def countValidLibraryBinaries(self, buildfolder, arch, stdlib):
filesfound = 0
for lib in self.buildconfig.staticliblink:
filepath = os.path.join(buildfolder, f'lib{lib}.a')
if os.path.exists(filepath):
bininfo = BinaryInfo(self.logger, buildfolder, filepath)
cxxinfo = bininfo.cxx_info_from_binary()
if (stdlib == "") or (stdlib == "libc++"
and not cxxinfo['has_maybecxx11abi']):
if arch == "":
filesfound += 1
if arch == "x86" and 'ELF32' in bininfo.readelf_header_details:
filesfound += 1
elif arch == "x86_64" and 'ELF64' in bininfo.readelf_header_details:
filesfound += 1
else:
self.logger.debug(f'lib{lib}.a not found')
for lib in self.buildconfig.sharedliblink:
filepath = os.path.join(buildfolder, f'lib{lib}.so')
bininfo = BinaryInfo(self.logger, buildfolder, filepath)
if (stdlib == "" and 'libstdc++.so' in bininfo.ldd_details) or (
stdlib != "" and f'{stdlib}.so' in bininfo.ldd_details):
if arch == "":
filesfound += 1
elif arch == "x86" and 'ELF32' in bininfo.readelf_header_details:
filesfound += 1
elif arch == "x86_64" and 'ELF64' in bininfo.readelf_header_details:
filesfound += 1
return filesfound
def executeconanscript(self, buildfolder, arch, stdlib):
filesfound = 0
for lib in self.buildconfig.staticliblink:
filepath = os.path.join(buildfolder, f'lib{lib}.a')
if os.path.exists(filepath):
bininfo = BinaryInfo(self.logger, buildfolder, filepath)
cxxinfo = bininfo.cxx_info_from_binary()
if (stdlib == "") or (stdlib == "libc++"
and not cxxinfo['has_maybecxx11abi']):
if arch == "":
filesfound += 1
if arch == "x86" and 'ELF32' in bininfo.readelf_header_details:
filesfound += 1
elif arch == "x86_64" and 'ELF64' in bininfo.readelf_header_details:
filesfound += 1
else:
self.logger.debug(f'lib{lib}.a not found')
for lib in self.buildconfig.sharedliblink:
filepath = os.path.join(buildfolder, f'lib{lib}.so')
bininfo = BinaryInfo(self.logger, buildfolder, filepath)
if (stdlib == "" and 'libstdc++.so' in bininfo.ldd_details) or (
stdlib != "" and f'{stdlib}.so' in bininfo.ldd_details):
if arch == "":
filesfound += 1
elif arch == "x86" and 'ELF32' in bininfo.readelf_header_details:
filesfound += 1
elif arch == "x86_64" and 'ELF64' in bininfo.readelf_header_details:
filesfound += 1
if filesfound != 0:
if subprocess.call(['./conanexport.sh'], cwd=buildfolder) == 0:
self.logger.info('Export succesful')
return BuildStatus.Ok
else:
return BuildStatus.Failed
else:
self.logger.info('No binaries found to export')
return BuildStatus.Failed
def set_as_uploaded(self, buildfolder):
conanhash = self.get_conan_hash(buildfolder)
if conanhash is None:
raise RuntimeError(
f'Error determining conan hash in {buildfolder}')
self.logger.info(f'commithash: {conanhash}')
annotations = self.get_build_annotations(buildfolder)
if 'commithash' not in annotations:
self.upload_builds()
annotations['commithash'] = self.get_commit_hash()
for lib in itertools.chain(self.buildconfig.staticliblink,
self.buildconfig.sharedliblink):
# TODO - this is the same as the original code but I wonder if this needs to be *.so for shared?
if os.path.exists(os.path.join(buildfolder, f'lib{lib}.a')):
bininfo = BinaryInfo(self.logger, buildfolder,
os.path.join(buildfolder, f'lib{lib}.a'))
libinfo = bininfo.cxx_info_from_binary()
archinfo = bininfo.arch_info_from_binary()
annotations['cxx11'] = libinfo['has_maybecxx11abi']
annotations['machine'] = archinfo['elf_machine']
annotations['osabi'] = archinfo['elf_osabi']
self.logger.info(annotations)
headers = {
"Content-Type": "application/json",
"Authorization": "Bearer " + self.conanserverproxy_token
}
url = f'{conanserver_url}/annotations/{self.libname}/{self.target_name}/{conanhash}'
request = requests.post(url,
data=json.dumps(annotations),
headers=headers)
if not request.ok:
raise RuntimeError(f'Post failure for {url}: {request}')