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rAKA/harbomaster/hbm.py
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hbm.py
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from phabricator import Phabricator
import yaml
import base64
from . import export
from .results import Results
def get_phabricator_instance(ctx=None):
_phab = None
try:
_host = None
_username = None
_token = None
if ctx:
_host = ctx.pop('HOST', None)
_username = ctx.pop('USERNAME', None)
_token = ctx.pop('API_TOKEN', None)
_phab = Phabricator(host=_host,
username=_username,
token=_token)
_phab.update_interfaces()
# this request is just to make an actual connection
_phab.user.whoami()
except Exception as e:
print('Could not connect to phabricator, either give the' +
' connection with the default configuration of arc' +
' or in the backend configuration of the configuration' +
' file:\n' +
' in/out:\n' +
' username: mylogin\n' +
' host: https://c4science.ch/\n' +
' token: cli-g3amff25kdpnnv2tqvigmr4omnn7\n')
raise e
return _phab
@export
class Harbormaster:
STATUS = {Results.PASS: 'pass',
Results.FAIL: 'fail',
Results.BROKEN: 'broken',
Results.SKIP: 'skip',
Results.UNSTABLE: 'unsound'}
def __init__(self, **kwargs):
ctx = kwargs['ctx']
self.__phid = ctx['BUILD_TARGET_PHID']
self.__phab = get_phabricator_instance(**kwargs)
def _send_message(self, results):
self.__phab.harbormaster.sendmessage(buildTargetPHID=self.__phid,
type=self.STATUS[results])
def send_unit_tests(self, tests):
_unit_tests = []
_format = tests.test_format
_list_of_failed = {}
try:
_yaml = open(".tests_previous_state", 'r')
_previously_failed = yaml.load(_yaml)
if not _previously_failed:
_previously_failed = {}
_yaml.close()
except OSError:
_previously_failed = {}
for _test in tests:
status = self.STATUS[_test.status]
if (_test.status != Results.PASS and
(_test.name in _previously_failed and
(_previously_failed[_test.name] == self.STATUS[_test.status] or # noqa: E501
_previously_failed[_test.name] == 'unsound'))):
status = 'unsound'
_test_dict = {
'name': _test.name,
'result': status,
'format': _format
}
if _test.duration:
_test_dict['duration'] = _test.duration
if _test.path:
_test_dict['path'] = _test.path
if _test.reason:
_test_dict['details'] = _test.reason
if status != 'pass':
_list_of_failed[_test.name] = status
_unit_tests.append(_test_dict)
with open(".tests_previous_state", 'w+') as _cache_file:
yaml.dump(_list_of_failed,
_cache_file,
default_flow_style=False)
_msg = {'buildTargetPHID': self.__phid,
'type': 'work',
'unit': _unit_tests}
self.__phab.harbormaster.sendmessage(**_msg)
def send_lint(self, linter_processor):
_lints = []
for lint in linter_processor:
_lint = {}
for key in ['code', 'name', 'severity', 'path', 'line',
'char', 'description']:
val = getattr(lint, key)
if val:
_lint[key] = val
_lints.append(_lint)
_msg = {'buildTargetPHID': self.__phid,
'type': 'work',
'lint': _lints}
self.__phab.harbormaster.sendmessage(**_msg)
def send_uri(self, key, uri, name):
self.__phab.harbormaster.createartifact(buildTargetPHID=self.__phid,
artifactType='uri',
artifactKey=name,
artifactData={
'uri': uri,
'name': name,
'ui.external': True
})
def passed(self):
self._send_message(Results.PASS)
def failed(self):
self._send_message(Results.FAIL)
def upload_file(self, filename, name, view_phid=None):
with open(filename, 'rb') as f:
data = f.read()
base64_data = base64.b64encode(data)
_msg = {
'data_base64': base64_data.decode('ascii'),
'name': filename,
}
if view_phid:
_msg['viewPolicy'] = view_phid
_res = self.__phab.file.upload(**_msg)
print(f"{name} -> {_res}")
self.__phab.harbormaster.createartifact(
buildTargetPHID=self.__phid,
artifactType='file',
artifactKey=name,
artifactData={
'filePHID': _res.response
})
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