| # -*- mode:python -*- |
| |
| # Copyright (c) 2018 ARM Limited |
| # |
| # The license below extends only to copyright in the software and shall |
| # not be construed as granting a license to any other intellectual |
| # property including but not limited to intellectual property relating |
| # to a hardware implementation of the functionality of the software |
| # licensed hereunder. You may use the software subject to the license |
| # terms below provided that you ensure that this notice is replicated |
| # unmodified and in its entirety in all distributions of the software, |
| # modified or unmodified, in source code or in binary form. |
| # |
| # Copyright (c) 2004-2005 The Regents of The University of Michigan |
| # All rights reserved. |
| # |
| # Redistribution and use in source and binary forms, with or without |
| # modification, are permitted provided that the following conditions are |
| # met: redistributions of source code must retain the above copyright |
| # notice, this list of conditions and the following disclaimer; |
| # redistributions in binary form must reproduce the above copyright |
| # notice, this list of conditions and the following disclaimer in the |
| # documentation and/or other materials provided with the distribution; |
| # neither the name of the copyright holders nor the names of its |
| # contributors may be used to endorse or promote products derived from |
| # this software without specific prior written permission. |
| # |
| # THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS |
| # "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT |
| # LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR |
| # A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT |
| # OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, |
| # SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT |
| # LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, |
| # DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY |
| # THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT |
| # (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE |
| # OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. |
| # |
| # Authors: Nathan Binkert |
| |
| from __future__ import print_function |
| |
| import array |
| import bisect |
| import functools |
| import imp |
| import marshal |
| import os |
| import re |
| import subprocess |
| import sys |
| import zlib |
| |
| from os.path import basename, dirname, exists, isdir, isfile, join as joinpath |
| |
| import SCons |
| |
| from gem5_scons import Transform |
| |
| # This file defines how to build a particular configuration of gem5 |
| # based on variable settings in the 'env' build environment. |
| |
| Import('*') |
| |
| # Children need to see the environment |
| Export('env') |
| |
| build_env = [(opt, env[opt]) for opt in export_vars] |
| |
| from m5.util import code_formatter, compareVersions |
| |
| ######################################################################## |
| # Code for adding source files of various types |
| # |
| # 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 apply_filter(self, f): |
| def match(source): |
| return f.predicate(source.tags) |
| return SourceList(filter(match, self)) |
| |
| def __getattr__(self, name): |
| func = source_filter_factories.get(name, None) |
| if not func: |
| raise AttributeError |
| |
| @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 |
| particular type.''' |
| def __init__(cls, name, bases, dict): |
| super(SourceMeta, cls).__init__(name, bases, dict) |
| cls.all = SourceList() |
| |
| class SourceFile(object): |
| '''Base object that encapsulates the notion of a source file. |
| This includes, the source node, target node, various manipulations |
| 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 not isinstance(tags, set): |
| tags = set(tags) |
| self.tags = tags |
| |
| if add_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): |
| tnode = File(source) |
| |
| self.tnode = tnode |
| self.snode = tnode.srcnode() |
| |
| for base in type(self).__mro__: |
| 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) |
| |
| @property |
| def dirname(self): |
| return dirname(self.filename) |
| |
| @property |
| def basename(self): |
| return basename(self.filename) |
| |
| @property |
| def extname(self): |
| index = self.basename.rfind('.') |
| if index <= 0: |
| # dot files aren't extensions |
| return self.basename, None |
| |
| return self.basename[:index], self.basename[index+1:] |
| |
| def __lt__(self, other): return self.filename < other.filename |
| def __le__(self, other): return self.filename <= other.filename |
| def __gt__(self, other): return self.filename > other.filename |
| def __ge__(self, other): return self.filename >= other.filename |
| def __eq__(self, other): return self.filename == other.filename |
| def __ne__(self, other): return self.filename != other.filename |
