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hydrus/include/ClientMedia.py

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import bisect
import collections
from . import ClientConstants as CC
from . import ClientFiles
from . import ClientRatings
from . import ClientSearch
from . import ClientTags
from . import HydrusConstants as HC
from . import HydrusTags
import os
import random
import time
import traceback
import wx
from . import HydrusData
from . import HydrusFileHandling
from . import HydrusExceptions
from . import HydrusGlobals as HG
from . import HydrusImageHandling
from . import HydrusSerialisable
import itertools
hashes_to_jpeg_quality = {}
hashes_to_pixel_hashes = {}
def FlattenMedia( media_list ):
flat_media = []
for media in media_list:
if media.IsCollection():
flat_media.extend( media.GetFlatMedia() )
else:
flat_media.append( media )
return flat_media
def GetDuplicateComparisonScore( shown_media, comparison_media ):
statements_and_scores = GetDuplicateComparisonStatements( shown_media, comparison_media )
total_score = sum( ( score for ( statement, score ) in statements_and_scores.values() ) )
return total_score
NICE_RESOLUTIONS = {}
NICE_RESOLUTIONS[ ( 640, 480 ) ] = '480p'
NICE_RESOLUTIONS[ ( 1280, 720 ) ] = '720p'
NICE_RESOLUTIONS[ ( 1920, 1080 ) ] = '1080p'
NICE_RESOLUTIONS[ ( 3840, 2060 ) ] = '4k'
NICE_RATIOS = {}
NICE_RATIOS[ 1 ] = '1:1'
NICE_RATIOS[ 4 / 3 ] = '4:3'
NICE_RATIOS[ 5 / 4 ] = '5:4'
NICE_RATIOS[ 16 / 9 ] = '16:9'
NICE_RATIOS[ 21 / 9 ] = '21:9'
NICE_RATIOS[ 47 / 20 ] = '2.35:1'
NICE_RATIOS[ 9 / 16 ] = '9:16'
NICE_RATIOS[ 2 / 3 ] = '2:3'
NICE_RATIOS[ 4 / 5 ] = '4:5'
def GetDuplicateComparisonStatements( shown_media, comparison_media ):
new_options = HG.client_controller.new_options
duplicate_comparison_score_higher_jpeg_quality = new_options.GetInteger( 'duplicate_comparison_score_higher_jpeg_quality' )
duplicate_comparison_score_much_higher_jpeg_quality = new_options.GetInteger( 'duplicate_comparison_score_much_higher_jpeg_quality' )
duplicate_comparison_score_higher_filesize = new_options.GetInteger( 'duplicate_comparison_score_higher_filesize' )
duplicate_comparison_score_much_higher_filesize = new_options.GetInteger( 'duplicate_comparison_score_much_higher_filesize' )
duplicate_comparison_score_higher_resolution = new_options.GetInteger( 'duplicate_comparison_score_higher_resolution' )
duplicate_comparison_score_much_higher_resolution = new_options.GetInteger( 'duplicate_comparison_score_much_higher_resolution' )
duplicate_comparison_score_more_tags = new_options.GetInteger( 'duplicate_comparison_score_more_tags' )
duplicate_comparison_score_older = new_options.GetInteger( 'duplicate_comparison_score_older' )
#
statements_and_scores = {}
s_hash = shown_media.GetHash()
c_hash = comparison_media.GetHash()
s_mime = shown_media.GetMime()
c_mime = comparison_media.GetMime()
# size
s_size = shown_media.GetSize()
c_size = comparison_media.GetSize()
if s_size != c_size:
size_ratio = s_size / c_size
if size_ratio > 2.0:
operator = '>>'
score = duplicate_comparison_score_much_higher_filesize
elif size_ratio > 1.05:
operator = '>'
score = duplicate_comparison_score_higher_filesize
elif size_ratio < 0.5:
operator = '<<'
score = -duplicate_comparison_score_much_higher_filesize
elif size_ratio < 0.95:
operator = '<'
score = -duplicate_comparison_score_higher_filesize
else:
operator = '\u2248'
score = 0
statement = '{} {} {}'.format( HydrusData.ToHumanBytes( s_size ), operator, HydrusData.ToHumanBytes( c_size ) )
statements_and_scores[ 'filesize' ] = ( statement, score )
# higher/same res
s_resolution = shown_media.GetResolution()
c_resolution = comparison_media.GetResolution()
if s_resolution is not None and c_resolution is not None and s_resolution != c_resolution:
s_res = shown_media.GetResolution()
c_res = comparison_media.GetResolution()
( s_w, s_h ) = s_res
( c_w, c_h ) = c_res
resolution_ratio = ( s_w * s_h ) / ( c_w * c_h )
if resolution_ratio == 1.0:
operator = '!='
score = 0
elif resolution_ratio > 2.0:
operator = '>>'
score = duplicate_comparison_score_much_higher_resolution
elif resolution_ratio > 1.00:
operator = '>'
score = duplicate_comparison_score_higher_resolution
elif resolution_ratio < 0.5:
operator = '<<'
score = -duplicate_comparison_score_much_higher_resolution
else:
operator = '<'
score = -duplicate_comparison_score_higher_resolution
if s_res in NICE_RESOLUTIONS:
s_string = NICE_RESOLUTIONS[ s_res ]
else:
s_string = HydrusData.ConvertResolutionToPrettyString( s_resolution )
if s_w % 2 == 1 or s_h % 2 == 1:
s_string += ' (unusual)'
if c_res in NICE_RESOLUTIONS:
c_string = NICE_RESOLUTIONS[ c_res ]
else:
c_string = HydrusData.ConvertResolutionToPrettyString( c_resolution )
if c_w % 2 == 1 or c_h % 2 == 1:
c_string += ' (unusual)'
statement = '{} {} {}'.format( s_string, operator, c_string )
statements_and_scores[ 'resolution' ] = ( statement, score )
#
s_ratio = s_w / s_h
c_ratio = c_w / c_h
s_nice = s_ratio in NICE_RATIOS
c_nice = c_ratio in NICE_RATIOS
if s_nice or c_nice:
if s_nice:
s_string = NICE_RATIOS[ s_ratio ]
else:
s_string = 'unusual'
if c_nice:
c_string = NICE_RATIOS[ c_ratio ]
else:
c_string = 'unusual'
if s_nice and c_nice:
operator = '-'
score = 0
elif s_nice:
operator = '>'
score = 10
elif c_nice:
operator = '<'
score = -10
if s_string == c_string:
statement = 'both {}'.format( s_string )
else:
statement = '{} {} {}'.format( s_string, operator, c_string )
statements_and_scores[ 'ratio' ] = ( statement, score )
# same/diff mime
if s_mime != c_mime:
statement = '{} vs {}'.format( HC.mime_string_lookup[ s_mime ], HC.mime_string_lookup[ c_mime ] )
score = 0
statements_and_scores[ 'mime' ] = ( statement, score )
# more tags
s_num_tags = len( shown_media.GetTagsManager().GetCurrentAndPending() )
c_num_tags = len( comparison_media.GetTagsManager().GetCurrentAndPending() )
if s_num_tags != c_num_tags:
if s_num_tags > 0 and c_num_tags > 0:
if s_num_tags > c_num_tags:
operator = '>'
score = duplicate_comparison_score_more_tags
else:
operator = '<'
score = -duplicate_comparison_score_more_tags
elif s_num_tags > 0:
operator = '>>'
score = duplicate_comparison_score_more_tags
elif c_num_tags > 0:
operator = '<<'
score = -duplicate_comparison_score_more_tags
statement = '{} tags {} {} tags'.format( HydrusData.ToHumanInt( s_num_tags ), operator, HydrusData.ToHumanInt( c_num_tags ) )
statements_and_scores[ 'num_tags' ] = ( statement, score )
# older
s_ts = shown_media.GetLocationsManager().GetTimestamp( CC.COMBINED_LOCAL_FILE_SERVICE_KEY )
c_ts = comparison_media.GetLocationsManager().GetTimestamp( CC.COMBINED_LOCAL_FILE_SERVICE_KEY )
one_month = 86400 * 30
if s_ts is not None and c_ts is not None and abs( s_ts - c_ts ) > one_month:
if s_ts < c_ts:
operator = 'older than'
score = duplicate_comparison_score_older
else:
operator = 'newer than'
score = -duplicate_comparison_score_older
statement = '{} {} {}'.format( HydrusData.TimestampToPrettyTimeDelta( s_ts ), operator, HydrusData.TimestampToPrettyTimeDelta( c_ts ) )
statements_and_scores[ 'time_imported' ] = ( statement, score )
if s_mime == HC.IMAGE_JPEG and c_mime == HC.IMAGE_JPEG:
global hashes_to_jpeg_quality
if s_hash not in hashes_to_jpeg_quality:
path = HG.client_controller.client_files_manager.GetFilePath( s_hash, s_mime )
hashes_to_jpeg_quality[ s_hash ] = HydrusImageHandling.GetJPEGQuantizationQualityEstimate( path )
if c_hash not in hashes_to_jpeg_quality:
path = HG.client_controller.client_files_manager.GetFilePath( c_hash, c_mime )
hashes_to_jpeg_quality[ c_hash ] = HydrusImageHandling.GetJPEGQuantizationQualityEstimate( path )
( s_label, s_jpeg_quality ) = hashes_to_jpeg_quality[ s_hash ]
( c_label, c_jpeg_quality ) = hashes_to_jpeg_quality[ c_hash ]
score = 0
if s_label != c_label:
if c_jpeg_quality is None or s_jpeg_quality is None:
score = 0
else:
# other way around, low score is good here
quality_ratio = c_jpeg_quality / s_jpeg_quality
if quality_ratio > 2.0:
score = duplicate_comparison_score_much_higher_jpeg_quality
elif quality_ratio > 1.0:
score = duplicate_comparison_score_higher_jpeg_quality
elif quality_ratio < 0.5:
score = -duplicate_comparison_score_much_higher_jpeg_quality
else:
score = -duplicate_comparison_score_higher_jpeg_quality
statement = '{} vs {} jpeg quality'.format( s_label, c_label )
statements_and_scores[ 'jpeg_quality' ] = ( statement, score )
if shown_media.IsStaticImage() and comparison_media.IsStaticImage() and shown_media.GetResolution() == comparison_media.GetResolution():
global hashes_to_pixel_hashes
if s_hash not in hashes_to_pixel_hashes:
path = HG.client_controller.client_files_manager.GetFilePath( s_hash, s_mime )
hashes_to_pixel_hashes[ s_hash ] = HydrusImageHandling.GetImagePixelHash( path, s_mime )
if c_hash not in hashes_to_pixel_hashes:
path = HG.client_controller.client_files_manager.GetFilePath( c_hash, c_mime )
hashes_to_pixel_hashes[ c_hash ] = HydrusImageHandling.GetImagePixelHash( path, c_mime )
s_pixel_hash = hashes_to_pixel_hashes[ s_hash ]
c_pixel_hash = hashes_to_pixel_hashes[ c_hash ]
if s_pixel_hash == c_pixel_hash:
if s_mime == HC.IMAGE_PNG and c_mime != HC.IMAGE_PNG:
statement = 'this is a pixel-for-pixel duplicate png!'
