gamersat678

INTRODUCTION
 
This guide's intent and purpose is to allow a user with minimal Linux experience to successfully setup an absolutely free development environment to program the STM32F0 microcontroller with full debugging capability.
 
PREREQUISITES
A Linux distro, I used Linux Mint 13 (Ubuntu works nicely too)
An Internet connection
At least 2gb of spare hard drive space
Familiarity with terminal
A STM32F0 Discovery Board!

PART 1 – Install Codesourcy
PART 2 – Install OpenOCD
PART 3 – Install Eclipse
PART 4 – Setup File Directory
PART 5 – Setup Eclipse
PART 6 – Configure the gdb/OpenOCD
 
Hope you enjoy! Any questions, comments, feedback, feel free to sound off below.Also a STM32F4 guide is on its way. When it gets here depends on how much spare time I have....
 

 
Edit: Thanks bluehash! Guide is now hosted on arm-hq.
 
v1-2 Downloads
stm32f0_v2.doc

Yes, I am. The source code is at https://gitorious.org/msp430eclipse. However, the list of selectable MCUs is extracted from the toolchain. I have made a binary toolchain available for Linux 64-bit, which supports the new value lines MCUs (http://xpg.dk/files/File/msp430/msp430-toolchain-linux-amd64-3.0.tar.bz2). However, I am have great difficulties with compiling binutils on Windows, so no support for the new value lines there, yet.

Which pin are you using for the IRQ line?  Is it set up properly (and e.g. if you're using P2.6 or P2.7 you have cleared the P2SEL and P2SEL2 bits for them right?)
 
The library should take care of configuring the pin as input and enabling IRQs (and msprf24_init() enables the GIE bit), but you do need to make sure it's specified in nrf_userconfig.h
 
For debugging purposes before the app goes into LPM4, run "user = msprf24_current_state();" (with user being that volatile variable defined up top for debugging purposes) and examine it with the debugger.  It should be >0 if the transceiver is present and hooked up.

INTRODUCTION
 
This guide's intent and purpose is to allow a user with minimal Linux experience to successfully setup an absolutely free development environment to program the STM32F0 microcontroller with full debugging capability.
 
PREREQUISITES
A Linux distro, I used Linux Mint 13 (Ubuntu works nicely too)
An Internet connection
At least 2gb of spare hard drive space
Familiarity with terminal
A STM32F0 Discovery Board!

PART 1 – Install Codesourcy
PART 2 – Install OpenOCD
PART 3 – Install Eclipse
PART 4 – Setup File Directory
PART 5 – Setup Eclipse
PART 6 – Configure the gdb/OpenOCD
 
Hope you enjoy! Any questions, comments, feedback, feel free to sound off below.Also a STM32F4 guide is on its way. When it gets here depends on how much spare time I have....
 

 
Edit: Thanks bluehash! Guide is now hosted on arm-hq.
 
v1-2 Downloads
stm32f0_v2.doc

Errata:
board folder does truly not exist. Was a leftover folder when I was trying to get everything working. Don't need it.
Added a step to further clarify the creation of the custom run configuration OpenOCD Debug.
 
Oppa hope this helps.

INTRODUCTION
 
This guide's intent and purpose is to allow a user with minimal Linux experience to successfully setup an absolutely free development environment to program the STM32F0 microcontroller with full debugging capability.
 
PREREQUISITES
A Linux distro, I used Linux Mint 13 (Ubuntu works nicely too)
An Internet connection
At least 2gb of spare hard drive space
Familiarity with terminal
A STM32F0 Discovery Board!

PART 1 – Install Codesourcy
PART 2 – Install OpenOCD
PART 3 – Install Eclipse
PART 4 – Setup File Directory
PART 5 – Setup Eclipse
PART 6 – Configure the gdb/OpenOCD
 
Hope you enjoy! Any questions, comments, feedback, feel free to sound off below.Also a STM32F4 guide is on its way. When it gets here depends on how much spare time I have....
 

 
Edit: Thanks bluehash! Guide is now hosted on arm-hq.
 
v1-2 Downloads
stm32f0_v2.doc

INTRODUCTION
 
This guide's intent and purpose is to allow a user with minimal Linux experience to successfully setup an absolutely free development environment to program the STM32F0 microcontroller with full debugging capability.
 
PREREQUISITES
A Linux distro, I used Linux Mint 13 (Ubuntu works nicely too)
An Internet connection
At least 2gb of spare hard drive space
Familiarity with terminal
A STM32F0 Discovery Board!

PART 1 – Install Codesourcy
PART 2 – Install OpenOCD
PART 3 – Install Eclipse
PART 4 – Setup File Directory
PART 5 – Setup Eclipse
PART 6 – Configure the gdb/OpenOCD
 
Hope you enjoy! Any questions, comments, feedback, feel free to sound off below.Also a STM32F4 guide is on its way. When it gets here depends on how much spare time I have....
 

 
Edit: Thanks bluehash! Guide is now hosted on arm-hq.
 
v1-2 Downloads
stm32f0_v2.doc

INTRODUCTION
 
This guide's intent and purpose is to allow a user with minimal Linux experience to successfully setup an absolutely free development environment to program the STM32F0 microcontroller with full debugging capability.
 
PREREQUISITES
A Linux distro, I used Linux Mint 13 (Ubuntu works nicely too)
An Internet connection
At least 2gb of spare hard drive space
Familiarity with terminal
A STM32F0 Discovery Board!

PART 1 – Install Codesourcy
PART 2 – Install OpenOCD
PART 3 – Install Eclipse
PART 4 – Setup File Directory
PART 5 – Setup Eclipse
PART 6 – Configure the gdb/OpenOCD
 
Hope you enjoy! Any questions, comments, feedback, feel free to sound off below.Also a STM32F4 guide is on its way. When it gets here depends on how much spare time I have....
 

 
Edit: Thanks bluehash! Guide is now hosted on arm-hq.
 
v1-2 Downloads
stm32f0_v2.doc