/usr/lib/python3/dist-packages/raphodo/thumbnaildisplay.py is in rapid-photo-downloader 0.9.9-1.
This file is owned by root:root, with mode 0o644.
The actual contents of the file can be viewed below.
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2222 2223 2224 2225 2226 | # Copyright (C) 2015-2017 Damon Lynch <damonlynch@gmail.com>
# This file is part of Rapid Photo Downloader.
#
# Rapid Photo Downloader is free software: you can redistribute it and/or
# modify it under the terms of the GNU General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
#
# Rapid Photo Downloader is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with Rapid Photo Downloader. If not,
# see <http://www.gnu.org/licenses/>.
__author__ = 'Damon Lynch'
__copyright__ = "Copyright 2015-2017, Damon Lynch"
import pickle
import os
import sys
import datetime
from collections import (namedtuple, defaultdict, deque)
from operator import attrgetter
import subprocess
import shlex
import logging
from timeit import timeit
from typing import Optional, Dict, List, Set, Tuple, Sequence
import locale
from gettext import gettext as _
import arrow.arrow
from dateutil.tz import tzlocal
from colour import Color
from PyQt5.QtCore import (
QAbstractListModel, QModelIndex, Qt, pyqtSignal, QSize, QRect, QEvent, QPoint,
QItemSelectionModel, QAbstractItemModel, pyqtSlot, QItemSelection, QTimeLine,
)
from PyQt5.QtWidgets import (
QListView, QStyledItemDelegate, QStyleOptionViewItem, QApplication, QStyle, QStyleOptionButton,
QMenu, QWidget, QAbstractItemView,
)
from PyQt5.QtGui import (
QPixmap, QImage, QPainter, QColor, QBrush, QFontMetrics, QGuiApplication, QPen, QMouseEvent,
QFont,
)
from raphodo.rpdfile import RPDFile, FileTypeCounter, ALL_USER_VISIBLE_EXTENSIONS, MUST_CACHE_VIDEOS
from raphodo.interprocess import GenerateThumbnailsArguments, Device, GenerateThumbnailsResults
from raphodo.constants import (
DownloadStatus, Downloaded, FileType, DownloadingFileTypes, ThumbnailSize,
ThumbnailCacheStatus, Roles, DeviceType, CustomColors, Show, Sort, ThumbnailBackgroundName,
Desktop, DeviceState, extensionColor, FadeSteps, FadeMilliseconds, PaleGray, DarkGray,
DoubleDarkGray, Plural, manually_marked_previously_downloaded, thumbnail_margin
)
from raphodo.storage import (
get_program_cache_directory, get_desktop, validate_download_folder, open_in_file_manager
)
from raphodo.utilities import (
CacheDirs, make_internationalized_list, format_size_for_user, runs, arrow_locale
)
from raphodo.thumbnailer import Thumbnailer
from raphodo.rpdsql import ThumbnailRowsSQL, ThumbnailRow
from raphodo.viewutils import ThumbnailDataForProximity
from raphodo.proximity import TemporalProximityState
from raphodo.rpdsql import DownloadedSQL
DownloadFiles = namedtuple(
'DownloadFiles', 'files, download_types, download_stats, camera_access_needed'
)
MarkedSummary = namedtuple('MarkedSummary', 'marked size_photos_marked size_videos_marked')
class DownloadStats:
def __init__(self):
self.no_photos = 0
self.no_videos = 0
self.photos_size_in_bytes = 0
self.videos_size_in_bytes = 0
self.post_download_thumb_generation = 0
class AddBuffer:
"""
Buffers thumbnail rows for display.
Add thumbnail rows to the listview is a relatively expensive operation, as the
model must be reset. Buffer the rows here, and then when big enough, flush it.
"""
min_buffer_length = 10
def __init__(self):
self.initialize()
self.buffer_length = self.min_buffer_length
def initialize(self) -> None:
self.buffer = defaultdict(deque) # type: Dict[int, deque]
def __len__(self):
return sum(len(buffer) for buffer in self.buffer.values())
def __getitem__(self, scan_id: int) -> deque:
return self.buffer[scan_id]
def should_flush(self) -> bool:
return len(self) > self.buffer_length
def reset(self, buffer_length: int) -> None:
self.initialize()
self.buffer_length = buffer_length
def set_buffer_length(self, length: int) -> None:
self.buffer_length = max(self.min_buffer_length, length)
def extend(self, scan_id: int, thumbnail_rows: Sequence[ThumbnailRow]) -> None:
self.buffer[scan_id].extend(thumbnail_rows)
def purge(self, scan_id: int) -> None:
if scan_id in self.buffer:
logging.debug("Purging %s thumbnails from buffer", len(self.buffer[scan_id]))
del self.buffer[scan_id]
class ThumbnailListModel(QAbstractListModel):
selectionReset = pyqtSignal()
def __init__(self, parent, logging_port: int, log_gphoto2: bool) -> None:
super().__init__(parent)
self.rapidApp = parent
self.prefs = self.rapidApp.prefs
self.thumbnailer_ready = False
self.thumbnailer_generation_queue = []
# track what devices are having thumbnails generated, by scan_id
# see also DeviceCollection.thumbnailing
#FIXME maybe this duplicated set is stupid
self.generating_thumbnails = set() # type: Set[int]
# Sorting and filtering GUI defaults
self.sort_by = Sort.modification_time
self.sort_order = Qt.AscendingOrder
self.show = Show.all
self.initialize()
no_workers = parent.prefs.max_cpu_cores
self.thumbnailer = Thumbnailer(parent=parent, no_workers=no_workers,
logging_port=logging_port, log_gphoto2=log_gphoto2)
self.thumbnailer.frontend_port.connect(self.rapidApp.initStage4)
self.thumbnailer.thumbnailReceived.connect(self.thumbnailReceived)
self.thumbnailer.cacheDirs.connect(self.cacheDirsReceived)
self.thumbnailer.workerFinished.connect(self.thumbnailWorkerFinished)
# Connect to the signal that is emitted when a thumbnailing operation is
# terminated by us, not merely finished
self.thumbnailer.workerStopped.connect(self.thumbnailWorkerStopped)
self.arrow_locale = arrow_locale()
logging.debug("Setting arrow locale to %s", self.arrow_locale)
def initialize(self) -> None:
# uid: QPixmap
self.thumbnails = {} # type: Dict[bytes, QPixmap]
self.add_buffer = AddBuffer()
# Proximity filtering
self.proximity_col1 = [] # type: List[int, ...]
self.proximity_col2 = [] # type: List[int, ...]
# scan_id
self.removed_devices = set() # type: Set[int]
# Files are hidden when the combo box "Show" in the main window is set to
# "New" instead of the default "All".
# uid: RPDFile
self.rpd_files = {} # type: Dict[bytes, RPDFile]
# In memory database to hold all thumbnail rows
self.tsql = ThumbnailRowsSQL()
# Rows used to render the thumbnail view - contains query result of the DB
# Each list element corresponds to a row in the thumbnail view such that
# index 0 in the list is row 0 in the view
# [(uid, marked)]
self.rows = [] # type: List[Tuple[bytes, bool]]
# {uid: row}
self.uid_to_row = {} # type: Dict[bytes, int]
self.photo_icon = QPixmap(':/photo.png')
self.video_icon = QPixmap(':/video.png')
self.total_thumbs_to_generate = 0
self.thumbnails_generated = 0
self.no_thumbnails_by_scan = defaultdict(int)
# scan_id
self.ctimes_differ = [] # type: List[int]
# Highlight thumbnails when from particular device when there is more than one device
# Thumbnails to highlight by uid
self.currently_highlighting_scan_id = None # type: Optional[int]
self._resetHighlightingValues()
self.highlighting_timeline = QTimeLine(FadeMilliseconds // 2)
self.highlighting_timeline.setCurveShape(QTimeLine.SineCurve)
self.highlighting_timeline.frameChanged.connect(self.doHighlightDeviceThumbs)
self.highlighting_timeline.finished.connect(self.highlightPhaseFinished)
self.highlighting_timeline_max = FadeSteps
self.highlighting_timeline_mint = 0
self.highlighting_timeline.setFrameRange(self.highlighting_timeline_mint,
self.highlighting_timeline_max)
self.highlight_value = 0
self._resetRememberSelection()
def stopThumbnailer(self) -> None:
self.thumbnailer.stop()
@pyqtSlot(int)
def thumbnailWorkerFinished(self, scan_id: int) -> None:
self.generating_thumbnails.remove(scan_id)
@pyqtSlot(int)
def thumbnailWorkerStopped(self, scan_id: int) -> None:
self.generating_thumbnails.remove(scan_id)
self.rapidApp.thumbnailGenerationStopped(scan_id=scan_id)
def logState(self) -> None:
logging.debug("-- Thumbnail Model --")
db_length = self.tsql.get_count()
db_length_and_buffer_length = db_length + len(self.add_buffer)
if (len(self.thumbnails) != db_length_and_buffer_length or
db_length_and_buffer_length != len(self.rpd_files)):
logging.error("Conflicting values: %s thumbnails; %s database rows; %s rpd_files",
len(self.thumbnails), db_length, len(self.rpd_files))
else:
logging.debug("%s thumbnails (%s marked)",
db_length, self.tsql.get_count(marked=True))
logging.debug("%s not downloaded; %s downloaded; %s previously downloaded",
self.tsql.get_count(downloaded=False),
self.tsql.get_count(downloaded=True),
self.tsql.get_count(previously_downloaded=True))
if self.total_thumbs_to_generate:
logging.debug("%s to be generated; %s generated", self.total_thumbs_to_generate,
self.thumbnails_generated)
scan_ids = self.tsql.get_all_devices()
active_devices = ', '.join(self.rapidApp.devices[scan_id].display_name
for scan_id in scan_ids
if scan_id not in self.removed_devices)
if len(self.removed_devices):
logging.debug("Active devices: %s (%s removed)",
active_devices, len(self.removed_devices))
else:
logging.debug("Active devices: %s", active_devices)
def validateModelConsistency(self):
logging.debug("Validating thumbnail model consistency...")
for idx, row in enumerate(self.rows):
uid = row[0]
if self.rpd_files.get(uid) is None:
raise KeyError('Missing key in rpd files at row {}'.format(idx))
if self.thumbnails.get(uid) is None:
raise KeyError('Missing key in thumbnails at row {}'.format(idx))
[self.tsql.validate_uid(uid=row[0]) for row in self.rows]
for uid, row in self.uid_to_row.items():
assert self.rows[row][0] == uid
for uid in self.tsql.get_uids():
assert uid in self.rpd_files
assert uid in self.thumbnails
logging.debug("...thumbnail model looks okay")
def refresh(self, suppress_signal=False, rememberSelection=False) -> None:
"""
Refresh thumbnail view after files have been added, the proximity filters
are used, or the sort criteria is changed.
