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async def get ( self , uid : int , cached_msg : CachedMessage = None , requirement : FetchRequirement = FetchRequirement . METADATA ) -> Optional [ MessageT ] : ...
Return the message with the given UID .
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async def update_flags ( self , messages : Sequence [ MessageT ] , flag_set : FrozenSet [ Flag ] , mode : FlagOp ) -> None : ...
Update the permanent flags of each messages .
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async def find ( self , seq_set : SequenceSet , selected : SelectedMailbox , requirement : FetchRequirement = FetchRequirement . METADATA ) -> AsyncIterable [ Tuple [ int , MessageT ] ] : for seq , cached_msg in selected . messages . get_all ( seq_set ) : msg = await self . get ( cached_msg . uid , cached_msg , requirement ) if msg is not None : yield ( seq , msg )
Find the active message UID and message pairs in the mailbox that are contained in the given sequences set . Message sequence numbers are resolved by the selected mailbox session .
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async def find_deleted ( self , seq_set : SequenceSet , selected : SelectedMailbox ) -> Sequence [ int ] : session_flags = selected . session_flags return [ msg . uid async for _ , msg in self . find ( seq_set , selected ) if Deleted in msg . get_flags ( session_flags ) ]
Return all the active message UIDs that have the \\ Deleted flag .
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def content_type ( self ) -> Optional [ ContentTypeHeader ] : try : return cast ( ContentTypeHeader , self [ b'content-type' ] [ 0 ] ) except ( KeyError , IndexError ) : return None
The Content - Type header .
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def date ( self ) -> Optional [ DateHeader ] : try : return cast ( DateHeader , self [ b'date' ] [ 0 ] ) except ( KeyError , IndexError ) : return None
The Date header .
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def subject ( self ) -> Optional [ UnstructuredHeader ] : try : return cast ( UnstructuredHeader , self [ b'subject' ] [ 0 ] ) except ( KeyError , IndexError ) : return None
The Subject header .
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def from_ ( self ) -> Optional [ Sequence [ AddressHeader ] ] : try : return cast ( Sequence [ AddressHeader ] , self [ b'from' ] ) except KeyError : return None
The From header .
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def sender ( self ) -> Optional [ Sequence [ SingleAddressHeader ] ] : try : return cast ( Sequence [ SingleAddressHeader ] , self [ b'sender' ] ) except KeyError : return None
The Sender header .
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def reply_to ( self ) -> Optional [ Sequence [ AddressHeader ] ] : try : return cast ( Sequence [ AddressHeader ] , self [ b'reply-to' ] ) except KeyError : return None
The Reply - To header .
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def to ( self ) -> Optional [ Sequence [ AddressHeader ] ] : try : return cast ( Sequence [ AddressHeader ] , self [ b'to' ] ) except KeyError : return None
The To header .
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def cc ( self ) -> Optional [ Sequence [ AddressHeader ] ] : try : return cast ( Sequence [ AddressHeader ] , self [ b'cc' ] ) except KeyError : return None
The Cc header .
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def bcc ( self ) -> Optional [ Sequence [ AddressHeader ] ] : try : return cast ( Sequence [ AddressHeader ] , self [ b'bcc' ] ) except KeyError : return None
The Bcc header .
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def in_reply_to ( self ) -> Optional [ UnstructuredHeader ] : try : return cast ( UnstructuredHeader , self [ b'in-reply-to' ] [ 0 ] ) except ( KeyError , IndexError ) : return None
The In - Reply - To header .
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def message_id ( self ) -> Optional [ UnstructuredHeader ] : try : return cast ( UnstructuredHeader , self [ b'message-id' ] [ 0 ] ) except ( KeyError , IndexError ) : return None
The Message - Id header .
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def content_disposition ( self ) -> Optional [ ContentDispositionHeader ] : try : return cast ( ContentDispositionHeader , self [ b'content-disposition' ] [ 0 ] ) except ( KeyError , IndexError ) : return None
The Content - Disposition header .
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def content_language ( self ) -> Optional [ UnstructuredHeader ] : try : return cast ( UnstructuredHeader , self [ b'content-language' ] [ 0 ] ) except ( KeyError , IndexError ) : return None
The Content - Language header .
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def content_location ( self ) -> Optional [ UnstructuredHeader ] : try : return cast ( UnstructuredHeader , self [ b'content-location' ] [ 0 ] ) except ( KeyError , IndexError ) : return None
The Content - Location header .
