... | ... | @@ -159,27 +159,25 @@ Make sure that **JP14** is configured to use **USB** as power source. Furthermor |
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### 5.2.4 Test the Application
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Finally, right click on the **blink_led** project and click on **Run as -> Run Configurations**. Double click on **Xilinx C/C++ application (GDB).
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Right click on the **blink_led** project and click on **Run as -> Run Configurations**. Double click on **Xilinx C/C++ application (GDB).
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Click on the **STDIO Connection** tab. Check the **Connect STDIO to Console** checkbox
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Click on the **STDIO Connection** tab. Check the **Connect STDIO to Console** checkbox. Choose the appropriate Com Port and set the Baud Rate to **115200**.
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In the **Project Manager** toolbar click the **Open Hardware Manager** button which can be found in the Program and Debug subsection.
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Click **Apply**, then click **Close**. Now Click on **Xilinx Tools -> Program FPGA**. A window pops up. Leave the default options and click **Program**.
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Click on the **Auto Connect** submenu of the **Open target** button.
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After the bitstream is sucessfully flashed onto the FPGA the DONE LED (**LD10**) lights up. Now click on the run Button the start the application.
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Finally, click on **Program Device -> xc7a35t_0**. A window pops up. Click on **Program**.
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The console prompts you to enter a value between 0-15. Type 8 and hit enter. **LD3** starts to blink. Type 15 and hit enter. **LD0- LD3** start to blink. Type 0 and hit enter. The LEDs stop to blink.
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After the bitstream is downloaded successfully the **DONE** LED of the Board should light up. Switch **SW0** into the up position. **LD0** starts to blink. Switch **SW0 - SW15** into the up position. **LD0-LD15** blink synchronously.
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This concludes the Basys3 Getting Started tutorial.
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This concludes the ZyboGetting Started tutorial.
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***
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