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Build.py
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#!/usr/bin/env python
#-*- coding: ascii -*-
import os, sys, multiprocessing, subprocess, shutil, platform
class CfgBuildDefault:
def __init__(self):
#################################################
# !!!! DO NOT DELETE ANY FIELD OF THIS CLASS !!!!
#################################################
# The path of cmake executable. Could fill in the path, or "auto".
self.cmake_path = "auto"
# Project type.
# On Windows desktop, could be "vs2022", "vs2019", "vs2017", "make", "ninja", "auto".
# On Windows store, could be "vs2019", "vs2017", "auto".
# On Android, could be "make", "auto".
# On Linux, could be "make", "ninja", "auto".
# On macOS, could be "xcode", "ninja", "auto".
# On iOS, could be "xcode", "ninja", "auto".
self.project = "auto"
# Compiler name.
# On Windows desktop, could be "vc143", "vc142", "vc141", "mingw", "clangcl", "auto".
# On Windows store, could be "vc142", "vc141", "auto".
# On Android, could be "clang", "auto".
# On Linux, could be "gcc", "auto".
# On macOS, could be "clang", "auto".
# On iOS, could be "clang", "auto".
self.compiler = "auto"
# Target CPU architecture.
# On Windows desktop, could be "arm64", "x64".
# On Windows store, could be "arm64", "x64".
# On Android, cound be "arm64-v8a", "x86", "x86_64".
# On Linux, could be "x64".
# On macOS, could be "x64".
# On iOS, could be "arm", "x86".
self.arch = ("x64", )
# Configuration. Could be "Debug", "Release", "MinSizeRel", "RelWithDebInfo".
self.config = ("Debug", "RelWithDebInfo")
# Target platform for cross compiling.
# On Windows desktop, could be "auto".
# On Windows store, could be "win_store 10.0".
# On Android, cound be "android 5.1", "android 6.0", "android 7.0", "android 7.1".
# On Linux, could be "auto".
# On macOS, could be "auto".
# On iOS, could be "ios".
self.target = "auto"
# A name for offline FXML compiling. Could be one of "d3d_11_0", "gles_3_0", "gles_3_1", "gles_3_2", or "auto".
self.shader_platform_name = "auto"
# The path of GLES SDK's include. Could fill in the path, or "auto".
self.gles_include_dir = "auto"
# The path of LibOVR. Could fill in the path, or "auto".
self.libovr_path = "auto"
# The directory of prebuilt host binaries for cross-compiling.
self.host_bin_dir = ""
def GenerateCfgBuildFromDefault():
print("Generating CfgBuild.py ...")
sys.stdout.flush()
shutil.copyfile("CfgBuildDefault.py", "CfgBuild.py")
def LogError(message):
print("[E] %s" % message)
sys.stdout.flush()
if sys.platform.startswith("win"):
pause_cmd = "pause"
else:
pause_cmd = "read"
subprocess.call(pause_cmd, shell = True)
sys.exit(1)
def LogInfo(message):
print("[I] %s" % message)
sys.stdout.flush()
def LogWarning(message):
print("[W] %s" % message)
sys.stdout.flush()
class CompilerInfo:
def __init__(self, build_info, arch, gen_name, compiler_root, vcvarsall_path = "", vcvarsall_options = ""):
self.arch = arch
self.generator = gen_name
self.compiler_root = compiler_root
self.vcvarsall_path = vcvarsall_path
self.vcvarsall_options = vcvarsall_options
self.is_cross_compiling = build_info.is_cross_compiling
if build_info.host_arch != arch:
self.is_cross_compiling = True
class BuildInfo:
@classmethod
def FromArgv(BuildInfo, argv, base = 0):
project = None
compiler = None
archs = None
cfg = None
target = None
argc = len(argv)
if argc > base + 1:
project = argv[base + 1]
if argc > base + 2:
compiler = argv[base + 2]
if argc > base + 3:
archs = (argv[base + 3], )
if argc > base + 4:
cfg = (argv[base + 4], )
if argc > base + 5:
target = argv[base + 5]
return BuildInfo(project, compiler, archs, cfg, target)
def __init__(self, project, compiler, archs, cfg, target):
try:
import cfg_build
GenerateCfgBuildFromDefault()
hint_for_migrating = True
except:
hint_for_migrating = False
if hint_for_migrating:
LogError("cfg_build.py is retired. Please migrate your configurations to new CfgBuild.py.")
