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def mini ( description , applicationName = 'PythonMini' , noteType = "Message" , title = "Mini Message" , applicationIcon = None , hostname = 'localhost' , password = None , port = 23053 , sticky = False , priority = None , callback = None , notificationIcon = None , identifier = None , notifierFactory = GrowlNotifier ...
try : growl = notifierFactory ( applicationName = applicationName , notifications = [ noteType ] , defaultNotifications = [ noteType ] , applicationIcon = applicationIcon , hostname = hostname , password = password , port = port , ) result = growl . register ( ) if result is not True : return result...
def post ( self , result_id , project_id ) : """POST / api / v1 / results / < int : id > / commands ."""
result = db . session . query ( Result ) . filter_by ( id = result_id ) . first ( ) if result is None : return jsonify ( { 'result' : None , 'message' : 'No interface defined for URL.' } ) , 404 job_status = CommandsState . job_status ( result . path_name ) if job_status != JobStatus . RUNNING : if job_status =...
def flattenPort ( port : LPort ) : """Flatten hierarchical ports"""
yield port if port . children : for ch in port . children : yield from flattenPort ( ch ) port . children . clear ( )
def compute_diffusion_maps ( lapl_type , diffusion_map , lambdas , diffusion_time ) : """Credit to Satrajit Ghosh ( http : / / satra . cogitatum . org / ) for final steps"""
# Check that diffusion maps is using the correct laplacian , warn otherwise if lapl_type not in [ 'geometric' , 'renormalized' ] : warnings . warn ( "for correct diffusion maps embedding use laplacian type 'geometric' or 'renormalized'." ) # Step 5 of diffusion maps : vectors = diffusion_map . copy ( ) psi = vector...
def samse ( args , opts ) : """% prog samse database . fasta short _ read . fastq Wrapper for ` bwa samse ` . Output will be short _ read . sam ."""
dbfile , readfile = args dbfile = check_index ( dbfile ) saifile = check_aln ( dbfile , readfile , cpus = opts . cpus ) samfile , _ , unmapped = get_samfile ( readfile , dbfile , bam = opts . bam , unmapped = opts . unmapped ) if not need_update ( ( dbfile , saifile ) , samfile ) : logging . error ( "`{0}` exists. ...
def _invalid_implementation ( self , t , missing , mistyped , mismatched ) : """Make a TypeError explaining why ` ` t ` ` doesn ' t implement our interface ."""
assert missing or mistyped or mismatched , "Implementation wasn't invalid." message = "\nclass {C} failed to implement interface {I}:" . format ( C = getname ( t ) , I = getname ( self ) , ) if missing : message += dedent ( """ The following methods of {I} were not implemented: {mis...
def _add_non_batch ( self , TX_nodes , PmtInf_nodes ) : """Method to add a transaction as non batch , will fold the transaction together with the payment info node and append to the main xml ."""
PmtInf_nodes [ 'PmtInfNode' ] . append ( PmtInf_nodes [ 'PmtInfIdNode' ] ) PmtInf_nodes [ 'PmtInfNode' ] . append ( PmtInf_nodes [ 'PmtMtdNode' ] ) PmtInf_nodes [ 'PmtInfNode' ] . append ( PmtInf_nodes [ 'BtchBookgNode' ] ) PmtInf_nodes [ 'PmtInfNode' ] . append ( PmtInf_nodes [ 'NbOfTxsNode' ] ) PmtInf_nodes [ 'PmtInf...
def preview ( ident ) : '''Preview an harvesting for a given source'''
source = get_source ( ident ) cls = backends . get ( current_app , source . backend ) max_items = current_app . config [ 'HARVEST_PREVIEW_MAX_ITEMS' ] backend = cls ( source , dryrun = True , max_items = max_items ) return backend . harvest ( )
def _text_filter_input ( self , input_gen , scraper_config ) : """Filters out the text input line by line to avoid parsing and processing metrics we know we don ' t want to process . This only works on ` text / plain ` payloads , and is an INTERNAL FEATURE implemented for the kubelet check : param input _ get...
for line in input_gen : for item in scraper_config [ '_text_filter_blacklist' ] : if item in line : break else : # No blacklist matches , passing the line through yield line
def checkAndCreate ( self , key , payload ) : """Function checkAndCreate Check if an object exists and create it if not @ param key : The targeted object @ param payload : The targeted object description @ return RETURN : The id of the object"""
if key not in self : self [ key ] = payload return self [ key ] [ 'id' ]
def handle_example ( self , text , continue_flag ) : """parses for the tutorial"""
cmd = text . partition ( SELECT_SYMBOL [ 'example' ] ) [ 0 ] . rstrip ( ) num = text . partition ( SELECT_SYMBOL [ 'example' ] ) [ 2 ] . strip ( ) example = "" try : num = int ( num ) - 1 except ValueError : print ( "An Integer should follow the colon" , file = self . output ) return "" if cmd in self . com...
def poisson_equation ( image , gradient = 1 , max_iter = 100 , convergence = .01 , percentile = 90.0 ) : '''Estimate the solution to the Poisson Equation The Poisson Equation is the solution to gradient ( x ) = h ^ 2/4 and , in this context , we use a boundary condition where x is zero for background pixels ....