:param suppress_signal: if True don't emit signals that layout is changing
:param rememberSelection: remember which uids were selected before change,
and reselect them
"""
if rememberSelection:
self.rememberSelection()
if not suppress_signal:
self.layoutAboutToBeChanged.emit()
self.rows = self.tsql.get_view(
sort_by=self.sort_by, sort_order=self.sort_order,
show=self.show, proximity_col1=self.proximity_col1,
proximity_col2=self.proximity_col2
)
self.uid_to_row = {row[0]: idx for idx, row in enumerate(self.rows)}
if not suppress_signal:
self.layoutChanged.emit()
if rememberSelection:
self.reselect()
def _selectionModel(self) -> QItemSelectionModel:
return self.rapidApp.thumbnailView.selectionModel()
def rememberSelection(self):
selection = self._selectionModel()
selected = selection.selection() # type: QItemSelection
self.remember_selection_all_selected = len(selected) == len(self.rows)
if not self.remember_selection_all_selected:
self.remember_selection_selected_uids = [self.rows[index.row()][0]
for index in selected.indexes()]
selection.reset()
def reselect(self):
if not self.remember_selection_all_selected:
selection = self.rapidApp.thumbnailView.selectionModel() # type: QItemSelectionModel
new_selection = QItemSelection() # type: QItemSelection
rows = [self.uid_to_row[uid] for uid in self.remember_selection_selected_uids
if uid in self.uid_to_row]
rows.sort()
for first, last in runs(rows):
new_selection.select(self.index(first, 0), self.index(last, 0))
selection.select(new_selection, QItemSelectionModel.Select)
for first, last in runs(rows):
self.dataChanged.emit(self.index(first, 0), self.index(last, 0))
def _resetRememberSelection(self):
self.remember_selection_all_selected = None # type: Optional[bool]
self.remember_selection_selected_uids = [] # type: List[bytes]
def rowCount(self, parent: QModelIndex=QModelIndex()) -> int:
return len(self.rows)
def flags(self, index: QModelIndex) -> Qt.ItemFlags:
if not index.isValid():
return Qt.NoItemFlags
row = index.row()
if row >= len(self.rows) or row < 0:
return Qt.NoItemFlags
uid = self.rows[row][0]
rpd_file = self.rpd_files[uid] # type: RPDFile
if rpd_file.status == DownloadStatus.not_downloaded:
return super().flags(index) | Qt.ItemIsEnabled | Qt.ItemIsSelectable
else:
return Qt.NoItemFlags
def data(self, index: QModelIndex, role=Qt.DisplayRole):
if not index.isValid():
return None
row = index.row()
if row >= len(self.rows) or row < 0:
return None
uid = self.rows[row][0]
rpd_file = self.rpd_files[uid] # type: RPDFile
if role == Qt.DisplayRole:
# This is never displayed, but is (was?) used for filtering!
return rpd_file.modification_time
elif role == Roles.highlight:
if rpd_file.scan_id == self.currently_highlighting_scan_id:
return self.highlight_value
else:
return 0
elif role == Qt.DecorationRole:
return self.thumbnails[uid]
elif role == Qt.CheckStateRole:
if self.rows[row][1]:
return Qt.Checked
else:
return Qt.Unchecked
elif role == Roles.sort_extension:
return rpd_file.extension
elif role == Roles.filename:
return rpd_file.name
elif role == Roles.previously_downloaded:
return rpd_file.previously_downloaded
elif role == Roles.extension:
return rpd_file.extension, rpd_file.extension_type
elif role == Roles.download_status:
return rpd_file.status
elif role == Roles.job_code:
return rpd_file.job_code
elif role == Roles.has_audio:
return rpd_file.has_audio()
elif role == Roles.secondary_attribute:
if rpd_file.xmp_file_full_name:
return 'XMP'
elif rpd_file.log_file_full_name:
return 'LOG'
else:
return None
elif role == Roles.path:
if rpd_file.status in Downloaded:
return rpd_file.download_full_file_name
else:
return rpd_file.full_file_name
elif role == Roles.uri:
return rpd_file.get_uri()
elif role == Roles.camera_memory_card:
return rpd_file.camera_memory_card_identifiers
elif role == Roles.mtp:
return rpd_file.is_mtp_device
elif role == Roles.scan_id:
return rpd_file.scan_id
elif role == Roles.is_camera:
return rpd_file.from_camera
elif role == Qt.ToolTipRole:
devices = self.rapidApp.devices
if len(devices) > 1:
device_name = devices[rpd_file.scan_id].display_name
else:
device_name = ''
size = format_size_for_user(rpd_file.size)
mtime = arrow.get(rpd_file.modification_time)
if rpd_file.ctime_mtime_differ():
ctime = arrow.get(rpd_file.ctime)
humanized_ctime = _(
'Taken on %(date_time)s (%(human_readable)s)'
) % dict(
date_time=ctime.to('local').naive.strftime('%c'),
human_readable=ctime.humanize(locale=self.arrow_locale)
)
humanized_mtime = _(
'Modified on %(date_time)s (%(human_readable)s)'
) % dict(
date_time=mtime.to('local').naive.strftime('%c'),
human_readable=mtime.humanize(locale=self.arrow_locale)
)
humanized_file_time = '{}<br>{}'.format(humanized_ctime, humanized_mtime)
else:
humanized_file_time = _(
'%(date_time)s (%(human_readable)s)'
) % dict(
date_time=mtime.to('local').naive.strftime('%c'),
human_readable=mtime.humanize(locale=self.arrow_locale)
)
humanized_file_time = humanized_file_time.replace(' ', ' ')
if not device_name:
msg = '<b>{}</b><br>{}<br>{}'.format(rpd_file.name, humanized_file_time, size)
else:
msg = '<b>{}</b><br>{}<br>{}<br>{}'.format(
rpd_file.name, device_name, humanized_file_time, size
)
if rpd_file.camera_memory_card_identifiers:
if len(rpd_file.camera_memory_card_identifiers) > 1:
cards = _('Memory cards: %s') % make_internationalized_list(
rpd_file.camera_memory_card_identifiers
)
else:
cards = _('Memory card: %s') % rpd_file.camera_memory_card_identifiers[0]
msg += '<br>' + cards
if rpd_file.status in Downloaded:
path = rpd_file.download_path + os.sep
downloaded_as = _('Downloaded as:')
msg += '<br><br><i>%(downloaded_as)s</i><br>%(filename)s<br>%(path)s' % dict(
filename=rpd_file.download_name, path=path, downloaded_as=downloaded_as
)
if rpd_file.previously_downloaded:
prev_datetime = arrow.get(rpd_file.prev_datetime, tzlocal())
prev_date = _('%(date_time)s (%(human_readable)s)') % dict(
date_time=prev_datetime.naive.strftime('%c'),
human_readable=prev_datetime.humanize(locale=self.arrow_locale)
)
if rpd_file.prev_full_name != manually_marked_previously_downloaded:
path, prev_file_name = os.path.split(rpd_file.prev_full_name)
path += os.sep
msg += _(
'<br><br>Previous download:<br>%(filename)s<br>%(path)s<br>%(date)s'
) % dict(date=prev_date, filename=prev_file_name, path=path)
else:
msg += _(
'<br><br><i>Manually set as previously downloaded on %(date)s</i>'
) % dict(date=prev_date)
return msg
def setData(self, index: QModelIndex, value, role: int) -> bool:
if not index.isValid():
return False
row = index.row()
if row >= len(self.rows) or row < 0:
return False
uid = self.rows[row][0]
if role == Qt.CheckStateRole:
self.tsql.set_marked(uid=uid, marked=value)
self.rows[row] = (uid, value == True)
self.dataChanged.emit(index, index)
return True
elif role == Roles.job_code:
self.rpd_files[uid].job_code = value
self.tsql.set_job_code_assigned(uids=[uid], job_code=True)
self.dataChanged.emit(index, index)
return True
return False
def setDataRange(self, indexes: Tuple[QModelIndex], value, role: int) -> bool:
"""
Modify a range of indexes simultaneously
:param indexes: the indexes
:param value: new value to assign
:param role: the role the value is associated with
:return: True
"""
valid_rows = (index.row() for index in indexes if index.isValid())
rows = [row for row in valid_rows if 0 <= row < len(self.rows)]
rows.sort()
uids = [self.rows[row][0] for row in rows]
if role == Roles.previously_downloaded:
logging.debug("Manually setting %s files as previously downloaded", len(uids))
# Set the files as unmarked
self.tsql.set_list_marked(uids=uids, marked=False)
for row, uid in zip(rows, uids):
self.rows[row] = (uid, False)
# Set the files as previously downloaded
self.tsql.set_list_previously_downloaded(uids=uids, previously_downloaded=value)
d = DownloadedSQL()
now = datetime.datetime.now()
for uid in uids:
rpd_file = self.rpd_files[uid]
rpd_file.previously_downloaded = value
rpd_file.prev_full_name = manually_marked_previously_downloaded
rpd_file.prev_datetime = now
d.add_downloaded_file(
name=rpd_file.name, size=rpd_file.size,
modification_time=rpd_file.modification_time,
download_full_file_name=manually_marked_previously_downloaded
)
# Update Timeline formatting, if needed
self.rapidApp.temporalProximity.previouslyDownloadedManuallySet(uids=uids)
# Indicate to the list view that the rows have changed
for first, last in runs(rows):
self.dataChanged.emit(self.index(first, 0), self.index(last, 0))
return True
def assignJobCodesToMarkedFilesWithNoJobCode(self, job_code: str) -> None:
"""
Called when assigning job codes when a download is initiated and not all
files have had a job code assigned to them.
