Difference between revisions of "EMAC OE SDK Introduction"

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{{EMAC OE SDK Conventions}}
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{{todo|SEOKWREV; Make sure there is an OE 4 and OE 5 version; (10.30.13-11:00->MG+); (10.30.13->16:35->MD+);(11.06.13-12:33->JG+);(03.04.14-16:10->BS-);(03.19.14-16:10->BS+)|Michael Gloff|project=oe 4,oe 5,mg,md,bs,SEOKWREV}}
  
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The EMAC Open Embedded SDK is distributed in an archive that can be extracted and used from a Linux shell or imported into Eclipse as a ready-to-develop project. The archive contains a hardware-specific SDK which must be set up using the [[EMAC OE SDK Configuration]] page.
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{{#seo:
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|title=EMAC OE SDK Introduction
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|titlemode=append
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|keywords=EMAC OE SDK,SDK Introduction
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|description=Introduction to EMAC Open Embedded SDK.
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}}
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== Introduction ==
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<!-- NOTE:  This shouldn't be in here yet: " or Qt Creator for EMAC OE 5.0."  We'll wait until our OE 5.0 release before we give that detail away on our wiki. -->
  
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Each SDK includes the C/C++ header files and libraries compatible with the target hardware. It also includes the C/C++ cross-compiler toolchain components necessary to compile and debug custom application code. Understanding the details of this toolchain is not necessary for the application developer. However, the setup is simple enough for those with an intermediate knowledge of GNU/Linux development to understand and modify the configuration to suit application-specific needs if, necessary.
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The EMAC Open Embedded SDK is distributed in an archive that can be extracted and used from a Linux terminal or from within an integrated development environment such as Eclipse. The archive contains hardware-specific tools which must be [[ Installing_EMAC_OE_4.0_SDK | installed ]] and [[ Configuring_EMAC_OE_4.0_SDK | configured]].
  
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To learn how to put these features into use, see the links below.
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Each SDK includes the C/C++ header files and libraries compatible with the target hardware. It also includes the C/C++ cross-compiler toolchain components necessary to compile and debug custom application code. Follow the links below to get started building and running the example projects on the target hardware.
  
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[[Category:EMAC OE SDK]]
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== Next Steps ==
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[[ Installing_EMAC_OE_4.0_SDK | Install EMAC OE 4.0 SDK ]]
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==See Also==
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*[[ Configuring EMAC OE 4.0 SDK ]]
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*[[ Using EMAC OE SDK Example Projects ]]
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*[[ Creating a New EMAC OE SDK Project ]]
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*[[ Building_Existing_Software_Packages_with_EMAC_OE_SDK | Building Existing Projects ]]
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*[[ Remote_Debugging_EMAC_OE_SDK_Projects_with_gdbserver | Debugging with gdbserver ]]
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<!--[[Category:EMAC OE SDK]]-->

Latest revision as of 15:08, 19 March 2014

TODO: {{#todo:SEOKWREV; Make sure there is an OE 4 and OE 5 version; (10.30.13-11:00->MG+); (10.30.13->16:35->MD+);(11.06.13-12:33->JG+);(03.04.14-16:10->BS-);(03.19.14-16:10->BS+)|Michael Gloff|oe 4,oe 5,mg,md,bs,SEOKWREV}}

Introduction

The EMAC Open Embedded SDK is distributed in an archive that can be extracted and used from a Linux terminal or from within an integrated development environment such as Eclipse. The archive contains hardware-specific tools which must be installed and configured.

Each SDK includes the C/C++ header files and libraries compatible with the target hardware. It also includes the C/C++ cross-compiler toolchain components necessary to compile and debug custom application code. Follow the links below to get started building and running the example projects on the target hardware.

Next Steps

Install EMAC OE 4.0 SDK

See Also


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