def _show_license(self):
w = LicenseWidget()
d = GreyedDialog(w,
title=_("TEXT_LICENSE_TITLE"),
parent=self,
width=1000)
d.open()
def _show_settings(self):
w = SettingsWidget(self.config, self.jobs_ctx, self.event_bus)
d = GreyedDialog(w,
title=_("TEXT_SETTINGS_TITLE"),
parent=self,
width=1000)
d.open()
def show_modal(
cls,
jobs_ctx,
workspace_fs,
path,
reload_timestamped_signal,
update_version_list,
close_version_list,
client,
parent,
on_finished,
):
w = cls(
jobs_ctx=jobs_ctx,
workspace_fs=workspace_fs,
path=path,
reload_timestamped_signal=reload_timestamped_signal,
update_version_list=update_version_list,
close_version_list=close_version_list,
client=client,
)
d = GreyedDialog(
w,
title=_("TEXT_FILE_HISTORY_TITLE_name").format(name=path.name),
parent=parent)
w.dialog = d
if on_finished:
d.finished.connect(on_finished)
# Unlike exec_, show is asynchronous and works within the main Qt loop
d.show()
return w
def show_modal(cls, jobs_ctx, parent, on_finished):
w = cls(jobs_ctx)
d = GreyedDialog(w, _("TEXT_ORG_WIZARD_TITLE"), parent=parent, width=1000)
d.closing.connect(w.on_close)
w.accepted.connect(d.accept)
w.finished.connect(on_finished)
# Unlike exec_, show is asynchronous and works within the main Qt loop
d.show()
def show_modal(cls, client, parent):
w = cls(client=client)
d = GreyedDialog(w,
title=_("TEXT_CHANGE_PASSWORD_TITLE"),
parent=parent)
w.accepted.connect(d.accept)
# Unlike exec_, show is asynchronous and works within the main Qt loop
d.show()
def show_modal(cls, user_fs, workspace_fs, client, jobs_ctx, parent, on_finished):
w = cls(user_fs=user_fs, workspace_fs=workspace_fs, client=client, jobs_ctx=jobs_ctx)
d = GreyedDialog(w, title=_("TEXT_WORKSPACE_SHARING_TITLE"), parent=parent, width=1000)
d.closing.connect(w.on_close)
w.closing.connect(on_finished)
# Unlike exec_, show is asynchronous and works within the main Qt loop
d.show()
return w
def show_modal(cls, jobs_ctx, config, addr, parent, on_finished):
w = cls(jobs_ctx=jobs_ctx, config=config, addr=addr)
d = GreyedDialog(w,
_("TEXT_CLAIM_DEVICE_TITLE"),
parent=parent,
width=800)
d.closing.connect(w.on_close)
w.finished.connect(on_finished)
w.accepted.connect(d.accept)
w.rejected.connect(d.reject)
# Unlike exec_, show is asynchronous and works within the main Qt loop
d.show()
def show_modal(cls, client, jobs_ctx, token, parent, on_finished):
w = cls(client=client, jobs_ctx=jobs_ctx, token=token)
d = GreyedDialog(w,
_("TEXT_GREET_USER_TITLE"),
parent=parent,
width=950)
d.closing.connect(w.on_close)
w.finished.connect(on_finished)
w.accepted.connect(d.accept)
w.rejected.connect(d.reject)
# Unlike exec_, show is asynchronous and works within the main Qt loop
d.show()
return w
def show_modal(cls, workspace_fs, jobs_ctx, parent, on_finished):
w = cls(workspace_fs=workspace_fs, jobs_ctx=jobs_ctx)
d = GreyedDialog(center_widget=w,
title=_("TEXT_WORKSPACE_TIMESTAMPED_TITLE"),
parent=parent,
width=600)
w.dialog = d
def _on_finished(result):
if result == QDialog.Rejected:
return on_finished(None, None)
return on_finished(w.date, w.time)
d.finished.connect(_on_finished)
# Unlike exec_, show is asynchronous and works within the main Qt loop
d.show()
return w
def show_modal(cls, jobs_ctx, config, addr, parent, on_finished):
w = cls(jobs_ctx=jobs_ctx, config=config, addr=addr)
d = GreyedDialog(w,
_("TEXT_BOOTSTRAP_ORG_TITLE"),
parent=parent,
width=1000)
w.dialog = d
w.line_edit_login.setFocus()
def _on_finished(result):
if result == QDialog.Accepted:
return on_finished(w.status)
return on_finished(None)
d.finished.connect(_on_finished)
# Unlike exec_, show is asynchronous and works within the main Qt loop
d.show()
return w
def import_all(self, files, total_size):
assert not self.import_job
wl = LoadingWidget(total_size=total_size + len(files))
self.loading_dialog = GreyedDialog(wl,
_("TEXT_FILE_IMPORT_LOADING_TITLE"),
parent=self)
wl.cancelled.connect(self.cancel_import)
self.loading_dialog.show()
self.import_job = self.jobs_ctx.submit_job(