:param job_code: job code to assign
"""
uids = self.tsql.get_uids(marked=True, job_code=False)
logging.debug("Assigning job code to %s files because a download was initiated", len(uids))
for uid in uids:
self.rpd_files[uid].job_code = job_code
rows = [self.uid_to_row[uid] for uid in uids if uid in self.uid_to_row]
rows.sort()
for first, last in runs(rows):
self.dataChanged.emit(self.index(first, 0), self.index(last, 0))
self.tsql.set_job_code_assigned(uids=uids, job_code=True)
def updateDisplayPostDataChange(self, scan_id: Optional[int]=None):
if scan_id is not None:
scan_ids = [scan_id]
else:
scan_ids = (scan_id for scan_id in self.rapidApp.devices)
for scan_id in scan_ids:
self.updateDeviceDisplayCheckMark(scan_id=scan_id)
self.rapidApp.displayMessageInStatusBar()
self.rapidApp.setDownloadCapabilities()
def removeRows(self, position, rows=1, index=QModelIndex()) -> bool:
"""
Removes Python list rows only, i.e. self.rows.
Does not touch database or other variables.
"""
self.beginRemoveRows(QModelIndex(), position, position + rows - 1)
del self.rows[position:position + rows]
self.endRemoveRows()
return True
def addOrUpdateDevice(self, scan_id: int) -> None:
device_name = self.rapidApp.devices[scan_id].display_name
self.tsql.add_or_update_device(scan_id=scan_id, device_name=device_name)
def addFiles(self, scan_id: int, rpd_files: List[RPDFile], generate_thumbnail: bool) -> None:
if not rpd_files:
return
thumbnail_rows = deque(maxlen=len(rpd_files))
for rpd_file in rpd_files:
uid = rpd_file.uid
self.rpd_files[uid] = rpd_file
if rpd_file.file_type == FileType.photo:
self.thumbnails[uid] = self.photo_icon
else:
self.thumbnails[uid] = self.video_icon
if generate_thumbnail:
self.total_thumbs_to_generate += 1
self.no_thumbnails_by_scan[rpd_file.scan_id] += 1
tr = ThumbnailRow(
uid=uid,
scan_id=rpd_file.scan_id,
mtime=rpd_file.modification_time,
marked=not rpd_file.previously_downloaded,
file_name=rpd_file.name,
extension=rpd_file.extension,
file_type=rpd_file.file_type,
downloaded=False,
previously_downloaded=rpd_file.previously_downloaded,
job_code=False,
proximity_col1=-1,
proximity_col2=-1
)
thumbnail_rows.append(tr)
self.add_buffer.extend(scan_id=scan_id, thumbnail_rows=thumbnail_rows)
if self.add_buffer.should_flush():
self.flushAddBuffer()
marked_summary = self.getMarkedSummary()
destinations_good = self.rapidApp.updateDestinationViews(marked_summary=marked_summary)
self.rapidApp.destinationButton.setHighlighted(not destinations_good)
if self.prefs.backup_files:
backups_good = self.rapidApp.updateBackupView(marked_summary=marked_summary)
else:
backups_good = True
self.rapidApp.destinationButton.setHighlighted(not destinations_good)
self.rapidApp.backupButton.setHighlighted(not backups_good)
def flushAddBuffer(self):
if len(self.add_buffer):
self.beginResetModel()
for buffer in self.add_buffer.buffer.values():
self.tsql.add_thumbnail_rows(thumbnail_rows=buffer)
self.refresh(suppress_signal=True)
self.add_buffer.reset(buffer_length=len(self.rows))
self.endResetModel()
self._resetHighlightingValues()
self._resetRememberSelection()
def getMarkedSummary(self) -> MarkedSummary:
"""
:return: summary of files marked for download including sizes in bytes
"""
size_photos_marked = self.getSizeOfFilesMarkedForDownload(FileType.photo)
size_videos_marked = self.getSizeOfFilesMarkedForDownload(FileType.video)
marked = self.getNoFilesAndTypesMarkedForDownload()
return MarkedSummary(marked=marked, size_photos_marked=size_photos_marked,
size_videos_marked=size_videos_marked)
def setFileSort(self, sort: Sort, order: Qt.SortOrder, show: Show) -> None:
if self.sort_by != sort or self.sort_order != order or self.show != show:
logging.debug("Changing layout due to sort change: %s, %s, %s", sort, order, show)
self.sort_by = sort
self.sort_order = order
self.show = show
self.refresh(rememberSelection=True)
@pyqtSlot(int, CacheDirs)
def cacheDirsReceived(self, scan_id: int, cache_dirs: CacheDirs) -> None:
self.rapidApp.fileSystemFilter.setTempDirs([cache_dirs.photo_cache_dir,
cache_dirs.video_cache_dir])
if scan_id in self.rapidApp.devices:
self.rapidApp.devices[scan_id].photo_cache_dir = cache_dirs.photo_cache_dir
self.rapidApp.devices[scan_id].video_cache_dir = cache_dirs.video_cache_dir
@pyqtSlot(RPDFile, QPixmap)
def thumbnailReceived(self, rpd_file: RPDFile, thumbnail: QPixmap) -> None:
"""
A thumbnail has been generated by either the dedicated thumbnailing phase, or
during the download by a daemon process.
:param rpd_file: details of the file the thumbnail was geneerated for
:param thumbnail: If isNull(), the thumbnail either could not be generated or
did not need to be (because it already had been). Otherwise, this is
the thumbnail to display.
"""
uid = rpd_file.uid
scan_id = rpd_file.scan_id
if uid not in self.rpd_files or scan_id not in self.rapidApp.devices:
# A thumbnail has been generated for a no longer displayed file
return
download_is_running = self.rapidApp.downloadIsRunning()
if rpd_file.mdatatime_caused_ctime_change and not rpd_file.modified_via_daemon_process:
rpd_file.mdatatime_caused_ctime_change = False
if scan_id not in self.ctimes_differ:
self.addCtimeDisparity(rpd_file=rpd_file)
if not rpd_file.modified_via_daemon_process and self.rpd_files[uid].status in (
DownloadStatus.not_downloaded, DownloadStatus.download_pending):
# Only update the rpd_file if the file has not already been downloaded
# TODO consider merging this no matter what the status
self.rpd_files[uid] = rpd_file
if not thumbnail.isNull():
self.thumbnails[uid] = thumbnail
# The thumbnail may or may not be displayed at this moment
row = self.uid_to_row.get(uid)
if row is not None:
# logging.debug("Updating thumbnail row %s with new thumbnail", row)
self.dataChanged.emit(self.index(row, 0), self.index(row, 0))
else:
logging.debug("Thumbnail was null: %s", rpd_file.name)
if not rpd_file.modified_via_daemon_process:
self.thumbnails_generated += 1
self.no_thumbnails_by_scan[scan_id] -= 1
log_state = False
if self.no_thumbnails_by_scan[scan_id] == 0:
if self.rapidApp.deviceState(scan_id) == DeviceState.thumbnailing:
self.rapidApp.devices.set_device_state(scan_id, DeviceState.idle)
device = self.rapidApp.devices[scan_id]
logging.info('Finished thumbnail generation for %s', device.name())
if scan_id in self.ctimes_differ:
uids = self.tsql.get_uids_for_device(scan_id=scan_id)
rpd_files = [self.rpd_files[uid] for uid in uids]
self.rapidApp.folder_preview_manager.add_rpd_files(rpd_files=rpd_files)
self.processCtimeDisparity(scan_id=scan_id)
log_state = True
if self.thumbnails_generated == self.total_thumbs_to_generate:
self.thumbnails_generated = 0
self.total_thumbs_to_generate = 0
if not download_is_running:
self.rapidApp.updateProgressBarState()
elif self.total_thumbs_to_generate and not download_is_running:
self.rapidApp.updateProgressBarState(thumbnail_generated=True)
if not download_is_running:
self.rapidApp.displayMessageInStatusBar()
if log_state:
self.logState()
else:
self.rapidApp.thumbnailGeneratedPostDownload(rpd_file=rpd_file)
def addCtimeDisparity(self, rpd_file: RPDFile) -> None:
"""
Track the fact that there was a disparity between the creation time and
modification time for a file, that was identified either during a download
or during a scan
:param rpd_file: sample rpd_file (scan id of the device will be taken from it)
"""
logging.info('Metadata time differs from file modification time for '
'%s (with possibly more to come, but these will not be logged)',
rpd_file.full_file_name)
scan_id = rpd_file.scan_id
self.ctimes_differ.append(scan_id)
self.rapidApp.temporalProximity.setState(TemporalProximityState.ctime_rebuild)
if not self.rapidApp.downloadIsRunning():
self.rapidApp.folder_preview_manager.remove_folders_for_device(
scan_id=scan_id)
self.rapidApp.notifyFoldersProximityRebuild(scan_id)
def processCtimeDisparity(self, scan_id: int) -> None:
"""
A device that had a disparity between the creation time and
modification time for a file has been fully downloaded from.
