def updateReport(_id):
data = request.form
data = AttrDict(data)
for key in data.keys():
print("key", key, "value", data[key] )
_id = db.conn.update("report", d=data, primary_key="_id")
return jsonify( id=_id )
class VLANS:
'''
Manage a bunch of VLANs, as a dictionary
'''
def __init__(self, vlans=None, delemiter=",", range_delemiter="-"):
super().__init__()
self._delemiter = delemiter
self._range_delemiter = range_delemiter
self._vlans = AttrDict()
if vlans:
self.__iadd__(vlans)
def __add__(self, other):
"""
Add two VLANS to each other
"""
if not isinstance(other, VLANS):
raise TypeError("Error: Can only handle object of VLANS()")
tmp = self.copy()
for vlan in other._vlans.values():
tmp._vlans[vlan.id] = vlan
return tmp
def __iadd__(self, other):
if isinstance(other, VLANS):
for vlan in other._vlans.values():
self._vlans[vlan.id] = vlan
elif isinstance(other, VLAN):
self._vlans[other.id] = other
else:
raise TypeError("Error: Can only handle object of VLANS() or VLAN() got %s" % type(other))
return self
def __str__(self):
return dict_to_vlan_str(self._vlans,
delemiter=self._delemiter,
range_delemiter=self._range_delemiter)
def __repr__(self):
s = ""
for vlan in self._vlans.values():
s += "(%s)" % vlan.to_str()
return "VLANS(%s)" % s
def __iter__(self):
return iter(self.__dict__)
def items(self):
for item in self._vlans.items():
yield item
def keys(self):
for item in self._vlans.keys():
yield item
def values(self):
for item in self._vlans.values():
yield item
def _do_sync(self):
"""
Runs as a separate thread
"""
# Get list of all activities on server
try:
srv_activities, tmp = network.request("GET", "%s/api/activity" % sett.server_url, decode=True)
except network.NetworkException as err:
log.error("Cannot load list of activities from server %s" % err)
return
# print("srvactivities", srvactivities)
for srv_activity in srv_activities:
srv_activity = AttrDict(srv_activity)
log.debug("Server activity %s" % srv_activity)
sql = "SELECT * FROM activity WHERE server_id=?"
local_activity = self.localdb.select_one(sql, (srv_activity["_id"],) )
if local_activity:
# we have the activity locally, check if changed
changes = []
for attr in ['name', "description", "active"]:
if getattr(local_activity, attr) != getattr(srv_activity, attr):
changes.append(attr)
if len(changes):
log.debugf(DEBUG_ACTIVITYMGR, "Updating local copy of activity, changed columns %s, %s" % (changes, str(srv_activity).replace("\n", " ")))
local_activity.name = srv_activity["name"]
local_activity.server_id = srv_activity["_id"]
local_activity.active = srv_activity["active"]
try:
self.localdb.update("activity", d=local_activity, primary_key="_id")
except db.DbException as err:
log.error("Cannot update local activity %s" % err)
return
else:
# new activity
log.debugf(DEBUG_ACTIVITYMGR, "New activity '%s' on server, saving in local database" % srv_activity.name)
srv_activity.server_id = srv_activity._id
srv_activity._id = -1
try:
self.localdb.insert("activity", d=srv_activity, primary_key="_id")
except db.DbException as err:
log.error("Cannot save new activity in local database %s" % err)
return
self._loadList()
self.sig.emit()
def __init__(self, vlans=None, delemiter=",", range_delemiter="-"):
super().__init__()
self._delemiter = delemiter
self._range_delemiter = range_delemiter
self._vlans = AttrDict()
if vlans:
self.__iadd__(vlans)
def media_timestamps(self, game_id, media_id):
j = self.schedule(game_id=game_id)
try:
milestones = j["dates"][0]["games"][0]["content"]["media"]["milestones"]
except:
return AttrDict()
start_timestamps = []
start_time = next(
m["timeAbsolute"]
for m in milestones["items"]
if m["type"] == "BROADCAST_START"
)
start_timestamps.append(
("S", start_time)
)
start_offset = next(
m["timeOffset"]
for m in milestones["items"]
if m["type"] == "BROADCAST_START"
)
start_timestamps.append(
("SO", int(start_offset))
)
timestamps = AttrDict(start_timestamps)
timestamps.update(AttrDict([
(m["period"] if int(m["period"]) <= 3 else "O", int(m["timeOffset"]))
for m in milestones["items"]
if m["type"] == "PERIOD_START"
]))
# raise Exception(timestamps)
return timestamps
def parse_command_line(commands):
'''
Parse command line arguments. For example:
gramex cmd1 cmd2 --a=1 2 -b x --c --p.q=4
returns:
{"_": ["cmd1", "cmd2"], "a": [1, 2], "b": "x", "c": True, "p": {"q": [4]}}
Values are parsed as YAML. Arguments with '.' are split into subgroups. For
example, ``gramex --listen.port 80`` returns ``{"listen": {"port": 80}}``.