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def content_id ( self ) -> Optional [ UnstructuredHeader ] : try : return cast ( UnstructuredHeader , self [ b'content-id' ] [ 0 ] ) except ( KeyError , IndexError ) : return None
The Content - Id header .
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def content_description ( self ) -> Optional [ UnstructuredHeader ] : try : return cast ( UnstructuredHeader , self [ b'content-description' ] [ 0 ] ) except ( KeyError , IndexError ) : return None
The Content - Description header .
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def content_transfer_encoding ( self ) -> Optional [ ContentTransferEncodingHeader ] : try : return cast ( ContentTransferEncodingHeader , self [ b'content-transfer-encoding' ] [ 0 ] ) except ( KeyError , IndexError ) : return None
The Content - Transfer - Encoding header .
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def copy ( self , * , continuations : List [ memoryview ] = None , expected : Sequence [ Type [ 'Parseable' ] ] = None , list_expected : Sequence [ Type [ 'Parseable' ] ] = None , command_name : bytes = None , uid : bool = None , charset : str = None , tag : bytes = None , max_append_len : int = None , allow_continuations : bool = None ) -> 'Params' : kwargs : Dict [ str , Any ] = { } self . _set_if_none ( kwargs , 'continuations' , continuations ) self . _set_if_none ( kwargs , 'expected' , expected ) self . _set_if_none ( kwargs , 'list_expected' , list_expected ) self . _set_if_none ( kwargs , 'command_name' , command_name ) self . _set_if_none ( kwargs , 'uid' , uid ) self . _set_if_none ( kwargs , 'charset' , charset ) self . _set_if_none ( kwargs , 'tag' , tag ) self . _set_if_none ( kwargs , 'max_append_len' , max_append_len ) self . _set_if_none ( kwargs , 'allow_continuations' , allow_continuations ) return Params ( * * kwargs )
Copy the parameters possibly replacing a subset .
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def string ( self ) -> bytes : if self . _raw is not None : return self . _raw self . _raw = raw = BytesFormat ( b' ' ) . join ( [ b'CAPABILITY' , b'IMAP4rev1' ] + self . capabilities ) return raw
The capabilities string without the enclosing square brackets .
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def text ( self ) -> bytes : if self . condition : if self . code : return BytesFormat ( b'%b %b %b' ) % ( self . condition , self . code , self . _text ) else : return BytesFormat ( b'%b %b' ) % ( self . condition , self . _text ) else : return bytes ( self . _text )
The response text .
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def add_untagged ( self , * responses : 'Response' ) -> None : for resp in responses : try : merge_key = resp . merge_key except TypeError : self . _untagged . append ( resp ) else : key = ( type ( resp ) , merge_key ) try : untagged_idx = self . _mergeable [ key ] except KeyError : untagged_idx = len ( self . _untagged ) self . _mergeable [ key ] = untagged_idx self . _untagged . append ( resp ) else : merged = self . _untagged [ untagged_idx ] . merge ( resp ) self . _untagged [ untagged_idx ] = merged self . _raw = None
Add an untagged response . These responses are shown before the parent response .
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def add_untagged_ok ( self , text : MaybeBytes , code : Optional [ ResponseCode ] = None ) -> None : response = ResponseOk ( b'*' , text , code ) self . add_untagged ( response )
Add an untagged OK response .
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def is_terminal ( self ) -> bool : for resp in self . _untagged : if resp . is_terminal : return True return False
True if the response contained an untagged BYE response indicating that the session should be terminated .
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def is_all ( self ) -> bool : first = self . sequences [ 0 ] return isinstance ( first , tuple ) and first [ 0 ] == 1 and isinstance ( first [ 1 ] , MaxValue )
True if the sequence set starts at 1 and ends at the maximum value .
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def flatten ( self , max_value : int ) -> FrozenSet [ int ] : return frozenset ( self . iter ( max_value ) )
Return a set of all values contained in the sequence set .