score = -100
elif s_mime != HC.IMAGE_PNG and c_mime == HC.IMAGE_PNG:
statement = 'other file is a pixel-for-pixel duplicate png!'
score = 100
else:
statement = 'images are pixel-for-pixel duplicates!'
score = 0
statements_and_scores[ 'pixel_duplicates' ] = ( statement, score )
return statements_and_scores
def MergeTagsManagers( tags_managers ):
def CurrentAndPendingFilter( items ):
for ( service_key, statuses_to_tags ) in items:
filtered = { status : tags for ( status, tags ) in list(statuses_to_tags.items()) if status in ( HC.CONTENT_STATUS_CURRENT, HC.CONTENT_STATUS_PENDING ) }
yield ( service_key, filtered )
# [[( service_key, statuses_to_tags )]]
s_k_s_t_t_tupled = ( CurrentAndPendingFilter( list(tags_manager.GetServiceKeysToStatusesToTags().items()) ) for tags_manager in tags_managers )
# [(service_key, statuses_to_tags)]
flattened_s_k_s_t_t = itertools.chain.from_iterable( s_k_s_t_t_tupled )
# service_key : [ statuses_to_tags ]
s_k_s_t_t_dict = HydrusData.BuildKeyToListDict( flattened_s_k_s_t_t )
# now let's merge so we have service_key : statuses_to_tags
merged_service_keys_to_statuses_to_tags = collections.defaultdict( HydrusData.default_dict_set )
for ( service_key, several_statuses_to_tags ) in list(s_k_s_t_t_dict.items()):
# [[( status, tags )]]
s_t_t_tupled = ( list(s_t_t.items()) for s_t_t in several_statuses_to_tags )
# [( status, tags )]
flattened_s_t_t = itertools.chain.from_iterable( s_t_t_tupled )
statuses_to_tags = HydrusData.default_dict_set()
for ( status, tags ) in flattened_s_t_t: statuses_to_tags[ status ].update( tags )
merged_service_keys_to_statuses_to_tags[ service_key ] = statuses_to_tags
return TagsManager( merged_service_keys_to_statuses_to_tags )
class DuplicatesManager( object ):
def __init__( self, service_keys_to_dupe_statuses_to_counts ):
self._service_keys_to_dupe_statuses_to_counts = service_keys_to_dupe_statuses_to_counts
def Duplicate( self ):
service_keys_to_dupe_statuses_to_counts = collections.defaultdict( collections.Counter )
return DuplicatesManager( service_keys_to_dupe_statuses_to_counts )
def GetDupeStatusesToCounts( self, service_key ):
return self._service_keys_to_dupe_statuses_to_counts[ service_key ]
class FileInfoManager( object ):
def __init__( self, hash_id, hash, size = None, mime = None, width = None, height = None, duration = None, num_frames = None, has_audio = None, num_words = None ):
if mime is None:
mime = HC.APPLICATION_UNKNOWN
self.hash_id = hash_id
self.hash = hash
self.size = size
self.mime = mime
self.width = width
self.height = height
self.duration = duration
self.num_frames = num_frames
self.has_audio = has_audio
self.num_words = num_words
def Duplicate( self ):
return FileInfoManager( self.hash_id, self.hash, self.size, self.mime, self.width, self.height, self.duration, self.num_frames, self.has_audio, self.num_words )
def ToTuple( self ):
return ( self.hash_id, self.hash, self.size, self.mime, self.width, self.height, self.duration, self.num_frames, self.has_audio, self.num_words )
class FileViewingStatsManager( object ):
def __init__( self, preview_views, preview_viewtime, media_views, media_viewtime ):
self.preview_views = preview_views
self.preview_viewtime = preview_viewtime
self.media_views = media_views
self.media_viewtime = media_viewtime
def Duplicate( self ):
return FileViewingStatsManager( self.preview_views, self.preview_viewtime, self.media_views, self.media_viewtime )
def GetPrettyCombinedLine( self ):
return 'viewed ' + HydrusData.ToHumanInt( self.media_views + self.preview_views ) + ' times, totalling ' + HydrusData.TimeDeltaToPrettyTimeDelta( self.media_viewtime + self.preview_viewtime )
def GetPrettyMediaLine( self ):
return 'viewed ' + HydrusData.ToHumanInt( self.media_views ) + ' times in media viewer, totalling ' + HydrusData.TimeDeltaToPrettyTimeDelta( self.media_viewtime )
def GetPrettyPreviewLine( self ):
return 'viewed ' + HydrusData.ToHumanInt( self.preview_views ) + ' times in preview window, totalling ' + HydrusData.TimeDeltaToPrettyTimeDelta( self.preview_viewtime )
def ProcessContentUpdate( self, content_update ):
( data_type, action, row ) = content_update.ToTuple()
if action == HC.CONTENT_UPDATE_ADD:
( hash, preview_views_delta, preview_viewtime_delta, media_views_delta, media_viewtime_delta ) = row
self.preview_views += preview_views_delta
self.preview_viewtime += preview_viewtime_delta
self.media_views += media_views_delta
self.media_viewtime += media_viewtime_delta
@staticmethod
def STATICGenerateEmptyManager():
return FileViewingStatsManager( 0, 0, 0, 0 )
class LocationsManager( object ):
LOCAL_LOCATIONS = { CC.LOCAL_FILE_SERVICE_KEY, CC.TRASH_SERVICE_KEY, CC.COMBINED_LOCAL_FILE_SERVICE_KEY }
def __init__( self, current, deleted, pending, petitioned, inbox = False, urls = None, service_keys_to_filenames = None, current_to_timestamps = None ):
self._current = current
self._deleted = deleted
self._pending = pending
self._petitioned = petitioned
self._inbox = inbox
if urls is None:
urls = set()
self._urls = urls
if service_keys_to_filenames is None:
service_keys_to_filenames = {}
self._service_keys_to_filenames = service_keys_to_filenames
if current_to_timestamps is None:
current_to_timestamps = {}
self._current_to_timestamps = current_to_timestamps
def DeletePending( self, service_key ):
self._pending.discard( service_key )
self._petitioned.discard( service_key )
def Duplicate( self ):
current = set( self._current )
deleted = set( self._deleted )
pending = set( self._pending )
petitioned = set( self._petitioned )
urls = set( self._urls )
service_keys_to_filenames = dict( self._service_keys_to_filenames )
current_to_timestamps = dict( self._current_to_timestamps )
return LocationsManager( current, deleted, pending, petitioned, self._inbox, urls, service_keys_to_filenames, current_to_timestamps )
def GetCDPP( self ): return ( self._current, self._deleted, self._pending, self._petitioned )
def GetCurrent( self ): return self._current
def GetCurrentRemote( self ):
return self._current - self.LOCAL_LOCATIONS
def GetDeleted( self ): return self._deleted
def GetDeletedRemote( self ):
return self._deleted - self.LOCAL_LOCATIONS
def GetInbox( self ):
return self._inbox
def GetPending( self ): return self._pending
def GetPendingRemote( self ):
return self._pending - self.LOCAL_LOCATIONS
def GetPetitioned( self ): return self._petitioned
def GetPetitionedRemote( self ):
return self._petitioned - self.LOCAL_LOCATIONS
def GetRemoteLocationStrings( self ):
current = self.GetCurrentRemote()
pending = self.GetPendingRemote()
petitioned = self.GetPetitionedRemote()
remote_services = HG.client_controller.services_manager.GetServices( ( HC.FILE_REPOSITORY, HC.IPFS ) )
remote_services = list( remote_services )
def key( s ):
return s.GetName()
remote_services.sort( key = key )
remote_service_strings = []
for remote_service in remote_services:
name = remote_service.GetName()
service_key = remote_service.GetServiceKey()
if service_key in pending:
remote_service_strings.append( name + ' (+)' )
elif service_key in current:
if service_key in petitioned:
remote_service_strings.append( name + ' (-)' )
else:
remote_service_strings.append( name )
return remote_service_strings
def GetTimestamp( self, service_key ):
if service_key in self._current_to_timestamps:
return self._current_to_timestamps[ service_key ]
else:
return None
def GetURLs( self ):
return self._urls
def IsDownloading( self ):
return CC.COMBINED_LOCAL_FILE_SERVICE_KEY in self._pending
def IsLocal( self ):
return CC.COMBINED_LOCAL_FILE_SERVICE_KEY in self._current
def IsRemote( self ):
return CC.COMBINED_LOCAL_FILE_SERVICE_KEY not in self._current
def IsTrashed( self ):
return CC.TRASH_SERVICE_KEY in self._current
def ProcessContentUpdate( self, service_key, content_update ):
( data_type, action, row ) = content_update.ToTuple()
if data_type == HC.CONTENT_TYPE_FILES:
if action == HC.CONTENT_UPDATE_ARCHIVE:
self._inbox = False
elif action == HC.CONTENT_UPDATE_INBOX:
self._inbox = True
elif action == HC.CONTENT_UPDATE_ADD:
self._current.add( service_key )
self._deleted.discard( service_key )
self._pending.discard( service_key )
if service_key == CC.LOCAL_FILE_SERVICE_KEY:
self._current.discard( CC.TRASH_SERVICE_KEY )
self._pending.discard( CC.COMBINED_LOCAL_FILE_SERVICE_KEY )
