# vim: set ts=2 sw=2 tw=99 noet ft=python: import os import sys from ambuild.command import SymlinkCommand class MMS: def __init__(self): self.compiler = Cpp.Compiler() #Build SDK info self.possibleSdks = { } self.possibleSdks['ep1'] = {'sdk': 'HL2SDK', 'ext': '1.ep1', 'def': '1', 'name': 'EPISODEONE', 'platform': ['windows', 'linux']} self.possibleSdks['ep2'] = {'sdk': 'HL2SDKOB', 'ext': '2.ep2', 'def': '3', 'name': 'ORANGEBOX', 'platform': ['windows', 'linux']} self.possibleSdks['ep2v'] = {'sdk': 'HL2SDKOBVALVE', 'ext': '2.ep2v', 'def': '6', 'name': 'ORANGEBOXVALVE', 'platform': ['windows', 'linux', 'darwin']} self.possibleSdks['l4d'] = {'sdk': 'HL2SDKL4D', 'ext': '2.l4d', 'def': '7', 'name': 'LEFT4DEAD', 'platform': ['windows', 'linux', 'darwin']} self.possibleSdks['l4d2'] = {'sdk': 'HL2SDKL4D2', 'ext': '2.l4d2', 'def': '8', 'name': 'LEFT4DEAD2', 'platform': ['windows', 'linux', 'darwin']} self.possibleSdks['darkm'] = {'sdk': 'HL2SDK-DARKM', 'ext': '2.darkm', 'def': '2', 'name': 'DARKMESSIAH', 'platform': ['windows']} self.possibleSdks['swarm'] = {'sdk': 'HL2SDK-SWARM', 'ext': '2.swarm', 'def': '9', 'name': 'ALIENSWARM', 'platform': ['windows']} self.possibleSdks['bgt'] = {'sdk': 'HL2SDK-BGT', 'ext': '2.bgt', 'def': '4', 'name': 'BLOODYGOODTIME', 'platform': ['windows']} self.possibleSdks['eye'] = {'sdk': 'HL2SDK-EYE', 'ext': '2.eye', 'def': '5', 'name': 'EYE', 'platform': ['windows']} self.possibleSdks['csgo'] = {'sdk': 'HL2SDKCSGO', 'ext': '2.csgo', 'def': '11', 'name': 'CSGO', 'platform': ['windows', 'linux']} # self.possibleSdks['portal2'] = {'sdk': 'HL2SDK-PORTAL2', 'ext': '2.portal2', 'def': '10', # 'name': 'PORTAL2', 'platform': ['windows']} self.sdkInfo = { } if AMBuild.mode == 'config': #Detect compilers self.compiler.DetectAll(AMBuild) #Detect variables envvars = {} if AMBuild.target['platform'] != 'darwin': envvars['HL2SDK'] = 'hl2sdk' envvars['HL2SDKOB'] = 'hl2sdk-ob' envvars['HL2SDKCSGO'] = 'hl2sdk-csgo' envvars['HL2SDKOBVALVE'] = 'hl2sdk-ob-valve' envvars['HL2SDKL4D'] = 'hl2sdk-l4d' envvars['HL2SDKL4D2'] = 'hl2sdk-l4d2' #Dark Messiah is Windows-only if AMBuild.target['platform'] == 'windows': envvars['HL2SDK-DARKM'] = 'hl2sdk-darkm' envvars['HL2SDK-SWARM'] = 'hl2sdk-swarm' envvars['HL2SDK-BGT'] = 'hl2sdk-bgt' envvars['HL2SDK-EYE'] = 'hl2sdk-eye' # Finds if a dict with `key` set to `value` is present on the dict of dicts `dictionary` def findDictByKey(dictionary, key, value): for index in dictionary: elem = dictionary[index] if elem[key] == value: return (elem, index) return None for i in envvars: if i in os.environ: path = os.environ[i] if not os.path.isdir(path): raise Exception('Path for {0} was not found: {1}'.format(i, path)) elif i.startswith('HL2SDK'): (info, sdk) = findDictByKey(self.possibleSdks, 'sdk', i) self.sdkInfo[sdk] = info else: head = os.getcwd() oldhead = None while head != None and head != oldhead: path = os.path.join(head, envvars[i]) if os.path.isdir(path): break oldhead = head head, tail = os.path.split(head) if i.startswith('HL2SDK'): if head != None and head != oldhead: (info, sdk) = findDictByKey(self.possibleSdks, 'sdk', i) self.sdkInfo[sdk] = info elif head == None or head == oldhead: raise Exception('Could not find a valid path for {0}'.format(i)) AMBuild.cache.CacheVariable(i, path) if len(self.sdkInfo) < 1: raise Exception('At least one SDK must be available.') AMBuild.cache.CacheVariable('sdkInfo', self.sdkInfo) #Set up defines cxx = self.compiler.cxx if isinstance(cxx, Cpp.CompatGCC): if isinstance(cxx, Cpp.GCC): self.vendor = 'gcc' elif isinstance(cxx, Cpp.Clang): self.vendor = 'clang' self.compiler.AddToListVar('CDEFINES', 'stricmp=strcasecmp') self.compiler.AddToListVar('CDEFINES', '_stricmp=strcasecmp') self.compiler.AddToListVar('CDEFINES', '_snprintf=snprintf') self.compiler.AddToListVar('CDEFINES', '_vsnprintf=vsnprintf') self.compiler.AddToListVar('CFLAGS', '-pipe') self.compiler.AddToListVar('CFLAGS', '-fno-strict-aliasing') if (self.vendor == 'gcc' and cxx.majorVersion >= 4) or self.vendor == 'clang': self.compiler.AddToListVar('CFLAGS', '-fvisibility=hidden') self.compiler.AddToListVar('CXXFLAGS', '-fvisibility-inlines-hidden') self.compiler.AddToListVar('CFLAGS', '-Wall') self.compiler.AddToListVar('CFLAGS', '-Werror') self.compiler.AddToListVar('CFLAGS', '-Wno-uninitialized') self.compiler.AddToListVar('CFLAGS', '-Wno-unused') self.compiler.AddToListVar('CFLAGS', '-Wno-switch') self.compiler.AddToListVar('CFLAGS', '-msse') self.compiler.AddToListVar('CFLAGS', '-m32') self.compiler.AddToListVar('POSTLINKFLAGS', '-m32') self.compiler.AddToListVar('CXXFLAGS', '-fno-exceptions') self.compiler.AddToListVar('CXXFLAGS', '-fno-rtti') self.compiler.AddToListVar('CXXFLAGS', '-fno-threadsafe-statics') self.compiler.AddToListVar('CXXFLAGS', '-Wno-non-virtual-dtor') self.compiler.AddToListVar('CXXFLAGS', '-Wno-overloaded-virtual') if (self.vendor == 'gcc' and cxx.majorVersion >= 4 and cxx.minorVersion >= 7) or \ (self.vendor == 'clang' and cxx.majorVersion >= 3): self.compiler.AddToListVar('CXXFLAGS', '-Wno-delete-non-virtual-dtor') self.compiler.AddToListVar('CDEFINES', 'HAVE_STDINT_H') if self.vendor == 'gcc': self.compiler.AddToListVar('CFLAGS', '-mfpmath=sse') elif isinstance(cxx, Cpp.MSVC): self.vendor = 'msvc' if AMBuild.options.debug == '1': self.compiler.AddToListVar('CFLAGS', '/MTd') self.compiler.AddToListVar('POSTLINKFLAGS', '/NODEFAULTLIB:libcmt') else: self.compiler.AddToListVar('CFLAGS', '/MT') self.compiler.AddToListVar('CDEFINES', '_CRT_SECURE_NO_DEPRECATE') self.compiler.AddToListVar('CDEFINES', '_CRT_SECURE_NO_WARNINGS') self.compiler.AddToListVar('CDEFINES', '_CRT_NONSTDC_NO_DEPRECATE') self.compiler.AddToListVar('CXXFLAGS', '/EHsc') self.compiler.AddToListVar('CXXFLAGS', '/GR-') self.compiler.AddToListVar('CFLAGS', '/W3') self.compiler.AddToListVar('CFLAGS', '/nologo') self.compiler.AddToListVar('CFLAGS', '/Zi') self.compiler.AddToListVar('CXXFLAGS', '/TP') self.compiler.AddToListVar('POSTLINKFLAGS', '/DEBUG') self.compiler.AddToListVar('POSTLINKFLAGS', '/MACHINE:X86') self.compiler.AddToListVar('POSTLINKFLAGS', '/SUBSYSTEM:WINDOWS') self.compiler.AddToListVar('POSTLINKFLAGS', 