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0

Background

There is a GCC bug that affects Cortex M0 architecture which seems to be introduced in v5.4.1 (...and seems to be fixed in the trunk, however, we aren't interested in this option ATM).

In order to workaround the problem, I used a virtual machine with Debian 8.4 image and installed gcc-arm-none-eabi package:

$ gcc-arm-none-eabi -dumpversion

4.8

When I compiled my code in the VM and load to the target device, the problem is vanished and everything went fine.

Problem

In order to disintermediate the virtual machine,

• I downloaded gcc-arm-none-eabi v5.3 from developer.arm.com/...


• Prepend the download path to the $PATH variable accordingly


• Run make
  

However, the generated code doesn't work as expected on the microcontroller. This means that I can't compile my code using gcc-arm-none-eabi-5.3 on my host machine.

Further Experiment

In order to narrow down the problem,

• I compiled the code with same gcc 5.3 on virtual machine (after installing 32bit support). The generated binary run on target as expected
  


• I compiled the code with gcc 7.3.1 while expecting not to work. However, the generated binary is able to run on target correctly.

Question

According to the "further experiments", there should be some other dependencies used in the runtime. How can we determine those dependencies?

gcc dependencies

share|improve this question

edited 27 mins ago

ceremcem

asked 1 hour ago

ceremcemceremcem

5591622

add a comment | 

0

Background

There is a GCC bug that affects Cortex M0 architecture which seems to be introduced in v5.4.1 (...and seems to be fixed in the trunk, however, we aren't interested in this option ATM).

In order to workaround the problem, I used a virtual machine with Debian 8.4 image and installed gcc-arm-none-eabi package:

$ gcc-arm-none-eabi -dumpversion

4.8

When I compiled my code in the VM and load to the target device, the problem is vanished and everything went fine.

Problem

In order to disintermediate the virtual machine,

• I downloaded gcc-arm-none-eabi v5.3 from developer.arm.com/...


• Prepend the download path to the $PATH variable accordingly


• Run make
  

However, the generated code doesn't work as expected on the microcontroller. This means that I can't compile my code using gcc-arm-none-eabi-5.3 on my host machine.

Further Experiment

In order to narrow down the problem,

• I compiled the code with same gcc 5.3 on virtual machine (after installing 32bit support). The generated binary run on target as expected
  


• I compiled the code with gcc 7.3.1 while expecting not to work. However, the generated binary is able to run on target correctly.

Question

According to the "further experiments", there should be some other dependencies used in the runtime. How can we determine those dependencies?

gcc dependencies

share|improve this question

edited 27 mins ago

ceremcem

asked 1 hour ago

ceremcemceremcem

5591622

add a comment | 

Background

There is a GCC bug that affects Cortex M0 architecture which seems to be introduced in v5.4.1 (...and seems to be fixed in the trunk, however, we aren't interested in this option ATM).

In order to workaround the problem, I used a virtual machine with Debian 8.4 image and installed gcc-arm-none-eabi package:

$ gcc-arm-none-eabi -dumpversion

4.8

When I compiled my code in the VM and load to the target device, the problem is vanished and everything went fine.

Problem

In order to disintermediate the virtual machine,

• I downloaded gcc-arm-none-eabi v5.3 from developer.arm.com/...


• Prepend the download path to the $PATH variable accordingly


• Run make
  

However, the generated code doesn't work as expected on the microcontroller. This means that I can't compile my code using gcc-arm-none-eabi-5.3 on my host machine.

Further Experiment

In order to narrow down the problem,

• I compiled the code with same gcc 5.3 on virtual machine (after installing 32bit support). The generated binary run on target as expected
  


• I compiled the code with gcc 7.3.1 while expecting not to work. However, the generated binary is able to run on target correctly.

Question

According to the "further experiments", there should be some other dependencies used in the runtime. How can we determine those dependencies?

gcc dependencies

share|improve this question

edited 27 mins ago

ceremcem

asked 1 hour ago

ceremcemceremcem

5591622

$ gcc-arm-none-eabi -dumpversion

4.8

share|improve this question

edited 27 mins ago

ceremcem

asked 1 hour ago

ceremcemceremcem

5591622

share|improve this question

edited 27 mins ago

ceremcem

asked 1 hour ago

ceremcemceremcem

5591622

asked 1 hour ago

ceremcemceremcem

5591622

asked 1 hour ago

ceremcemceremcem

5591622