ThreadSafeQtSignal(self, "import_success", QtToTrioJob),
ThreadSafeQtSignal(self, "import_error", QtToTrioJob),
_do_import,
workspace_fs=self.workspace_fs,
files=files,
total_size=total_size,
progress_signal=ThreadSafeQtSignal(self, "import_progress", str,
int),
)
def _show_about(self):
w = AboutWidget()
d = GreyedDialog(w, title="", parent=self, width=1000)
d.open()
class FilesWidget(QWidget, Ui_FilesWidget):
fs_updated_qt = pyqtSignal(ClientEvent, UUID)
fs_synced_qt = pyqtSignal(ClientEvent, UUID)
entry_downsynced_qt = pyqtSignal(UUID, UUID)
global_clipboard_updated_qt = pyqtSignal(object)
sharing_updated_qt = pyqtSignal(WorkspaceEntry, object)
back_clicked = pyqtSignal()
rename_success = pyqtSignal(QtToTrioJob)
rename_error = pyqtSignal(QtToTrioJob)
delete_success = pyqtSignal(QtToTrioJob)
delete_error = pyqtSignal(QtToTrioJob)
folder_stat_success = pyqtSignal(QtToTrioJob)
folder_stat_error = pyqtSignal(QtToTrioJob)
folder_create_success = pyqtSignal(QtToTrioJob)
folder_create_error = pyqtSignal(QtToTrioJob)
import_success = pyqtSignal(QtToTrioJob)
import_error = pyqtSignal(QtToTrioJob)
import_progress = pyqtSignal(str, int)
reload_timestamped_requested = pyqtSignal(DateTime, FsPath, FileType, bool,
bool, bool)
reload_timestamped_success = pyqtSignal(QtToTrioJob)
reload_timestamped_error = pyqtSignal(QtToTrioJob)
update_version_list = pyqtSignal(WorkspaceFS, FsPath)
close_version_list = pyqtSignal()
folder_changed = pyqtSignal(str, str)
def __init__(self, client, jobs_ctx, event_bus, *args, **kwargs):
super().__init__(*args, **kwargs)
self.setupUi(self)
self.spinner = CenteredSpinnerWidget(parent=self.table_files)
self.table_files_layout.addWidget(self.spinner, 0, 0)
self.spinner.hide()
self.client = client
self.jobs_ctx = jobs_ctx
self.event_bus = event_bus
self.workspace_fs = None
self.import_job = None
self.clipboard = None
self.button_back.clicked.connect(self.back_clicked)
self.button_back.apply_style()
self.button_import_folder.clicked.connect(self.import_folder_clicked)
self.button_import_folder.apply_style()
self.button_import_files.clicked.connect(self.import_files_clicked)
self.button_import_files.apply_style()
self.button_create_folder.clicked.connect(self.create_folder_clicked)
self.button_create_folder.apply_style()
self.line_edit_search.textChanged.connect(self.filter_files)
self.line_edit_search.hide()
self.current_directory = FsPath("/")
self.current_directory_uuid = None
self.fs_updated_qt.connect(self._on_fs_updated_qt)
self.fs_synced_qt.connect(self._on_fs_synced_qt)
self.entry_downsynced_qt.connect(self._on_entry_downsynced_qt)
self.update_timer = QTimer()
self.update_timer.setInterval(1000)
self.update_timer.setSingleShot(True)
self.update_timer.timeout.connect(self.reload)
self.default_import_path = str(pathlib.Path.home())
self.table_files.config = self.client.config
self.table_files.file_moved.connect(self.on_file_moved)
self.table_files.item_activated.connect(self.item_activated)
self.table_files.rename_clicked.connect(self.rename_files)
self.table_files.delete_clicked.connect(self.delete_files)
self.table_files.open_clicked.connect(self.open_files)
self.table_files.files_dropped.connect(self.on_files_dropped)
self.table_files.show_history_clicked.connect(self.show_history)
self.table_files.paste_clicked.connect(self.on_paste_clicked)
self.table_files.copy_clicked.connect(self.on_copy_clicked)
self.table_files.cut_clicked.connect(self.on_cut_clicked)
self.table_files.file_path_clicked.connect(
self.on_get_file_path_clicked)
self.table_files.open_current_dir_clicked.connect(
self.on_open_current_dir_clicked)
self.sharing_updated_qt.connect(self._on_sharing_updated_qt)
self.rename_success.connect(self._on_rename_success)
self.rename_error.connect(self._on_rename_error)
self.delete_success.connect(self._on_delete_success)
self.delete_error.connect(self._on_delete_error)
self.folder_stat_success.connect(self._on_folder_stat_success)
self.folder_stat_error.connect(self._on_folder_stat_error)
