cppflags += includeDirs
asflags += includeDirs
ldflags += "-DF_CPU=16000000 -mmcu=atmega328p".split()
ldflags += "-Wl,--gc-sections".split()
preldflags += "-lm".split()
asflags += "-DF_CPU=16000000 -mmcu=atmega328p".split()
preasflags += "-x assembler-with-cpp".split()
#----------------------------------------------------------------------
#--- Try to detect automatically the location of libc and libgcc
#--- This supposes the compiler has a (something)-gcc name
#--- for non posix target
#----------------------------------------------------------------------
if "gcc" in compiler:
compilerFullPath = makefile.find_executable(compiler)
if compilerFullPath != None:
#--- Extract the (something) from the compiler executable name
compilerParts = compiler.split('-')
compilerParts.pop()
compilerPrefix = "-".join(compilerParts)
#--- Get the full path of the compiler
compilerToolChainPath = os.path.dirname(os.path.dirname(compilerFullPath))
#--- Get the version of the compiler, [:-1] removes the carriage return
compilerVersion = subprocess.check_output([compiler, '-dumpversion'])[:-1]
#--- Build the libc and libgcc paths
procLibc =subprocess.Popen([compilerFullPath,"-print-file-name=libc.a"]+cflags,stdout=subprocess.PIPE)
procLibgcc=subprocess.Popen([compilerFullPath,"-print-libgcc-file-name"]+cflags,stdout=subprocess.PIPE)
procLibc.wait()
procLibgcc.wait()
libcPath = os.path.dirname(procLibc.stdout.readline().strip())
ldflags += "--gc-sections".split()
ldflags += ["-T", "lab1/script.ld"]
asflags += "-g".split()
asflags += "-Wall".split()
asflags += "-mcpu=cortex-m4".split()
asflags += "-mthumb".split()
asflags += "--fatal-warnings".split()
asflags += "-mfloat-abi=soft".split()
asflags += "-mfpu=fpv4-sp-d16".split()
#----------------------------------------------------------------------
#--- Try to detect automatically the location of libc and libgcc
#--- This supposes the compiler has a (something)-gcc name
#----------------------------------------------------------------------
if "gcc" in compiler:
compilerFullPath = makefile.find_executable(compiler)
if compilerFullPath != None:
#--- Extract the (something) from the compiler executable name
compilerParts = compiler.split('-')
compilerParts.pop()
compilerPrefix = "-".join(compilerParts)
#--- Get the full path of the compiler
compilerToolChainPath = os.path.dirname(
os.path.dirname(compilerFullPath))
#--- Get the version of the compiler, [:-1] removes the carriage return
compilerVersion = subprocess.check_output([compiler,
'-dumpversion'])[:-1]
#--- Build the libc path
libcPath = compilerToolChainPath + '/' + compilerPrefix + '/lib/armv7e-m'
#--- Build the libgcc path
libgccPath = compilerToolChainPath + '/lib/gcc/' + compilerPrefix + '/' + compilerVersion + '/armv7e-m'
ldflags += ["-T", "autosar_tp_s1/script.ld"]
asflags += "-g".split()
asflags += "-Wall".split()
asflags += "-mcpu=cortex-m4".split()
asflags += "-mthumb".split()
asflags += "--fatal-warnings".split()
asflags += "-mfloat-abi=soft".split()
asflags += "-mfpu=fpv4-sp-d16".split()
#----------------------------------------------------------------------
#--- Try to detect automatically the location of libc and libgcc
#--- This supposes the compiler has a (something)-gcc name
#----------------------------------------------------------------------
if "gcc" in compiler:
compilerFullPath = makefile.find_executable(compiler)
if compilerFullPath != None:
#--- Extract the (something) from the compiler executable name
