#
# Authors: Nathan Binkert
+from __future__ import print_function
+
import array
import bisect
+import functools
import imp
import marshal
import os
# When specifying a source file of some type, a set of tags can be
# specified for that file.
+class SourceFilter(object):
+ def __init__(self, predicate):
+ self.predicate = predicate
+
+ def __or__(self, other):
+ return SourceFilter(lambda tags: self.predicate(tags) or
+ other.predicate(tags))
+
+ def __and__(self, other):
+ return SourceFilter(lambda tags: self.predicate(tags) and
+ other.predicate(tags))
+
+def with_tags_that(predicate):
+ '''Return a list of sources with tags that satisfy a predicate.'''
+ return SourceFilter(predicate)
+
+def with_any_tags(*tags):
+ '''Return a list of sources with any of the supplied tags.'''
+ return SourceFilter(lambda stags: len(set(tags) & stags) > 0)
+
+def with_all_tags(*tags):
+ '''Return a list of sources with all of the supplied tags.'''
+ return SourceFilter(lambda stags: set(tags) <= stags)
+
+def with_tag(tag):
+ '''Return a list of sources with the supplied tag.'''
+ return SourceFilter(lambda stags: tag in stags)
+
+def without_tags(*tags):
+ '''Return a list of sources without any of the supplied tags.'''
+ return SourceFilter(lambda stags: len(set(tags) & stags) == 0)
+
+def without_tag(tag):
+ '''Return a list of sources with the supplied tag.'''
+ return SourceFilter(lambda stags: tag not in stags)
+
+source_filter_factories = {
+ 'with_tags_that': with_tags_that,
+ 'with_any_tags': with_any_tags,
+ 'with_all_tags': with_all_tags,
+ 'with_tag': with_tag,
+ 'without_tags': without_tags,
+ 'without_tag': without_tag,
+}
+
+Export(source_filter_factories)
+
class SourceList(list):
- def with_tags_that(self, predicate):
- '''Return a list of sources with tags that satisfy a predicate.'''
+ def apply_filter(self, f):
def match(source):
- return predicate(source.tags)
+ return f.predicate(source.tags)
return SourceList(filter(match, self))
- def with_any_tags(self, *tags):
- '''Return a list of sources with any of the supplied tags.'''
- return self.with_tags_that(lambda stags: len(tags & stags) > 0)
-
- def with_all_tags(self, *tags):
- '''Return a list of sources with all of the supplied tags.'''
- return self.with_tags_that(lambda stags: tags <= stags)
-
- def with_tag(self, tag):
- '''Return a list of sources with the supplied tag.'''
- return self.with_tags_that(lambda stags: tag in stags)
-
- def without_tags(self, *tags):
- '''Return a list of sources without any of the supplied tags.'''
- return self.with_tags_that(lambda stags: len(tags & stags) == 0)
+ def __getattr__(self, name):
+ func = source_filter_factories.get(name, None)
+ if not func:
+ raise AttributeError
- def without_tag(self, tag):
- '''Return a list of sources with the supplied tag.'''
- return self.with_tags_that(lambda stags: tag not in stags)
+ @functools.wraps(func)
+ def wrapper(*args, **kwargs):
+ return self.apply_filter(func(*args, **kwargs))
+ return wrapper
class SourceMeta(type):
'''Meta class for source files that keeps track of all files of a
of those. A source file also specifies a set of tags which
describing arbitrary properties of the source file.'''
__metaclass__ = SourceMeta
+
+ static_objs = {}
+ shared_objs = {}
+
def __init__(self, source, tags=None, add_tags=None):
if tags is None:
tags='gem5 lib'
if isinstance(tags, basestring):
tags = set([tags])
- if isinstance(add_tags, basestring):
- add_tags = set([add_tags])
+ if not isinstance(tags, set):
+ tags = set(tags)
+ self.tags = tags
+
if add_tags:
- tags = tags | add_tags
- self.tags = set(tags)
+ if isinstance(add_tags, basestring):
+ add_tags = set([add_tags])
+ if not isinstance(add_tags, set):
+ add_tags = set(add_tags)
+ self.tags |= add_tags
tnode = source
if not isinstance(source, SCons.Node.FS.File):
if issubclass(base, SourceFile):
base.all.append(self)
+ def static(self, env):
+ key = (self.tnode, env['OBJSUFFIX'])
+ if not key in self.static_objs:
+ self.static_objs[key] = env.StaticObject(self.tnode)
+ return self.static_objs[key]
+
+ def shared(self, env):
+ key = (self.tnode, env['OBJSUFFIX'])
+ if not key in self.shared_objs:
+ self.shared_objs[key] = env.SharedObject(self.tnode)
+ return self.shared_objs[key]
+
@property
def filename(self):
return str(self.tnode)
self.cc_file = File(modname + '.pb.cc')
self.hh_file = File(modname + '.pb.h')
-class UnitTest(object):
- '''Create a UnitTest'''
+exectuable_classes = []
+class ExecutableMeta(type):
+ '''Meta class for Executables.'''
all = []
- def __init__(self, target, *sources, **kwargs):
- '''Specify the target name and any sources. Sources that are
- not SourceFiles are evalued with Source(). All files are
- tagged with the name of the UnitTest target.'''