self.folder_create_success.connect(self._on_folder_create_success)
self.folder_create_error.connect(self._on_folder_create_error)
self.import_success.connect(self._on_import_success)
self.import_error.connect(self._on_import_error)
self.reload_timestamped_requested.connect(
self._on_reload_timestamped_requested)
self.reload_timestamped_success.connect(
self._on_reload_timestamped_success)
self.reload_timestamped_error.connect(
self._on_reload_timestamped_error)
self.loading_dialog = None
self.import_progress.connect(self._on_import_progress)
self.event_bus.connect(ClientEvent.FS_ENTRY_UPDATED,
self._on_fs_entry_updated_trio)
self.event_bus.connect(ClientEvent.FS_ENTRY_SYNCED,
self._on_fs_entry_synced_trio)
self.event_bus.connect(ClientEvent.SHARING_UPDATED,
self._on_sharing_updated_trio)
self.event_bus.connect(ClientEvent.FS_ENTRY_DOWNSYNCED,
self._on_entry_downsynced_trio)
def disconnect_all(self):
pass
def set_workspace_fs(self,
wk_fs,
current_directory=FsPath("/"),
default_selection=None,
clipboard=None):
self.current_directory = current_directory
self.workspace_fs = wk_fs
ws_entry = self.jobs_ctx.run_sync(
self.workspace_fs.get_workspace_entry)
self.current_user_role = ws_entry.role
self.label_role.setText(get_role_translation(self.current_user_role))
self.table_files.current_user_role = self.current_user_role
if self.current_user_role == WorkspaceRole.READER:
self.button_import_folder.hide()
self.button_import_files.hide()
self.button_create_folder.hide()
else:
self.button_import_folder.show()
self.button_import_files.show()
self.button_create_folder.show()
self.clipboard = clipboard
if not self.clipboard:
self.table_files.paste_status = PasteStatus(
status=PasteStatus.Status.Disabled)
else:
if self.clipboard.source_workspace == self.workspace_fs:
self.table_files.paste_status = PasteStatus(
status=PasteStatus.Status.Enabled)
else:
# Sending the source_workspace name for paste text
self.table_files.paste_status = PasteStatus(
status=PasteStatus.Status.Enabled,
source_workspace=str(
self.jobs_ctx.run_sync(self.clipboard.source_workspace.
get_workspace_name)),
)
self.reset(default_selection)
def reset(self, default_selection=None):
workspace_name = self.jobs_ctx.run_sync(
self.workspace_fs.get_workspace_name)
self.load(self.current_directory, default_selection)
self.table_files.sortItems(0)
self.folder_changed.emit(str(workspace_name),
str(self.current_directory))
def on_get_file_path_clicked(self):
files = self.table_files.selected_files()
if len(files) != 1:
return
url = BackendOrganizationFileLinkAddr.build(
self.client.device.organization_addr,
self.workspace_fs.workspace_id,
self.current_directory / files[0].name,
)
desktop.copy_to_clipboard(str(url))
show_info(self, _("TEXT_FILE_LINK_COPIED_TO_CLIPBOARD"))
def on_copy_clicked(self):
files = self.table_files.selected_files()
files_to_copy = []
for f in files:
if f.type != FileType.Folder and f.type != FileType.File:
continue
files_to_copy.append((self.current_directory / f.name, f.type))
self.clipboard = Clipboard(files=files_to_copy,
status=Clipboard.Status.Copied,
source_workspace=self.workspace_fs)
self.global_clipboard_updated_qt.emit(self.clipboard)
self.table_files.paste_status = PasteStatus(
status=PasteStatus.Status.Enabled)
def on_cut_clicked(self):
files = self.table_files.selected_files()
files_to_cut = []
rows = []
for f in files:
if f.type != FileType.Folder and f.type != FileType.File:
continue
rows.append(f.row)
files_to_cut.append((self.current_directory / f.name, f.type))
self.table_files.set_rows_cut(rows)
self.clipboard = Clipboard(files=files_to_cut,
status=Clipboard.Status.Cut,
source_workspace=self.workspace_fs)
self.global_clipboard_updated_qt.emit(self.clipboard)
self.table_files.paste_status = PasteStatus(
status=PasteStatus.Status.Enabled)
def on_paste_clicked(self):
if not self.clipboard:
return
error_count = 0
last_exc = None
for f in self.clipboard.files:
src = f[0]
src_type = f[1]
file_name = src.name
base_name = pathlib.Path(src.name)