try:
from CfgBuild import ActivedCfgBuild
except:
GenerateCfgBuildFromDefault()
from CfgBuild import ActivedCfgBuild
cfg_build = ActivedCfgBuild()
try:
cfg_build.cmake_path
except:
cfg_build.cmake_path = "auto"
if project is not None:
cfg_build.project = project
else:
try:
cfg_build.project
except:
cfg_build.project = "auto"
if (compiler is not None) and (compiler.lower() != "clean"):
cfg_build.compiler = compiler
else:
try:
cfg_build.compiler
except:
cfg_build.compiler = "auto"
if archs is not None:
cfg_build.arch = archs
else:
try:
cfg_build.arch
except:
cfg_build.arch = ("x64", )
if cfg is not None:
cfg_build.config = cfg
else:
try:
cfg_build.config
except:
cfg_build.config = ("Debug", "RelWithDebInfo")
if target is not None:
cfg_build.target = target
else:
try:
cfg_build.target
except:
cfg_build.target = "auto"
try:
cfg_build.shader_platform_name
except:
cfg_build.shader_platform_name = "auto"
try:
cfg_build.gles_include_dir
except:
cfg_build.gles_include_dir = "auto"
try:
cfg_build.libovr_path
except:
cfg_build.libovr_path = "auto"
env = os.environ
host_platform = sys.platform
if host_platform.startswith("win"):
host_platform = "win"
elif host_platform.startswith("linux"):
host_platform = "linux"
elif host_platform.startswith("darwin"):
host_platform = "darwin"
if "auto" == cfg_build.target:
target_platform = host_platform
else:
target_platform = cfg_build.target
if target_platform.startswith("android"):
if not "ANDROID_NDK" in env:
LogError("You must define an ANDROID_NDK environment variable to your location of NDK.\n")
space_place = target_platform.find(' ')
if space_place != -1:
android_ver = target_platform[space_place + 1:]
target_platform = target_platform[0:space_place]
if "8.1" == android_ver:
target_api_level = 27
elif "8.0" == android_ver:
target_api_level = 26
elif "7.1" == android_ver:
target_api_level = 25
elif "7.0" == android_ver:
target_api_level = 24
elif "6.0" == android_ver:
target_api_level = 23
elif "5.1" == android_ver:
target_api_level = 22
else:
LogError("Unsupported Android version.\n")
else:
target_api_level = 22
self.target_api_level = target_api_level
elif target_platform.startswith("win_store"):
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 = "10.0"
self.target_api_level = target_api_level
if ("android" == target_platform) or ("ios" == target_platform):
prefer_static = True
else:
prefer_static = False
shader_platform_name = cfg_build.shader_platform_name
if 0 == len(shader_platform_name):
shader_platform_name = "auto"
self.host_platform = host_platform
self.target_platform = target_platform
self.is_cross_compiling = host_platform != target_platform
self.shader_platform_name = shader_platform_name
self.prefer_static = prefer_static
self.is_clean = ("clean" == compiler)
self.host_arch = platform.machine()
if (self.host_arch == "AMD64") or (self.host_arch == "x86_64"):
self.host_arch = "x64"
elif (self.host_arch == "ARM64"):
self.host_arch = "arm64"
else:
LogError("Unknown host architecture %s.\n" % self.host_arch)
if self.host_platform == "win":
self.sep = "\r\n"
else:
self.sep = "\n"
self.cmake_path = cfg_build.cmake_path
if self.cmake_path == "auto":
self.cmake_path = self.FindCMake()
self.cmake_ver = self.RetrieveCMakeVersion()
if self.cmake_ver < 39:
LogError("CMake 3.9+ is required.")
