ArcObjects SDK: How to Download and Install for ArcGIS 10.1
Introduction
ArcGIS 10.1 is a major release of Esri's flagship product for geographic information system (GIS) solutions. It offers many new features and enhancements that enable GIS users to perform various tasks from simple to advanced, such as mapping, geographic analysis, data compilation, data management, visualization, and geoprocessing.
Arcgis 10.1 Arcobjects Sdk Download
One of the key components of ArcGIS 10.1 is the ArcObjects SDK, which is a collection of software development kits (SDKs) that allow GIS developers to extend, customize, and integrate ArcGIS applications and components using various programming languages and platforms. The ArcObjects SDK is a powerful and flexible tool for creating custom GIS solutions that meet specific needs and requirements.
In this article, we will explore the features and benefits of ArcGIS 10.1 ArcObjects SDK, the installation and setup process, and some examples and tutorials of using it for different GIS functions. By the end of this article, you will have a better understanding of what ArcGIS 10.1 ArcObjects SDK can do for you and how to get started with it.
Features and benefits of ArcGIS 10.1 ArcObjects SDK
The ArcObjects SDK provides a rich set of features and benefits for GIS developers who want to leverage the capabilities of ArcGIS 10.1 in their own applications and solutions. Some of the main features and benefits are:
Extending ArcGIS applications: The ArcObjects SDK allows you to extend the functionality and user interface of the existing ArcGIS applications, such as ArcMap, ArcCatalog, ArcScene, ArcGlobe, and ArcGIS for Server. You can create add-ins, custom components, extensions, commands, tools, menus, toolbars, dockable windows, property pages, editors, and more using the ArcObjects SDK. You can also access the underlying objects and methods of the ArcGIS applications and manipulate them programmatically.
Building stand-alone mapping applications: The ArcObjects SDK allows you to build your own stand-alone mapping applications that can display, edit, analyze, and manage geographic data. You can use the ArcGIS Engine or the ArcGIS Runtime to develop your custom mapping applications using the ArcObjects SDK. You can also create embedded GIS applications that run on mobile devices or web browsers.
Integrating external data sources and libraries: The ArcObjects SDK allows you to integrate external data sources and libraries with your GIS applications and solutions. You can work with various types of data sources, such as databases, web services, files, sensors, etc., using the ArcObjects SDK. You can also leverage external libraries that provide additional functionality for spatial analysis, visualization, geoprocessing, etc., using the ArcObjects SDK.
These features and benefits make the ArcObjects SDK a versatile and comprehensive tool for developing custom GIS solutions that suit your needs and preferences. Let's take a closer look at each of these features and benefits in more detail.
Extending ArcGIS applications
The ArcObjects SDK enables you to extend the functionality and user interface of the existing ArcGIS applications by creating add-ins and custom components. Add-ins are self-contained modules that can be easily installed and uninstalled without modifying the core application. Custom components are more complex modules that require registration and configuration with the application. Both add-ins and custom components can be created using any of the supported programming languages (.NET, Java, or C++), depending on your preference and expertise.
Some of the common scenarios for extending ArcGIS applications using the ArcObjects SDK are:
Customizing ArcGIS Desktop: You can customize any of the ArcGIS Desktop applications (ArcMap, ArcCatalog, ArcScene, or ArcGlobe) by creating add-ins or custom components that enhance their functionality or user interface. For example, you can create a custom tool that performs a specific spatial analysis on a selected layer in ArcMap; or you can create a custom dockable window that displays additional information about a feature class in ArcCatalog; or you can create a custom extension that adds a new tab to the layer properties dialog in ArcScene; or you can create a custom command that exports a globe document to a 3D model in ArcGlobe.
Developing Web applications with ArcGIS for Server: You can develop web applications that use the services and resources provided by ArcGIS for Server by creating custom components that interact with the server objects using the ArcObjects SDK. For example, you can create a custom map service that performs a complex geoprocessing task on the server side; or you can create a custom image service that applies a dynamic raster function on the server side; or you can create a custom geodata service that exposes a geodatabase feature class on the server side; or you can create a custom geoprocessing service that executes a custom script tool on the server side.
