• the Cortex-M3 as found on the Arduino Due
• the Cortex-M4 as found on the STMicroelectronics[2] STM32F4 Discovery and STM32F429I Discovery boards.

Tags: GCC,ARM,Arduino,Cortex,OSX

• It passes the complete testsuite.
• That required providing a freebsd-specific signal frame unwinder which I'm passing back to GCC.
• Results: http://www.dragonlace.net/gnataux/freebsd_arm64/

Tags: ARM,FreeBSD

• This is GNAT GPL 2016, rebuilt as a cross-compiler from Mac OS X to arm-eabi.

• The CPUs supported include cortex-m3, cortex-m4, cortex-r4.

• https://sourceforge.net/projects/gnuada/files/GNAT_GPL%20Mac%20OS%20X/2016-arm-eabi-darwin-bin/
• From Simon Wright

Tags: GCC,ARM,Arduino,Cortex,OSX

• The GNAT-to-Android/ARM cross-compiler known as GnatDroid-ARMv7 has been available on FreeBSD and DragonFly since even before it was officially supported in GCC.
• I've produced a second cross-compiler, GnatDroid-x86 which targets the 32-bit Android/x86 platform.
• The nice thing about Android/x86 is that it can be installed on a virtual machine like VirtualBox, so it can be easier to test programs without actual hardware as for GnatDroid-ARMv7.
• GnatDroid is only available on FreeBSD and DragonFly BSD, although somebody could replicate the effort for other platforms if so desired: http://www.freshports.org/lang/gnatdroid-x86
• -John (http://www.dragonlace.net/)

Tags: ARM,FreeBSD

• This is GCC 5.2.1 for arm-eabi from GCC ARM Launchpad, tested on
• the Cortex-M3 as found on the Arduino Due and the Cortex-M4 as
• found on the STMicroelectronics STM32F4 Discovery and STM32F429I
• Discovery boards.
• Downloads on SourceForge, prepared by Simon Wright

Tags: GCC,ARM,Arduino,Cortex,OSX