def show_sys_vars():
print('os.name = %s, sys.platform = %s' % (os.name, sys.platform))
from distutils import util, ccompiler
print('platform = %s' % util.get_platform())
print('compiler = %s' % ccompiler.get_default_compiler())
from SCons.Environment import Environment
env = Environment()
vars = [
'CC',
'CXX',
'PLATFORM',
'MSVC_VERSION',
'TARGET',
'TARGET_ARCH',
'TARGET_OS',
'MSVS',
'MSVS_VERSION',
'MSVS_ARCH',
'TOOLS',
'HOST_ARCH',
'HOST_OS',
'MSVC_BATCH',
'MSVC_USE_SCRIPT',
]
for var in vars:
print('%s = %r' % (var, env.subst('$' + var)))
def CocoEnvironment(**kwargs):
if sys.platform == 'win32':
# The following Environment setup is used with MSVC in Win32.
kwargs['ENV'] = os.environ
#kwargs['tools'] = ['gcc', 'g++', 'gnulink', 'gas', 'ar']
#kwargs['CCFLAGS'] = ['-g', '-Wall']
elif sys.platform == 'linux2':
kwargs['CCFLAGS'] = ['-g', '-Wall']
env = Environment(**kwargs)
MonoSetup(env)
conf = env.Configure(config_h=env['config_h'],
custom_tests={
'CheckFunc0': CheckFunc0,
'CheckJava': CheckJava,
'CheckMono': CheckMono
})
conf.env['COCO_FEATURES'] = []
if conf.CheckFunc0('readdir_r((void *)0, (void *)0, (void *)0)',
'#include <dirent.h>'):
conf.Define('HAVE_READDIR_R', 1)
if conf.CheckLibWithHeader('expat',
'expat.h',
'c',
'XML_ParserCreate(NULL);',
autoadd=0):
conf.Define('HAVE_EXPAT_H', 1)
conf.env['COCO_FEATURES'].append('expat')
if conf.CheckJava():
conf.env['COCO_FEATURES'].append('java')
if conf.CheckMono():
conf.env['COCO_FEATURES'].append('mono')
env = conf.Finish()
return env
def __init__(self, project, python=True, **options):
jinja_loader = jinja2.ChoiceLoader([
cfo.jinja.macros.LOADER,
jinja2.FileSystemLoader('.'),
])
options.setdefault('BUILDERS', {}).update(
Jinja=JinjaBuilder(jinja_loader),
)
SConsEnvironment.__init__(self, **options)
# Add the common carefree-objects Variables:
Variables(project, python).Update(self)
self['PROJECT'] = project
self['JINJALOADER'] = jinja_loader
# Add Linux/GCC style flags from os.environ or custom overrides:
for var in ['CPPFLAGS', 'CXXFLAGS', 'LDFLAGS']:
flags = self.get(var) or os.environ.get(var)
if flags:
self.MergeFlags(flags)
# Add Windows/VC style search paths from os.environ
# or custom overrides:
# (Explicitly setting PATH is often needed to find VC binaries)
for var in ['PATH', 'INCLUDE', 'LIB']:
paths = self.get(var) or os.environ.get(var)
if paths:
self.Append(ENV = {var: paths})
# Look for custom C++ compiler binary:
cxx = self.get('CXX') or os.environ.get('CXX')
if cxx:
self.Replace(CXX=cxx)
def test_shlib_symlink_emitter(self):
"""Test shlib_symlink_emitter() """
env = Environment(tools=['gnulink'])
target = env.SharedLibrary('lib', 'lib.c', SHLIBPREFIX='lib', SHLIBSUFFIX=".so")
target_name = str(target[0])
self.assertEqual(str(target_name), 'liblib.so', "Expected target 'liblib.so' != '%s'" % target_name)
target = env.SharedLibrary('xyz', 'lib.c', SHLIBPREFIX='xyz', SHLIBSUFFIX=".so", SHLIBVERSION='1.2.3')
t0 = target[0]
target_name = str(t0)
assert target_name == 'xyzxyz.so.1.2.3', "Expected target 'xyzxyz.so.1.2.3' != '%s'" % target_name
if hasattr(t0.attributes, 'shliblinks'):
(soname_symlink, t0_1) = t0.attributes.shliblinks[0]
(shlib_noversion_symlink, t0_2) = t0.attributes.shliblinks[1]
self.assertEqual(t0_1, t0, "soname_symlink target is not target[0]")
self.assertEqual(t0_2, t0, "shlib_noversion_symlink target is not target[0]")
self.assertEqual(str(soname_symlink), 'xyzxyz.so.1',
"soname symlink is not 'xyzxyz.so.1': '%s'" % str(soname_symlink))
self.assertEqual(str(shlib_noversion_symlink), 'xyzxyz.so',
"shlib_noversion_symlink is not 'xyzxyz.so': '%s'" % str(shlib_noversion_symlink))
else:
self.fail('Target xyzxyz.so.1.2.3 has no .attributes.shliblinks')
def __init__(self, *args, **kwargs):
Environment.__init__(self, *args, **kwargs)
# Our personal list of things to be tested.
self.test_libs = []
self.test_libs_includes = []
self.test_libs_path = []
self.check_lib = ['check']
self.check_lib_includes = [checklib_include]
self.check_lib_path = ['#build/test/check']
self.current_build_dir = None
# Custom builder for templating language
def build_from_template(target, source, env, for_signature = None):
assert len(target) == 1
assert len(source) == 1
target = str(target[0])
source = str(source[0])
#print "Build template target is", target, "source is", source, "env is", env
template = file(source).read()
output = StringIO()
environment = {
'include_files' : ['%s.h' % (libname) for libname in self.test_libs],
'suite_build_functions': ['make_%s_suite' % (libname) for libname in self.test_libs],
}
result = markup(template, output, environment)
assert result is True
file(target, 'wb').write(output.getvalue())
template_builder = self.Builder(action = build_from_template)
self['BUILDERS']['Templated'] = template_builder
def __init__(self, project, python=True, **options):
jinja_loader = jinja2.ChoiceLoader([
cfo.jinja.macros.LOADER,
jinja2.FileSystemLoader('.'),
])
options.setdefault('BUILDERS',
{}).update(Jinja=JinjaBuilder(jinja_loader), )
SConsEnvironment.__init__(self, **options)
# Add the common carefree-objects Variables:
Variables(project, python).Update(self)
self['PROJECT'] = project
self['JINJALOADER'] = jinja_loader
# Add Linux/GCC style flags from os.environ or custom overrides:
for var in ['CPPFLAGS', 'CXXFLAGS', 'LDFLAGS']:
flags = self.get(var) or os.environ.get(var)
if flags:
self.MergeFlags(flags)
# Add Windows/VC style search paths from os.environ
# or custom overrides:
# (Explicitly setting PATH is often needed to find VC binaries)
for var in ['PATH', 'INCLUDE', 'LIB']:
paths = self.get(var) or os.environ.get(var)
if paths:
self.Append(ENV={var: paths})
# Look for custom C++ compiler binary:
cxx = self.get('CXX') or os.environ.get('CXX')
if cxx:
self.Replace(CXX=cxx)
def copy_extra_files(tile):
"""Copy all files listed in a copy_files and copy_products section.