'''
group = '_'
args = AttrDict({group: []})
for arg in commands:
if arg.startswith('-'):
group, value = arg.lstrip('-'), 'True'
if '=' in group:
group, value = group.split('=', 1)
else:
value = arg
value = yaml.safe_load(value)
base = args
keys = group.split('.')
for key in keys[:-1]:
base = base.setdefault(key, AttrDict())
# Add the key to the base.
# If it's already there, make it a list.
# If it's already a list, append to it.
if keys[-1] not in base or base[keys[-1]] is True:
base[keys[-1]] = value
elif not isinstance(base[keys[-1]], list):
base[keys[-1]] = [base[keys[-1]], value]
else:
base[keys[-1]].append(value)
return args
def get(self):
limit = int(self.getq('limit', [100])[0])
if isinstance(self.query, dict):
# Bind all queries and run them in parallel
args = {
key: self.getq(key, [''])[0]
for name, query in self.query.items()
for key, _bindparams in query._bindparams.items()
}
stmts = AttrDict([
(key,
q.bindparams(
**{k: v
for k, v in args.items() if k in q._bindparams}))
for key, q in self.query.items()
])
if self.thread:
futures = AttrDict([
(key,
gramex.service.threadpool.submit(self.run, stmt, limit))
for key, stmt in stmts.items()
])
self.result = AttrDict()
for key, future in futures.items():
self.result[key] = yield future
else:
self.result = AttrDict([(key, self.run(stmt, limit))
for key, stmt in stmts.items()])
self.renderdatas()
else:
# Bind query and run it
args = {
key: self.getq(key, [''])[0]
for key in self.query._bindparams
}
stmt = self.query.bindparams(
**
{k: v
for k, v in args.items() if k in self.query._bindparams})
if self.thread:
self.result = yield gramex.service.threadpool.submit(
self.run, stmt, limit)
else:
self.result = self.run(stmt, limit)
self.renderdata()
def test_init(self):
self.check('/init/new', code=404)
gramex.init(app=AttrDict(url=AttrDict(
init_new=AttrDict(pattern='/init/new',
handler='FunctionHandler',
kwargs=AttrDict(
function='json.dumps({"key": "val1"})')))))
self.check('/init/new', text='{"key": "val1"}')
gramex.init(app=AttrDict(url=AttrDict(
init_new=AttrDict(pattern='/init/new',
handler='FunctionHandler',
kwargs=AttrDict(
function='json.dumps({"key": "val2"})')))))
self.check('/init/new', text='{"key": "val2"}')
def setup_auth(cls, auth):
# auth: if there's no auth: in handler, default to app.auth
if auth is None:
auth = conf.app.get('auth')
# Treat True as an empty dict, i.e. auth: {}
if auth is True:
auth = AttrDict()
# Set up the auth
if isinstance(auth, dict):
cls._login_url = auth.get('login_url', None)
cls._on_init_methods.append(cls.authorize)
cls.permissions = []
# Add check for condition
if auth.get('condition'):
cls.permissions.append(
build_transform(auth['condition'],
vars=AttrDict(handler=None),
filename='url:%s.auth.permission' %
cls.name))
# Add check for membership
memberships = auth.get('membership', [])
if not isinstance(memberships, list):
memberships = [memberships]
if len(memberships):
cls.permissions.append(check_membership(memberships))
elif auth:
app_log.error('url:%s.auth is not a dict', cls.name)
def test_fn_args_var(self):
def transform(x=1, y=2):
result = max(x, y, 3)
return result if isinstance(result, GeneratorType) else [
result,
]
vars = AttrDict([('x', 1), ('y', 2)])
self.check_transform(transform,
'''
function: max
args:
- =x
- =y
- 3
''',
vars=vars)
self.check_transform(transform, 'function: max(x, y, 3)', vars=vars)
def transform(x=1, y=2):
result = x
return result if isinstance(result, GeneratorType) else [
result,
]
self.check_transform(transform, 'function: x', vars=vars)
def transform(x=1, y=2):
result = x.real
return result if isinstance(result, GeneratorType) else [
result,
]
self.check_transform(transform, 'function: x.real', vars=vars)
def transform(x=1, y=2):
result = x.conjugate()
return result if isinstance(result, GeneratorType) else [
result,
]
self.check_transform(transform, 'function: x.conjugate()', vars=vars)
def transform(x=1, y=2):
result = x.to_bytes(2, 'big')
return result if isinstance(result, GeneratorType) else [
result,
]
self.check_transform(transform,
'function: x.to_bytes(2, "big")',
vars=vars)
def apply_commands(rule: Dict[str, dict], shapes, data: dict):
'''
Apply commands in rule to change shapes using data.