'kernel32.lib') self.compiler.AddToListVar('POSTLINKFLAGS', 'user32.lib') self.compiler.AddToListVar('POSTLINKFLAGS', 'gdi32.lib') self.compiler.AddToListVar('POSTLINKFLAGS', 'winspool.lib') self.compiler.AddToListVar('POSTLINKFLAGS', 'comdlg32.lib') self.compiler.AddToListVar('POSTLINKFLAGS', 'advapi32.lib') self.compiler.AddToListVar('POSTLINKFLAGS', 'shell32.lib') self.compiler.AddToListVar('POSTLINKFLAGS', 'ole32.lib') self.compiler.AddToListVar('POSTLINKFLAGS', 'oleaut32.lib') self.compiler.AddToListVar('POSTLINKFLAGS', 'uuid.lib') self.compiler.AddToListVar('POSTLINKFLAGS', 'odbc32.lib') self.compiler.AddToListVar('POSTLINKFLAGS', 'odbccp32.lib') #Optimization if AMBuild.options.opt == '1': self.compiler.AddToListVar('CDEFINES', 'NDEBUG') if self.vendor == 'gcc' or self.vendor == 'clang': self.compiler.AddToListVar('CFLAGS', '-O3') elif self.vendor == 'msvc': self.compiler.AddToListVar('CFLAGS', '/Ox') self.compiler.AddToListVar('POSTLINKFLAGS', '/OPT:ICF') self.compiler.AddToListVar('POSTLINKFLAGS', '/OPT:REF') #Debugging if AMBuild.options.debug == '1': self.compiler.AddToListVar('CDEFINES', 'DEBUG') self.compiler.AddToListVar('CDEFINES', '_DEBUG') if self.vendor == 'gcc' or self.vendor == 'clang': self.compiler.AddToListVar('CFLAGS', '-g3') elif self.vendor == 'msvc': self.compiler.AddToListVar('CFLAGS', '/Od') self.compiler.AddToListVar('CFLAGS', '/RTC1') #Platform-specifics if AMBuild.target['platform'] == 'linux': self.compiler.AddToListVar('CDEFINES', '_LINUX') if self.vendor == 'gcc': self.compiler.AddToListVar('POSTLINKFLAGS', '-static-libgcc') if self.vendor == 'clang': self.compiler.AddToListVar('POSTLINKFLAGS', '-lgcc_eh') elif AMBuild.target['platform'] == 'darwin': self.compiler.AddToListVar('POSTLINKFLAGS', '-mmacosx-version-min=10.5') self.compiler.AddToListVar('POSTLINKFLAGS', ['-arch', 'i386']) self.compiler.AddToListVar('POSTLINKFLAGS', '-lstdc++') # For OS X dylib versioning import re productFile = open(os.path.join(AMBuild.sourceFolder, 'product.version'), 'r') productContents = productFile.read() productFile.close() m = re.match('(\d+)\.(\d+)\.(\d+).*', productContents) if m == None: self.version = '1.0.0' else: major, minor, release = m.groups() self.version = '{0}.{1}.