if CC.COMBINED_LOCAL_FILE_SERVICE_KEY not in self._current:
self._inbox = True
self._current.add( CC.COMBINED_LOCAL_FILE_SERVICE_KEY )
self._deleted.discard( CC.COMBINED_LOCAL_FILE_SERVICE_KEY )
self._current_to_timestamps[ CC.COMBINED_LOCAL_FILE_SERVICE_KEY ] = HydrusData.GetNow()
self._current_to_timestamps[ service_key ] = HydrusData.GetNow()
elif action == HC.CONTENT_UPDATE_DELETE:
self._deleted.add( service_key )
self._current.discard( service_key )
self._petitioned.discard( service_key )
if service_key == CC.LOCAL_FILE_SERVICE_KEY:
self._current.add( CC.TRASH_SERVICE_KEY )
self._current_to_timestamps[ CC.TRASH_SERVICE_KEY ] = HydrusData.GetNow()
elif service_key == CC.TRASH_SERVICE_KEY:
self._inbox = False
self._current.discard( CC.COMBINED_LOCAL_FILE_SERVICE_KEY )
self._deleted.add( CC.COMBINED_LOCAL_FILE_SERVICE_KEY )
elif action == HC.CONTENT_UPDATE_UNDELETE:
self._current.discard( CC.TRASH_SERVICE_KEY )
self._deleted.discard( CC.LOCAL_FILE_SERVICE_KEY )
self._current.add( CC.LOCAL_FILE_SERVICE_KEY )
elif action == HC.CONTENT_UPDATE_PEND:
if service_key not in self._current: self._pending.add( service_key )
elif action == HC.CONTENT_UPDATE_PETITION:
if service_key not in self._deleted: self._petitioned.add( service_key )
elif action == HC.CONTENT_UPDATE_RESCIND_PEND:
self._pending.discard( service_key )
elif action == HC.CONTENT_UPDATE_RESCIND_PETITION:
self._petitioned.discard( service_key )
elif data_type == HC.CONTENT_TYPE_URLS:
if action == HC.CONTENT_UPDATE_ADD:
( urls, hashes ) = row
self._urls.update( urls )
elif action == HC.CONTENT_UPDATE_DELETE:
( urls, hashes ) = row
self._urls.difference_update( urls )
def ResetService( self, service_key ):
self._current.discard( service_key )
self._pending.discard( service_key )
self._deleted.discard( service_key )
self._petitioned.discard( service_key )
def ShouldIdeallyHaveThumbnail( self ): # file repo or local
return len( self._current ) > 0
class Media( object ):
def __init__( self ):
self._id = HydrusData.GenerateKey()
self._id_hash = self._id.__hash__()
def __eq__( self, other ): return self.__hash__() == other.__hash__()
def __hash__( self ):
return self._id_hash
def __ne__( self, other ): return self.__hash__() != other.__hash__()
class MediaCollect( HydrusSerialisable.SerialisableBase ):
SERIALISABLE_TYPE = HydrusSerialisable.SERIALISABLE_TYPE_MEDIA_COLLECT
SERIALISABLE_NAME = 'Media Collect'
SERIALISABLE_VERSION = 1
def __init__( self, namespaces = None, rating_service_keys = None, collect_unmatched = None ):
if namespaces is None:
namespaces = []
if rating_service_keys is None:
rating_service_keys = []
if collect_unmatched is None:
collect_unmatched = True
self.namespaces = namespaces
self.rating_service_keys = rating_service_keys
self.collect_unmatched = collect_unmatched
def _GetSerialisableInfo( self ):
serialisable_rating_service_keys = [ key.hex() for key in self.rating_service_keys ]
return ( self.namespaces, serialisable_rating_service_keys, self.collect_unmatched )
def _InitialiseFromSerialisableInfo( self, serialisable_info ):
( self.namespaces, serialisable_rating_service_keys, self.collect_unmatched ) = serialisable_info
self.rating_service_keys = [ bytes.fromhex( serialisable_key ) for serialisable_key in serialisable_rating_service_keys ]
def DoesACollect( self ):
return len( self.namespaces ) > 0 or len( self.rating_service_keys ) > 0
HydrusSerialisable.SERIALISABLE_TYPES_TO_OBJECT_TYPES[ HydrusSerialisable.SERIALISABLE_TYPE_MEDIA_COLLECT ] = MediaCollect
class MediaList( object ):
def __init__( self, file_service_key, media_results ):
self._file_service_key = file_service_key
self._hashes = set()
self._hashes_to_singleton_media = {}
self._hashes_to_collected_media = {}
self._media_sort = MediaSort( ( 'system', CC.SORT_FILES_BY_FILESIZE ), CC.SORT_ASC )
self._media_collect = MediaCollect()
self._sorted_media = SortedList( [ self._GenerateMediaSingleton( media_result ) for media_result in media_results ] )
self._singleton_media = set( self._sorted_media )
self._collected_media = set()
self._RecalcHashes()
def __len__( self ):
return len( self._singleton_media ) + sum( map( len, self._collected_media ) )
def _CalculateCollectionKeysToMedias( self, media_collect, medias ):
keys_to_medias = collections.defaultdict( list )
namespaces_to_collect_by = list( media_collect.namespaces )
ratings_to_collect_by = list( media_collect.rating_service_keys )
services_manager = HG.client_controller.services_manager
for media in medias:
if len( namespaces_to_collect_by ) > 0:
namespace_key = media.GetTagsManager().GetNamespaceSlice( namespaces_to_collect_by )
else:
namespace_key = frozenset()
if len( ratings_to_collect_by ) > 0:
rating_key = media.GetRatingsManager().GetRatingSlice( ratings_to_collect_by )
else:
rating_key = frozenset()
keys_to_medias[ ( namespace_key, rating_key ) ].append( media )
return keys_to_medias
def _GenerateMediaCollection( self, media_results ):
return MediaCollection( self._file_service_key, media_results )
def _GenerateMediaSingleton( self, media_result ):
return MediaSingleton( media_result )
def _GetFirst( self ): return self._sorted_media[ 0 ]
def _GetLast( self ): return self._sorted_media[ -1 ]
def _GetMedia( self, hashes, discriminator = None ):
if hashes.isdisjoint( self._hashes ):
return []
medias = []
if discriminator is None or discriminator == 'singletons':
medias.extend( ( self._hashes_to_singleton_media[ hash ] for hash in hashes if hash in self._hashes_to_singleton_media ) )
if discriminator is None or discriminator == 'collections':
medias.extend( { self._hashes_to_collected_media[ hash ] for hash in hashes if hash in self._hashes_to_collected_media } )
return medias
def _GetNext( self, media ):
if media is None:
return None
next_index = self._sorted_media.index( media ) + 1
if next_index == len( self._sorted_media ):
return self._GetFirst()
else:
return self._sorted_media[ next_index ]
def _GetPrevious( self, media ):
if media is None: return None
previous_index = self._sorted_media.index( media ) - 1
if previous_index == -1:
return self._GetLast()
else:
return self._sorted_media[ previous_index ]
def _HasHashes( self, hashes ):
for hash in hashes:
if hash in self._hashes:
return True
return False
def _RecalcHashes( self ):
self._hashes = set()
self._hashes_to_singleton_media = {}
self._hashes_to_collected_media = {}
for media in self._collected_media:
hashes = media.GetHashes()
self._hashes.update( hashes )
for hash in hashes:
self._hashes_to_collected_media[ hash ] = media
for media in self._singleton_media:
hash = media.GetHash()
self._hashes.add( hash )
self._hashes_to_singleton_media[ hash ] = media
def _RemoveMediaByHashes( self, hashes ):
if not isinstance( hashes, set ):
hashes = set( hashes )
affected_singleton_media = self._GetMedia( hashes, discriminator = 'singletons' )
for media in self._collected_media:
media._RemoveMediaByHashes( hashes )
affected_collected_media = [ media for media in self._collected_media if media.HasNoMedia() ]
self._RemoveMediaDirectly( affected_singleton_media, affected_collected_media )
def _RemoveMediaDirectly( self, singleton_media, collected_media ):
if not isinstance( singleton_media, set ):
singleton_media = set( singleton_media )
if not isinstance( collected_media, set ):
collected_media = set( collected_media )
self._singleton_media.difference_update( singleton_media )
self._collected_media.difference_update( collected_media )
self._sorted_media.remove_items( singleton_media.union( collected_media ) )
self._RecalcHashes()
def AddMedia( self, new_media ):
new_media = FlattenMedia( new_media )
addable_media = []
for media in new_media:
hash = media.GetHash()
if hash in self._hashes:
continue
addable_media.append( media )
self._hashes.add( hash )
self._hashes_to_singleton_media[ hash ] = media
self._singleton_media.update( addable_media )
self._sorted_media.append_items( addable_media )
return new_media
def Collect( self, media_collect = None ):
if media_collect == None:
media_collect = self._media_collect
self._media_collect = media_collect
flat_media = list( self._singleton_media )
for media in self._collected_media:
flat_media.extend( [ self._GenerateMediaSingleton( media_result ) for media_result in media.GenerateMediaResults() ] )