:arg dict rule: a dict of shape names, and commands to apply on each.
e.g. ``{"Oval 1": {"fill": "red"}, "Oval 2": {"text": "OK"}}``
:arg Shapes shapes: a slide.shapes or group.shapes object on which the rule should be applied
:arg dict data: data context for the commands in the rule
'''
# Apply every rule to every pattern -- as long as the rule key matches the shape name
for pattern, spec in rule.items():
if pattern in rule_cmdlist:
continue
shape_matched = False
for shape in shapes:
if not fnmatchcase(shape.name, pattern):
continue
shape_matched = True
# Clone all slides into the `clones` list BEFORE applying any command. Ensures that
# commands applied to the shape don't propagate into its clones
clones = []
clone_seq = iterate_on(spec.get('clone-shape', [None]), data)
parent_clone = data.get('clone', None)
for i, (clone_key, clone_val) in enumerate(clone_seq):
if i > 0:
# This copies only a shape, group or image. Not table, chart, media, equation,
# or zoom. But we don't see a need for these yet.
el = copy.deepcopy(shape.element)
shape.element.addnext(el)
shape = pptx.shapes.autoshape.Shape(el, None)
clones.append(AttrDict(pos=i, key=clone_key, val=clone_val, shape=shape,
parent=parent_clone))
# Run commands in the spec on all cloned shapes
is_group = shape.element.tag.endswith('}grpSp')
for i, clone in enumerate(clones):
# Include shape-level `data:`. Add shape, clone as variables
shape_data = load_data(
spec.get('data', {}), _default_key='function', shape=shape, clone=clone,
**{k: v for k, v in data.items() if k not in {'shape', 'clone'}})
for cmd in spec:
if cmd in commands.cmdlist:
commands.cmdlist[cmd](clone.shape, spec[cmd], shape_data)
# Warn on unknown commands. But don't warn on groups -- they have sub-shapes
elif cmd not in special_cmdlist and not is_group:
app_log.warn('pptgen2: Unknown command: %s on shape: %s', cmd, pattern)
# If the shape is a group, apply spec to each sub-shape
if is_group:
apply_commands(spec, SlideShapes(clone.shape.element, shapes), shape_data)
# Warn if the pattern is neither a shape nor a command
if (not shape_matched and pattern not in special_cmdlist and
pattern not in commands.cmdlist):
app_log.warn('pptgen2: No shape matches pattern: %s', pattern)
def setUp(self):
self.data = AttrDict([('Adipisci eius dolore consectetur.', 34),
('Aliquam consectetur velit dolore', 19),
('Amet ipsum quaerat numquam.', 25),
('Amet quisquam labore dolore.', 30),
('Amet velit consectetur.', 20),
('Consectetur consectetur aliquam voluptatem',
23), ('Consectetur ipsum aliquam.', 28),
('Consectetur sit neque est', 15),
('Dolore voluptatem etincidunt sit', 40),
('Dolorem porro tempora tempora.', 37),
('Eius numquam dolor ipsum', 26),
('Eius tempora etincidunt est', 12),
('Est adipisci numquam adipisci', 7),
('Est aliquam dolor.', 38),
('Etincidunt amet quisquam.', 33),
('Etincidunt consectetur velit.', 29),
('Etincidunt dolore eius.', 45),
('Etincidunt non amet.', 14),
('Etincidunt velit adipisci labore', 6),
('Ipsum magnam velit quiquia', 21),
('Ipsum modi eius.', 3),
('Labore voluptatem quiquia aliquam', 18),
('Magnam etincidunt porro magnam', 39),
('Magnam numquam amet.', 44),
('Magnam quisquam sit amet.', 27),
('Magnam voluptatem ipsum neque', 32),
('Modi est ipsum adipisci', 2),
('Neque eius voluptatem voluptatem', 42),
('Neque quisquam ipsum.', 10),
('Neque quisquam neque.', 48),
('Non dolore voluptatem.', 41),
('Non numquam consectetur voluptatem.', 35),
('Numquam eius dolorem.', 43),
('Numquam sed neque modi', 9),
('Porro voluptatem quaerat voluptatem', 11),
('Quaerat eius quiquia.', 17),
('Quiquia aliquam etincidunt consectetur.', 0),
('Quiquia ipsum sit.', 49),
('Quiquia non dolore quiquia', 8),
('Quisquam aliquam numquam dolore.', 1),
('Quisquam dolorem voluptatem adipisci.', 22),
('Sed magnam dolorem quisquam', 4),
('Sed tempora modi est.', 16),
('Sit aliquam dolorem.', 46),
('Sit modi dolor.', 31),
('Sit quiquia quiquia non.', 5),
('Sit quisquam numquam quaerat.', 36),
('Tempora etincidunt quiquia dolor', 13),
('Tempora velit etincidunt.', 24),
('Velit dolor velit.', 47)])
def get_highlight_attrs(self, highlight):