Files listed in copy_files will be copied from the specified location
in the current component to the specified path under the output
folder.
Files listed in copy_products will be looked up with a ProductResolver
and copied copied to the specified path in the output folder. There
is not currently a way to specify what type of product is being resolved.
The `short_name` given must be unique across all products from this
component and its direct dependencies.
"""
env = Environment(tools=[])
outputbase = os.path.join('build', 'output')
for src, dest in tile.settings.get('copy_files', {}).items():
outputfile = os.path.join(outputbase, dest)
env.Command([outputfile], [src], Copy("$TARGET", "$SOURCE"))
resolver = ProductResolver.Create()
for src, dest in tile.settings.get('copy_products', {}).items():
prod = resolver.find_unique(None, src)
outputfile = os.path.join(outputbase, dest)
env.Command([outputfile], [prod.full_path], Copy("$TARGET", "$SOURCE"))
def _copy_files(self, target_dir):
"""Copy test harness and file-under-test."""
builder = Builder(action=recursive_template_action,
emitter=recursive_template_emitter)
_inc_dirs, _sources, headers = unit_test.find_sources('firmware/src')
# Render the template
env = Environment(tools=[], BUILDERS={'render': builder})
env['RECURSIVE_TEMPLATE'] = self.UNIT_TEMPLATE
template_files = env.render([os.path.join(target_dir, '.timestamp')],
[])
test_files = []
for infile in self.files:
test_file = env.Command(
[os.path.join(target_dir, os.path.basename(infile))], [infile],
action=Copy("$TARGET", "$SOURCE"))
test_files.append(test_file)
# Copy all headers into the unit test
for _basename, infile in viewitems(headers):
test_file = env.Command(
[os.path.join(target_dir, os.path.basename(infile))], [infile],
action=Copy("$TARGET", "$SOURCE"))
test_files.append(test_file)
all_files = template_files + test_files
c_files = [str(x) for x in all_files if str(x).endswith('.c')]
return c_files, all_files
def __init__(self,
exportdirs,
installdirs,
platform=SCons.Platform.Platform(),
tools=None,
toolpath=None,
options=None,
**kw):
if toolpath is None:
toolpath = []
args = (self, platform, tools, toolpath, options)
Environment.__init__(*args, **kw)
self.exportdirs = exportdirs
self.installdirs = installdirs
self['BUILDERS']['uic'] = uic
self['BUILDERS']['uic_impl'] = uic_impl
self['BUILDERS']['moc'] = moc
self['BUILDERS']['IDLH'] = idl_h_builder
self['BUILDERS']['IDLIMPLH'] = idl_impl_h_builder
self['BUILDERS']['IDLCPP'] = idl_cpp_builder
self['_oldstripixes'] = self['_stripixes']
self['_stripixes'] = CleanupLibFlags
self.StringExpandFileFunc = StringExpandFileFunc
DefineProtocolBufferBuilder(self)
def main():
# Setup environment
EnsureSConsVersion(3, 0, 0)
env = Environment(ENV=os.environ,
tools=['Docs.Mkdocs'],
toolpath=[PyPackageDir('scons_tools_grbd.Tools')])
setup_opts(env)
# Use the first parameter as the mode to run as
if len(COMMAND_LINE_TARGETS) > 0:
cmd = COMMAND_LINE_TARGETS[0]
else:
print_useage(env)
Exit(1)
if cmd == 'serve':
tgt = env.MkdocsServer()
Default(tgt)
elif cmd == 'build':
tgt = env.MkdocsBuild()
Default(tgt)
elif cmd == 'publish':
tgt = env.MkdocsPublish("Example commit message")
Default(tgt)
elif cmd == 'clean':
clean(env)
# Alternative Formats
elif cmd == 'json':
tgt = env.MkdocsJsonBuild()
Default(tgt)
elif cmd == 'mkcombine':
tgt = env.MkdocsCombiner()
Default(tgt)
elif cmd == 'test1':
tgt = env.Dll2Lib('D:\\Temp\\19\\test1.lib',
'D:\\Temp\\19\\CoreUIComponents.dll')
Default(tgt)
# TODO
elif cmd == 'pdf':
manual_clean(env)
markdown_target = env.MkdocsCombiner()
pd_target = env.Pandoc('docs/export/site.pdf', markdown_target)
Default(pd_target)
elif cmd == 'doxygen':
print("TODO doxygen_templates")
else:
print_useage(env)
Exit(1)
def main():
# Setup environment
EnsureSConsVersion(3,0,0)
env = Environment(ENV = os.environ, tools = ['Docs.Mkdocs'],
toolpath = [PyPackageDir('scons_tools_grbd.Tools')])
setup_opts(env)
# Use the first parameter as the mode to run as
if len(COMMAND_LINE_TARGETS) > 0:
cmd = COMMAND_LINE_TARGETS[0]
else:
print_useage(env)
Exit(1)
if cmd == 'serve':
# Doxygen directory can get quite big, so iets remove it for serve mode
doxydir = os.path.abspath('docs/doxygen')
Execute(Delete(doxydir))
tgt = env.MkdocsServer()
Default(tgt)
elif cmd == 'build':
tgt = env.MkdocsBuild()
Default(tgt)
elif cmd == 'publish':
tgt = env.MkdocsPublish("Site update")
Default(tgt)
elif cmd == 'clean':
tgt = env.MkdocsBuild()
Default(tgt)
SetOption('clean', True)
# Alternative Formats
elif cmd == 'json':
tgt = env.MkdocsJsonBuild()
Default(tgt)
elif cmd == 'mkcombine':
tgt = env.MkdocsCombiner()
Default(tgt)
# TODO
elif cmd == 'doxygen':
print ("TODO doxygen_templates")
# TODO
elif cmd == 'pdf':
manual_clean(env)
markdown_target = env.MkdocsCombiner()
pd_target = env.Pandoc('docs/export/site.pdf', markdown_target)
Default(pd_target)
else:
print_useage(env)
Exit(1)
def test_vars(self):
"""Test that WiX tool adds vars"""
env = Environment(tools=["wix"])
assert env["WIXCANDLE"] is not None
assert env["WIXCANDLEFLAGS"] is not None
assert env["WIXLIGHTFLAGS"] is not None
assert env.subst("$WIXOBJSUF") == ".wixobj"
assert env.subst("$WIXSRCSUF") == ".wxs"
def Tool(self, toolname, path = None):
"""Like SCons.Tool, but knows about numscons specific toolpaths."""
