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build_all.py
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build_all.py
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#!/usr/bin/env python
#-*- coding:utf-8 -#-
import os, sys, re, atexit, getopt, subprocess, multiprocessing
from functools import *
from blibs import *
from blibs.copy import *
from blibs.env import *
from blibs.util import *
from blibs.project import *
def guarded_rmtree(path):
if os.path.isdir(path):
shutil.rmtree(path)
log_f = None
def close_log():
global log_f
if not log_f is None:
log_f.close()
def make_bjam(prj):
assert isinstance(prj, project)
old_dir = os.curdir
src = prj.boost_root()
os.chdir(src)
bjam_file_name = executable_file_name("bjam", systems.current())
if os.path.exists(bjam_file_name):
report_info('Bjam is existed.')
os.chdir(old_dir)
return True
customized_toolset_dir = prj.customized_toolset_dir()
env = os.environ.copy()
envvar_separator = None
bootstrap_script = None
if systems.current() == systems.win32:
envvar_separator = ';'
bootstrap_script = "bootstrap.bat"
else:
envvar_separator = ':'
bootstrap_script = "./bootstrap.sh"
if customized_toolset_dir:
env['PATH'] = "%s%s%s" % (env['PATH'], envvar_separator, customized_toolset_dir)
try:
subprocess.call(bootstrap_script, env=env)
except:
os.chdir(old_dir)
report_error("Unknown error occurred when building bjam.")
if not os.path.exists(bjam_file_name):
os.chdir(old_dir)
report_error("Bjam wasn't built.")
os.chdir(old_dir)
return True
def clean_boost(proj):
src = proj.boost_root()
stage = proj.boost_stage()
os.chdir(src)
if systems.current() == systems.win32:
boost_cmd = "bjam --clean"
print( 'Executing: %s' % boost_cmd )
os.system(boost_cmd)
else:
return False
os.chdir(proj.source_root())
guarded_rmtree(proj.boost_stage())
def make_boost(proj):
src = proj.boost_root()
stage = proj.boost_stage()
#Get boost build command
# Add configs
libs = ["atomic", "chrono", "thread", "system", "filesystem", "date_time", "test", "wave", "program_options",
"serialization", "locale"]
address_model = 'address-model=%d' % proj.arch().bits()
options = ["--build-dir=./", "link=shared", "runtime-link=shared", "threading=multi", "stage"]
toolset = proj.toolset()
defs = []
cxxflags = []
if toolset.short_compiler_name() == 'vc':
defs = ["_CRT_SECURE_NO_DEPRECATE", "_SCL_SECURE_NO_DEPRECATE"]
cxxflags = ["-wd4819", "-wd4910"]
#bjam toolset stagedir address-model defs cxxflags libs options
bjam_executable = None
if systems.current() == systems.win32:
bjam_executable = 'bjam'
elif systems.current() == systems.linux:
bjam_executable = './bjam'
else:
report_error("Unsupported OS.")
#configs to cmd
libs_cmd = ["--with-%s" % lib for lib in libs]
defs_cmd = []
if len(defs) > 0:
defs_cmd = ["define=%s" % dfn for dfn in defs]
cxxflags_cmd = []
if len(cxxflags) > 0:
cxxflags_cmd = ["cxxflags=%s" % flag for flag in cxxflags]
toolset_cmd = "--toolset=%s" % toolset.boost_name()
stage_cmd = '--stagedir=%s' % stage
boost_cmd = [bjam_executable, toolset_cmd, stage_cmd, address_model] \
+ defs_cmd + cxxflags_cmd + libs_cmd + options + proj.boost_configs()
report_info( 'Executing: %s' % boost_cmd )
env = os.environ
if not proj.customized_toolset_dir() is None:
env = add_binpath(os.environ, [proj.customized_toolset_dir()])
os.chdir(src)
if subprocess.call(boost_cmd, env=env, stdout = sys.stdout) != 0:
report_error("Boost build failed.")
os.chdir(proj.source_root())
report_info("Boost build done.")
