def test_album_date(self):
# album date should be equal to date/time original
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# load album x and y
tu.load_photoset("real_date")
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# run
runner = CliRunner()
result = runner.invoke(main, [src, lych, conf, '-v'])
# no crash
assert result.exit_code == 0, "process result is ok"
assert tu.album_exists_in_db("real_date")
# read album date for album1
album1_date = tu.get_album_creation_date('real_date')
real_date = datetime.datetime.fromtimestamp(album1_date)
theorical_date = datetime.datetime(2011, 11, 11, 11, 11, 11)
assert (
real_date == theorical_date), "album date is 2011/11/11 11:11:11"
def test_visually_check_logs(self):
# load "bad taketime" album name
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# load 1 album with same photo under different name
tu.load_photoset("invalid_takedate")
tu.load_photoset("album2")
tu.load_photoset("album3")
tu.load_photoset("corrupted_file")
tu.load_photoset("duplicates")
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# run
runner = CliRunner()
result = runner.invoke(main, [src, lych, conf, '-v'])
# no crash
assert result.exit_code == 0, "process result is ok"
assert tu.count_db_albums() == 7, "too much albums created"
assert tu.count_fs_photos() == 10, "there are duplicate photos in fs"
assert tu.count_db_photos() == 10, "there are duplicate photos in db"
assert tu.count_fs_thumb() == 10, "there are duplicate photos in thumb"
def test_dash_l(self):
# load album y
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# load album x and y
tu.load_photoset("album1")
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# -l => symbolic links instead of files
# run
runner = CliRunner()
result = runner.invoke(main, [src, lych, conf, '-v', '-l'])
# no crash
assert result.exit_code == 0, "process result is ok"
# check if files are links
dest = os.path.join(lych, "uploads", "big")
not_dir = [x for x in os.listdir(dest) if not (os.path.isdir(x))]
for f in not_dir:
full_path = os.path.join(dest, f)
assert os.path.islink(
full_path), "this file {} is not a link".format(full_path)
def test_shutter_speed(self):
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# load 1 album with same photo under different name
tu.load_photoset("rotation")
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# run
runner = CliRunner()
result = runner.invoke(main, [src, lych, conf, '-v'])
# no crash
assert result.exit_code == 0, "process result is ok"
photos = tu.get_photos(tu.get_album_id('rotation'))
for p in photos:
if p['title'] == 'P1010319.JPG':
assert p['shutter'] == '1/60 s', "shutter {} not equal 1/60 s".format(p['shutter'])
assert p['focal'] == '4.9 mm', "focal {} not equal 4.9 mm".format(p['focal'])
assert p['iso'] == '100', "iso {} not equal 100".format(p['iso'])
assert p['aperture'] == 'F3.3', "aperture {} not equal F3.3".format(p['aperture'])
if p['title'] == 'P1010328.JPG':
assert p['shutter'] == '1/30 s', "shutter {} not equal 1/30 s".format(p['shutter'])
assert p['focal'] == '4.9 mm', "focal {} not equal 4.9 mm".format(p['focal'])
assert p['iso'] == '400', "iso {} not equal 400".format(p['iso'])
assert p['aperture'] == 'F3.3', "aperture {} not equal F3.3".format(p['aperture'])
def test_rotation(self):
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# load 1 album with same photo under different name
tu.load_photoset("rotation")
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# run
runner = CliRunner()
result = runner.invoke(main, [src, lych, conf, '-v'])
# no crash
assert result.exit_code == 0, "process result is ok"
photos = tu.get_photos(tu.get_album_id('rotation'))
for p in photos:
# rotation tag is gone
pfullpath = os.path.join(lych, "uploads", "big", p['url'])
img = Image.open(pfullpath)
assert "exif" in img.info, "Pas d'info exif"
exif_dict = piexif.load(img.info["exif"])
assert exif_dict["0th"][piexif.ImageIFD.Orientation] == 1, "Exif rotation should be 1"
img.close()
def test_long_album(self):
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# get max_width column album name width
maxwidth = tu.get_column_width("lychee_albums", "title")
logger.info("album title length: " + str(maxwidth))
# create long album name
dest_alb_name = 'a' * (maxwidth + 10)
assert len(dest_alb_name) == (maxwidth + 10)
# copy album with name
tu.load_photoset("album1", dest_alb_name)
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# run
runner = CliRunner()
result = runner.invoke(main, [src, lych, conf, '-v'])
# no crash
assert result.exit_code == 0, "process result is ok"
# there is a max_width album
albums = tu.get_album_ids_titles()
alb_real_name = albums.pop()["title"]
assert len(
alb_real_name) == maxwidth, "album len is not " + str(maxwidth)