if path:
return Environment.Tool(self, toolname,
path + get_numscons_toolpaths(self))
else:
return Environment.Tool(self, toolname,
get_numscons_toolpaths(self))
def test_vars(self):
"""Test that WiX tool adds vars"""
env = Environment(tools=['wix'])
assert env['WIXCANDLE'] is not None
assert env['WIXCANDLEFLAGS'] is not None
assert env['WIXLIGHTFLAGS'] is not None
assert env.subst('$WIXOBJSUF') == '.wixobj'
assert env.subst('$WIXSRCSUF') == '.wxs'
def get_env(self, **kwargs):
c_flags = ['-ffunction-sections', '-fdata-sections', '-fno-exceptions',
'-funsigned-char', '-funsigned-bitfields', '-fpack-struct',
'-fshort-enums', '-Os', '-Wall', '-mmcu=%s' % self.MCU]
# Add some missing paths to CFLAGS
# Workaround for /usr/libexec/gcc/avr/ld:
# cannot open linker script file ldscripts/avr5.x: No such file or directory
# Workaround for /usr/libexec/gcc/avr/ld:
# crtm168.o: No such file: No such file or directory
extra_cflags = ['-L/usr/x86_64-pc-linux-gnu/avr/lib/',
'-B/usr/avr/lib/avr5/', ]
c_flags += extra_cflags
if self.ARDUINO_BOARD == "leonardo":
c_flags += ["-DUSB_VID=" + self.get_board_conf('build.vid')]
c_flags += ["-DUSB_PID=" + self.get_board_conf('build.pid')]
env_defaults = dict(CC='"' + self.AVR_BIN_PREFIX + 'gcc"',
CXX='"' + self.AVR_BIN_PREFIX + 'g++"',
AS='"' + self.AVR_BIN_PREFIX + 'gcc"',
CPPPATH=[self.core_root],
CPPDEFINES={'F_CPU': self.F_CPU, 'ARDUINO':
self.ARDUINO_VER},
CFLAGS=c_flags + ['-std=gnu99'], CCFLAGS=c_flags,
ASFLAGS=['-assembler-with-cpp','-mmcu=%s' %
self.MCU], TOOLS=['gcc','g++', 'as'])
hw_variant = os.path.join(self.ARDUINO_HOME,
'hardware/arduino/variants',
self.get_board_conf('build.variant', ''))
if hw_variant:
env_defaults['CPPPATH'].append(hw_variant)
for k, v in six.iteritems(kwargs):
print('processing kwarg: %s->%s' % (k, v))
if k in env_defaults and isinstance(env_defaults[k], dict)\
and isinstance(v, dict):
env_defaults[k].update(v)
print(' update dict')
elif k in env_defaults and isinstance(env_defaults[k], list):
env_defaults[k].append(v)
print(' append to list')
else:
env_defaults[k] = v
print(' set value')
print('kwargs:', kwargs)
print('env_defaults:', env_defaults)
env_arduino = Environment(**env_defaults)
# Add Arduino Processing, Elf, and Hex builders to environment
for builder_name in ['Processing', 'CompressCore', 'Elf', 'Hex',
'BuildInfo']:
env_arduino.Append(BUILDERS={builder_name: getattr(self,
'get_%s_builder'
% builder_name
.lower())()})
return env_arduino
def ensure_image_is_hex(input_path):
"""Return a path to a hex version of a firmware image.
If the input file is already in hex format then input_path
is returned and nothing is done. If it is not in hex format
then an SCons action is added to convert it to hex and the
target output file path is returned.
A cache is kept so that each file is only converted once.
Args:
input_path (str): A path to a firmware image.
Returns:
str: The path to a hex version of input_path, this may
be equal to input_path if it is already in hex format.