| |
| def blobToCpp(data, symbol, cpp_code, hpp_code=None, namespace=None): |
| ''' |
| Convert bytes data into C++ .cpp and .hh uint8_t byte array |
| code containing that binary data. |
| |
| :param data: binary data to be converted to C++ |
| :param symbol: name of the symbol |
| :param cpp_code: append the generated cpp_code to this object |
| :param hpp_code: append the generated hpp_code to this object |
| If None, ignore it. Otherwise, also include it |
| in the .cpp file. |
| :param namespace: namespace to put the symbol into. If None, |
| don't put the symbols into any namespace. |
| ''' |
| symbol_len_declaration = 'const std::size_t {}_len'.format(symbol) |
| symbol_declaration = 'const std::uint8_t {}[]'.format(symbol) |
| if hpp_code is not None: |
| cpp_code('''\ |
| #include "blobs/{}.hh" |
| '''.format(symbol)) |
| hpp_code('''\ |
| #include <cstddef> |
| #include <cstdint> |
| ''') |
| if namespace is not None: |
| hpp_code('namespace {} {{'.format(namespace)) |
| hpp_code('extern ' + symbol_len_declaration + ';') |
| hpp_code('extern ' + symbol_declaration + ';') |
| if namespace is not None: |
| hpp_code('}') |
| if namespace is not None: |
| cpp_code('namespace {} {{'.format(namespace)) |
| if hpp_code is not None: |
| cpp_code(symbol_len_declaration + ' = {};'.format(len(data))) |
| cpp_code(symbol_declaration + ' = {') |
| cpp_code.indent() |
| step = 16 |
| for i in xrange(0, len(data), step): |
| x = array.array('B', data[i:i+step]) |
| cpp_code(''.join('%d,' % d for d in x)) |
| cpp_code.dedent() |
| cpp_code('};') |
| if namespace is not None: |
| cpp_code('}') |
| |
| def Blob(blob_path, symbol): |
| ''' |
| Embed an arbitrary blob into the gem5 executable, |
| and make it accessible to C++ as a byte array. |
| ''' |
| blob_path = os.path.abspath(blob_path) |
| blob_out_dir = os.path.join(env['BUILDDIR'], 'blobs') |
| path_noext = joinpath(blob_out_dir, symbol) |
| cpp_path = path_noext + '.cc' |
| hpp_path = path_noext + '.hh' |
| def embedBlob(target, source, env): |
| data = file(str(source[0]), 'r').read() |
| cpp_code = code_formatter() |
| hpp_code = code_formatter() |
| blobToCpp(data, symbol, cpp_code, hpp_code, namespace='Blobs') |
| cpp_path = str(target[0]) |
| hpp_path = str(target[1]) |
| cpp_dir = os.path.split(cpp_path)[0] |
| if not os.path.exists(cpp_dir): |
| os.makedirs(cpp_dir) |
| cpp_code.write(cpp_path) |
| hpp_code.write(hpp_path) |
| env.Command([cpp_path, hpp_path], blob_path, |
| MakeAction(embedBlob, Transform("EMBED BLOB"))) |
| Source(cpp_path) |
| |
| def GdbXml(xml_id, symbol): |
| Blob(joinpath(gdb_xml_dir, xml_id), symbol) |
| |
| class Source(SourceFile): |
| ungrouped_tag = 'No link group' |
| source_groups = set() |
| |
| _current_group_tag = ungrouped_tag |
| |
| @staticmethod |
| def link_group_tag(group): |
| return 'link group: %s' % group |
| |
| @classmethod |
| def set_group(cls, group): |
| new_tag = Source.link_group_tag(group) |
| Source._current_group_tag = new_tag |
| Source.source_groups.add(group) |
| |
| def _add_link_group_tag(self): |
| self.tags.add(Source._current_group_tag) |
| |
| '''Add a c/c++ source file to the build''' |
| def __init__(self, source, tags=None, add_tags=None): |
| '''specify the source file, and any tags''' |
| super(Source, self).__init__(source, tags, add_tags) |
| self._add_link_group_tag() |
| |
| class PySource(SourceFile): |
| '''Add a python source file to the named package''' |
| invalid_sym_char = re.compile('[^A-z0-9_]') |
| modules = {} |
| tnodes = {} |
| symnames = {} |
| |
| def __init__(self, package, source, tags=None, add_tags=None): |
| '''specify the python package, the source file, and any tags''' |
| super(PySource, self).__init__(source, tags, add_tags) |
| |
| modname,ext = self.extname |
| assert ext == 'py' |
| |
| if package: |
| path = package.split('.') |
| else: |
| path = [] |
| |
| modpath = path[:] |
| if modname != '__init__': |
| modpath += [ modname ] |
| modpath = '.'.join(modpath) |
| |
| arcpath = path + [ self.basename ] |
| abspath = self.snode.abspath |
| if not exists(abspath): |
| abspath = self.tnode.abspath |
| |
| self.package = package |
| self.modname = modname |
| self.modpath = modpath |
| self.arcname = joinpath(*arcpath) |
| self.abspath = abspath |
| self.compiled = File(self.filename + 'c') |
| self.cpp = File(self.filename + '.cc') |
| self.symname = PySource.invalid_sym_char.sub('_', modpath) |
| |
| PySource.modules[modpath] = self |
| PySource.tnodes[self.tnode] = self |
| PySource.symnames[self.symname] = self |
| |
| class SimObject(PySource): |
| '''Add a SimObject python file as a python source object and add |
| it to a list of sim object modules''' |
| |
| fixed = False |
| modnames = [] |
| |
| def __init__(self, source, tags=None, add_tags=None): |
| '''Specify the source file and any tags (automatically in |
| the m5.objects package)''' |