def test_photoid_equal_timestamp(self):
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# load 1 album with same photo under different name
tu.load_photoset("album3")
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# normal mode
before_launch = datetime.datetime.now()
time.sleep(1.1)
# run
runner = CliRunner()
result = runner.invoke(main, [src, lych, conf, '-v'])
# no crash
assert result.exit_code == 0, "process result is ok"
time.sleep(1.1)
after_launch = datetime.datetime.now()
photos = tu.get_photos(tu.get_album_id('album3'))
for p in photos:
logger.info(p)
# substract 4 last characters
ts = str(p['id'])[:-4]
# timestamp to date
dt = datetime.datetime.fromtimestamp(int(ts))
logger.info(dt)
assert after_launch > dt, "date from id not < date after launch"
assert dt > before_launch, "date from id not > date before launch"
def test_sha1(self):
"""
Should also trigger a warn
duplicates containes photos from album1
"""
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# load 1 album with same photo under different name
tu.load_photoset("album1")
# load 2 album with same photo under different name
tu.load_photoset("duplicates")
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# run
runner = CliRunner()
result = runner.invoke(main, [src, lych, conf, '-v'])
# no crash
assert result.exit_code == 0, "process result is ok"
# no duplicate
assert tu.count_db_albums() == 2, "two albums not created"
assert tu.count_fs_photos() == 2, "there are duplicate photos in fs"
assert tu.count_db_photos() == 2, "there are duplicate photos in db"
assert tu.count_fs_thumb() == 2, "there are duplicate photos in thumb"
def test_bad_taketime(self):
# load "bad taketime" album name
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# load 1 album with same photo under different name
tu.load_photoset("invalid_takedate")
launch_date = datetime.datetime.now()
time.sleep(1)
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# run
runner = CliRunner()
result = runner.invoke(main, [src, lych, conf, '-v'])
# no crash
assert result.exit_code == 0, "process result is ok"
assert tu.count_db_albums() == 1, "two albums created"
assert tu.count_fs_photos() == 1, "there are duplicate photos in fs"
assert tu.count_db_photos() == 1, "there are duplicate photos in db"
assert tu.count_fs_thumb() == 1, "there are duplicate photos in thumb"
creation_date = tu.get_album_creation_date("invalid_takedate")
creation_date = datetime.datetime.fromtimestamp(creation_date)
assert creation_date > launch_date, "creation date should be now"
def test_long_album(self):
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# get max_width column album name width
maxwidth = tu.get_column_width("lychee_albums", "title")
logger.info("album title length: " + str(maxwidth))
# create long album name
dest_alb_name = 'a' * (maxwidth + 10)
assert len(dest_alb_name) == (maxwidth + 10)
# copy album with name
tu.load_photoset("album1", dest_alb_name)
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# run
runner = CliRunner()
result = runner.invoke(main, [src, lych, conf, '-v'])
# no crash
assert result.exit_code == 0, "process result is ok"
# there is a max_width album
albums = tu.get_album_ids_titles()
alb_real_name = albums.pop()["title"]
assert len(alb_real_name) == maxwidth, "album len is not " + str(maxwidth)
def test_sha1(self):
"""
Should also trigger a warn
duplicates containes photos from album1
"""
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# load 1 album with same photo under different name
tu.load_photoset("album1")
# load 2 album with same photo under different name
tu.load_photoset("duplicates")
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# run
runner = CliRunner()
result = runner.invoke(main, [src, lych, conf, '-v'])
# no crash
assert result.exit_code == 0, "process result is ok"
# no duplicate
assert tu.count_db_albums() == 2, "two albums not created"
assert tu.count_fs_photos() == 2, "there are duplicate photos in fs"
assert tu.count_db_photos() == 2, "there are duplicate photos in db"
assert tu.count_fs_thumb() == 2, "there are duplicate photos in thumb"
def test_bad_taketime(self):
# load "bad taketime" album name
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# load 1 album with same photo under different name
tu.load_photoset("invalid_takedate")
launch_date = datetime.datetime.now()
time.sleep(1)
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# run
runner = CliRunner()
result = runner.invoke(main, [src, lych, conf, '-v'])
# no crash
assert result.exit_code == 0, "process result is ok"
assert tu.count_db_albums() == 1, "two albums created"
assert tu.count_fs_photos() == 1, "there are duplicate photos in fs"