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def build ( cls , seqs : Iterable [ int ] , uid : bool = False ) -> 'SequenceSet' : seqs_list = sorted ( set ( seqs ) ) groups : List [ Union [ int , Tuple [ int , int ] ] ] = [ ] group : Union [ int , Tuple [ int , int ] ] = seqs_list [ 0 ] for i in range ( 1 , len ( seqs_list ) ) : group_i = seqs_list [ i ] if isinstance ( group , int ) : if group_i == group + 1 : group = ( group , group_i ) else : groups . append ( group ) group = group_i elif isinstance ( group , tuple ) : if group_i == group [ 1 ] + 1 : group = ( group [ 0 ] , group_i ) else : groups . append ( group ) group = group_i groups . append ( group ) return SequenceSet ( groups , uid )
Build a new sequence set that contains the given values using as few groups as possible .
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def update ( self , * names : str ) -> 'ListTree' : for name in names : parts = name . split ( self . _delimiter ) self . _root . add ( * parts ) return self
Add all the mailbox names to the tree filling in any missing nodes .
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def set_marked ( self , name : str , marked : bool = False , unmarked : bool = False ) -> None : if marked : self . _marked [ name ] = True elif unmarked : self . _marked [ name ] = False else : self . _marked . pop ( name , None )
Add or remove the \\ Marked and \\ Unmarked mailbox attributes .
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def get ( self , name : str ) -> Optional [ ListEntry ] : parts = name . split ( self . _delimiter ) try : node = self . _find ( self . _root , * parts ) except KeyError : return None else : marked = self . _marked . get ( name ) return ListEntry ( name , node . exists , marked , bool ( node . children ) )
Return the named entry in the list tree .
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def list ( self ) -> Iterable [ ListEntry ] : for entry in self . _iter ( self . _root , '' ) : yield entry
Return all the entries in the list tree .
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def list_matching ( self , ref_name : str , filter_ : str ) -> Iterable [ ListEntry ] : canonical , canonical_i = self . _get_pattern ( ref_name + filter_ ) for entry in self . list ( ) : if entry . name == 'INBOX' : if canonical_i . match ( 'INBOX' ) : yield entry elif canonical . match ( entry . name ) : yield entry
Return all the entries in the list tree that match the given query .
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def get ( self , uid : int ) -> Optional [ CachedMessage ] : return self . _cache . get ( uid )
Return the given cached message .
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def get_all ( self , seq_set : SequenceSet ) -> Sequence [ Tuple [ int , CachedMessage ] ] : if seq_set . uid : all_uids = seq_set . flatten ( self . max_uid ) & self . _uids return [ ( seq , self . _cache [ uid ] ) for seq , uid in enumerate ( self . _sorted , 1 ) if uid in all_uids ] else : all_seqs = seq_set . flatten ( self . exists ) return [ ( seq , self . _cache [ uid ] ) for seq , uid in enumerate ( self . _sorted , 1 ) if seq in all_seqs ]
Return the cached messages and their sequence numbers for the given sequence set .
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def add_updates ( self , messages : Iterable [ CachedMessage ] , expunged : Iterable [ int ] ) -> None : self . _messages . _update ( messages ) self . _messages . _remove ( expunged , self . _hide_expunged ) if not self . _hide_expunged : self . _session_flags . remove ( expunged )
Update the messages in the selected mailboxes . The messages should include non - expunged messages in the mailbox that should be checked for updates . The expunged argument is the set of UIDs that have been expunged from the mailbox .
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def silence ( self , seq_set : SequenceSet , flag_set : AbstractSet [ Flag ] , flag_op : FlagOp ) -> None : session_flags = self . session_flags permanent_flag_set = self . permanent_flags & flag_set session_flag_set = session_flags & flag_set for seq , msg in self . _messages . get_all ( seq_set ) : msg_flags = msg . permanent_flags msg_sflags = session_flags . get ( msg . uid ) updated_flags = flag_op . apply ( msg_flags , permanent_flag_set ) updated_sflags = flag_op . apply ( msg_sflags , session_flag_set ) if msg_flags != updated_flags : self . _silenced_flags . add ( ( msg . uid , updated_flags ) ) if msg_sflags != updated_sflags : self . _silenced_sflags . add ( ( msg . uid , updated_sflags ) )
Runs the flags update against the cached flags to prevent untagged FETCH responses unless other updates have occurred .
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def fork ( self , command : Command ) -> Tuple [ 'SelectedMailbox' , Iterable [ Response ] ] : frozen = _Frozen ( self ) cls = type ( self ) copy = cls ( self . _guid , self . _readonly , self . _permanent_flags , self . _session_flags , self . _selected_set , self . _lookup , _mod_sequence = self . _mod_sequence , _prev = frozen , _messages = self . _messages ) if self . _prev is not None : with_uid : bool = getattr ( command , 'uid' , False ) untagged = self . _compare ( self . _prev , frozen , with_uid ) else : untagged = [ ] return copy , untagged
Compares the state of the current object to that of the last fork returning the untagged responses that reflect any changes . A new copy of the object is also returned ready for the next command .