{2}'.format(major, minor, release) AMBuild.cache.CacheVariable('version', self.version) elif AMBuild.target['platform'] == 'windows': self.compiler.AddToListVar('CDEFINES', 'WIN32') self.compiler.AddToListVar('CDEFINES', '_WINDOWS') #Finish up self.compiler.AddToListVar('CDEFINES', 'MMS_GENERATED_BUILD') self.compiler.AddToListVar('CINCLUDES', os.path.join(AMBuild.outputFolder, 'includes')) self.compiler.ToConfig(AMBuild, 'compiler') AMBuild.cache.CacheVariable('vendor', self.vendor) self.targetMap = { } AMBuild.cache.CacheVariable('targetMap', self.targetMap) else: self.sdkInfo = AMBuild.cache['sdkInfo'] self.compiler.FromConfig(AMBuild, 'compiler') self.targetMap = AMBuild.cache['targetMap'] if AMBuild.target['platform'] == 'windows': self.compiler.AddToListVar('RCINCLUDES', os.path.join(AMBuild.sourceFolder, 'public')) self.compiler.AddToListVar('RCINCLUDES', os.path.join(AMBuild.outputFolder, 'includes')) def DefaultCompiler(self): compiler = self.compiler.Clone() compiler['CXXINCLUDES'].append(os.path.join(AMBuild.sourceFolder, 'public')) return compiler def JobMatters(self, jobname): file = sys._getframe().f_code.co_filename if AMBuild.mode == 'config': self.targetMap[jobname] = file return True if len(AMBuild.args) == 0: return True if not jobname in AMBuild.args: return False def AutoVersion(self, folder, binary): if AMBuild.target['platform'] == 'windows': env = {'RCDEFINES': ['BINARY_NAME="' + binary.binaryFile + '"', 'MMS_GENERATED_BUILD']} binary.AddResourceFile(os.path.join(folder, 'version.rc' ), env) elif AMBuild.target['platform'] == 'darwin' and isinstance(binary, Cpp.LibraryBuilder): binary.compiler['POSTLINKFLAGS'].extend(['-compatibility_version', '1.0.0']) binary.compiler['POSTLINKFLAGS'].extend(['-current_version', AMBuild.cache['version']]) else: return def PreSetupHL2Job(self, job, builder, sdk): info = self.sdkInfo[sdk] sdkPath = AMBuild.cache[info['sdk']] if AMBuild.target['platform'] == 'linux': if sdk == 'ep1': staticLibs = os.path.join(sdkPath, 'linux_sdk') else: staticLibs = os.path.join(sdkPath, 'lib', 'linux') workFolder = os.path.join(AMBuild.outputFolder, job.workFolder) if sdk in ['ep2v', 'l4d', 'l4d2', 'csgo']: libs = ['tier1_i486.a', 'libvstdlib.so', 'libtier0.so'] if sdk == 'csgo': libs.insert(0, 'interfaces_i486.a') for lib in libs: link = os.path.join(workFolder, lib) target = os.path.join(staticLibs, lib) try: os.lstat(link) except: job.AddCommand(SymlinkCommand(link, target)) else: for i in ['tier1_i486.a', 'vstdlib_i486.so', 'tier0_i486.so']: link = os.path.join(workFolder, i) target = os.path.join(staticLibs, i) try: os.lstat(link) except: job.AddCommand(SymlinkCommand(link, target)) elif AMBuild.target['platform'] == 'darwin': staticLibs = os.path.join(sdkPath, 'lib', 'mac') workFolder = os.path.join(AMBuild.outputFolder, job.workFolder) libs = ['tier1_i486.a', 'libvstdlib.dylib', 'libtier0.dylib'] if sdk == 'csgo': libs.append('interfaces_i486.a') for lib in libs: link = os.path.join(workFolder, lib) target = os.path.join(staticLibs, lib) try: os.lstat(link) except: job.AddCommand(SymlinkCommand(link, target)) elif AMBuild.target['platform'] == 'windows': libs = ['tier0', 'tier1', 