# Compile, build, and install cmake projects:
class CMake:
- def __init__(self, sourceFolder, buildFolder, config):
+ def __init__(self, sourceFolder, buildFolder, module, config):
self.sourceFolder = os.path.abspath(sourceFolder)
self.buildFolder = os.path.abspath(buildFolder)
- self.installDir = config.installDir
- self.buildType = config.buildType
- self.jobs = config.jobs
- self.buildCmdPrefix = config.buildCmdPrefix
- self.installCmdPrefix = config.installCmdPrefix
+ self.installDir = config['installDir']
+ self.buildType = config['buildType']
+ self.jobs = config['jobs']
+ self.buildCmdPrefix = config['buildCmdPrefix']
+ self.installCmdPrefix = config['installCmdPrefix']
+ self.cmakeParameters = module.get('cmakeParameters', [])
def configure(self, force=False):
- print "Configuring",self.folder
if not os.path.exists(self.buildFolder): os.makedirs(self.buildFolder)
os.chdir(self.buildFolder)
# check if we actually need to work
# yes we do! make sure we start clean, and then go ahead
if os.path.exists(cacheFile): os.remove(cacheFile)
os.putenv('PKG_CONFIG_PATH', os.path.join(self.installDir, 'lib', 'pkgconfig')) # I found no way to do this within cmake
- subprocess.check_call(['cmake', self.sourceFolder, '-DCMAKE_BUILD_TYPE='+self.buildType, '-DCMAKE_INSTALL_PREFIX='+self.installDir])
+ subprocess.check_call(['cmake', self.sourceFolder, '-DCMAKE_BUILD_TYPE='+self.buildType,
+ '-DCMAKE_INSTALL_PREFIX='+self.installDir]+self.cmakeParameters)
os.unsetenv('PKG_CONFIG_PATH')
def build(self):
- print "Building",self.folder
os.chdir(self.buildFolder)
subprocess.check_call(self.buildCmdPrefix + ['make', '-j'+str(self.jobs)])
def install(self):
- print "Installing",self.folder
os.chdir(self.buildFolder)
subprocess.check_call(self.installCmdPrefix + ['make', 'install'])
+
+# if auto-debuild is available, provide a wrapper for it
+try:
+ import auto_debuild
+ class AutoDebuild:
+ def __init__(self, sourceFolder, buildFolder, module, vcs, config):
+ self.sourceFolder = os.path.abspath(sourceFolder)
+ buildSystem = module.get('build-system', 'cmake')
+ self.autoDebuildConfig = {
+ 'sourceName': module['name'],
+ 'debDir': os.path.abspath(config['debDir']),
+ 'buildSystem': buildSystem,
+ 'buildDir': os.path.abspath(buildFolder),
+ 'name': config['debName'],
+ 'email': config['debEMail'],
+ }
+ self.copyOption(config, 'jobs', 'parallelJobs')
+ self.copyOption(module, 'dbgPackage')
+ self.copyOption(module, 'skipFiles', 'binarySkipFiles')
+ self.copyOption(module, 'installFiles', 'binaryInstall')
+ self.copyOption(module, 'buildDepends')
+ self.copyOption(module, 'binaryDepends')
+ self.copyOption(module, 'binaryRecommends')
+ if buildSystem == 'cmake':
+ self.copyOption(module, 'cmakeParameters')
+ self.vcs = vcs
+ self.configured = False # make sure configure is called before build/install
+
+ def copyOption(self, src, name, dstName = None):
+ if dstName is None: dstName = name # per default, stick with original name
+ if name in src:
+ self.autoDebuildConfig[dstName] = src[name]
+
+ def configure(self, force=False): # force is ignored
+ if self.configured: return # do not configure twice
+ self.autoDebuildConfig['version'] = self.vcs.version() # by now, data has been fetched, so this is possible
+ if self.autoDebuildConfig['version'] is None:
+ raise Exception("VCS did not provide us with a proper version, please fix this")
+ os.chdir(self.sourceFolder)
+ #print self.autoDebuildConfig
+ self.files = auto_debuild.createDebianFiles(self.autoDebuildConfig)
+ self.configured = True
+
+ def build(self):
+ self.configure() # make sure we are configured (this call is idempotent)
+ os.chdir(self.sourceFolder)
+ auto_debuild.buildDebianPackage(self.autoDebuildConfig)
+
+ def install(self):
+ self.configure() # make sure we are configured (this call is idempotent)
+ os.chdir(self.sourceFolder)
+ subprocess.check_call(['sudo', 'dpkg', '--install'] + self.files)
+except ImportError:
+ print "auto_debuild not found, disabling auto-debuild system"
+ pass