"""
family = utilities.get_family('module_settings.json')
target = family.platform_independent_target()
build_dir = target.build_dirs()['build']
if platform.system() == 'Windows':
env = Environment(tools=['mingw'], ENV=os.environ)
else:
env = Environment(tools=['default'], ENV=os.environ)
input_path = str(input_path)
image_name = os.path.basename(input_path)
root, ext = os.path.splitext(image_name)
if len(ext) == 0:
raise BuildError(
"Unknown file format or missing file extension in ensure_image_is_hex",
file_name=input_path)
file_format = ext[1:]
if file_format == 'hex':
return input_path
if file_format == 'elf':
new_file = os.path.join(build_dir, root + '.hex')
if new_file not in CONVERTED_HEX_FILES:
env.Command(new_file,
input_path,
action=Action(
"arm-none-eabi-objcopy -O ihex $SOURCE $TARGET",
"Creating intel hex file from: $SOURCE"))
CONVERTED_HEX_FILES.add(new_file)
return new_file
raise BuildError("Unknown file format extension in ensure_image_is_hex",
file_name=input_path,
extension=file_format)
def setup_environment(chip):
"""
Setup the SCons environment for compiling arm cortex code
"""
config = ConfigManager()
#Make sure we never get MSVC settings for windows since that has the wrong command line flags for gcc
if platform.system() == 'Windows':
env = Environment(tools=['mingw'], ENV=os.environ)
else:
env = Environment(tools=['default'], ENV=os.environ)
env['INCPREFIX'] = '-I"'
env['INCSUFFIX'] = '"'
env['CPPPATH'] = chip.includes()
env['ARCH'] = chip
#Setup Cross Compiler
env['CC'] = 'arm-none-eabi-gcc'
env['AS'] = 'arm-none-eabi-gcc'
env['LINK'] = 'arm-none-eabi-gcc'
env['AR'] = 'arm-none-eabi-ar'
env['RANLIB'] = 'arm-none-eabi-ranlib'
#AS command line is by default setup for call as directly so we need to modify it to call via *-gcc to allow for preprocessing
env['ASCOM'] = "$AS $ASFLAGS -o $TARGET -c $SOURCES"
# Setup nice display strings unless we're asked to show raw commands
if not config.get('build:show-commands'):
env['CCCOMSTR'] = "Compiling $TARGET"
env['ARCOMSTR'] = "Building static library $TARGET"
env['RANLIBCOMSTR'] = "Indexing static library $TARGET"
env['LINKCOMSTR'] = "Linking $TARGET"
#Setup Compiler Flags
env['CCFLAGS'] = chip.combined_properties('cflags')
env['LINKFLAGS'] = chip.combined_properties('ldflags')
env['ARFLAGS'].append(chip.combined_properties(
'arflags')) #There are default ARFLAGS that are necessary to keep
env['ASFLAGS'].append(chip.combined_properties('asflags'))
#Add in compile tile definitions
defines = utilities.build_defines(chip.property('defines', {}))
env['CCFLAGS'].append(defines)
#Setup Target Architecture
env['CCFLAGS'].append('-mcpu=%s' % chip.property('cpu'))
env['ASFLAGS'].append('-mcpu=%s' % chip.property('cpu'))
env['LINKFLAGS'].append('-mcpu=%s' % chip.property('cpu'))
#Initialize library paths (all libraries are added via dependencies)
env['LIBPATH'] = []
env['LIBS'] = []
return env
def copy_tilebus_definitions(tile):
destdir = os.path.join('build', 'output', 'tilebus')
env = Environment(tools=[])
for tbdef in tile.find_products('tilebus_definitions'):
tbname = os.path.basename(tbdef)
infile = tbdef
outfile = os.path.join(destdir, tbname)
env.Command([outfile], [infile], Copy("$TARGET", "$SOURCE"))
def copy_linker_scripts(tile):
destdir = os.path.join('build', 'output', 'linker')
linkers = tile.find_products('linker_script')
env = Environment(tools=[])
for linker in linkers:
linkername = os.path.basename(linker)
srcfile = os.path.join("firmware", 'linker', linkername)
destfile = os.path.join(destdir, linkername)
env.Command([destfile], [srcfile], Copy("$TARGET", "$SOURCE"))
def ALEAEnvironment(conf, *args, **kwds):
if 'options' in kwds:
opts = kwds['options']
conf.UpdateOptions(opts)
else:
opts = conf.Options(*args, **kwds)
env = Environment(options=opts)
conf.Update(env)
env.Prepend(CPPPATH='$build_includedir')
env.Prepend(LIBPATH='$build_libdir')
return env
def copy_dependency_docs(tile):
"""Copy all documentation from dependencies into build/output/doc folder"""
env = Environment(tools=[])
outputbase = os.path.join('build', 'output', 'doc')
depbase = os.path.join('build', 'deps')
for dep in tile.dependencies:
depdir = os.path.join(depbase, dep['unique_id'], 'doc',
dep['unique_id'])
outputdir = os.path.join(outputbase, dep['unique_id'])
if os.path.exists(depdir):
env.Command([outputdir], [depdir], Copy("$TARGET", "$SOURCE"))
def ALEASolution(options, tools=[], dir=[]):
from copy import deepcopy
SConsignFile()
env_compiler_options = {}
if isinstance(platform, Win32):
# Checking for compiler info first
compileroptions = deepcopy(options)
compilerconf = Config([], dir)
compilerconf.UpdateOptions(compileroptions)
compilerenv = Environment()
compileroptions.Update(compilerenv)
compilerconf.Update(compilerenv)
if compilerenv['compiler'] == 'msvc':
if compilerenv['MSVC_VERSION'] != '':
env_compiler_options['MSVC_VERSION'] = compilerenv[
'MSVC_VERSION']
env_compiler_options['TARGET_ARCH'] = compilerenv[
'TARGET_ARCH']
elif compilerenv['compiler'] == 'mingw':
env_compiler_options['tools'] = ['mingw']
env_compiler_options['ENV'] = {
'PATH':
[find_executable_path_from_env('gcc.exe', strip_bin=False)],
'TMP': os.environ['TMP']
}
conf = Config(tools, dir)
conf.UpdateOptions(options)
if len(env_compiler_options) > 0:
print(('Force environment with compiler options : ' +
str(env_compiler_options)))
env = Environment(options=options, **env_compiler_options)
else:
env = Environment(options=options)
options.Update(env)
conf.Update(env)
Help(options.GenerateHelpText(env))
prefix = env['build_prefix']
VariantDir(prefix, '.')