| super(SimObject, self).__init__('m5.objects', source, tags, add_tags) |
| if self.fixed: |
| raise AttributeError, "Too late to call SimObject now." |
| |
| bisect.insort_right(SimObject.modnames, self.modname) |
| |
| class ProtoBuf(SourceFile): |
| '''Add a Protocol Buffer to build''' |
| |
| def __init__(self, source, tags=None, add_tags=None): |
| '''Specify the source file, and any tags''' |
| super(ProtoBuf, self).__init__(source, tags, add_tags) |
| |
| # Get the file name and the extension |
| modname,ext = self.extname |
| assert ext == 'proto' |
| |
| # Currently, we stick to generating the C++ headers, so we |
| # only need to track the source and header. |
| self.cc_file = File(modname + '.pb.cc') |
| self.hh_file = File(modname + '.pb.h') |
| |
| |
| exectuable_classes = [] |
| class ExecutableMeta(type): |
| '''Meta class for Executables.''' |
| all = [] |
| |
| 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=[]) |
| srcs.append(src) |
| |
| self.sources = srcs |
| 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 $TARGET' |
| env.Program(unstripped, objs) |
| return env.Command(stripped, unstripped, |
| MakeAction(cmd, Transform("STRIP"))) |
| else: |
| return env.Program(self.path(env), objs) |
| |
| class UnitTest(Executable): |
| '''Create a UnitTest''' |
| def __init__(self, target, *srcs_and_filts, **kwargs): |
| super(UnitTest, self).__init__(target, *srcs_and_filts) |
| |
| self.main = kwargs.get('main', False) |
| |
| def declare(self, env): |
| sources = list(self.sources) |
| for f in self.filters: |
| sources += Source.all.apply_filter(f) |
| objs = self.srcs_to_objs(env, sources) + env['STATIC_OBJS'] |
| if self.main: |
| objs += env['MAIN_OBJS'] |
| return super(UnitTest, self).declare(env, objs) |
| |
| class GTest(Executable): |
| '''Create a unit test based on the google test framework.''' |
| all = [] |
| def __init__(self, *srcs_and_filts, **kwargs): |
| super(GTest, self).__init__(*srcs_and_filts) |
| |
| self.skip_lib = kwargs.pop('skip_lib', False) |
| |
| @classmethod |
| def declare_all(cls, env): |
| env = env.Clone() |
| env.Append(LIBS=env['GTEST_LIBS']) |
| env.Append(CPPFLAGS=env['GTEST_CPPFLAGS']) |
| env['GTEST_LIB_SOURCES'] = Source.all.with_tag('gtest lib') |
| env['GTEST_OUT_DIR'] = \ |
| Dir(env['BUILDDIR']).Dir('unittests.' + env['EXE_SUFFIX']) |
| return super(GTest, cls).declare_all(env) |
| |
| def declare(self, env): |
| sources = list(self.sources) |
| if not self.skip_lib: |
| sources += env['GTEST_LIB_SOURCES'] |
| for f in self.filters: |
| sources += Source.all.apply_filter(f) |
| objs = self.srcs_to_objs(env, sources) |
| |
| binary = super(GTest, self).declare(env, objs) |
| |
| out_dir = env['GTEST_OUT_DIR'] |
| xml_file = out_dir.Dir(str(self.dir)).File(self.target + '.xml') |
| AlwaysBuild(env.Command(xml_file, binary, |
| "${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('Blob') |
| Export('GdbXml') |
| Export('Source') |
| Export('PySource') |
| Export('SimObject') |
| Export('ProtoBuf') |
| Export('Executable') |
| Export('UnitTest') |
| Export('GTest') |
| |
| ######################################################################## |
| # |
| # Debug Flags |
| # |
| debug_flags = {} |
| def DebugFlag(name, desc=None): |
| if name in debug_flags: |
| raise AttributeError, "Flag %s already specified" % name |
| debug_flags[name] = (name, (), desc) |
| |
| def CompoundFlag(name, flags, desc=None): |
| if name in debug_flags: |
| raise AttributeError, "Flag %s already specified" % name |
| |
| compound = tuple(flags) |
| debug_flags[name] = (name, compound, desc) |
| |
| Export('DebugFlag') |
| Export('CompoundFlag') |
| |
| ######################################################################## |
| # |
| # Set some compiler variables |
| # |
| |
| # Include file paths are rooted in this directory. SCons will |
| # automatically expand '.' to refer to both the source directory and |
| # the corresponding build directory to pick up generated include |
| # files. |
| env.Append(CPPPATH=Dir('.')) |
| |
| for extra_dir in extras_dir_list: |
| env.Append(CPPPATH=Dir(extra_dir)) |
| |
| # Workaround for bug in SCons version > 0.97d20071212 |
| # Scons bug id: 2006 gem5 Bug id: 308 |
| for root, dirs, files in os.walk(base_dir, topdown=True): |
| Dir(root[len(base_dir) + 1:]) |
| |
| ######################################################################## |
| # |
| # Walk the tree and execute all SConscripts in subdirectories |
| # |
| |
| here = Dir('.').srcnode().abspath |
| for root, dirs, files in os.walk(base_dir, topdown=True): |
| if root == here: |
| # we don't want to recurse back into this SConscript |
| continue |
| |
| if 'SConscript' in files: |
| build_dir = joinpath(env['BUILDDIR'], root[len(base_dir) + 1:]) |
| Source.set_group(build_dir) |
| SConscript(joinpath(root, 'SConscript'), variant_dir=build_dir) |
| |
