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def _get_cols ( fields , schema ) : """Get column metadata for Google Charts based on field list and schema ."""
typemap = { 'STRING' : 'string' , 'INT64' : 'number' , 'INTEGER' : 'number' , 'FLOAT' : 'number' , 'FLOAT64' : 'number' , 'BOOL' : 'boolean' , 'BOOLEAN' : 'boolean' , 'DATE' : 'date' , 'TIME' : 'timeofday' , 'DATETIME' : 'datetime' , 'TIMESTAMP' : 'datetime' } cols = [ ] for col in fields : if schema : f = ...
def _load_local_tzinfo ( ) : """Load zoneinfo from local disk ."""
tzdir = os . environ . get ( "TZDIR" , "/usr/share/zoneinfo/posix" ) localtzdata = { } for dirpath , _ , filenames in os . walk ( tzdir ) : for filename in filenames : filepath = os . path . join ( dirpath , filename ) name = os . path . relpath ( filepath , tzdir ) f = open ( filepath , "rb...
def map_statements ( self ) : """Run the ontology mapping on the statements ."""
for stmt in self . statements : for agent in stmt . agent_list ( ) : if agent is None : continue all_mappings = [ ] for db_name , db_id in agent . db_refs . items ( ) : if isinstance ( db_id , list ) : db_id = db_id [ 0 ] [ 0 ] mappings = s...
def _get_perf ( text , msg_id ) : """Return a request message for a given text ."""
msg = KQMLPerformative ( 'REQUEST' ) msg . set ( 'receiver' , 'READER' ) content = KQMLList ( 'run-text' ) content . sets ( 'text' , text ) msg . set ( 'content' , content ) msg . set ( 'reply-with' , msg_id ) return msg
def get_first_properties ( elt , keys = None , ctx = None ) : """Get first properties related to one input key . : param elt : first property elt . Not None methods . : param list keys : property keys to get . : param ctx : elt ctx from where get properties . Equals elt if None . It allows to get function p...
# ensure keys is an iterable if not None if isinstance ( keys , string_types ) : keys = ( keys , ) result = _get_properties ( elt , keys = keys , first = True , ctx = ctx ) return result
def get_logger ( cls ) : """Initializes and returns our logger instance ."""
if cls . logger is None : cls . logger = logging . getLogger ( "django_auth_ldap" ) cls . logger . addHandler ( logging . NullHandler ( ) ) return cls . logger
def create_shipment ( self , data = None ) : """Create a shipment for an order . When no data arg is given , a shipment for all order lines is assumed ."""
if data is None : data = { 'lines' : [ ] } return Shipments ( self . client ) . on ( self ) . create ( data )
def set_guest_access ( self , allow_guests ) : """Set whether guests can join the room and return True if successful ."""
guest_access = "can_join" if allow_guests else "forbidden" try : self . client . api . set_guest_access ( self . room_id , guest_access ) self . guest_access = allow_guests return True except MatrixRequestError : return False
def order_manually ( sub_commands ) : """Order sub - commands for display"""
order = [ "start" , "projects" , ] ordered = [ ] commands = dict ( zip ( [ cmd for cmd in sub_commands ] , sub_commands ) ) for k in order : ordered . append ( commands . get ( k , "" ) ) if k in commands : del commands [ k ] # Add commands not present in ` order ` above for k in commands : ordered ...
def _parse_sheet ( workbook , sheet ) : """The universal spreadsheet parser . Parse chron or paleo tables of type ensemble / model / summary . : param str name : Filename : param obj workbook : Excel Workbook : param dict sheet : Sheet path and naming info : return dict dict : Table metadata and numeric dat...
logger_excel . info ( "enter parse_sheet: {}" . format ( sheet [ "old_name" ] ) ) # Markers to track where we are on the sheet ensemble_on = False var_header_done = False metadata_on = False metadata_done = False data_on = False notes = False # Open the sheet from the workbook temp_sheet = workbook . sheet_by_name ( sh...
def get_deffacts ( self ) : """Return the existing deffacts sorted by the internal order"""
return sorted ( self . _get_by_type ( DefFacts ) , key = lambda d : d . order )
def import_path ( self ) : """The full remote import path as used in import statements in ` . go ` source files ."""
return os . path . join ( self . remote_root , self . pkg ) if self . pkg else self . remote_root
def chunkify ( chunksize ) : """Very stupid " chunk vectorizer " which keeps memory use down . This version requires all inputs to have the same number of elements , although it shouldn ' t be that hard to implement simple broadcasting ."""
def chunkifier ( func ) : def wrap ( * args ) : assert len ( args ) > 0 assert all ( len ( a . flat ) == len ( args [ 0 ] . flat ) for a in args ) nelements = len ( args [ 0 ] . flat ) nchunks , remain = divmod ( nelements , chunksize ) out = np . ndarray ( args [ 0 ] . shape...
def from_string ( cls , line , ignore_bad_cookies = False , ignore_bad_attributes = True ) : "Construct a Cookie object from a line of Set - Cookie header data ."
cookie_dict = parse_one_response ( line , ignore_bad_cookies = ignore_bad_cookies , ignore_bad_attributes = ignore_bad_attributes ) if not cookie_dict : return None return cls . from_dict ( cookie_dict , ignore_bad_attributes = ignore_bad_attributes )
def from_dict ( data , ctx ) : """Instantiate a new Trade from a dict ( generally from loading a JSON response ) . The data used to instantiate the Trade is a shallow copy of the dict passed in , with any complex child types instantiated appropriately ."""