env.Prepend(CPPPATH='$build_includedir')
env.Prepend(LIBPATH='$build_libdir')
# If scons is run in a conda environment, append paths
if CONDA_ENV:
PREFIX = CONDA_PREFIX
env.Prepend(CPPPATH=pj(PREFIX, 'include'))
env.Prepend(LIBPATH=pj(PREFIX, 'lib'))
return env
def __init__( self ):
Environment.__init__( self, ENV=environ )
self._initFromSysEnv()
self._initBuildDate()
tool = self._TOOLCHAIN()
self['AR'] = tool.AR
self['AS'] = tool.AS
self['CC'] = tool.CC
self['CXX'] = tool.CXX
self['LINK'] = tool.LINK
self['NM'] = tool.NM
self['RANDLIB'] = tool.RANDLIB
self['OBJCOPY'] = tool.OBJCOPY
self['OBJDUMP'] = tool.OBJDUMP
self.Append( CCFLAGS=self._DEF_CCFLAGS )
self.Append( CPPPATH=self._DEF_CPPPATH )
self.Append( LIBS=self._DEF_LIBS )
self.Append( LIBPATH=self._DEF_LIBPATH )
self.Append( LINKFLAGS=self._DEF_LINKFLAGS )
self.Append( CCFLAGS=self._CCFLAGS )
self.Append( CPPPATH=self._CPPPATH )
if self._LIBS:
self.Append( LIBS=self._LIBS )
self.Append( LIBPATH=self._LIBPATH )
self.Append( LINKFLAGS=self._LINKFLAGS )
BIN_BUILDER = Builder( action = tool.OBJCOPY + ' -O binary $SOURCE $TARGET', suffix='.bin', src_suffix='.elf' )
self.Append( BUILDERS={'Bin': BIN_BUILDER} )
HEX_BUILDER = Builder( action = tool.OBJCOPY + ' -O ihex $SOURCE $TARGET', suffix='.hex', src_suffix='.elf' )
self.Append( BUILDERS={'Hex': HEX_BUILDER} )
SIZE_BUILDER = Builder( action = tool.SIZE + ' -t $SOURCE', src_suffix='.elf' )
self.Append( BUILDERS={'Size': SIZE_BUILDER} )
DUMP_BUILDER = Builder( action = tool.OBJDUMP + ' -adhlS $SOURCE > $TARGET', suffix='.lst', src_suffix='.elf' )
self.Append( BUILDERS={'Dump': DUMP_BUILDER} )
#MAP_BUILDER = Builder( action = 'touch $TARGET', suffix='.map', src_suffix='.elf' )
#self.Append( BUILDERS={'Map': MAP_BUILDER} )
self.findRoot()
if not self.NO_PARALLEL:
self.setMultiJobs()
def create_cplusplus_environment():
"""Creates a new environment with the required variables for building C/C++ projects
@returns A new SCons environment set up for C/C++ builds"""
environment = Environment(
variables = _parse_default_command_line_options(),
SOURCE_DIRECTORY = 'Source',
HEADER_DIRECTORY = 'Include',
TESTS_DIRECTORY = 'Tests',
TESTS_RESULT_FILE = "gtest-results.xml",
REFERENCES_DIRECTORY = 'ThirdParty'
)
# Pass the 'TERM' variable through to allow colored output on Linux terminals
if platform.system() == 'Linux':
if 'TERM' in os.environ:
environment['ENV']['TERM'] = os.environ['TERM']
# Extension methods from the C/C++ module
cplusplus.setup(environment)
# Nuclex standard build settings and extensions
_set_standard_cplusplus_compiler_flags(environment)
_set_standard_cplusplus_linker_flags(environment)
_register_generic_extension_methods(environment)
_register_cplusplus_extension_methods(environment)
return environment
def InstallEnvironment():
"""
Determine installation locations for libraries and executables.
"""
ienv = Environment()
#prefix = ARGUMENTS.get('prefix', '/usr/local')
if os.name == 'nt':
import larch
prefix = larch.larchlib.sys_larchdir
dlldir = larch.larchlib.get_dlldir()
# Here are our installation paths:
ienv['i_prefix'] = prefix
ienv['i_lib'] = join(prefix, 'dlls', dlldir)
ienv['i_bin'] = join(prefix, 'bin')
ienv['i_inc'] = join(prefix, 'include')
ienv['i_data'] = join(prefix, 'share')
else:
prefix = '/usr/local'
# Here are our installation paths:
ienv['i_prefix'] = prefix
ienv['i_lib'] = join(prefix, 'lib')
ienv['i_bin'] = join(prefix, 'bin')
ienv['i_inc'] = join(prefix, 'include')
ienv['i_data'] = join(prefix, 'share')
return ienv
def NumpyConfigure(self, *args, **kw):
# Import here to avoid addint import times when configuration is not needed
from numscons.checkers import CheckF77BLAS, CheckF77LAPACK
from numscons.checkers.simple_check import NumpyCheckLibAndHeader
from numscons.checkers.fortran import CheckF77Mangling
if kw.has_key('conf_dir') or kw.has_key('log_file'):
# XXX handle this gracefully
assert 0 == 1
else:
kw['conf_dir'] = 'sconf'
kw['log_file'] = 'config.log'
if not kw.has_key("custom_tests"):
kw["custom_tests"] = {}
if not kw["custom_tests"].has_key("CheckF77Mangling"):
kw["custom_tests"]["CheckF77Mangling"] = CheckF77Mangling
if not kw["custom_tests"].has_key("CheckF77BLAS"):
kw["custom_tests"]["CheckF77BLAS"] = CheckF77BLAS
if not kw["custom_tests"].has_key("CheckF77LAPACK"):
kw["custom_tests"]["CheckF77LAPACK"] = CheckF77LAPACK
kw["custom_tests"]["NumpyCheckLibAndHeader"] = NumpyCheckLibAndHeader
config = Environment.Configure(self, *args, **kw)
def GetLastError(self):
self.logstream.flush()
errlines = open(str(self.logfile)).readlines()
return get_last_error_from_config(errlines)
config.GetLastError = new.instancemethod(GetLastError, config)
return config
def teensy31(target, userOptions={}, env=Environment()):
options = _defaultOptions.copy()
options.update(userOptions)
boardsTxt = _parseBoardsTxt()
platformTxt = _parsePlatformTxt(boardsTxt, options, target)
_setEnv(env, boardsTxt, platformTxt)
# ok
# env.VariantDir('build', 'src')
# env.Program('build/y', ['build/x.cpp', 'build/z.cpp'])
#
# ok
# env.VariantDir('build', 'src')
# env.Library('build/y', ['build/x.cpp', 'build/z.cpp'])
#
# ok
#env.VariantDir('build/a', '/tmp/t/7/src')
#env.Library('build/a/y', ['build/a/x.cpp', 'build/a/z.cpp'])
env.VariantDir('build/lib', env['CPPPATH'])
coreList = [os.path.join('build/lib', os.path.basename(_))
for _ in env.Glob(os.path.join(env['CPPPATH'], '*.*'), strings=True)
if not _.endswith('h')]
env.Library('build/lib/core', coreList)
env.VariantDir('build/code', '.')
o = env.Object('build/code/' + target +'.o', [target + '.cpp'])
elf = env.Command(target + '.elf', [o, 'build/lib/libcore.a'], platformTxt['recipe.c.combine.pattern'])
eep = env.Command(target + '.eep', elf, platformTxt['recipe.objcopy.eep.pattern'])
hex_ = env.Command(target + '.hex', eep, platformTxt['recipe.objcopy.hex.pattern'])
def __init__(self, buildSetup, buildVars, **kw):
kw.update(VERSION = buildSetup.VERSION
,TARGDIR = buildSetup.TARGDIR
,DESTDIR = '$INSTALLDIR/$PREFIX'
,toolpath = [buildSetup.TOOLDIR ]
,variables = buildVars
)
Environment.__init__ (self, **kw)
self.path = Record (extract_localPathDefs(buildSetup)) # e.g. buildExe -> env.path.buildExe
self.libInfo = {}
self.Tool("BuilderGCH")
self.Tool("BuilderDoxygen")
self.Tool("ToolDistCC")
self.Tool("ToolCCache")
register_LumieraResourceBuilder(self)
register_LumieraCustomBuilders(self)
def DistutilsSConscript(self, name):
"""This sets up build directory correctly to play nice with
distutils."""