return True
def clean_llvm(proj):
guarded_rmtree(proj.llvm_build())
guarded_rmtree(proj.llvm_install())
def config_and_make_cmake_project(project_name, additional_params, source_dir, build_dir, install_dir, proj):
if additional_params is None:
conf_params = dict()
else:
conf_params = additional_params.copy()
if not proj.toolset().short_compiler_name() == "vc":
conf_params["CMAKE_BUILD_TYPE"] = ("STRING", proj.config_name())
conf_params["CMAKE_INFO_ARCH_NAME"] = ("STRING", str(proj.arch()))
if not install_dir is None:
conf_params["CMAKE_INSTALL_PREFIX"] = ("PATH", install_dir)
params_cmd = reduce(lambda cmd, lib: cmd + lib, [' -D %s:%s="%s"' % (k, v[0], v[1]) for (k, v) in conf_params.items()])
report_info("Configuring %s ..." % project_name)
if not os.path.exists(build_dir):
os.makedirs(build_dir)
conf_cmd = batch_command(build_dir)
if proj.customized_toolset_dir():
if systems.current() == systems.win32:
conf_cmd.add_native_command('@set PATH=%s;%%PATH%%' % proj.customized_toolset_dir())
elif systems.current() == systems.linux:
conf_cmd.add_native_command('PATH=%s:$PATH' % proj.customized_toolset_dir())
else:
report_error("Unsupported OS.")
conf_cmd.add_execmd_with_error_exit('"%s" -G "%s" %s %s' % (proj.cmake_exe(), proj.generator(), params_cmd, source_dir))
if conf_cmd.execute() != 0:
report_error("%s configure failed." % project_name)
report_info("Making %s on %s ..." % (project_name, proj.config_name()))
if proj.toolset().short_compiler_name() == "vc":
make_cmd = batch_command(build_dir)
make_cmd.add_native_command('@call "%s"' % proj.env_setup_commands())
make_cmd.add_native_command('@set VisualStudioVersion=%s' % proj.toolset().vs_version_string())
make_cmd.add_execmd_with_error_exit('%s ALL_BUILD.%s /m /v:m /p:Configuration=%s'
% (proj.maker_name(), proj.project_file_ext(), proj.config_name()))
if not install_dir is None:
make_cmd.add_execmd_with_error_exit(
'%s INSTALL.%s /m /v:m /p:Configuration=%s' % (proj.maker_name(), proj.project_file_ext(), proj.config_name()))
if make_cmd.execute() != 0:
report_error("%s make failed." % project_name)
elif proj.toolset().short_compiler_name() in ["mgw", "gcc"]:
make_cmd = batch_command(build_dir)
make_cmd.add_execmd_with_error_exit('%s' % proj.env_setup_commands())
make_cmd.add_execmd_with_error_exit('%s -j%d' % (proj.maker_name(), multiprocessing.cpu_count()))
if not install_dir is None:
make_cmd.add_execmd_with_error_exit('%s install' % proj.maker_name())
if make_cmd.execute() != 0:
report_error("%s make failed." % project_name)
else:
report_error("Unsupported toolset or OS.")
def config_and_make_llvm(proj):
# Add definitions here
defs = dict()
defs["PYTHON_EXECUTABLE"] = ("PATH", sys.executable)
defs["LLVM_BOOST_DIR"] = ("PATH", proj.boost_root())
defs["LLVM_BOOST_STDINT"] = ("BOOL", "TRUE")
config_and_make_cmake_project('LLVM', defs, proj.llvm_root(), proj.llvm_build(), proj.llvm_install(), proj)
def config_and_make_freeimage(proj):
config_and_make_cmake_project('FreeImage', None, proj.freeimage_root(), proj.freeimage_build(), proj.freeimage_install(), proj)
def config_and_make_freetype(proj):
config_and_make_cmake_project('FreeType', None, proj.freetype_root(), proj.freetype_build(), proj.freetype_install(), proj)
def clean_salvia(proj):
guarded_rmtree(proj.salvia_build())
guarded_rmtree(proj.salvia_lib())
guarded_rmtree(proj.salvia_bin())
def config_and_make_salvia(proj):
defs = dict()
defs["SALVIA_BOOST_DIR"] = ("PATH", proj.boost_root())
defs["PYTHON_EXECUTABLE"] = ("PATH", sys.executable)