timestamp = None
running_time = None
event_type = None
inning = None
plays = self.plays
keywords = highlight.get("keywordsAll", None)
game_start = dateutil.parser.parse(self.game_data["gameDate"])
guid = highlight.get("guid")
try:
play, event = next((p, pe) for p in plays for pe in p["playEvents"]
if guid and pe.get("playId", None) == guid)
except StopIteration:
play = None
event = None
if play:
event_type = play["result"].get("event", None)
timestamp = dateutil.parser.parse(play["about"].get(
"startTime", None)).astimezone(
pytz.timezone(config.settings.profile.time_zone))
running_time = timestamp - game_start
inning = f"{play['about']['halfInning'][:3].title()} {play['about']['inning']}"
if not event_type:
if any((k["type"] == "mlbtax" and k["displayName"] == "Interview"
for k in keywords)):
event_type = "Interview"
elif any((k["type"] == "mlbtax" and k["displayName"] == "Managers"
for k in keywords)):
event_type = "Postgame"
elif any((k["type"] == "mlbtax" and k["displayName"] == "Managers"
for k in keywords)):
event_type = "News Conference"
else:
event_type = "Other"
return AttrDict(
timestamp=timestamp,
running_time=running_time,
event_type=event_type,
inning=inning
# top_play = top_play,
# description = play["result"].get("description", None),
)
def test_download_html(self):
# Note: In Python 2, pd.read_html returns .columns.inferred_type=mixed
# instead of unicde. So check column type only in PY3 not PY2
out = gramex.data.download(self.dummy, format='html')
result = pd.read_html(io.BytesIO(out), encoding='utf-8')[0]
afe(result, self.dummy, check_column_type=six.PY3)
out = gramex.data.download(AttrDict([('dummy', self.dummy),
('sales', self.sales)]),
format='html')
result = pd.read_html(io.BytesIO(out), encoding='utf-8')
afe(result[0], self.dummy, check_column_type=six.PY3)
afe(result[1], self.sales, check_column_type=six.PY3)
def teams(self, sport_code="mlb", season=None):
teams_url = ("https://statsapi.web.nhl.com/api/v1/teams"
"?{season}".format(season=season if season else ""))
# raise Exception(self.session.get(teams_url).json())
with state.session.cache_responses_long():
teams = AttrDict(
(team["abbreviation"].lower(), team["id"])
for team in sorted(self.session.get(teams_url).json()["teams"],
key=lambda t: t["abbreviation"]))
return teams
def ATTRIBUTES(self):
return AttrDict(
media_item_id={"hide": True},
feed={
"width": 32,
"format_fn": lambda f: f.name if hasattr(f, "name") else "none"
},
created={"width": 19},
title={
"width": ("weight", 1),
"format_fn": utils.strip_emoji
},
)
def crud(handler):
method = handler.path_args[0]
if method == 'post':
conf = handler.get_argument('data', {})
conf = json.loads(conf, object_pairs_hook=AttrDict)
paths = deepcopy(gramex.paths)
gramex.paths = AttrDict()
gramex.init(new=conf)
gramex.paths = paths
elif method == 'init':
gramex.init()
# TODO: generated keys cannot be deleted from gramex.conf
return gramex.conf
def test_fn_args_var(self):
def transform(x=1, y=2):
result = max(x, y, 3)
return result if isinstance(result, GeneratorType) else [result, ]
vars = AttrDict([('x', 1), ('y', 2)])
self.check_transform(transform, '''
function: max
args:
- =x
- =y
- 3
''', vars=vars)
self.check_transform(transform, 'function: max(x, y, 3)', vars=vars)
def get_stream(self, media):
headers={
"Authorization": self.access_token,
"User-agent": session.USER_AGENT,
"Accept": "application/vnd.media-service+json; version=1",
"x-bamsdk-version": self.BAM_SDK_VERSION,
"x-bamsdk-platform": self.PLATFORM,
"origin": "https://www.mlb.com"
}
stream_url = self.STREAM_URL_TEMPLATE.format(media_id=media.media_id)
logger.debug("getting stream %s" %(stream_url))
stream = self.get(
stream_url,
headers=headers
).json()
logger.debug("stream response: %s" %(stream))
if "errors" in stream and len(stream["errors"]):
raise SGStreamNotFound(stream["errors"])
stream = AttrDict(stream)
stream.url = stream["stream"]["complete"]
return stream
def __init__(self, config_file=None):
self.log = logger.getlogger()
try:
self.cfg = Config(config_file)
self.inv = Inventory(None, config_file)
except UserException as exc:
self.log.critical(exc)
raise UserException(exc)
# initialize ipmi list of access info
self.ran_ipmi = False
self.bmc_ai = {}
vlan_ipmi = self.cfg.get_depl_netw_client_vlan(if_type='ipmi')[0]
vlan_pxe = self.cfg.get_depl_netw_client_vlan(if_type='pxe')[0]
self.dhcp_pxe_leases_file = GEN_PATH + \
'logs/dnsmasq{}.leases'.format(vlan_pxe)
self.dhcp_ipmi_leases_file = GEN_PATH + \
'logs/dnsmasq{}.leases'.format(vlan_ipmi)
self.tcp_dump_file = GEN_PATH + \
'logs/tcpdump{}.out'.format(vlan_pxe)
self.node_table_ipmi = AttrDict()
self.node_table_pxe = AttrDict()
self.node_list = []
def __init__(self, provider_id, proxies=None, *args, **kwargs):
self.provider_id = provider_id
self.session = self.SESSION_CLASS()
self.cookies = LWPCookieJar()
if not os.path.exists(self.COOKIES_FILE):
self.cookies.save(self.COOKIES_FILE)
self.cookies.load(self.COOKIES_FILE, ignore_discard=True)
self.session.headers = self.HEADERS
self._state = AttrDict([("proxies", proxies)])
if proxies:
self.proxies = proxies
self._cache_responses = False
def get_highlight_attrs(self, highlight):
timestamp = None
running_time = None
event_type = None
period = None
period_time = None
period_remaining = None
strength = None
plays = self.plays
keywords = highlight.get("keywords", None)
game_start = dateutil.parser.parse(self.game_data["gameDate"])
try:
play_id = int(
next(k["value"] for k in keywords
if k["type"] == "statsEventId"))
except StopIteration:
play_id = None
try:
play = next(p for p in plays
if p["about"].get("eventId", None) == play_id)
except StopIteration:
play = None
if play:
event_type = play["result"].get("event", None)
timestamp = dateutil.parser.parse(play["about"].get(
"dateTime", None)).astimezone(
pytz.timezone(config.settings.profile.time_zone))
running_time = timestamp - game_start
period = play["about"]["ordinalNum"]
period_time = play["about"]["periodTime"]
period_remaining = play["about"]["periodTimeRemaining"]
strength = play["result"].get("strength", {}).get("name", None)
return AttrDict(
timestamp=timestamp,
running_time=running_time,
# description = play["result"].get("description", None),
event_type=event_type,
period=period,
period_time=period_time,
period_remaining=period_remaining,
strength=strength,
)
def test_import_levels(self):
def transform(_val):
import six
result = six.text_type(_val)
return result if isinstance(result, GeneratorType) else [
result,
]
fn = self.check_transform(transform, 'function: six.text_type')
eq_(fn(b'abc'), [six.text_type(b'abc')])
def transform(content):
import six
result = six.text_type.__add__(content, '123')
return result if isinstance(result, GeneratorType) else [
result,
]
fn = self.check_transform(transform,
'''
function: six.text_type.__add__
args: [=content, '123']
''',
vars=AttrDict(content=None))
eq_(fn('abc'), ['abc123'])
def transform(handler):
result = str.endswith(handler.current_user.user, 'ta')
return result if isinstance(result, GeneratorType) else [
result,
]
fn = self.check_transform(transform,
'''
function: str.endswith
args: [=handler.current_user.user, 'ta']
''',
vars=AttrDict(handler=None))
def parse_spec(self, spec):
(identifier, options) = MEDIA_SPEC_RE.search(spec).groups()
try:
selection, filters, identifier_options = self.parse_identifier(
identifier)
self.apply_identifier(selection, filters, identifier_options)
except SGIncompleteIdentifier:
selection, identifier_options = None, {}
options = AttrDict(identifier_options, **self.parse_options(options))
self.apply_options(options)
return (selection, options)
def init_config(self):
super().init_config()
attrs = list(self.ATTRIBUTES.items())
idx, attr = next( (i, a ) for i, a in enumerate(attrs) if a[0] == "title")
self.ATTRIBUTES = AttrDict(
attrs[:idx]
+ [
("duration", {
"width": 8,
"align": "right",
})
]
+ attrs[idx:]
)
def setup_transform(cls, transform):
cls.transform = {}
for pattern, trans in transform.items():
cls.transform[pattern] = {
'function':
build_transform(trans,
vars=AttrDict(
(('content', None), ('handler', None))),
filename='url:%s' % cls.name),
'headers':
trans.get('headers', {}),
'encoding':
trans.get('encoding'),
}
def test_run(self):