| for extra_dir in extras_dir_list: |
| prefix_len = len(dirname(extra_dir)) + 1 |
| |
| # Also add the corresponding build directory to pick up generated |
| # include files. |
| env.Append(CPPPATH=Dir(joinpath(env['BUILDDIR'], extra_dir[prefix_len:]))) |
| |
| for root, dirs, files in os.walk(extra_dir, topdown=True): |
| # if build lives in the extras directory, don't walk down it |
| if 'build' in dirs: |
| dirs.remove('build') |
| |
| if 'SConscript' in files: |
| build_dir = joinpath(env['BUILDDIR'], root[prefix_len:]) |
| SConscript(joinpath(root, 'SConscript'), variant_dir=build_dir) |
| |
| for opt in export_vars: |
| env.ConfigFile(opt) |
| |
| def makeTheISA(source, target, env): |
| isas = [ src.get_contents() for src in source ] |
| target_isa = env['TARGET_ISA'] |
| def define(isa): |
| return isa.upper() + '_ISA' |
| |
| def namespace(isa): |
| return isa[0].upper() + isa[1:].lower() + 'ISA' |
| |
| |
| code = code_formatter() |
| code('''\ |
| #ifndef __CONFIG_THE_ISA_HH__ |
| #define __CONFIG_THE_ISA_HH__ |
| |
| ''') |
| |
| # create defines for the preprocessing and compile-time determination |
| for i,isa in enumerate(isas): |
| code('#define $0 $1', define(isa), i + 1) |
| code() |
| |
| # create an enum for any run-time determination of the ISA, we |
| # reuse the same name as the namespaces |
| code('enum class Arch {') |
| for i,isa in enumerate(isas): |
| if i + 1 == len(isas): |
| code(' $0 = $1', namespace(isa), define(isa)) |
| else: |
| code(' $0 = $1,', namespace(isa), define(isa)) |
| code('};') |
| |
| code(''' |
| |
| #define THE_ISA ${{define(target_isa)}} |
| #define TheISA ${{namespace(target_isa)}} |
| #define THE_ISA_STR "${{target_isa}}" |
| |
| #endif // __CONFIG_THE_ISA_HH__''') |
| |
| code.write(str(target[0])) |
| |
| env.Command('config/the_isa.hh', map(Value, all_isa_list), |
| MakeAction(makeTheISA, Transform("CFG ISA", 0))) |
| |
| def makeTheGPUISA(source, target, env): |
| isas = [ src.get_contents() for src in source ] |
| target_gpu_isa = env['TARGET_GPU_ISA'] |
| def define(isa): |
| return isa.upper() + '_ISA' |
| |
| def namespace(isa): |
| return isa[0].upper() + isa[1:].lower() + 'ISA' |
| |
| |
| code = code_formatter() |
| code('''\ |
| #ifndef __CONFIG_THE_GPU_ISA_HH__ |
| #define __CONFIG_THE_GPU_ISA_HH__ |
| |
| ''') |
| |
| # create defines for the preprocessing and compile-time determination |
| for i,isa in enumerate(isas): |
| code('#define $0 $1', define(isa), i + 1) |
| code() |
| |
| # create an enum for any run-time determination of the ISA, we |
| # reuse the same name as the namespaces |
| code('enum class GPUArch {') |
| for i,isa in enumerate(isas): |
| if i + 1 == len(isas): |
| code(' $0 = $1', namespace(isa), define(isa)) |
| else: |
| code(' $0 = $1,', namespace(isa), define(isa)) |
| code('};') |
| |
| code(''' |
| |
| #define THE_GPU_ISA ${{define(target_gpu_isa)}} |
| #define TheGpuISA ${{namespace(target_gpu_isa)}} |
| #define THE_GPU_ISA_STR "${{target_gpu_isa}}" |
| |
| #endif // __CONFIG_THE_GPU_ISA_HH__''') |
| |
| code.write(str(target[0])) |
| |
| env.Command('config/the_gpu_isa.hh', map(Value, all_gpu_isa_list), |
| MakeAction(makeTheGPUISA, Transform("CFG ISA", 0))) |
| |
| ######################################################################## |
| # |
| # Prevent any SimObjects from being added after this point, they |
| # should all have been added in the SConscripts above |
| # |
| SimObject.fixed = True |
| |
| class DictImporter(object): |
| '''This importer takes a dictionary of arbitrary module names that |
| map to arbitrary filenames.''' |
| def __init__(self, modules): |
| self.modules = modules |
| self.installed = set() |
| |
| def __del__(self): |
| self.unload() |
| |
| def unload(self): |
| import sys |
| for module in self.installed: |
| del sys.modules[module] |
| self.installed = set() |
| |
| def find_module(self, fullname, path): |
| if fullname == 'm5.defines': |
| return self |
| |
| if fullname == 'm5.objects': |
| return self |
| |
| if fullname.startswith('_m5'): |
| return None |
| |
| source = self.modules.get(fullname, None) |
| if source is not None and fullname.startswith('m5.objects'): |
| return self |
| |
| return None |
| |
| def load_module(self, fullname): |
| mod = imp.new_module(fullname) |
| sys.modules[fullname] = mod |
| self.installed.add(fullname) |
| |
| mod.__loader__ = self |
| if fullname == 'm5.objects': |
| mod.__path__ = fullname.split('.') |
| return mod |
| |
| if fullname == 'm5.defines': |
| mod.__dict__['buildEnv'] = m5.util.SmartDict(build_env) |
| return mod |
| |
| source = self.modules[fullname] |
| if source.modname == '__init__': |
| mod.__path__ = source.modpath |
| mod.__file__ = source.abspath |
| |
| exec file(source.abspath, 'r') in mod.__dict__ |
| |
| return mod |
| |
| import m5.SimObject |
| import m5.params |
| from m5.util import code_formatter |
| |
