ArcGIS Engine Developer Guide

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BUILDING APPLICATIONS WITH C++ AND CONTROL WIDGETS 9. Stop customizing the application. Use the Select tool to move the text element containing today’s date. DEPLOYMENT To successfully deploy this application onto a user’s machine: • The user machine will require an installation of the ArcGIS Engine Runtime. • The user’s machine will need to have its ArcGIS Engine Runtime initialized. • The executable created at compile time will need to be deployed onto the user’s machine. • To run: At the command line, type “./MapViewer”. ADDITIONAL RESOURCES The following resources may help you understand and apply the concepts and techniques presented in this scenario. • The ArcGIS Engine Developer Kit documentation. This includes component help, object model diagrams, and samples to help you get started. • The ESRI ArcObjects Online Web site and the ESRI online discussion forums. • Heller, Dan, Paula M. Ferguson, and David Brennan. Motif Programming Manual (The Definitive Guides to the X Window System, Volume 6A) 2nd Edition. O’Reilly & Associates. 1994. • Oram, Andy, and Steve Talbott. Managing Projects with make, 2nd Edition. O’Reilly Press. • www.gtk.org 408 • ArcGIS Engine Developer Guide
BUILDING A COMMAND-LINE JAVA APPLICATION Rather than walk through this scenario, you can get the completed application from the samples installation location. The sample is installed as part of the ArcGIS developer samples. The ArcGIS developer samples are not included in the typical installation of the ArcGIS Engine Developer Kit. If you do not have them installed, rerun the Developer Kit Install wizard, click Custom or Modify, and click the samples feature under Software Developer Kit. This walkthrough is intended for programmers who want to learn more about the Java API in ArcGIS Engine. To get the most out of this scenario you should understand basic Java programming concepts such as classes, inheritance, and using packages. Some familiarity with ArcObjects will also be helpful, although not required. Although this scenario does require conceptual knowledge of the Java language, it does not require a lot of programming experience. The code used in this example provides an easy entry point to learn about the Java API in ArcGIS Engine on a small and simple scale. You can find this sample in: \developerkit\samples\Developer_Guide_Scenarios\ Converting_A_Tin_To_Point_ShapefileJava.zip PROJECT DESCRIPTION This scenario will cover several aspects of the ArcGIS Engine API. The goal of this exercise is to create a standalone command-line application with the ArcGIS Engine Java API. The application will take as input a TIN representation of a surface and create a three-dimensional shapefile representing the interpolated TIN nodes. Once you have completed this scenario, you will understand the techniques required to work with the ArcGIS Engine Java API. CONCEPTS Terrain data is collected mostly as a sequence of discrete (x, y, z) data points. Digital terrain models (DTM) are generally organized such that mass points lie in a grid pattern or they represent nodes of triangles in an array referred to as a triangulated irregular network, or TIN. The nodes will be converted to points and used to create a new feature class. This exercise will use the TIN object and the ITinAdvanced interface it implements. ITinAdvanced provides access to basic properties and is a starting point to the underlying data structure. In addition, the scenario utilizes the GeometryDef and FieldsEdit classes to populate the newly created feature class. The Java API is not included in the typical installation of the ArcGIS Engine Developer Kit. If you do not have it installed, rerun the Developer Kit Install wizard, click Custom or Modify, and select the Java feature under ArcGIS Engine. In addition, for access to the Javadoc and other Javaspecific documentation, select the Java feature under Software Developer Kit. DESIGN The application will be written entirely in the Java language. This allows you to write code once on any platform and deploy the application on any supported ArcGIS Engine platform. This scenario will use Microsoft Windows XP as the developer platform but can easily be followed on any UNIX-based developer platforms. Ant, a cross-platform Java-based build tool, will be used to build and deploy the scenario. Ant executes tasks implemented as Java classes, which allow it to inherit the platform independence of Java. ArcGIS Engine Developer Kit includes an extended version of Ant called arcgisant. This scenario will use arcgisant, but you are free to use any version of Ant 1.5.x or greater. REQUIREMENTS To successfully follow this scenario you need the following (the requirements for deployment are covered later in the ‘Deployment’ section): • An installation of the ArcGIS Engine Developer Kit (including Java) with an authorization file enabling it for development use. Chapter 6 • Developer scenarios • 409
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ArcGIS ® Engine Developer Guide Ar
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Contents CHAPTER 1: INTRODUCING ARC
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1 Introducing ArcGIS Engine ESRI ®
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ARCGIS 9 OVERVIEW ArcGIS Server Arc
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ARCGIS 9 OVERVIEW ArcGIS Engine and
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OVERVIEW OF ARCGIS ENGINE Chapter 3
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OVERVIEW OF A RCGIS ENGINE The Stre
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WHO CAN USE ARCGIS ENGINE? authored
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ARCGIS ENGINE CAPABILITIES SPATIAL
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ARCGIS ENGINE CAPABILITIES NETWORK
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GETTING STARTED Throughout most of
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USING THIS BOOK This book, ArcGIS E
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DEVELOPER RESOURCES ESRI DEVELOPER
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ARCGIS SOFTWARE ARCHITECTURE For a
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ARCGIS SOFTWARE ARCHITECTURE ESRI h
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ARCGIS SOFTWARE ARCHITECTURE Althou
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ARCGIS APPLICATION PROGRAMMING INTE
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ARCGIS ENGINE LIBRARIES Carto Conta
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ARCGIS ENGINE LIBRARIES cluded in t