# In order to be able to rename the file if a file of the same name already exists
# we need the name without extensions.
# .stem only removes the first extension, so we loop over it.
while str(base_name) != base_name.stem:
base_name = pathlib.Path(base_name.stem)
count = 2
base_name = str(base_name)
while True:
try:
dst = self.current_directory / file_name
if self.clipboard.status == Clipboard.Status.Cut:
self.jobs_ctx.run(self.workspace_fs.move, src, dst,
self.clipboard.source_workspace)
else:
if src_type == FileType.Folder:
self.jobs_ctx.run(
self.workspace_fs.copytree,
src,
dst,
self.clipboard.source_workspace,
)
else:
self.jobs_ctx.run(
self.workspace_fs.copyfile,
src,
dst,
self.clipboard.source_workspace,
)
break
except FileExistsError:
# File already exists, we append a counter at the end of its name
file_name = "{} ({}){}".format(
base_name, count,
"".join(pathlib.Path(src.name).suffixes))
count += 1
except FSInvalidArgumentError as exc:
# Move a file onto itself
# Not a big deal for files, we just do nothing and pretend we
# actually did something
# For folders we have to warn the user
if src_type == FileType.Folder:
error_count += 1
last_exc = exc
break
except Exception as exc:
# No idea what happened, we'll just warn the user that we encountered an
# unexcepted error and log it
error_count += 1
last_exc = exc
logger.exception("Unhandled error while cut/copy file",
exc_info=exc)
break
if self.clipboard.status == Clipboard.Status.Cut:
self.clipboard = None
self.global_clipboard_updated_qt.emit(None)
self.table_files.paste_status = PasteStatus(
status=PasteStatus.Status.Disabled)
if last_exc:
# Multiple errors, we'll just display a generic error message
if error_count > 1:
show_error(self, _("TEXT_FILE_PASTE_ERROR"))
else:
# Folder moved into itself
if type(last_exc) == FSInvalidArgumentError:
show_error(self,
_("TEXT_FILE_FOLDER_MOVED_INTO_ITSELF_ERROR"))
else:
show_error(self, _("TEXT_FILE_PASTE_ERROR"))
self.reset()
def show_history(self):
files = self.table_files.selected_files()
if len(files) == 0:
return
if len(files) > 1:
show_error(self,
_("TEXT_FILE_HISTORY_MULTIPLE_FILES_SELECTED_ERROR"))
return
selected_path = self.current_directory / files[0].name
FileHistoryWidget.show_modal(
jobs_ctx=self.jobs_ctx,
workspace_fs=self.workspace_fs,
path=selected_path,
reload_timestamped_signal=self.reload_timestamped_requested,
update_version_list=self.update_version_list,
close_version_list=self.close_version_list,
client=self.client,
parent=self,
on_finished=None,
)
def rename_files(self):
files = self.table_files.selected_files()
if len(files) == 1:
def _on_rename_one_file_finished(return_code, new_name):
if return_code and new_name:
self.jobs_ctx.submit_job(
ThreadSafeQtSignal(self, "rename_success",
QtToTrioJob),
ThreadSafeQtSignal(self, "rename_error", QtToTrioJob),
_do_rename,
workspace_fs=self.workspace_fs,
paths=[(
self.current_directory / files[0].name,
