def deleteStory(data):
if not current_user.is_mod():
return getResponse(error=True,
message="I see what you (tried) to do there!")
assert 'item-id' in data
assert 'mode' in data
delete_id = data["item-id"]
clean_item = Story.query.filter(Story.id == delete_id).one()
# !Ordering here matters!
# Change-tables have to go second.
delete_from = [
Author,
AuthorChanges,
Tags,
TagsChanges,
Genres,
GenresChanges,
# Story,
# StoryChanges,
]
for clearTable in delete_from:
clearTable.query.filter(clearTable.series == clean_item.id).delete()
Watches.query.filter(Watches.series_id == clean_item.id).delete()
Story.query.filter(Story.id == clean_item.id).delete()
StoryChanges.query.filter(StoryChanges.srccol == clean_item.id).delete()
# db.session.delete(clean_item)
db.session.commit()
return getResponse("Story was deleted entirely!", error=False)
def dispatchApiCall(reqJson):
print("Json request:", reqJson)
if not "mode" in reqJson:
print("API JSON Request without mode!")
return getResponse("No mode in API Request!", error=True)
mode = reqJson["mode"]
if not mode in DISPATCH_TABLE:
print("Invalid mode in request: '{mode}'".format(mode=mode))
return getResponse("Invalid mode in API Request ({mode})!".format(mode=mode), error=True)
dispatch_method, auth_required, csrf_required = DISPATCH_TABLE[mode]
try:
if csrf_required:
csrf.protect()
if auth_required and not current_user.is_authenticated():
return getResponse(LOGIN_REQ, error=True)
else:
ret = dispatch_method(reqJson)
except AssertionError as e:
traceback.print_exc()
print(reqJson)
return getResponse("Error processing API request: '%s'!" % e, error=True)
return ret
def flatten_series_by_url(data):
if not current_user.is_mod():
return getResponse(error=True, message="You have to have moderator privileges to do that!")
dups = db.engine.execute('''
SELECT
website, COUNT(*) AS dupes
FROM
series
WHERE
website IS NOT NULL AND website != ''
GROUP
BY website
HAVING
(COUNT(*) > 1);''')
dups = list(dups)
match_num = 0
for website, number in dups:
print(website, number)
matches = Series.query.filter(Series.website==website).all()
ids = [match.id for match in matches]
zipped = list(zip(ids, ids[1:]))
for m1, m2 in zipped:
match_num += 1
merge_series_ids(m1, m2)
return getResponse("%s Items merged." % match_num, error=False)
def deleteGroupAutoReleases(data):
if not current_user.is_mod():
return getResponse(error=True, message="I see what you (tried) to do there!")
assert 'item-id' in data
assert 'mode' in data
assert data['mode'] == "delete-auto-from-group"
try:
delete_id = int(data["item-id"])
except ValueError:
raise AssertionError("Failure converting item ID to integer!")
clean_item = Translators.query.filter(Translators.id==delete_id).one()
print(clean_item)
for release in clean_item.releases:
if release.changeuser == FeedFeeder.FeedFeeder.RSS_USER_ID:
db.session.delete(release)
# print(release.id, release.volume, release.chapter, release.postfix, release.changeuser)
else:
print("Not deleting: ", release.id, release.volume, release.chapter, release.postfix, release.changeuser)
db.session.commit()
return getResponse("Autogen releases deleted. Reloading.", error=False)
def flatten_series_by_url(data, admin_override=False):
if admin_override is False and (not current_user.is_mod()):
return getResponse(
error=True,
message="You have to have moderator privileges to do that!")
dups = db.engine.execute('''
SELECT
website, COUNT(*) AS dupes
FROM
series
WHERE
website IS NOT NULL AND website != ''
GROUP
BY website
HAVING
(COUNT(*) > 1);''')
dups = list(dups)
match_num = 0
for website, number in dups:
if not "royalroadl" in website.lower():
continue
matches = Series.query.filter(Series.website == website).all()
ids = [match.id for match in matches]
zipped = list(zip(ids, ids[1:]))
for m1, m2 in zipped:
match_num += 1
merge_series_ids(m1, m2)
return getResponse("%s Items merged." % match_num, error=False)
def deleteStory(data):
if not current_user.is_mod():
return getResponse(error=True, message="I see what you (tried) to do there!")
assert 'item-id' in data
assert 'mode' in data
delete_id = data["item-id"]
clean_item = Story.query.filter(Story.id==delete_id).one()
# !Ordering here matters!
# Change-tables have to go second.
delete_from = [
Author,
AuthorChanges,
Tags,
TagsChanges,
Genres,
GenresChanges,
# Story,
# StoryChanges,
]
for clearTable in delete_from:
clearTable.query.filter(clearTable.series==clean_item.id).delete()
Watches.query.filter(Watches.series_id==clean_item.id).delete()
Story.query.filter(Story.id==clean_item.id).delete()
StoryChanges.query.filter(StoryChanges.srccol==clean_item.id).delete()
# db.session.delete(clean_item)
db.session.commit()
return getResponse("Story was deleted entirely!", error=False)
def dispatchApiCall(reqJson):
print("Json request:", reqJson)
if not "mode" in reqJson:
print("API JSON Request without mode!")
return getResponse("No mode in API Request!", error=True)
mode = reqJson["mode"]
if not mode in DISPATCH_TABLE:
print("Invalid mode in request: '{mode}'".format(mode=mode))
return getResponse(
"Invalid mode in API Request ({mode})!".format(mode=mode),
error=True)
dispatch_method, auth_required, csrf_required = DISPATCH_TABLE[mode]
try:
if csrf_required:
csrf.protect()
if auth_required and not current_user.is_authenticated():
return getResponse(LOGIN_REQ, error=True)
else:
ret = dispatch_method(reqJson)
except AssertionError as e:
traceback.print_exc()
print(reqJson)
return getResponse("Error processing API request: '%s'!" % e,
error=True)
return ret
def bulkToggleVolumeCountedStatus(data):
if not current_user.is_mod():
return getResponse(error=True,
message="I see what you (tried) to do there!")
assert 'item-id' in data
assert 'mode' in data
assert 'enable' in data
assert data['mode'] == "toggle-volume-releases"
try:
series_id = int(data["item-id"])
except ValueError:
raise AssertionError("Failure converting item ID to integer!")
enable = data['enable']
assert enable in ['Include', 'Exclude']
should_include = enable == 'Include'
item_row = Series.query.filter(Series.id == series_id).one()
print(item_row)
for release in item_row.releases:
if release.changeuser == FeedFeeder.FeedFeeder.RSS_USER_ID or release.changeuser == FeedFeeder.FeedFeeder.NU_SRC_USER_ID:
if release.volume:
release.include = should_include
app.utilities.update_latest_row(item_row)
db.session.commit()
return getResponse("Autogen releases deleted. Reloading.", error=False)
def fix_escaped_quotes(dummy_data, admin_override=False):
if admin_override is False and (not current_user.is_mod()):
return getResponse(error=True, message="You have to have moderator privileges to do that!")
