existing ArcGIS applications like ArcMap. Users with an ArcGIS Desktop license on maintenance are entitled to use ArcGIS Pro as well. Resources and training are available to help users transition to and take advantage of the new application.

A presentation of Web 2.0 technology relating to location based services (LBS) and GIS. Both Web and mobile applications are discussed.

Eastern Panhandle GIS Users Group Meeting held on 14 September 2016 in Martinsburg, WV. Presenter Christine Iksic, Precision Laser & Instrument, Inc.

A must see A to Z mobile web primer. If you still only have one website built for desktop then you need to review this presentation. Examples are about mapping but the concepts apply to everyone!

Presented by Ben Butchart and Murray King at the Institutional Web Managers Workshop, 12 July 2010, Sheffield

This document discusses best practices for mobile web development. It begins by noting limitations of mobile devices like less CPU/memory and smaller screens. It then provides tips for configuring the viewport, using media queries to separate styles, and detecting device properties in JavaScript. The document also covers HTML5 features like geolocation, media capture, and input types. It gives recommendations for images, gestures, and performance optimizations like minimizing redirects, requests, files sizes and using Gzip compression.

The document discusses getting started with web mobile GIS. It covers responsive design principles like mobile-first design and progressive enhancement. It also discusses hybrid mobile app development using PhoneGap/Cordova to wrap web apps with native functionality. Additionally, it provides examples of jQuery Mobile and Bootstrap for building responsive web apps, techniques for offline editing of geospatial data on mobile devices, and tools for optimizing web content for mobile like the ArcGIS Web Optimizer.

The document discusses responsive web design, which involves creating websites that automatically adapt their layout to different screen sizes and devices using flexible grids, flexible images and media, and media queries. The key ingredients of responsive web design are a flexible grid-based layout, flexible images and media that resize appropriately, and media queries which allow the application of CSS styles based on characteristics of the device. Responsive design aims to provide an optimized viewing and interaction experience across a wide range of devices without the need for separate mobile sites.

Join us and have fun learning how you can easily get started building JavaScript web and mobile GIS applications. We'll walk through some new quick start tools and resources that can shave off hours and even weeks of ramp-up time. There will be discussions on how to create and publish maps in minutes, as well as understanding how JavaScript and GIS services work together. Liberally sprinkled throughout the session will be lots of tips-and-tricks, and lessons learned.

This document discusses various topics related to developing web apps, including HTML5, responsive design, touch events, offline capabilities, and debugging tools. It provides links to resources on HTML5 features like media queries, SVG, web workers, and the page visibility API. It also covers techniques for adapting content like responsive web design, progressive enhancement, and server-side adaptation. Mobile browser stats and popular devices on Douban are mentioned. Frameworks like Bootstrap and tools like Weinre for debugging mobile apps are referenced.

This document discusses various techniques for making web applications work offline and with unreliable network connections, including: - The application cache manifest which allows specifying cached resources to work offline - Issues with the current manifest specification and potential enhancements - The window.applicationCache API for caching resources and monitoring cache status - Detecting online/offline status using the navigator.onLine property In 3 sentences or less, it summarizes approaches for offline web applications using the application cache manifest, applicationCache API, and navigator.onLine property.

A talk I was asked to give on the various options for building mobile applications / getting content onto mobile devices. I chose to organize it as gradient surveying the spectrum from web to native, all the stuff in between. Unfortunately for native I've only had experience with iOS so I couldn't really speak towards the other platforms. I do think that non native solutions can take care of 95% of the use cases, and this gap will only narrow as time goes on - I'm thinking back to early 2010 when cross platform SDKs like Appcelerator Titanium came onto the scene and how much has changed.

Extended version of my "Making your site mobile-friendly" talk, including a short look at native applications vs web apps, for the UKOLN DevCSI event "Developing for Mobile Applications in Education" in Reading http://www.ukoln.ac.uk/events/devcsi/mobile_applications/

This document compares native applications, web applications, and widgets for mobile devices. Native applications have direct access to device features but must be developed for each platform. Web applications can be written once and deployed anywhere but run inside the browser without direct device access. Widgets combine the cross-platform capabilities of web applications with the ability to access device features and run standalone like native applications.