| m5.SimObject.clear() |
| m5.params.clear() |
| |
| # install the python importer so we can grab stuff from the source |
| # tree itself. We can't have SimObjects added after this point or |
| # else we won't know about them for the rest of the stuff. |
| importer = DictImporter(PySource.modules) |
| sys.meta_path[0:0] = [ importer ] |
| |
| # import all sim objects so we can populate the all_objects list |
| # make sure that we're working with a list, then let's sort it |
| for modname in SimObject.modnames: |
| exec('from m5.objects import %s' % modname) |
| |
| # we need to unload all of the currently imported modules so that they |
| # will be re-imported the next time the sconscript is run |
| importer.unload() |
| sys.meta_path.remove(importer) |
| |
| sim_objects = m5.SimObject.allClasses |
| all_enums = m5.params.allEnums |
| |
| for name,obj in sorted(sim_objects.iteritems()): |
| for param in obj._params.local.values(): |
| # load the ptype attribute now because it depends on the |
| # current version of SimObject.allClasses, but when scons |
| # actually uses the value, all versions of |
| # SimObject.allClasses will have been loaded |
| param.ptype |
| |
| ######################################################################## |
| # |
| # calculate extra dependencies |
| # |
| module_depends = ["m5", "m5.SimObject", "m5.params"] |
| depends = [ PySource.modules[dep].snode for dep in module_depends ] |
| depends.sort(key = lambda x: x.name) |
| |
| ######################################################################## |
| # |
| # Commands for the basic automatically generated python files |
| # |
| |
| # Generate Python file containing a dict specifying the current |
| # buildEnv flags. |
| def makeDefinesPyFile(target, source, env): |
| build_env = source[0].get_contents() |
| |
| code = code_formatter() |
| code(""" |
| import _m5.core |
| import m5.util |
| |
| buildEnv = m5.util.SmartDict($build_env) |
| |
| compileDate = _m5.core.compileDate |
| _globals = globals() |
| for key,val in _m5.core.__dict__.iteritems(): |
| if key.startswith('flag_'): |
| flag = key[5:] |
| _globals[flag] = val |
| del _globals |
| """) |
| code.write(target[0].abspath) |
| |
| defines_info = Value(build_env) |
| # Generate a file with all of the compile options in it |
| env.Command('python/m5/defines.py', defines_info, |
| MakeAction(makeDefinesPyFile, Transform("DEFINES", 0))) |
| PySource('m5', 'python/m5/defines.py') |
| |
| # Generate python file containing info about the M5 source code |
| def makeInfoPyFile(target, source, env): |
| code = code_formatter() |
| for src in source: |
| data = ''.join(file(src.srcnode().abspath, 'r').xreadlines()) |
| code('$src = ${{repr(data)}}') |
| code.write(str(target[0])) |
| |
| # Generate a file that wraps the basic top level files |
| env.Command('python/m5/info.py', |
| [ '#/COPYING', '#/LICENSE', '#/README', ], |
| MakeAction(makeInfoPyFile, Transform("INFO"))) |
| PySource('m5', 'python/m5/info.py') |
| |
| ######################################################################## |
| # |
| # Create all of the SimObject param headers and enum headers |
| # |
| |
| def createSimObjectParamStruct(target, source, env): |
| assert len(target) == 1 and len(source) == 1 |
| |
| name = source[0].get_text_contents() |
| obj = sim_objects[name] |
| |
| code = code_formatter() |
| obj.cxx_param_decl(code) |
| code.write(target[0].abspath) |
| |
| def createSimObjectCxxConfig(is_header): |
| def body(target, source, env): |
| assert len(target) == 1 and len(source) == 1 |
| |
| name = str(source[0].get_contents()) |
| obj = sim_objects[name] |
| |
| code = code_formatter() |
| obj.cxx_config_param_file(code, is_header) |
| code.write(target[0].abspath) |
| return body |
| |
| def createEnumStrings(target, source, env): |
| assert len(target) == 1 and len(source) == 2 |
| |
| name = source[0].get_text_contents() |
| use_python = source[1].read() |
| obj = all_enums[name] |
| |
| code = code_formatter() |
| obj.cxx_def(code) |
| if use_python: |
| obj.pybind_def(code) |
| code.write(target[0].abspath) |
| |
| def createEnumDecls(target, source, env): |
| assert len(target) == 1 and len(source) == 1 |
| |
| name = source[0].get_text_contents() |
| obj = all_enums[name] |
| |
| code = code_formatter() |
| obj.cxx_decl(code) |
| code.write(target[0].abspath) |
| |
| def createSimObjectPyBindWrapper(target, source, env): |
| name = source[0].get_text_contents() |
| obj = sim_objects[name] |
| |
| code = code_formatter() |
| obj.pybind_decl(code) |
| code.write(target[0].abspath) |
| |
| # Generate all of the SimObject param C++ struct header files |
| params_hh_files = [] |
| for name,simobj in sorted(sim_objects.iteritems()): |
| py_source = PySource.modules[simobj.__module__] |
| extra_deps = [ py_source.tnode ] |
| |
| hh_file = File('params/%s.hh' % name) |
| params_hh_files.append(hh_file) |