# Evaluate the poisson equation with zero - padded boundaries pe = np . zeros ( ( image . shape [ 0 ] + 2 , image . shape [ 1 ] + 2 ) ) if image . shape [ 0 ] > 64 and image . shape [ 1 ] > 64 : # Sub - sample to get seed values sub_image = image [ : : 2 , : : 2 ] sub_pe = poisson_equation ( sub_image , gradien...
def get_or_select_template ( self , template_name_or_list , parent = None , globals = None ) : """Does a typecheck and dispatches to : meth : ` select _ template ` if an iterable of template names is given , otherwise to : meth : ` get _ template ` . . . versionadded : : 2.3"""
if isinstance ( template_name_or_list , string_types ) : return self . get_template ( template_name_or_list , parent , globals ) elif isinstance ( template_name_or_list , Template ) : return template_name_or_list return self . select_template ( template_name_or_list , parent , globals )
def cli ( wio ) : '''Login with your Wio account . DOES : Login and save an access token for interacting with your account on the Wio . USE : wio login'''
mserver = wio . config . get ( "mserver" , None ) if mserver : click . echo ( click . style ( '> ' , fg = 'green' ) + "Current server is: " + click . style ( mserver , fg = 'green' ) ) if click . confirm ( click . style ( 'Would you like login with a different server?' , bold = True ) , default = False ) : ...
def editflags ( fd , add_flags = 0 , remove_flags = 0 ) : """Sets and unsets per - file filesystem flags ."""
if add_flags & remove_flags != 0 : raise ValueError ( 'Added and removed flags shouldn\'t overlap' , add_flags , remove_flags ) # The ext2progs code uses int or unsigned long , # the kernel uses an implicit int , # let ' s be explicit here . flags_ptr = ffi . new ( 'uint64_t*' ) flags_buf = ffi . buffer ( flags_ptr...
def gw_run ( self ) : """Performs FIESTA ( gw ) run"""
if self . folder != os . getcwd ( ) : init_folder = os . getcwd ( ) os . chdir ( self . folder ) with zopen ( self . log_file , 'w' ) as fout : subprocess . call ( [ "mpirun" , "-n" , str ( self . mpi_procs ) , "fiesta" , str ( self . grid [ 0 ] ) , str ( self . grid [ 1 ] ) , str ( self . grid [ 2 ] ) ] , ...
def prepend_to_list ( self , key , * value , pipeline = False ) : """Add new element to the start of the list stored at key . Args : key ( str ) : Key where the list is stored value : Value to add to the list pipeline ( bool ) : True , start a transaction block . Default false ."""
if pipeline : self . _pipeline . lpush ( key , * value ) else : self . _db . lpush ( key , * value )
def run ( self ) : """run : None - > None This method overrides threading . Thread . run ( ) and is automatically called when an instance is created with threading enabled ."""
while True : try : self . _callback ( self . wait_read_frame ( ) ) except ThreadQuitException : # Expected termintation of thread due to self . halt ( ) break except Exception as e : # Unexpected thread quit . if self . _error_callback : self . _error_callback ( e )
def fit_offset_and_rotation ( coords0 , coords1 ) : """Fit a rotation and a traslation between two sets points . Fit a rotation matrix and a traslation bewtween two matched sets consisting of M N - dimensional points Parameters coords0 : ( M , N ) array _ like coords1 : ( M , N ) array _ lke Returns o...
coords0 = numpy . asarray ( coords0 ) coords1 = numpy . asarray ( coords1 ) cp = coords0 . mean ( axis = 0 ) cq = coords1 . mean ( axis = 0 ) p0 = coords0 - cp q0 = coords1 - cq crossvar = numpy . dot ( numpy . transpose ( p0 ) , q0 ) u , _ , vt = linalg . svd ( crossvar ) d = linalg . det ( u ) * linalg . det ( vt ) i...
def compute_merkletree_with ( merkletree : MerkleTreeState , lockhash : LockHash , ) -> Optional [ MerkleTreeState ] : """Register the given lockhash with the existing merkle tree ."""
# Use None to inform the caller the lockshash is already known result = None leaves = merkletree . layers [ LEAVES ] if lockhash not in leaves : leaves = list ( leaves ) leaves . append ( Keccak256 ( lockhash ) ) result = MerkleTreeState ( compute_layers ( leaves ) ) return result
def remote_chassis_id_mac_uneq_store ( self , remote_chassis_id_mac ) : """This function saves the Chassis MAC , if different from stored ."""
if remote_chassis_id_mac != self . remote_chassis_id_mac : self . remote_chassis_id_mac = remote_chassis_id_mac return True return False
def topological_operator_iterator ( self ) : '''This is an iterator of all operators in Topology object . Operators may be produced in a topological order . If you want to simply go though all operators without considering their topological structure , please use another function , unordered _ operator _ iterat...
self . _initialize_graph_status_for_traversing ( ) priorities = { 'tensorToProbabilityMap' : 2 , 'tensorToLabel' : 1 } while not all ( operator . is_evaluated for scope in self . scopes for operator in scope . operators . values ( ) ) : is_evaluation_happened = False for operator in sorted ( self . unordered_op...
def common ( self ) : """Return the set of parameters that are common to all types of keys . : return : Dictionary"""
res = { "kty" : self . kty } if self . use : res [ "use" ] = self . use if self . kid : res [ "kid" ] = self . kid if self . alg : res [ "alg" ] = self . alg return res
def json_obj_to_cursor ( self , json ) : """( Deprecated ) Converts a JSON object to a mongo db cursor : param str json : A json string : returns : dictionary with ObjectId type : rtype : dict"""
cursor = json_util . loads ( json ) if "id" in json : cursor [ "_id" ] = ObjectId ( cursor [ "id" ] ) del cursor [ "id" ] return cursor
def serial_udb_extra_f15_send ( self , sue_ID_VEHICLE_MODEL_NAME , sue_ID_VEHICLE_REGISTRATION , force_mavlink1 = False ) : '''Backwards compatible version of SERIAL _ UDB _ EXTRA F15 and F16 : format sue _ ID _ VEHICLE _ MODEL _ NAME : Serial UDB Extra Model Name Of Vehicle ( uint8 _ t ) sue _ ID _ VEHICLE _ R...