# SELECT * FROM series WHERE title LIKE E'%\\\'%';
bad_title = 0
bad_desc = 0
q = Story.query.filter(or_(Story.title.like(r"%'%"), Story.title.like(r"%’%"), Story.title.like(r"%‘%"), Story.title.like(r"%“%"), Story.title.like(r"%”%")))
items = q.all()
print("Name fixing processing query resulted in %s items" % len(items))
for item in items:
old = item.title
new = old
while any([r"\"" in new, r"\'" in new, "’" in new, "‘" in new, "“" in new, "”" in new]):
new = new.replace(r"\'", "'")
new = new.replace(r'\"', '"')
new = new.replace(r"’", "'")
new = new.replace(r"‘", "'")
new = new.replace(r"“", '"')
new = new.replace(r"”", '"')
have = Story.query.filter(Story.title == new).scalar()
if old != new:
if have:
print("Duplicate item!", (old, new), old==new)
merge_series_ids(have.id, item.id)
else:
print("Fixing title.")
item.title = new
db.session.commit()
bad_title += 1
# F**K ALL SMART QUOTE BULLSHITS EVER
q = Story.query.filter(or_(Story.description.like(r"%'%"), Story.description.like(r"%’%"), Story.description.like(r"%‘%"), Story.description.like(r"%“%"), Story.description.like(r"%”%")))
items = q.all()
print("Series description processing query resulted in %s items" % len(items))
for item in items:
old = item.description
new = old
while any([r"\"" in new, r"\'" in new, "’" in new, "‘" in new, "“" in new, "”" in new]):
new = new.replace(r"\'", "'")
new = new.replace(r'\"', '"')
new = new.replace(r"’", "'")
new = new.replace(r"‘", "'")
new = new.replace(r"“", '"')
new = new.replace(r"”", '"')
if old != new:
print("Fixing description smart-quotes and over-escapes for series: %s" % item.id)
item.description = new
db.session.commit()
bad_desc += 1
print("Update complete.")
return getResponse("%s main titles, %s descriptions required fixing. %s" % (bad_title, bad_desc, conflicts), error=False)
def deleteGroupAutoReleases(data):
if not current_user.is_mod():
return getResponse(error=True,
message="I see what you (tried) to do there!")
assert 'item-id' in data
assert 'mode' in data
assert data['mode'] == "delete-auto-from-group"
try:
delete_id = int(data["item-id"])
except ValueError:
raise AssertionError("Failure converting item ID to integer!")
clean_item = Translators.query.filter(Translators.id == delete_id).one()
print(clean_item)
for release in clean_item.releases:
if release.changeuser == FeedFeeder.FeedFeeder.RSS_USER_ID:
db.session.delete(release)
# print(release.id, release.volume, release.chapter, release.postfix, release.changeuser)
else:
print("Not deleting: ", release.id, release.volume,
release.chapter, release.postfix, release.changeuser)
db.session.commit()
return getResponse("Autogen releases deleted. Reloading.", error=False)
def bulkToggleVolumeCountedStatus(data):
if not current_user.is_mod():
return getResponse(error=True, message="I see what you (tried) to do there!")
assert 'item-id' in data
assert 'mode' in data
assert 'enable' in data
assert data['mode'] == "toggle-volume-releases"
try:
series_id = int(data["item-id"])
except ValueError:
raise AssertionError("Failure converting item ID to integer!")
enable = data['enable']
assert enable in ['Include', 'Exclude']
should_include = enable == 'Include'
item_row = Series.query.filter(Series.id==series_id).one()
print(item_row)
for release in item_row.releases:
if release.changeuser == FeedFeeder.FeedFeeder.RSS_USER_ID or release.changeuser == FeedFeeder.FeedFeeder.NU_SRC_USER_ID:
if release.volume:
release.include = should_include
app.utilities.update_latest_row(item_row)
db.session.commit()
return getResponse("Autogen releases deleted. Reloading.", error=False)
def delete_duplicate_releases(data, admin_override=False):
if admin_override is False and (not current_user.is_mod()):
return getResponse(
error=True,
message="You have to have moderator privileges to do that!")
dups = db.engine.execute('''
SELECT
srcurl, COUNT(*) AS dupes
FROM
releases
WHERE
srcurl IS NOT NULL AND srcurl != ''
GROUP
BY srcurl
HAVING
(COUNT(*) > 1);''')
dups = list(dups)
match_num = 0
mismatches = set()
for website, number in dups:
# print(website, number)
matches = Releases.query.filter(Releases.srcurl == website).all()
zipped = list(zip(matches, matches[1:]))
for m1, m2 in zipped:
if m1.series != m2.series:
tup = (m1.series, m2.series)
if tup not in mismatches:
print("Mismatch: ", m1.series, m2.series, m1.srcurl,
m2.srcurl)
mismatches.add(tup)
else:
match_num += 1
print(m1.series, m2.series)
# ~~~Sort by change-time, since we care more about~~~
# ~~~the latest change (since it'll probably be more accurate)~~~
# Edit: Now picks the older version, since untimed duplicates keep
# cropping up from japtem.
if m1.changetime < m2.changetime:
older = m1
newer = m2
else:
older = m2
newer = m1
if not older.include:
# If the to-be-removed chapter has been expliclty excluded from
# the chapter count, don't do the merge.
pass
else:
db.session.delete(newer)
db.session.commit()
# print(dups)
# print(list(dups))
return getResponse("%s Items merged." % match_num, error=False)
def delete_duplicate_releases(data, admin_override=False):
if admin_override is False and (not current_user.is_mod()):
return getResponse(error=True, message="You have to have moderator privileges to do that!")