if self._media_collect.DoesACollect():
keys_to_medias = self._CalculateCollectionKeysToMedias( media_collect, flat_media )
# add an option here I think, to media_collect to say if collections with one item should be singletons or not
self._singleton_media = set()#{ medias[0] for ( key, medias ) in keys_to_medias.items() if len( medias ) == 1 }
if not self._media_collect.collect_unmatched:
unmatched_key = ( frozenset(), frozenset() )
if unmatched_key in keys_to_medias:
unmatched_medias = keys_to_medias[ unmatched_key ]
self._singleton_media.update( unmatched_medias )
del keys_to_medias[ unmatched_key ]
self._collected_media = { self._GenerateMediaCollection( [ media.GetMediaResult() for media in medias ] ) for ( key, medias ) in keys_to_medias.items() }# if len( medias ) > 1 }
else:
self._singleton_media = set( flat_media )
self._collected_media = set()
self._sorted_media = SortedList( list( self._singleton_media ) + list( self._collected_media ) )
self._RecalcHashes()
def DeletePending( self, service_key ):
for media in self._collected_media:
media.DeletePending( service_key )
def GenerateMediaResults( self, has_location = None, discriminant = None, selected_media = None, unrated = None, for_media_viewer = False ):
media_results = []
for media in self._sorted_media:
if has_location is not None:
locations_manager = media.GetLocationsManager()
if has_location not in locations_manager.GetCurrent():
continue
if selected_media is not None and media not in selected_media:
continue
if media.IsCollection():
# don't include selected_media here as it is not valid at the deeper collection level
media_results.extend( media.GenerateMediaResults( has_location = has_location, discriminant = discriminant, unrated = unrated, for_media_viewer = True ) )
else:
if discriminant is not None:
locations_manager = media.GetLocationsManager()
if discriminant == CC.DISCRIMINANT_INBOX:
p = media.HasInbox()
elif discriminant == CC.DISCRIMINANT_ARCHIVE:
p = not media.HasInbox()
elif discriminant == CC.DISCRIMINANT_LOCAL:
p = locations_manager.IsLocal()
elif discriminant == CC.DISCRIMINANT_LOCAL_BUT_NOT_IN_TRASH:
p = locations_manager.IsLocal() and not locations_manager.IsTrashed()
elif discriminant == CC.DISCRIMINANT_NOT_LOCAL:
p = not locations_manager.IsLocal()
elif discriminant == CC.DISCRIMINANT_DOWNLOADING:
p = locations_manager.IsDownloading()
if not p:
continue
if unrated is not None:
ratings_manager = media.GetRatingsManager()
if ratings_manager.GetRating( unrated ) is not None:
continue
if for_media_viewer:
new_options = HG.client_controller.new_options
media_show_action = new_options.GetMediaShowAction( media.GetMime() )
if media_show_action in ( CC.MEDIA_VIEWER_ACTION_DO_NOT_SHOW_ON_ACTIVATION_OPEN_EXTERNALLY, CC.MEDIA_VIEWER_ACTION_DO_NOT_SHOW ):
continue
media_results.append( media.GetMediaResult() )
return media_results
def GetAPIInfoDict( self, simple ):
d = {}
d[ 'num_files' ] = self.GetNumFiles()
if not simple:
hashes = self.GetHashes( ordered = True )
d[ 'hashes' ] = [ hash.hex() for hash in hashes ]
return d
def GetFirst( self ):
return self._GetFirst()
def GetFlatMedia( self ):
flat_media = []
for media in self._sorted_media:
if media.IsCollection():
flat_media.extend( media.GetFlatMedia() )
else:
flat_media.append( media )
return flat_media
def GetHashes( self, has_location = None, discriminant = None, not_uploaded_to = None, ordered = False ):
if has_location is None and discriminant is None and not_uploaded_to is None and not ordered:
return self._hashes
else:
if ordered:
result = []
for media in self._sorted_media:
result.extend( media.GetHashes( has_location, discriminant, not_uploaded_to, ordered ) )
else:
result = set()
for media in self._sorted_media:
result.update( media.GetHashes( has_location, discriminant, not_uploaded_to, ordered ) )
return result
def GetLast( self ):
return self._GetLast()
def GetMediaIndex( self, media ):
return self._sorted_media.index( media )
def GetNext( self, media ):
return self._GetNext( media )
def GetNumFiles( self ):
return len( self._hashes )
def GetPrevious( self, media ):
return self._GetPrevious( media )
def GetSortedMedia( self ):
return self._sorted_media
def HasAnyOfTheseHashes( self, hashes ):
return not hashes.isdisjoint( self._hashes )
def HasMedia( self, media ):
if media is None:
return False
if media in self._singleton_media:
return True
elif media in self._collected_media:
return True
else:
for media_collection in self._collected_media:
if media_collection.HasMedia( media ):
return True
return False
def HasNoMedia( self ):
return len( self._sorted_media ) == 0
def ProcessContentUpdates( self, service_keys_to_content_updates ):
for m in self._collected_media:
m.ProcessContentUpdates( service_keys_to_content_updates )
for ( service_key, content_updates ) in list(service_keys_to_content_updates.items()):
for content_update in content_updates:
( data_type, action, row ) = content_update.ToTuple()
hashes = content_update.GetHashes()
if data_type == HC.CONTENT_TYPE_FILES:
if action == HC.CONTENT_UPDATE_DELETE:
local_file_domains = HG.client_controller.services_manager.GetServiceKeys( ( HC.LOCAL_FILE_DOMAIN, ) )
non_trash_local_file_services = list( local_file_domains ) + [ CC.COMBINED_LOCAL_FILE_SERVICE_KEY ]
all_local_file_services = list( non_trash_local_file_services ) + [ CC.TRASH_SERVICE_KEY ]
physically_deleted = service_key in ( CC.TRASH_SERVICE_KEY, CC.COMBINED_LOCAL_FILE_SERVICE_KEY )
trashed = service_key in local_file_domains
deleted_from_our_domain = service_key = self._file_service_key
physically_deleted_and_local_view = physically_deleted and self._file_service_key in all_local_file_services
user_says_remove_and_trashed_from_our_local_file_domain = HC.options[ 'remove_trashed_files' ] and trashed and deleted_from_our_domain
deleted_from_repo_and_repo_view = service_key not in all_local_file_services and deleted_from_our_domain
if physically_deleted_and_local_view or user_says_remove_and_trashed_from_our_local_file_domain or deleted_from_repo_and_repo_view:
self._RemoveMediaByHashes( hashes )
def ProcessServiceUpdates( self, service_keys_to_service_updates ):
for ( service_key, service_updates ) in list(service_keys_to_service_updates.items()):
for service_update in service_updates:
( action, row ) = service_update.ToTuple()
if action == HC.SERVICE_UPDATE_DELETE_PENDING:
self.DeletePending( service_key )
elif action == HC.SERVICE_UPDATE_RESET:
self.ResetService( service_key )
def ResetService( self, service_key ):
if service_key == self._file_service_key:
self._RemoveMediaDirectly( self._singleton_media, self._collected_media )
else:
for media in self._collected_media: media.ResetService( service_key )
def Sort( self, media_sort = None ):
for media in self._collected_media:
media.Sort( media_sort )
if media_sort is None:
media_sort = self._media_sort
self._media_sort = media_sort
media_sort_fallback = HG.client_controller.new_options.GetFallbackSort()
( sort_key, reverse ) = media_sort_fallback.GetSortKeyAndReverse( self._file_service_key )
self._sorted_media.sort( sort_key, reverse = reverse )
# this is a stable sort, so the fallback order above will remain for equal items
( sort_key, reverse ) = self._media_sort.GetSortKeyAndReverse( self._file_service_key )
self._sorted_media.sort( sort_key = sort_key, reverse = reverse )
class ListeningMediaList( MediaList ):
def __init__( self, file_service_key, media_results ):
MediaList.__init__( self, file_service_key, media_results )
HG.client_controller.sub( self, 'ProcessContentUpdates', 'content_updates_gui' )
HG.client_controller.sub( self, 'ProcessServiceUpdates', 'service_updates_gui' )
def AddMediaResults( self, media_results ):
new_media = []
for media_result in media_results:
hash = media_result.GetHash()
if hash in self._hashes:
continue
new_media.append( self._GenerateMediaSingleton( media_result ) )
self.AddMedia( new_media )
return new_media
class MediaCollection( MediaList, Media ):
def __init__( self, file_service_key, media_results ):
Media.__init__( self )
MediaList.__init__( self, file_service_key, media_results )
self._archive = True
self._inbox = False
self._size = 0
self._size_definite = True
self._width = None
self._height = None
self._duration = None
self._num_frames = None