:param scan_id:
:return:
"""
self.ctimes_differ.remove(scan_id)
if not self.ctimes_differ:
self.rapidApp.temporalProximity.setState(TemporalProximityState.ctime_rebuild_proceed)
self.rapidApp.generateTemporalProximityTableData(
reason="a photo or video's creation time differed from its file "
"system modification time")
def _get_cache_location(self, download_folder: str) -> str:
if validate_download_folder(download_folder).valid:
return download_folder
else:
folder = get_program_cache_directory(create_if_not_exist=True)
if folder is not None:
return folder
else:
return os.path.expanduser('~')
def getCacheLocations(self) -> CacheDirs:
photo_cache_folder = self._get_cache_location(self.rapidApp.prefs.photo_download_folder)
video_cache_folder = self._get_cache_location(self.rapidApp.prefs.video_download_folder)
return CacheDirs(photo_cache_folder, video_cache_folder)
def generateThumbnails(self, scan_id: int, device: Device) -> None:
"""Initiates generation of thumbnails for the device."""
if scan_id not in self.removed_devices:
self.generating_thumbnails.add(scan_id)
self.rapidApp.updateProgressBarState()
cache_dirs = self.getCacheLocations()
uids = self.tsql.get_uids_for_device(scan_id=scan_id)
rpd_files = list((self.rpd_files[uid] for uid in uids))
need_video_cache_dir = False
if device.device_type == DeviceType.camera:
need_video_cache_dir = device.entire_video_required or \
self.tsql.any_files_of_type(scan_id, FileType.video)
gen_args = (
scan_id, rpd_files, device.name(), self.rapidApp.prefs.proximity_seconds,
cache_dirs, need_video_cache_dir, device.camera_model, device.camera_port,
device.entire_video_required
)
self.thumbnailer.generateThumbnails(*gen_args)
def resetThumbnailTracking(self):
self.thumbnails_generated = 0
self.total_thumbs_to_generate = 0
def _deleteRows(self, uids: List[bytes]) -> None:
"""
Delete a list of thumbnails from the thumbnail display
:param uids: files to remove
"""
rows = [self.uid_to_row[uid] for uid in uids]
if rows:
# Generate groups of rows, and remove that group
# Must do it in reverse!
rows.sort()
rrows = reversed(list(runs(rows)))
for first, last in rrows:
no_rows = last - first + 1
self.removeRows(first, no_rows)
self.uid_to_row = {row[0]: idx for idx, row in enumerate(self.rows)}
def purgeRpdFiles(self, uids: List[bytes]) -> None:
for uid in uids:
del self.thumbnails[uid]
del self.rpd_files[uid]
def clearAll(self, scan_id: Optional[int]=None, keep_downloaded_files: bool=False) -> bool:
"""
Removes files from display and internal tracking.
If scan_id is not None, then only files matching that scan_id
will be removed. Otherwise, everything will be removed, regardless of
the keep_downloaded_files parameter..
If keep_downloaded_files is True, files will not be removed if
they have been downloaded.
Two aspects to this task:
1. remove files list of rows which drive the list view display
2. remove files from backend DB and from thumbnails and rpd_files lists.
:param scan_id: if None, keep_downloaded_files must be False
:param keep_downloaded_files: don't remove thumbnails if they represent
files that have now been downloaded. Ignored if no device is passed.
:return: True if any thumbnail was removed (irrespective of whether
it was displayed at this moment), else False
"""
if scan_id is None and not keep_downloaded_files:
files_removed = self.tsql.any_files()
logging.debug("Clearing all thumbnails for all devices")
self.initialize()
return files_removed
else:
assert scan_id is not None
if not keep_downloaded_files:
files_removed = self.tsql.any_files(scan_id=scan_id)
else:
files_removed = self.tsql.any_files_to_download(scan_id=scan_id)
if keep_downloaded_files:
logging.debug("Clearing all non-downloaded thumbnails for scan id %s", scan_id)
else:
logging.debug("Clearing all thumbnails for scan id %s", scan_id)
# Generate list of displayed thumbnails to remove
if keep_downloaded_files:
uids = self.getDisplayedUids(scan_id=scan_id)
else:
uids = self.getDisplayedUids(scan_id=scan_id, downloaded=None)
self._deleteRows(uids)
# Delete from DB and thumbnails and rpd_files lists
if keep_downloaded_files:
uids = self.tsql.get_uids(scan_id=scan_id, downloaded=False)
else:
uids = self.tsql.get_uids(scan_id=scan_id)
logging.debug("Removing %s thumbnail and rpd_files rows", len(uids))
self.purgeRpdFiles(uids)
uids = [row.uid for row in self.add_buffer[scan_id]]
if uids:
logging.debug("Removing additional %s thumbnail and rpd_files rows", len(uids))
self.purgeRpdFiles(uids)
self.add_buffer.purge(scan_id=scan_id)
self.add_buffer.set_buffer_length(len(self.rows))
if keep_downloaded_files:
self.tsql.delete_files_by_scan_id(scan_id=scan_id, downloaded=False)
else:
self.tsql.delete_files_by_scan_id(scan_id=scan_id)
self.removed_devices.add(scan_id)
if scan_id in self.no_thumbnails_by_scan:
self.recalculateThumbnailsPercentage(scan_id=scan_id)
self.rapidApp.displayMessageInStatusBar()
if self.tsql.get_count(scan_id=scan_id) == 0:
self.tsql.delete_device(scan_id=scan_id)
if scan_id in self.ctimes_differ:
self.ctimes_differ.remove(scan_id)
# self.validateModelConsistency()
return files_removed
def clearCompletedDownloads(self) -> None:
logging.debug("Clearing all completed download thumbnails")
# Get uids for complete downloads that are currently displayed
uids = self.getDisplayedUids(downloaded=True)
self._deleteRows(uids)
# Now get uids of all downloaded files, regardless of whether they're
# displayed at the moment
uids = self.tsql.get_uids(downloaded=True)
logging.debug("Removing %s thumbnail and rpd_files rows", len(uids))
self.purgeRpdFiles(uids)
# Delete the files from the internal database that drives the display
self.tsql.delete_uids(uids)
def filesAreMarkedForDownload(self, scan_id: Optional[int]=None) -> bool:
"""
Checks for the presence of checkmark besides any file that has
not yet been downloaded.
:param: scan_id: if specified, only for that device
:return: True if there is any file that the user has indicated
they intend to download, else False.
"""
return self.tsql.any_files_marked(scan_id=scan_id)
def getNoFilesMarkedForDownload(self) -> int:
return self.tsql.get_count(marked=True)
def getNoHiddenFiles(self) -> int:
if self.rapidApp.showOnlyNewFiles():
return self.tsql.get_count(previously_downloaded=True, downloaded=False)
else:
return 0
def getNoFilesAndTypesMarkedForDownload(self) -> FileTypeCounter:
no_photos = self.tsql.get_count(marked=True, file_type=FileType.photo)
no_videos = self.tsql.get_count(marked=True, file_type=FileType.video)
f = FileTypeCounter()
f[FileType.photo] = no_photos
f[FileType.video] = no_videos
return f
def getSizeOfFilesMarkedForDownload(self, file_type: FileType) -> int:
uids = self.tsql.get_uids(marked=True, file_type=file_type)
return sum(self.rpd_files[uid].size for uid in uids)
def getNoFilesAvailableForDownload(self) -> FileTypeCounter:
no_photos = self.tsql.get_count(downloaded=False, file_type=FileType.photo)
no_videos = self.tsql.get_count(downloaded=False, file_type=FileType.video)
f = FileTypeCounter()
f[FileType.photo] = no_photos
f[FileType.video] = no_videos
return f
def getNoFilesSelected(self) -> FileTypeCounter:
selection = self._selectionModel()
selected = selection.selection() # type: QItemSelection
if not len(selected) == len(self.rows):
# not all files are selected
selected_uids = [self.rows[index.row()][0] for index in selected.indexes()]
return FileTypeCounter(self.rpd_files[uid].file_type for uid in selected_uids)
else:
return self.getDisplayedCounter()
def getCountNotPreviouslyDownloadedAvailableForDownload(self) -> int:
return self.tsql.get_count(previously_downloaded=False, downloaded=False)
def getAllDownloadableRPDFiles(self) -> List[RPDFile]:
uids = self.tsql.get_uids(downloaded=False)
return [self.rpd_files[uid] for uid in uids]
def getFilesMarkedForDownload(self, scan_id: Optional[int]) -> DownloadFiles:
"""
Returns a dict of scan ids and associated files the user has
indicated they want to download, and whether there are photos
or videos included in the download.
Exclude files from which a device is still scanning.
:param scan_id: if not None, then returns those files only from
the device associated with that scan_id
:return: namedtuple DownloadFiles with defaultdict() indexed by
scan_id with value List(rpd_file), and defaultdict() indexed by
scan_id with value DownloadStats
"""
if scan_id is None:
exclude_scan_ids = list(self.rapidApp.devices.scanning)
else:
exclude_scan_ids = None
files = defaultdict(list)
download_stats = defaultdict(DownloadStats)
camera_access_needed = defaultdict(bool)
download_photos = download_videos = False
uids = self.tsql.get_uids(scan_id=scan_id, marked=True, downloaded=False,
exclude_scan_ids=exclude_scan_ids)
for uid in uids:
rpd_file = self.rpd_files[uid] # type: RPDFile
scan_id = rpd_file.scan_id
files[scan_id].append(rpd_file)
# TODO contemplate using a counter here
if rpd_file.file_type == FileType.photo:
download_photos = True
download_stats[scan_id].no_photos += 1
download_stats[scan_id].photos_size_in_bytes += rpd_file.size
else:
download_videos = True
download_stats[scan_id].no_videos += 1
download_stats[scan_id].videos_size_in_bytes += rpd_file.size
if rpd_file.from_camera and not rpd_file.cache_full_file_name:
camera_access_needed[scan_id] = True
# Need to generate a thumbnail after a file has been downloaded
# if generating FDO thumbnails or if the orientation of the
# thumbnail we may have is unknown
if self.sendToDaemonThumbnailer(rpd_file=rpd_file):
download_stats[scan_id].post_download_thumb_generation += 1
# self.validateModelConsistency()
if download_photos:
if download_videos:
download_types = DownloadingFileTypes.photos_and_videos
else:
download_types = DownloadingFileTypes.photos
elif download_videos:
download_types = DownloadingFileTypes.videos
else:
download_types = None
return DownloadFiles(
files=files,
download_types=download_types,
download_stats=download_stats,
camera_access_needed=camera_access_needed
)
def sendToDaemonThumbnailer(self, rpd_file: RPDFile) -> bool:
"""
Determine if the file needs to be sent for thumbnail generation
by the post download daemon.