| env.Command(hh_file, Value(name), |
| MakeAction(createSimObjectParamStruct, Transform("SO PARAM"))) |
| env.Depends(hh_file, depends + extra_deps) |
| |
| # C++ parameter description files |
| if GetOption('with_cxx_config'): |
| for name,simobj in sorted(sim_objects.iteritems()): |
| py_source = PySource.modules[simobj.__module__] |
| extra_deps = [ py_source.tnode ] |
| |
| cxx_config_hh_file = File('cxx_config/%s.hh' % name) |
| cxx_config_cc_file = File('cxx_config/%s.cc' % name) |
| env.Command(cxx_config_hh_file, Value(name), |
| MakeAction(createSimObjectCxxConfig(True), |
| Transform("CXXCPRHH"))) |
| env.Command(cxx_config_cc_file, Value(name), |
| MakeAction(createSimObjectCxxConfig(False), |
| Transform("CXXCPRCC"))) |
| env.Depends(cxx_config_hh_file, depends + extra_deps + |
| [File('params/%s.hh' % name), File('sim/cxx_config.hh')]) |
| env.Depends(cxx_config_cc_file, depends + extra_deps + |
| [cxx_config_hh_file]) |
| Source(cxx_config_cc_file) |
| |
| cxx_config_init_cc_file = File('cxx_config/init.cc') |
| |
| def createCxxConfigInitCC(target, source, env): |
| assert len(target) == 1 and len(source) == 1 |
| |
| code = code_formatter() |
| |
| for name,simobj in sorted(sim_objects.iteritems()): |
| if not hasattr(simobj, 'abstract') or not simobj.abstract: |
| code('#include "cxx_config/${name}.hh"') |
| code() |
| code('void cxxConfigInit()') |
| code('{') |
| code.indent() |
| for name,simobj in sorted(sim_objects.iteritems()): |
| not_abstract = not hasattr(simobj, 'abstract') or \ |
| not simobj.abstract |
| if not_abstract and 'type' in simobj.__dict__: |
| code('cxx_config_directory["${name}"] = ' |
| '${name}CxxConfigParams::makeDirectoryEntry();') |
| code.dedent() |
| code('}') |
| code.write(target[0].abspath) |
| |
| py_source = PySource.modules[simobj.__module__] |
| extra_deps = [ py_source.tnode ] |
| env.Command(cxx_config_init_cc_file, Value(name), |
| MakeAction(createCxxConfigInitCC, Transform("CXXCINIT"))) |
| cxx_param_hh_files = ["cxx_config/%s.hh" % simobj |
| for name,simobj in sorted(sim_objects.iteritems()) |
| if not hasattr(simobj, 'abstract') or not simobj.abstract] |
| Depends(cxx_config_init_cc_file, cxx_param_hh_files + |
| [File('sim/cxx_config.hh')]) |
| Source(cxx_config_init_cc_file) |
| |
| # Generate all enum header files |
| for name,enum in sorted(all_enums.iteritems()): |
| py_source = PySource.modules[enum.__module__] |
| extra_deps = [ py_source.tnode ] |
| |
| cc_file = File('enums/%s.cc' % name) |
| env.Command(cc_file, [Value(name), Value(env['USE_PYTHON'])], |
| MakeAction(createEnumStrings, Transform("ENUM STR"))) |
| env.Depends(cc_file, depends + extra_deps) |
| Source(cc_file) |
| |
| hh_file = File('enums/%s.hh' % name) |
| env.Command(hh_file, Value(name), |
| MakeAction(createEnumDecls, Transform("ENUMDECL"))) |
| env.Depends(hh_file, depends + extra_deps) |
| |
| # Generate SimObject Python bindings wrapper files |
| if env['USE_PYTHON']: |
| for name,simobj in sorted(sim_objects.iteritems()): |
| py_source = PySource.modules[simobj.__module__] |
| extra_deps = [ py_source.tnode ] |
| cc_file = File('python/_m5/param_%s.cc' % name) |
| env.Command(cc_file, Value(name), |
| MakeAction(createSimObjectPyBindWrapper, |
| Transform("SO PyBind"))) |
| env.Depends(cc_file, depends + extra_deps) |
| Source(cc_file) |
| |
| # Build all protocol buffers if we have got protoc and protobuf available |
| if env['HAVE_PROTOBUF']: |
| for proto in ProtoBuf.all: |
| # Use both the source and header as the target, and the .proto |
| # file as the source. When executing the protoc compiler, also |
| # specify the proto_path to avoid having the generated files |
| # include the path. |
| env.Command([proto.cc_file, proto.hh_file], proto.tnode, |
| MakeAction('$PROTOC --cpp_out ${TARGET.dir} ' |
| '--proto_path ${SOURCE.dir} $SOURCE', |
| Transform("PROTOC"))) |
| |
| # Add the C++ source file |
| Source(proto.cc_file, tags=proto.tags) |
| elif ProtoBuf.all: |
| print('Got protobuf to build, but lacks support!') |
| Exit(1) |
| |
| # |
| # Handle debug flags |
| # |
| def makeDebugFlagCC(target, source, env): |
| assert(len(target) == 1 and len(source) == 1) |
| |
| code = code_formatter() |
| |
| # delay definition of CompoundFlags until after all the definition |
| # of all constituent SimpleFlags |
| comp_code = code_formatter() |
| |
| # file header |
| code(''' |
| /* |
| * DO NOT EDIT THIS FILE! Automatically generated by SCons. |
| */ |
| |
| #include "base/debug.hh" |
| |
| namespace Debug { |
| |
| ''') |
| |
| for name, flag in sorted(source[0].read().iteritems()): |
| n, compound, desc = flag |
| assert n == name |
| |
| if not compound: |
| code('SimpleFlag $name("$name", "$desc");') |
| else: |
| comp_code('CompoundFlag $name("$name", "$desc",') |
| comp_code.indent() |
| last = len(compound) - 1 |
| for i,flag in enumerate(compound): |
| if i != last: |