These are just some examples of how you can extend the existing ArcGIS applications using the ArcObjects SDK. You can find more examples and tutorials of extending ArcGIS applications using the ArcObjects SDK in the ArcGIS Developer Help and the ArcGIS Resource Center.
Building stand-alone mapping applications
The ArcObjects SDK enables you to build your own stand-alone mapping applications that can display, edit, analyze, and manage geographic data by using the ArcGIS Engine or the ArcGIS Runtime. ArcGIS Engine is a developer product that provides a set of components and controls for building custom mapping applications for Windows, Linux, and Solaris platforms. ArcGIS Runtime is a developer product that provides a lightweight and embeddable framework for building GIS applications for mobile devices or web browsers.
Some of the common scenarios for building stand-alone mapping applications using the ArcObjects SDK are:
Developing with ArcGIS Engine: You can develop custom mapping applications with ArcGIS Engine using the ArcObjects SDK by adding the ArcGIS Engine controls and components to your development environment (.NET, Java, or C++). For example, you can create a desktop application that displays a map with multiple layers and allows the user to zoom, pan, identify, select, and edit features; or you can create a console application that performs a batch geoprocessing task on a set of input data; or you can create a service application that exposes a map service to other applications.
Developing with ArcGIS Runtime: You can develop embedded GIS applications with ArcGIS Runtime using the ArcObjects SDK by adding the ArcGIS Runtime libraries and components to your development environment (.NET, Java, or C++). For example, you can create a mobile application that displays a map with offline data and allows the user to collect, edit, and sync features; or you can create a web application that displays a map with online data and allows the user to query, measure, and print features; or you can create a plug-in application that extends the functionality of an existing application with GIS capabilities.
These are just some examples of how you can build your own stand-alone mapping applications using the ArcObjects SDK. You can find more examples and tutorials of building stand-alone mapping applications using the ArcObjects SDK in the ArcGIS Developer Help and the ArcGIS Resource Center.
Integrating external data sources and libraries
The ArcObjects SDK enables you to integrate external data sources and libraries with your GIS applications and solutions by using the interfaces and classes provided by the ArcObjects SDK. You can work with various types of data sources, such as databases, web services, files, sensors, etc., using the ArcObjects SDK. You can also leverage external libraries that provide additional functionality for spatial analysis, visualization, geoprocessing, etc., using the ArcObjects SDK.
Some of the common scenarios for integrating external data sources and libraries using the ArcObjects SDK are:
Working with external data sources: You can integrate external data sources with your GIS applications and solutions using the ArcObjects SDK by creating or accessing data objects that represent them. For example, you can create a feature class from a CSV file; or you can access a feature service from a web service; or you can connect to a database from an ODBC driver; or you can read data from a sensor from a COM port.
Working with external libraries: You can leverage external libraries with your GIS applications and solutions using the ArcObjects SDK by calling their methods or functions from your code. For example, you can use the Spatial Analyst library to perform raster analysis; or you can use the 3D Analyst library to perform 3D visualization; or you can use the Geoprocessing library to perform geoprocessing tasks; or you can use the Python library to execute Python scripts.
These are just some examples of how you can integrate external data sources and libraries with your GIS applications and solutions using the ArcObjects SDK. You can find more examples and tutorials of integrating external data sources and libraries using the ArcObjects SDK in the ArcGIS Developer Help and the ArcGIS Resource Center.
Installation and setup of ArcGIS 10.1 ArcObjects SDK
The installation and setup process of ArcGIS 10.1 ArcObjects SDK varies depending on which platform and development environment you want to use. However, there are some common prerequisites, steps, and options that apply to all cases. In this section, we will explain these common aspects of installing and setting up ArcGIS 10.1 ArcObjects SDK. For more specific instructions and guidance, please refer to the ArcGIS Developer Help and the ArcGIS Resource Center.