:param rpd_file: file to analyze
:return: True if need to send, False otherwise
"""
return (self.prefs.generate_thumbnails and
((self.prefs.save_fdo_thumbnails and rpd_file.should_write_fdo()) or
rpd_file.thumbnail_status not in (ThumbnailCacheStatus.ready,
ThumbnailCacheStatus.fdo_256_ready)))
def markDownloadPending(self, files: Dict[int, List[RPDFile]]) -> None:
"""
Sets status to download pending and updates thumbnails display.
Assumes all marked files are being downloaded.
:param files: rpd_files by scan
"""
uids = [rpd_file.uid for scan_id in files for rpd_file in files[scan_id]]
rows = [self.uid_to_row[uid] for uid in uids if uid in self.uid_to_row]
for row in rows:
uid = self.rows[row][0]
self.rows[row] = (uid, False)
self.tsql.set_list_marked(uids=uids, marked=False)
for uid in uids:
self.rpd_files[uid].status = DownloadStatus.download_pending
rows.sort()
for first, last in runs(rows):
self.dataChanged.emit(self.index(first, 0), self.index(last, 0))
def markThumbnailsNeeded(self, rpd_files: List[RPDFile]) -> bool:
"""
Analyzes the files that will be downloaded, and sees if any of
them still need to have their thumbnails generated.
Marks generate_thumbnail in each rpd_file those for that need
thumbnails.
:param rpd_files: list of files to examine
:return: True if at least one thumbnail needs to be generated
"""
generation_needed = False
for rpd_file in rpd_files:
if rpd_file.uid not in self.thumbnails:
rpd_file.generate_thumbnail = True
generation_needed = True
return generation_needed
def getNoFilesRemaining(self, scan_id: Optional[int]=None) -> int:
"""
:param scan_id: if None, returns files remaining to be
downloaded for all scan_ids, else only for that scan_id.
:return the number of files that have not yet been downloaded
"""
return self.tsql.get_count(scan_id=scan_id, downloaded=False)
def updateSelectionAfterProximityChange(self) -> None:
if self._selectionModel().hasSelection():
# completely reset the existing selection
self._selectionModel().reset()
self.dataChanged.emit(self.index(0, 0), self.index(len(self.rows)-1, 0))
select_all_photos = self.rapidApp.selectAllPhotosCheckbox.isChecked()
select_all_videos = self.rapidApp.selectAllVideosCheckbox.isChecked()
if select_all_photos:
self.selectAll(select_all=select_all_photos, file_type=FileType.photo)
if select_all_videos:
self.selectAll(select_all=select_all_videos, file_type=FileType.video)
def selectAll(self, select_all: bool, file_type: FileType)-> None:
"""
Check or deselect all visible files that are not downloaded.
:param select_all: if True, select, else deselect
:param file_type: the type of files to select/deselect
"""
uids = self.getDisplayedUids(file_type=file_type)
if not uids:
return
if select_all:
action = "Selecting all %s"
else:
action = "Deslecting all %ss"
logging.debug(action, file_type.name)
selection = self._selectionModel()
selected = selection.selection() # type: QItemSelection
if select_all:
# print("gathering unique ids")
rows = [self.uid_to_row[uid] for uid in uids]
# print(len(rows))
# print('doing sort')
rows.sort()
new_selection = QItemSelection() # type: QItemSelection
# print("creating new selection")
for first, last in runs(rows):
new_selection.select(self.index(first, 0), self.index(last, 0))
# print('merging select')
new_selection.merge(selected, QItemSelectionModel.Select)
# print('resetting')
selection.reset()
# print('doing select')
selection.select(new_selection, QItemSelectionModel.Select)
else:
# print("gathering unique ids from existing selection")
if file_type == FileType.photo:
keep_type = FileType.video
else:
keep_type = FileType.photo
# print("filtering", keep_type)
keep_rows = [index.row() for index in selected.indexes()
if self.rpd_files[self.rows[index.row()][0]].file_type == keep_type]
rows = [index.row() for index in selected.indexes()]
# print(len(keep_rows), len(rows))
# print("sorting rows to keep")
keep_rows.sort()
new_selection = QItemSelection() # type: QItemSelection
# print("creating new selection")
for first, last in runs(keep_rows):
new_selection.select(self.index(first, 0), self.index(last, 0))
# print('resetting')
selection.reset()
self.selectionReset.emit()
# print('doing select')
selection.select(new_selection, QItemSelectionModel.Select)
# print('doing data changed')
for first, last in runs(rows):
self.dataChanged.emit(self.index(first, 0), self.index(last, 0))
# print("finished")
def checkAll(self, check_all: bool,
file_type: Optional[FileType]=None,
scan_id: Optional[int]=None) -> None:
"""
Check or uncheck all visible files that are not downloaded.
A file is "visible" if it is in the current thumbnail display.
That means if files are not showing because they are previously
downloaded, they will not be affected. Likewise, if temporal
proximity rows are selected, only those files are affected.
Runs in the main thread and is thus time sensitive.
:param check_all: if True, mark as checked, else unmark
:param file_type: if specified, files must be of specified type
:param scan_id: if specified, affects only files for that scan
"""
uids = self.getDisplayedUids(marked=not check_all, file_type=file_type, scan_id=scan_id)
self.tsql.set_list_marked(uids=uids, marked=check_all)
rows = [self.uid_to_row[uid] for uid in uids]
for row in rows:
self.rows[row] = (self.rows[row][0], check_all)
rows.sort()
for first, last in runs(rows):
self.dataChanged.emit(self.index(first, 0), self.index(last, 0))
self.updateDeviceDisplayCheckMark(scan_id=scan_id)
self.rapidApp.displayMessageInStatusBar()
self.rapidApp.setDownloadCapabilities()
def getTypeCountForProximityCell(self, col1id: Optional[int]=None,
col2id: Optional[int]=None) -> str:
"""
Generates a string displaying how many photos and videos are
in the proximity table cell
"""
assert not (col1id is None and col2id is None)
if col2id is not None:
col2id = [col2id]
else:
col1id = [col1id]
uids = self.tsql.get_uids(proximity_col1=col1id, proximity_col2=col2id)
file_types = (self.rpd_files[uid].file_type for uid in uids)
return FileTypeCounter(file_types).summarize_file_count()[0]
def getDisplayedUids(self, scan_id: Optional[int]=None,
marked: Optional[bool]=None,
file_type: Optional[FileType]=None,
downloaded: Optional[bool]=False) -> List[bytes]:
return self.tsql.get_uids(scan_id=scan_id, downloaded=downloaded, show=self.show,
proximity_col1=self.proximity_col1,
proximity_col2=self.proximity_col2,
marked=marked, file_type=file_type)
def getFirstUidFromUidList(self, uids: List[bytes]) -> Optional[bytes]:
return self.tsql.get_first_uid_from_uid_list(
sort_by=self.sort_by, sort_order=self.sort_order,
show=self.show, proximity_col1=self.proximity_col1,
proximity_col2=self.proximity_col2,
uids=uids
)
def getDisplayedCount(self, scan_id: Optional[int] = None,
marked: Optional[bool] = None) -> int:
return self.tsql.get_count(scan_id=scan_id, downloaded=False, show=self.show,
proximity_col1=self.proximity_col1,
proximity_col2=self.proximity_col2, marked=marked)
def getDisplayedCounter(self) -> FileTypeCounter:
no_photos = self.tsql.get_count(downloaded=False, file_type=FileType.photo, show=self.show,
proximity_col1=self.proximity_col1,
proximity_col2=self.proximity_col2)
no_videos = self.tsql.get_count(downloaded=False, file_type=FileType.video, show=self.show,
proximity_col1=self.proximity_col1,
proximity_col2=self.proximity_col2)
f = FileTypeCounter()
f[FileType.photo] = no_photos
f[FileType.video] = no_videos
return f
def _getSampleFileNonCamera(self, file_type: FileType) -> Optional[RPDFile]:
"""
Attempt to return a sample file used to illustrate file renaming and subfolder
generation, but only if it's not from a camera.
:return:
"""
devices = self.rapidApp.devices
exclude_scan_ids = [s_id for s_id, device in devices.devices.items()
if device.device_type == DeviceType.camera]
if not exclude_scan_ids:
exclude_scan_ids = None
uid = self.tsql.get_single_file_of_type(file_type=file_type,
exclude_scan_ids=exclude_scan_ids)
if uid is not None:
return self.rpd_files[uid]
else:
return None
def getSampleFile(self, scan_id: int,
device_type: DeviceType,
file_type: FileType) -> Optional[RPDFile]:
"""
Attempt to return a sample file used to illustrate file renaming and subfolder
generation.
If the device_type is a camera, then search only for
a downloaded instance of the file.
If the device is not a camera, prefer a non-downloaded file
over a downloaded file for that scan_id.
If no file is available for that scan_id, try again with another scan_id.