+
+ def __init__(cls, name, bases, d):
+ if not d.pop('abstract', False):
+ ExecutableMeta.all.append(cls)
+ super(ExecutableMeta, cls).__init__(name, bases, d)
+
+ cls.all = []
+
+class Executable(object):
+ '''Base class for creating an executable from sources.'''
+ __metaclass__ = ExecutableMeta
+
+ abstract = True
+
+ def __init__(self, target, *srcs_and_filts):
+ '''Specify the target name and any sources. Sources that are
+ not SourceFiles are evalued with Source().'''
+ super(Executable, self).__init__()
+ self.all.append(self)
+ self.target = target
+
+ isFilter = lambda arg: isinstance(arg, SourceFilter)
+ self.filters = filter(isFilter, srcs_and_filts)
+ sources = filter(lambda a: not isFilter(a), srcs_and_filts)
srcs = SourceList()
for src in sources:
if not isinstance(src, SourceFile):
- src = Source(src, tags=str(target))
+ src = Source(src, tags=[])
srcs.append(src)
self.sources = srcs
- self.target = target
+ self.dir = Dir('.')
+
+ def path(self, env):
+ return self.dir.File(self.target + '.' + env['EXE_SUFFIX'])
+
+ def srcs_to_objs(self, env, sources):
+ return list([ s.static(env) for s in sources ])
+
+ @classmethod
+ def declare_all(cls, env):
+ return list([ instance.declare(env) for instance in cls.all ])
+
+ def declare(self, env, objs=None):
+ if objs is None:
+ objs = self.srcs_to_objs(env, self.sources)
+
+ if env['STRIP_EXES']:
+ stripped = self.path(env)
+ unstripped = env.File(str(stripped) + '.unstripped')
+ if sys.platform == 'sunos5':
+ cmd = 'cp $SOURCE $TARGET; strip $TARGET'
+ else:
+ cmd = 'strip $SOURCE -o $TARGET'
+ env.Program(unstripped, objs)
+ return env.Command(stripped, unstripped,
+ MakeAction(cmd, Transform("STRIP")))
+ else:
+ return env.Program(self.path(env), objs)
+
+class UnitTest(Executable):
+ '''Create a UnitTest'''
+ def __init__(self, target, *srcs_and_filts, **kwargs):
+ super(UnitTest, self).__init__(target, *srcs_and_filts)
+
self.main = kwargs.get('main', False)
- self.all.append(self)
-class GTest(UnitTest):
- '''Create a unit test based on the google test framework.'''
+ def declare(self, env):
+ sources = list(self.sources)
+ for f in self.filters:
+ sources = Source.all.apply_filter(f)
+ objs = self.srcs_to_objs(env, sources) + env['STATIC_OBJS']
+ if self.main:
+ objs += env['MAIN_OBJS']
+ return super(UnitTest, self).declare(env, objs)
+class GTest(Executable):
+ '''Create a unit test based on the google test framework.'''
all = []
+ def __init__(self, *srcs_and_filts, **kwargs):
+ super(GTest, self).__init__(*srcs_and_filts)
+
+ self.skip_lib = kwargs.pop('skip_lib', False)
+
+ @classmethod
+ def declare_all(cls, env):
+ env = env.Clone()
+ env.Append(LIBS=env['GTEST_LIBS'])
+ env.Append(CPPFLAGS=env['GTEST_CPPFLAGS'])
+ env['GTEST_LIB_SOURCES'] = Source.all.with_tag('gtest lib')
+ env['GTEST_OUT_DIR'] = \
+ Dir(env['BUILDDIR']).Dir('unittests.' + env['EXE_SUFFIX'])
+ return super(GTest, cls).declare_all(env)
+
+ def declare(self, env):
+ sources = list(self.sources)
+ if not self.skip_lib:
+ sources += env['GTEST_LIB_SOURCES']
+ for f in self.filters:
+ sources += Source.all.apply_filter(f)
+ objs = self.srcs_to_objs(env, sources)
+
+ binary = super(GTest, self).declare(env, objs)
+
+ out_dir = env['GTEST_OUT_DIR']
+ xml_file = out_dir.Dir(str(self.dir)).File(self.target + '.xml')
+ AlwaysBuild(env.Command(xml_file, binary,
+ "${SOURCES[0]} --gtest_output=xml:${TARGETS[0]}"))
+
+ return binary
+
+class Gem5(Executable):
+ '''Create a gem5 executable.'''
+
+ def __init__(self, target):
+ super(Gem5, self).__init__(target)
+
+ def declare(self, env):
+ objs = env['MAIN_OBJS'] + env['STATIC_OBJS']
+ return super(Gem5, self).declare(env, objs)
+
# Children should have access
Export('Source')
Export('PySource')
Export('SimObject')
Export('ProtoBuf')
+Export('Executable')
Export('UnitTest')
Export('GTest')
# Add the C++ source file
Source(proto.cc_file, tags=proto.tags)
elif ProtoBuf.all:
- print 'Got protobuf to build, but lacks support!'
+ print('Got protobuf to build, but lacks support!')