self.current_directory / new_name,
files[0].uuid,
)],
)
get_text_input(
self,
_("TEXT_FILE_RENAME_TITLE"),
_("TEXT_FILE_RENAME_INSTRUCTIONS"),
placeholder=_("TEXT_FILE_RENAME_PLACEHOLDER"),
default_text=files[0].name,
button_text=_("ACTION_FILE_RENAME"),
on_finished=_on_rename_one_file_finished,
)
else:
def _on_rename_multiple_files_finished(return_code, new_name):
if return_code and new_name:
self.jobs_ctx.submit_job(
ThreadSafeQtSignal(self, "rename_success",
QtToTrioJob),
ThreadSafeQtSignal(self, "rename_error", QtToTrioJob),
_do_rename,
workspace_fs=self.workspace_fs,
paths=[(
self.current_directory / f.name,
self.current_directory / "{}_{}{}".format(
new_name, i, ".".join(
pathlib.Path(f.name).suffixes)),
f.uuid,
) for i, f in enumerate(files, 1)],
)
get_text_input(
self,
_("TEXT_FILE_RENAME_MULTIPLE_TITLE_count").format(
count=len(files)),
_("TEXT_FILE_RENAME_MULTIPLE_INSTRUCTIONS_count").format(
count=len(files)),
placeholder=_("TEXT_FILE_RENAME_MULTIPLE_PLACEHOLDER"),
button_text=_("ACTION_FILE_RENAME_MULTIPLE"),
on_finished=_on_rename_multiple_files_finished,
)
def delete_files(self):
files = self.table_files.selected_files()
def _on_delete_file_question_finished(return_code, answer):
if return_code and (answer == _("ACTION_FILE_DELETE")
or answer == _("ACTION_FILE_DELETE_MULTIPLE")):
self.jobs_ctx.submit_job(
ThreadSafeQtSignal(self, "delete_success", QtToTrioJob),
ThreadSafeQtSignal(self, "delete_error", QtToTrioJob),
_do_delete,
workspace_fs=self.workspace_fs,
files=[(self.current_directory / f.name, f.type)
for f in files],
)
if len(files) == 1:
ask_question(
self,
_("TEXT_FILE_DELETE_TITLE"),
_("TEXT_FILE_DELETE_INSTRUCTIONS_name").format(
name=files[0].name),
[_("ACTION_FILE_DELETE"),
_("ACTION_CANCEL")],
on_finished=_on_delete_file_question_finished,
)
else:
ask_question(
self,
_("TEXT_FILE_DELETE_MULTIPLE_TITLE_count").format(
count=len(files)),
_("TEXT_FILE_DELETE_MULTIPLE_INSTRUCTIONS_count").format(
count=len(files)),
[_("ACTION_FILE_DELETE_MULTIPLE"),
_("ACTION_CANCEL")],
on_finished=_on_delete_file_question_finished,
)
def on_open_current_dir_clicked(self):
self.open_file(None)
def open_files(self):
files = self.table_files.selected_files()
if len(files) == 1:
if not self.open_file(files[0][2]):
show_error(
self,
_("TEXT_FILE_OPEN_ERROR_file").format(file=files[0][2]))
else:
def _on_open_file_question_finished(return_code, answer):
if return_code and answer == _("ACTION_FILE_OPEN_MULTIPLE"):
success = True
for f in files:
success &= self.open_file(f[2])
if not success:
show_error(self, _("TEXT_FILE_OPEN_MULTIPLE_ERROR"))
ask_question(
self,
_("TEXT_FILE_OPEN_MULTIPLE_TITLE_count").format(
count=len(files)),
_("TEXT_FILE_OPEN_MULTIPLE_INSTRUCTIONS_count").format(
count=len(files)),
[_("ACTION_FILE_OPEN_MULTIPLE"),
_("ACTION_CANCEL")],
on_finished=_on_open_file_question_finished,
)
def open_file(self, file_name):