# When you call gramex run run-app --dir=dir1 --browser=False, ensure
# that gramex.init() is run from dir1 and is passed --browser=False.
# We do that by mocking gramex.init() with check_init()
result = AttrDict()
def check_init(**kwargs):
result.cwd = os.getcwd()
result.opts = kwargs.get('cmd', {}).get('app', {})
install(['run-app', self.zip_url], AttrDict())
with MockGramex(check_init):
run(['run-app'], AttrDict(dir='dir1', browser=False))
self.assertEqual(result.cwd, self.appdir('run-app/dir1/'))
self.assertEqual(result.opts.get('browser'), False)
self.check_uninstall('run-app')
# Run with --target
with MockGramex(check_init):
run(['run-app-target'], AttrDict(target='.', browser=True))
self.assertEqual(result.cwd, os.getcwd())
self.assertEqual(result.opts.get('browser'), True)
self.check_uninstall('run-app-target', exist_check=False)
def __pos__(self):
'''+config returns layers merged in order, removing null keys'''
conf = AttrDict()
for name, config in self.items():
if hasattr(config, '__pos__'):
config.__pos__()
merge(old=conf, new=config, mode='overwrite')
# Remove keys where the value is None
for key, value, node in list(walk(conf)):
if value is None:
del node[key]
return conf
class MLBDetailBox(BAMDetailBox):
HIGHLIGHT_TABLE_CLASS = MLBHighlightsDataTable
EVENT_TYPES = AttrDict(hitting="H",
pitching="P",
defense="F",
baserunning="R")
def get_editorial_item(self, editorial):
return editorial.get("mlb", None)
def __repr__(self):
return ""
def update_mgmt_switch_info(self):
"""Update management switch model information and assign class."""
self.enable_remote = self.ENABLE_REMOTE_CONFIG_MGMT
self.info_list = []
self.class_list = []
for switch in self.inv.yield_switches(self.inv.SwitchType.MGMT):
self.info_dict = AttrDict()
self.class_dict = AttrDict()
self.ipv4 = switch.ip_addr
self.userid = switch.userid
self.password = switch.password
switch_valid = False
output = self._send_cmd(self.SHOW_VERSION_MTM, 'Query MTM', False)
switch_valid |= self._set_switch_info_class(
r'\s+(\S+)\(config\)#', self.MODEL, output,
self.supported_mgmt_switches)
switch_valid |= self._set_switch_info_class(
r'%s:\s+(\S+)\s+' % self.MTM_VALUE, self.MTM_VALUE, output,
self.supported_mgmt_switches)
if not switch_valid:
if self.info_list:
self.log.error('Unsupported management switch: %s' %
self.info_dict)
else:
self.log.error('Management switch could not be identified')
sys.exit(1)
if self.info_list:
self.inv.update_switch_model_info(self.inv.SwitchType.MGMT,
self.info_list)
self.inv.update_switch_class(self.inv.SwitchType.MGMT,
self.class_list)
def get(self, path=None):
path = self.kwargs.get('path', path)
if not path and self.request.method == 'GET':
yield self.login()
raise tornado.gen.Return()
args = {key: val[0] for key, val in self.args.items()}
params = AttrDict(self.kwargs)
params['access_key'] = self.get_token('access_key', self.get_from_token)
params['access_secret'] = self.get_token('access_secret', self.get_from_token)
client = oauth1.Client(
client_key=params['key'],
client_secret=params['secret'],
resource_owner_key=params['access_key'],
resource_owner_secret=params['access_secret'])
endpoint = params.get('endpoint', 'https://api.twitter.com/1.1/')
path = params.get('path', path)
uri, headers, body = client.sign(url_concat(endpoint + path, args))
http = self.get_auth_http_client()
response = yield http.fetch(uri, headers=headers, raise_error=False)
result = yield self.social_response(response)
self.set_header('Content-Type', 'application/json; charset=UTF-8')
self.write(result)
def update_inning_dropdown(self, media_id):
# raise Exception(media_id)
self.timestamps = state.session.media_timestamps(
self.game_id, media_id)
del self.timestamps["S"]
timestamp_map = AttrDict((k if k[0] in "TB" else "Start", k)
for k in self.timestamps.keys())
timestamp_map["Live"] = False
self.inning_dropdown = Dropdown(
timestamp_map,
label="Begin playback",
default=(timestamp_map["Start"] if
(not self.live_stream
or self.from_beginning) else timestamp_map["Live"]))
self.inning_dropdown_placeholder.original_widget = self.inning_dropdown
def metadata(source, tables=None, root=None, merge=True, **kwargs):
'''
Return the metadata for the selected source as a Meta.