Exit(1)
#
# List of constructed environments to pass back to SConstruct
date_source = Source('base/date.cc', tags=[])
+gem5_binary = Gem5('gem5')
+
# Function to create a new build environment as clone of current
# environment 'env' with modified object suffix and optional stripped
# binary. Additional keyword arguments are appended to corresponding
# SCons doesn't know to append a library suffix when there is a '.' in the
# name. Use '_' instead.
libname = 'gem5_' + label
- exename = 'gem5.' + label
secondary_exename = 'm5.' + label
new_env = env.Clone(OBJSUFFIX=objsfx, SHOBJSUFFIX=objsfx + 's')
new_env.Label = label
new_env.Append(**kwargs)
- make_static = lambda source: new_env.StaticObject(source.tnode)
- make_shared = lambda source: new_env.SharedObject(source.tnode)
-
lib_sources = Source.all.with_tag('gem5 lib')
# Without Python, leave out all Python content from the library
shared_objs = []
for s in lib_sources.with_tag(Source.ungrouped_tag):
- static_objs.append(make_static(s))
- shared_objs.append(make_shared(s))
+ static_objs.append(s.static(new_env))
+ shared_objs.append(s.shared(new_env))
for group in Source.source_groups:
srcs = lib_sources.with_tag(Source.link_group_tag(group))
if not srcs:
continue
- group_static = [ make_static(s) for s in srcs ]
- group_shared = [ make_shared(s) for s in srcs ]
+ group_static = [ s.static(new_env) for s in srcs ]
+ group_shared = [ s.shared(new_env) for s in srcs ]
# If partial linking is disabled, add these sources to the build
# directly, and short circuit this loop.
partial = env.PartialShared(target=target, source=group_shared)
shared_objs.extend(partial)
- static_date = make_static(date_source)
+ static_date = date_source.static(new_env)
new_env.Depends(static_date, static_objs)
static_objs.extend(static_date)
- shared_date = make_shared(date_source)
+ shared_date = date_source.shared(new_env)
new_env.Depends(shared_date, shared_objs)
shared_objs.extend(shared_date)
+ main_objs = [ s.static(new_env) for s in Source.all.with_tag('main') ]
+
# First make a library of everything but main() so other programs can
# link against m5.
static_lib = new_env.StaticLibrary(libname, static_objs)
shared_lib = new_env.SharedLibrary(libname, shared_objs)
- # Now link a stub with main() and the static library.
- main_objs = [ make_static(s) for s in Source.all.with_tag('main') ]
-
- for test in UnitTest.all:
- test_sources = Source.all.with_tag(str(test.target))
- test_objs = [ make_static(s) for s in test_sources ]
- if test.main:
- test_objs += main_objs
- path = 'unittest/%s.%s' % (test.target, label)
- new_env.Program(path, test_objs + static_objs)
-
- gtest_env = new_env.Clone()
- gtest_env.Append(LIBS=gtest_env['GTEST_LIBS'])
- gtest_env.Append(CPPFLAGS=gtest_env['GTEST_CPPFLAGS'])
- for test in GTest.all:
- test_sources = Source.all.with_tag(str(test.target))
- test_objs = [ gtest_env.StaticObject(s.tnode) for s in test_sources ]
- gtest_env.Program('unittest/%s.%s' % (test.target, label), test_objs)
-
- progname = exename
- if strip:
- progname += '.unstripped'
-
- targets = new_env.Program(progname, main_objs + static_objs)
-
- if strip:
- if sys.platform == 'sunos5':
- cmd = 'cp $SOURCE $TARGET; strip $TARGET'
- else:
- cmd = 'strip $SOURCE -o $TARGET'
- targets = new_env.Command(exename, progname,
- MakeAction(cmd, Transform("STRIP")))
+ # Keep track of the object files generated so far so Executables can
+ # include them.
+ new_env['STATIC_OBJS'] = static_objs
+ new_env['SHARED_OBJS'] = shared_objs
+ new_env['MAIN_OBJS'] = main_objs
- new_env.Command(secondary_exename, exename,
- MakeAction('ln $SOURCE $TARGET', Transform("HARDLINK")))
+ new_env['STATIC_LIB'] = static_lib
+ new_env['SHARED_LIB'] = shared_lib
+
+ # Record some settings for building Executables.
+ new_env['EXE_SUFFIX'] = label
+ new_env['STRIP_EXES'] = strip
- new_env.M5Binary = targets[0]
+ for cls in ExecutableMeta.all:
+ cls.declare_all(new_env)
+
+ new_env.M5Binary = File(gem5_binary.path(new_env))
+
+ new_env.Command(secondary_exename, new_env.M5Binary,
+ MakeAction('ln $SOURCE $TARGET', Transform("HARDLINK")))
# Set up regression tests.
SConscript(os.path.join(env.root.abspath, 'tests', 'SConscript'),
for target in ['opt', 'fast', 'prof', 'perf']:
ccflags[target] += ['-O3']
else:
- print 'Unknown compiler, please fix compiler options'
+ print('Unknown compiler, please fix compiler options')
Exit(1)
projects / gem5.git / blobdiff