# The Qt thread should never hit the client directly.
# Synchronous calls can run directly in the job system
# as they won't block the Qt loop for long
path = self.jobs_ctx.run_sync(
self.client.mountpoint_manager.get_path_in_mountpoint,
self.workspace_fs.workspace_id,
self.current_directory /
file_name if file_name else self.current_directory,
self.workspace_fs.timestamp
if isinstance(self.workspace_fs, WorkspaceFSTimestamped) else None,
)
return desktop.open_file(str(path))
def item_activated(self, file_type, file_name):
if file_type == FileType.ParentFolder:
self.load(self.current_directory.parent)
elif file_type == FileType.ParentWorkspace:
self.back_clicked.emit()
elif file_type == FileType.File:
if not self.open_file(file_name):
show_error(
self,
_("TEXT_FILE_OPEN_ERROR_file").format(file=file_name))
elif file_type == FileType.Folder:
self.load(self.current_directory / file_name)
def reload(self):
self.load(self.current_directory)
def load(self, directory, default_selection=None):
self.table_files.clear()
self.table_files.setStyleSheet("background-color: #EFEFEF;")
self.spinner.spinner_movie.start()
self.spinner.show()
self.jobs_ctx.submit_job(
ThreadSafeQtSignal(self, "folder_stat_success", QtToTrioJob),
ThreadSafeQtSignal(self, "folder_stat_error", QtToTrioJob),
_do_folder_stat,
workspace_fs=self.workspace_fs,
path=directory,
default_selection=default_selection,
)
def import_all(self, files, total_size):
assert not self.import_job
wl = LoadingWidget(total_size=total_size + len(files))
self.loading_dialog = GreyedDialog(wl,
_("TEXT_FILE_IMPORT_LOADING_TITLE"),
parent=self)
wl.cancelled.connect(self.cancel_import)
self.loading_dialog.show()
self.import_job = self.jobs_ctx.submit_job(
ThreadSafeQtSignal(self, "import_success", QtToTrioJob),
ThreadSafeQtSignal(self, "import_error", QtToTrioJob),
_do_import,
workspace_fs=self.workspace_fs,
files=files,
total_size=total_size,
progress_signal=ThreadSafeQtSignal(self, "import_progress", str,
int),
)
def cancel_import(self):
assert self.import_job
assert self.loading_dialog
self.import_job.cancel_and_join()
def _on_import_progress(self, file_name, progress):
if not self.loading_dialog:
return
self.loading_dialog.center_widget.set_progress(progress)
self.loading_dialog.center_widget.set_current_file(file_name)
def get_files(self, paths, dst_dir=None):
files = []
total_size = 0
for path in paths:
p = pathlib.Path(path)
if dst_dir is not None:
dst = dst_dir / p.name
else:
dst = self.current_directory / p.name
files.append((p, dst))
total_size += p.stat().st_size
return files, total_size
def get_folder(self, src, dst_dir=None):
files = []
total_size = 0
if dst_dir is None:
dst = self.current_directory / src.name
else:
dst = dst_dir / src.name
for f in src.iterdir():
if f.is_dir():
new_files, new_size = self.get_folder(f, dst_dir=dst)
files.extend(new_files)
total_size += new_size
elif f.is_file():
new_dst = dst / f.name
files.append((f, new_dst))
total_size += f.stat().st_size
return files, total_size
def import_files_clicked(self):
paths, x = QFileDialog.getOpenFileNames(self,
_("TEXT_FILE_IMPORT_FILES"),
self.default_import_path)
if not paths:
return
files, total_size = self.get_files(paths)
f = files[0][0]
self.default_import_path = str(f.parent)
self.import_all(files, total_size)
def import_folder_clicked(self):
path = QFileDialog.getExistingDirectory(self,
_("TEXT_FILE_IMPORT_FOLDER"),
self.default_import_path)
if not path:
return
p = pathlib.Path(path)
files, total_size = self.get_folder(p)
self.default_import_path = str(p)
self.import_all(files, total_size)
def on_files_dropped(self, srcs, dst):
files = []
total_size = 0
if dst == "..":
dst_dir = self.current_directory.parent
elif dst == ".":
dst_dir = self.current_directory
else:
dst_dir = self.current_directory / dst
for src in srcs:
if src.is_dir():
tmp_files, tmp_total_size = self.get_folder(src,
dst_dir=dst_dir)
files.extend(tmp_files)
total_size += tmp_total_size
elif src.is_file():
tmp_files, tmp_total_size = self.get_files([src],
dst_dir=dst_dir)
files.extend(tmp_files)
total_size += tmp_total_size