return self . send ( self . serial_udb_extra_f15_encode ( sue_ID_VEHICLE_MODEL_NAME , sue_ID_VEHICLE_REGISTRATION ) , force_mavlink1 = force_mavlink1 )
def outputConnections ( self , cls = None ) : """Returns a list of output connections from the scene that match the inputed class for this node . : param cls | < subclass of XNodeConnection > | | None : return [ < XNodeConnection > , . . ]"""
scene = self . scene ( ) if not scene : return [ ] if not cls : cls = XNodeConnection output = [ ] for item in scene . items ( ) : if not isinstance ( item , cls ) : continue if item . outputNode ( ) == self : output . append ( item ) return output
def helical_laminar_fd_White ( Re , Di , Dc ) : r'''Calculates Darcy friction factor for a fluid flowing inside a curved pipe such as a helical coil under laminar conditions , using the method of White [ 1 ] _ as shown in [ 2 ] _ . . . math : : f _ { curved } = f _ { \ text { straight , laminar } } \ left [...
De = Dean ( Re = Re , Di = Di , D = Dc ) fd = friction_laminar ( Re ) if De < 11.6 : return fd return fd / ( 1. - ( 1. - ( 11.6 / De ) ** 0.45 ) ** ( 1. / 0.45 ) )
def MakeHistFromList ( t , name = '' ) : """Makes a histogram from an unsorted sequence of values . Args : t : sequence of numbers name : string name for this histogram Returns : Hist object"""
hist = Hist ( name = name ) [ hist . Incr ( x ) for x in t ] return hist
async def BlockUntilLeadershipReleased ( self , name ) : '''name : str Returns - > Error'''
# map input types to rpc msg _params = dict ( ) msg = dict ( type = 'LeadershipService' , request = 'BlockUntilLeadershipReleased' , version = 2 , params = _params ) _params [ 'Name' ] = name reply = await self . rpc ( msg ) return reply
def make_ngram_corpus ( corpus_clean_visibles , num_tokens , filter_punctuation , zoning_rules = False ) : '''takes a list of clean _ visible texts , such as from StreamItems or FCs , tokenizes all the texts , and constructs n - grams using ` num _ tokens ` sized windows . ` ` corpus _ clean _ visibles ` ` - ...
# # TODO : generatlize this zoning code , so that it works on many # # sites in the HT domain ; consider finishing streamcorpus - zoner # # to do this . if filter_punctuation : # # word tokenizer that removes punctuation tokenize = RegexpTokenizer ( r'\w+' ) . tokenize backpage_string = 'backpage' end_strin...
def round_to_sigfigs ( num , sigfigs ) : """Rounds a number rounded to a specific number of significant figures instead of to a specific precision ."""
if type ( sigfigs ) != int : raise TypeError ( "Number of significant figures must be integer." ) elif sigfigs < 1 : raise ValueError ( "Number of significant figures " "must be larger than zero." ) elif num == 0 : return num else : prec = int ( sigfigs - np . ceil ( np . log10 ( np . absolute ( num ) )...
def user ( self , login = None ) : '''Get user information . : param login : ( optional ) the login name of the user or None . If login is None this method will return the information of the authenticated user .'''
if login : url = '%s/user/%s' % ( self . domain , login ) else : url = '%s/user' % ( self . domain ) res = self . session . get ( url , verify = self . session . verify ) self . _check_response ( res ) return res . json ( )
def illumg ( method , target , ilusrc , et , fixref , abcorr , obsrvr , spoint ) : """Find the illumination angles ( phase , incidence , and emission ) at a specified surface point of a target body . The surface of the target body may be represented by a triaxial ellipsoid or by topographic data provided by D...
method = stypes . stringToCharP ( method ) target = stypes . stringToCharP ( target ) ilusrc = stypes . stringToCharP ( ilusrc ) et = ctypes . c_double ( et ) fixref = stypes . stringToCharP ( fixref ) abcorr = stypes . stringToCharP ( abcorr ) obsrvr = stypes . stringToCharP ( obsrvr ) spoint = stypes . toDoubleVector...
def check_initial_web_request ( self , item_session : ItemSession , request : HTTPRequest ) -> Tuple [ bool , str ] : '''Check robots . txt , URL filters , and scripting hook . Returns : tuple : ( bool , str ) Coroutine .'''
verdict , reason , test_info = self . consult_filters ( item_session . request . url_info , item_session . url_record ) if verdict and self . _robots_txt_checker : can_fetch = yield from self . consult_robots_txt ( request ) if not can_fetch : verdict = False reason = 'robotstxt' verdict , reaso...
def realtime ( widget , url_name = None , url_regex = None , time_interval = None ) : """Return a widget as real - time . Args : widget ( Widget ) : the widget to register and return as real - time . url _ name ( str ) : the URL name to call to get updated content . url _ regex ( regex ) : the URL regex to ...
if not hasattr ( widget , 'get_updated_content' ) : raise AttributeError ( 'Widget %s must implement get_updated_content ' 'method.' % widget ) elif not callable ( widget . get_updated_content ) : raise ValueError ( 'get_updated_content in widget %s is not callable' % widget ) if url_name is None : if getat...