self._num_words = None
self._tags_manager = None
self._locations_manager = None
self._file_viewing_stats_manager = None
self._RecalcInternals()
def _RecalcInternals( self ):
self._RecalcHashes()
self._archive = True in ( media.HasArchive() for media in self._sorted_media )
self._inbox = True in ( media.HasInbox() for media in self._sorted_media )
self._size = sum( [ media.GetSize() for media in self._sorted_media ] )
self._size_definite = not False in ( media.IsSizeDefinite() for media in self._sorted_media )
duration_sum = sum( [ media.GetDuration() for media in self._sorted_media if media.HasDuration() ] )
if duration_sum > 0: self._duration = duration_sum
else: self._duration = None
tags_managers = [ m.GetTagsManager() for m in self._sorted_media ]
self._tags_manager = MergeTagsManagers( tags_managers )
# horrible compromise
if len( self._sorted_media ) > 0:
self._ratings_manager = self._sorted_media[0].GetRatingsManager()
else:
self._ratings_manager = ClientRatings.RatingsManager( {} )
all_locations_managers = [ media.GetLocationsManager() for media in self._sorted_media ]
current = HydrusData.IntelligentMassIntersect( [ locations_manager.GetCurrent() for locations_manager in all_locations_managers ] )
deleted = HydrusData.IntelligentMassIntersect( [ locations_manager.GetDeleted() for locations_manager in all_locations_managers ] )
pending = HydrusData.IntelligentMassIntersect( [ locations_manager.GetPending() for locations_manager in all_locations_managers ] )
petitioned = HydrusData.IntelligentMassIntersect( [ locations_manager.GetPetitioned() for locations_manager in all_locations_managers ] )
self._locations_manager = LocationsManager( current, deleted, pending, petitioned )
preview_views = 0
preview_viewtime = 0.0
media_views = 0
media_viewtime = 0.0
for m in self._sorted_media:
fvsm = m.GetFileViewingStatsManager()
preview_views += fvsm.preview_views
preview_viewtime += fvsm.preview_viewtime
media_views += fvsm.media_views
media_viewtime += fvsm.media_viewtime
self._file_viewing_stats_manager = FileViewingStatsManager( preview_views, preview_viewtime, media_views, media_viewtime )
def AddMedia( self, new_media ):
MediaList.AddMedia( self, new_media )
self._RecalcInternals()
def DeletePending( self, service_key ):
MediaList.DeletePending( self, service_key )
self._RecalcInternals()
def GetDisplayMedia( self ): return self._GetFirst().GetDisplayMedia()
def GetDuration( self ): return self._duration
def GetFileViewingStatsManager( self ):
return self._file_viewing_stats_manager
def GetHash( self ): return self.GetDisplayMedia().GetHash()
def GetLocationsManager( self ): return self._locations_manager
def GetMime( self ): return HC.APPLICATION_HYDRUS_CLIENT_COLLECTION
def GetNumFiles( self ):
return len( self._hashes )
def GetNumInbox( self ):
return sum( ( media.GetNumInbox() for media in self._sorted_media ) )
def GetNumFrames( self ):
num_frames = ( media.GetNumFrames() for media in self._sorted_media )
return sum( ( nf for nf in num_frames if nf is not None ) )
def GetNumWords( self ):
num_words = ( media.GetNumWords() for media in self._sorted_media )
return sum( ( nw for nw in num_words if nw is not None ) )
def GetPrettyInfoLines( self ):
size = HydrusData.ToHumanBytes( self._size )
mime = HC.mime_string_lookup[ HC.APPLICATION_HYDRUS_CLIENT_COLLECTION ]
info_string = size + ' ' + mime
info_string += ' (' + HydrusData.ToHumanInt( self.GetNumFiles() ) + ' files)'
return [ info_string ]
def GetRatingsManager( self ):
return self._ratings_manager
def GetResolution( self ):
if self._width is None:
return ( 0, 0 )
else:
return ( self._width, self._height )
def GetSingletonsTagsManagers( self ):
tags_managers = [ m.GetTagsManager() for m in self._singleton_media ]
for m in self._collected_media: tags_managers.extend( m.GetSingletonsTagsManagers() )
return tags_managers
def GetSize( self ): return self._size
def GetTagsManager( self ): return self._tags_manager
def GetTimestamp( self, service_key ): return None
def HasArchive( self ): return self._archive
def HasDuration( self ): return self._duration is not None
def HasImages( self ): return True in ( media.HasImages() for media in self._sorted_media )
def HasInbox( self ): return self._inbox
def IsCollection( self ): return True
def IsImage( self ): return False
def IsSizeDefinite( self ): return self._size_definite
def ProcessContentUpdates( self, service_keys_to_content_updates ):
MediaList.ProcessContentUpdates( self, service_keys_to_content_updates )
self._RecalcInternals()
def RefreshFileInfo( self ):
for media in self._sorted_media:
media.RefreshFileInfo()
self._RecalcInternals()
def ResetService( self, service_key ):
MediaList.ResetService( self, service_key )
self._RecalcInternals()
class MediaSingleton( Media ):
def __init__( self, media_result ):
Media.__init__( self )
self._media_result = media_result
def Duplicate( self ):
return MediaSingleton( self._media_result.Duplicate() )
def GetDisplayMedia( self ):
return self
def GetDuration( self ):
return self._media_result.GetDuration()
def GetFileViewingStatsManager( self ):
return self._media_result.GetFileViewingStatsManager()
def GetHash( self ):
return self._media_result.GetHash()
def GetHashes( self, has_location = None, discriminant = None, not_uploaded_to = None, ordered = False ):
if self.MatchesDiscriminant( has_location = has_location, discriminant = discriminant, not_uploaded_to = not_uploaded_to ):
if ordered:
return [ self._media_result.GetHash() ]
else:
return { self._media_result.GetHash() }
else:
if ordered:
return []
else:
return set()
def GetLocationsManager( self ): return self._media_result.GetLocationsManager()
def GetMediaResult( self ): return self._media_result
def GetMime( self ): return self._media_result.GetMime()
def GetNumFiles( self ): return 1
def GetNumFrames( self ): return self._media_result.GetNumFrames()
def GetNumInbox( self ):
if self.HasInbox(): return 1
else: return 0
def GetNumWords( self ): return self._media_result.GetNumWords()
def GetTimestamp( self, service_key ):
return self._media_result.GetLocationsManager().GetTimestamp( service_key )
def GetPrettyInfoLines( self ):
file_info_manager = self._media_result.GetFileInfoManager()
locations_manager = self._media_result.GetLocationsManager()
( hash_id, hash, size, mime, width, height, duration, num_frames, has_audio, num_words ) = file_info_manager.ToTuple()
info_string = HydrusData.ToHumanBytes( size ) + ' ' + HC.mime_string_lookup[ mime ]
if width is not None and height is not None: info_string += ' (' + HydrusData.ToHumanInt( width ) + 'x' + HydrusData.ToHumanInt( height ) + ')'
if duration is not None: info_string += ', ' + HydrusData.ConvertMillisecondsToPrettyTime( duration )
if num_frames is not None: info_string += ' (' + HydrusData.ToHumanInt( num_frames ) + ' frames)'
if has_audio:
info_string += ', {}'.format( HG.client_controller.new_options.GetString( 'has_audio_label' ) )
if num_words is not None: info_string += ' (' + HydrusData.ToHumanInt( num_words ) + ' words)'
lines = [ info_string ]
locations_manager = self._media_result.GetLocationsManager()
current_service_keys = locations_manager.GetCurrent()
deleted_service_keys = locations_manager.GetDeleted()
if CC.COMBINED_LOCAL_FILE_SERVICE_KEY in current_service_keys:
timestamp = locations_manager.GetTimestamp( CC.COMBINED_LOCAL_FILE_SERVICE_KEY )
lines.append( 'imported ' + HydrusData.TimestampToPrettyTimeDelta( timestamp ) )
if CC.TRASH_SERVICE_KEY in current_service_keys:
timestamp = locations_manager.GetTimestamp( CC.TRASH_SERVICE_KEY )
lines.append( 'trashed ' + HydrusData.TimestampToPrettyTimeDelta( timestamp ) )
if CC.COMBINED_LOCAL_FILE_SERVICE_KEY in deleted_service_keys:
lines.append( 'was once previously in this client' )
for service_key in current_service_keys:
if service_key in ( CC.COMBINED_LOCAL_FILE_SERVICE_KEY, CC.LOCAL_FILE_SERVICE_KEY, CC.TRASH_SERVICE_KEY ):
continue
timestamp = locations_manager.GetTimestamp( service_key )
service = HG.client_controller.services_manager.GetService( service_key )
service_type = service.GetServiceType()
if service_type == HC.IPFS:
status = 'pinned '
else:
status = 'uploaded '
lines.append( status + 'to ' + service.GetName() + ' ' + HydrusData.TimestampToPrettyTimeDelta( timestamp ) )