dups = db.engine.execute('''
SELECT
srcurl, COUNT(*) AS dupes
FROM
releases
WHERE
srcurl IS NOT NULL AND srcurl != ''
GROUP
BY srcurl
HAVING
(COUNT(*) > 1);''')
dups = list(dups)
match_num = 0
mismatches = set()
for website, number in dups:
# print(website, number)
matches = Releases.query.filter(Releases.srcurl==website).all()
zipped = list(zip(matches, matches[1:]))
for m1, m2 in zipped:
if m1.series != m2.series:
tup = (m1.series, m2.series)
if tup not in mismatches:
print("Mismatch: ", m1.series, m2.series, m1.srcurl, m2.srcurl)
mismatches.add(tup)
else:
match_num += 1
print(m1.series, m2.series)
# ~~~Sort by change-time, since we care more about~~~
# ~~~the latest change (since it'll probably be more accurate)~~~
# Edit: Now picks the older version, since untimed duplicates keep
# cropping up from japtem.
if m1.changetime < m2.changetime:
older = m1
newer = m2
else:
older = m2
newer = m1
if not older.include:
# If the to-be-removed chapter has been expliclty excluded from
# the chapter count, don't do the merge.
pass
else:
db.session.delete(newer)
db.session.commit()
# print(dups)
# print(list(dups))
return getResponse("%s Items merged." % match_num, error=False)
def delete_duplicate_releases(data):
if not current_user.is_mod():
return getResponse(error=True, message="You have to have moderator privileges to do that!")
dups = db.engine.execute('''
SELECT
srcurl, COUNT(*) AS dupes
FROM
releases
WHERE
srcurl IS NOT NULL AND srcurl != ''
GROUP
BY srcurl
HAVING
(COUNT(*) > 1);''')
dups = list(dups)
match_num = 0
mismatches = set()
for website, number in dups:
# print(website, number)
matches = Releases.query.filter(Releases.srcurl==website).all()
zipped = list(zip(matches, matches[1:]))
for m1, m2 in zipped:
if m1.series != m2.series:
tup = (m1.series, m2.series)
if tup not in mismatches:
print("Mismatch!")
print(m1.series, m2.series)
mismatches.add(tup)
else:
match_num += 1
# print(m1.series, m2.series)
# Sort by change-time, since we care more about
# the latest change (since it'll probably be more accurate)
if m1.changetime < m2.changetime:
older = m1
newer = m2
else:
older = m2
newer = m1
db.session.delete(older)
db.session.commit()
# print(dups)
# print(list(dups))
return getResponse("%s Items merged." % match_num, error=False)
def dispatchApiCall(reqJson):
forwarded_for = request.headers.get('X-Forwarded-For', None)
# if forwarded_for == '108.28.56.67':
# print("Bouncing possible abuse from %s" % (forwarded_for, ))
# return getResponse("Hi there! Please contact me on github.com/fake-name/wlnupdates before doing bulk scraping, please!", error=True)
if not "mode" in reqJson:
print("API JSON Request without mode!")
return getResponse("No mode in API Request!", error=True)
mode = reqJson["mode"]
if not mode in DISPATCH_TABLE:
print("Invalid mode in request: '{mode}'".format(mode=mode))
return getResponse("Invalid mode in API Request ({mode})!".format(mode=mode), error=True)
dispatch_method, auth_required, csrf_required, rate_limited = DISPATCH_TABLE[mode]
try:
if csrf_required:
csrf.protect()
if auth_required and not current_user.is_authenticated():
return getResponse(LOGIN_REQ, error=True)
if rate_limited and not current_user.is_authenticated():
limiter_key = forwarded_for + " " + mode
if limiter_key in RATE_LIMITER:
print("Anon User hit rate limiting. Bouncing.")
return getResponse("API calls when not logged in are rate limited. Please either log in, or slow down. "
"Complain at github.com/fake-name/wlnupdates/issues if this is a problem", error=True)
print("Inserting anon requester into rate-limit cache.")
RATE_LIMITER[limiter_key] = True
ret = dispatch_method(reqJson)
else:
ret = dispatch_method(reqJson)
except AssertionError as e:
traceback.print_exc()
print(reqJson)
return getResponse("Error processing API request: '%s'!" % e, error=True)
return ret
def delete_bad_tags(dummy_data, admin_override=False):
if admin_override is False and (not current_user.is_mod()):
return getResponse(error=True, message="You have to have moderator privileges to do that!")
conf = get_config_json()
print("Bad tags:", conf['delete-tags'])
removed = 0
for bad_tag in conf['delete-tags']:
items = Tags.query.filter(Tags.tag == bad_tag).count()
print("Found %s instances of tag: %s" % (items, bad_tag))
removed += 1
Tags.query.filter(Tags.tag == bad_tag).delete()
save_config_json(conf)
removed = 0
return getResponse("Found %s tags that required patching." % (removed), error=False)
def addNewCover(series, updateDat):
assert 'name' in updateDat
assert 'file' in updateDat
assert 'type' in updateDat
data = DataURI(updateDat['file'])
dathash = getHash(data.data).lower()
have = Covers.query.filter(Covers.hash == dathash).scalar()
if have:
return getResponse(
"A cover with that MD5 hash already exists! Are you accidentally adding a duplicate?",
True)
covpath = saveCoverFile(data.data, updateDat['name'])
new = Covers(
srcfname=updateDat['name'],
series=series.id,
description='',
fspath=covpath,
hash=dathash,
)
db.session.add(new)
db.session.commit()
def toggle_counted(data):
release = getReleaseFromId(data['id'])
release.include = not release.include
db.session.commit()
flash(gettext('Release %(id)s count-state toggled. New state: %(state)s', id=release.id, state="counted" if release.include else "uncounted"))
return getResponse("Item count-state toggled!", error=False)
def setReadingProgressJson(data):
sid, progress = validateReadingProgressData(data)
watch_row = Watches.query.filter(
(Watches.user_id==getCurrentUserId()) &
(Watches.series_id==sid)
).one()
vol, chp, frag = progress
if chp == 0 and vol == 0:
vol = -1
chp = -1
if vol == 0:
vol = None
if frag == 0:
frag = None
watch_row.volume = vol
watch_row.chapter = chp
watch_row.fragment = frag
db.session.commit()
return getResponse('Succeeded')
def setReadingProgressJson(data):
sid, progress = validateReadingProgressData(data)
watch_row = Watches.query.filter(
(Watches.user_id==getCurrentUserId()) &
(Watches.series_id==sid)
).one()
vol, chp = progress
if chp == 0 and vol == 0:
vol = -1
chp = -1
if vol == 0:
vol = -1
watch_row.volume = vol
watch_row.chapter = chp
db.session.commit()