assert tu.count_db_photos() == 1, "there are duplicate photos in db"
assert tu.count_fs_thumb() == 1, "there are duplicate photos in thumb"
creation_date = tu.get_album_creation_date("invalid_takedate")
creation_date = datetime.datetime.fromtimestamp(creation_date)
assert creation_date > launch_date, "creation date should be now"
def test_photoid_equal_timestamp(self):
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# load 1 album with same photo under different name
tu.load_photoset("album3")
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# normal mode
before_launch = datetime.datetime.now()
time.sleep(1.1)
# run
runner = CliRunner()
result = runner.invoke(main, [src, lych, conf, '-v'])
# no crash
assert result.exit_code == 0, "process result is ok"
time.sleep(1.1)
after_launch = datetime.datetime.now()
photos = tu.get_photos(tu.get_album_id('album3'))
for p in photos:
logger.info(p)
# substract 4 last characters
ts = str(p['id'])[:-4]
# timestamp to date
dt = datetime.datetime.fromtimestamp(int(ts))
logger.info(dt)
assert after_launch > dt, "date from id not < date after launch"
assert dt > before_launch, "date from id not > date before launch"
def test_rotation(self):
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# load 1 album with same photo under different name
tu.load_photoset("rotation")
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# run
runner = CliRunner()
result = runner.invoke(main, [src, lych, conf, '-v'])
# no crash
assert result.exit_code == 0, "process result is ok"
photos = tu.get_photos(tu.get_album_id('rotation'))
for p in photos:
# rotation tag is gone
pfullpath = os.path.join(lych, "uploads", "big", p['url'])
img = Image.open(pfullpath)
assert "exif" in img.info, "Pas d'info exif"
exif_dict = piexif.load(img.info["exif"])
assert exif_dict["0th"][
piexif.ImageIFD.Orientation] == 1, "Exif rotation should be 1"
img.close()
def test_visually_check_logs(self):
# load "bad taketime" album name
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# load 1 album with same photo under different name
tu.load_photoset("invalid_takedate")
tu.load_photoset("album2")
tu.load_photoset("album3")
tu.load_photoset("corrupted_file")
tu.load_photoset("duplicates")
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# run
runner = CliRunner()
result = runner.invoke(main, [src, lych, conf, '-v'])
# no crash
assert result.exit_code == 0, "process result is ok"
assert tu.count_db_albums() == 7, "too much albums created"
assert tu.count_fs_photos() == 10, "there are duplicate photos in fs"
assert tu.count_db_photos() == 10, "there are duplicate photos in db"
assert tu.count_fs_thumb() == 10, "there are duplicate photos in thumb"
def test_album_date(self):
# album date should be equal to date/time original
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# load album x and y
tu.load_photoset("real_date")
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# run
runner = CliRunner()
result = runner.invoke(main, [src, lych, conf, '-v'])
# no crash
assert result.exit_code == 0, "process result is ok"
assert tu.album_exists_in_db("real_date")
# read album date for album1
album1_date = tu.get_album_creation_date('real_date')
real_date = datetime.datetime.fromtimestamp(album1_date)
theorical_date = datetime.datetime(2011, 11, 11, 11, 11, 11)
assert (real_date == theorical_date), "album date is 2011/11/11 11:11:11"
def test_dash_d(self):
try:
# load album y
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# load album x and y
tu.load_photoset("album1")
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# run
cmd = 'python main.py {} {} {} -r -v'.format(src, lych, conf)
logger.info(cmd)
retval = -1
retval = subprocess.call(cmd, shell=True)
# no crash
assert (retval == 0), "process result is ok"
assert tu.check_album_size(
"album1") == 1, "album 1 not correctly loaded"
# clean input pics content
tu.delete_dir_content(src)
# load album x
tu.load_photoset("album3")
# run
cmd = 'python main.py {} {} {} -v -d'.format(src, lych, conf)
logger.info(cmd)
retval = -1
retval = subprocess.call(cmd, shell=True)
# no crash
assert (retval == 0), "process result is ok"
assert tu.check_album_size(
"album3") == 4, "album 3 not correctly loaded"
# album 1 has been deleted
a1_check = tu.album_exists_in_db("album1")
assert not (a1_check), "album 1 still exists"
expected_albums = 1
expected_photos = 4
self.check_grand_total(expected_albums, expected_photos)
except AssertionError:
raise
except Exception as e:
logger.exception(e)
assert False
def test_dash_d(self):
try:
# load album y
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# load album x and y
tu.load_photoset("album1")
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# run
cmd = 'python main.py {} {} {} -r -v'.format(src, lych, conf)