data = data . copy ( ) if data . get ( 'price' ) is not None : data [ 'price' ] = ctx . convert_decimal_number ( data . get ( 'price' ) ) if data . get ( 'initialUnits' ) is not None : data [ 'initialUnits' ] = ctx . convert_decimal_number ( data . get ( 'initialUnits' ) ) if data . get ( 'initialMarginRequired...
def enable_chimera ( verbose = False , nogui = True ) : """Bypass script loading and initialize Chimera correctly , once the env has been properly patched . Parameters verbose : bool , optional , default = False If True , let Chimera speak freely . It can be _ very _ verbose . nogui : bool , optional , de...
if os . getenv ( 'CHIMERA_ENABLED' ) : return import chimera _pre_gui_patches ( ) if not nogui : chimera . registerPostGraphicsFunc ( _post_gui_patches ) try : import chimeraInit if verbose : chimera . replyobj . status ( 'initializing pychimera' ) except ImportError as e : sys . exit ( str ...
def validate ( self , instance , value ) : """Check if value is a valid datetime object or JSON datetime string"""
if isinstance ( value , datetime . datetime ) : return value if not isinstance ( value , string_types ) : self . error ( instance = instance , value = value , extra = 'Cannot convert non-strings to datetime.' , ) try : return self . from_json ( value ) except ValueError : self . error ( instance = insta...
def unitcheck ( u , nonperiodic = None ) : """Check whether ` u ` is inside the unit cube . Given a masked array ` nonperiodic ` , also allows periodic boundaries conditions to exceed the unit cube ."""
if nonperiodic is None : # No periodic boundary conditions provided . return np . all ( u > 0. ) and np . all ( u < 1. ) else : # Alternating periodic and non - periodic boundary conditions . return ( np . all ( u [ nonperiodic ] > 0. ) and np . all ( u [ nonperiodic ] < 1. ) and np . all ( u [ ~ nonperiodic ] ...
def get_constrained_fc2 ( supercell , dataset_second_atoms , atom1 , reduced_site_sym , symprec ) : """dataset _ second _ atoms : [ { ' number ' : 7, ' displacement ' : [ ] , ' delta _ forces ' : [ ] } , . . . ]"""
lattice = supercell . get_cell ( ) . T positions = supercell . get_scaled_positions ( ) num_atom = supercell . get_number_of_atoms ( ) fc2 = np . zeros ( ( num_atom , num_atom , 3 , 3 ) , dtype = 'double' ) atom_list = np . unique ( [ x [ 'number' ] for x in dataset_second_atoms ] ) for atom2 in atom_list : disps2 ...
def check_authorization ( self , access_token ) : """OAuth applications can use this method to check token validity without hitting normal rate limits because of failed login attempts . If the token is valid , it will return True , otherwise it will return False . : returns : bool"""
p = self . _session . params auth = ( p . get ( 'client_id' ) , p . get ( 'client_secret' ) ) if access_token and auth : url = self . _build_url ( 'applications' , str ( auth [ 0 ] ) , 'tokens' , str ( access_token ) ) resp = self . _get ( url , auth = auth , params = { 'client_id' : None , 'client_secret' : No...
def computePhase2 ( self , doLearn = False ) : """This is the phase 2 of learning , inference and multistep prediction . During this phase , all the cell with lateral support have their predictedState turned on and the firing segments are queued up for updates . Parameters : doLearn : Boolean flag to queue ...
# Phase 2 : compute predicted state for each cell # - if a segment has enough horizontal connections firing because of # bottomUpInput , it ' s set to be predicting , and we queue up the segment # for reinforcement , # - if pooling is on , try to find the best weakly activated segment to # reinforce it , else create a ...
def connect ( self , address ) : """Equivalent to socket . connect ( ) , but sends an client handshake request after connecting . ` address ` is a ( host , port ) tuple of the server to connect to ."""
self . sock . connect ( address ) ClientHandshake ( self ) . perform ( ) self . handshake_sent = True
def deprecate ( message ) : """Loudly prints warning ."""
warnings . simplefilter ( 'default' ) warnings . warn ( message , category = DeprecationWarning ) warnings . resetwarnings ( )
def call_id_function ( opts ) : '''Evaluate the function that determines the ID if the ' id _ function ' option is set and return the result'''
if opts . get ( 'id' ) : return opts [ 'id' ] # Import ' salt . loader ' here to avoid a circular dependency import salt . loader as loader if isinstance ( opts [ 'id_function' ] , six . string_types ) : mod_fun = opts [ 'id_function' ] fun_kwargs = { } elif isinstance ( opts [ 'id_function' ] , dict ) : ...
def h_boiling_Yan_Lin ( m , x , Dh , rhol , rhog , mul , kl , Hvap , Cpl , q , A_channel_flow ) : r'''Calculates the two - phase boiling heat transfer coefficient of a liquid and gas flowing inside a plate and frame heat exchanger , as developed in [ 1 ] _ . Reviewed in [ 2 ] _ , [ 3 ] _ , [ 4 ] _ , and [ 5 ] _...
