def consume_file(self, filepath, platform, arch):
package_name, package_version, platform_string, architecture, extension = parse_filepath(filepath)
package_dir = path.join(self.base_directory, package_name)
ensure_directory_exists(package_dir)
final_filepath = hard_link_or_raise_exception(filepath, package_dir)
if self._get_latest_update_file_in_directory(package_dir) == final_filepath:
self._extract_update(package_dir, final_filepath)
def consume_file(self, filepath, platform, arch):
package_name, package_version, platform_string, architecture, extension = parse_filepath(
filepath)
directory = path.join(self.base_directory,
package_name.replace('_', '-'))
ensure_directory_exists(directory)
filename = '{0}-{1}.tar.gz'.format(package_name, package_version)
hard_link_or_raise_exception(filepath, path.join(directory, filename))
def consume_file(self, filepath, platform, arch):
package_name, package_version, platform_string, architecture, extension = parse_filepath(filepath)
platform_string = "vmware-esx" if extension == "ova" else platform_string # TODO this needs to change in our build
dirpath = path.join(self.base_directory, 'packages', package_name, 'releases', package_version,
'distributions', platform_string, 'architectures', architecture,
'extensions', extension)
ensure_directory_exists(dirpath)
hard_link_or_raise_exception(filepath, dirpath)
self.rebuild_index()
def consume_file(self, filepath, platform, arch):
package_name, package_version, platform_string, architecture, extension = parse_filepath(
filepath)
package_dir = path.join(self.base_directory, package_name)
ensure_directory_exists(package_dir)
final_filepath = hard_link_or_raise_exception(filepath, package_dir)
if self._get_latest_update_file_in_directory(
package_dir) == final_filepath:
self._extract_update(package_dir, final_filepath)
def consume_file(self, filepath, platform, arch):
package_name, package_version, platform_string, architecture, extension = parse_filepath(filepath)
platform_string = "vmware-esx" if extension == "ova" else platform_string # TODO this needs to change in our build
dirpath = path.join(self.base_directory, 'packages', package_name, 'releases', package_version,
'distributions', platform_string, 'architectures', architecture,
'extensions', extension)
ensure_directory_exists(dirpath)
hard_link_or_raise_exception(filepath, dirpath)
self.rebuild_index()
def are_you_interested_in_file(self, filepath, platform, arch):
try:
package_name, package_version, platform_string, architecture, extension = parse_filepath(filepath)
except FilenameParsingFailed:
return False
if package_name == 'python':
return False
if filepath.endswith('deb') and not is_really_deb(filepath):
return False
if filepath.endswith('rpm') and not is_really_rpm(filepath):
return False
return True
def _get_latest_update_file_in_directory(self, dirpath):
from pkg_resources import parse_version
latest_update_file, latest_version = None, parse_version('0')
update_files = [
filepath for filepath in glob(path.join(dirpath, '*.zip'))
if ARCH in filepath
]
for filepath in update_files:
package_name, package_version, platform_string, architecture, extension = parse_filepath(
filepath)
package_version = parse_version(package_version)
if package_version > latest_version:
latest_version = package_version
latest_update_file = filepath
return latest_update_file
def are_you_interested_in_file(self, filepath, platform, arch):
try:
package_name, package_version, platform_string, architecture, extension = parse_filepath(
filepath)
except FilenameParsingFailed:
return False
if ARCH in architecture:
return True
return False
def test_parser(self, case):
actual = parse_filepath(case['basename'])
self.assertEquals(actual, case['expected'])
def are_you_interested_in_file(self, filepath, platform, arch):
try:
package_name, package_version, platform_string, architecture, extension = parse_filepath(
filepath)
except FilenameParsingFailed:
return False
return platform_string == 'python' and architecture == 'sdist'
def consume_file(self, filepath, platform, arch):
package_name, package_version, platform_string, architecture, extension = parse_filepath(filepath)
directory = path.join(self.base_directory, package_name)
ensure_directory_exists(directory)
filename = '{0}-{1}.tar.gz'.format(package_name, package_version)
hard_link_or_raise_exception(filepath, path.join(directory, filename))
def are_you_interested_in_file(self, filepath, platform, arch):
try:
package_name, package_version, platform_string, architecture, extension = parse_filepath(filepath)
except FilenameParsingFailed:
return False
return platform_string == 'python' and architecture == 'sdist'
def are_you_interested_in_file(self, filepath, platform, arch):
try:
package_name, package_version, platform_string, architecture, extension = parse_filepath(
filepath)
except FilenameParsingFailed:
return False
if package_name == 'python':
return False
if filepath.endswith('deb') and not is_really_deb(filepath):
return False
if filepath.endswith('rpm') and not is_really_rpm(filepath):
return False
return True
def _get_latest_update_file_in_directory(self, dirpath):
from pkg_resources import parse_version
latest_update_file, latest_version = None, parse_version('0')
update_files = [filepath for filepath in glob(path.join(dirpath, '*.zip')) if ARCH in filepath]
for filepath in update_files:
package_name, package_version, platform_string, architecture, extension = parse_filepath(filepath)
package_version = parse_version(package_version)
if package_version > latest_version:
latest_version = package_version
latest_update_file = filepath
return latest_update_file
def are_you_interested_in_file(self, filepath, platform, arch):
try:
package_name, package_version, platform_string, architecture, extension = parse_filepath(filepath)
except FilenameParsingFailed:
return False
if ARCH in architecture:
return True
return False