self.is_windows_desktop = False
self.is_windows_store = 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 = True
self.is_windows_store = 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)
if len(cfg_build.project) > 0:
project_type = cfg_build.project
else:
project_type = None
if (compiler is None) or self.is_clean:
compiler = None
if ("auto" == cfg_build.project) and ("auto" == cfg_build.compiler):
if self.is_windows:
program_files_folder = self.FindProgramFilesFolder()
if self.FindVS2022Folder(program_files_folder) is not None:
project_type = "vs2022"
compiler = "vc143"
elif self.FindVS2019Folder(program_files_folder) is not None:
project_type = "vs2019"
compiler = "vc142"
elif self.FindVS2017Folder(program_files_folder) is not None:
project_type = "vs2017"
compiler = "vc141"
elif self.FindClang(False) is not None:
project_type = "make"
compiler = "clang"
elif self.FindGCC(False) is not None:
project_type = "make"
compiler = "mingw"
elif self.is_linux:
project_type = "make"
compiler = "gcc"
elif self.is_android:
project_type = "make"
compiler = "clang"
elif self.is_darwin or self.is_ios:
project_type = "xcode"
compiler = "clang"
else:
LogError("Unsupported target platform %s.\n" % target_platform)
else:
if cfg_build.project != "auto":
project_type = cfg_build.project
if cfg_build.compiler != "auto":
compiler = cfg_build.compiler
if (project_type is not None) and (compiler is None):
if project_type == "vs2022":
compiler = "vc143"
elif project_type == "vs2019":
compiler = "vc142"
elif project_type == "vs2017":
compiler = "vc141"
elif project_type == "xcode":
compiler = "clang"
if self.is_windows:
program_files_folder = self.FindProgramFilesFolder()
if "vc143" == compiler:
if project_type == "vs2022":
try_folder = self.FindVS2022Folder(program_files_folder)
if try_folder is not None:
compiler_root = try_folder
vcvarsall_path = "VCVARSALL.BAT"
vcvarsall_options = ""
else:
LogError("Could NOT find vc143 compiler toolset for VS2022.\n")
else:
LogError("Could NOT find vc143 compiler.\n")
elif "vc142" == compiler:
if project_type == "vs2022":
try_folder = self.FindVS2022Folder(program_files_folder)
if try_folder is not None:
compiler_root = try_folder
vcvarsall_path = "VCVARSALL.BAT"
vcvarsall_options = "-vcvars_ver=14.2"
else:
LogError("Could NOT find vc142 compiler toolset for VS2022.\n")
elif project_type == "vs2019":
try_folder = self.FindVS2019Folder(program_files_folder)
if try_folder is not None:
compiler_root = try_folder
vcvarsall_path = "VCVARSALL.BAT"
vcvarsall_options = ""
else:
LogError("Could NOT find vc142 compiler toolset for VS2019.\n")
else:
LogError("Could NOT find vc142 compiler.\n")
elif "vc141" == compiler:
if project_type == "vs2022":
try_folder = self.FindVS2022Folder(program_files_folder)
if try_folder is not None:
compiler_root = try_folder
vcvarsall_path = "VCVARSALL.BAT"
vcvarsall_options = "-vcvars_ver=14.1"
else:
LogError("Could NOT find vc141 compiler toolset for VS2022.\n")
elif project_type == "vs2019":
try_folder = self.FindVS2019Folder(program_files_folder)
if try_folder is not None:
compiler_root = try_folder
vcvarsall_path = "VCVARSALL.BAT"
vcvarsall_options = "-vcvars_ver=14.1"
else:
LogError("Could NOT find vc141 compiler toolset for VS2019.\n")
else:
try_folder = self.FindVS2017Folder(program_files_folder)
if try_folder is not None:
compiler_root = try_folder
vcvarsall_path = "VCVARSALL.BAT"
else:
LogError("Could NOT find vc141 compiler.\n")
vcvarsall_options = ""
elif "clangcl" == compiler:
if project_type == "vs2022":
try_folder = self.FindVS2022Folder(program_files_folder)
if try_folder is not None:
compiler_root = try_folder
vcvarsall_path = "VCVARSALL.BAT"
vcvarsall_options = ""
else:
LogError("Could NOT find clang-cl compiler toolset for VS2022.\n")
elif project_type == "vs2019":
try_folder = self.FindVS2019Folder(program_files_folder)
if try_folder is not None:
compiler_root = try_folder
vcvarsall_path = "VCVARSALL.BAT"
vcvarsall_options = ""
else:
LogError("Could NOT find clang-cl compiler toolset for VS2019.\n")
else:
LogError("Could NOT find clang-cl compiler.\n")
elif "clang" == compiler:
clang_loc = self.FindClang(True)
compiler_root = clang_loc[0:clang_loc.rfind("\\clang++") + 1]
elif "mingw" == compiler:
gcc_loc = self.FindGCC(True)
compiler_root = gcc_loc[0:gcc_loc.rfind("\\g++") + 1]
else:
compiler_root = ""
if project_type is None:
if "vc143" == compiler:
project_type = "vs2022"
elif "vc142" == compiler:
project_type = "vs2019"
elif "vc141" == compiler:
project_type = "vs2017"
elif ("clang" == compiler) and (self.is_darwin or self.is_ios):
project_type = "xcode"
else:
project_type = "make"
if archs is None:
archs = cfg_build.arch
if archs is None:
archs = ("x64", )
if cfg is None:
cfg = cfg_build.config
if cfg is None:
cfg = ("Debug", "RelWithDebInfo")
multi_config = False
compilers = []
if "vs2022" == project_type:
self.vs_version = 17
if "vc143" == compiler:
compiler_name = "vc"
compiler_version = 143
elif "vc142" == compiler:
compiler_name = "vc"
compiler_version = 142
elif "vc141" == compiler:
compiler_name = "vc"
compiler_version = 141
elif "clangcl" == compiler:
compiler_name = "clangcl"
compiler_version = self.RetrieveClangVersion(compiler_root + "../../Tools/Llvm/bin/")
else:
LogError("Wrong combination of project %s and compiler %s.\n" % (project_type, compiler))
multi_config = True
for arch in archs:
compilers.append(CompilerInfo(self, arch, "Visual Studio 17", compiler_root, vcvarsall_path, vcvarsall_options))
elif "vs2019" == project_type:
self.vs_version = 16
if "vc142" == compiler:
compiler_name = "vc"
compiler_version = 142
elif "vc141" == compiler:
compiler_name = "vc"
compiler_version = 141
elif "clangcl" == compiler:
compiler_name = "clangcl"
compiler_version = self.RetrieveClangVersion(compiler_root + "../../Tools/Llvm/bin/")
else:
LogError("Wrong combination of project %s and compiler %s.\n" % (project_type, compiler))
multi_config = True
for arch in archs:
compilers.append(CompilerInfo(self, arch, "Visual Studio 16", compiler_root, vcvarsall_path, vcvarsall_options))
elif "vs2017" == project_type:
self.vs_version = 15
if "vc141" == compiler:
compiler_name = "vc"
compiler_version = 141
else:
LogError("Wrong combination of project %s and compiler %s.\n" % (project_type, compiler))
multi_config = True
for arch in archs:
compilers.append(CompilerInfo(self, arch, "Visual Studio 15", compiler_root, vcvarsall_path, vcvarsall_options))
elif "xcode" == project_type:
if "clang" == compiler:
compiler_name = "clang"
compiler_version = self.RetrieveClangVersion()
gen_name = "Xcode"
multi_config = True
for arch in archs:
compilers.append(CompilerInfo(self, arch, gen_name, compiler_root))
else:
LogError("Wrong combination of project %s and compiler %s.\n" % (project_type, compiler))
elif ("make" == project_type) or ("ninja" == project_type):
if "ninja" == project_type:
gen_name = "Ninja"
else:
if "win" == host_platform:
gen_name = "MinGW Makefiles"
else:
gen_name = "Unix Makefiles"
if "clang" == compiler:
compiler_name = "clang"
compiler_version = self.RetrieveClangVersion()
for arch in archs:
compilers.append(CompilerInfo(self, arch, gen_name, compiler_root))
elif "mingw" == compiler:
compiler_name = "mgw"
compiler_version = self.RetrieveGCCVersion()
for arch in archs:
compilers.append(CompilerInfo(self, arch, gen_name, compiler_root))
elif "gcc" == compiler:
compiler_name = "gcc"
compiler_version = self.RetrieveGCCVersion()
for arch in archs:
compilers.append(CompilerInfo(self, arch, gen_name, compiler_root))
elif "vc143" == compiler:
compiler_name = "vc"
compiler_version = 143
for arch in archs:
compilers.append(CompilerInfo(self, arch, gen_name, compiler_root, vcvarsall_path, vcvarsall_options))
elif "vc142" == compiler:
compiler_name = "vc"