| comp_code('&$flag,') |
| else: |
| comp_code('&$flag);') |
| comp_code.dedent() |
| |
| code.append(comp_code) |
| code() |
| code('} // namespace Debug') |
| |
| code.write(str(target[0])) |
| |
| def makeDebugFlagHH(target, source, env): |
| assert(len(target) == 1 and len(source) == 1) |
| |
| val = eval(source[0].get_contents()) |
| name, compound, desc = val |
| |
| code = code_formatter() |
| |
| # file header boilerplate |
| code('''\ |
| /* |
| * DO NOT EDIT THIS FILE! Automatically generated by SCons. |
| */ |
| |
| #ifndef __DEBUG_${name}_HH__ |
| #define __DEBUG_${name}_HH__ |
| |
| namespace Debug { |
| ''') |
| |
| if compound: |
| code('class CompoundFlag;') |
| code('class SimpleFlag;') |
| |
| if compound: |
| code('extern CompoundFlag $name;') |
| for flag in compound: |
| code('extern SimpleFlag $flag;') |
| else: |
| code('extern SimpleFlag $name;') |
| |
| code(''' |
| } |
| |
| #endif // __DEBUG_${name}_HH__ |
| ''') |
| |
| code.write(str(target[0])) |
| |
| for name,flag in sorted(debug_flags.iteritems()): |
| n, compound, desc = flag |
| assert n == name |
| |
| hh_file = 'debug/%s.hh' % name |
| env.Command(hh_file, Value(flag), |
| MakeAction(makeDebugFlagHH, Transform("TRACING", 0))) |
| |
| env.Command('debug/flags.cc', Value(debug_flags), |
| MakeAction(makeDebugFlagCC, Transform("TRACING", 0))) |
| Source('debug/flags.cc') |
| |
| # version tags |
| tags = \ |
| env.Command('sim/tags.cc', None, |
| MakeAction('util/cpt_upgrader.py --get-cc-file > $TARGET', |
| Transform("VER TAGS"))) |
| env.AlwaysBuild(tags) |
| |
| # Embed python files. All .py files that have been indicated by a |
| # PySource() call in a SConscript need to be embedded into the M5 |
| # library. To do that, we compile the file to byte code, marshal the |
| # byte code, compress it, and then generate a c++ file that |
| # inserts the result into an array. |
| def embedPyFile(target, source, env): |
| def c_str(string): |
| if string is None: |
| return "0" |
| return '"%s"' % string |
| |
| '''Action function to compile a .py into a code object, marshal |
| it, compress it, and stick it into an asm file so the code appears |
| as just bytes with a label in the data section''' |
| |
| src = file(str(source[0]), 'r').read() |
| |
| pysource = PySource.tnodes[source[0]] |
| compiled = compile(src, pysource.abspath, 'exec') |
| marshalled = marshal.dumps(compiled) |
| compressed = zlib.compress(marshalled) |
| data = compressed |
| sym = pysource.symname |
| |
| code = code_formatter() |
| code('''\ |
| #include "sim/init.hh" |
| |
| namespace { |
| |
| ''') |
| blobToCpp(data, 'data_' + sym, code) |
| code('''\ |
| |
| |
| EmbeddedPython embedded_${sym}( |
| ${{c_str(pysource.arcname)}}, |
| ${{c_str(pysource.abspath)}}, |
| ${{c_str(pysource.modpath)}}, |
| data_${sym}, |
| ${{len(data)}}, |
| ${{len(marshalled)}}); |
| |
| } // anonymous namespace |
| ''') |
| code.write(str(target[0])) |
| |
| for source in PySource.all: |
| env.Command(source.cpp, source.tnode, |
| MakeAction(embedPyFile, Transform("EMBED PY"))) |
| Source(source.cpp, tags=source.tags, add_tags='python') |
| |
| ######################################################################## |
| # |
| # Define binaries. Each different build type (debug, opt, etc.) gets |
| # a slightly different build environment. |
| # |
| |
| # 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 |
| # build environment vars. |
| def makeEnv(env, label, objsfx, strip=False, disable_partial=False, **kwargs): |
| # SCons doesn't know to append a library suffix when there is a '.' in the |
| # name. Use '_' instead. |
| libname = 'gem5_' + label |
| secondary_exename = 'm5.' + label |
| |
| new_env = env.Clone(OBJSUFFIX=objsfx, SHOBJSUFFIX=objsfx + 's') |
| new_env.Label = label |
| new_env.Append(**kwargs) |
| |
| lib_sources = Source.all.with_tag('gem5 lib') |
| |
| # Without Python, leave out all Python content from the library |
| # builds. The option doesn't affect gem5 built as a program |
| if GetOption('without_python'): |
| lib_sources = lib_sources.without_tag('python') |
| |
| static_objs = [] |
| shared_objs = [] |
| |
| for s in lib_sources.with_tag(Source.ungrouped_tag): |
| 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 = [ 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. |
| if disable_partial: |
| static_objs.extend(group_static) |
| shared_objs.extend(group_shared) |
| continue |
| |
| # Set up the static partially linked objects. |
| file_name = new_env.subst("${OBJPREFIX}lib${OBJSUFFIX}.partial") |
| target = File(joinpath(group, file_name)) |
| partial = env.PartialStatic(target=target, source=group_static) |
| static_objs.extend(partial) |
| |
| # Set up the shared partially linked objects. |
| file_name = new_env.subst("${SHOBJPREFIX}lib${SHOBJSUFFIX}.partial") |
| target = File(joinpath(group, file_name)) |