G = m / A_channel_flow G_eq = G * ( ( 1. - x ) + x * ( rhol / rhog ) ** 0.5 ) Re_eq = G_eq * Dh / mul Re = G * Dh / mul # Not actually specified clearly but it is in another paper by them Bo_eq = q / ( G_eq * Hvap ) Pr_l = Prandtl ( Cp = Cpl , k = kl , mu = mul ) return 1.926 * ( kl / Dh ) * Re_eq * Pr_l ** ( 1 / 3. ) ...
def parse_rule ( rule ) : """Parse a rule and return it as generator . Each iteration yields tuples in the form ` ` ( converter , arguments , variable ) ` ` . If the converter is ` None ` it ' s a static url part , otherwise it ' s a dynamic one . : internal :"""
pos = 0 end = len ( rule ) do_match = _rule_re . match used_names = set ( ) while pos < end : m = do_match ( rule , pos ) if m is None : break data = m . groupdict ( ) if data [ "static" ] : yield None , None , data [ "static" ] variable = data [ "variable" ] converter = data [ "...
def put_stream ( self , bucket , label , stream_object , params = None , replace = True , add_md = True ) : '''Put a bitstream ( stream _ object ) for the specified bucket : label identifier . : param bucket : as standard : param label : as standard : param stream _ object : file - like object to read from or...
if self . mode == "r" : raise OFSException ( "Cannot write into archive in 'r' mode" ) else : params = params or { } fn = self . _zf ( bucket , label ) params [ '_creation_date' ] = datetime . now ( ) . isoformat ( ) . split ( "." ) [ 0 ] # # ' 2010-07-08T19:56:47' params [ '_label' ] = label ...
def forwards ( self , orm ) : "Write your forwards methods here ."
for tag in orm [ 'tagging.Tag' ] . objects . all ( ) : if tag . tagtitle_set . all ( ) . count ( ) == 0 : orm [ 'tagging_translated.TagTitle' ] . objects . create ( trans_name = tag . name , tag = tag , language = 'en' )
def finish ( self , data = '' ) : '''Optionally add pending data , turn off streaming mode , and yield result chunks , which implies all pending data will be consumed . : yields : result chunks : ytype : str'''
self . pending += data self . streaming = False for i in self : yield i
def identifier_director ( ** kwargs ) : """Direct how to handle the identifier element ."""
ark = kwargs . get ( 'ark' , None ) domain_name = kwargs . get ( 'domain_name' , None ) # Set default scheme if it is None or is not supplied . scheme = kwargs . get ( 'scheme' ) or 'http' qualifier = kwargs . get ( 'qualifier' , None ) content = kwargs . get ( 'content' , '' ) # See if the ark and domain name were giv...
def default_indexes ( coords : Mapping [ Any , Variable ] , dims : Iterable , ) -> 'OrderedDict[Any, pd.Index]' : """Default indexes for a Dataset / DataArray . Parameters coords : Mapping [ Any , xarray . Variable ] Coordinate variables from which to draw default indexes . dims : iterable Iterable of dim...
return OrderedDict ( ( key , coords [ key ] . to_index ( ) ) for key in dims if key in coords )
def update_app ( self , app_id , app , force = False , minimal = True ) : """Update an app . Applies writable settings in ` app ` to ` app _ id ` Note : this method can not be used to rename apps . : param str app _ id : target application ID : param app : application settings : type app : : class : ` mar...
# Changes won ' t take if version is set - blank it for convenience app . version = None params = { 'force' : force } data = app . to_json ( minimal = minimal ) response = self . _do_request ( 'PUT' , '/v2/apps/{app_id}' . format ( app_id = app_id ) , params = params , data = data ) return response . json ( )
def variables ( self ) : """Display a list of templatable variables present in the file . Templating is accomplished by creating a bracketed object in the same way that Python performs ` string formatting ` _ . The editor is able to replace the placeholder value of the template . Integer templates are posit...
string = str ( self ) constants = [ match [ 1 : - 1 ] for match in re . findall ( '{{[A-z0-9]}}' , string ) ] variables = re . findall ( '{[A-z0-9]*}' , string ) return sorted ( set ( variables ) . difference ( constants ) )
def populate ( cls , as_of = None ) : """Ensure the next X years of billing cycles exist"""
return cls . _populate ( as_of = as_of or date . today ( ) , delete = True )
def as_number ( self ) : """> > > round ( SummableVersion ( ' 1.9.3 ' ) . as _ number ( ) , 12) 1.93"""
def combine ( subver , ver ) : return subver / 10 + ver return reduce ( combine , reversed ( self . version ) )
def fetch ( self , R , pk , depth = 1 ) : "Request object from API"
d , e = self . _fetcher . fetch ( R , pk , depth ) if e : raise e return d
def parse ( self , ** kwargs ) : """Parse the contents of the output files retrieved in the ` FolderData ` ."""
try : output_folder = self . retrieved except exceptions . NotExistent : return self . exit_codes . ERROR_NO_RETRIEVED_FOLDER filename_stdout = self . node . get_attribute ( 'output_filename' ) filename_stderr = self . node . get_attribute ( 'error_filename' ) try : with output_folder . open ( filename_stde...
def get_resource_url ( self ) : """Get resource complete url"""
name = self . __class__ . resource_name url = self . __class__ . rest_base_url ( ) return "%s/%s" % ( url , name )
def safe_purge_collection ( coll ) : """Cannot remove documents from capped collections in later versions of MongoDB , so drop the collection instead ."""
op = ( drop_collection if coll . options ( ) . get ( 'capped' , False ) else purge_collection ) return op ( coll )
def export_as_package ( self , package_path , cv_source ) : """Exports the ensemble as a Python package and saves it to ` package _ path ` . Args : package _ path ( str , unicode ) : Absolute / local path of place to save package in cv _ source ( str , unicode ) : String containing actual code for base learne...
if os . path . exists ( package_path ) : raise exceptions . UserError ( '{} already exists' . format ( package_path ) ) package_name = os . path . basename ( os . path . normpath ( package_path ) ) os . makedirs ( package_path ) # Write _ _ init _ _ . py with open ( os . path . join ( package_path , '__init__.py' )...
async def _move ( self , target_position : 'OrderedDict[Axis, float]' , speed : float = None , home_flagged_axes : bool = True ) : """Worker function to apply robot motion . Robot motion means the kind of motions that are relevant to the robot , i . e . only one pipette plunger and mount move at the same time ,...