logger.info(cmd)
retval = -1
retval = subprocess.call(cmd, shell=True)
# no crash
assert (retval == 0), "process result is ok"
assert tu.check_album_size("album1") == 1, "album 1 not correctly loaded"
# clean input pics content
tu.delete_dir_content(src)
# load album x
tu.load_photoset("album3")
# run
cmd = 'python main.py {} {} {} -v -d'.format(src, lych, conf)
logger.info(cmd)
retval = -1
retval = subprocess.call(cmd, shell=True)
# no crash
assert (retval == 0), "process result is ok"
assert tu.check_album_size("album3") == 4, "album 3 not correctly loaded"
# album 1 has been deleted
a1_check = tu.album_exists_in_db("album1")
assert not(a1_check), "album 1 still exists"
expected_albums = 1
expected_photos = 4
self.check_grand_total(expected_albums, expected_photos)
except AssertionError:
raise
except Exception as e:
logger.exception(e)
assert False
def test_dash_wo_s(self):
# -s => no album reorder
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# load a bunch of album
tu.load_photoset("aaa")
tu.load_photoset("mini")
tu.load_photoset("zzzz")
tu.load_photoset("album1")
tu.load_photoset("album3")
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# run
runner = CliRunner()
result = runner.invoke(main, [src, lych, conf, '-v'])
# no crash
assert result.exit_code == 0, "process result is ok"
# get a_id, a_names
list = tu.get_album_ids_titles()
logger.info(list)
# album name sorted
# id sorted
ids = sorted([x['id'] for x in list])
titles = sorted([x['title'] for x in list])
logger.info(ids)
logger.info(titles)
# combine
ordered_list = zip(ids, titles)
logger.info(ordered_list)
# for each sorted
well_sorted = True
for x in ordered_list:
logger.info(x)
if (tu.get_album_id(x[1]) != x[0]):
well_sorted = False
assert (not well_sorted), "elements should not be sorted"
def test_dash_wo_s(self):
# -s => no album reorder
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# load a bunch of album
tu.load_photoset("aaa")
tu.load_photoset("mini")
tu.load_photoset("zzzz")
tu.load_photoset("album1")
tu.load_photoset("album3")
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# run
runner = CliRunner()
result = runner.invoke(main, [src, lych, conf, '-v'])
# no crash
assert result.exit_code == 0, "process result is ok"
# get a_id, a_names
list = tu.get_album_ids_titles()
logger.info(list)
# album name sorted
# id sorted
ids = sorted([x['id'] for x in list])
titles = sorted([x['title'] for x in list])
logger.info(ids)
logger.info(titles)
# combine
ordered_list = zip(ids, titles)
logger.info(ordered_list)
# for each sorted
well_sorted = True
for x in ordered_list:
logger.info(x)
if (tu.get_album_id(x[1]) != x[0]):
well_sorted = False
assert (not well_sorted), "elements should not be sorted"
def test_shutter_speed(self):
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# load 1 album with same photo under different name
tu.load_photoset("rotation")
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# run
runner = CliRunner()
result = runner.invoke(main, [src, lych, conf, '-v'])
# no crash
assert result.exit_code == 0, "process result is ok"
photos = tu.get_photos(tu.get_album_id('rotation'))
for p in photos:
if p['title'] == 'P1010319.JPG':
assert p[
'shutter'] == '1/60 s', "shutter {} not equal 1/60 s".format(
p['shutter'])
assert p[
'focal'] == '4.9 mm', "focal {} not equal 4.9 mm".format(
p['focal'])
assert p['iso'] == '100', "iso {} not equal 100".format(
p['iso'])
assert p[
'aperture'] == 'F3.3', "aperture {} not equal F3.3".format(
p['aperture'])
if p['title'] == 'P1010328.JPG':
assert p[
'shutter'] == '1/30 s', "shutter {} not equal 1/30 s".format(
p['shutter'])
assert p[
'focal'] == '4.9 mm', "focal {} not equal 4.9 mm".format(
p['focal'])
assert p['iso'] == '400', "iso {} not equal 400".format(
p['iso'])
assert p[
'aperture'] == 'F3.3', "aperture {} not equal F3.3".format(
p['aperture'])
def test_unicode(self):
# there is a unicode album
# there is a unicode photo
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# load unicode album name
tu.load_photoset("FußÄ-Füße")
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# run
runner = CliRunner()
result = runner.invoke(main, [src, lych, conf, '-v'])
# no crash
assert result.exit_code == 0, "process result is ok"
assert tu.count_fs_photos() == 2, "photos are missing in fs"
assert tu.count_db_photos() == 2, "photos are missing in db"
assert tu.album_exists_in_db("FußÄ-Füße"), "unicode album is not in db"
def test_quotes_in_album_name(self):
# load "bad taketime" album name
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# load 1 album with same photo under different name
tu.load_photoset("with'\"quotes")
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# run
runner = CliRunner()