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def parse_done ( self , buf : memoryview ) -> Tuple [ bool , memoryview ] : match = self . _pattern . match ( buf ) if not match : raise NotParseable ( buf ) done = match . group ( 1 ) . upper ( ) == self . continuation buf = buf [ match . end ( 0 ) : ] return done , buf
Parse the continuation line sent by the client to end the IDLE command .
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def set ( self , folder : str , subscribed : bool ) -> None : if subscribed : self . add ( folder ) else : self . remove ( folder )
Set the subscribed status of a folder .
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def new_uid_validity ( cls ) -> int : time_part = int ( time . time ( ) ) % 4096 rand_part = random . randint ( 0 , 1048576 ) return ( time_part << 20 ) + rand_part
Generate a new UID validity value for a mailbox where the first two bytes are time - based and the second two bytes are random .
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def to_maildir ( self , flags : Iterable [ Union [ bytes , Flag ] ] ) -> str : codes = [ ] for flag in flags : if isinstance ( flag , bytes ) : flag = Flag ( flag ) from_sys = self . _from_sys . get ( flag ) if from_sys is not None : codes . append ( from_sys ) else : from_kwd = self . _from_kwd . get ( flag ) if from_kwd is not None : codes . append ( from_kwd ) return '' . join ( codes )
Return the string of letter codes that are used to map to defined IMAP flags and keywords .
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def from_maildir ( self , codes : str ) -> FrozenSet [ Flag ] : flags = set ( ) for code in codes : if code == ',' : break to_sys = self . _to_sys . get ( code ) if to_sys is not None : flags . add ( to_sys ) else : to_kwd = self . _to_kwd . get ( code ) if to_kwd is not None : flags . add ( to_kwd ) return frozenset ( flags )
Return the set of IMAP flags that correspond to the letter codes .
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async def login ( cls , credentials : AuthenticationCredentials , config : Config ) -> 'Session' : user = credentials . authcid password = cls . _get_password ( config , user ) if user != credentials . identity : raise InvalidAuth ( ) elif not credentials . check_secret ( password ) : raise InvalidAuth ( ) mailbox_set , filter_set = config . set_cache . get ( user , ( None , None ) ) if not mailbox_set or not filter_set : mailbox_set = MailboxSet ( ) filter_set = FilterSet ( ) if config . demo_data : await cls . _load_demo ( mailbox_set , filter_set ) config . set_cache [ user ] = ( mailbox_set , filter_set ) return cls ( credentials . identity , config , mailbox_set , filter_set )
Checks the given credentials for a valid login and returns a new session . The mailbox data is shared between concurrent and future sessions but only for the lifetime of the process .
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def of ( cls , msg_header : MessageHeader ) -> 'MessageDecoder' : cte_hdr = msg_header . parsed . content_transfer_encoding return cls . of_cte ( cte_hdr )
Return a decoder from the message header object .
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def of_cte ( cls , header : Optional [ ContentTransferEncodingHeader ] ) -> 'MessageDecoder' : if header is None : return _NoopDecoder ( ) hdr_str = str ( header ) . lower ( ) custom = cls . registry . get ( hdr_str ) if custom is not None : return custom elif hdr_str in ( '7bit' , '8bit' ) : return _NoopDecoder ( ) elif hdr_str == 'quoted-printable' : return _QuotedPrintableDecoder ( ) elif hdr_str == 'base64' : return _Base64Decoder ( ) else : raise NotImplementedError ( hdr_str )
Return a decoder from the CTE header value .
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async def find_user ( cls , config : Config , user : str ) -> Tuple [ str , str ] : with open ( config . users_file , 'r' ) as users_file : for line in users_file : this_user , user_dir , password = line . split ( ':' , 2 ) if user == this_user : return password . rstrip ( '\r\n' ) , user_dir or user raise InvalidAuth ( )
If the given user ID exists return its expected password and mailbox path . Override this method to implement custom login logic .