# sid = validated['id']
# group = Translators.query.filter(Translators.id==sid).one()
# for entry in validated['entries']:
# print(entry)
# if entry['type'] == 'alternate-names':
# updateGroupAltNames(group, entry['data'])
# else:
# raise AssertionError("Unknown modifification type!")
return getResponse('Succeeded')
def updateTitle(series, newTitle_raw):
newTitle = bleach.clean(newTitle_raw.strip(), tags=[], strip=True)
# Short circuit if nothing has changed.
if newTitle == series.title:
return
conflict_series = Series.query.filter(Series.title == newTitle).scalar()
if conflict_series and conflict_series.id != series.id:
return getResponse(
"A series with that name already exists! Please choose another name",
error=True)
oldTitle = series.title
series.title = newTitle
series.changeuser = getCurrentUserId()
series.changetime = datetime.datetime.now()
ret = updateAltNames(series, [newTitle, oldTitle], deleteother=False)
if ret:
return ret
return None
def merge_tl_group_ids(m1, m2):
merge_from = max(m1, m2)
merge_to = min(m1, m2)
itm_from = Translators.query.filter(Translators.id == merge_from).one()
itm_to = Translators.query.filter(Translators.id == merge_to).one()
print(itm_from)
print(itm_to)
Releases.query.filter(Releases.tlgroup == merge_from).update(
{'tlgroup': merge_to})
ReleasesChanges.query.filter(ReleasesChanges.tlgroup == merge_from).update(
{'tlgroup': merge_to})
app.api_handlers.updateGroupAltNames(
itm_to, [itm.name for itm in itm_from.alt_names], delete=False)
AlternateTranslatorNamesChanges.query \
.filter(AlternateTranslatorNamesChanges.group==itm_from.id) \
.delete(synchronize_session="fetch")
db.session.delete(itm_from)
db.session.commit()
return getResponse("Success", False)
def deleteGroup(data):
return getResponse("Not implemented yet!", error=True)
# if not current_user.is_mod():
# return getResponse(error=True, message="I see what you (tried) to do there!")
# assert 'item-id' in data
# assert 'mode' in data
# delete_id = data["item-id"]
# clean_item = Series.query.filter(Series.id==delete_id).one()
# # !Ordering here matters!
# # Change-tables have to go second.
# delete_from = [
# AlternateNames,
# AlternateNamesChanges,
# Author,
# AuthorChanges,
# Illustrators,
# IllustratorsChanges,
# Tags,
# TagsChanges,
# Genres,
# GenresChanges,
# Publishers,
# PublishersChanges,
# Covers,
# CoversChanges,
# Releases,
# ReleasesChanges,
# # Series,
# # SeriesChanges,
# ]
# for clearTable in delete_from:
# clearTable.query.filter(clearTable.series==clean_item.id).delete()
# Watches.query.filter(Watches.series_id==clean_item.id).delete()
# Series.query.filter(Series.id==clean_item.id).delete()
# SeriesChanges.query.filter(SeriesChanges.srccol==clean_item.id).delete()
# # db.session.delete(clean_item)
# db.session.commit()
return getResponse("Series was deleted entirely!", error=False)
def clean_tags(dummy_data, admin_override=False):
if admin_override is False and (not current_user.is_mod()):
return getResponse(
error=True,
message="You have to have moderator privileges to do that!")
bad_tags = 0
bad_tags = db.session.execute('''
SELECT
COUNT(*)
FROM
tags
WHERE
tag IN (
SELECT tag
FROM (
SELECT tag
FROM tags
GROUP BY tag
HAVING COUNT(*) = 1
) AS ONLY_ONCE
)
''')
bad_tags = list(bad_tags)
db.session.execute('''
DELETE
FROM
tags
WHERE
tag IN (
SELECT tag
FROM (
SELECT tag
FROM tags
GROUP BY tag
HAVING COUNT(*) = 1
) AS ONLY_ONCE
)
;
''')
db.session.commit()
return getResponse("Found %s tags that required patching." % (bad_tags),
error=False)
def get_author_id(data): assert "id" in data, "You must specify a id to query for." assert is_integer(data['id']), "The 'id' member must be an integer, or a string that can cleanly cast to one." a_id = int(data['id']) author, series = item_view_items.get_author(a_id) if not author: return getResponse(error=True, message='No item found for that ID!') data = unpack_artist_or_illustrator(author, series) return getDataResponse(data)
def processReleaseUpdateJson(data):
# Json request:
# {
# 'old-info': {
# 'releasetime' : '2016/08/19 05:23',
# 'release_pg' : 'http://www.translationnations.com/2016/08/19/the-ultimate-evolution-volume-2-chapter-6/',
# 'volume' : 2,
# 'postfix' : '',
# 'chapter' : 6,
# 'subChap' : '',
# 'counted' : True
# },
# 'mode': 'release-update',
# 'id': 1183431,
# 'new-info': {
# 'releasetime' : '2016/08/19 05:23',
# 'release_pg' : 'http://www.translationnations.com/2016/08/19/the-ultimate-evolution-volume-2-chapter-6/',
# 'volume' : '2',
# 'postfix' : '',
# 'chapter' : '6',
# 'subChap' : '',
# 'counted' : False
# }
# }
assert 'mode' in data
assert 'release-id' in data
assert 'old-info' in data
assert 'new-info' in data
for subsect in [data['old-info'], data['new-info']]:
assert 'releasetime' in subsect
assert 'release_pg' in subsect
assert 'volume' in subsect
assert 'postfix' in subsect
assert 'chapter' in subsect
assert 'subChap' in subsect
assert 'counted' in subsect
data['old-info']['releasetime'] = dateutil.parser.parse(
data['old-info']['releasetime'])
data['new-info']['releasetime'] = dateutil.parser.parse(
data['new-info']['releasetime'])
if data['new-info']['releasetime'] > datetime.datetime.now():
data['new-info']['releasetime'] = datetime.datetime.now()