:param scan_id:
:param device_type:
:param file_type:
:return:
"""
if device_type == DeviceType.camera:
uid = self.tsql.get_single_file_of_type(scan_id=scan_id, file_type=file_type,
downloaded=True)
if uid is not None:
return self.rpd_files[uid]
else:
# try find a *downloaded* file from another camera
# could determine which devices to exclude in SQL but it's a little simpler
# here
devices = self.rapidApp.devices
exclude_scan_ids = [s_id for s_id, device in devices.items()
if device.device_type != DeviceType.camera]
if not exclude_scan_ids:
exclude_scan_ids = None
uid = self.tsql.get_single_file_of_type(file_type=file_type,
downloaded=True,
exclude_scan_ids=exclude_scan_ids)
if uid is not None:
return self.rpd_files[uid]
else:
return self._getSampleFileNonCamera(file_type=file_type)
else:
uid = self.tsql.get_single_file_of_type(scan_id=scan_id, file_type=file_type)
if uid is not None:
return self.rpd_files[uid]
else:
return self._getSampleFileNonCamera(file_type=file_type)
def updateDeviceDisplayCheckMark(self, scan_id: int) -> None:
if scan_id not in self.removed_devices:
uid_count = self.getDisplayedCount(scan_id=scan_id)
checked_uid_count = self.getDisplayedCount(scan_id=scan_id, marked=True)
if uid_count == 0 or checked_uid_count == 0:
checked = Qt.Unchecked
elif uid_count != checked_uid_count:
checked = Qt.PartiallyChecked
else:
checked = Qt.Checked
self.rapidApp.mapModel(scan_id).setCheckedValue(checked, scan_id)
def updateAllDeviceDisplayCheckMarks(self) -> None:
for scan_id in self.rapidApp.devices:
self.updateDeviceDisplayCheckMark(scan_id=scan_id)
def highlightDeviceThumbs(self, scan_id) -> None:
"""
Animate fade to and from highlight color for thumbnails associated
with device.
:param scan_id: device's id
"""
if scan_id == self.currently_highlighting_scan_id:
return
self.resetHighlighting()
self.currently_highlighting_scan_id = scan_id
if scan_id != self.most_recent_highlighted_device:
highlighting = [self.uid_to_row[uid] for uid in self.getDisplayedUids(scan_id=scan_id)]
highlighting.sort()
self.highlighting_rows = list(runs(highlighting))
self.most_recent_highlighted_device = scan_id
self.highlighting_timeline.setDirection(QTimeLine.Forward)
self.highlighting_timeline.start()
def resetHighlighting(self) -> None:
if self.currently_highlighting_scan_id is not None:
self.highlighting_timeline.stop()
self.doHighlightDeviceThumbs(value=0)
@pyqtSlot(int)
def doHighlightDeviceThumbs(self, value: int) -> None:
self.highlight_value = value
for first, last in self.highlighting_rows:
self.dataChanged.emit(self.index(first, 0), self.index(last, 0))
@pyqtSlot()
def highlightPhaseFinished(self):
self.currently_highlighting_scan_id = None
def _resetHighlightingValues(self):
self.most_recent_highlighted_device = None # type: Optional[int]
self.highlighting_rows = [] # type: List[int]
def terminateThumbnailGeneration(self, scan_id: int) -> bool:
"""
Terminates thumbnail generation if thumbnails are currently
being generated for this scan_id
:return True if thumbnail generation had to be terminated, else
False
"""
# the slot for when a thumbnailing operation is terminated is in the
# main window - thumbnailGenerationStopped()
terminate = scan_id in self.generating_thumbnails
if terminate:
self.thumbnailer.stop_worker(scan_id)
# TODO update this check once checking for thumnbnailing code is more robust
# note that check == 1 because it is assumed the scan id has not been deleted
# from the device collection
if len(self.rapidApp.devices.thumbnailing) == 1:
self.resetThumbnailTracking()
else:
self.recalculateThumbnailsPercentage(scan_id=scan_id)
return terminate
def recalculateThumbnailsPercentage(self, scan_id: int) -> None:
"""
Adjust % of thumbnails generated calculations after device removal.
:param scan_id: id of removed device
"""
self.total_thumbs_to_generate -= self.no_thumbnails_by_scan[scan_id]
self.rapidApp.updateProgressBarState()
del self.no_thumbnails_by_scan[scan_id]
def updateStatusPostDownload(self, rpd_file: RPDFile):
# self.validateModelConsistency()
uid = rpd_file.uid
self.rpd_files[uid] = rpd_file
self.tsql.set_downloaded(uid=uid, downloaded=True)
row = self.uid_to_row.get(uid)
if row is not None:
self.dataChanged.emit(self.index(row, 0), self.index(row, 0))
def filesRemainToDownload(self, scan_id: Optional[int]=None) -> bool:
"""
:return True if any files remain that are not downloaded, else
returns False
"""
return self.tsql.any_files_to_download(scan_id)
def dataForProximityGeneration(self) -> List[ThumbnailDataForProximity]:
return [ThumbnailDataForProximity(uid=rpd_file.uid,
ctime=rpd_file.ctime,
file_type=rpd_file.file_type,
previously_downloaded=rpd_file.previously_downloaded)
for rpd_file in self.rpd_files.values()]
def assignProximityGroups(self, col1_col2_uid: List[Tuple[int, int, bytes]]) -> None:
"""
For every uid, associates it with a cell in the temporal proximity view.
Relevant columns are col 1 and col 2.
"""
self.tsql.assign_proximity_groups(col1_col2_uid)
def setProximityGroupFilter(self, col1: Optional[Sequence[int]],
col2: Optional[Sequence[int]]) -> None:
"""
Filter display of thumbnails based on what cells the user has clicked in the
Temporal Proximity view.
Relevant columns are col 1 and col 2.
"""
if col1 != self.proximity_col1 or col2 != self.proximity_col2:
self.proximity_col1 = col1
self.proximity_col2 = col2
self.refresh()
def anyCheckedFilesFiltered(self) -> bool:
"""
:return: True if any files checked for download are currently
not displayed because they are filtered
"""
return self.tsql.get_count(marked=True) != self.getDisplayedCount(marked=True)
def anyFileNotPreviouslyDownloaded(self, uids: List[bytes]) -> bool:
return self.tsql.any_not_previously_downloaded(uids=uids)
def getFileDownloadsCompleted(self) -> FileTypeCounter:
"""
:return: counter for how many photos and videos have their downloads completed
whether successfully or not
"""
return FileTypeCounter(
{
FileType.photo: self.tsql.get_count(downloaded=True, file_type=FileType.photo),
FileType.video: self.tsql.get_count(downloaded=True, file_type=FileType.video)
}
)
def anyCompletedDownloads(self) -> bool:
"""
:return: True if any files have been downloaded (including failures)
"""
return self.tsql.any_files_download_completed()
def jobCodeNeeded(self) -> bool:
"""
:return: True if any files checked for download do not have job codes
assigned to them
"""
return self.tsql.any_marked_file_no_job_code()
def getNoFilesJobCodeNeeded(self) -> FileTypeCounter:
"""
:return: the number of marked files that need a job code assigned to them, and the
file types they will be applied to.
"""
no_photos = self.tsql.get_count(marked=True, file_type=FileType.photo, job_code=False)
no_videos = self.tsql.get_count(marked=True, file_type=FileType.video, job_code=False)
f = FileTypeCounter()
f[FileType.photo] = no_photos
f[FileType.video] = no_videos
return f
class ThumbnailView(QListView):
def __init__(self, parent: QWidget) -> None:
style = """QAbstractScrollArea { background-color: %s;}""" % ThumbnailBackgroundName
super().__init__(parent)
self.rapidApp = parent
self.setViewMode(QListView.IconMode)
self.setResizeMode(QListView.Adjust)
self.setStyleSheet(style)
self.setUniformItemSizes(True)
self.setSpacing(8)
self.setSelectionMode(QAbstractItemView.ExtendedSelection)
def setScrollTogether(self, on: bool) -> None:
"""
Turn on or off the linking of scrolling the Timeline with the Thumbnail display.
Called from the Proximity (Timeline) widget
:param on: whether to turn on or off
"""
if on:
self.verticalScrollBar().valueChanged.connect(self.scrollTimeline)
else:
self.verticalScrollBar().valueChanged.disconnect(self.scrollTimeline)
def _scrollTemporalProximity(self, row: Optional[int]=None,
index: Optional[QModelIndex]=None) -> None:
temporalProximity = self.rapidApp.temporalProximity
temporalProximity.setScrollTogether(False)
if row is None:
row = index.row()
model = self.model()
rows = model.rows
uid = rows[row][0]
temporalProximity.scrollToUid(uid=uid)
temporalProximity.setScrollTogether(True)
@pyqtSlot(QMouseEvent)
def mousePressEvent(self, event: QMouseEvent) -> None:
"""
Filter selection changes when click is on a thumbnail checkbox.
When the user has selected multiple items (thumbnails), and
then clicks one of the checkboxes, Qt's default behaviour is to
treat that click as selecting the single item, because it doesn't
know about our checkboxes. Therefore if the user is in fact
clicking on a checkbox, we need to filter that event.
Note that no matter what we do here, the delegate's editorEvent
will still be triggered.
:param event: the mouse click event
"""
checkbox_clicked = False
index = self.indexAt(event.pos())
row = index.row()
if row >= 0:
rect = self.visualRect(index) # type: QRect
delegate = self.itemDelegate(index) # type: ThumbnailDelegate
checkboxRect = delegate.getCheckBoxRect(rect)
checkbox_clicked = checkboxRect.contains(event.pos())
if checkbox_clicked:
status = index.data(Roles.download_status) # type: DownloadStatus
checkbox_clicked = status not in Downloaded
if not checkbox_clicked:
if self.rapidApp.prefs.auto_scroll and row >= 0:
self._scrollTemporalProximity(row=row)
super().mousePressEvent(event)
@pyqtSlot(int)
def scrollTimeline(self, value) -> None:
index = self.indexAt(self.topLeft()) # type: QModelIndex
if index.isValid():
self._scrollTemporalProximity(index=index)
def topLeft(self) -> QPoint:
return QPoint(thumbnail_margin, thumbnail_margin)
def visibleRows(self):
"""
Yield rows visible in viewport. Not currently used or properly tested.
"""
rect = self.viewport().contentsRect()
width = self.itemDelegate().width
last_row = rect.bottomRight().x() // width * width
topLeft = rect.topLeft() + QPoint(10, 10)
top = self.indexAt(topLeft)
if top.isValid():
bottom = self.indexAt(QPoint(last_row, rect.bottomRight().y()))
if not bottom.isValid():
# take a guess with an arbitrary figure
bottom = self.index(top.row() + 15)
for row in range(top.row(), bottom.row() + 1):
yield row
def scrollToUids(self, uids: List[bytes]) -> None:
"""
Scroll the Thumbnail Display to the first visible uid from the list of uids.