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def modutf7_encode ( data : str ) -> bytes : ret = bytearray ( ) is_usascii = True encode_start = None for i , symbol in enumerate ( data ) : charpoint = ord ( symbol ) if is_usascii : if charpoint == 0x26 : ret . extend ( b'&-' ) elif 0x20 <= charpoint <= 0x7e : ret . append ( charpoint ) else : encode_start = i is_usascii = False else : if 0x20 <= charpoint <= 0x7e : to_encode = data [ encode_start : i ] encoded = _modified_b64encode ( to_encode ) ret . append ( 0x26 ) ret . extend ( encoded ) ret . extend ( ( 0x2d , charpoint ) ) is_usascii = True if not is_usascii : to_encode = data [ encode_start : ] encoded = _modified_b64encode ( to_encode ) ret . append ( 0x26 ) ret . extend ( encoded ) ret . append ( 0x2d ) return bytes ( ret )
Encode the string using modified UTF - 7 .
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def modutf7_decode ( data : bytes ) -> str : parts = [ ] is_usascii = True buf = memoryview ( data ) while buf : byte = buf [ 0 ] if is_usascii : if buf [ 0 : 2 ] == b'&-' : parts . append ( '&' ) buf = buf [ 2 : ] elif byte == 0x26 : is_usascii = False buf = buf [ 1 : ] else : parts . append ( chr ( byte ) ) buf = buf [ 1 : ] else : for i , byte in enumerate ( buf ) : if byte == 0x2d : to_decode = buf [ : i ] . tobytes ( ) decoded = _modified_b64decode ( to_decode ) parts . append ( decoded ) buf = buf [ i + 1 : ] is_usascii = True break if not is_usascii : to_decode = buf . tobytes ( ) decoded = _modified_b64decode ( to_decode ) parts . append ( decoded ) return '' . join ( parts )
Decode the bytestring using modified UTF - 7 .
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def format ( self , data : Iterable [ _FormatArg ] ) -> bytes : fix_arg = self . _fix_format_arg return self . how % tuple ( fix_arg ( item ) for item in data )
String interpolation into the format string .
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def join ( self , * data : Iterable [ MaybeBytes ] ) -> bytes : return self . how . join ( [ bytes ( item ) for item in chain ( * data ) ] )
Iterable join on a delimiter .
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async def apply ( self , sender : str , recipient : str , mailbox : str , append_msg : AppendMessage ) -> Tuple [ Optional [ str ] , AppendMessage ] : ...
Run the filter and return the mailbox where it should be appended or None to discard and the message to be appended which is usually the same as append_msg .
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async def list_mailboxes ( self , ref_name : str , filter_ : str , subscribed : bool = False , selected : SelectedMailbox = None ) -> Tuple [ Iterable [ Tuple [ str , Optional [ str ] , Sequence [ bytes ] ] ] , Optional [ SelectedMailbox ] ] : ...
List the mailboxes owned by the user .
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async def rename_mailbox ( self , before_name : str , after_name : str , selected : SelectedMailbox = None ) -> Optional [ SelectedMailbox ] : ...
Renames the mailbox owned by the user .
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async def append_messages ( self , name : str , messages : Sequence [ AppendMessage ] , selected : SelectedMailbox = None ) -> Tuple [ AppendUid , Optional [ SelectedMailbox ] ] : ...
Appends a message to the end of the mailbox .
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async def select_mailbox ( self , name : str , readonly : bool = False ) -> Tuple [ MailboxInterface , SelectedMailbox ] : ...
Selects an existing mailbox owned by the user . The returned session is then used as the selected argument to other methods to fetch mailbox updates .
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async def check_mailbox ( self , selected : SelectedMailbox , * , wait_on : Event = None , housekeeping : bool = False ) -> SelectedMailbox : ...
Checks for any updates in the mailbox .
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async def fetch_messages ( self , selected : SelectedMailbox , sequence_set : SequenceSet , attributes : FrozenSet [ FetchAttribute ] ) -> Tuple [ Iterable [ Tuple [ int , MessageInterface ] ] , SelectedMailbox ] : ...
Get a list of loaded message objects corresponding to given sequence set .
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async def search_mailbox ( self , selected : SelectedMailbox , keys : FrozenSet [ SearchKey ] ) -> Tuple [ Iterable [ Tuple [ int , MessageInterface ] ] , SelectedMailbox ] : ...
Get the messages in the current mailbox that meet all of the given search criteria .
