def dxf_obj(request):
# pylint: disable=redefined-outer-name
regver, from_base, auth, do_token, tlsverify = _setup_fixture(request)
if from_base:
base = dxf.DXFBase('localhost:5000', auth, (auth is None)
or (do_token is None), None, tlsverify)
r = dxf.DXF.from_base(base, pytest.repo)
else:
r = dxf.DXF('localhost:5000', pytest.repo, auth, (auth is None)
or (do_token is None), None, tlsverify)
r.test_do_auth = auth
r.test_do_token = do_token
r.regver = regver
r.reg_digest = _get_registry_digest(regver)
lex = Exception('should never be thrown')
for _ in range(5):
try:
if do_token is None:
with pytest.raises(dxf.exceptions.DXFAuthInsecureError):
r.authenticate(pytest.username, pytest.password)
return pytest.skip()
assert not r.list_repos()
return r
except requests.exceptions.ConnectionError as ex:
lex = ex
time.sleep(1)
raise lex
def dxf_obj(request):
auth, do_token = _setup_fixture(request)
r = dxf.DXF('localhost:5000', pytest.repo, auth, not auth)
r.test_do_token = do_token
for _ in range(5):
try:
assert r.list_repos() == []
return r
except requests.exceptions.ConnectionError as ex:
time.sleep(1)
raise ex
def dxf_obj(request):
# pylint: disable=redefined-outer-name
regver, auth, do_token = _setup_fixture(request)
r = dxf.DXF('localhost:5000', pytest.repo, auth, not auth)
r.test_do_token = do_token
r.regver = regver
for _ in range(5):
try:
assert r.list_repos() == []
return r
except requests.exceptions.ConnectionError as ex:
time.sleep(1)
raise ex
def dxf_obj(request):
# pylint: disable=redefined-outer-name
regver, auth, do_token, tlsverify = _setup_fixture(request)
r = dxf.DXF('localhost:5000', pytest.repo, auth, (auth is None)
or (do_token is None), None, tlsverify)
r.test_do_auth = auth
r.test_do_token = do_token
r.regver = regver
r.reg_digest = _get_registry_digest(regver)
for _ in range(5):
try:
if do_token is None:
with pytest.raises(dxf.exceptions.DXFAuthInsecureError):
r.authenticate(pytest.username, pytest.password)
return pytest.skip()
assert r.list_repos() == []
return r
except requests.exceptions.ConnectionError as ex:
time.sleep(1)
raise ex
def doit(args, environ):
dxf_progress = environ.get('DXF_PROGRESS')
if dxf_progress == '1' or (dxf_progress != '0' and sys.stderr.isatty()):
bars = {}
def progress(dgst, chunk, size):
if dgst not in bars:
bars[dgst] = tqdm.tqdm(desc=dgst[0:8], total=size, leave=True)
if chunk:
bars[dgst].update(len(chunk))
if bars[dgst].n >= bars[dgst].total:
bars[dgst].close()
del bars[dgst]
else:
progress = None
def auth(dxf_obj, response):
# pylint: disable=redefined-outer-name
username = environ.get('DXF_USERNAME')
password = environ.get('DXF_PASSWORD')
authorization = environ.get('DXF_AUTHORIZATION')
dxf_obj.authenticate(username,
password,
response=response,
authorization=authorization)
args = _parser.parse_args(args)
if args.op != 'list-repos':
dxf_obj = dxf.DXF(environ['DXF_HOST'], args.repo, auth,
environ.get('DXF_INSECURE') == '1',
environ.get('DXF_AUTH_HOST'))
else:
dxf_obj = dxf.DXFBase(environ['DXF_HOST'], auth,
environ.get('DXF_INSECURE') == '1',
environ.get('DXF_AUTH_HOST'))
def _doit():
# pylint: disable=too-many-branches
if args.op == "auth":
username = environ.get('DXF_USERNAME')
password = environ.get('DXF_PASSWORD')
authorization = environ.get('DXF_AUTHORIZATION')
token = dxf_obj.authenticate(username,
password,
actions=args.args,
authorization=authorization)
if token:
print(token)
return
token = environ.get('DXF_TOKEN')
if token:
dxf_obj.token = token
if args.op == "push-blob":
if len(args.args) < 1:
_parser.error('too few arguments')
if len(args.args) > 2:
_parser.error('too many arguments')
if len(args.args) == 2 and not args.args[1].startswith('@'):
_parser.error('invalid alias')
dgst = dxf_obj.push_blob(args.args[0], progress)
if len(args.args) == 2:
dxf_obj.set_alias(args.args[1][1:], dgst)