if proj.toolset().short_compiler_name() == 'vc':
defs["SALVIA_BOOST_LIB_DIR"] = ("PATH", proj.boost_lib_dir_in_msvc())
else:
defs["SALVIA_BOOST_LIB_DIR"] = ("PATH", proj.boost_lib_dir())
if proj.toolset().short_compiler_name() == "vc":
defs["SALVIA_FREEIMAGE_DIR"] = ( "PATH", proj.freeimage_install_in_msvc() )
defs["SALVIA_LLVM_INSTALL_DIR"] = ("PATH", proj.llvm_install_in_msvc() )
defs["SALVIA_FREETYPE_DIR"] = ( "PATH", proj.freetype_install_in_msvc() )
else:
defs["SALVIA_FREEIMAGE_DIR"] = ( "PATH", proj.freeimage_install() )
defs["SALVIA_LLVM_INSTALL_DIR"] = ("PATH", proj.llvm_install() )
defs["SALVIA_FREETYPE_DIR"] = ( "PATH", proj.freetype_install() )
defs["SALVIA_BUILD_WITH_DIRECTX"] = ("BOOL", "TRUE" if proj.directx() else "FALSE")
config_and_make_cmake_project('SALVIA', defs, proj.source_root(), proj.salvia_build(), None, proj)
def install_prebuild_binaries(proj):
report_info( "Installing dependencies ..." )
dynamic_lib_ext = None
if proj.os() == systems.win32:
dynamic_lib_ext = ".dll"
elif proj.os() == systems.linux:
dynamic_lib_ext = ".so"
else:
report_error("Target OS cannot be supported.")
# Copy mingw runtime
if proj.toolset().short_compiler_name() == "mgw":
mgw_dir = proj.customized_toolset_dir()
libs = ["stdc++", "sjlj", "seh"]
for f in os.listdir(mgw_dir):
if os.path.splitext(f)[1] != dynamic_lib_ext:
continue
for lib_name in libs:
if lib_name in f:
copy_newer(os.path.join(mgw_dir, f), proj.salvia_bin())
# Copy FreeImage dlls
freeimage_dist_dir = os.path.join(proj.freeimage_install(), "Dist")
files = os.listdir(freeimage_dist_dir)
for f in files:
name, ext = os.path.splitext(f)
if ext != dynamic_lib_ext:
continue
src = os.path.join(freeimage_dist_dir, f)
copy_newer(src, proj.salvia_bin())
# Copy d3dcompile_xx.dll
if proj.dx_dlls_dirs():
for d in proj.dx_dlls_dirs():
for f in os.listdir(d):
copy_newer( os.path.join(d, f), proj.salvia_bin())
# Copy boost dlls
files = os.listdir(proj.boost_lib_dir())
need_copy = []
for f in files:
name, ext = os.path.splitext(f)
if ext != dynamic_lib_ext:
continue
if not proj.toolset().boost_lib_name() in name:
continue
need_copy.append(os.path.join(proj.boost_lib_dir(), f))
for f in need_copy:
copy_newer(f, proj.salvia_bin())
def clean_all(proj):
print('clean Boost ...')
clean_boost(proj)
print('clean LLVM ...')
clean_llvm(proj)
print('clean SALVIA ...')
clean_salvia(proj)
pass
def build(proj_props, cleanBuild):
log_f = open("build.log", "w")
atexit.register(close_log)
proj = project(proj_props, os.getcwd())
proj.print_props()
proj.check()
make_bjam(proj)
if cleanBuild: clean_all(proj)
make_boost(proj)
config_and_make_freetype(proj)
config_and_make_freeimage(proj)
config_and_make_llvm(proj)
config_and_make_salvia(proj)
install_prebuild_binaries(proj)
if __name__ == "__main__":
try:
opts, args = getopt.getopt(sys.argv[1:], "c", ['clean'])
except getopt.GetoptError:
print("Option parsed error.")
os.system("pause")
sys.exit(1)
if copy_newer("build_conf.tmpl", "proj.py"):
print( "Project file was generated.\nPlease edit proj.py and run build_all.py again." )
os.system('pause')
sys.exit(1)
report_info("Salvia building start.")
# Load Project
prj_props = __import__("proj")
for opt, arg in opts:
if opt == "-c" or opt == "--clean":
proj = project(prj_props, os.getcwd())
proj.print_props()
clean_all(proj)
os.system("pause")
sys.exit(0)
try:
build(prj_props, False)
except building_error as err:
print("[E] " + err.message())
print("[E] Salvia built failed.")
os.system("pause")
sys.exit(1)
report_info("Salvia building done.")
os.system("pause")