compiler_version = 142
for arch in archs:
compilers.append(CompilerInfo(self, arch, gen_name, compiler_root, vcvarsall_path, vcvarsall_options))
elif "vc141" == compiler:
compiler_name = "vc"
compiler_version = 141
for arch in archs:
compilers.append(CompilerInfo(self, arch, gen_name, compiler_root, vcvarsall_path, vcvarsall_options))
else:
LogError("Wrong combination of project %s and compiler %s.\n" % (project_type, compiler))
else:
compiler_name = ""
compiler_version = 0
LogError("Unsupported project type %s.\n" % project_type)
if project_type.startswith("vs"):
self.proj_ext_name = "vcxproj"
self.project_type = project_type
self.compiler_name = compiler_name
self.compiler_version = compiler_version
self.multi_config = multi_config
self.compilers = compilers
self.archs = archs
self.cfg = cfg
self.gles_include_dir = cfg_build.gles_include_dir
self.libovr_path = cfg_build.libovr_path
self.host_bin_dir = cfg_build.host_bin_dir
self.jobs = multiprocessing.cpu_count()
self.DisplayInfo();
def MSBuildAddBuildCommand(self, batch_cmd, sln_name, proj_name, config, arch):
batch_cmd.AddCommand('@SET VisualStudioVersion=%d.0' % self.vs_version)
if len(proj_name) != 0:
file_name = "%s.%s" % (proj_name, self.proj_ext_name)
else:
file_name = "%s.sln" % sln_name
batch_cmd.AddCommand('@MSBuild %s /nologo /m:%d /v:m /p:Configuration=%s,Platform=%s' % (file_name, self.jobs, config, arch))
batch_cmd.AddCommand('@if ERRORLEVEL 1 exit /B 1')
def XCodeBuildAddBuildCommand(self, batch_cmd, target_name, config):
batch_cmd.AddCommand('xcodebuild -quiet -target %s -jobs %d -configuration %s' % (target_name, self.jobs, config))
batch_cmd.AddCommand('if (($? != 0)); then exit 1; fi')
def MakeAddBuildCommand(self, batch_cmd, make_name, target):
make_options = "-j%d" % self.jobs
if target != "ALL_BUILD":
make_options += " %s" % target
if "win" == self.host_platform:
batch_cmd.AddCommand("@%s %s" % (make_name, make_options))
batch_cmd.AddCommand('@if ERRORLEVEL 1 exit /B 1')
else:
batch_cmd.AddCommand("%s %s" % (make_name, make_options))
batch_cmd.AddCommand('if [ $? -ne 0 ]; then exit 1; fi')
def FindGCC(self, required):
if self.host_platform != "win":
env = os.environ
if "CXX" in env:
gcc_loc = env["CXX"]
if len(gcc_loc) != 0:
return gcc_loc.split(self.sep)[0]
gcc_loc = shutil.which("g++")
if gcc_loc is None:
if required:
LogError("Could NOT find g++. Please install g++, set its path into CXX, or put its path into %%PATH%%.")
else:
return None
else:
return gcc_loc.split(self.sep)[0]
def RetrieveGCCVersion(self):
gcc_ver = subprocess.check_output([self.FindGCC(True), "-dumpfullversion"]).decode()
gcc_ver_components = gcc_ver.split(".")
return int(gcc_ver_components[0] + gcc_ver_components[1])
def FindClang(self, required):
if self.host_platform != "win":
env = os.environ
if "CXX" in env:
clang_loc = env["CXX"]
if len(clang_loc) != 0:
return clang_loc.split(self.sep)[0]
clang_loc = shutil.which("clang++")
if clang_loc is None:
if required:
LogError("Could NOT find clang++. Please install clang++, set its path into CXX, or put its path into %%PATH%%.")
else:
return None
else:
return clang_loc.split(self.sep)[0]
def RetrieveClangVersion(self, path = None):
if self.is_android:
android_ndk_path = os.environ["ANDROID_NDK"]
prebuilt_llvm_path = android_ndk_path + "\\toolchains\\llvm\\prebuilt"
prebuilt_clang_path = prebuilt_llvm_path + "\\windows\\bin"
if not os.path.isdir(prebuilt_clang_path):
prebuilt_clang_path = prebuilt_llvm_path + "\\windows-x86_64\\bin"
clang_path = prebuilt_clang_path + "\\clang"
elif path is not None:
clang_path = path + "clang"
else:
clang_path = self.FindClang(True)
clang_ver = subprocess.check_output([clang_path, "--version"]).decode()
clang_ver_tokens = clang_ver.split()
for i in range(0, len(clang_ver_tokens)):
if "version" == clang_ver_tokens[i]:
clang_ver_components = clang_ver_tokens[i + 1].split(".")