def wait ( self , wait_time = 0 ) : """Blocking call to check if the worker returns the result . One can use job . result after this call returns ` ` True ` ` . : arg wait _ time : Time in seconds to wait , default is infinite . : return : ` True ` or ` False ` . . . note : : This is a blocking call , you...
if self . __result : return True data = self . rdb . brpop ( self . urn , wait_time ) if data : self . rdb . delete ( self . urn ) data = json . loads ( data [ 1 ] ) self . __result = data return True else : return False
def _parse_list_buckets ( self , ( response , xml_bytes ) ) : """Parse XML bucket list response ."""
root = XML ( xml_bytes ) buckets = [ ] for bucket_data in root . find ( "Buckets" ) : name = bucket_data . findtext ( "Name" ) date_text = bucket_data . findtext ( "CreationDate" ) date_time = parseTime ( date_text ) bucket = Bucket ( name , date_time ) buckets . append ( bucket ) return buckets
def has_args ( ) : '''returns true if the decorator invocation had arguments passed to it before being sent a function to decorate'''
no_args_syntax = '@overload' args_syntax = no_args_syntax + '(' args , no_args = [ ( - 1 , - 1 ) ] , [ ( - 1 , - 1 ) ] for i , line in enumerate ( Overload . traceback_lines ( ) ) : if args_syntax in line : args . append ( ( i , line . find ( args_syntax ) ) ) if no_args_syntax in line : no_args...
def addr ( self ) : """Get the concrete address of the instruction pointer , without triggering SimInspect breakpoints or generating SimActions . An integer is returned , or an exception is raised if the instruction pointer is symbolic . : return : an int"""
ip = self . regs . _ip if isinstance ( ip , SootAddressDescriptor ) : return ip return self . solver . eval_one ( self . regs . _ip )
def prior_prior_model_dict ( self ) : """Returns prior _ prior _ model _ dict : { Prior : PriorModel } A dictionary mapping priors to associated prior models . Each prior will only have one prior model ; if a prior is shared by two prior models then one of those prior models will be in this dictionary ."""
return { prior : prior_model [ 1 ] for prior_model in self . prior_model_tuples for _ , prior in prior_model [ 1 ] . prior_tuples }
def data ( self , index , role = QtCore . Qt . DisplayRole ) : """Reimplemented from QtCore . QAbstractItemModel The value gets validated and is red if validation fails and green if it passes ."""
if not index . isValid ( ) : return None if role == QtCore . Qt . DisplayRole or role == QtCore . Qt . EditRole : if index . column ( ) == 0 : p = index . internalPointer ( ) k = self . get_key ( p , index . row ( ) ) return k if index . column ( ) == 1 : v = self . get_value...
def update_topic ( self , topic_id , title , content ) : """更新话题 : param topic _ id : 话题ID : param title : 标题 : param content : 内容 : return : bool"""
xml = self . api . req ( API_GROUP_UPDATE_TOPIC % topic_id , 'post' , data = { 'ck' : self . api . ck ( ) , 'rev_title' : title , 'rev_text' : content , 'rev_submit' : '好了,改吧' , } ) return not xml . url . startswith ( API_GROUP_UPDATE_TOPIC % topic_id )
def delete_image ( self , identifier ) : """DELETE / : login / images / : id : param identifier : match on the listed image identifier : type identifier : : py : class : ` basestring ` or : py : class : ` dict ` A string or a dictionary containing an ` ` id ` ` key may be passed in . Will raise an error if ...
if isinstance ( identifier , dict ) : identifier = identifier . get ( 'id' , '' ) j , r = self . request ( 'DELETE' , '/images/' + str ( identifier ) ) r . raise_for_status ( ) return j
def subkey_for_path ( self , path ) : """path : a path of subkeys denoted by numbers and slashes . Use H or p for private key derivation . End with . pub to force the key public . Examples : 1H / 5/2/1 would call subkey ( i = 1 , is _ hardened = True ) . subkey ( i = 5 ) . subkey ( i = 2 ) . subkey ( i = 1 ...
force_public = ( path [ - 4 : ] == '.pub' ) if force_public : path = path [ : - 4 ] key = self if path : invocations = path . split ( "/" ) for v in invocations : is_hardened = v [ - 1 ] in ( "'pH" ) if is_hardened : v = v [ : - 1 ] v = int ( v ) key = key . subke...
def update ( self , query_name , saved_query_attributes ) : """Given a dict of attributes to be updated , update only those attributes in the Saved Query at the resource given by ' query _ name ' . This will perform two HTTP requests - - one to fetch the query definition , and one to set the new attributes . ...
query_name_attr_name = "query_name" refresh_rate_attr_name = "refresh_rate" query_attr_name = "query" metadata_attr_name = "metadata" old_saved_query = self . get ( query_name ) # Create a new query def to send back . We cannot send values for attributes like ' urls ' , # ' last _ modified _ date ' , ' run _ informatio...
def _on_new_data_received ( self , data : bytes ) : """Gets called whenever we get a whole new XML element from kik ' s servers . : param data : The data received ( bytes )"""
if data == b' ' : # Happens every half hour . Disconnect after 10th time . Some kind of keep - alive ? Let ' s send it back . self . loop . call_soon_threadsafe ( self . connection . send_raw_data , b' ' ) return xml_element = BeautifulSoup ( data . decode ( ) , features = 'xml' ) xml_element = next ( iter ( xm...
def mac ( raw ) : """Converts a raw string to a standardised MAC Address EUI Format . : param raw : the raw string containing the value of the MAC Address : return : a string with the MAC Address in EUI format Example : . . code - block : : python > > > mac ( ' 0123.4567.89ab ' ) u ' 01:23:45:67:89 : AB...