if self['src_dir']:
sname = pjoin('$src_dir', name)
else:
sname = name
Environment.SConscript(self, sname,
build_dir = '$build_dir', src_dir = '$src_dir')
def __init__(self, parent=None, args=None, **kw):
Environment.__init__(self, ENV=os.environ,
tools = ['default', 'subst'],
toolpath = [pjoin(os.getcwd(), 'build')],
**kw)
# See SCons/Platform/__init__.py for possible values
if self['PLATFORM'] in _platforms:
self['APR_PLATFORM'] = self['PLATFORM']
else:
self['APR_PLATFORM'] = 'unix'
# if no *.c files are found in the original APR_PLATFORM, we switch to
# using this fallback platform.
self['APR_FALLBACK_PLATFORM'] = 'unix'
self.AppendUnique(CPPPATH = ['include', 'include/private', 'include/arch/'+self['APR_PLATFORM']])
self.autoconf = aprconf.APRConfigure(self)
self.AppendUnique(LIBS = ['expat'])
def build_units(parent, targets):
tests = find_units(parent)
summary_env = Environment(tools=[])
summary_env['TESTS'] = []
for test in tests:
test.build(targets, summary_env)
build_summary(summary_env)
def getEnvironment():
import utils
environment = Environment(ENV=os.environ)
environment['PAINTOWN_PLATFORM'] = ['wii', 'sdl']
peg_color = 'light-cyan'
environment['PAINTOWN_BACKEND'] = 'sdl'
environment['PAINTOWN_USE_PRX'] = False
environment['PAINTOWN_TESTS'] = {'CheckPython': checkPython}
environment['PAINTOWN_COLORIZE'] = utils.colorize
environment['PAINTOWN_NETWORKING'] = False
environment['LIBS'] = []
environment['PEG_MAKE'] = "%s %s" % (utils.colorize(
'Creating peg parser',
peg_color), utils.colorize('$TARGET', 'light-blue'))
environment.Append(BUILDERS={'Peg': utils.pegBuilder(environment)})
environment.Append(CPPPATH=['#src', '#src/util/network/hawknl'])
environment.Append(CPPDEFINES=['USE_SDL'])
return utils.lessVerbose(wii(environment))
def copy_dependency_images(tile):
"""Copy all documentation from dependencies into build/output/doc folder"""
env = Environment(tools=[])
outputbase = os.path.join('build', 'output')
depbase = os.path.join('build', 'deps')
for dep in tile.dependencies:
depdir = os.path.join(depbase, dep['unique_id'])
outputdir = os.path.join(outputbase)
deptile = IOTile(depdir)
for image in deptile.find_products('firmware_image'):
name = os.path.basename(image)
input_path = os.path.join(depdir, name)
output_path = os.path.join(outputdir, name)
env.Command([output_path], [input_path],
Copy("$TARGET", "$SOURCE"))
def setUp(self):
class FakeEnvironment(object):
def __init__(self, **kw):
self.kw = kw
def subst(self, s, target=None, source=None, conv=lambda x: x):
if s[0] == '$':
s = s[1:]
if s == 'target':
s = target
elif s == 'source':
s = source
else:
s = self.kw[s]
return s
self.env = FakeEnvironment(AAA='aaa', NULL='')
from SCons.Environment import Environment
self.env = Environment(AAA='aaa', NULL='')
def create_generic_environment():
"""Creates an general-purpose environment without specific support for any
programming language or resource/asset system
@return A new SCons environment without support for specific builds"""
environment = Environment(variables=_parse_default_command_line_options())
_register_generic_extension_methods(environment)
return environment
def get_env(self, **kwargs):
cFlags = [
'-ffunction-sections', '-fdata-sections', '-fno-exceptions',
'-funsigned-char', '-funsigned-bitfields', '-fpack-struct',
'-fshort-enums', '-Os',
'-mmcu=%s' % self.MCU
]
env_defaults = dict(CC='"%s"' % (self.AVR_BIN_PREFIX + 'gcc'),
CXX='"%s"' % (self.AVR_BIN_PREFIX + 'g++'),
CPPPATH=[self.core_root],
CPPDEFINES={
'F_CPU': self.F_CPU,
'ARDUINO': self.ARDUINO_VER,
'AVR': None,
},
CFLAGS=cFlags + ['-std=gnu99'],
CCFLAGS=cFlags,
TOOLS=['gcc', 'g++'])
for k, v in kwargs.iteritems():
print 'processing kwarg: %s->%s' % (k, v)
if k in env_defaults and isinstance(env_defaults[k], dict)\
and isinstance(v, dict):
env_defaults[k].update(v)
print ' update dict'
elif k in env_defaults and isinstance(env_defaults[k], list):
env_defaults[k].append(v)
print ' append to list'
else:
env_defaults[k] = v
print ' set value'
print 'kwargs:', kwargs
print 'env_defaults:', env_defaults
envArduino = Environment(**env_defaults)
# Add Arduino Processing, Elf, and Hex builders to environment
for builder_name in ['Processing', 'Elf', 'Hex']:
envArduino.Append(
BUILDERS={
builder_name:
getattr(self, 'get_%s_builder' % builder_name.lower())()
})
return envArduino
def CompilationEnvironment():
"""
Determine how to build the Fortran parts of feff85exafs
"""
args = {}
jsondir = realpath(join(getcwd(), '..', 'json-fortran'))
flags = {'jsondir': jsondir}
gfortran_comp_flags = '-O3 -ffree-line-length-none -g -Wall'
gfortran_link_flags = None
json_comp_flags = ' -I{jsondir} -J{jsondir}'.format(**flags)
json_link_flags = ' -L{jsondir} -ljsonfortran'.format(**flags)
# darwin:
if os.name == 'posix' and sys.platform=='darwin':
args['platform'] = 'darwin'
gfortran_comp_flags = '-O2 -arch x86_64 -Wall'
gfortran_link_flags = '-dynamiclib -L/usr/local/gfortran/lib/ -lgfortran -lgfortranbegin'
# windows: needs work!
if os.name == 'nt':
#args['platform'] = 'Windows'
pass
env = Environment(**args)
if env['FORTRAN'] == 'gfortran':