result = runner.invoke(main, [src, lych, conf, '-v'])
# no crash
assert result.exit_code == 0, "process result is ok"
assert tu.count_db_albums() == 1, "too much albums created"
assert tu.count_fs_photos() == 1, "there are duplicate photos in fs"
assert tu.count_db_photos() == 1, "there are duplicate photos in db"
assert tu.count_fs_thumb() == 1, "there are duplicate photos in thumb"
def test_empty_album(self):
# load 1 empty album
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# load unicode album name
tu.load_photoset("empty_album")
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# run
runner = CliRunner()
result = runner.invoke(main, [src, lych, conf, '-v'])
# no crash
assert result.exit_code == 0, "process result is ok"
# no import
assert tu.count_fs_photos() == 0, "there are photos are in fs"
assert tu.count_db_photos() == 0, "there are photos are in db"
assert not(tu.album_exists_in_db("empty_album")), "empty_album in db"
def test_quotes_in_album_name(self):
# load "bad taketime" album name
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# load 1 album with same photo under different name
tu.load_photoset("with'\"quotes")
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# run
runner = CliRunner()
result = runner.invoke(main, [src, lych, conf, '-v'])
# no crash
assert result.exit_code == 0, "process result is ok"
assert tu.count_db_albums() == 1, "too much albums created"
assert tu.count_fs_photos() == 1, "there are duplicate photos in fs"
assert tu.count_db_photos() == 1, "there are duplicate photos in db"
assert tu.count_fs_thumb() == 1, "there are duplicate photos in thumb"
def test_empty_album(self):
# load 1 empty album
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# load unicode album name
tu.load_photoset("empty_album")
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# run
runner = CliRunner()
result = runner.invoke(main, [src, lych, conf, '-v'])
# no crash
assert result.exit_code == 0, "process result is ok"
# no import
assert tu.count_fs_photos() == 0, "there are photos are in fs"
assert tu.count_db_photos() == 0, "there are photos are in db"
assert not (tu.album_exists_in_db("empty_album")), "empty_album in db"
def test_unicode(self):
# there is a unicode album
# there is a unicode photo
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# load unicode album name
tu.load_photoset("FußÄ-Füße")
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# run
runner = CliRunner()
result = runner.invoke(main, [src, lych, conf, '-v'])
# no crash
assert result.exit_code == 0, "process result is ok"
assert tu.count_fs_photos() == 2, "photos are missing in fs"
assert tu.count_db_photos() == 2, "photos are missing in db"
assert tu.album_exists_in_db("FußÄ-Füße"), "unicode album is not in db"
def test_launch_with_wo_clirunner_w_sync_py(self):
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# load 1 album with same photo under different name
tu.load_photoset("album3")
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# run
cmd = 'python -m lycheesync.sync {} {} {} -v'.format(src, lych, conf)
logger.info(cmd)
retval = -1
retval = subprocess.call(cmd, shell=True)
# no crash
assert (retval == 0), "process result is ok"
assert tu.count_db_albums() == 1, "too much albums created"
assert tu.count_fs_photos() == 4, "there are duplicate photos in fs"
assert tu.count_db_photos() == 4, "there are duplicate photos in db"
assert tu.count_fs_thumb() == 4, "there are duplicate photos in thumb"
def test_launch_with_wo_clirunner_w_sync_py(self):
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# load 1 album with same photo under different name
tu.load_photoset("album3")
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# run
cmd = 'python -m lycheesync.sync {} {} {} -v'.format(src, lych, conf)
logger.info(cmd)
retval = -1
retval = subprocess.call(cmd, shell=True)
# no crash
assert (retval == 0), "process result is ok"
assert tu.count_db_albums() == 1, "too much albums created"
assert tu.count_fs_photos() == 4, "there are duplicate photos in fs"
assert tu.count_db_photos() == 4, "there are duplicate photos in db"
assert tu.count_fs_thumb() == 4, "there are duplicate photos in thumb"
def test_duplicate(self):
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# copy directory to tmptest
tu.load_photoset("album2")
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# run
cmd = 'python main.py {} {} {} -v'.format(src, lych, conf)
logger.info(cmd)
retval = -1
retval = subprocess.call(cmd, shell=True)
# no crash
assert (retval == 0), "process result is ok"
# re-run
cmd = 'python main.py {} {} {} -v'.format(src, lych, conf)
logger.info(cmd)
retval = -1
retval = subprocess.call(cmd, shell=True)
# no crash
assert (retval == 0), "process result is ok"