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async def copy_messages ( self , selected : SelectedMailbox , sequence_set : SequenceSet , mailbox : str ) -> Tuple [ Optional [ CopyUid ] , SelectedMailbox ] : ...
Copy a set of messages into the given mailbox .
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async def update_flags ( self , selected : SelectedMailbox , sequence_set : SequenceSet , flag_set : FrozenSet [ Flag ] , mode : FlagOp = FlagOp . REPLACE ) -> Tuple [ Iterable [ Tuple [ int , MessageInterface ] ] , SelectedMailbox ] : ...
Update the flags for the given set of messages .
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def reduce ( cls , requirements : Iterable [ 'FetchRequirement' ] ) -> 'FetchRequirement' : return reduce ( lambda x , y : x | y , requirements , cls . NONE )
Reduce a set of fetch requirements into a single requirement .
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def requirement ( self ) -> FetchRequirement : key_name = self . key if key_name == b'ALL' : return FetchRequirement . NONE elif key_name == b'KEYSET' : keyset_reqs = { key . requirement for key in self . filter_key_set } return FetchRequirement . reduce ( keyset_reqs ) elif key_name == b'OR' : left , right = self . filter_key_or key_or_reqs = { left . requirement , right . requirement } return FetchRequirement . reduce ( key_or_reqs ) elif key_name in ( b'SENTBEFORE' , b'SENTON' , b'SENTSINCE' , b'BCC' , b'CC' , b'FROM' , b'SUBJECT' , b'TO' , b'HEADER' ) : return FetchRequirement . HEADERS elif key_name in ( b'BODY' , b'TEXT' , b'LARGER' , b'SMALLER' ) : return FetchRequirement . BODY else : return FetchRequirement . METADATA
Indicates the data required to fulfill this search key .
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def claim_new ( self ) -> Iterable [ str ] : new_subdir = self . _paths [ 'new' ] cur_subdir = self . _paths [ 'cur' ] for name in os . listdir ( new_subdir ) : new_path = os . path . join ( new_subdir , name ) cur_path = os . path . join ( cur_subdir , name ) try : os . rename ( new_path , cur_path ) except FileNotFoundError : pass else : yield name . rsplit ( self . colon , 1 ) [ 0 ]
Checks for messages in the new subdirectory moving them to cur and returning their keys .
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async def Append ( self , stream ) -> None : from . grpc . admin_pb2 import AppendRequest , AppendResponse , ERROR_RESPONSE request : AppendRequest = await stream . recv_message ( ) mailbox = request . mailbox or 'INBOX' flag_set = frozenset ( Flag ( flag ) for flag in request . flags ) when = datetime . fromtimestamp ( request . when , timezone . utc ) append_msg = AppendMessage ( request . data , flag_set , when , ExtensionOptions . empty ( ) ) try : session = await self . _login_as ( request . user ) if self . _with_filter and session . filter_set is not None : filter_value = await session . filter_set . get_active ( ) if filter_value is not None : filter_ = await session . filter_set . compile ( filter_value ) new_mailbox , append_msg = await filter_ . apply ( request . sender , request . recipient , mailbox , append_msg ) if new_mailbox is None : await stream . send_message ( AppendResponse ( ) ) return else : mailbox = new_mailbox append_uid , _ = await session . append_messages ( mailbox , [ append_msg ] ) except ResponseError as exc : resp = AppendResponse ( result = ERROR_RESPONSE , error_type = type ( exc ) . __name__ , error_response = bytes ( exc . get_response ( b'.' ) ) , mailbox = mailbox ) await stream . send_message ( resp ) else : validity = append_uid . validity uid = next ( iter ( append_uid . uids ) ) resp = AppendResponse ( mailbox = mailbox , validity = validity , uid = uid ) await stream . send_message ( resp )
Append a message directly to a user s mailbox .
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def apply ( self , flag_set : AbstractSet [ Flag ] , operand : AbstractSet [ Flag ] ) -> FrozenSet [ Flag ] : if self == FlagOp . ADD : return frozenset ( flag_set | operand ) elif self == FlagOp . DELETE : return frozenset ( flag_set - operand ) else : # op == FlagOp.REPLACE return frozenset ( operand )
Apply the flag operation on the two sets returning the result .
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def get ( self , uid : int ) -> FrozenSet [ Flag ] : recent = _recent_set if uid in self . _recent else frozenset ( ) flags = self . _flags . get ( uid ) return recent if flags is None else ( flags | recent )
Return the session flags for the mailbox session .