if raw . endswith ( ':' ) : flat_raw = raw . replace ( ':' , '' ) raw = '{flat_raw}{zeros_stuffed}' . format ( flat_raw = flat_raw , zeros_stuffed = '0' * ( 12 - len ( flat_raw ) ) ) return py23_compat . text_type ( EUI ( raw , dialect = _MACFormat ) )
def swipe ( self ) : """Mirror current array value in reverse . Bits that had greater index will have lesser index , and vice - versa . This method doesn ' t change this array . It creates a new one and return it as a result . : return : WBinArray"""
result = WBinArray ( 0 , len ( self ) ) for i in range ( len ( self ) ) : result [ len ( self ) - i - 1 ] = self [ i ] return result
def authenticate ( self , username = None , password = None , api_key = None , tenant_id = None , connect = False ) : """Using the supplied credentials , connects to the specified authentication endpoint and attempts to log in . Credentials can either be passed directly to this method , or previously - stored...
self . username = username or self . username or pyrax . get_setting ( "username" ) # Different identity systems may pass these under inconsistent names . self . password = password or self . password or api_key or self . api_key self . api_key = api_key or self . api_key or self . password self . tenant_id = tenant_id...
def determine_action ( self , issue ) : """Determine the action we should take for the issue Args : issue : Issue to determine action for Returns : ` dict `"""
resource_type = self . resource_types [ issue . resource . resource_type_id ] issue_alert_schedule = self . alert_schedule [ resource_type ] if resource_type in self . alert_schedule else self . alert_schedule [ '*' ] action_item = { 'action' : None , 'action_description' : None , 'last_alert' : issue . last_alert , 'i...
def add_prefix ( self , ns_uri , prefix , set_as_preferred = False ) : """Adds prefix for the given namespace URI . The namespace must already exist in this set . If set _ as _ preferred is True , also set this namespace as the preferred one . ` ` prefix ` ` must be non - None ; a default preference can ' t b...
assert prefix ni = self . __lookup_uri ( ns_uri ) self . __check_prefix_conflict ( ni , prefix ) ni . prefixes . add ( prefix ) self . __prefix_map [ prefix ] = ni if set_as_preferred : ni . preferred_prefix = prefix
def get_tilting ( self , oplane ) : '''Main procedure'''
surf_atom1 , surf_atom2 , surf_atom3 , surf_atom4 = oplane # divide surface atoms into groups by distance between them compare = [ surf_atom2 , surf_atom3 , surf_atom4 ] distance_map = [ ] for i in range ( 0 , 3 ) : distance_map . append ( [ compare [ i ] , self . virtual_atoms . get_distance ( surf_atom1 , compare...
def handle_error ( self ) : """Handles an error log record that should be shown Returns : None"""
if not self . tasks : return # All the parents inherit the failure self . mark_parent_tasks_as_failed ( self . cur_task , flush_logs = True , ) # Show the start headers for all the parent tasks if they were not # shown by the depth level limit for index , task in enumerate ( self . tasks . values ( ) ) : if sel...
def _iterateToFindSCPDElements ( self , element , baseURIPath ) : """Internal method to iterate through device definition XML tree . : param element : the XML root node of the device definitions : type element : xml . etree . ElementTree . Element : param str baseURIPath : the base URL"""
for child in element . getchildren ( ) : tagName = child . tag . lower ( ) if tagName . endswith ( 'servicelist' ) : self . _processServiceList ( child , baseURIPath ) elif tagName . endswith ( 'devicetype' ) : if "deviceType" not in self . __deviceInformations . keys ( ) : self ...
def _eratosthenes ( ) : """Yields the sequence of prime numbers via the Sieve of Eratosthenes ."""
d = { } # map each composite integer to its first - found prime factor for q in count ( 2 ) : # q gets 2 , 3 , 4 , 5 , . . . ad infinitum p = d . pop ( q , None ) if p is None : # q not a key in D , so q is prime , therefore , yield it yield q # mark q squared as not - prime ( with q as first - ...
def deprecate ( warning , date = None , log = None ) : """Add a deprecation warning the first time the function is used . The date , which is a string in semi - ISO8660 format indicate the year - month that the function is officially going to be removed . usage : @ deprecate ( ' use core / fetch / add _ sou...
def wrap ( f ) : @ functools . wraps ( f ) def wrapped_f ( * args , ** kwargs ) : try : module = inspect . getmodule ( f ) file = inspect . getsourcefile ( f ) lines = inspect . getsourcelines ( f ) f_name = "{}-{}-{}..{}-{}" . format ( module . __name__ ,...
def wait_for_event ( self , event_name , predicate , timeout = DEFAULT_TIMEOUT , * args , ** kwargs ) : """Wait for an event that satisfies a predicate to appear . Continuously pop events of a particular name and check against the predicate until an event that satisfies the predicate is popped or timed out . ...
deadline = time . time ( ) + timeout while True : event = None try : event = self . pop_event ( event_name , 1 ) except queue . Empty : pass if event and predicate ( event , * args , ** kwargs ) : return event if time . time ( ) > deadline : raise queue . Empty ( 'Tim...
def traverse ( self , strategy = "levelorder" , is_leaf_fn = None ) : """Returns an iterator to traverse tree under this node . Parameters : strategy : set the way in which tree will be traversed . Possible values are : " preorder " ( first parent and then children ) ' postorder ' ( first children and the...
