I tried writing a simple "Hello World" code for a TD1204. Everything seems fine until I try to build the project.
This is what I get in the Console:
14:41:43 **** Incremental Build of configuration TD1204 Debug for project FirstTest ****
Info: Internal Builder is used for build
arm-none-eabi-gcc -DDEBUG -DDEBUG_EFM -DEFM32G210F128 -DMODULE_REVISION=REVISION_TD1204 "-IC:\\TD\\TD_RF_Module_SDK-v4.0.0\\workspace\\FirstTest\\inc" "-IC:\\TD\\TD_RF_Module_SDK-v4.0.0\\Github\\TD_RF_Module_SDK\\lib\\libtdgeoloc\\inc" "-IC:\\TD\\TD_RF_Module_SDK-v4.0.0\\Github\\TD_RF_Module_SDK\\lib\\libtdsensor\\inc" "-IC:\\TD\\TD_RF_Module_SDK-v4.0.0\\Github\\TD_RF_Module_SDK\\lib\\libtdrf\\inc" "-IC:\\TD\\TD_RF_Module_SDK-v4.0.0\\Github\\TD_RF_Module_SDK\\lib\\libtddrivers\\inc" "-IC:\\TD\\TD_RF_Module_SDK-v4.0.0\\Github\\TD_RF_Module_SDK\\lib\\libtdcore\\inc" "-IC:\\TD\\TD_RF_Module_SDK-v4.0.0\\Github\\TD_RF_Module_SDK\\lib\\emlib\\inc" "-IC:\\TD\\TD_RF_Module_SDK-v4.0.0\\Github\\TD_RF_Module_SDK\\lib\\Device\\EnergyMicro\\EFM32G\\Include" "-IC:\\TD\\TD_RF_Module_SDK-v4.0.0\\Github\\TD_RF_Module_SDK\\lib\\CMSIS\\Include" -O0 -ffunction-sections -fdata-sections -Wall -Wa,-adhlns=$@.lst -c -fmessage-length=0 -mcpu=cortex-m3 -mthumb -g3 -gdwarf-2 -o "src\\FirstTest.o" "..\\src\\FirstTest.c"
Cannot run program "arm-none-eabi-gcc": Launching failed
Error: Program "arm-none-eabi-gcc" not found in PATH
PATH=[C:/TD/TD_RF_Module_SDK-v4.0.0/eclipse/jre/bin/client;C:/TD/TD_RF_Module_SDK-v4.0.0/eclipse/jre/bin;C:/TD/TD_RF_Module_SDK-v4.0.0/eclipse/jre/lib/i386;C:\Windows\system32;C:\Windows;C:\Windows\System32\Wbem;C:\Windows\System32\WindowsPowerShell\v1.0\;C:\TD\TD_RF_Module_SDK-v4.0.0\eclipse;]
14:41:43 Build Finished (took 80ms)
I know the concerned program is located at this directory: C:\TD\TD_RF_Module_SDK-v4.0.0\gnu\arm-none-eabi\bin
So I tried to add the directory everywhere I could in Eclipse but it didn't work (I removed them all now).
I hope someone can help me with this one.
Thank you all,
PS: I don't have the EVB. I program directly through RX and TX pins.