# this was the suggestion in the top level Makefile in what
# the FP gave us: "-O3 -ffree-line-length-none -finit-local-zero"
# -O3 makes sense, as does -finit-local-zero. I don't understand
# the advantage of -ffree-line-length-none -- it seems to
# encourage poor code style -- like we need more of that!
# also, -finit-local-zero fails on FMS/fmstot.f
env = Environment(FORTRANFLAGS = gfortran_comp_flags + json_comp_flags, CFLAGS = '-g')
if gfortran_link_flags is not None:
env.Replace(SHLINKFLAGS = gfortran_link_flags + json_link_flags)
elif env['FORTRAN'] == 'g77':
env = Environment(FORTRANFLAGS = '-Wall -O2')
elif env['FORTRAN'] == 'xlf':
env = Environment(FORTRANFLAGS = '-qextern=trap')
elif env['FORTRAN'] == 'ifort':
## I think the -module flg is correct ... untested ...
env = Environment(FORTRANFLAGS = '-O3 -module '+jsondir)
if DEBUG_ENV:
for key, val in env.items():
try:
print( key, val)
except:
pass
sys.exit()
if os.name == 'nt':
env.PrependENVPath('PATH', os.environ['PATH'])
return env
def __init__(self, *args, **kw):
if kw.has_key('tools'):
raise NumsconsError("NumpyEnvironment has received a tools "\
"argument.")
else:
kw['tools'] = []
Environment.__init__(self, *args, **kw)
# Setting dirs according to command line options
self['build_dir'] = pjoin(self['build_prefix'], pkg_to_path(self['pkg_name']))
# Set directory where to "install" built C extensions
if self["inplace"]:
self['distutils_installdir'] = pjoin(str(self.fs.Top), self["pkg_path"])
else:
if not self.has_key('distutils_installdir'):
# XXX: compatibility with upstream numpy trunk - this can be
# removed once install_clib is merged
self["distutils_installdir"] = ''
self['distutils_installdir'] = pjoin(self['distutils_libdir'], pkg_to_path(self['pkg_name']))
if not self.has_key('distutils_install_prefix'):
# XXX: compatibility with upstream numpy trunk - this can be
# removed once install_clib is merged
self["distutils_install_prefix"] = ''
else:
self["distutils_install_prefix"] = os.path.abspath(pjoin(str(self.fs.Top), self["distutils_install_prefix"]))
# This will keep our compiler dependent customization (optimization,
# warning, etc...)
self['NUMPY_CUSTOMIZATION'] = {}
self._set_sconsign_location()
self._customize_scons_env()
set_logging(self)
def build_moduletest(test, arch):
"""
Given a path to the source files, build a unit test including the unity test harness targeting
the given architecture.
"""
rawlog = '#' + test.get_path('rawlog', arch)
outlog = '#' + test.get_path('log', arch)
statusfile = '#' + test.get_path('status', arch)
elffile = '#' + test.get_path('elf', arch)
build_dirs = test.build_dirs(arch)
objdir = build_dirs['objects']
arch = arch.retarget(add=['test'])
unit_env = Environment(tools=['xc16_compiler', 'xc16_assembler', 'xc16_linker'], ENV = os.environ)
tester_env = Environment(tools=['xc16_compiler' ], ENV = os.environ)
unit_env['ARCH'] = arch
tester_env['ARCH'] = arch
unit_env['OUTPUT'] = '%s.elf' % test.name
objs = []
for src in test.files + arch.extra_sources():
name,ext = os.path.splitext(os.path.basename(src))
target = os.path.join(objdir, name + '.o')
if src == test.files[0]:
objs.append(tester_env.xc16_gcc('#' + target, src))
else:
objs.append(unit_env.xc16_gcc('#' + target, src))
#Generate main.c programmatically to run the test
main_src = '#' + os.path.join(objdir, 'main.c')
main_target = '#' + os.path.join(objdir, 'main.o')
unit_env.Command(main_src, test.files[0], action=unit_env.Action(build_moduletest_main, "Creating test runner"))
objs.append(unit_env.xc16_gcc(main_target, main_src))
#Link the test, run it and build a status file
unit_env.xc16_ld(elffile, objs)
unit_env.Command(outlog, elffile, action=unit_env.Action(r"momo-picunit %s '%s' '%s'" % (arch.property('simulator_model'), elffile[1:], outlog[1:]), "Running unit test"))
unit_env.Command(statusfile, outlog, action=unit_env.Action(process_log, 'Processing log file'))
return statusfile
def __init__(self, *args, **kwargs):
from os.path import abspath, dirname, join
import racy
import racy.renv as renv
import racy.rlog as rlog
from racy.renv import constants
from racy.renv.options import get_option
from racy.rproject import RacyProjectsDB
kwargs['toolpath'] = renv.toolpath() + kwargs.get('toolpath',[])
self._callbacks = []
for opt in ['DEBUG', 'TOOL', 'MSVC_VERSION','MSSDK_VERSION']:
kwargs[opt] = get_option(opt)
kwargs.setdefault('tools',[])
kwargs['tools'] += env_tools
kwargs.update(env_vars)
kwargs['ARCH'] = get_option('ARCH')
cxx = get_option('CXX')
if cxx :
kwargs['CXX'] = cxx
Env.__init__(self, *args, **kwargs)
FLAGS = (
'$( ${{_concat(INCPREFIX, {0}, INCSUFFIX, '
'__env__, RDirs, TARGET, SOURCE)}} $)'
)
self['CPP_LIBEXT_PATH'] = []
self['_CPPINCFLAGS'] = (
FLAGS.format('CPPPATH')
+ FLAGS.format('CPP_LIBEXT_PATH')
)
act = self.Action( CopyBuilder, "Install '$$SOURCE' as '$$TARGET'")
self.__CopyBuilder__ = self.Builder(
action = act,
source_factory = self.Entry,
target_factory = self.Entry,
)
res = racy.rplugins.register.get_env_addons(self)
if True in res:
racy.exit_racy(0)
self['_FORCE_INCLUDE'] = '${_defines(FORCE_INCLUDE_PREFIX, FORCE_INCLUDE, FORCE_INCLUDE_SUFFIX, __env__)}'
self['_CCCOMCOM'] = self['_CCCOMCOM'] + ' ${_FORCE_INCLUDE}'
if not self.GetOption('help'):
tool = self['TOOL']
if tool == 'auto':
tool = constants.SYSTEM_DEFAULT_TOOL[renv.system()]
self.Tool(tool)
self.Decider('MD5-timestamp')
self.prj_db = db = RacyProjectsDB(env = self)
self.lookup_list.append( db.target_lookup )
num_jobs = get_option('JOBS')
if num_jobs == 'auto':
import multiprocessing
num_jobs = multiprocessing.cpu_count()
self.SetOption('num_jobs', num_jobs)
