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from trashcli.put.my_logger import LoggerBackend
from trashcli.put.context import Context
from trashcli.put.context import SingleTrasher
from trashcli.put.core.trash_result import TrashResult
from trashcli.put.core.trashee import should_skipped_by_specs
from trashcli.put.file_trasher import FileTrasher
from trashcli.put.fs.fs import Fs
from trashcli.put.my_logger import MyLogger
from trashcli.put.reporting.trash_put_reporter import TrashPutReporter
from trashcli.put.user import User
from trashcli.put.user import user_replied_no
class Trasher(SingleTrasher):
def __init__(self,
file_trasher, # type: FileTrasher
user, # type: User
fs, # type: Fs
backend, # type: LoggerBackend
):
self.file_trasher = file_trasher
self.user = user
self.logger = MyLogger(backend)
self.reporter = TrashPutReporter(fs)
self.fs = fs
def trash_single(self,
path, # type: str
context, # type: Context
):
"""
Trash a file in the appropriate trash directory.
If the file belong to the same volume of the trash home directory it
will be trashed in the home trash directory.
Otherwise it will be trashed in one of the relevant volume trash
directories.
Each volume can have two trash directories, they are
- $volume/.Trash/$uid
- $volume/.Trash-$uid
Firstly the software attempt to trash the file in the first directory
then try to trash in the second trash directory.
"""
if should_skipped_by_specs(path):
self.logger.log_put(
self.reporter.unable_to_trash_dot_entries(path),
context.log_data)
return TrashResult.Failure
if not self.fs.lexists(path):
if context.mode.can_ignore_not_existent_path():
return TrashResult.Success
else:
self.logger.log_put(
self.reporter.unable_to_trash_file_non_existent(path),
context.log_data)
return TrashResult.Failure
if context.mode.should_we_ask_to_the_user(self.fs.is_accessible(path)):
reply = self.user.ask_user_about_deleting_file(context.program_name,
path)
if reply == user_replied_no:
return TrashResult.Success
return self.file_trasher.trash_file(path, context)
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