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1. Start Embedded Command Shell by running <SoC EDS installation directory>/embedded_command_
shell.sh
2. Run the following command: cd <SoC EDS installation directory>/embeddedsw/socfpga/sources/
3. If your computer connects to the Internet using a proxy, you may need to use the following command
to tell the Git utility about the proxy: git config --global http.proxy <proxy_name>
4.
Run the following command: ./git_clone.sh
Related Information
• Getting Started with Running Linux on page 4-2
For more information, refer to the Getting Started with Running Linux section in this document.
• Rocket Boards
For more information about Linux and the latest source releases, refer to the Rocketboards website.
Starting Eclipse with the Embedded Command Shell
1. Start an Embedded Command Shell by running <SoC EDS installation directory>/embedded_command_
shell.sh.
2.
Start Eclipse by running the eclipse command from the Embedded Command Shell.
3. The Eclipse tool, part of the ARM DS-5 AE, prompts for the workspace folder to be used. Accept the
suggested folder and click OK.
4. The ARM DS-5 AE "Welcome" screen appears. It can be used to access documentation, tutorials, and
videos.
5. Select Window > Open Perspective > DS-5 Debug to open the Workbench. Alternatively, you can
Click on the link Go to the Workbench located under the list of "DS-5 Resources".
Debugging the Kernel
This section presents how to create a Debug Configuration that is then used to debug the Linux kernel.
1. Select Run > Debug Configurations… to open the Debug Configurations dialog box.
2. In the Debug Configurations dialog box, right-click DS-5 Debugger on the left panel and select New.
3. In the Debug Configurations dialog box, perform the following:
a. Rename the configuration to DebugLinux_DevKit using the Name edit box
b. Select the Target to be Altera > CycloneVSoC >Linux Kernel and/or Device Driver Debug >Debug Cortex-
A9x2 SMP via Altera USB-Blaster
c. Click the Browse button near the Connection edit box and select the desired USB Blaster instance
ug-1137
2014.12.15
Starting Eclipse with the Embedded Command Shell
4-73
Getting Started Guides
Altera Corporation
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- 101 Innovation Drive 1
- San Jose, CA 95134 1
- Contents 2
- Overview 6
- Device Tree Binary 7
- Related Information 10
- Installation Folders 11
- Installing the SoC EDS 11
- Licensing 13
- Activating the License 14
- 5. Click Next 17
- Jumper Settings 21
- Start Eclipse 25
- Create New Project 25
- Set the Linker Script 28
- Write Application Source Code 31
- Build Application 34
- TestProject.axf executable 35
- Debug Application 36
- Create a New Project 45
- Figure 4-6: New Project 46
- Create a Linker Script 48
- Figure 4-14: Settings 55
- Figure 4-16: New Source File 57
- Figure 4-17: New Source File 58
- Figure 4-19: Build Project 60
- Starting the Eclipse IDE 71
- Application Console 76
- Sequence Sample Application 85
- Function 85
- Used Hardware 85
- Libraries APIs 85
- Description 85
- Debugging the Kernel 92
- Configuring Linux 97
- File Name Description 100
- Altera Corporation 101
- Getting Started Guides 101
- Send Feedback 101
- Figure 4-59: Browse Target 105
- 2014.12.15 108
- Getting Started with Tracing 111
- Figure 4-67: Trace Into ETF 112
- FPGA Triggering HPS Example 119
- HPS Triggering FPGA Example 123
- ARM DS-5 Altera Edition 126
- Bare-metal Project Management 127
- Creating Project 130
- Build Settings 134
- Build > Settings 135
- Creating a Project 136
- Figure 5-10: New Project 137
- Baremetal GCC. Click Finish 138
- Linker Script 140
- + Build > Settings 146
- Debugging 147
- Debug Configuration Options 150
- Connection Options 151
- Files Options 156
- Debugger Options 156
- RTOS Awareness 157
- Arguments 158
- Environment 158
- DTSL Options 159
- Cross Trigger Settings 160
- Trace Buffer Settings 161
- Cortex-A9 Settings 162
- STM Settings 163
- ETR Settings 163
- ETF Settings 164
- Embedded Command Shell 165
- HPS Preloader User Guide 166
- Hardware Handoff Files 168
- Using .tcl Scripts 169
- Option Required Description 171
- BSP Settings 174
- 2013.05.03 175
- Reset Assert Settings 179
- Preloader Compilation 180
- Preloader Image Tool 181
- Tool Usage 183
- Output Image Layout 184
- Hardware Library 188
- Feature Description 189
- Subscribe 191
- HPS Flash Programmer 192
- Option Short 193
- Required Description 193
- Supported Memory Devices 196
- Bare-Metal Compiler 198
- SD Card Boot Utility 199
- Tool Options 200
- Linux Compiler 202
- Device Tree Generator 205
- Yocto Plugin 206
- Support and Feedback 207
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