data['old-info']['volume'] = data['old-info']['volume'] if data[
'old-info']['volume'] else 0.0
data['old-info']['chapter'] = data['old-info']['chapter'] if data[
'old-info']['chapter'] else 0.0
data['old-info']['subChap'] = data['old-info']['subChap'] if data[
'old-info']['subChap'] else 0.0
return updateChapterRelease(data['release-id'], data['old-info'],
data['new-info'])
return getResponse("processReleaseUpdateJson call!.", error=True)
def get_publisher_id(data): assert "id" in data, "You must specify a id to query for." assert is_integer(data['id']), "The 'id' member must be an integer, or a string that can cleanly cast to one." a_id = int(data['id']) pub, series = item_view_items.get_publisher_id(a_id) if not pub: return getResponse(error=True, message='No item found for that ID!') data = unpack_tag_genre_publisher(pub, series) return getDataResponse(data)
def get_author_id(data): assert "id" in data, "You must specify a id to query for." assert is_integer(data['id']), "The 'id' member must be an integer, or a string that can cleanly cast to one." a_id = int(data['id']) author, series = item_view_items.get_author(a_id) if not author: return getResponse(error=True, message='No item found for that ID!') data = unpack_artist_or_illustrator(author, series) return getDataResponse(data)
def get_publisher_id(data): assert "id" in data, "You must specify a id to query for." assert is_integer(data['id']), "The 'id' member must be an integer, or a string that can cleanly cast to one." a_id = int(data['id']) pub, series = item_view_items.get_publisher_id(a_id) if not pub: return getResponse(error=True, message='No item found for that ID!') data = unpack_tag_genre_publisher(pub, series) return getDataResponse(data)
def deleteGroup(data):
return getResponse("Not implemented yet!", error=True)
# if not current_user.is_mod():
# return getResponse(error=True, message="I see what you (tried) to do there!")
# assert 'item-id' in data
# assert 'mode' in data
# delete_id = data["item-id"]
# clean_item = Series.query.filter(Series.id==delete_id).one()
# # !Ordering here matters!
# # Change-tables have to go second.
# delete_from = [
# AlternateNames,
# AlternateNamesChanges,
# Author,
# AuthorChanges,
# Illustrators,
# IllustratorsChanges,
# Tags,
# TagsChanges,
# Genres,
# GenresChanges,
# Publishers,
# PublishersChanges,
# Covers,
# CoversChanges,
# Releases,
# ReleasesChanges,
# # Series,
# # SeriesChanges,
# ]
# for clearTable in delete_from:
# clearTable.query.filter(clearTable.series==clean_item.id).delete()
# Watches.query.filter(Watches.series_id==clean_item.id).delete()
# Series.query.filter(Series.id==clean_item.id).delete()
# SeriesChanges.query.filter(SeriesChanges.srccol==clean_item.id).delete()
# # db.session.delete(clean_item)
# db.session.commit()
return getResponse("Series was deleted entirely!", error=False)
def toggle_counted(data):
release = getReleaseFromId(data['id'])
release.include = not release.include
db.session.commit()
flash(
gettext('Release %(id)s count-state toggled. New state: %(state)s',
id=release.id,
state="counted" if release.include else "uncounted"))
return getResponse("Item count-state toggled!", error=False)
def clean_tags(dummy_data, admin_override=False):
if admin_override is False and (not current_user.is_mod()):
return getResponse(error=True, message="You have to have moderator privileges to do that!")
bad_tags = 0
bad_tags = db.session.execute('''
SELECT
COUNT(*)
FROM
tags
WHERE
tag IN (
SELECT tag
FROM (
SELECT tag
FROM tags
GROUP BY tag
HAVING COUNT(*) = 1
) AS ONLY_ONCE
)
''')
bad_tags = list(bad_tags)
db.session.execute('''
DELETE
FROM
tags
WHERE
tag IN (
SELECT tag
FROM (
SELECT tag
FROM tags
GROUP BY tag
HAVING COUNT(*) = 1
) AS ONLY_ONCE
)
;
''')
db.session.commit()
return getResponse("Found %s tags that required patching." % (bad_tags), error=False)
def delete_bad_tags(dummy_data, admin_override=False):
if admin_override is False and (not current_user.is_mod()):
return getResponse(
error=True,
message="You have to have moderator privileges to do that!")
conf = get_config_json()
print("Bad tags:", conf['delete-tags'])
removed = 0
for bad_tag in conf['delete-tags']:
items = Tags.query.filter(Tags.tag == bad_tag).count()
print("Found %s instances of tag: %s" % (items, bad_tag))
removed += 1
Tags.query.filter(Tags.tag == bad_tag).delete()
save_config_json(conf)
removed = 0
return getResponse("Found %s tags that required patching." % (removed),
error=False)
def setRatingJson(data):
assert 'mode' in data
assert 'rating' in data
assert 'item-id' in data
assert data['item-id']
sid = int(data['item-id'])
rating = int(data['rating'])
app.series_tools.set_rating(sid, rating)
return getResponse("SetRating call!.", error=False)
def mergeSeriesItems(data): if not current_user.is_mod(): return getResponse(error=True, message="You have to have moderator privileges to do that!") assert 'mode' in data assert data['mode'] == 'merge-id' assert 'item-id' in data assert 'merge_id' in data m1, m2 = int(data['item-id']), int(data['merge_id']) return merge_series_ids(m1, m2)
def preventMergeSeriesItems(data):
if not current_user.is_mod():
return getResponse(error=True, message="You have to have moderator privileges to do that!")
