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1. #Atollic truestudio install#
2. #Atollic truestudio serial#
3. #Atollic truestudio software#
4. #Atollic truestudio series#

#Atollic truestudio software#

This greatly simplifies the development process and allows embedded designers to quickly select a desired project template and have it running on target hardware within minutes.Īs the system is based on the real-time discovery of new projects over the internet, new example projects instantly become available to all TrueSTUDIO developers that are using Atollic TrueSTUDIO v3.1 or higher without the need to wait for regularly released software upgrades. Atollic TrueSTUDIO users will be able to quickly find the latest set of available projects on the Atollic TrueSTORE server, and download them into the active Atollic TrueSTUDIO® workspace with just a single mouse-click.

#Atollic truestudio install#

“Embedded developers can now choose from hundreds of example projects, and download and install them into the most powerful embedded IDE with just one mouse-click”.Ītollic TrueSTORE is a repository of hundreds of free example projects that are available to suit many different microcontroller-based evaluation boards. “With Atollic TrueSTORE, we continue to lead the innovation in embedded IDE’s for the benefit of embedded C/C++ developers around the world”, says Magnus Unemyr, Vice President of Sales and Marketing at Atollic. The launch of the Atollic TrueSTORE service coincides with the latest release of Atollic’s award-winning C/C++ compiler and debugger IDE, Atollic TrueSTUDIO® v3.1 next week. Jonkoping, Sweden, 18th April 2012 – Atollic today announced the opening of Atollic TrueSTORE, a simple, user-friendly service for the discovery and distribution of embedded systems example projects via the internet.

The pin for ST-LINK from STM32F4 Discovery Board can be seen below taken from it’s User Manual.

#Atollic truestudio serial#

This serial debugger pin are populated on the bottom part of the blue pill board as you can see from the first picture above. Then why not using it as a debugger! last, click “Finish” The default is J link, since I have a Discovery board and it’s have a ST-LINK debugger. Finally, last configuration step is choosing debugger : As for now we will only implement a simple toggling LED on and off so we choose the reduced one!ĥ. We can choose between Newlib-nano between reduced and fully implemented. Next Window is to choose library and it’s configuration:

#Atollic truestudio series#

click “Next >” Then we will have to choose Chip Series which is according to this are STM32F103C8:Īs this Chip doesn’t have FPU so, for Floating point we should choose Software implementation.Ĥ. Then a Window will appear, Choose Embedded C Project in Project type and there is only one choice for Toolchains:ĭon’t forget to give a representative name for your “Project name”, as for me I choose “Robiola”.ģ.