'''
if root is None:
root = os.path.join(DATA_DIR, '.metadata')
if not os.path.exists(root):
os.makedirs(root)
# Extract base metadata along with commands to extract the data
tree = Meta(source=source)
scheme = urlparse(source).scheme
if os.path.exists(source) or scheme in {'file'}:
tree.update(metadata_file(source, root, tables))
elif scheme in {'http', 'https', 'ftp'}:
target = filename(source, root)
fetch(source, target)
tree.update(metadata_file(target, root, tables))
else:
tree.format = 'sql'
tree.update(metadata_sql(source, tables))
# Extract sub-datasets
dataset_list = list(datasets(tree))
for node in tqdm(dataset_list, disable=kwargs.get('tqdm_disable')):
cmd = node.get('command', [None])
if cmd[0] in _preview_command:
try:
data = _preview_command[cmd[0]](*cmd[1:])
node.update(metadata_frame(data, **kwargs))
except Exception as e:
node['error'] = str(e)
logging.exception('Unable to load %s', ':'.join(cmd[1:]))
# Merge column metadata of common datasets
if merge:
for node in datasets(tree):
if 'datasets' in node:
sign_lookup = {}
for data in node.datasets.values():
if 'columns' in data:
sign = tuple(col.name for col in data.columns.values())
if sign in sign_lookup:
data.columns = AttrDict(see=sign_lookup[sign].name)
else:
sign_lookup[sign] = data
return tree
def get_app_config(appname, args):
'''
Get the stored configuration for appname, and override it with args.
``.target`` defaults to $GRAMEXDATA/apps/<appname>.
'''
apps_config['cmd'] = {appname: args}
app_config = AttrDict((+apps_config).get(appname, {}))
app_config.setdefault('target', str(app_dir / app_config.get('target', appname)))
app_config.target = os.path.abspath(app_config.target)
return app_config
def table_crud_api(table):
try:
table_def = table_defs[table]
except ValueError:
return "No such table %s\n" % table, 403
primary_key = table_def.primary_key
data = AttrDict(request.json)
cmd = data.cmd
res = AttrDict()
# print("data", data)
if cmd == "get-record":
# get form data
print("get-record", data)
if int(data.recid) > 0:
rows = None
sql = "SELECT * FROM %s where %s=%%s" % (table, primary_key)
values = (data.recid, )
# print(sql, values)
try:
row = db.conn.select_one(sql, values)
except db.conn.dbexception as e:
set_error(res, e)
if row is not None:
res.status = "success"
res.record = row
else:
set_error(res, "No record with id %s" % data.recid)
elif cmd == "get-records":
# get list of rows
print("get-records", data)
rows = None
sql = "SELECT * FROM %s" % table
limit, offset = None, None
where = []
values = []
if 'offset' in data:
offset = int(data.offset)
if 'limit' in data:
limit = int(data.limit)
if "search" in data:
for search in data.search:
where.append("%s=%%s" % search.field)
values.append(search.value)
sql += " WHERE " + " OR ".join(where)
if 'sort' in data:
sql += " ORDER by "
addComma = False
for field in data.sort:
if addComma:
sql += ", "
addComma = True
sql += "%s %s" % (field["field"], field["direction"])
if limit is not None:
sql += " limit %s" % limit
if offset:
sql += " offset %s" % offset
try:
rows = db.conn.select_all(sql, values)
except db.conn.dbexception as e:
set_error(res, e)
if rows is not None:
res.status = "success"
res.total = len(rows)
records = []
for row in rows:
record = {}
for col in row:
record[col] = row[col]
records.append(record)
res.records = records
# get total number of rows
sql = "select count(*) from %s" % table
res.total = db.conn.count(sql)
elif cmd == "save-record":
# save form data
print("save-record", data)
# convert string to valid python/sql type
d = AttrDict(data.record.items())
for col in table_def.columns:
if col.name == primary_key:
continue
if col.type == "checkbox":
d[col.name] = d[col.name] in ["true", "True", "1", "T", "t", "y", "y", "yes", 1]
if int(data.recid) > 0:
# UPDATE
d[primary_key] = data.recid
try:
db.conn.update(table=table, d=d, primary_key=primary_key)
res.status = 'success'
except Exception as e:
set_error(res, str(e))
else:
# INSERT
# if a value is not included or empty, and there is a default, use default
for col in table_def.columns:
if "default" in col:
if col.name not in d or d[col.name] == "":
d[col.name] = col.default
try:
db.conn.insert(table=table, d=d, primary_key=primary_key)
res.status = 'success'
except Exception as e:
set_error(res, str(e))
elif cmd == "save-records":
# save all changes from datagrid, can be multiple rows
print("save-records", data)
for values in data.changes:
values[primary_key] = values.pop("recid")
try:
db.conn.update(table=table, d=values, primary_key=primary_key)