Prerequisites for installation
Before you can install any of the ArcObjects SDKs, you need to have the following prerequisites:
ArcGIS Engine Runtime or ArcGIS Desktop: You need to have either ArcGIS Engine Runtime or ArcGIS Desktop installed on your machine, as they provide the core components and libraries that the ArcObjects SDKs depend on. You can download ArcGIS Engine Runtime or ArcGIS Desktop from the Esri Customer Care Portal or the Esri Downloads page.
Registration numbers for ESRI Developer Network subscribers: If you are an ESRI Developer Network (EDN) subscriber, you need to have the registration numbers for installing the ArcGIS Engine Developer Kit and the extensions, such as 3D Analyst, Spatial Analyst, Network Analyst, etc. You can obtain the registration numbers from the EDN Registration Numbers page.
If you have these prerequisites, you can proceed to install any of the ArcObjects SDKs that you want to use.
Steps for installation
The steps for installing any of the ArcObjects SDKs are as follows:
Insert the CD or download the setup file: You can install any of the ArcObjects SDKs by inserting the appropriate CD that contains the setup file, or by downloading the setup file from the Esri Customer Care Portal or the Esri Downloads page. The setup file name will vary depending on which SDK you want to install, such as ArcObjectsSDKNET.exe, ArcObjectsSDKJava.exe, ArcObjectsSDKCPP.exe, etc.
Follow the setup instructions: You can install any of the ArcObjects SDKs by following the setup instructions that appear on the screen. The setup instructions will guide you through the installation process, such as accepting the license agreement, choosing the installation location, entering the registration number (if required), selecting the components to install, etc.
Install the legacy VBA support (optional): If you want to use VBA with any of the ArcGIS applications, you need to install a separate setup for legacy VBA support. This is an optional step that is not required for using any of the ArcObjects SDKs. You can download the legacy VBA support setup file from the ArcGIS Desktop VBA Resources for Developers page.
If you follow these steps, you can successfully install any of the ArcObjects SDKs that you want to use.
Options for installation
The options for installing any of the ArcObjects SDKs depend on which development environment and platform you want to use. You can choose from the following options:
Choosing the development environment: You can choose which development environment you want to use for working with ArcObjects in .NET (C#, VB.NET, or VC++), Java, or C++. Each development environment has its own resources and documentation that you can access from the ArcGIS Developer Help and the ArcGIS Resource Center.
Choosing the platform: You can choose which platform you want to use for working with ArcObjects in Windows, Linux, or Solaris. Each platform has its own requirements and limitations that you need to be aware of before installing any of the ArcObjects SDKs. You can find more information about each platform from the ArcGIS Developer Help and the ArcGIS Resource Center.
These options allow you to customize your installation and setup of ArcGIS 10.1 ArcObjects SDK according to your preferences and needs.
Examples and tutorials of ArcGIS 10.1 ArcObjects SDK
To help you get started with using ArcGIS 10.1 ArcObjects SDK for developing custom GIS solutions, there are many examples and tutorials available online that cover different functional areas of GIS, such as mapping, geodatabase, geoprocessing, graphics pipeline, networks, publisher, spatial query, raster analysis, etc. These examples and tutorials provide code snippets, explanations, screenshots, videos, and sample data that demonstrate how to use various classes and methods of ArcObjects in different scenarios and applications.
You can find these examples and tutorials from various sources, such as:
Arc GIS Developer Help: This is the official documentation of ArcGIS 10.1 ArcObjects SDK that provides reference, guide, samples, and walkthroughs for each development environment and platform. You can access the ArcGIS Developer Help from the ArcGIS Developer Help page.
ArcGIS Resource Center: This is the online community of ArcGIS developers and users that provides blogs, forums, videos, galleries, code galleries, and SDK downloads for each development environment and platform. You can access the ArcGIS Resource Center from the ArcGIS Resource Center page.
