self.downloader.start_scanning()
def finish(self):
+ print "finish"
d = self.uploader.stop()
+ def _print(f):
+ print f
+ return f
+ d.addErrback(_print)
d.addBoth(lambda ign: self.downloader.stop())
+ d.addErrback(_print)
return d
def remove_service(self):
return d
def stop(self):
+ print "stop: _deque = %r, _pending = %r" % (self._deque, self._pending)
self._notifier.stopReading()
self._counter('magic_folder.dirs_monitored', -1)
d = self._notifier.wait_until_stopped()
else:
d = defer.succeed(None)
+ def _after(res):
+ print "stop _after: res = %r, _deque = %r, _pending = %r" % (res, self._deque, self._pending)
+ return res
+ d.addBoth(_after)
return d
def start_scanning(self):
self._remote_scan_delay = 3 # XXX
self._download_scan_batch = {} # path -> [(filenode, metadata)]
+ print "Downloader init"
def start_scanning(self):
+ print "downloader start_scanning"
self._scan_remote_collective()
self._turn_deque()
def stop(self):
- return self._lazy_tail
+ print "downloader stop"
+ d = defer.succeed(None)
+ d.addCallback(lambda ign: self._lazy_tail)
+ def _print(res):
+ print "downloader stop _after: res = %r, _deque = %r, _pending = %r" % (res, self._deque, self._pending)
+ return res
+ d.addBoth(_print)
+ return d
def _should_download(self, relpath_u, remote_version):
"""
We check the remote metadata version against our magic-folder db version number;
latest version wins.
"""
+ print "_should_download"
v = self._db.get_local_file_version(relpath_u)
return (v is None or v < remote_version)
return collective_dirmap_d
def _scan_remote(self, nickname, dirnode):
+ print "_scan_remote START: nickname %s dirnode %s" % (nickname, dirnode)
listing_d = dirnode.list()
- self._download_scan_batch = {}
def scan_listing(listing_map):
for name in listing_map.keys():
+ print "name ", name
file_node, metadata = listing_map[name]
+ print "ALL KEYS %s" % (self._download_scan_batch.keys(),)
if self._download_scan_batch.has_key(name):
+ print "HAS KEY - %s %s" % (file_node, metadata)
self._download_scan_batch[name] += [(file_node, metadata)]
else:
+ print "NOT HAS KEY"
self._download_scan_batch[name] = [(file_node, metadata)]
+
+ print "download scan batch before filtering", repr(self._download_scan_batch)
listing_d.addCallback(scan_listing)
+ print "_scan_remote END"
return listing_d
def _scan_remote_collective(self):
+ self._download_scan_batch = {} # XXX
+
+ print "downloader _scan_remote_collective"
if self._collective_dirnode is None:
return
collective_dirmap_d = self._collective_dirnode.list()
return d
collective_dirmap_d.addCallback(scan_collective)
collective_dirmap_d.addCallback(self._filter_scan_batch)
+ def _print(f):
+ print f
+ return f
+ collective_dirmap_d.addErrback(_print)
collective_dirmap_d.addCallback(self._add_batch_to_download_queue)
+ print "end of _scan_remote_collective"
return collective_dirmap_d
def _add_batch_to_download_queue(self, result):
self._pending.update(map(lambda x: x[0], result))
def _filter_scan_batch(self, result):
+ print "FILTER START len %s" % (len(self._download_scan_batch),)
extension = [] # consider whether this should be a dict
for name in self._download_scan_batch.keys():
if name in self._pending:
+ print "downloader: %s found in pending; skipping" % (name,)
continue
file_node, metadata = max(self._download_scan_batch[name], key=lambda x: x[1]['version'])
+ print "file_node %s metadata %s" % (file_node, metadata)
if self._should_download(name, metadata['version']):
+ print "should download"
extension += [(name, file_node, metadata)]
+ else:
+ print "should not download"
+ print "FILTER END"
return extension
def _download_file(self, name, file_node):
+ print "_download_file"
d = file_node.download_best_version()
def succeeded(res):
d.addCallback(lambda result: self._write_downloaded_file(name, result))
self._counter('magic_folder.objects_downloaded', 1)
return None
def failed(f):
- self._log("download failed")
+ self._log("download failed: %s" % (str(f),))
self._counter('magic_folder.objects_download_failed', 1)
return f
- def remove_from_pending(result):
- self._pending = self._pending.difference(set([name]))
+ def remove_from_pending(ign):
+ print "REMOVE FROM PENDING _pending = %r, name = %r" % (self._pending, name)
+ self._pending.remove(name)
+ print "REMOVE FROM PENDING _after: _pending = %r" % (self._pending,)
d.addCallbacks(succeeded, failed)
d.addBoth(self._do_callback)
- d.addBoth(remove_from_pending)
+ d.addCallback(remove_from_pending)
return d
def _write_downloaded_file(self, name, file_contents):
# FIXME move to QueueMixin
def _append_to_deque(self, path):
+ print "downloader _append_to_deque"
if path in self._download_scan_batch.keys():
return
self._deque.append(path)
# FIXME move to QueueMixin
def _turn_deque(self):
+ print "downloader _turn_deque"
#if self._stopped:
# return
try:
self.mkdir_nonascii(small_tree_dir)
fileutil.write(abspath_expanduser_unicode(u"what", base=small_tree_dir), "say when")
d2 = defer.Deferred()
- self.magicfolder.set_callback(d2.callback, ignore_count=1)
+ self.magicfolder.uploader.set_callback(d2.callback, ignore_count=1)
os.rename(small_tree_dir, new_small_tree_dir)
self.notify(to_filepath(new_small_tree_dir), self.inotify.IN_MOVED_TO)
return d2
def _check_moved_tree_is_watched(res):
d2 = defer.Deferred()
- self.magicfolder.set_callback(d2.callback)
+ self.magicfolder.uploader.set_callback(d2.callback)
fileutil.write(abspath_expanduser_unicode(u"another", base=new_small_tree_dir), "file")
self.notify(to_filepath(abspath_expanduser_unicode(u"another", base=new_small_tree_dir)), self.inotify.IN_CLOSE_WRITE)
return d2
def Alice_rewrite_file(result):
print "Alice rewrites file\n"
- self.file_path = abspath_expanduser_unicode(u"file1", base=self.alice_magicfolder._local_dir)
+ self.file_path = abspath_expanduser_unicode(u"file1", base=self.alice_magicfolder.uploader._local_path_u)
fileutil.write(self.file_path, "Alice suddenly sees the white rabbit running into the forest.")
self.magicfolder = self.alice_magicfolder
self.notify(to_filepath(self.file_path), self.inotify.IN_CLOSE_WRITE)