# allow use of cached md5 after 600 sec (instead of 2 days).
self.SetOption('max_drift', 600)
racy_db_file_default = join(racy.renv.dirs.build, '.sconsign.dblite')
racy_db_file = get_option('RACY_DBFILE')
if not racy_db_file:
racy_db_file = racy_db_file_default
self.SConsignFile(racy_db_file)
rlog.info.log(".sconsign file", racy_db_file)
import os
from racy.renv.configs.commandline import get_opts_help
self.Help( (os.linesep*2).join(get_opts_help()) )
map(lambda f:f(self), self._callbacks)
del self._callbacks
def build_unittest(test, arch, summary_env, cmds=None):
"""
Build a hex file from the source files test_files for the indicated chip
If cmds is passed, replace the generic run command to gpsim with the commands
listed in the passed file
"""
#Extract information from test
#Allow files to be renamed with architecture extensions automatically
test_files = filter(lambda x: x is not None, map(lambda x: test.find_support_file(x, arch), test.files))
name = test.name
type = test.type
env = Environment(tools=['xc8_compiler', 'patch_mib12', 'merge_mib12_app', 'merge_mib12_sym', 'gpsim_runner'], ENV = os.environ)
env['ORIGINAL_ARCH'] = arch
env['TEST'] = test
#Configure for app module or exec
if type.startswith("executive"):
orig_name = 'mib12_executive_symbols'
env['ARCH'] = arch.retarget(remove=['exec'], add=['app'])
pic12.configure_env_for_xc8(env, force_app=True)
test_harness = ['../test/pic12/exec_harness/mib12_exec_unittest.c', '../test/pic12/exec_harness/mib12_api.as', '../test/pic12/exec_harness/mib12_exec_unittest_startup.as', '../test/pic12/gpsim_logging/test_log.as', '../test/pic12/gpsim_logging/test_mib.as']
elif type == "application":
orig_name = "mib12_app_module_symbols"
env['ARCH'] = arch.retarget(remove=['app'], add=['exec'])
pic12.configure_env_for_xc8(env, force_exec=True)
test_harness = ['../test/pic12/app_harness/mib12_app_unittest.c', '../test/pic12/app_harness/mib12_test_api.as', '../test/pic12/gpsim_logging/test_log.as']
else:
raise BuildError("Invalid unit test type specified. Should start with executive or application.", type=type)
orig_symfile = orig_name + '.h'
orig_symtab = orig_name + '.stb'
dirs = arch.build_dirs()
builddir = dirs['build']
testdir = os.path.join(dirs['test'], name, 'objects')
finaldir = dirs['output']
outdir = os.path.join(dirs['test'], name)
env.AppendENVPath('PATH','../../tools/scripts')
incs = []
incs.append('.')
incs.append('src')
incs.append('src/mib')
incs.append(testdir)
incs.extend(arch.property('test_includes', []))
env['INCLUDE'] += incs
#Copy over the symbol file from the module we're testing so we can reference it
symfile = Command(os.path.join(testdir, 'symbols.h'), os.path.join(builddir, orig_symfile), Copy("$TARGET", "$SOURCE"))
testee_symtab = Command(os.path.join(testdir, 'symbols.stb'), os.path.join(builddir, orig_symtab), Copy("$TARGET", "$SOURCE"))
symtab = env.merge_mib12_symbols([os.path.join(outdir, 'symbols.stb')], [testee_symtab, os.path.join(testdir, name + '_unit.sym')])
#Load in all of the xc8 configuration from build_settings
sim = arch.property('gpsim_proc')
env['TESTCHIP'] = sim
env['TESTNAME'] = name
env['TESTAPPEND'] = arch.arch_name()
env['EXTRACMDS'] = cmds
#Must do this in 1 statement so we don't modify test_files
srcfiles = test_files + test_harness
apphex = env.xc8(os.path.join(testdir, name + '_unit.hex'), srcfiles)
env.Depends(apphex[0], symfile)
if type.startswith("executive"):
app_start = env['CHIP'].app_rom[0] + 2
#Executive integration tests run the entire executive startup routine
#Regular integration tests skip it to save time (1 second delay for registration)
#and to avoid triggering any bugs in the executive code since these are unit tests.
#for specific routines.
if type == "executive_integration":
lowhex = os.path.join(builddir, 'mib12_executive_patched.hex')
else:
lowhex = env.Command(os.path.join(testdir, 'mib12_executive_local.hex'), os.path.join(builddir, 'mib12_executive_patched.hex'), action='python ../../tools/scripts/patch_start.py %d $SOURCE $TARGET' % app_start)
highhex = apphex[0]
else:
lowhex = apphex[0]
highhex = env.Command(os.path.join(testdir, 'mib12_app_module_local.hex'), os.path.join(builddir, 'mib12_app_module.hex'), Copy("$TARGET", "$SOURCE"))
outhex = env.merge_mib12_app(os.path.join(outdir, name + '.hex'), [lowhex, highhex])
outscript = env.Command([os.path.join(outdir, 'test.stc')], [outhex], action=env.Action(build_unittest_script, "Building test script"))
raw_log_path = os.path.join(outdir, build_logfile_name(env))
raw_results = env.gpsim_run(raw_log_path, [outscript, outhex]) #include outhex so that scons knows to rerun this command when the hex changes
formatted_log = env.Command([build_formatted_log_name(env), build_status_name(env)], [raw_results, symtab], action=env.Action(process_unittest_log,
"Processing test log"))
#Add this unit test to the unit test summary command
summary_env['TESTS'].append(build_status_name(env))
#Remember to remove the test directory when cleaning
#Also add any extra intermediate files that the unit test defines so that
#those are cleaned up as well
env.Clean(outscript, testdir)
env.Clean(outscript, outdir)
additional_files = test.get_intermediates(arch)
for file in additional_files:
env.Clean(outscript, file)