res.status = 'success'
except db.conn.dbexception as e:
set_error(res, str(e))
break
elif cmd == "delete-records":
# print("delete-records", data)
for selected in data.selected:
try:
sql = "DELETE FROM %s WHERE %s=%%s" % (table, primary_key)
db.conn.delete(sql, (selected,))
res.status = 'success'
except db.conn.dbexception as e:
set_error(res, str(e))
else:
set_error(res, "Unknown cmd from w2ui grid %s" % cmd)
return jsonify(res)
def reports_monthly():
errors.clear()
p = AttrDict()
activities = Activities()
# parameters, in url
p.userid = request.args.get("userid", 1, type=int)
p.activityid = request.args.get("activityid", -1, type=int)
p.start = request.args.get("start", None)
p.debug = request.args.get("debug", None)
p.action = request.args.get("action", "-noaction-")
p.dstart = MyDateTime()
try:
if p.start is not None:
p.dstart.setFromStr(p.start + "-01 00:00:00")
except ValueError as e:
print(e)
errors.append("Incorrect start date, using todays date")
p.dstart.day = 1
p.prevstart = p.dstart.copy()
p.prevstart.setFirstDayInMonth(-1)
p.nowstart = MyDateTime()
p.prevstart.setFirstDayInMonth(0)
p.nextstart = p.dstart.copy()
p.nextstart.setFirstDayInMonth(1)
# Show filters, at top of screen
p.param = "&userid=%s&activityid=%s" % (p.userid, p.activityid)
if p.action == "+A" or p.action == "-A":
if p.activityid < 0:
if p.action == "+A":
# get first activity
sql = "SELECT * FROM activity ORDER BY name LIMIT 1"
else:
# get last activity
sql = "SELECT * FROM activity ORDER BY name DESC LIMIT 1"
data = db2.conn.select_one(sql, (p.activityid,))
if data:
p.activityid = data._id
else:
direction = ">"
desc = ""
if p.action == "-A":
direction = "<"
desc = "DESC"
try:
# get current activity name from id
sql = "SELECT * FROM activity WHERE _id=%s"
data = db2.conn.select_one(sql, (p.activityid,))
if data:
# get next/prev activity
sql = "SELECT * FROM activity WHERE name %s %%s ORDER BY name %s LIMIT 1" % (direction, desc)
try:
data2 = db2.conn.select_one(sql, (data.name, ))
if data2:
print("data2", data2)
p.activityid = data2._id
else:
p.activityid = -1
except db2.conn.exception as err:
errors.append("db.Error %s" % err)
else:
errors.append("Can't get current activity from activityid %s" % p.activityid)
except db2.conn.exception as err:
errors.append("db.Error: %s" % err)
if p.userid == None:
errors.append("Please specify user")
elif p.activityid is None:
errors.append("Please specifiy activity")
else:
sql = "SELECT * FROM activity"
values = []
if p.activityid > 0:
sql += " WHERE _id=%s"
values.append(p.activityid)
sql += " ORDER BY name"
try:
activitylist = db2.conn.select_all(sql, values)
for activity in activitylist:
activityMonth = addActivity( activity=activity,
userid=p.userid,
start=p.dstart,
debug=p.debug)
if len(activityMonth.days) > 0:
activities.addActivity(activityMonth)
except db2.DbException as err:
errors.append("Can't load list of activities %s", err)
log.debug("p.dstart 2 %s" % p.dstart)
log.debug("p.prevstart %s" % p.prevstart)
log.debug("p.nowstart %s" % p.nowstart)
log.debug("p.nextstart %s" % p.nextstart)
args = {
'errors': errors,
'activities': activities,
'p': p,
'htmllib': htmllib,
}
return render_template('reports.html', **args)
def table_crud(table):
data = AttrDict()
data.params = ""
old_net = request.args.get("old_net", None)
if old_net is not None:
data.params = "?old_net=1"
if table not in table_defs:
return "Table %s is not available" % table
datagrid = Datagrid(name="grid1", htmldiv="grid1", table=table)
table_def = table_defs[table]
columns = table_def.columns
sortdata = table_def.sortdata
data.primary_key = table_def.primary_key
data.title = table_def.title
data.table = table
data.url = "/table/crud/%s" % table
data.columns = []
for column in table_def.columns:
name = column.name
col = AttrDict()
col.field = name
col.caption = column.title
col.size = "30%"
col.sortable = True
col.type = column.type
data.columns.append(col)
data.sortdata = []
data.sortdata.append( { 'field': sortdata[0]['name'],
'direction': sortdata[0]['direction'] } )
return render_template('table_crud.html',
columns=columns,\
data = data,
datajson=json.dumps(data),
datagrid=datagrid)
def __init__(self, *args, **kwargs):
AttrDict.__init__(self, *args, **kwargs)
Counter.__init__(self)
self.__exclude_keys__ |= {'most_common'}
def __init__(self, default_factory, *args, **kwargs):
AttrDict.__init__(self, *args, **kwargs)
defaultdict.__init__(self, default_factory)
self.__exclude_keys__ |= {'default_factory'}