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ARCGIS ENGINE LIBRARIES 22 Spatial-
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ARCGIS ENGINE LIBRARIES NETWORKANAL
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3 Developing with ArcGIS controls A
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WORKING WITH THE ARCGIS CONTROLS me
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WORKING WITH THE ARCGIS CONTROLS Ar
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WORKING WITH THE ARCGIS CONTROLS If
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WORKING WITH THE ARCGIS CONTROLS Li
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BUILDING APPLICATIONS WITH THE ARCG
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THE MICROSOFT COMPONENT OBJECT MODE
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DEVELOPING WITH ARCOBJECTS ArcGIS a
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DEVELOPING WITH A RCOBJECTS Accessi
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DEVELOPING WITH A RCOBJECTS As an e
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DEVELOPING WITH A RCOBJECTS COM App
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DEVELOPING WITH A RCOBJECTS The Cus
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THE V ISUAL BASIC 6 ENVIRONMENT Use
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THE V ISUAL BASIC 6 ENVIRONMENT Pri
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THE V ISUAL BASIC 6 ENVIRONMENT Tha
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THE V ISUAL BASIC 6 ENVIRONMENT per
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THE V ISUAL BASIC 6 ENVIRONMENT If
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THE V ISUAL BASIC 6 DEVELOPMENT ENV
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VISUAL C++ IXxxImpl CComXxxThreadMo
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VISUAL C++ Linking ATL code One of
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VISUAL C++ removal would result in
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VISUAL C++ switches are used to cha
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VISUAL C++ 4. To create the noncrea
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VISUAL C++ Grimes, Richard, Reilly
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VISUAL C++ IFooPtr ipFoo; HRESULT h
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VISUAL C++ expected. It is better t
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VISUAL C++ Here are some suggestion
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VISUAL C++ Symbol d, i Format signe
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VISUAL C++ Loading the following sh
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VISUAL C++ #import "C:\Program File
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VISUAL C++ Make sure dialog boxes t
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VISUAL C++ Creating an MFC dialog b
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VISUAL C++ This environment does no
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VISUAL C++ Connection point mechani
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VISUAL C++ The following issues wit
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VISUAL C++ { } DECLARE_REGISTRY_RES
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VISUAL C++ 5. Clicking OK will modi
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VISUAL C++ delete[] pvars; // Clean
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VISUAL C++ // Create dialog class o
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.NET APPLICATION PROGRAMMING INTERF
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JAVA APPLICATION PROGRAMMING INTERF
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C++ APPLICATION PROGRAMMING INTERFA
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5 Licensing and deployment Developm
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ARCGIS LICENSING OPTIONS PRODUCT LI
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ARCGIS LICENSING OPTIONS ArcGIS Eng
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ARCGIS ENGINE DEVELOPER KIT At the
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APPLICATION DEVELOPMENT AND LICENSE
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TESTING WITH ARCGIS ENGINE RUNTIME
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DEPLOYMENT To successfully deploy c
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DEPLOYMENT 3. You or your client in
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6 Developer scenarios Throughout th
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BUILDING APPLICATIONS WITH ACTIVEX
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Page 445 and 446: A Reading the object model diagrams
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Page 461 and 462: C Conver erting personal geodatabas
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CONVERTING DATA FOR USE WITH THE GI
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CONVERTING DATA FOR USE WITH THE GI
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D Installing ArcGIS Engine Runtime
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INSTALLING ARCGIS ENGINE RUNTIME ON
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E Glossary The following is a gloss
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GLOSSARY ASP.NET assembly associati
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GLOSSARY composition computer-aided
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GLOSSARY FGDC framework GDB GDI Geo
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GLOSSARY JSF JSP JSTL late binding
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GLOSSARY the EXE in which they are
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GLOSSARY server account server cont
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GLOSSARY URL usage time utility COM
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A Index Abstract class 61 defined 4
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Building applications with ActiveX
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debugging defined 495 Deeply statef
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IIS 143 ILineSymbol interface 292,
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OLE automation. See Microsoft Compo
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SXD defined 504 Synchronization def
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XSLT defined 506 Index • 519
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