if strategy == "preorder" : return self . _iter_descendants_preorder ( is_leaf_fn = is_leaf_fn ) elif strategy == "levelorder" : return self . _iter_descendants_levelorder ( is_leaf_fn = is_leaf_fn ) elif strategy == "postorder" : return self . _iter_descendants_postorder ( is_leaf_fn = is_leaf_fn )
def SendCommand ( self , command , arg = None ) : """Sends a command to the device . Args : command : The command to send . arg : Optional argument to the command ."""
if arg is not None : if not isinstance ( arg , bytes ) : arg = arg . encode ( 'utf8' ) command = b'%s:%s' % ( command , arg ) self . _Write ( io . BytesIO ( command ) , len ( command ) )
def main ( ) : """% prog database . fa query . fa [ options ] Run LASTZ similar to the BLAST interface , and generates - m8 tabular format"""
p = OptionParser ( main . __doc__ ) supported_formats = tuple ( x . strip ( ) for x in "lav, lav+text, axt, axt+, maf, maf+, maf-, sam, softsam, " "sam-, softsam-, cigar, BLASTN, BLASTN-, differences, rdotplot, text" . split ( ',' ) ) p . add_option ( "--format" , default = "BLASTN-" , choices = supported_formats , hel...
def instances ( self ) : """Iterate over the defined Instancees ."""
definstance = lib . EnvGetNextInstance ( self . _env , ffi . NULL ) while definstance != ffi . NULL : yield Instance ( self . _env , definstance ) definstance = lib . EnvGetNextInstance ( self . _env , definstance )
def get ( self , default = None ) : """Get the result of the Job , or return * default * if the job is not finished or errored . This function will never explicitly raise an exception . Note that the * default * value is also returned if the job was cancelled . # Arguments default ( any ) : The value to ret...
if not self . __cancelled and self . __state == Job . SUCCESS : return self . __result else : return default
def _complete_type_chain ( self , symbol , fullsymbol ) : """Suggests completion for the end of a type chain ."""
target , targmod = self . _get_chain_parent_symbol ( symbol , fullsymbol ) if target is None : return { } result = { } # We might know what kind of symbol to limit the completion by depending on whether # it was preceded by a " call " for example . Check the context ' s el _ call if symbol != "" : if self . con...
def resubmit_workflow ( self , stage_name = None , description = None ) : '''Resubmits the workflow . Parameters stage _ name : str , optional name of the stage at which workflow should be resubmitted ( when omitted workflow will be restarted from the beginning ) description : dict , optional workflow d...
logger . info ( 'resubmit workflow of experiment "%s"' , self . experiment_name ) content = dict ( ) if description is not None : content [ 'description' ] = description if stage_name is not None : content [ 'stage_name' ] = stage_name url = self . _build_api_url ( '/experiments/{experiment_id}/workflow/resubmi...
def load_codebook ( self , filename ) : """Load the codebook from a file to the Somoclu object . : param filename : The name of the file . : type filename : str ."""
self . codebook = np . loadtxt ( filename , comments = '%' ) if self . n_dim == 0 : self . n_dim = self . codebook . shape [ 1 ] if self . codebook . shape != ( self . _n_rows * self . _n_columns , self . n_dim ) : raise Exception ( "The dimensions of the codebook do not " "match that of the map" ) self . codeb...
def _GetNormalizedTimestamp ( self ) : """Retrieves the normalized timestamp . Returns : decimal . Decimal : normalized timestamp , which contains the number of seconds since January 1 , 1970 00:00:00 and a fraction of second used for increased precision , or None if the normalized timestamp cannot be det...
if self . _normalized_timestamp is None : if self . _timestamp is not None : self . _normalized_timestamp = ( decimal . Decimal ( self . _timestamp ) / definitions . NANOSECONDS_PER_SECOND ) return self . _normalized_timestamp
def new ( self , min , max ) : """Create an empty index for intervals in the range min , max"""
# Ensure the range will fit given the shifting strategy assert MIN <= min <= max <= MAX self . min = min self . max = max # Determine offsets to use self . offsets = offsets_for_max_size ( max ) # Determine the largest bin we will actually use self . bin_count = bin_for_range ( max - 1 , max , offsets = self . offsets ...
def _clean_record ( self , record ) : """Remove all fields with ` None ` values"""
for k , v in dict ( record ) . items ( ) : if isinstance ( v , dict ) : v = self . _clean_record ( v ) if v is None : record . pop ( k ) return record
def reconnect_account ( self ) : """Reconnect current account by refreshing OAuth access tokens : return :"""
url = self . reconnect_url result = self . get ( url ) return result
def _load_neighbors_from_database ( self ) -> None : """Loads the neighbors of the node from the local database ."""
self . _are_neighbors_loaded = True graph : Graph = self . _graph neighbors : List [ DBNode ] = graph . database . Node . find_by_name ( self . name ) . neighbors nodes : NodeList = graph . nodes for db_node in neighbors : graph . add_node ( db_node . name , db_node . external_id ) neighbor : Node = nodes . get...
def query_param_string_from_option_args ( a2q_dict , args_dict ) : """From a dictionary of arguments to query string parameters , loops through ad arguments list and makes a query string . : param a2q _ dict : a dictionary containing argument _ name > query string parameter name . : param args _ dict : a dictio...
name_value_pairs = dict ( ) for ak in a2q_dict . keys ( ) : value = args_dict [ ak ] if value != None : name_value_pairs [ a2q_dict [ ak ] ] = str ( value ) return urllib . urlencode ( name_value_pairs )
def chain ( self , wrapper , * args , ** kwargs ) : """Add a wrapper to the chain . Any extra positional or keyword arguments will be passed to that wrapper through construction of a ` ` TendrilPartial ` ` . For convenience , returns the WrapperChain object , allowing ` ` chain ( ) ` ` to be called on the r...
