def GetArtifacts(self):
"""Provides a list of Artifacts to upload.
Returns:
list(BaseArtifact): the artifacts to copy.
"""
artifacts_list = []
if self._platform == 'darwin':
# TODO: have hostinfo.Which work on darwin
artifacts_list.append(
base.ProcessOutputArtifact(self._SYSTEM_PROFILER_CMD,
'system_info.txt'))
artifacts_list.append(
base.ProcessOutputArtifact(self._NETWORKSETUP_CMD,
'interfaces.txt'))
else:
dmidecode_path = hostinfo.Which('dmidecode')
dmidecode_cmd = [dmidecode_path, '--type=bios', '--type=system']
artifacts_list.append(
base.ProcessOutputArtifact(dmidecode_cmd, 'system_info.txt'))
ip_path = hostinfo.Which('ip')
ip_cmd = [ip_path, 'link', 'show']
artifacts_list.append(
base.ProcessOutputArtifact(ip_cmd, 'interfaces.txt'))
return artifacts_list
def GetArtifacts(self):
"""Provides a list of Artifacts to upload.
Returns:
list(BaseArtifact): the artifacts to copy.
"""
if self._platform == 'darwin':
return [
base.ProcessOutputArtifact(self._SYSTEM_PROFILER_CMD,
'system_info.txt')
]
return [
base.ProcessOutputArtifact(self._DMI_DECODE_CMD, 'system_info.txt')
]
def GetArtifacts(self):
"""Provides a list of Artifacts to upload.
Returns:
list (BaseArtifact): the artifacts for the system's firmware.
"""
firmware_artifact = base.ProcessOutputArtifact(self._CHIPSEC_CMD,
'Firmware/rom.bin')
return [firmware_artifact]
def GetArtifacts(self):
"""Provides a list of Artifacts to upload.
Returns:
list (BaseArtifact): the artifacts corresponding to copy.
"""
artifact = base.ProcessOutputArtifact(self._DMI_DECODE_CMD,
'system_info.txt')
return [artifact]
def testRunCommand(self):
cmd = ['echo', '-n', self._TEST_OUTPUT]
artifact = base.ProcessOutputArtifact(cmd, 'output.txt')
self.assertEqual(artifact._command, cmd)
self.assertEqual(artifact.name, 'output.txt')
# Size is unknown until the command is run
self.assertEqual(artifact.size, 0)
artifact_content = artifact.OpenStream().read()
self.assertEqual(artifact.size, 27)
self.assertEqual(artifact_content, self._TEST_OUTPUT)
def GetArtifacts(self):
"""Provides a list of Artifacts to upload.
Returns:
list(BaseArtifact): the artifacts for the system's firmware.
"""
if self._platform == 'darwin':
self._logger.info(
'Firmware acquisition only works on Linux, skipping.')
return []
firmware_artifact = base.ProcessOutputArtifact(self._CHIPSEC_CMD,
'Firmware/rom.bin')
return [firmware_artifact]
def GetArtifacts(self):
"""Provides a list of Artifacts to upload.
Returns:
list(BaseArtifact): the artifacts for the system's firmware.
"""
if self._platform == 'darwin':
self._logger.info('Firmware acquisition only works on Linux, skipping.')
return []
# Firmware acquisition will fail on various platforms (ie: QEMU during e2e
# tests, and shouldn't be a reason to mark the full upload as failed.
# So we're setting ignore_failure to True.
firmware_artifact = base.ProcessOutputArtifact(
self._CHIPSEC_CMD, 'Firmware/rom.bin', ignore_failure=True)
return [firmware_artifact]
def GetArtifacts(self):
"""Returns a list of DirectoryArtifacts to acquire.
Returns:
list(DirectoryArtifacts): the artifacts to acquire.
"""
more_to_copy = True
path_list = []
while more_to_copy:
if getattr(self._options, 'no_zenity', False):
path = cli.AskText(
'Specify the path to the directory you wish to copy')
if not os.path.isdir(path):
print(
'The following path does not exist or is not a directory:'
'{0:s}'.format(path))
continue
path_list.append(path)
more_to_copy = cli.Confirm(
'Do you wish to copy another folder?')
else:
path = gui.AskText(
'Specify the path to the directory you wish to copy')
if not os.path.isdir(path):
# TODO: display an GUI error message
continue
path_list.append(path)
more_to_copy = gui.Confirm(
'Do you wish to copy another folder?')
if not path_list:
raise errors.RecipeException('No directory to collect')
artifacts = []
# Deduplicating paths, as they would cause the code to upload the same file
# multiple times, which might not be allowed by the uploading process.
for directory in list(set(path_list)):
# 'tar' will not save some metadata such as access time. We generate
# a 'timeline' with the find(1) command to keep this information
timeline_artifact = None
dir_artifact = None
if self._platform == 'darwin':
timeline_artifact = base.ProcessOutputArtifact([
'find', directory, '-exec', 'stat', '-f',
'0|%N|%i|%p|%u|%u|%z|%a.0|%m.0|%c.0|%B.0', '-t', '%s',
'{}', ';'
], 'Directories/{0:s}.timeline'.format(FullPathToName(path)))
dir_artifact = MacDirectoryArtifact(
directory,
method=self._options.method,
compress=self._options.compress)
elif self._platform == 'linux':
timeline_artifact = base.ProcessOutputArtifact([
'find', directory, '-xdev', '-printf',
'0|%p|%i|%M|%U|%G|%s|%A@|%T@|%C@|0\n'
], 'Directores/{0:s}.timeline'.format(FullPathToName(path)))
dir_artifact = LinuxDirectoryArtifact(
directory,
method=self._options.method,
compress=self._options.compress)
else:
raise ValueError('Unsupported platform: {0:s}'.format(
self._platform))
artifacts.append(timeline_artifact)
artifacts.append(dir_artifact)
return artifacts