def classify_files(archive_dir, by_path):
unchanged, changed, new, seen = set(), set(), set(), set()
print 'walking ..'
all_files = filter(should_index, flat_walk(archive_dir))
for i, file in enumerate(all_files):
if i % 1000 == 999:
print 'processing', i, '/', len(all_files), '...'
relpath = path.relpath(file, archive_dir)
seen.add(relpath)
if relpath not in by_path:
new.add(relpath)
else:
mtime, size = stat(file)
if (by_path[relpath]['mtime'] == mtime and
by_path[relpath]['filesize'] == size):
unchanged.add(relpath)
else:
changed.add(relpath)
missing = set()
for pth in by_path:
if pth not in seen:
missing.add(pth)
return unchanged, changed, new, missing
def import_file(from_path, date, home, index, dry_run, mv):
ym = date[:7]
dir = path.join(home, ym, date)
to_path = path.join(dir, path.basename(from_path))
rel_path = path.relpath(to_path, home)
logging.info('importing %s to %s (date %s)' % (from_path, rel_path, date))
if dry_run: return
if not path.exists(dir):
makedirs(dir)
if mv:
move(from_path, dir)
else:
copy(from_path, dir)
original_path = autorotate(to_path)
if original_path:
logging.info('auto rotated %s. original at %s' % (to_path, original_path))
md5_original = md5(original_path)
else:
md5_original = None
mtime, size = stat(to_path)
index.add(from_path, rel_path, md5(to_path), mtime, size, date,
md5_original=md5_original)
def update_moved_files(args, moved, by_path, index):
for from_path, to_path in moved.items():
print 'moved', from_path, '=>', to_path
full_path = path.join(args.archive_dir, to_path)
mtime, size = stat(full_path)
rowid = by_path[from_path]['rowid']
index.set(rowid, path=to_path, mtime=mtime)
def update_changed_files(args, changed, by_path, index):
for pth in changed:
print 'changed', pth
full_path = path.join(args.archive_dir, pth)
hash = md5(full_path)
mtime, size = stat(full_path)
rowid = by_path[pth]['rowid']
index.set(rowid, md5=hash, mtime=mtime, filesize=size)
def add_new_files(args, new, index):
for new_path in new:
full_path = path.join(args.archive_dir, new_path)
hash = md5(full_path)
mtime, size = stat(full_path)
already = index.get(md5=hash)
if already:
if args.allow_duplicate:
print 'duplicate-new', new_path, 'with', already[0]['path']
else:
print 'duplicate-ignore', new_path, 'with', already[0]['path']
continue
else:
print 'new', new_path
index.add(origin=full_path, path=new_path, md5=hash, mtime=mtime,
filesize=size)
#!/usr/bin/python
# -*- coding: utf-8 -*-
from os import path
from sys import argv
from lib.fs_utils import flat_walk, md5, stat
from lib.index import Index
from lib.config import should_index
home = argv[1]
with Index(path.join(home, 'pictures.db')) as index:
all = flat_walk(home)
for file in filter(should_index, all):
hash = md5(file)
mtime, size = stat(file)
pth = path.relpath(file, home)
print 'indexing', pth, mtime, size
index.add(origin=file, path=pth, mtime=mtime, filesize=size, md5=hash)
from lib.index import Index
from lib.image_utils import autorotate
from lib.fs_utils import stat, md5
with open('errors.txt', 'w') as errors:
with Index('/Volumes/Passport/pictures-backup/pictures.db', autocommit=True) as index:
all = index.get()
for i, a in enumerate(sorted(all, key=lambda p: p['path'])):
if i % 100 == 99: print i, '/', len(all), '..', a['path']
pth = '/Volumes/Passport/pictures-backup/' + a['path']
try:
if autorotate(pth):
mtime, size = stat(pth)
hash = md5(pth)
index.set(a['rowid'], mtime=mtime, filesize=size, md5=hash)
print 'updated', pth
except:
errors.write('%s\n' % pth.encode('utf-8'))