# Transform only the x , y , and ( z or a ) axes specified since this could # get the b or c axes as well to_transform = tuple ( ( tp for ax , tp in target_position . items ( ) if ax in Axis . gantry_axes ( ) ) ) # Pre - fill the dict we ’ ll send to the backend with the axes we don ’ t # need to transform smoothie_pos...
def update_campaign_destroy ( self , campaign_id , ** kwargs ) : # noqa : E501 """Delete a campaign # noqa : E501 Delete an update campaign . # noqa : E501 This method makes a synchronous HTTP request by default . To make an asynchronous HTTP request , please pass asynchronous = True > > > thread = api . up...
kwargs [ '_return_http_data_only' ] = True if kwargs . get ( 'asynchronous' ) : return self . update_campaign_destroy_with_http_info ( campaign_id , ** kwargs ) # noqa : E501 else : ( data ) = self . update_campaign_destroy_with_http_info ( campaign_id , ** kwargs ) # noqa : E501 return data
def broadcast_setting_change ( message = 'Environment' ) : '''Send a WM _ SETTINGCHANGE Broadcast to all Windows Args : message ( str ) : A string value representing the portion of the system that has been updated and needs to be refreshed . Default is ` ` Environment ` ` . These are some common values : ...
# Listen for messages sent by this would involve working with the # SetWindowLong function . This can be accessed via win32gui or through # ctypes . You can find examples on how to do this by searching for # ` Accessing WGL _ WNDPROC ` on the internet . Here are some examples of how # this might work : # # using win32g...
def Query ( cls , index_urn , target_prefix = "" , limit = 100 , token = None ) : """Search the index for matches starting with target _ prefix . Args : index _ urn : The index to use . Should be a urn that points to the sha256 namespace . target _ prefix : The prefix to match against the index . limit : ...
return data_store . DB . FileHashIndexQuery ( index_urn , target_prefix , limit = limit )
def parse ( self , rrstr ) : # type : ( bytes ) - > None '''Parse a Rock Ridge Time Stamp record out of a string . Parameters : rrstr - The string to parse the record out of . Returns : Nothing .'''
if self . _initialized : raise pycdlibexception . PyCdlibInternalError ( 'TF record already initialized!' ) # We assume that the caller has already checked the su _ entry _ version , # so we don ' t bother . ( su_len , su_entry_version_unused , self . time_flags , ) = struct . unpack_from ( '=BBB' , rrstr [ : 5 ] ,...
def deprecated_conditional ( predicate , removal_version , entity_description , hint_message = None , stacklevel = 4 ) : """Marks a certain configuration as deprecated . The predicate is used to determine if that configuration is deprecated . It is a function that will be called , if true , then the deprecation...
validate_deprecation_semver ( removal_version , 'removal version' ) if predicate ( ) : warn_or_error ( removal_version , entity_description , hint_message , stacklevel = stacklevel )
def _format_response ( rows , fields , unique_col_names ) : """This function will look at the data column of rows and extract the specified fields . It will also dedup changes where the specified fields have not changed . The list of rows should be ordered by the compound primary key which versioning pivots aro...
output = [ ] old_id = None for row in rows : id_ = { k : row [ k ] for k in unique_col_names } formatted = { k : row [ k ] for k in row if k != 'data' } if id_ != old_id : # new unique versioned row data = row [ 'data' ] formatted [ 'data' ] = { k : data . get ( k ) for k in fields } ...
def _send_data ( self , data ) : """Send data to the ADB server"""
total_sent = 0 while total_sent < len ( data ) : # Send only the bytes that haven ' t been # sent yet sent = self . socket . send ( data [ total_sent : ] . encode ( "ascii" ) ) if sent == 0 : self . close ( ) raise RuntimeError ( "Socket connection dropped, " "send failed" ) total_sent += se...
def nb_to_q_nums ( nb ) -> list : """Gets question numbers from each cell in the notebook"""
def q_num ( cell ) : assert cell . metadata . tags return first ( filter ( lambda t : 'q' in t , cell . metadata . tags ) ) return [ q_num ( cell ) for cell in nb [ 'cells' ] ]
def _data_received ( self , next_bytes ) : """Maintains buffer of bytes received from peer and extracts bgp message from this buffer if enough data is received . Validates bgp message marker , length , type and data and constructs appropriate bgp message instance and calls handler . : Parameters : - ` nex...
# Append buffer with received bytes . self . _recv_buff += next_bytes while True : # If current buffer size is less then minimum bgp message size , we # return as we do not have a complete bgp message to work with . if len ( self . _recv_buff ) < BGP_MIN_MSG_LEN : return # Parse message header into elem...
def _api_path ( self , item ) : """Get the API path for the current cursor position ."""
if self . base_url is None : raise NotImplementedError ( "base_url not set" ) path = "/" . join ( [ x . blob [ "id" ] for x in item . path ] ) return "/" . join ( [ self . base_url , path ] )
def validate_kernel_string ( self , kernel ) : """determine if a kernel string is valid , meaning it is in the format of { username } / { kernel - slug } . Parameters kernel : the kernel name to validate"""
if kernel : if '/' not in kernel : raise ValueError ( 'Kernel must be specified in the form of ' '\'{username}/{kernel-slug}\'' ) split = kernel . split ( '/' ) if not split [ 0 ] or not split [ 1 ] : raise ValueError ( 'Kernel must be specified in the form of ' '\'{username}/{kernel-slug}\'...