break
return int(clang_ver_components[0] + clang_ver_components[1])
def FindProgramFilesFolder(self):
env = os.environ
if platform.architecture()[0] == '64bit':
if "ProgramFiles(x86)" in env:
program_files_folder = env["ProgramFiles(x86)"]
else:
program_files_folder = "C:\Program Files (x86)"
else:
if "ProgramFiles" in env:
program_files_folder = env["ProgramFiles"]
else:
program_files_folder = "C:\Program Files"
return program_files_folder
def FindVS2022Folder(self, program_files_folder):
return self.FindVS2017PlusFolder(program_files_folder, 17, "2022")
def FindVS2019Folder(self, program_files_folder):
return self.FindVS2017PlusFolder(program_files_folder, 16, "2019")
def FindVS2017Folder(self, program_files_folder):
return self.FindVS2017PlusFolder(program_files_folder, 15, "2017")
def FindVS2017PlusFolder(self, program_files_folder, vs_version, vs_name):
try_vswhere_location = program_files_folder + "\\Microsoft Visual Studio\\Installer\\vswhere.exe"
if os.path.exists(try_vswhere_location):
vs_location = subprocess.check_output([try_vswhere_location,
"-products", "*",
"-latest",
"-requires", "Microsoft.VisualStudio.Component.VC.Tools.x86.x64",
"-property", "installationPath",
"-version", "[%d.0,%d.0)" % (vs_version, vs_version + 1),
"-prerelease"]).decode().split("\r\n")[0]
try_folder = vs_location + "\\VC\\Auxiliary\\Build\\"
try_vcvarsall = "VCVARSALL.BAT"
if os.path.exists(try_folder + try_vcvarsall):
return try_folder
else:
names = ("Preview", vs_name)
skus = ("Community", "Professional", "Enterprise", "BuildTools")
for name in names:
for sku in skus:
try_folder = program_files_folder + "\\Microsoft Visual Studio\\%s\\%s\\VC\\Auxiliary\\Build\\" % (name, sku)
try_vcvarsall = "VCVARSALL.BAT"
if os.path.exists(try_folder + try_vcvarsall):
return try_folder
return None
def FindCMake(self):
cmake_loc = shutil.which("cmake")
if cmake_loc is None:
LogError("Could NOT find CMake. Please install CMake 3.9+, set its path into CfgBuild's self.cmake_path, or put its path into %%PATH%%.")
return cmake_loc.split(self.sep)[0]
def RetrieveCMakeVersion(self):
cmake_ver = subprocess.check_output([self.cmake_path, "--version"]).decode()
if len(cmake_ver) == 0:
LogError("Could NOT find CMake. Please install CMake 3.9+, set its path into CfgBuild's self.cmake_path, or put its path into %%PATH%%.")
cmake_ver = cmake_ver.split()[2]
cmake_ver_components = cmake_ver.split('.')
return int(cmake_ver_components[0] + cmake_ver_components[1])
def DisplayInfo(self):
print("Build information:")
print("\tCMake path: %s" % self.cmake_path)
print("\tCMake version: %s" % self.cmake_ver)
print("\tHost platform: %s" % self.host_platform)
print("\tTarget platform: %s" % self.target_platform)
if self.is_android:
print("\tTarget API level: %d" % self.target_api_level)
elif self.is_windows_store:
print("\tTarget API level: %s" % self.target_api_level)
print("\tCPU count: %d" % self.jobs)
print("\tPrefer static library: %s" % self.prefer_static)
print("\tShader platform: %s" % self.shader_platform_name)
print("\tIs dev platform: %s" % self.is_dev_platform)
print("\tProject type: %s" % self.project_type)
print("\tCompiler: %s%d" % (self.compiler_name, self.compiler_version))
archs = ""
for i in range(0, len(self.compilers)):
archs += self.compilers[i].arch
if i != len(self.compilers) - 1:
archs += ", "
print("\tArchitectures: %s" % archs)
cfgs = ""
for i in range(0, len(self.cfg)):
cfgs += self.cfg[i]
if i != len(self.cfg) - 1:
cfgs += ", "
print("\tConfigures: %s" % cfgs)
print("\tGLES SDK include path: %s" % self.gles_include_dir)
if self.is_windows_desktop:
print("\tOculus LibOVR path: %s" % self.libovr_path)
if len(self.host_bin_dir) > 0:
print("\tHost binary dir: %s" % self.host_bin_dir)
print("")
sys.stdout.flush()
def GetBuildDir(self, arch, config = None):
env = os.environ
if "BUILD_DIR" in env:
build_dir_name = env["BUILD_DIR"]