self.import_all(files, total_size)
def on_file_moved(self, src, dst):
src_path = self.current_directory / src
dst_path = ""
if dst == "..":
dst_path = self.current_directory.parent / src
else:
dst_path = self.current_directory / dst / src
self.jobs_ctx.run(self.workspace_fs.move, src_path, dst_path)
def filter_files(self, pattern):
pattern = pattern.lower()
for i in range(self.table_files.rowCount()):
file_type = self.table_files.item(i, 0).data(TYPE_DATA_INDEX)
name_item = self.table_files.item(i, 1)
if file_type != FileType.ParentFolder and file_type != FileType.ParentWorkspace:
if pattern not in name_item.text().lower():
self.table_files.setRowHidden(i, True)
else:
self.table_files.setRowHidden(i, False)
def create_folder_clicked(self):
def _on_folder_name_finished(return_code, folder_name):
if return_code and folder_name:
self.jobs_ctx.submit_job(
ThreadSafeQtSignal(self, "folder_create_success",
QtToTrioJob),
ThreadSafeQtSignal(self, "folder_create_error",
QtToTrioJob),
_do_folder_create,
workspace_fs=self.workspace_fs,
path=self.current_directory / folder_name,
)
get_text_input(
self,
_("TEXT_FILE_CREATE_FOLDER_TITLE"),
_("TEXT_FILE_CREATE_FOLDER_INSTRUCTIONS"),
placeholder=_("TEXT_FILE_CREATE_FOLDER_PLACEHOLDER"),
button_text=_("ACTION_FILE_CREATE_FOLDER"),
on_finished=_on_folder_name_finished,
)
def keyPressEvent(self, event):
if event.key() == Qt.Key_Delete:
self.delete_files()
def _on_rename_success(self, job):
self.reload()
def _on_rename_error(self, job):
if job.exc.params.get("multi"):
show_error(self,
_("TEXT_FILE_RENAME_MULTIPLE_ERROR"),
exception=job.exc)
else:
show_error(self, _("TEXT_FILE_RENAME_ERROR"), exception=job.exc)
def _on_delete_success(self, job):
self.reload()
def _on_delete_error(self, job):
if not getattr(job.exc, "params", None):
return
if job.exc.params.get("multi"):
show_error(self,
_("TEXT_FILE_DELETE_MULTIPLE_ERROR"),
exception=job.exc)
else:
show_error(self, _("TEXT_FILE_DELETE_ERROR"), exception=job.exc)
def _on_folder_stat_success(self, job):
(
self.current_directory,
self.current_directory_uuid,
files_stats,
default_selection,
) = job.ret
self.table_files.clear()
self.table_files.setStyleSheet("background-color: #FFFFFF;")
self.spinner.spinner_movie.stop()
self.spinner.hide()
old_sort = self.table_files.horizontalHeader().sortIndicatorSection()
old_order = self.table_files.horizontalHeader().sortIndicatorOrder()
self.table_files.setSortingEnabled(False)
if self.current_directory == FsPath("/"):
self.table_files.add_parent_workspace()
else:
self.table_files.add_parent_folder()
file_found = False
for path, stats in files_stats.items():
selected = False
if default_selection and str(path) == default_selection:
selected = True
file_found = True
if stats["type"] == "inconsistency":
self.table_files.add_inconsistency(str(path), stats["id"])
elif stats["type"] == "folder":
self.table_files.add_folder(str(path), stats["id"],
not stats["need_sync"],
stats["confined"], selected)
else:
self.table_files.add_file(
str(path),
stats["id"],
stats["size"],
stats["created"],
stats["updated"],
not stats["need_sync"],
stats["confined"],
selected,
)
self.table_files.sortItems(old_sort, old_order)
self.table_files.setSortingEnabled(True)
if self.line_edit_search.text():
self.filter_files(self.line_edit_search.text())
if default_selection and not file_found:
show_error(self, _("TEXT_FILE_GOTO_LINK_NOT_FOUND"))
workspace_name = self.jobs_ctx.run_sync(
self.workspace_fs.get_workspace_name)
self.folder_changed.emit(str(workspace_name),
str(self.current_directory))
def _on_folder_stat_error(self, job):
self.table_files.clear()
self.table_files.setStyleSheet("background-color: #FFFFFF;")
self.spinner.spinner_movie.stop()
self.spinner.hide()
if isinstance(job.exc, FSFileNotFoundError):
show_error(self, _("TEXT_FILE_FOLDER_NOT_FOUND"))
self.table_files.add_parent_workspace()
return
if self.current_directory == FsPath("/"):
self.table_files.add_parent_workspace()
else:
self.table_files.add_parent_folder()
def _on_folder_create_success(self, job):
pass
def _on_folder_create_error(self, job):