def OnKey ( self , event ) : """Handles non - standard shortcut events"""
def switch_to_next_table ( ) : newtable = self . grid . current_table + 1 post_command_event ( self . grid , self . GridActionTableSwitchMsg , newtable = newtable ) def switch_to_previous_table ( ) : newtable = self . grid . current_table - 1 post_command_event ( self . grid , self . GridActionTableSwit...
def _prepare_record ( self , group ) : """compute record dtype and parents dict fro this group Parameters group : dict MDF group dict Returns parents , dtypes : dict , numpy . dtype mapping of channels to records fields , records fields dtype"""
parents , dtypes = group . parents , group . types no_parent = None , None if parents is None : channel_group = group . channel_group channels = group . channels bus_event = channel_group . flags & v4c . FLAG_CG_BUS_EVENT record_size = channel_group . samples_byte_nr invalidation_bytes_nr = channel_...
def prune_chunks ( self , tsn ) : """Prune chunks up to the given TSN ."""
pos = - 1 size = 0 for i , chunk in enumerate ( self . reassembly ) : if uint32_gte ( tsn , chunk . tsn ) : pos = i size += len ( chunk . user_data ) else : break self . reassembly = self . reassembly [ pos + 1 : ] return size
def get_block_containing_tx ( self , txid ) : """Retrieve the list of blocks ( block ids ) containing a transaction with transaction id ` txid ` Args : txid ( str ) : transaction id of the transaction to query Returns : Block id list ( list ( int ) )"""
blocks = list ( backend . query . get_block_with_transaction ( self . connection , txid ) ) if len ( blocks ) > 1 : logger . critical ( 'Transaction id %s exists in multiple blocks' , txid ) return [ block [ 'height' ] for block in blocks ]
def is_fully_verified ( self ) : """Determine if this Job is fully verified based on the state of its Errors . An Error ( TextLogError or FailureLine ) is considered Verified once its related TextLogErrorMetadata has best _ is _ verified set to True . A Job is then considered Verified once all its Errors Text...
unverified_errors = TextLogError . objects . filter ( _metadata__best_is_verified = False , step__job = self ) . count ( ) if unverified_errors : logger . error ( "Job %r has unverified TextLogErrors" , self ) return False logger . info ( "Job %r is fully verified" , self ) return True
def get_observer_look ( sat_lon , sat_lat , sat_alt , utc_time , lon , lat , alt ) : """Calculate observers look angle to a satellite . http : / / celestrak . com / columns / v02n02/ utc _ time : Observation time ( datetime object ) lon : Longitude of observer position on ground in degrees east lat : Latitu...
( pos_x , pos_y , pos_z ) , ( vel_x , vel_y , vel_z ) = astronomy . observer_position ( utc_time , sat_lon , sat_lat , sat_alt ) ( opos_x , opos_y , opos_z ) , ( ovel_x , ovel_y , ovel_z ) = astronomy . observer_position ( utc_time , lon , lat , alt ) lon = np . deg2rad ( lon ) lat = np . deg2rad ( lat ) theta = ( astr...
def unmonitor ( self , target ) : """Stop monitoring the online status of a user . Returns whether or not the server supports monitoring ."""
if 'monitor-notify' in self . _capabilities and self . is_monitoring ( target ) : yield from self . rawmsg ( 'MONITOR' , '-' , target ) self . _monitoring . remove ( target ) return True else : return False
def fitlin ( imgarr , refarr ) : """Compute the least - squares fit between two arrays . A Python translation of ' FITLIN ' from ' drutil . f ' ( Drizzle V2.9 ) ."""
# Initialize variables _mat = np . zeros ( ( 3 , 3 ) , dtype = np . float64 ) _xorg = imgarr [ 0 ] [ 0 ] _yorg = imgarr [ 0 ] [ 1 ] _xoorg = refarr [ 0 ] [ 0 ] _yoorg = refarr [ 0 ] [ 1 ] _sigxox = 0. _sigxoy = 0. _sigxo = 0. _sigyox = 0. _sigyoy = 0. _sigyo = 0. _npos = len ( imgarr ) # Populate matrices for i in rang...
def calc_normal_std_he_backward ( inmaps , outmaps , kernel = ( 1 , 1 ) ) : r"""Calculates the standard deviation of He et al . ( backward case ) . . . math : : \ sigma = \ sqrt { \ frac { 2 } { MK } } Args : inmaps ( int ) : Map size of an input Variable , : math : ` N ` . outmaps ( int ) : Map size of a...
return np . sqrt ( 2. / ( np . prod ( kernel ) * outmaps ) )
def load_styles ( path_or_doc ) : """Return a dictionary of all styles contained in an ODF document ."""
if isinstance ( path_or_doc , string_types ) : doc = load ( path_or_doc ) else : # Recover the OpenDocumentText instance . if isinstance ( path_or_doc , ODFDocument ) : doc = path_or_doc . _doc else : doc = path_or_doc assert isinstance ( doc , OpenDocument ) , doc styles = { _style_name...
def auto_invalidate ( self ) : """Invalidate the cache if the current time is past the time to live ."""
current = datetime . now ( ) if current > self . _invalidated + timedelta ( seconds = self . _timetolive ) : self . invalidate ( )
def document ( self ) : """: return : the : class : ` Document ` node that contains this node , or ` ` self ` ` if this node is the document ."""