# assert Number of album / photos in database
expected_albums = 3
expected_photos = 4
assert (tu.count_db_albums() == expected_albums
), "there should be {} albums in db".format(expected_albums)
assert (tu.count_db_photos() == expected_photos
), "there should be {} photos in db".format(expected_photos)
# assert Number of photo / thumbnail on filesystem
# assert Number of photo / thumbnail on filesystem
assert tu.count_fs_thumb() == expected_photos
assert tu.count_fs_photos() == expected_photos
def test_duplicate(self):
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# copy directory to tmptest
tu.load_photoset("album2")
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# run
cmd = 'python main.py {} {} {} -v'.format(src, lych, conf)
logger.info(cmd)
retval = -1
retval = subprocess.call(cmd, shell=True)
# no crash
assert (retval == 0), "process result is ok"
# re-run
cmd = 'python main.py {} {} {} -v'.format(src, lych, conf)
logger.info(cmd)
retval = -1
retval = subprocess.call(cmd, shell=True)
# no crash
assert (retval == 0), "process result is ok"
# assert Number of album / photos in database
expected_albums = 3
expected_photos = 4
assert (tu.count_db_albums() == expected_albums), "there should be {} albums in db".format(
expected_albums)
assert (tu.count_db_photos() == expected_photos), "there should be {} photos in db".format(
expected_photos)
# assert Number of photo / thumbnail on filesystem
# assert Number of photo / thumbnail on filesystem
assert tu.count_fs_thumb() == expected_photos
assert tu.count_fs_photos() == expected_photos
def test_album_keep_original_case(self):
# load 1 album with a mixed case name and spaces
# name in db is equal to directory name
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# load 1 album with same photo under different name
tu.load_photoset("album1", "AlBum_One")
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# run
runner = CliRunner()
result = runner.invoke(main, [src, lych, conf, '-v'])
# no crash
assert result.exit_code == 0, "process result is ok"
assert tu.count_db_albums() == 1, "two albums created"
assert tu.count_fs_photos() == 1, "there are duplicate photos in fs"
assert tu.count_db_photos() == 1, "there are duplicate photos in db"
assert tu.count_fs_thumb() == 1, "there are duplicate photos in thumb"
assert tu.get_album_id("AlBum_One"), 'there is no album with this name'
def test_dash_l(self):
# load album y
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# load album x and y
tu.load_photoset("album1")
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# -l => symbolic links instead of files
# run
runner = CliRunner()
result = runner.invoke(main, [src, lych, conf, '-v', '-l'])
# no crash
assert result.exit_code == 0, "process result is ok"
# check if files are links
dest = os.path.join(lych, "uploads", "big")
not_dir = [x for x in os.listdir(dest) if not(os.path.isdir(x))]
for f in not_dir:
full_path = os.path.join(dest, f)
assert os.path.islink(full_path), "this file {} is not a link".format(full_path)
def test_album_keep_original_case(self):
# load 1 album with a mixed case name and spaces
# name in db is equal to directory name
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# load 1 album with same photo under different name
tu.load_photoset("album1", "AlBum_One")
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# run
runner = CliRunner()
result = runner.invoke(main, [src, lych, conf, '-v'])
# no crash
assert result.exit_code == 0, "process result is ok"
assert tu.count_db_albums() == 1, "two albums created"
assert tu.count_fs_photos() == 1, "there are duplicate photos in fs"
assert tu.count_db_photos() == 1, "there are duplicate photos in db"
assert tu.count_fs_thumb() == 1, "there are duplicate photos in thumb"
assert tu.get_album_id("AlBum_One"), 'there is no album with this name'
def test_dash_r(self):
try:
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# load album x and y
tu.load_photoset("album1")
tu.load_photoset("album3")
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# run
cmd = 'python main.py {} {} {} -r -v'.format(src, lych, conf)
logger.info(cmd)
retval = -1
retval = subprocess.call(cmd, shell=True)
# no crash
assert (retval == 0), "process result is ok"
assert tu.album_exists_in_db("album1")
# read album date for album1
album1_date = tu.get_album_creation_date('album1')
# read album date for album3
album3_date = tu.get_album_creation_date('album3')
# empty tmp pictures folder
tu.delete_dir_content(src)
tu.dump_table('lychee_albums')
# sleep 1 s to make time album signature different
time.sleep(2)
# load album3
tu.load_photoset("album3")
# run
cmd = 'python main.py {} {} {} -r -v'.format(src, lych, conf)
logger.info(cmd)