Remember not all uids are necessarily visible in the Thumbnail Display,
because of filtering.
:param uids: list of uids to scroll to
"""
model = self.model() # type: ThumbnailListModel
if self.rapidApp.showOnlyNewFiles():
uid = model.getFirstUidFromUidList(uids=uids)
if uid is None:
return
else:
uid = uids[0]
try:
row = model.uid_to_row[uid]
except KeyError:
logging.debug("Ignoring scroll request to unknown thumbnail")
else:
index = model.index(row, 0)
self.scrollTo(index, QAbstractItemView.PositionAtTop)
class ThumbnailDelegate(QStyledItemDelegate):
"""
Render thumbnail cells
"""
def __init__(self, rapidApp, parent=None) -> None:
super().__init__(parent)
self.rapidApp = rapidApp
self.checkboxStyleOption = QStyleOptionButton()
self.checkboxRect = QApplication.style().subElementRect(
QStyle.SE_CheckBoxIndicator, self.checkboxStyleOption, None)
self.checkbox_size = self.checkboxRect.size().height()
self.downloadPendingIcon = QPixmap(':/download-pending.png')
self.downloadedPixmap = QPixmap(':/downloaded.png')
self.downloadedWarningPixmap = QPixmap(':/downloaded-with-warning.png')
self.downloadedErrorPixmap = QPixmap(':/downloaded-with-error.png')
self.audioIcon = QPixmap(':/audio.png')
self.dimmed_opacity = 0.5
self.image_width = max(ThumbnailSize.width, ThumbnailSize.height)
self.image_height = self.image_width
self.horizontal_margin = thumbnail_margin
self.vertical_margin = thumbnail_margin
self.image_footer = self.checkbox_size
self.footer_padding = 5
# Position of first memory card indicator
self.card_x = max(self.checkboxRect.size().width(),
self.downloadPendingIcon.width(),
self.downloadedPixmap.width()) + \
self.horizontal_margin + self.footer_padding
self.shadow_size = 2
self.width = self.image_width + self.horizontal_margin * 2
self.height = self.image_height + self.footer_padding \
+ self.image_footer + self.vertical_margin * 2
# Thumbnail is located in a 160px square...
self.image_area_size = max(ThumbnailSize.width, ThumbnailSize.height)
self.image_frame_bottom = self.vertical_margin + self.image_area_size
self.contextMenu = QMenu()
self.openInFileBrowserAct = self.contextMenu.addAction(_('Open in File Browser...'))
self.openInFileBrowserAct.triggered.connect(self.doOpenInFileManagerAct)
self.copyPathAct = self.contextMenu.addAction(_('Copy Path'))
self.copyPathAct.triggered.connect(self.doCopyPathAction)
# Translators: 'File' here applies to a single file. The command allows users to instruct
# Rapid Photo Downloader that photos and videos have been previously downloaded by
# another application.
self.markFileDownloadedAct = self.contextMenu.addAction(_('Mark File as Downloaded'))
self.markFileDownloadedAct.triggered.connect(self.doMarkFileDownloadedAct)
# Translators: 'Files' here applies to two or more files
self.markFilesDownloadedAct = self.contextMenu.addAction(_('Mark Files as Downloaded'))
self.markFilesDownloadedAct.triggered.connect(self.doMarkFileDownloadedAct)
# store the index in which the user right clicked
self.clickedIndex = None # type: QModelIndex
self.color3 = QColor(CustomColors.color3.value)
self.paleGray = QColor(PaleGray)
self.darkGray = QColor(DarkGray)
palette = QGuiApplication.palette()
self.highlight = palette.highlight().color() # type: QColor
self.highlight_size = 3
self.highlight_offset = 1
self.highlightPen = QPen()
self.highlightPen.setColor(self.highlight)
self.highlightPen.setWidth(self.highlight_size)
self.highlightPen.setStyle(Qt.SolidLine)
self.highlightPen.setJoinStyle(Qt.MiterJoin)
self.emblemFont = QFont()
self.emblemFont.setPointSize(self.emblemFont.pointSize() - 3)
metrics = QFontMetrics(self.emblemFont)
# Determine the actual height of the largest extension, and the actual
# width of all extenstions.
# For our purposes, this is more accurate than the generic metrics.height()
self.emblem_width = {} # type: Dict[str, int]
height = 0
# Include the emblems for which memory card on a camera the file came from
for ext in ALL_USER_VISIBLE_EXTENSIONS + ['1', '2']:
ext = ext.upper()
tbr = metrics.tightBoundingRect(ext) # QRect
self.emblem_width[ext] = tbr.width()
height = max(height, tbr.height())
# Set and calculate the padding to go around each emblem
self.emblem_pad = height // 2
self.emblem_height = height + self.emblem_pad * 2
for ext in self.emblem_width:
self.emblem_width[ext] = self.emblem_width[ext] + self.emblem_pad * 2
self.jobCodeFont = QFont()
self.jobCodeFont.setPointSize(self.jobCodeFont.pointSize() - 2)
self.jobCodeMetrics = QFontMetrics(self.jobCodeFont)
height = self.jobCodeMetrics.height()
self.job_code_pad = height // 4
self.job_code_height = height + self.job_code_pad * 2
self.job_code_width = self.image_width
self.job_code_text_width = self.job_code_width - self.job_code_pad * 2
self.jobCodeBackground = QColor(DoubleDarkGray)
# alternative would be functools.lru_cache() decorator, but it
# is required to be a function. It's easier to keep everything
# in this class, especially regarding the default font
self.job_code_lru = dict() # type: Dict[str, str]
# Generate the range of colors to be displayed when highlighting
# files from a particular device
ch = Color(self.highlight.name())
cg = Color(self.paleGray.name())
self.colorGradient = [QColor(c.hex) for c in cg.range_to(ch, FadeSteps)]
@pyqtSlot()
def doCopyPathAction(self) -> None:
index = self.clickedIndex
if index:
path = index.model().data(index, Roles.path)
QApplication.clipboard().setText(path)
@pyqtSlot()
def doOpenInFileManagerAct(self) -> None:
index = self.clickedIndex
if index:
uri = index.model().data(index, Roles.uri)
open_in_file_manager(
file_manager=self.rapidApp.file_manager,
file_manager_type=self.rapidApp.file_manager_type,
uri=uri
)
@pyqtSlot()
def doMarkFileDownloadedAct(self) -> None:
selectedIndexes = self.selectedIndexes()
if selectedIndexes is None:
return
not_downloaded = tuple(
index for index in selectedIndexes if not index.data(Roles.previously_downloaded)
) # type: Tuple[QModelIndex]
thumbnailModel = self.rapidApp.thumbnailModel # type: ThumbnailListModel
thumbnailModel.setDataRange(not_downloaded, True, Roles.previously_downloaded)
def paint(self, painter: QPainter, option: QStyleOptionViewItem, index: QModelIndex) -> None:
if index is None:
return
# Save state of painter, restore on function exit
painter.save()
checked = index.data(Qt.CheckStateRole) == Qt.Checked
previously_downloaded = index.data(Roles.previously_downloaded)
extension, ext_type = index.data( Roles.extension)
download_status = index.data( Roles.download_status) # type: DownloadStatus
has_audio = index.data( Roles.has_audio)
secondary_attribute = index.data(Roles.secondary_attribute)
memory_cards = index.data(Roles.camera_memory_card) # type: List[int]
highlight = index.data(Roles.highlight)
job_code = index.data(Roles.job_code) # type: Optional[str]
# job_code = 'An extremely long and complicated Job Code'
# job_code = 'Job Code'
is_selected = option.state & QStyle.State_Selected
x = option.rect.x()
y = option.rect.y()
# Draw rectangle in which the individual items will be placed
boxRect = QRect(x, y, self.width, self.height)
shadowRect = QRect(x + self.shadow_size, y + self.shadow_size,
self.width, self.height)
painter.setRenderHint(QPainter.Antialiasing, True)
painter.setPen(self.darkGray)
painter.fillRect(shadowRect, self.darkGray)
painter.drawRect(shadowRect)
painter.setRenderHint(QPainter.Antialiasing, False)
if highlight != 0:
painter.fillRect(boxRect, self.colorGradient[highlight-1])
else:
painter.fillRect(boxRect, self.paleGray)
if is_selected:
hightlightRect = QRect(
boxRect.left() + self.highlight_offset,
boxRect.top() + self.highlight_offset,
boxRect.width() - self.highlight_size,
boxRect.height() - self.highlight_size
)
painter.setPen(self.highlightPen)
painter.drawRect(hightlightRect)
thumbnail = index.model().data(index, Qt.DecorationRole)
if (previously_downloaded and not checked and
download_status == DownloadStatus.not_downloaded):
disabled = QPixmap(thumbnail.size())
disabled.fill(Qt.transparent)
p = QPainter(disabled)
p.setBackgroundMode(Qt.TransparentMode)
p.setBackground(QBrush(Qt.transparent))
p.eraseRect(thumbnail.rect())
p.setOpacity(self.dimmed_opacity)
p.drawPixmap(0, 0, thumbnail)
p.end()
thumbnail = disabled
thumbnail_width = thumbnail.size().width()
thumbnail_height = thumbnail.size().height()
thumbnailX = self.horizontal_margin + (self.image_area_size -
thumbnail_width) // 2 + x
thumbnailY = self.vertical_margin + (self.image_area_size -
thumbnail_height) // 2 + y
target = QRect(thumbnailX, thumbnailY, thumbnail_width,
thumbnail_height)
source = QRect(0, 0, thumbnail_width, thumbnail_height)
painter.drawPixmap(target, thumbnail, source)
dimmed = previously_downloaded and not checked
# Render the job code near the top of the square, if there is one
if job_code:
if is_selected:
color = self.highlight
painter.setOpacity(1.0)
else:
color = self.jobCodeBackground
if not dimmed:
painter.setOpacity(0.75)
else:
painter.setOpacity(self.dimmed_opacity)
jobCodeRect = QRect(x + self.horizontal_margin, y + self.vertical_margin,
self.job_code_width, self.job_code_height)
painter.fillRect(jobCodeRect, color)
painter.setFont(self.jobCodeFont)