if self . is_document : return self return self . adapter . wrap_document ( self . adapter . impl_document )
def get_assessment_taken_id ( self ) : """Gets the ` ` Id ` ` of the ` ` AssessmentTaken ` ` . return : ( osid . id . Id ) - the assessment taken ` ` Id ` ` * compliance : mandatory - - This method must be implemented . *"""
# Implemented from template for osid . learning . Activity . get _ objective _ id if not bool ( self . _my_map [ 'assessmentTakenId' ] ) : raise errors . IllegalState ( 'assessment_taken empty' ) return Id ( self . _my_map [ 'assessmentTakenId' ] )
def make_sudo_cmd ( sudo_user , executable , cmd ) : """helper function for connection plugins to create sudo commands"""
# Rather than detect if sudo wants a password this time , - k makes # sudo always ask for a password if one is required . # Passing a quoted compound command to sudo ( or sudo - s ) # directly doesn ' t work , so we shellquote it with pipes . quote ( ) # and pass the quoted string to the user ' s shell . We loop readin...
def check_usage ( docstring , argv = None , usageifnoargs = False ) : """Check if the program has been run with a - - help argument ; if so , print usage information and exit . : arg str docstring : the program help text : arg argv : the program arguments ; taken as : data : ` sys . argv ` if given as : con...
if argv is None : from sys import argv if len ( argv ) == 1 and usageifnoargs : show_usage ( docstring , ( usageifnoargs != 'long' ) , None , 0 ) if len ( argv ) == 2 and argv [ 1 ] in ( '-h' , '--help' ) : show_usage ( docstring , False , None , 0 )
def yellow ( cls , string , auto = False ) : """Color - code entire string . : param str string : String to colorize . : param bool auto : Enable auto - color ( dark / light terminal ) . : return : Class instance for colorized string . : rtype : Color"""
return cls . colorize ( 'yellow' , string , auto = auto )
def check_for_rerun_user_task ( self ) : """Checks that the user task needs to re - run . If necessary , current task and pre task ' s states are changed and re - run . If wf _ meta not in data ( there is no user interaction from pre - task ) and last completed task type is user task and current step is not E...
data = self . current . input if 'wf_meta' in data : return current_task = self . workflow . get_tasks ( Task . READY ) [ 0 ] current_task_type = current_task . task_spec . __class__ . __name__ pre_task = current_task . parent pre_task_type = pre_task . task_spec . __class__ . __name__ if pre_task_type != 'UserTask...
def OpenFileObject ( cls , path_spec_object , resolver_context = None ) : """Opens a file - like object defined by path specification . Args : path _ spec _ object ( PathSpec ) : path specification . resolver _ context ( Optional [ Context ] ) : resolver context , where None represents the built in context ...
if not isinstance ( path_spec_object , path_spec . PathSpec ) : raise TypeError ( 'Unsupported path specification type.' ) if resolver_context is None : resolver_context = cls . _resolver_context if path_spec_object . type_indicator == definitions . TYPE_INDICATOR_MOUNT : if path_spec_object . HasParent ( )...
def end_headers ( self ) : """Ends the headers part"""
# Send them all at once for name , value in self . _headers . items ( ) : self . _handler . send_header ( name , value ) self . _handler . end_headers ( )
def Convert ( self , metadata , checkresult , token = None ) : """Converts a single CheckResult . Args : metadata : ExportedMetadata to be used for conversion . checkresult : CheckResult to be converted . token : Security token . Yields : Resulting ExportedCheckResult . Empty list is a valid result and ...
if checkresult . HasField ( "anomaly" ) : for anomaly in checkresult . anomaly : exported_anomaly = ExportedAnomaly ( type = anomaly . type , severity = anomaly . severity , confidence = anomaly . confidence ) if anomaly . symptom : exported_anomaly . symptom = anomaly . symptom ...
def parse_xml ( self , node ) : """Parse a Tileset from ElementTree xml element A bit of mangling is done here so that tilesets that have external TSX files appear the same as those that don ' t : param node : ElementTree element : return : self"""
import os # if true , then node references an external tileset source = node . get ( 'source' , None ) if source : if source [ - 4 : ] . lower ( ) == ".tsx" : # external tilesets don ' t save this , store it for later self . firstgid = int ( node . get ( 'firstgid' ) ) # we need to mangle the path -...
def factory ( description = "" , codes = [ 200 ] , response_example = None , response_ctor = None , ) : """desc : Describes a response to an API call args : - name : description type : str desc : A description of the condition that causes this response required : false default : " " - name : codes t...
return RouteMethodResponse ( description , codes , response_example , DocString . from_ctor ( response_ctor ) if response_ctor else None , )
def mjd_to_ut_datetime ( self , mjd , sqlDate = False , datetimeObject = False ) : """* mjd to ut datetime * Precision should be respected . * * Key Arguments : * * - ` ` mjd ` ` - - time in MJD . - ` ` sqlDate ` ` - - add a ' T ' between date and time instead of space - ` ` datetimeObject ` ` - - return ...
self . log . info ( 'starting the ``mjd_to_ut_datetime`` method' ) from datetime import datetime # CONVERT TO UNIXTIME unixtime = ( float ( mjd ) + 2400000.5 - 2440587.5 ) * 86400.0 theDate = datetime . utcfromtimestamp ( unixtime ) if datetimeObject == False : # DETERMINE PRECISION strmjd = repr ( mjd ) if "."...