retval = -1
retval = subprocess.call(cmd, shell=True)
# no crash
assert (retval == 0), "process result is ok"
album1_date_2 = tu.get_album_creation_date('album1')
album3_date_2 = tu.get_album_creation_date('album3')
tu.dump_table('lychee_albums')
# y date < time
assert album1_date == album1_date_2, 'album 1 is untouched'
assert tu.check_album_size('album1') == 1
# x date > time
assert album3_date < album3_date_2, 'album 3 has been modified'
assert tu.check_album_size('album3') == 4
expected_albums = 2
expected_photos = 5
self.check_grand_total(expected_albums, expected_photos)
except AssertionError:
raise
except Exception as e:
logger.exception(e)
assert False
def test_sanity(self):
# load album
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
lib = tu.conf['testlib']
# album will be remove
album3_path = os.path.join(lib, "album3")
album_3_copy = os.path.join(lib, "album3_tmp")
if os.path.isdir(album_3_copy):
shutil.rmtree(album_3_copy)
shutil.copytree(album3_path, album_3_copy)
tu.load_photoset("album3_tmp")
# insert garbage files
lychee_photo_path = os.path.join(lych, "uploads", "big")
lib_photo_1 = os.path.join(lib, "album1", "large.1.jpg")
lib_photo_2 = os.path.join(lib, "real_date", "fruit-lychee.jpg")
lib_photo_3 = os.path.join(lib, "real_date", "fruit-lychee2.jpg")
lib_photo_4 = os.path.join(lib, "album2", "one-cut-lychee.jpg")
a_photo_1 = os.path.join(lychee_photo_path, "large.1.jpg")
a_photo_2 = os.path.join(lychee_photo_path, "link_src.jpg")
a_photo_3 = os.path.join(lychee_photo_path, "broken_link_src.jpg")
a_photo_4 = os.path.join(lychee_photo_path, "orphan_in_db.jpg")
a_link_1 = os.path.join(lychee_photo_path, "link_1.jpg")
a_link_2 = os.path.join(lychee_photo_path, "link_2.jpg")
a_link_3 = os.path.join(lychee_photo_path, "broken_link_3.jpg")
# FS orphan photo
shutil.copy(lib_photo_1, a_photo_1)
shutil.copy(lib_photo_2, a_photo_2)
shutil.copy(lib_photo_3, a_photo_3)
shutil.copy(lib_photo_4, a_photo_4)
# FS orphan os.link
os.link(a_photo_2, a_link_1)
# FS orphan os.symlink
os.symlink(a_photo_2, a_link_2)
# FS orphan broken link
os.symlink(a_photo_3, a_link_3)
os.remove(a_photo_3)
assert os.path.islink(a_link_3), "{} should be a link".format(a_link_3)
assert not (os.path.exists(a_link_3)
), "{} should be a broken link".format(a_link_3)
try:
db = tu._connect_db()
# DB empty album in db
tu._exec_sql(
db,
"insert into lychee_albums (id, title, sysstamp, public, visible, downloadable) values (25, 'orphan', 123, 1, 1 ,1)"
)
# DB orphan photo in db
tu._exec_sql(
db,
"insert into lychee_photos (id, title, url, tags, public, type, width, height, size, iso, aperture, model, shutter, focal, star, thumbUrl,album, medium) values (2525, 'orphan', 'one-cut-lychee.jpg', '', 1, 'jpg', 500, 500, '2323px', '100', 'F5.5', 'FZ5', '1s', 'F2', 0, 'thumburl.jpg', 666, 0)"
)
finally:
db.close()
# test if well created
assert tu.photo_exists_in_db(2525), "orphan photo exists"
assert tu.album_exists_in_db('orphan'), "orphan album should exists"
# launch with link and sanity option
runner = CliRunner()
result = runner.invoke(main,
[src, lych, conf, '-v', '-l', '--sanitycheck'])
# no crash
assert result.exit_code == 0, "process result is ok"
# garbage is gone
# DB
# no empty album
assert not tu.album_exists_in_db(
'orphan'), "orphan album should have been deleted"
# no orphan photo
assert not tu.photo_exists_in_db(
2525), "orphan photo should have been deleted"
# FS
# no broken symlink
assert not (
os.path.lexists(a_link_3)
), "{} should have been deleted as a broken link".format(a_link_3)
assert not (os.path.islink(a_link_3)
), "{} should have been deleted".format(a_link_3)
# no orphan link
assert not (
os.path.lexists(a_link_1)
), "{} should have been deleted as a broken link".format(a_link_1)
assert not (
os.path.lexists(a_link_2)
), "{} should have been deleted as a broken link".format(a_link_2)
# no orphan photo
assert not (
os.path.exists(a_photo_1)
), "{} should have been deleted as a orphan".format(a_photo_1)
assert not (
os.path.exists(a_photo_2)
), "{} should have been deleted as an orphan".format(a_photo_2)
assert not (
os.path.exists(a_photo_3)
), "{} should have been deleted as an orphan".format(a_photo_3)
assert not (
os.path.exists(a_photo_4)
), "{} should have been deleted as an orphan".format(a_photo_4)
def test_sanity(self):
# load album
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
lib = tu.conf['testlib']
# album will be remove
album3_path = os.path.join(lib, "album3")
album_3_copy = os.path.join(lib, "album3_tmp")
if os.path.isdir(album_3_copy):
shutil.rmtree(album_3_copy)
shutil.copytree(album3_path, album_3_copy)
tu.load_photoset("album3_tmp")
# insert garbage files
lychee_photo_path = os.path.join(lych, "uploads", "big")