ArcGIS Code Sharing: This is the online repository of ArcGIS code samples and projects that are contributed by Esri staff and ArcGIS developers and users. You can browse, download, rate, and comment on the code samples and projects that are relevant to your needs and interests. You can access the ArcGIS Code Sharing from the ArcGIS Code Sharing page.
ArcGIS Online: This is the online platform of Esri that provides cloud-based GIS content and services that you can use with your ArcGIS applications and solutions. You can access various types of data, maps, layers, services, apps, and groups that are shared by Esri and other ArcGIS users. You can also create and share your own data, maps, layers, services, apps, and groups with others. You can access ArcGIS Online from the ArcGIS Online page.
These sources provide a wealth of examples and tutorials that can help you learn and master ArcGIS 10.1 ArcObjects SDK in a fun and easy way.
Conclusion
In this article, we have introduced ArcGIS 10.1 ArcObjects SDK, which is a collection of software development kits (SDKs) that allow GIS developers to extend, customize, and integrate ArcGIS applications and components using various programming languages and platforms. We have discussed the features and benefits of ArcGIS 10.1 ArcObjects SDK, such as extending ArcGIS applications, building stand-alone mapping applications, and integrating external data sources and libraries. We have also explained the installation and setup process of ArcGIS 10.1 ArcObjects SDK, as well as the options for choosing the development environment and platform. Finally, we have provided some links to examples and tutorials of using ArcGIS 10.1 ArcObjects SDK for different functional areas of GIS.
ArcGIS 10.1 ArcObjects SDK is a powerful and flexible tool for creating custom GIS solutions that meet specific needs and requirements. It offers a rich set of classes and methods that expose the functionality of the underlying ArcGIS components and libraries. It also supports multiple programming languages and platforms that cater to different preferences and expertise levels of GIS developers. By using ArcGIS 10.1 ArcObjects SDK, you can unleash your creativity and innovation in developing GIS applications and solutions that are tailored to your goals and objectives.
If you are interested in learning more about ArcGIS 10.1 ArcObjects SDK, we encourage you to explore the resources that we have mentioned in this article, as well as other sources that are available online. You can also join the online community of ArcGIS developers and users who share their knowledge, experience, feedback, and ideas about using ArcGIS 10.1 ArcObjects SDK. We hope that this article has given you a good overview of what ArcGIS 10.1 ArcObjects SDK can do for you and how to get started with it.
FAQs
Here are some frequently asked questions (FAQs) related to the topic of this article:
What is the difference between ArcObjects SDK and ArcPy?: ArcObjects SDK is a collection of software development kits (SDKs) that allow GIS developers to extend, customize, and integrate ArcGIS applications and components using various programming languages (.NET, Java, or C++) and platforms (Windows, Linux, or Solaris). ArcPy is a Python site package that provides access to geoprocessing tools and functions in ArcGIS Desktop (ArcMap or ArcCatalog) or ArcGIS Pro.
How can I get access to ArcGIS 10.1 ArcObjects SDK?: You can get access to ArcGIS 10.1 ArcObjects SDK by subscribing to the ESRI Developer Network (EDN), which is a program that provides access to the full suite of ArcGIS products and SDKs for development and testing purposes. You can also get access to ArcGIS 10.1 ArcObjects SDK by purchasing the ArcGIS Engine Developer Kit or the ArcGIS for Server Enterprise Advanced license, which include the ArcObjects SDKs as part of their packages.
What are the system requirements for ArcGIS 10.1 ArcObjects SDK?: The system requirements for ArcGIS 10.1 ArcObjects SDK depend on which platform and development environment you want to use. However, some of the common system requirements are: a minimum of 2 GB of RAM, a minimum of 4 GB of available disk space, a minimum of 1024 x 768 display resolution, and a supported operating system (Windows 7, Windows 8, Windows Server 2008 R2, Windows Server 2012, Linux Red Hat Enterpri