else:
build_dir_name = "%s_%s%d_%s_%s" % (self.project_type, self.compiler_name, self.compiler_version, self.target_platform, arch)
if not (config is None):
build_dir_name += "-" + config
return build_dir_name
class BatchCommand:
def __init__(self, host_platform):
self.commands_ = []
self.host_platform_ = host_platform
def AddCommand(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 = subprocess.call(batch_file, shell = True)
else:
subprocess.call("chmod 777 " + batch_file, shell = True)
ret_code = subprocess.call("./" + batch_file, shell = True)
os.remove(batch_file)
return ret_code
def BuildProjects(name, build_path, build_info, compiler_info, project_list, additional_options = ""):
curdir = os.path.abspath(os.curdir)
toolset_name = ""
if build_info.project_type.startswith("vs"):
toolset_name = "-T"
if build_info.compiler_name == "clangcl":
toolset_name += " ClangCL"
else:
if not build_info.is_windows_store:
toolset_name += " v%s," % build_info.compiler_version
toolset_name += "host=x64"
elif build_info.is_android:
android_ndk_path = os.environ["ANDROID_NDK"]
toolset_name = "clang"
if (build_info.compiler_name != "vc") or (build_info.project_type == "ninja"):
additional_options += " -DKLAYGE_ARCH_NAME:STRING=\"%s\"" % compiler_info.arch
if build_info.is_android:
additional_options += " -DCMAKE_TOOLCHAIN_FILE=\"%s/build/cmake/android.toolchain.cmake\"" % android_ndk_path
additional_options += " -DANDROID_PLATFORM=android-%d" % build_info.target_api_level
additional_options += " -DANDROID_STL=c++_static -DANDROID_TOOLCHAIN=clang"
elif build_info.is_darwin:
if "x64" == compiler_info.arch:
additional_options += " -DCMAKE_OSX_ARCHITECTURES=x86_64"
else:
LogError("Unsupported Darwin architecture.\n")
elif build_info.is_ios:
additional_options += " -DCMAKE_TOOLCHAIN_FILE=\"%s/Build/CMake/Modules/iOS.cmake\"" % curdir
if "arm" == compiler_info.arch:
additional_options += " -DIOS_PLATFORM=OS"
elif "x86" == compiler_info.arch:
additional_options += " -DIOS_PLATFORM=SIMULATOR"
else:
LogError("Unsupported iOS architecture.\n")
if compiler_info.is_cross_compiling:
additional_options += " -DKLAYGE_HOST_BIN_DIR=\"%s\"" % build_info.host_bin_dir
if build_info.project_type.startswith("vs"):
if "x64" == compiler_info.arch:
vc_option = "amd64"
vc_arch = "x64"
elif "arm64" == compiler_info.arch:
vc_option = "amd64_arm64"
vc_arch = "ARM64"
else:
LogError("Unsupported VS architecture.\n")
if len(compiler_info.vcvarsall_options) > 0:
vc_option += " %s" % compiler_info.vcvarsall_options
if build_info.multi_config:
if build_info.project_type.startswith("vs"):
additional_options += " -A %s" % vc_arch
if build_info.is_windows_store:
additional_options += " -DCMAKE_SYSTEM_NAME=\"WindowsStore\" -DCMAKE_SYSTEM_VERSION=%s" % build_info.target_api_level
build_dir = "%s/Build/%s" % (build_path, build_info.GetBuildDir(compiler_info.arch))
if build_info.is_clean:
print("Cleaning %s..." % name)
sys.stdout.flush()
if os.path.isdir(build_dir):
shutil.rmtree(build_dir)
else:
print("Building %s..." % name)
sys.stdout.flush()
if not os.path.exists(build_dir):
os.makedirs(build_dir)
build_dir = os.path.abspath(build_dir)
os.chdir(build_dir)
cmake_cmd = BatchCommand(build_info.host_platform)
new_path = sys.exec_prefix
if len(compiler_info.compiler_root) > 0:
new_path += ";" + compiler_info.compiler_root
if "win" == build_info.host_platform:
cmake_cmd.AddCommand('@SET PATH=%s;%%PATH%%' % new_path)
if build_info.project_type.startswith("vs"):
cmake_cmd.AddCommand('@CALL "%s%s" %s' % (compiler_info.compiler_root, compiler_info.vcvarsall_path, vc_option))
cmake_cmd.AddCommand('@CD /d "%s"' % build_dir)
else:
cmake_cmd.AddCommand('export PATH=$PATH:%s' % new_path)
cmake_cmd.AddCommand('"%s" -G "%s" %s %s ../CMake' % (build_info.cmake_path, compiler_info.generator, toolset_name, additional_options))