lib_photo_1 = os.path.join(lib, "album1", "large.1.jpg")
lib_photo_2 = os.path.join(lib, "real_date", "fruit-lychee.jpg")
lib_photo_3 = os.path.join(lib, "real_date", "fruit-lychee2.jpg")
lib_photo_4 = os.path.join(lib, "album2", "one-cut-lychee.jpg")
a_photo_1 = os.path.join(lychee_photo_path, "large.1.jpg")
a_photo_2 = os.path.join(lychee_photo_path, "link_src.jpg")
a_photo_3 = os.path.join(lychee_photo_path, "broken_link_src.jpg")
a_photo_4 = os.path.join(lychee_photo_path, "orphan_in_db.jpg")
a_link_1 = os.path.join(lychee_photo_path, "link_1.jpg")
a_link_2 = os.path.join(lychee_photo_path, "link_2.jpg")
a_link_3 = os.path.join(lychee_photo_path, "broken_link_3.jpg")
# FS orphan photo
shutil.copy(lib_photo_1, a_photo_1)
shutil.copy(lib_photo_2, a_photo_2)
shutil.copy(lib_photo_3, a_photo_3)
shutil.copy(lib_photo_4, a_photo_4)
# FS orphan os.link
os.link(a_photo_2, a_link_1)
# FS orphan os.symlink
os.symlink(a_photo_2, a_link_2)
# FS orphan broken link
os.symlink(a_photo_3, a_link_3)
os.remove(a_photo_3)
assert os.path.islink(a_link_3), "{} should be a link".format(a_link_3)
assert not(os.path.exists(a_link_3)), "{} should be a broken link".format(a_link_3)
try:
db = tu._connect_db()
# DB empty album in db
tu._exec_sql(
db,
"insert into lychee_albums (id, title, sysstamp, public, visible, downloadable) values (25, 'orphan', 123, 1, 1 ,1)")
# DB orphan photo in db
tu._exec_sql(
db,
"insert into lychee_photos (id, title, url, tags, public, type, width, height, size, iso, aperture, model, shutter, focal, star, thumbUrl,album, medium) values (2525, 'orphan', 'one-cut-lychee.jpg', '', 1, 'jpg', 500, 500, '2323px', '100', 'F5.5', 'FZ5', '1s', 'F2', 0, 'thumburl.jpg', 666, 0)")
finally:
db.close()
# test if well created
assert tu.photo_exists_in_db(2525), "orphan photo exists"
assert tu.album_exists_in_db('orphan'), "orphan album should exists"
# launch with link and sanity option
runner = CliRunner()
result = runner.invoke(main, [src, lych, conf, '-v', '-l', '--sanitycheck'])
# no crash
assert result.exit_code == 0, "process result is ok"
# garbage is gone
# DB
# no empty album
assert not tu.album_exists_in_db('orphan'), "orphan album should have been deleted"
# no orphan photo
assert not tu.photo_exists_in_db(2525), "orphan photo should have been deleted"
# FS
# no broken symlink
assert not(os.path.lexists(a_link_3)), "{} should have been deleted as a broken link".format(a_link_3)
assert not(os.path.islink(a_link_3)), "{} should have been deleted".format(a_link_3)
# no orphan link
assert not(os.path.lexists(a_link_1)), "{} should have been deleted as a broken link".format(a_link_1)
assert not(os.path.lexists(a_link_2)), "{} should have been deleted as a broken link".format(a_link_2)
# no orphan photo
assert not(os.path.exists(a_photo_1)), "{} should have been deleted as a orphan".format(a_photo_1)
assert not(os.path.exists(a_photo_2)), "{} should have been deleted as an orphan".format(a_photo_2)
assert not(os.path.exists(a_photo_3)), "{} should have been deleted as an orphan".format(a_photo_3)
assert not(os.path.exists(a_photo_4)), "{} should have been deleted as an orphan".format(a_photo_4)
def test_dash_r(self):
try:
tu = TestUtils()
assert tu.is_env_clean(tu.conf['lycheepath']), "env not clean"
# load album x and y
tu.load_photoset("album1")
tu.load_photoset("album3")
# launch lycheesync
src = tu.conf['testphotopath']
lych = tu.conf['lycheepath']
conf = tu.conf['conf']
# run
cmd = 'python main.py {} {} {} -r -v'.format(src, lych, conf)
logger.info(cmd)
retval = -1
retval = subprocess.call(cmd, shell=True)
# no crash
assert (retval == 0), "process result is ok"
assert tu.album_exists_in_db("album1")
# read album date for album1
album1_date = tu.get_album_creation_date('album1')
# read album date for album3
album3_date = tu.get_album_creation_date('album3')
# empty tmp pictures folder
tu.delete_dir_content(src)
tu.dump_table('lychee_albums')
# sleep 1 s to make time album signature different
time.sleep(2)
# load album3
tu.load_photoset("album3")
# run
cmd = 'python main.py {} {} {} -r -v'.format(src, lych, conf)
logger.info(cmd)
retval = -1
retval = subprocess.call(cmd, shell=True)
# no crash
assert (retval == 0), "process result is ok"
album1_date_2 = tu.get_album_creation_date('album1')
album3_date_2 = tu.get_album_creation_date('album3')
tu.dump_table('lychee_albums')
# y date < time
assert album1_date == album1_date_2, 'album 1 is untouched'
assert tu.check_album_size('album1') == 1
# x date > time
assert album3_date < album3_date_2, 'album 3 has been modified'
assert tu.check_album_size('album3') == 4
expected_albums = 2
expected_photos = 5
self.check_grand_total(expected_albums, expected_photos)
except AssertionError:
raise
except Exception as e:
logger.exception(e)
assert False