return lines
def GetRatingsManager( self ): return self._media_result.GetRatingsManager()
def GetResolution( self ):
( width, height ) = self._media_result.GetResolution()
if width is None:
return ( 0, 0 )
else:
return ( width, height )
def GetSize( self ):
size = self._media_result.GetSize()
if size is None: return 0
else: return size
def GetTagsManager( self ): return self._media_result.GetTagsManager()
def GetTitleString( self ):
new_options = HG.client_controller.new_options
tag_summary_generator = new_options.GetTagSummaryGenerator( 'media_viewer_top' )
tm = self.GetTagsManager()
tags = tm.GetCurrent( CC.COMBINED_TAG_SERVICE_KEY ).union( tm.GetPending( CC.COMBINED_TAG_SERVICE_KEY ) )
if len( tags ) == 0:
return ''
siblings_manager = HG.client_controller.tag_siblings_manager
tags = siblings_manager.CollapseTags( CC.COMBINED_TAG_SERVICE_KEY, tags )
summary = tag_summary_generator.GenerateSummary( tags )
return summary
def HasAnyOfTheseHashes( self, hashes ):
return self._media_result.GetHash() in hashes
def HasArchive( self ):
return not self._media_result.GetInbox()
def HasAudio( self ):
return self._media_result.HasAudio()
def HasDuration( self ):
# some funky formats have duration but no frames
# some have a single 'frame' but no reported duration
duration = self._media_result.GetDuration()
if duration is None or duration == 0:
return False
num_frames = self._media_result.GetNumFrames()
if num_frames is None or num_frames == 0:
return False
return True
def HasImages( self ): return self.IsImage()
def HasInbox( self ): return self._media_result.GetInbox()
def IsCollection( self ): return False
def IsImage( self ):
return self._media_result.GetMime() in HC.IMAGES and not self.HasDuration()
def IsSizeDefinite( self ): return self._media_result.GetSize() is not None
def IsStaticImage( self ):
return self._media_result.IsStaticImage()
def MatchesDiscriminant( self, has_location = None, discriminant = None, not_uploaded_to = None ):
if discriminant is not None:
inbox = self._media_result.GetInbox()
locations_manager = self._media_result.GetLocationsManager()
if discriminant == CC.DISCRIMINANT_INBOX:
p = inbox
elif discriminant == CC.DISCRIMINANT_ARCHIVE:
p = not inbox
elif discriminant == CC.DISCRIMINANT_LOCAL:
p = locations_manager.IsLocal()
elif discriminant == CC.DISCRIMINANT_LOCAL_BUT_NOT_IN_TRASH:
p = locations_manager.IsLocal() and not locations_manager.IsTrashed()
elif discriminant == CC.DISCRIMINANT_NOT_LOCAL:
p = not locations_manager.IsLocal()
elif discriminant == CC.DISCRIMINANT_DOWNLOADING:
p = locations_manager.IsDownloading()
if not p:
return False
if has_location is not None:
locations_manager = self._media_result.GetLocationsManager()
if has_location not in locations_manager.GetCurrent():
return False
if not_uploaded_to is not None:
locations_manager = self._media_result.GetLocationsManager()
if not_uploaded_to in locations_manager.GetCurrentRemote():
return False
return True
def RefreshFileInfo( self ):
media_results = HG.client_controller.Read( 'media_results', ( self._media_result.GetHash(), ) )
if len( media_results ) > 0:
media_result = media_results[0]
self._media_result = media_result
class MediaResult( object ):
def __init__( self, file_info_manager, tags_manager, locations_manager, ratings_manager, file_viewing_stats_manager ):
self._file_info_manager = file_info_manager
self._tags_manager = tags_manager
self._locations_manager = locations_manager
self._ratings_manager = ratings_manager
self._file_viewing_stats_manager = file_viewing_stats_manager
def DeletePending( self, service_key ):
service = HG.client_controller.services_manager.GetService( service_key )
service_type = service.GetServiceType()
if service_type in HC.TAG_SERVICES:
self._tags_manager.DeletePending( service_key )
elif service_type in HC.FILE_SERVICES:
self._locations_manager.DeletePending( service_key )
def Duplicate( self ):
file_info_manager = self._file_info_manager.Duplicate()
tags_manager = self._tags_manager.Duplicate()
locations_manager = self._locations_manager.Duplicate()
ratings_manager = self._ratings_manager.Duplicate()
file_viewing_stats_manager = self._file_viewing_stats_manager.Duplicate()
return MediaResult( file_info_manager, tags_manager, locations_manager, ratings_manager, file_viewing_stats_manager )
def GetDuration( self ):
return self._file_info_manager.duration
def GetFileInfoManager( self ):
return self._file_info_manager
def GetFileViewingStatsManager( self ):
return self._file_viewing_stats_manager
def GetHash( self ):
return self._file_info_manager.hash
def GetHashId( self ):
return self._file_info_manager.hash_id
def GetInbox( self ):
return self._locations_manager.GetInbox()
def GetLocationsManager( self ):
return self._locations_manager
def GetMime( self ):
return self._file_info_manager.mime
def GetNumFrames( self ):
return self._file_info_manager.num_frames
def GetNumWords( self ):
return self._file_info_manager.num_words
def GetRatingsManager( self ):
return self._ratings_manager
def GetResolution( self ):
return ( self._file_info_manager.width, self._file_info_manager.height )
def GetSize( self ):
return self._file_info_manager.size
def GetTagsManager( self ):
return self._tags_manager
def HasAudio( self ):
return self._file_info_manager.has_audio is True
def IsStaticImage( self ):
return self._file_info_manager.mime in HC.IMAGES and self._file_info_manager.duration in ( None, 0 )
def ProcessContentUpdate( self, service_key, content_update ):
try:
service = HG.client_controller.services_manager.GetService( service_key )
except HydrusExceptions.DataMissing:
return
service_type = service.GetServiceType()
if service_type in HC.TAG_SERVICES:
self._tags_manager.ProcessContentUpdate( service_key, content_update )
elif service_type in HC.FILE_SERVICES:
if content_update.GetDataType() == HC.CONTENT_TYPE_FILE_VIEWING_STATS:
self._file_viewing_stats_manager.ProcessContentUpdate( content_update )
else:
self._locations_manager.ProcessContentUpdate( service_key, content_update )
elif service_type in HC.RATINGS_SERVICES:
self._ratings_manager.ProcessContentUpdate( service_key, content_update )
def ResetService( self, service_key ):
self._tags_manager.ResetService( service_key )
self._locations_manager.ResetService( service_key )
def SetTagsManager( self, tags_manager ):
self._tags_manager = tags_manager
def ToTuple( self ):
return ( self._file_info_manager, self._tags_manager, self._locations_manager, self._ratings_manager )
class MediaSort( HydrusSerialisable.SerialisableBase ):
SERIALISABLE_TYPE = HydrusSerialisable.SERIALISABLE_TYPE_MEDIA_SORT
SERIALISABLE_NAME = 'Media Sort'
SERIALISABLE_VERSION = 1
def __init__( self, sort_type = None, sort_asc = None ):
if sort_type is None:
sort_type = ( 'system', CC.SORT_FILES_BY_FILESIZE )
if sort_asc is None:
sort_asc = CC.SORT_ASC
self.sort_type = sort_type
self.sort_asc = sort_asc
def _GetSerialisableInfo( self ):
( sort_metatype, sort_data ) = self.sort_type
if sort_metatype == 'system':
serialisable_sort_data = sort_data
elif sort_metatype == 'namespaces':
serialisable_sort_data = sort_data
elif sort_metatype == 'rating':
service_key = sort_data
serialisable_sort_data = service_key.hex()
return ( sort_metatype, serialisable_sort_data, self.sort_asc )
def _InitialiseFromSerialisableInfo( self, serialisable_info ):
( sort_metatype, serialisable_sort_data, self.sort_asc ) = serialisable_info
if sort_metatype == 'system':
sort_data = serialisable_sort_data
elif sort_metatype == 'namespaces':
sort_data = tuple( serialisable_sort_data )
elif sort_metatype == 'rating':
sort_data = bytes.fromhex( serialisable_sort_data )
self.sort_type = ( sort_metatype, sort_data )
def CanAsc( self ):
( sort_metatype, sort_data ) = self.sort_type
if sort_metatype == 'system':
if sort_data in ( CC.SORT_FILES_BY_MIME, CC.SORT_FILES_BY_RANDOM ):
return False
elif sort_metatype == 'namespaces':
return False
return True
def GetSortKeyAndReverse( self, file_service_key ):
reverse = False
( sort_metadata, sort_data ) = self.sort_type
def deal_with_none( x ):
if x is None: return -1
else: return x
if sort_metadata == 'system':
if sort_data == CC.SORT_FILES_BY_RANDOM:
def sort_key( x ):
return random.random()
elif sort_data == CC.SORT_FILES_BY_APPROX_BITRATE:
def sort_key( x ):