'vstdlib'] if sdk in ['swarm', 'csgo']: libs.append('interfaces') for lib in libs: libPath = os.path.join(sdkPath, 'lib', 'public', lib) + '.lib' builder.RebuildIfNewer(libPath) builder['POSTLINKFLAGS'].append(libPath) def PostSetupHL2Job(self, job, builder, sdk): if AMBuild.target['platform'] in ['linux', 'darwin']: builder.AddObjectFiles(['tier1_i486.a']) if( sdk == 'csgo' ): builder.AddObjectFiles(['interfaces_i486.a']) def DefaultHL2Compiler(self, path, sdk, noLink = False): compiler = self.DefaultCompiler() compiler['CXXINCLUDES'].append(os.path.join(AMBuild.sourceFolder, path)) compiler['CXXINCLUDES'].append(os.path.join(AMBuild.sourceFolder, path, 'sourcehook')) compiler['CXXINCLUDES'].append(os.path.join(AMBuild.sourceFolder, 'loader')) info = self.possibleSdks compiler['CDEFINES'].extend(['SE_' + info[i]['name'] + '=' + info[i]['def'] for i in info]) # We don't build for Portal 2 (yet?, ever?), but using this define in code as # it saves trouble if we ever need to compiler['CDEFINES'].append('SE_PORTAL2=10') paths = [['public'], ['public', 'engine'], ['public', 'mathlib'], ['public', 'vstdlib'], ['public', 'tier0'], ['public', 'tier1']] if sdk == 'ep1' or sdk == 'darkm': paths.append(['public', 'dlls']) paths.append(['game_shared']) else: paths.append(['public', 'game', 'server']) paths.append(['game', 'shared']) paths.append(['common']) info = self.sdkInfo[sdk] sdkPath = AMBuild.cache[info['sdk']] compiler['CDEFINES'].append('SOURCE_ENGINE=' + info['def']) if sdk in ['swarm', 'csgo']: if AMBuild.target['platform'] == 'windows': compiler['CDEFINES'].extend(['COMPILER_MSVC', 'COMPILER_MSVC32']) else: compiler['CDEFINES'].extend(['COMPILER_GCC', 'POSIX']) if sdk == 'ep1': if AMBuild.target['platform'] == 'linux': staticLibs = os.path.join(sdkPath, 'linux_sdk') else: if AMBuild.target['platform'] == 'linux': staticLibs = os.path.join(sdkPath, 'lib', 'linux') elif AMBuild.target['platform'] == 'darwin': staticLibs = os.path.join(sdkPath, 'lib', 'mac') for i in paths: compiler['CXXINCLUDES'].append(os.path.join(sdkPath, *i)) if not noLink: if AMBuild.target['platform'] == 'linux': compiler['POSTLINKFLAGS'][0:0] = ['-lm'] if sdk in ['ep2v', 'l4d', 'l4d2', 'csgo']: compiler['POSTLINKFLAGS'][0:0] = ['libtier0.so'] compiler['POSTLINKFLAGS'][0:0] = ['libvstdlib.so'] else: compiler['POSTLINKFLAGS'][0:0] = ['tier0_i486.so'] compiler['POSTLINKFLAGS'][0:0] = ['vstdlib_i486.so'] elif AMBuild.target['platform'] == 'darwin': compiler['POSTLINKFLAGS'][0:0] = ['libtier0.dylib'] compiler['POSTLINKFLAGS'][0:0] = ['libvstdlib.dylib'] return compiler mms = MMS() globals = { 'MMS': mms } AMBuild.Include(os.path.join('support', 'buildbot', 'Versioning'), globals) FileList = [ ['loader', 'AMBuilder'], ['core', 'AMBuilder'], ['core-legacy', 'AMBuilder'], ['support', 'buildbot', 'PackageScript'] ] for parts in FileList: AMBuild.Include(os.path.join(*parts), globals)