def cancel_all ( self , product_id = None ) : """With best effort , cancel all open orders . Args : product _ id ( Optional [ str ] ) : Only cancel orders for this product _ id Returns : list : A list of ids of the canceled orders . Example : : "144c6f8e - 713f - 4682-8435-5280fbe8b2b4 " , " debe4907-...
if product_id is not None : params = { 'product_id' : product_id } else : params = None return self . _send_message ( 'delete' , '/orders' , params = params )
def collate ( data : Iterable , reverse : bool = False ) -> List [ str ] : """: param list data : a list of strings to be sorted : param bool reverse : reverse flag , set to get the result in descending order : return : a list of strings , sorted alphabetically , according to Thai rules * * Example * * : : ...
return sorted ( data , key = _thkey , reverse = reverse )
def get_realms_by_explosion ( self , realms ) : """Get all members of this realm including members of sub - realms on multi - levels : param realms : realms list , used to look for a specific one : type realms : alignak . objects . realm . Realms : return : list of members and add realm to realm _ members att...
# If rec _ tag is already set , then we detected a loop in the realms hierarchy ! if getattr ( self , 'rec_tag' , False ) : self . add_error ( "Error: there is a loop in the realm definition %s" % self . get_name ( ) ) return None # Ok , not in a loop , we tag the realm and parse its members self . rec_tag = Tr...
def raw_content ( self , output = None , str_output = None ) : """Searches for ` output ` regex match within content of page , regardless of mimetype ."""
return self . _search_page ( output , str_output , self . response . data , lambda regex , content : regex . search ( content . decode ( ) ) )
def do_sing ( self , arg ) : """Sing a colorful song ."""
color_escape = COLORS . get ( self . songcolor , Fore . RESET ) self . poutput ( arg , color = color_escape )
def reconfigure_resolver ( ) : """Reset the resolver configured for this thread to a fresh instance . This essentially re - reads the system - wide resolver configuration . If a custom resolver has been set using : func : ` set _ resolver ` , the flag indicating that no automatic re - configuration shall take...
global _state _state . resolver = dns . resolver . Resolver ( ) _state . overridden_resolver = False
def _handle_backend_error ( self , exception , idp ) : """See super class satosa . frontends . base . FrontendModule : type exception : satosa . exception . SATOSAAuthenticationError : type idp : saml . server . Server : rtype : satosa . response . Response : param exception : The SATOSAAuthenticationError ...
loaded_state = self . load_state ( exception . state ) relay_state = loaded_state [ "relay_state" ] resp_args = loaded_state [ "resp_args" ] error_resp = idp . create_error_response ( resp_args [ "in_response_to" ] , resp_args [ "destination" ] , Exception ( exception . message ) ) http_args = idp . apply_binding ( res...
def handle_read ( repo , ** kwargs ) : """handles reading repo information"""
log . info ( 'read: %s %s' % ( repo , kwargs ) ) if type ( repo ) in [ unicode , str ] : return { 'name' : 'Repo' , 'desc' : 'Welcome to Grit' , 'comment' : '' } else : return repo . serialize ( )
def get_games_by_season ( self , season ) : """Game schedule for a specified season ."""
try : season = int ( season ) except ValueError : raise FantasyDataError ( 'Error: Invalid method parameters' ) result = self . _method_call ( "Games/{season}" , "stats" , season = season ) return result
def add_observer ( self , callable_ , entity_type = None , action = None , entity_id = None , predicate = None ) : """Register an " on - model - change " callback Once the model is connected , ` ` callable _ ` ` will be called each time the model changes . ` ` callable _ ` ` should be Awaitable and accept the...
observer = _Observer ( callable_ , entity_type , action , entity_id , predicate ) self . _observers [ observer ] = callable_
def sync_original_prompt ( self , sync_multiplier = 1.0 ) : '''This attempts to find the prompt . Basically , press enter and record the response ; press enter again and record the response ; if the two responses are similar then assume we are at the original prompt . This can be a slow function . Worst case ...
# All of these timing pace values are magic . # I came up with these based on what seemed reliable for # connecting to a heavily loaded machine I have . self . sendline ( ) time . sleep ( 0.1 ) try : # Clear the buffer before getting the prompt . self . try_read_prompt ( sync_multiplier ) except TIMEOUT : pass ...
def cumulative_value ( self , slip , mmax , mag_value , bbar , dbar , beta ) : '''Returns the rate of events with M > mag _ value : param float slip : Slip rate in mm / yr : param float mmax : Maximum magnitude : param float mag _ value : Magnitude value : param float bbar : \b ar { b } parameter ( ...
delta_m = mmax - mag_value a_2 = self . _get_a2_value ( bbar , dbar , slip / 10. , beta , mmax ) return a_2 * ( np . exp ( bbar * delta_m ) - 1.0 ) * ( delta_m > 0.0 )
def set_branching_model ( self , project , repository , data ) : """Set branching model : param project : : param repository : : param data : : return :"""
url = 'rest/branch-utils/1.0/projects/{project}/repos/{repository}/branchmodel/configuration' . format ( project = project , repository = repository ) return self . put ( url , data = data )
def httpauth_login_required ( func ) : """Put this decorator before your view to check if the user is logged in via httpauth and return a JSON 401 error if he / she is not ."""
def wrapper ( request , * args , ** kwargs ) : user = None # get the Basic username and password from the request . auth_string = request . META . get ( 'HTTP_AUTHORIZATION' , None ) if auth_string : ( authmeth , auth ) = auth_string . split ( " " , 1 ) auth = auth . strip ( ) . decode (...