# videos > images > pdfs
# heavy vids first, heavy images first
duration = x.GetDuration()
num_frames = x.GetNumFrames()
size = x.GetSize()
resolution = x.GetResolution()
if duration is None or duration == 0:
if size is None or size == 0:
duration_bitrate = -1
frame_bitrate = -1
else:
duration_bitrate = 0
if resolution is None:
frame_bitrate = 0
else:
( width, height ) = x.GetResolution()
num_pixels = width * height
if size is None or size == 0 or num_pixels == 0:
frame_bitrate = -1
else:
frame_bitrate = size / num_pixels
else:
if size is None or size == 0:
duration_bitrate = -1
frame_bitrate = -1
else:
duration_bitrate = size / duration
if num_frames is None or num_frames == 0:
frame_bitrate = 0
else:
frame_bitrate = duration_bitrate / num_frames
return ( duration_bitrate, frame_bitrate )
elif sort_data == CC.SORT_FILES_BY_FILESIZE:
def sort_key( x ):
return deal_with_none( x.GetSize() )
elif sort_data == CC.SORT_FILES_BY_DURATION:
def sort_key( x ):
return deal_with_none( x.GetDuration() )
elif sort_data == CC.SORT_FILES_BY_IMPORT_TIME:
file_service = HG.client_controller.services_manager.GetService( file_service_key )
file_service_type = file_service.GetServiceType()
if file_service_type == HC.LOCAL_FILE_DOMAIN:
file_service_key = CC.COMBINED_LOCAL_FILE_SERVICE_KEY
def sort_key( x ):
return deal_with_none( x.GetTimestamp( file_service_key ) )
elif sort_data == CC.SORT_FILES_BY_HEIGHT:
def sort_key( x ):
return deal_with_none( x.GetResolution()[1] )
elif sort_data == CC.SORT_FILES_BY_WIDTH:
def sort_key( x ):
return deal_with_none( x.GetResolution()[0] )
elif sort_data == CC.SORT_FILES_BY_RATIO:
def sort_key( x ):
( width, height ) = x.GetResolution()
if width is None or height is None or width == 0 or height == 0:
return -1
else:
return width / height
elif sort_data == CC.SORT_FILES_BY_NUM_PIXELS:
def sort_key( x ):
( width, height ) = x.GetResolution()
if width is None or height is None:
return -1
else:
return width * height
elif sort_data == CC.SORT_FILES_BY_NUM_TAGS:
def sort_key( x ):
tags_manager = x.GetTagsManager()
return( len( tags_manager.GetCurrent() ) + len( tags_manager.GetPending() ) )
elif sort_data == CC.SORT_FILES_BY_MIME:
def sort_key( x ):
return x.GetMime()
elif sort_data == CC.SORT_FILES_BY_MEDIA_VIEWS:
def sort_key( x ):
fvsm = x.GetFileViewingStatsManager()
return ( fvsm.media_views, fvsm.media_viewtime )
elif sort_data == CC.SORT_FILES_BY_MEDIA_VIEWTIME:
def sort_key( x ):
fvsm = x.GetFileViewingStatsManager()
return ( fvsm.media_viewtime, fvsm.media_views )
elif sort_metadata == 'namespaces':
namespaces = sort_data
def sort_key( x ):
x_tags_manager = x.GetTagsManager()
return [ x_tags_manager.GetComparableNamespaceSlice( ( namespace, ) ) for namespace in namespaces ]
elif sort_metadata == 'rating':
service_key = sort_data
def sort_key( x ):
x_ratings_manager = x.GetRatingsManager()
rating = deal_with_none( x_ratings_manager.GetRating( service_key ) )
return rating
return ( sort_key, self.sort_asc )
def GetSortTypeString( self ):
( sort_metatype, sort_data ) = self.sort_type
sort_string = 'sort by '
if sort_metatype == 'system':
sort_string_lookup = {}
sort_string_lookup[ CC.SORT_FILES_BY_DURATION ] = 'dimensions: duration'
sort_string_lookup[ CC.SORT_FILES_BY_HEIGHT ] = 'dimensions: height'
sort_string_lookup[ CC.SORT_FILES_BY_NUM_PIXELS ] = 'dimensions: number of pixels'
sort_string_lookup[ CC.SORT_FILES_BY_RATIO ] = 'dimensions: resolution ratio'
sort_string_lookup[ CC.SORT_FILES_BY_WIDTH ] = 'dimensions: width'
sort_string_lookup[ CC.SORT_FILES_BY_APPROX_BITRATE ] = 'file: approximate bitrate'
sort_string_lookup[ CC.SORT_FILES_BY_FILESIZE ] = 'file: filesize'
sort_string_lookup[ CC.SORT_FILES_BY_MIME ] = 'file: filetype'
sort_string_lookup[ CC.SORT_FILES_BY_IMPORT_TIME ] = 'file: time imported'
sort_string_lookup[ CC.SORT_FILES_BY_RANDOM ] = 'random'
sort_string_lookup[ CC.SORT_FILES_BY_NUM_TAGS ] = 'tags: number of tags'
sort_string_lookup[ CC.SORT_FILES_BY_MEDIA_VIEWS ] = 'views: media views'
sort_string_lookup[ CC.SORT_FILES_BY_MEDIA_VIEWTIME ] = 'views: media viewtime'
sort_string += sort_string_lookup[ sort_data ]
elif sort_metatype == 'namespaces':
namespaces = sort_data
sort_string += 'tags: ' + '-'.join( namespaces )
elif sort_metatype == 'rating':
service_key = sort_data
service = HG.client_controller.services_manager.GetService( service_key )
sort_string += 'rating: ' + service.GetName()
return sort_string
def GetSortAscStrings( self ):
( sort_metatype, sort_data ) = self.sort_type
if sort_metatype == 'system':
sort_string_lookup = {}
sort_string_lookup[ CC.SORT_FILES_BY_APPROX_BITRATE ] = ( 'smallest first', 'largest first', CC.SORT_DESC )
sort_string_lookup[ CC.SORT_FILES_BY_FILESIZE ] = ( 'smallest first', 'largest first', CC.SORT_DESC )
sort_string_lookup[ CC.SORT_FILES_BY_DURATION ] = ( 'shortest first', 'longest first', CC.SORT_DESC )
sort_string_lookup[ CC.SORT_FILES_BY_IMPORT_TIME ] = ( 'oldest first', 'newest first', CC.SORT_DESC )
sort_string_lookup[ CC.SORT_FILES_BY_MIME ] = ( 'mime', 'mime', CC.SORT_ASC )
sort_string_lookup[ CC.SORT_FILES_BY_RANDOM ] = ( 'random', 'random', CC.SORT_ASC )
sort_string_lookup[ CC.SORT_FILES_BY_WIDTH ] = ( 'slimmest first', 'widest first', CC.SORT_ASC )
sort_string_lookup[ CC.SORT_FILES_BY_HEIGHT ] = ( 'shortest first', 'tallest first', CC.SORT_ASC )
sort_string_lookup[ CC.SORT_FILES_BY_RATIO ] = ( 'tallest first', 'widest first', CC.SORT_ASC )
sort_string_lookup[ CC.SORT_FILES_BY_NUM_PIXELS ] = ( 'ascending', 'descending', CC.SORT_DESC )
sort_string_lookup[ CC.SORT_FILES_BY_NUM_TAGS ] = ( 'ascending', 'descending', CC.SORT_ASC )
sort_string_lookup[ CC.SORT_FILES_BY_MEDIA_VIEWS ] = ( 'ascending', 'descending', CC.SORT_DESC )
sort_string_lookup[ CC.SORT_FILES_BY_MEDIA_VIEWTIME ] = ( 'ascending', 'descending', CC.SORT_DESC )
return sort_string_lookup[ sort_data ]
else:
return ( 'ascending', 'descending', CC.SORT_BY_INCIDENCE_DESC )
HydrusSerialisable.SERIALISABLE_TYPES_TO_OBJECT_TYPES[ HydrusSerialisable.SERIALISABLE_TYPE_MEDIA_SORT ] = MediaSort
class SortedList( object ):
def __init__( self, initial_items = None ):
if initial_items is None:
initial_items = []
self._sort_key = None
self._sort_reverse = False
self._sorted_list = list( initial_items )
self._items_to_indices = {}
self._indices_dirty = True
def __contains__( self, item ):
if self._indices_dirty:
self._RecalcIndices()
return self._items_to_indices.__contains__( item )
def __getitem__( self, value ):
return self._sorted_list.__getitem__( value )
def __iter__( self ):
return iter( self._sorted_list )
def __len__( self ):
return len( self._sorted_list )
def _DirtyIndices( self ):
self._indices_dirty = True
def _RecalcIndices( self ):
self._items_to_indices = { item : index for ( index, item ) in enumerate( self._sorted_list ) }
self._indices_dirty = False
def append_items( self, items ):
if self._indices_dirty is None:
self._RecalcIndices()
for ( i, item ) in enumerate( items, start = len( self._sorted_list ) ):
self._items_to_indices[ item ] = i
self._sorted_list.extend( items )
def index( self, item ):
if self._indices_dirty:
self._RecalcIndices()
try:
result = self._items_to_indices[ item ]
except KeyError:
raise HydrusExceptions.DataMissing()
return result
def insert_items( self, items ):
self.append_items( items )
self.sort()
def remove_items( self, items ):
deletee_indices = [ self.index( item ) for item in items ]
deletee_indices.sort( reverse = True )
for index in deletee_indices:
del self._sorted_list[ index ]
self._DirtyIndices()
def sort( self, sort_key = None, reverse = False ):
if sort_key is None:
sort_key = self._sort_key
reverse = self._sort_reverse
else:
self._sort_key = sort_key
self._sort_reverse = reverse
self._sorted_list.sort( key = sort_key, reverse = reverse )
self._DirtyIndices()
class TagsManagerSimple( object ):
def __init__( self, service_keys_to_statuses_to_tags ):
self._service_keys_to_statuses_to_tags = service_keys_to_statuses_to_tags
self._combined_namespaces_cache = None
def _RecalcCombinedIfNeeded( self ):
pass
def Duplicate( self ):
dupe_service_keys_to_statuses_to_tags = collections.defaultdict( HydrusData.default_dict_set )
for ( service_key, statuses_to_tags ) in list(self._service_keys_to_statuses_to_tags.items()):