assert 'mode' in data
assert data['mode'] == 'block-merge-id'
assert 'item-id' in data
assert 'separate_id' in data
m1, m2 = int(data['item-id']), int(data['separate_id'])
m1, m2 = min(m1, m2), max(m1, m2)
have = get_config_json()
if not [m1, m2] in have['no-merge-series']:
have['no-merge-series'].append([m1, m2])
save_config_json(have)
return getResponse("Success", False)
def preventMergeSeriesItems(data):
if not current_user.is_mod():
return getResponse(
error=True,
message="You have to have moderator privileges to do that!")
assert 'mode' in data
assert data['mode'] == 'block-merge-id'
assert 'item-id' in data
assert 'separate_id' in data
m1, m2 = int(data['item-id']), int(data['separate_id'])
m1, m2 = min(m1, m2), max(m1, m2)
have = get_config_json()
if not [m1, m2] in have['no-merge-series']:
have['no-merge-series'].append([m1, m2])
save_config_json(have)
return getResponse("Success", False)
def mergeGroupEntries(data):
if not current_user.is_mod():
return getResponse(
error=True,
message="You have to have moderator privileges to do that!")
assert 'mode' in data
assert data['mode'] == 'do-group-merge-id'
assert 'item-id' in data
assert 'merge_id' in data
m1, m2 = int(data['item-id']), int(data['merge_id'])
return merge_tl_group_ids(m1, m2)
def setRatingJson(data):
assert 'mode' in data
assert 'rating' in data
assert 'item-id' in data
assert data['item-id']
sid = int(data['item-id'])
rating = int(data['rating'])
assert rating >= 0
assert rating <= 10
app.series_tools.set_rating(sid, rating)
return getResponse("SetRating call!.", error=False)
def setSortOrder(data):
if not current_user.is_mod():
return getResponse(error=True, message="You have to have moderator privileges to do that!")
# Json request: {'item-id': '32606', 'mode': 'set-sort-mode', 'sort-mode': 'chronological_order'}
assert data['mode'] == 'set-sort-mode'
assert 'item-id' in data
assert 'sort-mode' in data
mid = int(data['item-id'])
mode = data['sort-mode']
assert mode in ['chronological_order', 'parsed_title_order']
itm = Series.query.filter(Series.id==mid).one()
print(itm.sort_mode)
print(itm)
itm.sort_mode = mode
db.session.commit()
return getResponse("Success", False)
def setSortOrder(data):
if not current_user.is_mod():
return getResponse(
error=True,
message="You have to have moderator privileges to do that!")
# Json request: {'item-id': '32606', 'mode': 'set-sort-mode', 'sort-mode': 'chronological_order'}
assert data['mode'] == 'set-sort-mode'
assert 'item-id' in data
assert 'sort-mode' in data
mid = int(data['item-id'])
mode = data['sort-mode']
assert mode in ['chronological_order', 'parsed_title_order']
itm = Series.query.filter(Series.id == mid).one()
print(itm.sort_mode)
print(itm)
itm.sort_mode = mode
db.session.commit()
return getResponse("Success", False)
def updateAddCoversJson(data):
assert 'mode' in data
assert 'entries' in data
assert 'item-id' in data
assert data['mode'] == 'cover-update'
sid = data['item-id']
series = Series.query.filter(Series.id == sid).one()
# print(series)
ret = None
for entry in data['entries']:
ret = processCoverUpdate(series, entry)
if ret:
return ret
return getResponse("Success", False)
def updateAddCoversJson(data):
assert 'mode' in data
assert 'entries' in data
assert 'item-id' in data
assert data['mode'] == 'cover-update'
sid = data['item-id']
series = Series.query.filter(Series.id==sid).one()
# print(series)
ret = None
for entry in data['entries']:
ret = processCoverUpdate(series, entry)
if ret:
return ret
return getResponse("Success", False)
def clean_spaces(dummy_data, admin_override=False): if admin_override is False and (not current_user.is_mod()): return getResponse(error=True, message="You have to have moderator privileges to do that!") items = Series.query.all() for item in items: if item.title != item.title.strip(): item.title = item.title.strip() try: db.session.commit() except sqlalchemy.exc.IntegrityError: db.session.rollback() check_merge(item)
def clean_spaces(dummy_data, admin_override=False):
if admin_override is False and (not current_user.is_mod()):
return getResponse(
error=True,
message="You have to have moderator privileges to do that!")
items = Series.query.all()
for item in items:
if item.title != item.title.strip():
item.title = item.title.strip()
try:
db.session.commit()
except sqlalchemy.exc.IntegrityError:
db.session.rollback()
check_merge(item)
def updateTitle(series, newTitle):
newTitle = bleach.clean(newTitle.strip())
conflict_series = Series.query.filter(Series.title==newTitle).scalar()
if conflict_series and conflict_series.id != series.id:
return getResponse("A series with that name already exists! Please choose another name", error=True)
oldTitle = series.title
series.title = newTitle
ret = app.series_tools.updateAltNames(series, [newTitle, oldTitle], deleteother=False)
if ret:
return ret
return None
def clean_tags(dummy_data):
bad_tags = 0
bad_tags = db.session.execute('''
SELECT
COUNT(*)
FROM
tags
WHERE
tag IN (
SELECT tag
FROM (
SELECT tag
FROM tags
GROUP BY tag
HAVING COUNT(*) = 1
) AS ONLY_ONCE
)
''')
bad_tags = list(bad_tags)
db.session.execute('''
DELETE
FROM
tags
WHERE
tag IN (
SELECT tag
FROM (
SELECT tag
FROM tags
GROUP BY tag
HAVING COUNT(*) = 1
) AS ONLY_ONCE
)
;
''')
db.session.commit()
return getResponse("Found %s tags that required patching." % (bad_tags), error=False)
def alterReleaseItem(data):
if not current_user.is_mod():
return getResponse(error=True, message="You have to have moderator privileges to do that!")
assert 'op' in data
assert 'mode' in data
assert 'count' in data
assert 'id' in data
assert data['mode'] == "release-ctrl"
try:
data['id'] = int(data['id'])
except ValueError:
raise AssertionError("Failure converting item ID to integer!")
