RSL10 CMSIS pack installation instructions

1. It is important to create a new workspace for each new version of the IDE to ensure compatibility.
Create a new workspace using either     Windows Explorer or the ON Semiconductor Launcher in step 2.
Example) c:\workspace

2. Open the Windows Start​ ​menu and select ON Semiconductor > ON Semiconductor IDE.
From the     ON Semiconductor IDE Launcher screen, browse to your new workspace. Select and click [Launch].

3. At the top of the Workbench perspective, click to open the "Make the CMSIS Packs Manager Perspective visible" icon. (See Figure 1 below)

4. Click on the “Import Existing Packs” icon and select the pack file ONSemiconductor.RSL10.<version>.pack.
where <version> is a number like 3.1.575.
Select it and click Open​ ​(see Figure 2 below)

5. The IDE prompts the user to read and accept the license agreement and installs RSL10 CMSIS-Pack to the specified root folder.

6. You should now see RSL10 CMSIS-Pack in the list of installed packs.
Under the Devices 　tab, expand All Devices > ONSemiconductor​ ​> RSL10 Series and you will see a list of RSL10s there.
Installed packs can be managed in the Packs tab.
　Expanding ONSemiconductor > RSL10 reveals the Pack Properties tab.
Figure 3 below shows how the Pack Manager Perspective looks after installation.

Importing the LED blinking sample code

1. Start ONSEMI's IDE.
To open the     ON Semiconductor IDE, select ON Semiconductor > ON from the Windows​ ​Start​ ​menu.

2. Click on the "Example" tab to see a list of all example projects included in the RSL10 CMSIS-Pack.

3. Select the sample project called blinky and click the copy button to import it into your workspace. (See Figure 4 below)

4. C/C++ will open in Project Explorer and you will see the newly copied project (blinky).

5. By clicking app.c in the blinky folder on the Project Explorer, you can check the C language code for the blinking lights. (See Figure 5 below)

How to build the LED blinking sample code

1. Right click the folder for blinky and click Build Project. Alternatively, select a project and click [Build Project].
Or display the hammer-like icon, Build Project, as shown in Figure 6.

2. Once the build is executed, the output of the build will be displayed on the on-semi IDE C/C++ as shown in Figure 7.

3. The main results output to the Debug folder on the Project Explorer are as follows. Shown in Figure 8.

The file used for blinking is blinky.elf.

- blinky.hex: HEX file to load into flash memory
-blinky.elf: ARM® executable, run from RAM, used for debugging
- blinky.map: map file of sections and memory usage

How to debug the LED blinking sample code

Debug using the blinky.elf file.

1. Right-click the blinky.elf file in the Project Explorer and select Debug As > Debug Configurations.

2. When the Debug Configurations dialog appears, right-click GDB SEGGER J-Link Debugging and select New Configuration.
You will see a new configuration for     blinky under the GDB SEGGER heading.
The details of the new configuration appear in the right panel.

3. Go to the Debugger tab and enter "RSL10" in the "Device Name" field. Make sure SWD is selected as the target interface. (See Figure 9 below)

4. After the configuration update is complete, connect the evaluation and development board to your PC with a micro USB cable and click Debug.
     J-Link automatically downloads a sample code called blinky and stores it in the RSL10 's flash memory.

5. I was able to confirm the L blinking. (See Figure 10 below)

How to change the lighting time of the L flashing

1. If you check the contents of the app.c file, you can see led_toggle_status (LED lighting status) and Sys_Delay_Program ROM (description about time). (See Figure 11 below)

2. Press F2 at Sys_Delay_Program ROM to see what code you are writing. (See Figure 12 below)
　 There is a description in the description that it delays at least the specified number of clock cycles.

3. On line 137 in the code of App.c,
   Sys_Delay_ProgramROM((uint32_t)(2.0 * SystemCoreClock));

You can change the lighting time by changing the number before      SystemCoreClock.

When you have a problem with blinking L using RSL10

Blinkyin the file Readme_blinky.md Please click to check the contents. (under(See Fig. 13)

Readme_blinky.mdThe contents of are shown below.

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