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def remove ( self , uids : Iterable [ int ] ) -> None : for uid in uids : self . _recent . discard ( uid ) self . _flags . pop ( uid , None )
Remove any session flags for the given message .
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def update ( self , uid : int , flag_set : Iterable [ Flag ] , op : FlagOp = FlagOp . REPLACE ) -> FrozenSet [ Flag ] : orig_set = self . _flags . get ( uid , frozenset ( ) ) new_flags = op . apply ( orig_set , self & flag_set ) if new_flags : self . _flags [ uid ] = new_flags else : self . _flags . pop ( uid , None ) return new_flags
Update the flags for the session returning the resulting flags .
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def get_system_flags ( ) -> FrozenSet [ Flag ] : return frozenset ( { Seen , Recent , Deleted , Flagged , Answered , Draft } )
Return the set of implemented system flags .
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def register ( self , cmd : Type [ Command ] ) -> None : self . commands [ cmd . command ] = cmd
Register a new IMAP command .
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def get_as ( self , cls : Type [ MaybeBytesT ] ) -> Sequence [ MaybeBytesT ] : _ = cls # noqa return cast ( Sequence [ MaybeBytesT ] , self . items )
Return the list of parsed objects .
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def get_all ( self , attrs : Iterable [ FetchAttribute ] ) -> Sequence [ Tuple [ FetchAttribute , MaybeBytes ] ] : ret : List [ Tuple [ FetchAttribute , MaybeBytes ] ] = [ ] for attr in attrs : try : ret . append ( ( attr . for_response , self . get ( attr ) ) ) except NotFetchable : pass return ret
Return a list of tuples containing the attribute iself and the bytes representation of that attribute from the message .
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def get ( self , attr : FetchAttribute ) -> MaybeBytes : attr_name = attr . value . decode ( 'ascii' ) method = getattr ( self , '_get_' + attr_name . replace ( '.' , '_' ) ) return method ( attr )
Return the bytes representation of the given message attribue .
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def sequence_set ( self ) -> SequenceSet : try : seqset_crit = next ( crit for crit in self . all_criteria if isinstance ( crit , SequenceSetSearchCriteria ) ) except StopIteration : return SequenceSet . all ( ) else : return seqset_crit . seq_set
The sequence set to use when finding the messages to match against . This will default to all messages unless the search criteria set contains a sequence set .
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def matches ( self , msg_seq : int , msg : MessageInterface ) -> bool : return all ( crit . matches ( msg_seq , msg ) for crit in self . all_criteria )
The message matches if all the defined search key criteria match .
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def walk ( self ) -> Iterable [ 'MessageContent' ] : if self . body . has_nested : return chain ( [ self ] , * ( part . walk ( ) for part in self . body . nested ) ) else : return [ self ]
Iterate through the message and all its nested sub - parts in the order they occur .
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def parse ( cls , data : bytes ) -> 'MessageContent' : lines = cls . _find_lines ( data ) view = memoryview ( data ) return cls . _parse ( data , view , lines )
Parse the bytestring into message content .
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def parse_split ( cls , header : bytes , body : bytes ) -> 'MessageContent' : header_lines = cls . _find_lines ( header ) body_lines = cls . _find_lines ( body ) header_view = memoryview ( header ) body_view = memoryview ( body ) return cls . _parse_split ( [ header_view , body_view ] , header , body , header_view , body_view , header_lines , body_lines )
Parse the header and body bytestrings into message content .
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def get_all ( self , uids : Iterable [ int ] ) -> Mapping [ int , Record ] : return { uid : self . _records [ uid ] for uid in uids if uid in self . _records }
Get records by a set of UIDs .
