ArcGIS Engine Developer Guide

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C++ APPLICATION PROGRAMMING INTERFACE If desired, you can utilize template makefiles provided with the ArcGIS Engine. Makefile.SolarisGTK provides a starting point for Solaris GTK applications, and Makefile.LinuxGTK will get you started with Linux GTK applications. Refer to the next section for details on these templates. Setting up your application Setting up an ArcGIS Engine C++ GTK application is like setting up an ArcGIS Engine C++ application. There are only a few additional libraries, includes, and flags to add to the makefile. For those of you familiar with ArcGIS Engine C++ programming, you will need to add gtkctl and aoctl as libraries to link against (that is, add them with the -l flag, as shown in Step 3 below). In addition, you will need to add the GTK CFLAGS and LDFLAGS, which will be generated by a package management script called pkg-config. If you are not familiar with ArcGIS Engine C++ programming, all the steps you need to take in preparing your application are discussed below. Open your favorite text editor and begin writing your code. Use a makefile to set the following include directories, library options, and compiler options. Below, $(ARCENGINEHOME) is used to refer to the root directory of your ArcGIS Engine install and should be defined once you have sourced arcgis/ init_engine.sh (or .csh). For examples of each of these steps, see the template makefiles: Makefile.SolarisGTK and Makefile.LinuxGTK. 1. Use the -I compiler option to add some additional include directories: • $(ARCENGINEHOME)/include • (Linux) /usr/X11R6/include (or the correct version for your installation) 2. Use the -L linker option to specify some additional library directories: • $(ARCENGINEHOME)/bin • (Linux) /usr/X11R6/lib (or the correct version for your installation) 3. Use the -l linker option link against some libraries: • arcsdk • gtkctl • aoctl 4. Use the -D compiler option to define the ESRI_UNIX symbol to direct the compiler to read the UNIX support headers from within ArcSDK.h. 5. Generate GTK compiler and linker arguments with pkg-config: • $(shell pkg-config gtk+-2.0 —cflags) • $(shell pkg-config gtk+-2.0 —libs) 222 • ArcGIS Engine Developer Guide
C++ APPLICATION PROGRAMMING INTERFACE The template makefiles, Makefile.SolarisGTK and Makefile.LinuxGTK, can be found in ArcGIS Developer Help under Development Environments > C++ > Makefiles. Customizing the templates Makefile.SolarisGTK and Makefile.LinuxGTK As a convenience, template makefiles, named Makefile.SolarisGTK for Solaris GTK applications and Makefile.LinuxGTK for Linux GTK applications, are included with ArcGIS Engine for your use. The following steps highlight the specific areas of those files that must be customized for you to use them in your development process. The modifications shown are based on an application that is written in a single code and a single header file, my_application.cpp and my_application.h, and produces an executable that takes in a single file at runtime. 1. Throughout the makefile, update the program name, currently ‘gtk_sample’, to reflect your application name. In this example, the program name is my_application. The comment text used here to describe the code of the makefile has been modified from the actual comments within the file to reflect the steps being taken. # Set up the program name PROGRAM = my_application ... # Program name updates - source list CXXSOURCES = my_application.cpp ... # Program name updates - objects, dependencies, and compilation commands my_application.o: my_application.cpp my_application.h $(CXX) $(CXXFLAGS) -c -o my_application.o my_application.cpp 2. Update the dependencies list for your application. This line was also shown above to illustrate the update of the program name. However, it may also involve adding additional parameters and lists if the application you are writing is broken up into more files. ... # Program name updates - objects, dependencies, and compilation commands my_application.o: my_application.cpp my_application.h $(CXX) $(CXXFLAGS) -c -o my_application.o my_application.cpp With your makefile prepared, you are ready to write your code. Don’t forget to start by including ArcSDK.h! Compiling your application Once Makefile.SolarisGTK or Makefile.LinuxGTK is ready to compile your application, you can compile from the command line by typing “make -f Makefile.SolarisGTK” or “make -f Makefile.LinuxGTK”, as appropriate. Running your application You can either invoke your application directly or through the makefile. If you choose to invoke it directly, you will need to provide command-line parameters from the command line. To use the makefile to run your ArcGIS Engine application, type “make -f Makefile.SolarisGTK run” or “make -f Makefile.LinuxGTK run”, as appropriate. Chapter 4 • Developer environments • 223
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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 Whi
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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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Page 176 and 177: .NET APPLICATION PROGRAMMING INTERF
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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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BUILDING APPLICATIONS WITH VISUAL J
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BUILDING APPLICATIONS WITH WINDOWS
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BUILDING APPLICATIONS WITH C++ AND
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BUILDING A COMMAND-LINE JAVA APPLIC
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BUILDING A COMMAND-LINE C++ APPLICA
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A Reading the object model diagrams
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CLASSES AND RELATIONSHIPS There are
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CLASSES AND RELATIONSHIPS N-ary ass
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INTERFACES AND MEMBERS error messag
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PUTTING IT TOGETHER—AN EXAMPLE IW
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ARCGIS SOFTWARE DEVELOPER KIT The A
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ARCGIS SOFTWARE DEVELOPER KIT • E
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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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