if job.status == "already-exists":
show_error(self, _("TEXT_FILE_FOLDER_CREATE_ERROR_ALREADY_EXISTS"))
else:
show_error(self, _("TEXT_FILE_FOLDER_CREATE_ERROR_UNKNOWN"))
def _on_import_success(self):
assert self.loading_dialog
self.loading_dialog.hide()
self.loading_dialog.setParent(None)
self.loading_dialog = None
self.import_job = None
def _on_import_error(self):
assert self.loading_dialog
if hasattr(self.import_job.exc,
"status") and self.import_job.exc.status == "cancelled":
self.jobs_ctx.submit_job(
ThreadSafeQtSignal(self, "delete_success", QtToTrioJob),
ThreadSafeQtSignal(self, "delete_error", QtToTrioJob),
_do_delete,
workspace_fs=self.workspace_fs,
files=[(self.import_job.exc.params["last_file"], FileType.File)
],
silent=True,
)
else:
show_error(self,
_("TEXT_FILE_IMPORT_ERROR"),
exception=self.import_job.exc)
self.loading_dialog.hide()
self.loading_dialog.setParent(None)
self.loading_dialog = None
self.import_job = None
def _on_fs_entry_synced_trio(self, event, id, workspace_id=None):
self.fs_synced_qt.emit(event, id)
def _on_fs_entry_updated_trio(self, event, workspace_id=None, id=None):
assert id is not None
if workspace_id is None or (self.workspace_fs is not None
and workspace_id
== self.workspace_fs.workspace_id):
self.fs_updated_qt.emit(event, id)
def _on_entry_downsynced_trio(self, event, workspace_id=None, id=None):
self.entry_downsynced_qt.emit(workspace_id, id)
def _on_entry_downsynced_qt(self, workspace_id, id):
if not self.workspace_fs:
return
ws_id = self.workspace_fs.workspace_id
if ws_id != workspace_id:
return
if id == self.current_directory_uuid:
if not self.update_timer.isActive():
self.update_timer.start()
self.reload()
def _on_fs_synced_qt(self, event, uuid):
if not self.workspace_fs:
return
if self.current_directory_uuid == uuid:
return
for i in range(1, self.table_files.rowCount()):
item = self.table_files.item(i, 0)
if item and item.data(UUID_DATA_INDEX) == uuid:
if (item.data(TYPE_DATA_INDEX) == FileType.File
or item.data(TYPE_DATA_INDEX) == FileType.Folder):
item.confined = False
item.is_synced = True
def _on_fs_updated_qt(self, event, uuid):
if not self.workspace_fs:
return
if self.current_directory_uuid == uuid or self.table_files.has_file(
uuid):
if not self.update_timer.isActive():
self.update_timer.start()
self.reload()
def _on_sharing_updated_trio(self, event, new_entry, previous_entry):
self.sharing_updated_qt.emit(new_entry, previous_entry)
def _on_sharing_updated_qt(self, new_entry, previous_entry):
if new_entry is None or new_entry.role is None:
# Sharing revoked
show_error(self, _("TEXT_FILE_SHARING_REVOKED"))
self.back_clicked.emit()
elif previous_entry is not None and previous_entry.role is not None:
self.current_user_role = new_entry.role
self.label_role.setText(
get_role_translation(self.current_user_role))
if (previous_entry.role != WorkspaceRole.READER
and new_entry.role == WorkspaceRole.READER):
show_error(self, _("TEXT_FILE_SHARING_DEMOTED_TO_READER"))
def _on_reload_timestamped_requested(self, timestamp, path, file_type,
open_after_load, close_after_remount,
reload_after_remount):
self.jobs_ctx.submit_job(
ThreadSafeQtSignal(self, "reload_timestamped_success",
QtToTrioJob),
ThreadSafeQtSignal(self, "reload_timestamped_error", QtToTrioJob),
_do_remount_timestamped,
mountpoint_manager=self.client.mountpoint_manager,
workspace_fs=self.workspace_fs,
timestamp=timestamp,
path=path if path is not None else self.current_directory,
file_type=file_type,
open_after_load=open_after_load,
close_after_load=close_after_remount,
reload_after_remount=reload_after_remount,
)
def _on_reload_timestamped_success(self, job):
(
workspace_fs,
path,
file_type,
open_after_load,
close_after_load,
reload_after_remount,
) = job.ret
self.set_workspace_fs(
workspace_fs, path.parent if file_type == FileType.File else path)
# TODO : Select element if possible?
if close_after_load:
self.close_version_list.emit()
if reload_after_remount:
self.update_version_list.emit(self.workspace_fs, path)
if open_after_load:
self.open_file(path.name)
def _on_reload_timestamped_error(self, job):
raise job.exc