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def spell ( word ) : w = Word ( word ) candidates = ( common ( [ word ] ) or exact ( [ word ] ) or known ( [ word ] ) or known ( w . typos ( ) ) or common ( w . double_typos ( ) ) or [ word ] ) correction = max ( candidates , key = NLP_COUNTS . get ) return get_case ( word , correction )
most likely correction for everything up to a double typo
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def words_from_archive ( filename , include_dups = False , map_case = False ) : bz2 = os . path . join ( PATH , BZ2 ) tar_path = '{}/{}' . format ( 'words' , filename ) with closing ( tarfile . open ( bz2 , 'r:bz2' ) ) as t : with closing ( t . extractfile ( tar_path ) ) as f : words = re . findall ( RE , f . read ( ) . decode ( encoding = 'utf-8' ) ) if include_dups : return words elif map_case : return { w . lower ( ) : w for w in words } else : return set ( words )
extract words from a text file in the archive
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def parse ( lang_sample ) : words = words_from_archive ( lang_sample , include_dups = True ) counts = zero_default_dict ( ) for word in words : counts [ word ] += 1 return set ( words ) , counts
tally word popularity using novel extracts etc
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def get_case ( word , correction ) : if word . istitle ( ) : return correction . title ( ) if word . isupper ( ) : return correction . upper ( ) if correction == word and not word . islower ( ) : return word if len ( word ) > 2 and word [ : 2 ] . isupper ( ) : return correction . title ( ) if not known_as_lower ( [ correction ] ) : #expensive try : return CASE_MAPPED [ correction ] except KeyError : pass return correction
Best guess of intended case .
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def typos ( self ) : return ( self . _deletes ( ) | self . _transposes ( ) | self . _replaces ( ) | self . _inserts ( ) )
letter combinations one typo away from word
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def double_typos ( self ) : return { e2 for e1 in self . typos ( ) for e2 in Word ( e1 ) . typos ( ) }
letter combinations two typos away from word
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def register ( lib_name : str , cbl : Callable [ [ _AsyncLib ] , None ] ) : return manager . register ( lib_name , cbl )
Registers a new library function with the current manager .
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def init ( library : typing . Union [ str , types . ModuleType ] ) -> None : if isinstance ( library , types . ModuleType ) : library = library . __name__ if library not in manager . _handlers : raise ValueError ( "Possible values are <{}>, not <{}>" . format ( manager . _handlers . keys ( ) , library ) ) manager . init ( library , asynclib ) asynclib . lib_name = library asynclib . _init = True
Must be called at some point after import and before your event loop is run .
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def run ( * args , * * kwargs ) : lib = sys . modules [ asynclib . lib_name ] lib . run ( * args , * * kwargs )
Runs the appropriate library run function .
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async def recv ( self , nbytes : int = - 1 , * * kwargs ) -> bytes : return await asynclib . recv ( self . sock , nbytes , * * kwargs )
Receives some data on the socket .
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async def sendall ( self , data : bytes , * args , * * kwargs ) : return await asynclib . sendall ( self . sock , data , * args , * * kwargs )
Sends some data on the socket .
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def wrap ( cls , meth ) : async def inner ( * args , * * kwargs ) : sock = await meth ( * args , * * kwargs ) return cls ( sock ) return inner
Wraps a connection opening method in this class .
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async def set ( self , * args , * * kwargs ) : return await _maybe_await ( self . event . set ( * args , * * kwargs ) )
Sets the value of the event .
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def register ( self , library : str , cbl : Callable [ [ '_AsyncLib' ] , None ] ) : self . _handlers [ library ] = cbl
Registers a callable to set up a library .
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async def trio_open_connection ( host , port , * , ssl = False , * * kwargs ) : import trio if not ssl : sock = await trio . open_tcp_stream ( host , port ) else : if isinstance ( ssl , bool ) : ssl_context = None else : ssl_context = ssl sock = await trio . open_ssl_over_tcp_stream ( host , port , ssl_context = ssl_context ) await sock . do_handshake ( ) sock . close = sock . aclose return sock
Allows connections to be made that may or may not require ssl . Somewhat surprisingly trio doesn t have an abstraction for this like curio even though it s fairly trivial to write . Down the line hopefully .
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def agent ( state , host , server = None , port = None ) : args = [ ] if server : args . append ( '--server=%s' % server ) if port : args . append ( '--masterport=%s' % port ) yield 'puppet agent -t %s' % ' ' . join ( args )
Run puppet agent
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def load_config ( deploy_dir ) : config = Config ( ) config_filename = path . join ( deploy_dir , 'config.py' ) if path . exists ( config_filename ) : extract_file_config ( config_filename , config ) # Now execute the file to trigger loading of any hooks exec_file ( config_filename ) return config
Loads any local config . py file .
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def load_deploy_config ( deploy_filename , config = None ) : if not config : config = Config ( ) if not deploy_filename : return if path . exists ( deploy_filename ) : extract_file_config ( deploy_filename , config ) return config
Loads any local config overrides in the deploy file .
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