This document provides guidance on developing mobile applications using Adobe AIR for mobile platforms. It discusses key considerations for touch interfaces like larger touch targets. It also covers platform-specific development setup and tools for Android and iOS. The document reviews AIR capabilities for mobile like gestures, location services and hardware integration. It provides optimization tips for performance like bitmap caching and GPU acceleration.

This document discusses HTML5 on mobile devices. It begins by explaining why mobile web is growing and why HTML5 is well-suited for mobile. It then provides an overview of what HTML5 is and examples of features like forms, multimedia, geolocation that can be used on mobile. It also discusses considerations for mobile web development like responsive design and frameworks. The document recommends tools for mobile debugging and testing performance.

This document summarizes the Firefox OS, an open web platform for building mobile apps and customizing the user interface using HTML5, CSS, and JavaScript. It outlines key web APIs, the process for developing and publishing open web apps, and the different types of apps including regular web apps, installed web apps, and privileged web apps with additional capabilities. Security levels and permissions for APIs are also discussed.

This document provides an overview of developing apps for the iPad using web technologies like HTML5, CSS3, and JavaScript compared to developing native apps. It discusses key differences like the APIs available, performance, costs, updating processes, and more. It then provides best practices for web design on iPads, including considerations for touch targets, orientations, animations, images, and more. It also covers specific technologies like HTML5, CSS3, JavaScript, and backend development approaches. The overall message is that web development for iPads is very capable with modern techniques.

A general overview of HTML5, CSS 3, CSS Meedia Queries, mobile, DAP. You might find the organically-grown hand-selected list-of-links-o-rama™ at http://my.opera.com/ODIN/blog/over-the-air-2010-bruce-lawsons-web-developments-2-0-talk to be useful.

Mobile applications are evolving to leverage HTML5 and rich web technologies. While native mobile applications currently have advantages in terms of performance and access to device features, HTML5 allows building applications that work across mobile devices and platforms using web standards. Frameworks like jQuery Mobile and Sencha Touch demonstrate how to build mobile-optimized interfaces using HTML, CSS, and JavaScript. HTML5 applications have the potential for broader reach and less development effort compared to building separate native apps, though performance compromises remain versus truly native apps.

The document discusses building mobile web applications using HTML5. It covers topics like HTML5 features that are well supported on mobile browsers like forms, communication, canvas, geolocation, audio and video. It provides examples of using CSS3 for styling, animation and media queries for responsive design. It also discusses utilizing HTML5 APIs for advanced interactions, graphics, offline support, performance and accessing device capabilities.

Presented June 8, 2012 (Online) at the 'Access by Touch: Delivering Library Services Through Mobile Technologies' conference sponsored by Amigos Library Services. Description: By the end of 2012, it is expected that more than 80% of the world’s population will have access to a smartphone. Your library users will assume that your library can be accessible from anywhere, at any time, and on any device. Now is the time to be ready! During this webinar, you will: - learn what a mobile framework is. - acquire best practices in mobile Web development. - understand the various technologies (HTML, CSS, JavaScript) and how they work together to build mobile Web apps. - recognize the differences between native and web apps. - have an opportunity to continue to work with Chad after the webinar to demonstrate what you learned. - gain access after the webinar to a free Web server so you can see your mobile Web app live.

This document discusses how to create mobile apps that feel native using only web technologies. It covers supporting features in Mobile Safari like local storage, CSS3 features, and geolocation. It recommends using web technologies over native due to quicker iteration times. Specific techniques covered include detecting browser type, adding home screen icons, startup images, going full screen, and viewport settings. The document also discusses frameworks like jQuery Mobile but notes native DOM APIs may be sufficient. It covers input features, touch vs click, animations, locking orientation, and performance tips. It acknowledges limitations of Android and webOS and recommends testing on actual devices. Finally, it discusses hybrid mobile frameworks like PhoneGap and Titanium that allow developing for multiple platforms using one code

Het verhaal achter kaarten vertelt het verhaal van Esri Nederland. In beeld gebracht met een aantal foto's.