dupe_statuses_to_tags = HydrusData.default_dict_set()
for ( status, tags ) in list(statuses_to_tags.items()):
dupe_statuses_to_tags[ status ] = set( tags )
dupe_service_keys_to_statuses_to_tags[ service_key ] = dupe_statuses_to_tags
return TagsManagerSimple( dupe_service_keys_to_statuses_to_tags )
def GetCombinedNamespaces( self, namespaces ):
self._RecalcCombinedIfNeeded()
if self._combined_namespaces_cache is None:
combined_statuses_to_tags = self._service_keys_to_statuses_to_tags[ CC.COMBINED_TAG_SERVICE_KEY ]
combined_current = combined_statuses_to_tags[ HC.CONTENT_STATUS_CURRENT ]
combined_pending = combined_statuses_to_tags[ HC.CONTENT_STATUS_PENDING ]
pairs = ( HydrusTags.SplitTag( tag ) for tag in combined_current.union( combined_pending ) )
self._combined_namespaces_cache = HydrusData.BuildKeyToSetDict( ( namespace, subtag ) for ( namespace, subtag ) in pairs if namespace != '' )
result = { namespace : self._combined_namespaces_cache[ namespace ] for namespace in namespaces }
return result
def GetComparableNamespaceSlice( self, namespaces ):
self._RecalcCombinedIfNeeded()
combined_statuses_to_tags = self._service_keys_to_statuses_to_tags[ CC.COMBINED_TAG_SERVICE_KEY ]
combined_current = combined_statuses_to_tags[ HC.CONTENT_STATUS_CURRENT ]
combined_pending = combined_statuses_to_tags[ HC.CONTENT_STATUS_PENDING ]
combined = combined_current.union( combined_pending )
pairs = [ HydrusTags.SplitTag( tag ) for tag in combined ]
slice = []
for desired_namespace in namespaces:
subtags = [ HydrusTags.ConvertTagToSortable( subtag ) for ( namespace, subtag ) in pairs if namespace == desired_namespace ]
subtags.sort()
slice.append( tuple( subtags ) )
return tuple( slice )
def GetCurrent( self, service_key = CC.COMBINED_TAG_SERVICE_KEY ):
if service_key == CC.COMBINED_TAG_SERVICE_KEY:
self._RecalcCombinedIfNeeded()
statuses_to_tags = self._service_keys_to_statuses_to_tags[ service_key ]
return statuses_to_tags[ HC.CONTENT_STATUS_CURRENT ]
def GetCurrentAndPending( self, service_key = CC.COMBINED_TAG_SERVICE_KEY ):
return self.GetCurrent( service_key = service_key ).union( self.GetPending( service_key = service_key ) )
def GetDeleted( self, service_key = CC.COMBINED_TAG_SERVICE_KEY ):
if service_key == CC.COMBINED_TAG_SERVICE_KEY:
self._RecalcCombinedIfNeeded()
statuses_to_tags = self._service_keys_to_statuses_to_tags[ service_key ]
return statuses_to_tags[ HC.CONTENT_STATUS_DELETED ]
def GetNamespaceSlice( self, namespaces ):
self._RecalcCombinedIfNeeded()
combined_statuses_to_tags = self._service_keys_to_statuses_to_tags[ CC.COMBINED_TAG_SERVICE_KEY ]
combined_current = combined_statuses_to_tags[ HC.CONTENT_STATUS_CURRENT ]
combined_pending = combined_statuses_to_tags[ HC.CONTENT_STATUS_PENDING ]
combined = combined_current.union( combined_pending )
slice = { tag for tag in combined if True in ( tag.startswith( namespace + ':' ) for namespace in namespaces ) }
slice = frozenset( slice )
return slice
def GetPending( self, service_key = CC.COMBINED_TAG_SERVICE_KEY ):
if service_key == CC.COMBINED_TAG_SERVICE_KEY:
self._RecalcCombinedIfNeeded()
statuses_to_tags = self._service_keys_to_statuses_to_tags[ service_key ]
return statuses_to_tags[ HC.CONTENT_STATUS_PENDING ]
def GetPetitioned( self, service_key = CC.COMBINED_TAG_SERVICE_KEY ):
if service_key == CC.COMBINED_TAG_SERVICE_KEY:
self._RecalcCombinedIfNeeded()
statuses_to_tags = self._service_keys_to_statuses_to_tags[ service_key ]
return statuses_to_tags[ HC.CONTENT_STATUS_PETITIONED ]
class TagsManager( TagsManagerSimple ):
def __init__( self, service_keys_to_statuses_to_tags ):
TagsManagerSimple.__init__( self, service_keys_to_statuses_to_tags )
self._combined_is_calculated = False
def _RecalcCombinedIfNeeded( self ):
if not self._combined_is_calculated:
# Combined tags are pre-collapsed by siblings
siblings_manager = HG.client_controller.tag_siblings_manager
combined_statuses_to_tags = collections.defaultdict( set )
for ( service_key, statuses_to_tags ) in list(self._service_keys_to_statuses_to_tags.items()):
if service_key == CC.COMBINED_TAG_SERVICE_KEY:
continue
statuses_to_tags = siblings_manager.CollapseStatusesToTags( service_key, statuses_to_tags )
combined_statuses_to_tags[ HC.CONTENT_STATUS_CURRENT ].update( statuses_to_tags[ HC.CONTENT_STATUS_CURRENT ] )
combined_statuses_to_tags[ HC.CONTENT_STATUS_PENDING ].update( statuses_to_tags[ HC.CONTENT_STATUS_PENDING ] )
combined_statuses_to_tags[ HC.CONTENT_STATUS_PETITIONED ].update( statuses_to_tags[ HC.CONTENT_STATUS_PETITIONED ] )
combined_statuses_to_tags[ HC.CONTENT_STATUS_DELETED ].update( statuses_to_tags[ HC.CONTENT_STATUS_DELETED ] )
self._service_keys_to_statuses_to_tags[ CC.COMBINED_TAG_SERVICE_KEY ] = combined_statuses_to_tags
self._combined_namespaces_cache = None
self._combined_is_calculated = True
def DeletePending( self, service_key ):
statuses_to_tags = self._service_keys_to_statuses_to_tags[ service_key ]
if len( statuses_to_tags[ HC.CONTENT_STATUS_PENDING ] ) + len( statuses_to_tags[ HC.CONTENT_STATUS_PETITIONED ] ) > 0:
statuses_to_tags[ HC.CONTENT_STATUS_PENDING ] = set()
statuses_to_tags[ HC.CONTENT_STATUS_PETITIONED ] = set()
self._combined_is_calculated = False
def Duplicate( self ):
dupe_service_keys_to_statuses_to_tags = collections.defaultdict( HydrusData.default_dict_set )
for ( service_key, statuses_to_tags ) in list(self._service_keys_to_statuses_to_tags.items()):
dupe_statuses_to_tags = HydrusData.default_dict_set()
for ( status, tags ) in list(statuses_to_tags.items()):
dupe_statuses_to_tags[ status ] = set( tags )
dupe_service_keys_to_statuses_to_tags[ service_key ] = dupe_statuses_to_tags
return TagsManager( dupe_service_keys_to_statuses_to_tags )
def GetNumTags( self, service_key, include_current_tags = True, include_pending_tags = False ):
if service_key == CC.COMBINED_TAG_SERVICE_KEY:
self._RecalcCombinedIfNeeded()
num_tags = 0
statuses_to_tags = self.GetStatusesToTags( service_key )
if include_current_tags: num_tags += len( statuses_to_tags[ HC.CONTENT_STATUS_CURRENT ] )
if include_pending_tags: num_tags += len( statuses_to_tags[ HC.CONTENT_STATUS_PENDING ] )
return num_tags
def GetServiceKeysToStatusesToTags( self ):
self._RecalcCombinedIfNeeded()
return self._service_keys_to_statuses_to_tags
def GetStatusesToTags( self, service_key ):
if service_key == CC.COMBINED_TAG_SERVICE_KEY:
self._RecalcCombinedIfNeeded()
return self._service_keys_to_statuses_to_tags[ service_key ]
def HasTag( self, tag ):
self._RecalcCombinedIfNeeded()
combined_statuses_to_tags = self._service_keys_to_statuses_to_tags[ CC.COMBINED_TAG_SERVICE_KEY ]
return tag in combined_statuses_to_tags[ HC.CONTENT_STATUS_CURRENT ] or tag in combined_statuses_to_tags[ HC.CONTENT_STATUS_PENDING ]
def NewSiblings( self ):
self._combined_is_calculated = False
def ProcessContentUpdate( self, service_key, content_update ):
statuses_to_tags = self._service_keys_to_statuses_to_tags[ service_key ]
( data_type, action, row ) = content_update.ToTuple()
( tag, hashes ) = row
if action == HC.CONTENT_UPDATE_ADD:
statuses_to_tags[ HC.CONTENT_STATUS_CURRENT ].add( tag )
statuses_to_tags[ HC.CONTENT_STATUS_DELETED ].discard( tag )
statuses_to_tags[ HC.CONTENT_STATUS_PENDING ].discard( tag )
elif action == HC.CONTENT_UPDATE_DELETE:
statuses_to_tags[ HC.CONTENT_STATUS_DELETED ].add( tag )
statuses_to_tags[ HC.CONTENT_STATUS_CURRENT ].discard( tag )
statuses_to_tags[ HC.CONTENT_STATUS_PETITIONED ].discard( tag )
elif action == HC.CONTENT_UPDATE_PEND:
if tag not in statuses_to_tags[ HC.CONTENT_STATUS_CURRENT ]:
statuses_to_tags[ HC.CONTENT_STATUS_PENDING ].add( tag )
elif action == HC.CONTENT_UPDATE_RESCIND_PEND:
statuses_to_tags[ HC.CONTENT_STATUS_PENDING ].discard( tag )
elif action == HC.CONTENT_UPDATE_PETITION:
if tag in statuses_to_tags[ HC.CONTENT_STATUS_CURRENT ]:
statuses_to_tags[ HC.CONTENT_STATUS_PETITIONED ].add( tag )
elif action == HC.CONTENT_UPDATE_RESCIND_PETITION:
statuses_to_tags[ HC.CONTENT_STATUS_PETITIONED ].discard( tag )
self._combined_is_calculated = False
def ResetService( self, service_key ):
if service_key in self._service_keys_to_statuses_to_tags:
del self._service_keys_to_statuses_to_tags[ service_key ]
self._combined_is_calculated = False
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