| partial = env.PartialShared(target=target, source=group_shared) |
| shared_objs.extend(partial) |
| |
| static_date = date_source.static(new_env) |
| new_env.Depends(static_date, static_objs) |
| static_objs.extend(static_date) |
| |
| 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) |
| |
| # 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['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 |
| |
| 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'), |
| variant_dir=Dir('tests').Dir(new_env.Label), |
| exports={ 'env' : new_env }, duplicate=False) |
| |
| # Start out with the compiler flags common to all compilers, |
| # i.e. they all use -g for opt and -g -pg for prof |
| ccflags = {'debug' : [], 'opt' : ['-g'], 'fast' : [], 'prof' : ['-g', '-pg'], |
| 'perf' : ['-g']} |
| |
| # Start out with the linker flags common to all linkers, i.e. -pg for |
| # prof, and -lprofiler for perf. The -lprofile flag is surrounded by |
| # no-as-needed and as-needed as the binutils linker is too clever and |
| # simply doesn't link to the library otherwise. |
| ldflags = {'debug' : [], 'opt' : [], 'fast' : [], 'prof' : ['-pg'], |
| 'perf' : ['-Wl,--no-as-needed', '-lprofiler', '-Wl,--as-needed']} |
| |
| # For Link Time Optimization, the optimisation flags used to compile |
| # individual files are decoupled from those used at link time |
| # (i.e. you can compile with -O3 and perform LTO with -O0), so we need |
| # to also update the linker flags based on the target. |
| if env['GCC']: |
| if sys.platform == 'sunos5': |
| ccflags['debug'] += ['-gstabs+'] |
| else: |
| ccflags['debug'] += ['-ggdb3'] |
| ldflags['debug'] += ['-O0'] |
| # opt, fast, prof and perf all share the same cc flags, also add |
| # the optimization to the ldflags as LTO defers the optimization |
| # to link time |
| for target in ['opt', 'fast', 'prof', 'perf']: |
| ccflags[target] += ['-O3'] |
| ldflags[target] += ['-O3'] |
| |
| ccflags['fast'] += env['LTO_CCFLAGS'] |
| ldflags['fast'] += env['LTO_LDFLAGS'] |
| elif env['CLANG']: |
| ccflags['debug'] += ['-g', '-O0'] |
| # opt, fast, prof and perf all share the same cc flags |
| for target in ['opt', 'fast', 'prof', 'perf']: |
| ccflags[target] += ['-O3'] |
| else: |
| print('Unknown compiler, please fix compiler options') |
| Exit(1) |
| |
| |
| # To speed things up, we only instantiate the build environments we |
| # need. We try to identify the needed environment for each target; if |
| # we can't, we fall back on instantiating all the environments just to |
| # be safe. |
| target_types = ['debug', 'opt', 'fast', 'prof', 'perf'] |
| obj2target = {'do': 'debug', 'o': 'opt', 'fo': 'fast', 'po': 'prof', |
| 'gpo' : 'perf'} |
| |
| def identifyTarget(t): |
| ext = t.split('.')[-1] |
| if ext in target_types: |
| return ext |
| if obj2target.has_key(ext): |
| return obj2target[ext] |
| match = re.search(r'/tests/([^/]+)/', t) |
| if match and match.group(1) in target_types: |
| return match.group(1) |
| return 'all' |
| |
| needed_envs = [identifyTarget(target) for target in BUILD_TARGETS] |
| if 'all' in needed_envs: |
| needed_envs += target_types |
| |
| disable_partial = False |
| if env['PLATFORM'] == 'darwin': |
| # Up until Apple LLVM version 10.0.0 (clang-1000.11.45.5), partial |
| # linked objects do not expose symbols that are marked with the |
| # hidden visibility and consequently building gem5 on Mac OS |
| # fails. As a workaround, we disable partial linking, however, we |
| # may want to revisit in the future. |
| disable_partial = True |
| |
| # Debug binary |
| if 'debug' in needed_envs: |
| makeEnv(env, 'debug', '.do', |
| CCFLAGS = Split(ccflags['debug']), |
| CPPDEFINES = ['DEBUG', 'TRACING_ON=1'], |
| LINKFLAGS = Split(ldflags['debug']), |
| disable_partial=disable_partial) |
| |
| # Optimized binary |
| if 'opt' in needed_envs: |
| makeEnv(env, 'opt', '.o', |
| CCFLAGS = Split(ccflags['opt']), |
| CPPDEFINES = ['TRACING_ON=1'], |
| LINKFLAGS = Split(ldflags['opt']), |
| disable_partial=disable_partial) |
| |
| # "Fast" binary |
| if 'fast' in needed_envs: |
| disable_partial = disable_partial and \ |
| env.get('BROKEN_INCREMENTAL_LTO', False) and \ |
| GetOption('force_lto') |
| makeEnv(env, 'fast', '.fo', strip = True, |
| CCFLAGS = Split(ccflags['fast']), |
| CPPDEFINES = ['NDEBUG', 'TRACING_ON=0'], |
| LINKFLAGS = Split(ldflags['fast']), |
| disable_partial=disable_partial) |
| |
| # Profiled binary using gprof |
| if 'prof' in needed_envs: |
| makeEnv(env, 'prof', '.po', |
| CCFLAGS = Split(ccflags['prof']), |
| CPPDEFINES = ['NDEBUG', 'TRACING_ON=0'], |
| LINKFLAGS = Split(ldflags['prof']), |
| disable_partial=disable_partial) |
| |
| # Profiled binary using google-pprof |
| if 'perf' in needed_envs: |
| makeEnv(env, 'perf', '.gpo', |
| CCFLAGS = Split(ccflags['perf']), |
| CPPDEFINES = ['NDEBUG', 'TRACING_ON=0'], |
| LINKFLAGS = Split(ldflags['perf']), |
| disable_partial=disable_partial) |