assert data['count'] in BOOL_LUT
data['count'] = BOOL_LUT[data['count']]
assert data['op'] in RELEASE_OPS
return RELEASE_OPS[data['op']](data)
def alterReleaseItem(data):
if not current_user.is_mod():
return getResponse(
error=True,
message="You have to have moderator privileges to do that!")
assert 'op' in data
assert 'mode' in data
assert 'count' in data
assert 'id' in data
assert data['mode'] == "release-ctrl"
try:
data['id'] = int(data['id'])
except ValueError:
raise AssertionError("Failure converting item ID to integer!")
assert data['count'] in BOOL_LUT
data['count'] = BOOL_LUT[data['count']]
assert data['op'] in RELEASE_OPS
return RELEASE_OPS[data['op']](data)
def addNewCover(series, updateDat):
assert 'name' in updateDat
assert 'file' in updateDat
assert 'type' in updateDat
data = DataURI(updateDat['file'])
dathash = getHash(data.data).lower()
have = Covers.query.filter(Covers.hash == dathash).scalar()
if have:
return getResponse("A cover with that MD5 hash already exists! Are you accidentally adding a duplicate?", True)
covpath = saveCoverFile(data.data, updateDat['name'])
new = Covers(
srcfname = updateDat['name'],
series = series.id,
description = '',
fspath = covpath,
hash = dathash,
)
db.session.add(new)
db.session.commit()
def merge_tl_group_ids(m1, m2):
merge_from = max(m1, m2)
merge_to = min(m1, m2)
itm_from = Translators.query.filter(Translators.id==merge_from).one()
itm_to = Translators.query.filter(Translators.id==merge_to).one()
print(itm_from)
print(itm_to)
Releases .query.filter(Releases.tlgroup ==merge_from).update({'tlgroup': merge_to})
ReleasesChanges.query.filter(ReleasesChanges.tlgroup==merge_from).update({'tlgroup': merge_to})
app.api_handlers.updateGroupAltNames(itm_to, [itm.name for itm in itm_from.alt_names], delete=False)
AlternateTranslatorNamesChanges.query \
.filter(AlternateTranslatorNamesChanges.group==itm_from.id) \
.delete(synchronize_session="fetch")
db.session.delete(itm_from)
db.session.commit()
return getResponse("Success", False)
def updateTitle(series, newTitle_raw):
newTitle = bleach.clean(newTitle_raw.strip(), tags=[], strip=True)
# Short circuit if nothing has changed.
if newTitle == series.title:
return
conflict_series = Series.query.filter(Series.title==newTitle).scalar()
if conflict_series and conflict_series.id != series.id:
return getResponse("A series with that name already exists! Please choose another name", error=True)
oldTitle = series.title
series.title = newTitle
series.changeuser = getCurrentUserId()
series.changetime = datetime.datetime.now()
ret = updateAltNames(series, [newTitle, oldTitle], deleteother=False)
if ret:
return ret
return None
def setReadingProgressJson(data):
sid, progress = validateReadingProgressData(data)
watch_row = Watches.query.filter((Watches.user_id == getCurrentUserId())
& (Watches.series_id == sid)).one()
vol, chp, frag = progress
if chp == 0 and vol == 0:
vol = -1
chp = -1
if vol == 0:
vol = None
if frag == 0:
frag = None
watch_row.volume = vol
watch_row.chapter = chp
watch_row.fragment = frag
db.session.commit()
return getResponse('Succeeded')
def merge_series_ids(m1, m2):
merge_from = max(m1, m2)
merge_to = min(m1, m2)
itm_from = Series.query.filter(Series.id==merge_from).scalar()
itm_to = Series.query.filter(Series.id==merge_to).scalar()
if not itm_from:
return getResponse("Item from (id: {num}) not found?".format(num=merge_from), error=True)
if not itm_to:
return getResponse("Item to (id: {num}) not found?".format(num=merge_to), error=True)
alts = []
author = []
illust = []
tags = []
genres = []
publs = []
alts.append(itm_from.title)
for altname in AlternateNames.query.filter(AlternateNames.series==itm_from.id).all():
alts.append(altname.name)
for val in Author.query.filter(Author.series==itm_from.id).all():
author.append(val.name)
for val in Illustrators.query.filter(Illustrators.series==itm_from.id).all():
illust.append(val.name)
for val in Tags.query.filter(Tags.series==itm_from.id).all():
tags.append(val.tag)
for val in Genres.query.filter(Genres.series==itm_from.id).all():
genres.append(val.genre)
for val in Publishers.query.filter(Publishers.series==itm_from.id).all():
publs.append(val.name)
Ratings.query.filter(Ratings.series_id==merge_from).update({'series_id': merge_to})
