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blib_util.py
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#!/usr/bin/env python
#-*- coding: ascii -*-
import os, sys, multiprocessing, subprocess
try:
import cfg_build
except:
print("Generating cfg_build.py ...")
import shutil
shutil.copyfile("cfg_build_default.py", "cfg_build.py")
import cfg_build
class cfg_from_argv:
def __init__(self, argv, base = 0):
if len(argv) > base + 1:
self.compiler = argv[base + 1]
else:
self.compiler = ""
if len(argv) > base + 2:
self.archs = (argv[base + 2], )
else:
self.archs = ""
if len(argv) > base + 3:
self.cfg = (argv[base + 3], )
else:
self.cfg = ""
class compiler_info:
def __init__(self, arch, gen_name, toolset, target_platform):
self.arch = arch
self.generator = gen_name
self.toolset = toolset
self.is_windows_desktop = False
self.is_windows_store = False
self.is_windows_phone = False
self.is_windows_runtime = False
self.is_windows = False
self.is_android = False
self.is_linux = False
self.is_darwin = False
self.is_ios = False
if "win" == target_platform:
self.is_windows = True
self.is_windows_desktop = True
elif "win_store" == target_platform:
self.is_windows_store = True
self.is_windows_runtime = True
elif "win_phone" == target_platform:
self.is_windows_phone = True
self.is_windows_runtime = True
elif "android" == target_platform:
self.is_android = True
elif "linux" == target_platform:
self.is_linux = True
elif "darwin" == target_platform:
self.is_darwin = True
elif "ios" == target_platform:
self.is_ios = True
self.is_dev_platform = (self.is_windows_desktop or self.is_linux or self.is_darwin)
class build_info:
def __init__(self, compiler, archs, cfg):
try:
cfg_build.compiler
except:
cfg_build.compiler = "auto"
try:
cfg_build.toolset
except:
cfg_build.toolset = "auto"
try:
cfg_build.arch
except:
cfg_build.arch = ("x64", )
try:
cfg_build.config
except:
cfg_build.config = ("Debug", "RelWithDebInfo")
try:
cfg_build.target
except:
cfg_build.target = "auto"
env = os.environ
host_platform = sys.platform
if 0 == host_platform.find("win"):
host_platform = "win"
elif 0 == host_platform.find("linux"):
host_platform = "linux"
elif 0 == host_platform.find("darwin"):
host_platform = "darwin"
if "auto" == cfg_build.target:
target_platform = host_platform
else:
target_platform = cfg_build.target
if 0 == target_platform.find("android"):
space_place = target_platform.find(' ')
if space_place != -1:
android_ver = target_platform[space_place + 1:]
target_platform = target_platform[0:space_place]
if "L" == android_ver:
target_api_level = "L"
elif "5.0" == android_ver:
target_api_level = "21"
elif "4.4w" == android_ver:
target_api_level = "20"
elif "4.4" == android_ver:
target_api_level = "19"
elif "4.3" == android_ver:
target_api_level = "18"
elif "4.2" == android_ver:
target_api_level = "17"
elif "4.1" == android_ver:
target_api_level = "16"
elif ("4.0.3" == android_ver) or ("4.0.4" == android_ver):
target_api_level = "15"
elif "4.0" == android_ver:
target_api_level = "14"
elif "3.2" == android_ver:
target_api_level = "13"
elif "3.1" == android_ver:
target_api_level = "12"
elif "3.0" == android_ver:
target_api_level = "11"
elif ("2.3.4" == android_ver) or ("2.3.3" == android_ver):
target_api_level = "10"
elif "2.3" == android_ver:
target_api_level = "9"
elif "2.2" == android_ver:
target_api_level = "8"
elif "2.1" == android_ver:
target_api_level = "7"
elif "2.0.1" == android_ver:
target_api_level = "6"
elif "2.0" == android_ver:
target_api_level = "5"
elif "1.6" == android_ver:
target_api_level = "4"
elif "1.5" == android_ver:
target_api_level = "3"
elif "1.1" == android_ver:
target_api_level = "2"
elif "1.0" == android_ver:
target_api_level = "1"
else:
log_error("Unsupported android version\n")
else:
target_api_level = "10"
self.target_api_level = target_api_level
elif (0 == target_platform.find("win_store")) or (0 == target_platform.find("win_phone")):
space_place = target_platform.find(' ')
if space_place != -1:
target_api_level = target_platform[space_place + 1:]
target_platform = target_platform[0:space_place]
else:
target_api_level = "8.0"
self.target_api_level = target_api_level
if ("android" == target_platform) or ("ios" == target_platform):
prefer_static = True
else:
prefer_static = False
self.host_platform = host_platform
self.target_platform = target_platform
self.prefer_static = prefer_static
if "" == compiler:
if ("" == cfg_build.compiler) or ("auto" == cfg_build.compiler):
if 0 == target_platform.find("win"):
if "VS140COMNTOOLS" in env:
compiler = "vc140"
elif "VS120COMNTOOLS" in env:
compiler = "vc120"
elif "VS110COMNTOOLS" in env:
compiler = "vc110"
elif "VS100COMNTOOLS" in env:
compiler = "vc100"
elif 0 == os.system("where clang++"):
compiler = "clang"
elif os.path.exists("C:/MinGW/bin/g++.exe") or (0 == os.system("where g++")):
compiler = "mingw"
elif ("linux" == target_platform) or ("android" == target_platform):
compiler = "gcc"
elif ("darwin" == target_platform) or ("ios" == target_platform):
compiler = "clang"
else:
log_error("Unsupported target platform.\n")
else:
compiler = cfg_build.compiler
if compiler in ("vc14", "vc12", "vc11", "vc10"):
compiler += '0'
log_warning("Deprecated compiler name, please use " + compiler + " instead.\n")
toolset = cfg_build.toolset
if ("win_store" == target_platform) or ("win_phone" == target_platform):
toolset = "auto"
elif ("" == toolset) or ("auto" == toolset):
if 0 == target_platform.find("win"):
if "vc140" == compiler:
toolset = "v140"
elif "vc120" == compiler:
toolset = "v120"
elif "vc110" == compiler:
toolset = "v110"
elif "vc100" == compiler:
toolset = "v100"
elif "android" == target_platform:
if "L" == target_api_level:
toolset = "4.9"
else:
toolset = "4.6"
if "" == archs:
archs = cfg_build.arch
if "" == archs:
archs = ("x64", )
if "" == cfg:
cfg = cfg_build.config
if "" == cfg:
cfg = ("Debug", "RelWithDebInfo")
multi_config = False
compilers = []
if "vc140" == compiler:
compiler_name = "vc"
compiler_version = 140
multi_config = True
for arch in archs:
if "x86" == arch:
gen_name = "Visual Studio 14"
elif "arm" == arch:
gen_name = "Visual Studio 14 ARM"
elif "x64" == arch:
gen_name = "Visual Studio 14 Win64"
compilers.append(compiler_info(arch, gen_name, toolset, target_platform))
elif "vc120" == compiler:
compiler_name = "vc"
compiler_version = 120
multi_config = True
for arch in archs:
if "x86" == arch:
gen_name = "Visual Studio 12"
elif "arm" == arch:
gen_name = "Visual Studio 12 ARM"
elif "x64" == arch:
gen_name = "Visual Studio 12 Win64"
compilers.append(compiler_info(arch, gen_name, toolset, target_platform))
elif "vc110" == compiler:
compiler_name = "vc"
compiler_version = 110
multi_config = True
for arch in archs:
if "x86" == arch:
gen_name = "Visual Studio 11"
elif "arm" == arch:
gen_name = "Visual Studio 11 ARM"
elif "x64" == arch:
gen_name = "Visual Studio 11 Win64"
compilers.append(compiler_info(arch, gen_name, toolset, target_platform))
elif "vc100" == compiler:
compiler_name = "vc"
compiler_version = 100
multi_config = True
for arch in archs:
if "x86" == arch:
gen_name = "Visual Studio 10"
elif "x64" == arch:
gen_name = "Visual Studio 10 Win64"
compilers.append(compiler_info(arch, gen_name, toolset, target_platform))
elif "clang" == compiler:
compiler_name = "clang"
compiler_version = self.retrive_clang_version()
if "win" == host_platform:
gen_name = "MinGW Makefiles"
elif ("darwin" == host_platform) or ("ios" == host_platform):
gen_name = "Xcode"
multi_config = True
else:
gen_name = "Unix Makefiles"
for arch in archs:
compilers.append(compiler_info(arch, gen_name, toolset, target_platform))
elif "mingw" == compiler:
compiler_name = "mgw"
compiler_version = self.retrive_gcc_version()
for arch in archs:
compilers.append(compiler_info(arch, "MinGW Makefiles", toolset, target_platform))
elif "gcc" == compiler:
compiler_name = "gcc"
self.toolset = toolset
compiler_version = self.retrive_gcc_version()
if ("android" == target_platform) and ("win" == host_platform):