print(dgst)
elif args.op == "pull-blob":
_stdout = getattr(sys.stdout, 'buffer', sys.stdout)
if args.args:
dgsts = _flatten([
dxf_obj.get_alias(name[1:])
if name.startswith('@') else [name] for name in args.args
])
else:
dgsts = dxf_obj.get_alias(manifest=sys.stdin.read())
for dgst in dgsts:
it, size = dxf_obj.pull_blob(
dgst, size=True, chunk_size=environ.get('DXF_CHUNK_SIZE'))
if environ.get('DXF_BLOB_INFO') == '1':
print(dgst + ' ' + str(size))
if progress:
progress(dgst, b'', size)
for chunk in it:
if progress:
progress(dgst, chunk, size)
_stdout.write(chunk)
elif args.op == 'blob-size':
if args.args:
sizes = [
dxf_obj.get_alias(name[1:], sizes=True) if
name.startswith('@') else [(name, dxf_obj.blob_size(name))]
for name in args.args
]
else:
sizes = [
dxf_obj.get_alias(manifest=sys.stdin.read(), sizes=True)
]
for tuples in sizes:
print(sum([size for _, size in tuples]))
elif args.op == 'del-blob':
if args.args:
dgsts = _flatten([
dxf_obj.del_alias(name[1:])
if name.startswith('@') else [name] for name in args.args
])
else:
dgsts = dxf_obj.get_alias(manifest=sys.stdin.read())
for dgst in dgsts:
dxf_obj.del_blob(dgst)
elif args.op == "set-alias":
if len(args.args) < 2:
_parser.error('too few arguments')
dgsts = [
dxf.hash_file(dgst) if os.sep in dgst else dgst
for dgst in args.args[1:]
]
sys.stdout.write(dxf_obj.set_alias(args.args[0], *dgsts))
elif args.op == "get-alias":
if args.args:
dgsts = _flatten(
[dxf_obj.get_alias(name) for name in args.args])
else:
dgsts = dxf_obj.get_alias(manifest=sys.stdin.read())
for dgst in dgsts:
print(dgst)
elif args.op == "del-alias":
for name in args.args:
for dgst in dxf_obj.del_alias(name):
print(dgst)
elif args.op == 'list-aliases':
if args.args:
_parser.error('too many arguments')
for name in dxf_obj.list_aliases():
print(name)
elif args.op == 'list-repos':
for name in dxf_obj.list_repos():
print(name)
try:
_doit()
return 0
except dxf.exceptions.DXFUnauthorizedError:
traceback.print_exc()
return errno.EACCES
except requests.exceptions.HTTPError as ex:
# pylint: disable=no-member
if ex.response.status_code == requests.codes.not_found:
traceback.print_exc()
return errno.ENOENT
raise
# Paths and naming
now = datetime.datetime.now()
date = '%02d%02d%02d_%02d%02d' % (now.year, now.month, now.day, now.hour, now.minute)
# the directory where we save the dxf file, change to be wherever you want to save it
rootdir = './dxfparts/'
# Parameters
rplate = 100 * 0.5 # mm
rslug = 155.0 * 0.5 # mm 150->155mm
rscrew = 3.92
rthread = 0.245 * 0.5 * 25.4 # mm
dthread = 35.0 # mm
nthreads = 5
# the dxf object is called 'dd'
dd = dxf.DXF()
dd.circle([0., 0.], rslug)
dd.circle([0., 0.], rplate)
# Make hole in center for attachment to rod
dd.circle([0., 0.], rscrew)
thetas = np.linspace(0, 2. * np.pi, nthreads + 1)[0:-1]
for tt in thetas:
dd.circle([dthread * np.cos(tt), dthread * np.sin(tt)], rthread)
###################################
# Save it
###################################
specstr = '_nthreads' + str(nthreads) + '_rplate{0:0.1f}'.format(rplate).replace('.', 'p')
specstr += '_rslug{0:0.1f}'.format(rslug).replace('.', 'p')
chart = load(f, Loader)
chartVersion = chart["version"]
appVersion = chart["appVersion"]
print(dir, chartVersion, image, appVersion)
if "/" not in image:
image = "library/" + image
if image.count("/") == 1:
image = "index.docker.io/" + image
url = urlparse("https://" + image)
try:
dxf_obj = dxf.DXF(url.netloc, url.path[1:])
dxf_obj.authenticate(actions=['pull'])
aliases = dxf_obj.list_aliases()
highestSemver = appVersion
for alias in aliases:
if semver.VersionInfo.isvalid(alias):
if semver.compare(highestSemver, alias) == -1:
highestSemver = alias
if appVersion == highestSemver:
print(appVersion, "==", highestSemver, "skipping")
continue
print(appVersion, "<", highestSemver, "upgrading")