if args or kwargs : wrapper = TendrilPartial ( wrapper , * args , ** kwargs ) self . _wrappers . append ( wrapper ) # For convenience . . . return self
def add_gemini_query ( self , name , query ) : """Add a user defined gemini query Args : name ( str ) query ( str )"""
logger . info ( "Adding query {0} with text {1}" . format ( name , query ) ) new_query = GeminiQuery ( name = name , query = query ) self . session . add ( new_query ) self . save ( ) return new_query
def S ( self ) : "English ordinal suffix for the day of the month , 2 characters ; i . e . ' st ' , ' nd ' , ' rd ' or ' th '"
if self . data . day in ( 11 , 12 , 13 ) : # Special case return u'th' last = self . data . day % 10 if last == 1 : return u'st' if last == 2 : return u'nd' if last == 3 : return u'rd' return u'th'
def hmget ( self , name , keys , * args ) : "Returns a list of values ordered identically to ` ` keys ` `"
args = list_or_args ( keys , args ) return self . execute_command ( 'HMGET' , name , * args )
def checkFiles ( filelist , ivmlist = None ) : """- Converts waiver fits sciece and data quality files to MEF format - Converts GEIS science and data quality files to MEF format - Checks for stis association tables and splits them into single imsets - Removes files with EXPTIME = 0 and the corresponding ivm f...
toclose = False if isinstance ( filelist [ 0 ] , str ) : toclose = True newfilelist , ivmlist = checkFITSFormat ( filelist , ivmlist ) # check for STIS association files . This must be done before # the other checks in order to handle correctly stis # assoc files newfilelist , ivmlist = checkStisFiles ( newfilelist...
def update ( self , new_keys : Index ) : """Adds the new keys to the mapping . Parameters new _ keys : The new index to hash ."""
if not self . _map . index . intersection ( new_keys ) . empty : raise KeyError ( "Non-unique keys in index." ) mapping_update = self . hash_ ( new_keys ) if self . _map . empty : self . _map = mapping_update . drop_duplicates ( ) else : self . _map = self . _map . append ( mapping_update ) . drop_duplicate...
def doExperiment ( numColumns , l2Overrides , objectDescriptions , noiseMu , noiseSigma , numInitialTraversals , noiseEverywhere ) : """Touch every point on an object ' numInitialTraversals ' times , then evaluate whether it has inferred the object by touching every point once more and checking the number of co...
# For each column , keep a mapping from feature - location names to their SDRs layer4sdr = lambda : np . array ( sorted ( random . sample ( xrange ( L4_CELL_COUNT ) , 40 ) ) , dtype = "uint32" ) featureLocationSDRs = [ defaultdict ( layer4sdr ) for _ in xrange ( numColumns ) ] params = { "inputWidth" : L4_CELL_COUNT , ...
def pop ( self ) : """Pops the data stack , returning the value ."""
try : return self . data_stack . pop ( ) except errors . MachineError as e : raise errors . MachineError ( "%s: At index %d in code: %s" % ( e , self . instruction_pointer , self . code_string ) )
def parse ( self , content ) : """Parse xml body sent by weixin . : param content : A text of xml body ."""
raw = { } try : root = etree . fromstring ( content ) except SyntaxError as e : raise ValueError ( * e . args ) for child in root : raw [ child . tag ] = child . text formatted = self . format ( raw ) msg_type = formatted [ 'type' ] msg_parser = getattr ( self , 'parse_%s' % msg_type , None ) if callable ( ...
def to_lookup ( self , key_selector = identity , value_selector = identity ) : '''Returns a Lookup object , using the provided selector to generate a key for each item . Note : This method uses immediate execution .'''
if self . closed ( ) : raise ValueError ( "Attempt to call to_lookup() on a closed Queryable." ) if not is_callable ( key_selector ) : raise TypeError ( "to_lookup() parameter key_selector={key_selector} is not callable" . format ( key_selector = repr ( key_selector ) ) ) if not is_callable ( value_selector ) :...
def get_authors_string ( self , own_accts = None , replace_own = None ) : """returns a string of comma - separated authors Depending on settings , it will substitute " me " for author name if address is user ' s own . : param own _ accts : list of own accounts to replace : type own _ accts : list of : class...
if replace_own is None : replace_own = settings . get ( 'thread_authors_replace_me' ) if replace_own : if own_accts is None : own_accts = settings . get_accounts ( ) authorslist = [ ] for aname , aaddress in self . get_authors ( ) : for account in own_accts : if account . mat...
def try_import ( objname ) : # type : ( unicode ) - > Any """Import a object or module using * name * and * currentmodule * . * name * should be a relative name from * currentmodule * or a fully - qualified name . Returns imported object or module . If failed , returns None value ."""
try : __import__ ( objname ) return sys . modules . get ( objname ) # type : ignore except ( ImportError , ValueError ) : # ValueError , py27 - > ImportError , py3 matched = module_sig_re . match ( objname ) # type : ignore if not matched : return None modname , attrname = matched . ...
def from_headers ( self , headers ) : """Generate a SpanContext object using the W3C Distributed Tracing headers . : type headers : dict : param headers : HTTP request headers . : rtype : : class : ` ~ opencensus . trace . span _ context . SpanContext ` : returns : SpanContext generated from the trace conte...