compilerParts = compiler.split('-')
compilerParts.pop()
compilerPrefix = "-".join(compilerParts)
#--- Get the full path of the compiler
compilerToolChainPath = os.path.dirname(os.path.dirname(compilerFullPath))
#--- Get the version of the compiler, [:-1] removes the carriage return
compilerVersion = subprocess.check_output([compiler, '-dumpversion'])[:-1]
#--- Build the libc path
libcPath = compilerToolChainPath + '/' + compilerPrefix + '/lib/armv7e-m'
#--- Build the libgcc path
libgccPath = compilerToolChainPath + '/lib/gcc/' + compilerPrefix + '/' + compilerVersion + '/armv7e-m'
#--- Add both to linker flags
ldflags += ['-L' + libcPath, '-lc']
ldflags += "--no-undefined".split()
ldflags += "-L/Users/DavidGarriou/Tools/gcc/gcc-arm-none-eabi/lib/gcc/arm-none-eabi/4.9.3 -lgcc".split()
ldflags += "-L/Users/DavidGarriou/Tools/gcc/gcc-arm-none-eabi/arm-none-eabi/lib -lc".split()
ldflags += ["-T", "lonely/script.ld"]
asflags += "-g".split()
asflags += "-mcpu=arm7tdmi-s".split()
asflags += "--fatal-warnings".split()
asflags += "-mfloat-abi=soft".split()
#----------------------------------------------------------------------
#--- Try to detect automatically the location of libc and libgcc
#--- This supposes the compiler has a (something)-gcc name
#----------------------------------------------------------------------
if "gcc" in compiler:
compilerFullPath = makefile.find_executable(compiler)
if compilerFullPath != None:
#--- Extract the (something) from the compiler executable name
compilerParts = compiler.split('-')
compilerParts.pop()
compilerPrefix = "-".join(compilerParts)
#--- Get the full path of the compiler
compilerToolChainPath = os.path.dirname(os.path.dirname(compilerFullPath))
#--- Get the version of the compiler, [:-1] removes the carriage return
compilerVersion = subprocess.check_output([compiler, '-dumpversion'])[:-1]
#--- Build the libc path
libcPath = compilerToolChainPath + '/' + compilerPrefix + '/lib'
#--- Build the libgcc path
libgccPath = compilerToolChainPath + '/lib/gcc/' + compilerPrefix + '/' + compilerVersion
#--- Add both to linker flags
ldflags += ['-L' + libcPath, '-lc']
ldflags += "-L/Users/DavidGarriou/Tools/gcc/gcc-arm-none-eabi/lib/gcc/arm-none-eabi/4.9.3 -lgcc".split(
)
ldflags += "-L/Users/DavidGarriou/Tools/gcc/gcc-arm-none-eabi/arm-none-eabi/lib -lc".split(
)
ldflags += ["-T", "lonely/script.ld"]
asflags += "-g".split()
asflags += "-mcpu=arm7tdmi-s".split()
asflags += "--fatal-warnings".split()
asflags += "-mfloat-abi=soft".split()
#----------------------------------------------------------------------
#--- Try to detect automatically the location of libc and libgcc
#--- This supposes the compiler has a (something)-gcc name
#----------------------------------------------------------------------
if "gcc" in compiler:
compilerFullPath = makefile.find_executable(compiler)
if compilerFullPath != None:
#--- Extract the (something) from the compiler executable name
compilerParts = compiler.split('-')
compilerParts.pop()
compilerPrefix = "-".join(compilerParts)
#--- Get the full path of the compiler
compilerToolChainPath = os.path.dirname(
os.path.dirname(compilerFullPath))
#--- Get the version of the compiler, [:-1] removes the carriage return
compilerVersion = subprocess.check_output([compiler,
'-dumpversion'])[:-1]
#--- Build the libc path
libcPath = compilerToolChainPath + '/' + compilerPrefix + '/lib'
#--- Build the libgcc path
libgccPath = compilerToolChainPath + '/lib/gcc/' + compilerPrefix + '/' + compilerVersion