def serve_file ( load , fnd ) : '''Return a chunk from a file based on the data received'''
if 'env' in load : # " env " is not supported ; Use " saltenv " . load . pop ( 'env' ) ret = { 'data' : '' , 'dest' : '' } if 'path' not in load or 'loc' not in load or 'saltenv' not in load : return ret if not fnd [ 'path' ] : return ret ret [ 'dest' ] = fnd [ 'rel' ] gzip = load . get ( 'gzip' , None ) fp...
def entry_id_from_cobra_encoding ( cobra_id ) : """Convert COBRA - encoded ID string to decoded ID string ."""
for escape , symbol in iteritems ( _COBRA_DECODE_ESCAPES ) : cobra_id = cobra_id . replace ( escape , symbol ) return cobra_id
def releaseNetToMs ( ) : """RELEASE Section 9.3.18.1"""
a = TpPd ( pd = 0x3 ) b = MessageType ( mesType = 0x2d ) # 00101101 c = CauseHdr ( ieiC = 0x08 , eightBitC = 0x0 ) d = CauseHdr ( ieiC = 0x08 , eightBitC = 0x0 ) e = FacilityHdr ( ieiF = 0x1C , eightBitF = 0x0 ) f = UserUserHdr ( ieiUU = 0x7E , eightBitUU = 0x0 ) packet = a / b / c / d / e / f return packet
def Write ( self , * state_args , ** state_dict ) : """See ` phi . dsl . Expression . Read `"""
if len ( state_dict ) + len ( state_args ) < 1 : raise Exception ( "Please include at-least 1 state variable, got {0} and {1}" . format ( state_args , state_dict ) ) if len ( state_dict ) > 1 : raise Exception ( "Please include at-most 1 keyword argument expression, got {0}" . format ( state_dict ) ) if len ( s...
def get_attrtext ( value ) : """attrtext = 1 * ( any non - ATTRIBUTE _ ENDS character ) We allow any non - ATTRIBUTE _ ENDS in attrtext , but add defects to the token ' s defects list if we find non - attrtext characters . We also register defects for * any * non - printables even though the RFC doesn ' t exc...
m = _non_attribute_end_matcher ( value ) if not m : raise errors . HeaderParseError ( "expected attrtext but found {!r}" . format ( value ) ) attrtext = m . group ( ) value = value [ len ( attrtext ) : ] attrtext = ValueTerminal ( attrtext , 'attrtext' ) _validate_xtext ( attrtext ) return attrtext , value
def generate_signing_key ( args ) : """Generate an ECDSA signing key for signing secure boot images ( post - bootloader )"""
if os . path . exists ( args . keyfile ) : raise esptool . FatalError ( "ERROR: Key file %s already exists" % args . keyfile ) sk = ecdsa . SigningKey . generate ( curve = ecdsa . NIST256p ) with open ( args . keyfile , "wb" ) as f : f . write ( sk . to_pem ( ) ) print ( "ECDSA NIST256p private key in PEM forma...
def summary ( self , CorpNum , JobID , TradeType , TradeUsage , UserID = None ) : """수집 결과 요약정보 조회 args CorpNum : 팝빌회원 사업자번호 JobID : 작업아이디 TradeType : 문서형태 배열 , N - 일반 현금영수증 , C - 취소 현금영수증 TradeUsage : 거래구분 배열 , P - 소등공제용 ...
if JobID == None or len ( JobID ) != 18 : raise PopbillException ( - 99999999 , "작업아이디(jobID)가 올바르지 않습니다." ) uri = '/HomeTax/Cashbill/' + JobID + '/Summary' uri += '?TradeType=' + ',' . join ( TradeType ) uri += '&TradeUsage=' + ',' . join ( TradeUsage ) return self . _httpget ( uri , CorpNum , UserID )
def get_pytorch_link ( ft ) -> str : "Returns link to pytorch docs of ` ft ` ."
name = ft . __name__ ext = '.html' if name == 'device' : return f'{PYTORCH_DOCS}tensor_attributes{ext}#torch-device' if name == 'Tensor' : return f'{PYTORCH_DOCS}tensors{ext}#torch-tensor' if name . startswith ( 'torchvision' ) : doc_path = get_module_name ( ft ) . replace ( '.' , '/' ) if inspect . ism...
def get_configuration_dict ( self , secret_attrs = False ) : """Type - specific configuration for backward compatibility"""
cd = { 'repo_nexml2json' : self . repo_nexml2json , 'number_of_shards' : len ( self . _shards ) , 'initialization' : self . _filepath_args , 'shards' : [ ] , } for i in self . _shards : cd [ 'shards' ] . append ( i . get_configuration_dict ( secret_attrs = secret_attrs ) ) return cd
def calculateHurst ( self , series , exponent = None ) : ''': type series : List : type exponent : int : rtype : float'''
rescaledRange = list ( ) sizeRange = list ( ) rescaledRangeMean = list ( ) if ( exponent is None ) : exponent = self . bestExponent ( len ( series ) ) for i in range ( 0 , exponent ) : partsNumber = int ( math . pow ( 2 , i ) ) size = int ( len ( series ) / partsNumber ) sizeRange . append ( size ) ...
def check_python_classifiers ( package_info , * args ) : """Does the package have Python classifiers ? : param package _ info : package _ info dictionary : return : Tuple ( is the condition True or False ? , reason if it is False else None , score to be applied )"""
classifiers = package_info . get ( 'classifiers' ) reason = "Python classifiers missing" result = False if len ( [ c for c in classifiers if c . startswith ( 'Programming Language :: Python ::' ) ] ) > 0 : result = True return result , reason , HAS_PYTHON_CLASSIFIERS