if headers is None : return SpanContext ( ) header = headers . get ( _TRACEPARENT_HEADER_NAME ) if header is None : return SpanContext ( ) match = re . search ( _TRACEPARENT_HEADER_FORMAT_RE , header ) if not match : return SpanContext ( ) version = match . group ( 1 ) trace_id = match . group ( 2 ) span_id...
def failed_hosts ( self ) -> Dict [ str , "MultiResult" ] : """Hosts that failed to complete the task"""
return { k : v for k , v in self . result . items ( ) if v . failed }
def get_spn ( unit ) : """获取文本行中非中文字符数的个数 Keyword arguments : unit - - 文本行 Return : spn - - 特殊字符数"""
spn = 0 match_re = re . findall ( no_chinese , unit ) if match_re : string = '' . join ( match_re ) spn = len ( string ) return int ( spn )
def getOutputElementCount ( self , name ) : """Return the number of elements for the given output ."""
if name in [ "activeCells" , "predictedCells" , "predictedActiveCells" , "winnerCells" ] : return self . cellsPerColumn * self . columnCount else : raise Exception ( "Invalid output name specified: %s" % name )
def avg ( self , func = lambda x : x ) : """Returns the average value of data elements : param func : lambda expression to transform data : return : average value as float object"""
count = self . count ( ) if count == 0 : raise NoElementsError ( u"Iterable contains no elements" ) return float ( self . sum ( func ) ) / float ( count )
def tables ( self ) : """A lazy loaded reference to the table metadata for the DB ."""
if len ( self . _tables ) == 0 : self . refresh_schema ( self . _exclude_system_tables , self . _use_cache ) return self . _tables
def extended_cigar ( aligned_template , aligned_query ) : '''Convert mutation annotations to extended cigar format https : / / github . com / lh3 / minimap2 # the - cs - optional - tag USAGE : > > > template = ' CGATCGATAAATAGAGTAG - - - GAATAGCA ' > > > query = ' CGATCG - - - AATAGAGTAGGTCGAATtGCA ' > > ...
# - Go through each position in the alignment insertion = [ ] deletion = [ ] matches = [ ] cigar = [ ] for r_aa , q_aa in zip ( aligned_template . lower ( ) , aligned_query . lower ( ) ) : gap_ref = r_aa == '-' gap_que = q_aa == '-' match = r_aa == q_aa if matches and not match : # End match block ...
def delete_status ( app , user , status_id ) : """Deletes a status with given ID . https : / / github . com / tootsuite / documentation / blob / master / Using - the - API / API . md # deleting - a - status"""
return http . delete ( app , user , '/api/v1/statuses/{}' . format ( status_id ) )
def add_column ( table_name , column_name , column , cache = False , cache_scope = _CS_FOREVER ) : """Add a new column to a table from a Series or callable . Parameters table _ name : str Table with which the column will be associated . column _ name : str Name for the column . column : pandas . Series ...
if isinstance ( column , Callable ) : column = _ColumnFuncWrapper ( table_name , column_name , column , cache = cache , cache_scope = cache_scope ) else : column = _SeriesWrapper ( table_name , column_name , column ) # clear any cached data from a previously registered column column . clear_cached ( ) logger . ...
def commit ( * args , ** kwargs ) : """Processes all jobs in the delayed queue ."""
delayed_queue = get_queue ( ) try : while delayed_queue : queue , args , kwargs = delayed_queue . pop ( 0 ) queue . original_enqueue_call ( * args , ** kwargs ) finally : clear ( )
def _process_args_as_rows_or_columns ( self , arg , unpack = False ) : """We must be able to interpret the args as as either a column name or row number , or sequences thereof . Numpy arrays and slices are also fine . Examples : ' field ' 35 [35,55,86] [ ' f1 ' , f2 ' , . . . ] Can also be tuples or...
flags = set ( ) if isinstance ( arg , ( tuple , list , numpy . ndarray ) ) : # a sequence was entered if isstring ( arg [ 0 ] ) : result = arg else : result = arg flags . add ( 'isrows' ) elif isstring ( arg ) : # a single string was entered result = arg elif isinstance ( arg , slice...
def detectors ( regex = None , sep = '\t' , temporary = False ) : """Print the detectors table"""
db = DBManager ( temporary = temporary ) dt = db . detectors if regex is not None : try : re . compile ( regex ) except re . error : log . error ( "Invalid regex!" ) return dt = dt [ dt [ 'OID' ] . str . contains ( regex ) | dt [ 'CITY' ] . str . contains ( regex ) ] dt . to_csv ( sy...
def make_ready ( self ) : """Make a task ready for execution"""
SCons . Taskmaster . OutOfDateTask . make_ready ( self ) if self . out_of_date and self . options . debug_explain : explanation = self . out_of_date [ 0 ] . explain ( ) if explanation : sys . stdout . write ( "scons: " + explanation )
def yesno ( prompt ) : """Returns True if user answers ' y '"""
prompt += " [y/n]" a = "" while a not in [ "y" , "n" ] : a = input ( prompt ) . lower ( ) return a == "y"
def get_slices ( self , extended = False ) : """Generator over all the slices selected , each time returning a cross - section . Parameters extended : bool Flag to return just slice data ( default , extended = False ) , or return a tuple of axis , slice _ num , slice _ data ( extended = True ) Returns s...
for dim , slice_num in self . _slices : yield self . _get_axis ( self . _image , dim , slice_num , extended = extended )
def id ( self ) -> typing . Union [ str , None ] : """Identifier for the project ."""
return self . _project . id if self . _project else None
def float ( self , var , default = NOTSET ) : """: rtype : float"""
return self . get_value ( var , cast = float , default = default )