Difference between revisions of "HANcoder/STM32/Installation Manual"
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| + | {{HANcoder}} | ||
[[File:HANcoderLogo.png|right|200px|HANcoder Logo]] | [[File:HANcoderLogo.png|right|200px|HANcoder Logo]] | ||
==Introduction== | ==Introduction== | ||
| − | This | + | This page is for the user who wants to make a software program using Simulink and the HANcoder blockset for one of the STM32 development boards. It contains the installation steps necessary to work with the blockset. It will also explain the template model, building a model in Simulink and flashing the software to the Olimexino. Furthermore, it will explain how you can view signals and edit parameters while the software runs on the Olimexino. This is done with another program called HANtune, HANtune is used to view and edit (tune) the program once the program is running on the hardware.<br/> |
| − | |||
| − | |||
| − | = | + | Before you start make sure you have the latest version of HANcoder and HANtune:<br/> |
| + | [[Downloads/HANcoder]] and unzip all files into a directory of your choice.<br/>[[Downloads/HANtune]] and unzip all files as well.<br/> | ||
| + | Attention: You can only flash the controllers with a flash tool like the ST-Link or when you have a controller with the bootloader from HANcoder. The boards are normally shipped with an incompatible bootloader installed, so to use a board first the right bootloader should be installed, this can only be done with a flash tool.<br/> | ||
| + | If you encounter problems with the installation of HANcoder or HANtune please visit the [[HANcoder/STM32/Troubleshooting|troubleshooting section]] or the [http://openmbd.eu/?forum=hancoder forum] | ||
| − | + | ==MATLAB® Installation== | |
| − | [[HANcoder/STM32/ | + | |
| + | The first step is to install MATLAB® Simulink with the necessary toolboxes. | ||
| + | [[HANcoder/STM32/Getting_Started_Guide_MATLAB_Installation|Learn more.]] | ||
==GNU ARM Toolchain Installation== | ==GNU ARM Toolchain Installation== | ||
| Line 19: | Line 23: | ||
==Test the build process== | ==Test the build process== | ||
| − | After installing | + | After installing MATLAB® and the GNU ARM Toolchain it is already possible to generate code for your STM32 hardware. The first test is to build the template model and which only blinks an LED. |
[[HANcoder/STM32/Getting_Started_Guide_Build_Test|Learn more.]] | [[HANcoder/STM32/Getting_Started_Guide_Build_Test|Learn more.]] | ||
| Line 31: | Line 35: | ||
[[HANcoder/STM32/Getting_Started_Guide_Flashing_With_The_ST_Link|Learn more.]] | [[HANcoder/STM32/Getting_Started_Guide_Flashing_With_The_ST_Link|Learn more.]] | ||
| − | ==Installing the Virtual COM port driver== | + | ==Installing the Virtual COM port driver (not needed in Windows 10!)== |
To be able to connect over USB with HANtune a special driver must be installed. The installation of this driver and other relevant knowledge to be able to use HANtune can be found here. [[HANcoder/STM32/Getting_Started_Installing_The_Virtual_COM_port|Learn more.]] | To be able to connect over USB with HANtune a special driver must be installed. The installation of this driver and other relevant knowledge to be able to use HANtune can be found here. [[HANcoder/STM32/Getting_Started_Installing_The_Virtual_COM_port|Learn more.]] | ||
| Line 46: | Line 50: | ||
Please check this section if you encounter any problems. | Please check this section if you encounter any problems. | ||
| − | [[ | + | [[HANcoder/STM32/Troubleshooting|Troubleshooting]] |
Latest revision as of 15:00, 7 November 2019
Contents
- 1 Introduction
- 2 MATLAB® Installation
- 3 GNU ARM Toolchain Installation
- 4 Test the build process
- 5 Flashing the controller with the bootloader
- 6 Flashing the controller with the ST-Link
- 7 Installing the Virtual COM port driver (not needed in Windows 10!)
- 8 Installing PEAK PCAN driver
- 9 Installing the ST-Link
- 10 Troubleshooting
Introduction
This page is for the user who wants to make a software program using Simulink and the HANcoder blockset for one of the STM32 development boards. It contains the installation steps necessary to work with the blockset. It will also explain the template model, building a model in Simulink and flashing the software to the Olimexino. Furthermore, it will explain how you can view signals and edit parameters while the software runs on the Olimexino. This is done with another program called HANtune, HANtune is used to view and edit (tune) the program once the program is running on the hardware.
Before you start make sure you have the latest version of HANcoder and HANtune:
Downloads/HANcoder and unzip all files into a directory of your choice.
Downloads/HANtune and unzip all files as well.
Attention: You can only flash the controllers with a flash tool like the ST-Link or when you have a controller with the bootloader from HANcoder. The boards are normally shipped with an incompatible bootloader installed, so to use a board first the right bootloader should be installed, this can only be done with a flash tool.
If you encounter problems with the installation of HANcoder or HANtune please visit the troubleshooting section or the forum
MATLAB® Installation
The first step is to install MATLAB® Simulink with the necessary toolboxes. Learn more.
GNU ARM Toolchain Installation
The GNU ARM Toolchain is necessary to build code for generating code for the STM32 series microcontrollers Learn more.
Test the build process
After installing MATLAB® and the GNU ARM Toolchain it is already possible to generate code for your STM32 hardware. The first test is to build the template model and which only blinks an LED. Learn more.
Flashing the controller with the bootloader
Putting the with Simulink generated software on the micro controller is called flashing. This can be done using the flash program Microboot when the micro controller has a bootloader program on it. Learn more.
Flashing the controller with the ST-Link
Flashing can also be done with an ST-Link, this is a special tool from ST to flash their micro controllers. Learn more.
Installing the Virtual COM port driver (not needed in Windows 10!)
To be able to connect over USB with HANtune a special driver must be installed. The installation of this driver and other relevant knowledge to be able to use HANtune can be found here. Learn more.
Installing PEAK PCAN driver
To be able to connect over CAN with HANtune a PEAK CAN to USB dongle is used.Learn more.
Installing the ST-Link
When there is no bootloader on the microcontroller (yet) it is necessary to use the ST-Link to flash the micro controller. The installation procedure for this tool is described in this chapter. Learn more.
Troubleshooting
Please check this section if you encounter any problems. Troubleshooting