painter.setPen(QColor(Qt.white))
if job_code in self.job_code_lru:
text = self.job_code_lru[job_code]
else:
text = self.jobCodeMetrics.elidedText(job_code, Qt.ElideRight,
self.job_code_text_width)
self.job_code_lru[job_code] = text
if not dimmed:
painter.setOpacity(1.0)
else:
painter.setOpacity(self.dimmed_opacity)
painter.drawText(jobCodeRect, Qt.AlignCenter, text)
if dimmed:
painter.setOpacity(self.dimmed_opacity)
# painter.setPen(QColor(Qt.blue))
# painter.drawText(x + 2, y + 15, str(index.row()))
if has_audio:
audio_x = self.width // 2 - self.audioIcon.width() // 2 + x
audio_y = self.image_frame_bottom + self.footer_padding + y
painter.drawPixmap(audio_x, audio_y, self.audioIcon)
# Draw a small coloured box containing the file extension in the
# bottom right corner
extension = extension.upper()
# Calculate size of extension text
painter.setFont(self.emblemFont)
# em_width = self.emblemFontMetrics.width(extension)
emblem_width = self.emblem_width[extension]
emblem_rect_x = self.width - self.horizontal_margin - emblem_width + x
emblem_rect_y = self.image_frame_bottom + self.footer_padding + y
emblemRect = QRect(emblem_rect_x, emblem_rect_y,
emblem_width, self.emblem_height) # type: QRect
color = extensionColor(ext_type=ext_type)
# Use an angular rect, because a rounded rect with anti-aliasing doesn't look too good
painter.fillRect(emblemRect, color)
painter.setPen(QColor(Qt.white))
painter.drawText(emblemRect, Qt.AlignCenter, extension)
# Draw another small colored box to the left of the
# file extension box containing a secondary
# attribute, if it exists. Currently the secondary attribute is
# only an XMP file, but in future it could be used to display a
# matching jpeg in a RAW+jpeg set
if secondary_attribute:
# Assume the attribute is already upper case
sec_width = self.emblem_width[secondary_attribute]
sec_rect_x = emblem_rect_x - self.footer_padding - sec_width
color = QColor(self.color3)
secRect = QRect(sec_rect_x, emblem_rect_y,
sec_width, self.emblem_height)
painter.fillRect(secRect, color)
painter.drawText(secRect, Qt.AlignCenter, secondary_attribute)
if memory_cards:
# if downloaded from a camera, and the camera has more than
# one memory card, a list of numeric identifiers (i.e. 1 or
# 2) identifying which memory card the file came from
text_x = self.card_x + x
for card in memory_cards:
card = str(card)
card_width = self.emblem_width[card]
color = QColor(70, 70, 70)
cardRect = QRect(text_x, emblem_rect_y,
card_width, self.emblem_height)
painter.fillRect(cardRect, color)
painter.drawText(cardRect, Qt.AlignCenter, card)
text_x = text_x + card_width + self.footer_padding
if dimmed:
painter.setOpacity(1.0)
if download_status == DownloadStatus.not_downloaded:
checkboxStyleOption = QStyleOptionButton()
if checked:
checkboxStyleOption.state |= QStyle.State_On
else:
checkboxStyleOption.state |= QStyle.State_Off
checkboxStyleOption.state |= QStyle.State_Enabled
checkboxStyleOption.rect = self.getCheckBoxRect(option.rect)
QApplication.style().drawControl(QStyle.CE_CheckBox, checkboxStyleOption, painter)
else:
if download_status == DownloadStatus.download_pending:
pixmap = self.downloadPendingIcon
elif download_status == DownloadStatus.downloaded:
pixmap = self.downloadedPixmap
elif (download_status == DownloadStatus.downloaded_with_warning or
download_status == DownloadStatus.backup_problem):
pixmap = self.downloadedWarningPixmap
elif (download_status == DownloadStatus.download_failed or
download_status == DownloadStatus.download_and_backup_failed):
pixmap = self.downloadedErrorPixmap
else:
pixmap = None
if pixmap is not None:
painter.drawPixmap(option.rect.x() + self.horizontal_margin, emblem_rect_y,
pixmap)
painter.restore()
def sizeHint(self, option: QStyleOptionViewItem, index: QModelIndex) -> QSize:
return QSize(
self.width + self.shadow_size, self.height + self.shadow_size
)
def oneOrMoreNotDownloaded(self) -> Tuple[int, Plural]:
i = 0
selectedIndexes = self.selectedIndexes()
if selectedIndexes is None:
noSelected = 0
else:
noSelected = len(selectedIndexes)
for index in selectedIndexes:
if not index.data(Roles.previously_downloaded):
i += 1
if i == 2:
break
if i == 0:
return noSelected, Plural.zero
elif i == 1:
return noSelected, Plural.two_form_single
else:
return noSelected, Plural.two_form_plural
def editorEvent(self, event: QEvent,
model: QAbstractItemModel,
option: QStyleOptionViewItem,
index: QModelIndex) -> bool:
"""
Change the data in the model and the state of the checkbox
if the user presses the left mouse button or presses
Key_Space or Key_Select and this cell is editable. Otherwise do nothing.
"""
download_status = index.data(Roles.download_status)
if (event.type() == QEvent.MouseButtonRelease or event.type() ==
QEvent.MouseButtonDblClick):
if event.button() == Qt.RightButton:
self.clickedIndex = index
# Determine if user can manually mark file or files as previously downloaded
noSelected, noDownloaded = self.oneOrMoreNotDownloaded()
if noDownloaded == Plural.two_form_single:
self.markFilesDownloadedAct.setVisible(False)
self.markFileDownloadedAct.setVisible(True)
self.markFileDownloadedAct.setEnabled(True)
elif noDownloaded == Plural.two_form_plural:
self.markFilesDownloadedAct.setVisible(True)
self.markFilesDownloadedAct.setEnabled(True)
self.markFileDownloadedAct.setVisible(False)
else:
assert noDownloaded == Plural.zero
if noSelected == 1:
self.markFilesDownloadedAct.setVisible(False)
self.markFileDownloadedAct.setVisible(True)
self.markFileDownloadedAct.setEnabled(False)
else:
self.markFilesDownloadedAct.setVisible(True)
self.markFilesDownloadedAct.setEnabled(False)
self.markFileDownloadedAct.setVisible(False)
globalPos = self.rapidApp.thumbnailView.viewport().mapToGlobal(event.pos())
# libgphoto2 needs exclusive access to the camera, so there are times when "open
# in file browswer" should be disabled:
# First, for all desktops, when a camera, disable when thumbnailing or
# downloading.
# Second, disable opening MTP devices in KDE environment,
# as KDE won't release them until them the file browser is closed!
# However if the file is already downloaded, we don't care, as can get it from
# local source.
# Finally, disable when we don't know what the default file manager is
active_camera = disable_kde = False
have_file_manager = self.rapidApp.file_manager is not None
if download_status not in Downloaded:
if index.data(Roles.is_camera):
scan_id = index.data(Roles.scan_id)
active_camera = self.rapidApp.deviceState(scan_id) != DeviceState.idle
if not active_camera:
disable_kde = index.data(Roles.mtp) and get_desktop() == Desktop.kde
self.openInFileBrowserAct.setEnabled(
not (disable_kde or active_camera) and have_file_manager
)
self.contextMenu.popup(globalPos)
return False
if event.button() != Qt.LeftButton or not self.getCheckBoxRect(
option.rect).contains(event.pos()):
return False
if event.type() == QEvent.MouseButtonDblClick:
return True
elif event.type() == QEvent.KeyPress:
if event.key() != Qt.Key_Space and event.key() != Qt.Key_Select:
return False
else:
return False
if download_status != DownloadStatus.not_downloaded:
return False
# Change the checkbox-state
self.setModelData(None, model, index)
return True
def setModelData (self, editor: QWidget,
model: QAbstractItemModel,
index: QModelIndex) -> None:
newValue = not (index.data(Qt.CheckStateRole) == Qt.Checked)
thumbnailModel = self.rapidApp.thumbnailModel # type: ThumbnailListModel
selection = self.rapidApp.thumbnailView.selectionModel() # type: QItemSelectionModel
if selection.hasSelection():
selected = selection.selection() # type: QItemSelection
if index in selected.indexes():
for i in selected.indexes():
thumbnailModel.setData(i, newValue, Qt.CheckStateRole)
else:
# The user has clicked on a checkbox that for a
# thumbnail that is outside their previous selection
selection.clear()
selection.select(index, QItemSelectionModel.Select)
model.setData(index, newValue, Qt.CheckStateRole)
else:
# The user has previously selected nothing, so mark this
# thumbnail as selected
selection.select(index, QItemSelectionModel.Select)
model.setData(index, newValue, Qt.CheckStateRole)
thumbnailModel.updateDisplayPostDataChange()
def getLeftPoint(self, rect: QRect) -> QPoint:
return QPoint(rect.x() + self.horizontal_margin,
rect.y() + self.image_frame_bottom + self.footer_padding - 1)
def getCheckBoxRect(self, rect: QRect) -> QRect:
return QRect(self.getLeftPoint(rect), self.checkboxRect.size())
def applyJobCode(self, job_code: str) -> None:
thumbnailModel = self.rapidApp.thumbnailModel # type: ThumbnailListModel
selectedIndexes = self.selectedIndexes()
if selectedIndexes is not None:
logging.debug("Applying job code to %s files", len(selectedIndexes))
for i in selectedIndexes:
thumbnailModel.setData(i, job_code, Roles.job_code)
else:
logging.debug("Not applying job code because no files selected")
def selectedIndexes(self) -> Optional[List[QModelIndex]]:
selection = self.rapidApp.thumbnailView.selectionModel() # type: QItemSelectionModel
if selection.hasSelection():
selected = selection.selection() # type: QItemSelection
return selected.indexes()
return None
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