if cmake_cmd.Execute() != 0:
LogWarning("Config %s failed, retry 1...\n" % name)
if cmake_cmd.Execute() != 0:
LogWarning("Config %s failed, retry 2...\n" % name)
if cmake_cmd.Execute() != 0:
LogError("Config %s failed.\n" % name)
build_cmd = BatchCommand(build_info.host_platform)
if build_info.project_type.startswith("vs"):
build_cmd.AddCommand('@CALL "%s%s" %s' % (compiler_info.compiler_root, compiler_info.vcvarsall_path, vc_option))
build_cmd.AddCommand('@CD /d "%s"' % build_dir)
for config in build_info.cfg:
for target in project_list:
if build_info.project_type.startswith("vs"):
build_info.MSBuildAddBuildCommand(build_cmd, name, target, config, vc_arch)
elif "xcode" == build_info.project_type:
build_info.XCodeBuildAddBuildCommand(build_cmd, target, config)
if build_cmd.Execute() != 0:
LogError("Build %s failed.\n" % name)
os.chdir(curdir)
print("")
sys.stdout.flush()
else:
if build_info.project_type == "ninja":
make_name = "ninja"
else:
if "win" == build_info.host_platform:
if build_info.is_android:
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"
else:
make_name = "mingw32-make.exe"
else:
make_name = "make"
for config in build_info.cfg:
build_dir = "%s/Build/%s" % (build_path, build_info.GetBuildDir(compiler_info.arch, config))
if build_info.is_clean:
print("Cleaning %s %s..." % (name, config))
sys.stdout.flush()
if os.path.isdir(build_dir):
shutil.rmtree(build_dir)
else:
print("Building %s %s..." % (name, config))
sys.stdout.flush()
if not os.path.exists(build_dir):
os.makedirs(build_dir)
if build_info.is_android:
additional_options += " -DCMAKE_MAKE_PROGRAM=\"%s\"" % make_name
elif ("clang" == build_info.compiler_name):
env = os.environ
if not ("CC" in env):
additional_options += " -DCMAKE_C_COMPILER=clang"
if not ("CXX" in env):
additional_options += " -DCMAKE_CXX_COMPILER=clang++"
build_dir = os.path.abspath(build_dir)
os.chdir(build_dir)
additional_options += " -DCMAKE_BUILD_TYPE:STRING=\"%s\"" % config
if build_info.is_android:
if "x86" == compiler_info.arch:
abi_arch = "x86"
elif "x86_64" == compiler_info.arch:
abi_arch = "x86_64"
elif "arm64-v8a" == compiler_info.arch:
abi_arch = "arm64-v8a"
else:
LogError("Unsupported Android architecture.\n")
additional_options += " -DANDROID_ABI=\"%s\"" % abi_arch
cpp_feature = "exceptions"
if config == "Debug":
cpp_feature += " rtti"
additional_options += " -DANDROID_CPP_FEATURES=\"%s\"" % cpp_feature
cmake_cmd = BatchCommand(build_info.host_platform)
new_path = sys.exec_prefix
if len(compiler_info.compiler_root) > 0:
new_path += ";" + compiler_info.compiler_root
if build_info.compiler_name == "vc":
cmake_cmd.AddCommand('@SET PATH=%s;%%PATH%%' % new_path)
cmake_cmd.AddCommand('@CALL "%s%s" %s' % (compiler_info.compiler_root, compiler_info.vcvarsall_path, vc_option))
cmake_cmd.AddCommand('@CD /d "%s"' % build_dir)
additional_options += " -DCMAKE_C_COMPILER=cl.exe -DCMAKE_CXX_COMPILER=cl.exe"
cmake_cmd.AddCommand('"%s" -G "%s" %s ../CMake' % (build_info.cmake_path, compiler_info.generator, additional_options))
if cmake_cmd.Execute() != 0:
LogWarning("Config %s failed, retry 1...\n" % name)
if cmake_cmd.Execute() != 0:
LogWarning("Config %s failed, retry 2...\n" % name)
if cmake_cmd.Execute() != 0:
LogError("Config %s failed.\n" % name)
build_cmd = BatchCommand(build_info.host_platform)
if build_info.compiler_name == "vc":
build_cmd.AddCommand('@CALL "%s%s" %s' % (compiler_info.compiler_root, compiler_info.vcvarsall_path, vc_option))
build_cmd.AddCommand('@CD /d "%s"' % build_dir)
for target in project_list:
build_info.MakeAddBuildCommand(build_cmd, make_name, target)
if build_cmd.Execute() != 0:
LogError("Build %s failed.\n" % name)
os.chdir(curdir)
print("")
sys.stdout.flush()
if __name__ == "__main__":
build_info = BuildInfo.FromArgv(sys.argv)
additional_options = " -DKLAYGE_SHADER_PLATFORM_NAME:STRING=\"%s\"" % build_info.shader_platform_name