Format Charts and Graphs for Any Mobile Device in Your BYOD Environment


One challenge in development of mobile business solutions is formatting for all the different devices end users will bring. Each mobile OS supports a family of display sizes from the smallest smartphones to the largest tablets. And when you switch to a competing OS, all the screen sizes all change again. The need to support many different mobile devices can slow down development of mobile solutions for BYOD (Bring Your Own Device) enterprises.

Pie chart for any mobile device created using Altova MobileTogether

Altova MobileTogether is a cross-platform mobile development framework that lets you build once across multiple platforms:

  • Android
  • iOS
  • Windows 8
  • Windows Phone 8
  • HTML-5 Browser Based Client

Going further, MobileTogether supports all available screen sizes for each OS, with special features to accelerate developer productivity.

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Cross-Platform Mobile Development with Altova MobileTogether


Software engineers have long wanted to create an application once and run it on multiple platforms. With today’s rapidly evolving mobile devices, the problem is even more urgent, as iOS, Android, Windows Phone, and Surface tablets all compete for developer resources.

If you’re working on apps to communicate with enterprise users, you risk disenfranchising and alienating influential and important subsets of your colleagues when you build for each device sequentially or deliver unequal functionality.

Altova MobileTogether lets you create a cross-platform mobile solution once and deploy it in seconds to all mobile users in the enterprise, who may run it on iPhones, iPads, Android phones or tablets, Windows Phones, Surface tablets, or even laptop or desktop computers.

And these are not simple .html-based one-size-fits-all Web pages, but true native mobile solutions that take advantage of all the rich interface features users already know, delivering mission-critical data from databases, XML files, or by issuing HTTP requests to remote servers and filtering and formatting the response as necessary.

A mobile sales report application created with MobileTogether

The MobileTogether Designer is an easy-to-use development tool for creating high-quality business intelligence dashboards, interactive reports, enterprise forms, and other mobile applications by using drag-and-drop functionality. You simply drag various controls into the work area and assign data structures and actions to build a cross-platform solution.

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XML Development with Database Integration


Did you know that XMLSpy connects to relational databases? One of the most compelling features of the Altova MissionKit is that numerous tools in the suite include offer deep integration with relational databases, providing seamless access to back end data for bi-directional conversion, integration, analysis, and reporting. image Let’s take a look at what you can do when you connect XMLSpy to your databases. Other database-enabled MissionKit tools will be covered in subsequent posts.All popular relational databases are supported in XMLSpy:

  • Microsoft® SQL Server® 2000, 2005, 2008
  • IBM DB2® 8, 9
  • Oracle® 9i, 10g, 11g
  • Sybase® 12
  • MySQL® 4, 5
  • PostgreSQL 8
  • Microsoft Access 2003, 2007

First step: Connect to and query the database

When you select Query Database from the DB menu, XMLSpy helps you connect to your database with the step-by-step Database Connection Wizard. Then, the DB Query window makes it easy to explore and/or edit data in the database you’re working with, either by opening existing SQL files or creating SQL scripts from scratch using drag-and-drop and auto-complete functionality. Once you execute your query, you can edit the database data in the results window, review changed fields (highlighted in pink), and commit the changes back to the database. Querying a database in XMLSpy

Next: Convert between XML and databases

Another common requirement is converting between XML and database models, and XMLSpy supports this in both directions. You can easily export database data to XML. If no schema is required, you can simply export the data to XML in its basic tabular format. Or, you can use the Create XML Schema from DB Structure option first, then import database data maintaining all the relationships and dependencies defined in the content model. Numerous options are available to specify the format of the schema, whether columns should be imported as elements or attributes, and the database constraints that should be generated in the XML Schema. Get schema from DB data Or, to go in the other direction, it’s just as easy to go from XML to a relational model in XMLSpy. The Export to Database dialog (accessed via the Convert menu) allows you to specify where to start the export, how to handle export fields, and which elements to include. Then, the data is instantly converted and stored in your database. image For times when you want to define a database with the same rules as an existing XML Schema, the Create DB Structure from XML Schema dialog lets you do so with numerous options. Any identity constraints included in the schema will automatically transfer to the database structure. Alternatively, it’s easy to define relationships between elements manually. Learn more about all these features for working with XML and databases in XMLSpy, or check out all the database tools available in the MissionKit.

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