gen_name = "MinGW Makefiles"
else:
gen_name = "Unix Makefiles"
for arch in archs:
compilers.append(compiler_info(arch, gen_name, toolset, target_platform))
else:
compiler_name = ""
compiler_version = 0
log_error("Unsupported compiler.\n")
if "vc" == compiler_name:
self.proj_ext_name = "vcxproj"
else:
self.proj_ext_name = ""
self.compiler_name = compiler_name
self.compiler_version = compiler_version
self.multi_config = multi_config
self.compilers = compilers
self.cfg = cfg
def msvc_add_build_command(self, batch_cmd, sln_name, proj_name, config, arch = ""):
batch_cmd.add_command('@SET VisualStudioVersion=%d.0' % (self.compiler_version / 10))
if len(proj_name) != 0:
file_name = "%s.%s" % (proj_name, self.proj_ext_name)
else:
file_name = "%s.sln" % sln_name
config_str = "Configuration=%s" % config
if len(arch) != 0:
config_str = "%s,Platform=%s" % (config_str, arch)
batch_cmd.add_command('@MSBuild %s /nologo /m /v:m /p:%s' % (file_name, config_str))
batch_cmd.add_command('@if ERRORLEVEL 1 exit /B 1')
def xcodebuild_add_build_command(self, batch_cmd, target_name, config):
batch_cmd.add_command('xcodebuild -target %s -configuration %s' % (target_name, config))
batch_cmd.add_command('if (($? != 0)); then exit 1; fi')
def retrive_gcc_version(self):
if ("android" == self.target_platform):
gcc_ver = self.toolset
else:
gcc_ver = subprocess.check_output(["gcc", "-dumpversion"])
gcc_ver_components = gcc_ver.split(".")
return int(gcc_ver_components[0] + gcc_ver_components[1])
def retrive_clang_version(self):
clang_ver = subprocess.check_output(["clang", "--version"])
clang_ver_components = clang_ver.split()[("darwin" == self.host_platform) and 3 or 2].split(".")
return int(clang_ver_components[0] + clang_ver_components[1])
class batch_command:
def __init__(self, host_platform):
self.commands_ = []
self.host_platform_ = host_platform
def add_command(self, cmd):
self.commands_ += [cmd]
def execute(self):
batch_file = "kge_build."
if "win" == self.host_platform_:
batch_file += "bat"
else:
batch_file += "sh"
batch_f = open(batch_file, "w")
batch_f.writelines([cmd_line + "\n" for cmd_line in self.commands_])
batch_f.close()
if "win" == self.host_platform_:
ret_code = os.system(batch_file)
else:
os.system("chmod 777 " + batch_file)
ret_code = os.system("./" + batch_file)
os.remove(batch_file)
return ret_code
def log_error(message):
print("[E] %s" % message)
os.system("pause")
sys.exit(1)
def log_info(message):
print("[I] %s" % message)
def log_warning(message):
print("[W] %s" % message)
def build_a_project(name, build_path, build_info, compiler_info, need_install = False, additional_options = ""):
curdir = os.path.abspath(os.curdir)
toolset_name = ""
if ("vc" == build_info.compiler_name) and (build_info.compiler_version >= 100) and (not compiler_info.is_windows_runtime):
toolset_name = "-T %s" % compiler_info.toolset
if build_info.compiler_name != "vc":
additional_options += " -DKLAYGE_ARCH_NAME:STRING=\"%s\"" % compiler_info.arch
if "android" == build_info.target_platform:
additional_options += " -DCMAKE_TOOLCHAIN_FILE=\"%s/cmake/android.toolchain.cmake\"" % curdir
additional_options += " -DANDROID_NATIVE_API_LEVEL=%s" % build_info.target_api_level
if "win" == build_info.host_platform:
android_ndk_path = os.environ["ANDROID_NDK"]
prebuilt_make_path = android_ndk_path + "\\prebuilt\\windows"
if not os.path.isdir(prebuilt_make_path):
prebuilt_make_path = android_ndk_path + "\\prebuilt\\windows-x86_64"
make_name = prebuilt_make_path + "\\bin\\make.exe"
additional_options += " -DCMAKE_MAKE_PROGRAM=\"%s\"" % make_name
elif "darwin" == build_info.target_platform:
if "x64" == compiler_info.arch:
additional_options += " -DCMAKE_OSX_ARCHITECTURES=x86_64"
elif "x86" == compiler_info.arch:
additional_options += " -DCMAKE_OSX_ARCHITECTURES=i386"
else:
log_error("Unsupported Darwin arch\n")
elif "ios" == build_info.target_platform:
additional_options += " -DCMAKE_TOOLCHAIN_FILE=\"%s/cmake/iOS.cmake\"" % curdir
if "arm" == compiler_info.arch:
additional_options += " -DIOS_PLATFORM=OS"
elif "x86" == compiler_info.arch:
additional_options += " -DIOS_PLATFORM=SIMULATOR"
else:
log_error("Unsupported iOS arch\n")
if build_info.multi_config:
if "vc" == build_info.compiler_name:
if "x86" == compiler_info.arch:
vc_option = "x86"
vc_arch = "Win32"
elif "x64" == compiler_info.arch:
vc_option = "x86_amd64"
vc_arch = "x64"
elif "arm" == compiler_info.arch:
vc_option = "x86_arm"
vc_arch = "ARM"
if compiler_info.is_windows_runtime:
if compiler_info.is_windows_store:
system_name = "WindowsStore"
elif compiler_info.is_windows_phone:
system_name = "WindowsPhone"
additional_options += " -DCMAKE_SYSTEM_NAME=%s -DCMAKE_SYSTEM_VERSION=%s" % (system_name, build_info.target_api_level)
build_dir = "%s/Build/%s%d_%s_%s" % (build_path, build_info.compiler_name, build_info.compiler_version, build_info.target_platform, compiler_info.arch)
if not os.path.exists(build_dir):
os.makedirs(build_dir)
os.chdir(build_dir)
cmake_cmd = batch_command(build_info.host_platform)
cmake_cmd.add_command('cmake -G "%s" %s %s %s' % (compiler_info.generator, toolset_name, additional_options, "../cmake"))
if cmake_cmd.execute() != 0:
log_error("Config %s failed." % name)
build_cmd = batch_command(build_info.host_platform)
if "vc" == build_info.compiler_name:
build_cmd.add_command('@CALL "%%VS%dCOMNTOOLS%%..\\..\\VC\\vcvarsall.bat" %s' % (build_info.compiler_version, vc_option))
for config in build_info.cfg:
if "vc" == build_info.compiler_name:
build_info.msvc_add_build_command(build_cmd, name, "ALL_BUILD", config, vc_arch)
if need_install:
build_info.msvc_add_build_command(build_cmd, name, "INSTALL", config, vc_arch)
elif "clang" == build_info.compiler_name:
build_info.xcodebuild_add_build_command(build_cmd, "ALL_BUILD", config)
if need_install and (not build_info.prefer_static):
build_info.xcodebuild_add_build_command(build_cmd, "install", config)
if build_cmd.execute() != 0:
log_error("Build %s failed." % name)
os.chdir(curdir)
else:
if "win" == build_info.host_platform:
if build_info.target_platform != "android":
make_name = "mingw32-make.exe"
else:
make_name = "make"
make_name += " -j%d" % multiprocessing.cpu_count()
for config in build_info.cfg:
build_dir = "%s/Build/%s%d_%s_%s-%s" % (build_path, build_info.compiler_name, build_info.compiler_version, build_info.target_platform, compiler_info.arch, config)
if not os.path.exists(build_dir):
os.makedirs(build_dir)
if ("clang" == build_info.compiler_name) and (build_info.target_platform != "android"):
additional_options += " -DCMAKE_C_COMPILER=clang -DCMAKE_CXX_COMPILER=clang++"
os.chdir(build_dir)
config_options = "-DCMAKE_BUILD_TYPE:STRING=\"%s\"" % config
if "android" == build_info.target_platform:
config_options += " -DANDROID_ABI=%s" % compiler_info.arch
if "x86" == compiler_info.arch:
config_options += " -DANDROID_TOOLCHAIN_NAME=x86-%s" % compiler_info.toolset
elif "x86_64" == compiler_info.arch:
config_options += " -DANDROID_TOOLCHAIN_NAME=x86_64-%s" % compiler_info.toolset
elif "arm64-v8a" == compiler_info.arch:
config_options += " -DANDROID_TOOLCHAIN_NAME=aarch64-linux-android-%s" % compiler_info.toolset
else:
config_options += " -DANDROID_TOOLCHAIN_NAME=arm-linux-androideabi-%s" % compiler_info.toolset
cmake_cmd = batch_command(build_info.host_platform)
cmake_cmd.add_command('cmake -G "%s" %s %s %s %s' % (compiler_info.generator, toolset_name, additional_options, config_options, "../cmake"))
if cmake_cmd.execute() != 0:
log_error("Config %s failed." % name)
install_str = ""
if need_install and (not build_info.prefer_static):
install_str = "install"
build_cmd = batch_command(build_info.host_platform)
if "win" == build_info.host_platform:
build_cmd.add_command("@%s %s" % (make_name, install_str))
build_cmd.add_command('@if ERRORLEVEL 1 exit /B 1')
else:
build_cmd.add_command("%s %s" % (make_name, install_str))
build_cmd.add_command('if [ $? -ne 0 ]; then exit 1; fi')
if build_cmd.execute() != 0:
log_error("Build %s failed." % name)
os.chdir(curdir)