# !Ordering here matters!
# Change-tables have to go second.
delete_from = [
AlternateNames,
AlternateNamesChanges,
Author,
AuthorChanges,
Illustrators,
IllustratorsChanges,
Tags,
TagsChanges,
Genres,
GenresChanges,
Publishers,
PublishersChanges,
]
for clearTable in delete_from:
clearTable.query.filter(clearTable.series==itm_from.id).delete()
app.series_tools.updateAltNames ( itm_to, alts, deleteother=False )
app.series_tools.setAuthorIllust ( itm_to, author = author, deleteother=False )
app.series_tools.setAuthorIllust ( itm_to, illust = illust, deleteother=False )
app.series_tools.updateTags ( itm_to, tags = tags, deleteother=False )
app.series_tools.updateGenres ( itm_to, genres = genres, deleteother=False )
app.series_tools.updatePublishers ( itm_to, publishers = publs, deleteother=False )
# For each user watch, if the user is already watching the merge-to item,
# just delete it. If not, update the user-id
for watch in Watches.query.filter(Watches.series_id==itm_from.id).all():
if not Watches \
.query \
.filter(Watches.series_id==itm_to.id) \
.filter(Watches.user_id==watch.user_id) \
.scalar():
watch.series_id = itm_to.id
else:
db.session.delete(watch)
if itm_from.description and not itm_to.description:
itm_to.description = itm_from.description
if itm_from.description and not itm_to.description:
itm_to.description = itm_from.description
if itm_from.type and not itm_to.type:
itm_to.type = itm_from.type
if itm_from.origin_loc and not itm_to.origin_loc:
itm_to.origin_loc = itm_from.origin_loc
if itm_from.demographic and not itm_to.demographic:
itm_to.demographic = itm_from.demographic
if itm_from.orig_lang and not itm_to.orig_lang:
itm_to.orig_lang = itm_from.orig_lang
if not itm_to.volume or (itm_from.volume and itm_from.volume > itm_to.volume):
itm_to.volume = itm_from.volume
if not itm_to.chapter or (itm_from.chapter and itm_from.chapter > itm_to.chapter):
itm_to.chapter = itm_from.chapter
if itm_from.region and not itm_to.region:
itm_to.region = itm_from.region
if not itm_to.tot_chapter or (itm_from.tot_chapter and itm_from.tot_chapter > itm_to.tot_chapter):
itm_to.tot_chapter = itm_from.tot_chapter
if not itm_to.tot_volume or (itm_from.tot_volume and itm_from.tot_volume > itm_to.tot_volume):
itm_to.tot_volume = itm_from.tot_volume
if itm_from.license_en and not itm_to.license_en:
itm_to.license_en = itm_from.license_en
if itm_from.orig_status and not itm_to.orig_status:
itm_to.orig_status = itm_from.orig_status
if itm_from.website and not itm_to.website:
itm_to.website = itm_from.website
if itm_from.pub_date and not itm_to.pub_date:
itm_to.pub_date = itm_from.pub_date
db.session.flush()
sid = itm_from.id
tid = itm_to.id
Covers.query.filter(Covers.series==sid).update({'series': tid})
CoversChanges.query.filter(CoversChanges.series==sid).update({'series': tid})
# Move releases over
Releases.query.filter(Releases.series==sid).update({'series': tid})
ReleasesChanges.query.filter(ReleasesChanges.series==sid).update({'series': tid})
Series.query.filter(Series.id==sid).delete(synchronize_session="fetch")
SeriesChanges.query.filter(SeriesChanges.id==sid).delete(synchronize_session="fetch")
db.session.commit()
return getResponse("Success", False)
def consolidate_rrl_items(data, admin_override=False):
if admin_override is False and (not current_user.is_mod()):
return getResponse(
error=True,
message="You have to have moderator privileges to do that!")
dups = db.engine.execute('''
SELECT
id, website
FROM
series
WHERE
website IS NOT NULL AND website != ''
;''')
match_num = 0
paths = {}
for idno, website in dups:
if not "royalroadl.com" in website.lower():
continue
parsed = urllib.parse.urlsplit(website)
if not parsed.path in paths:
paths[parsed.path] = []
paths[parsed.path].append((idno, website, parsed))
# matches = Series.query.filter(Series.website==website).all()
# ids = [match.id for match in matches]
# zipped = list(zip(ids, ids[1:]))
# for m1, m2 in zipped:
# match_num += 1
# merge_series_ids(m1, m2)
long = []
for key in paths.keys():
if len(paths[key]) > 1:
long.append(paths[key])
for item in long:
# if not all([(tmp[2].netloc == 'royalroadl.com' or tmp[2].netloc == 'www.royalroadl.com') for tmp in item]):
assert all((
all([item[0][2].scheme == tmp[2].scheme for tmp in item]),
all([item[0][2].path == tmp[2].path for tmp in item]),
all([item[0][2].query == tmp[2].query for tmp in item]),
all([(tmp[2].netloc == 'royalroadl.com'
or tmp[2].netloc == 'www.royalroadl.com') for tmp in item]),
))
# if not all((
# all([item[0][2].scheme == tmp[2].scheme for tmp in item]),
# all([item[0][2].path == tmp[2].path for tmp in item]),
# all([item[0][2].query == tmp[2].query for tmp in item]),
# all([(tmp[2].netloc == 'royalroadl.com' or tmp[2].netloc == 'www.royalroadl.com') for tmp in item]),
# )):
# print("Wut: ", item)
# print(" ", all([tmp[2].scheme for tmp in item]))
# print(" ", all([tmp[2].path for tmp in item]))
# print(" ", all([tmp[2].query for tmp in item]))
# print(" ", all([(tmp[2].netloc == 'royalroadl.com' or tmp[2].netloc == 'www.royalroadl.com') for tmp in item]))
# for sub in item:
# print(" ", sub[2])
print("Need to merge: ", [tmp[0] for tmp in item])
match_num += 1
print("merging:", item[0][0], item[1][0])
merge_series_ids(item[0][0], item[1][0])
db.session.commit()
print("Merged: ", match_num)
return getResponse("%s Items merged." % match_num, error=False)
def delete(data):
release = getReleaseFromId(data['id'])
db.session.delete(release)
db.session.commit()
flash(gettext('Release deleted.'))
return getResponse("Release deleted.", error=False)
def merge_series_ids(m1, m2):
merge_from = max(m1, m2)
merge_to = min(m1, m2)
itm_from = Series.query.filter(Series.id == merge_from).scalar()
itm_to = Series.query.filter(Series.id == merge_to).scalar()
if not itm_from:
return getResponse(
"Item from (id: {num}) not found?".format(num=merge_from),
error=True)
if not itm_to:
return getResponse(
"Item to (id: {num}) not found?".format(num=merge_to), error=True)
alts = []
author = []
illust = []
tags = []
genres = []
publs = []
alts.append(itm_from.title)
for altname in AlternateNames.query.filter(
AlternateNames.series == itm_from.id).all():
alts.append(altname.name)
for val in Author.query.filter(Author.series == itm_from.id).all():
author.append(val.name)
for val in Illustrators.query.filter(
Illustrators.series == itm_from.id).all():
illust.append(val.name)
for val in Tags.query.filter(Tags.series == itm_from.id).all():
tags.append(val.tag)
for val in Genres.query.filter(Genres.series == itm_from.id).all():
genres.append(val.genre)
for val in Publishers.query.filter(Publishers.series == itm_from.id).all():
publs.append(val.name)
Ratings.query.filter(Ratings.series_id == merge_from).update(
{'series_id': merge_to})
# !Ordering here matters!
# Change-tables have to go second.
delete_from = [
AlternateNames,
AlternateNamesChanges,
Author,
AuthorChanges,
Illustrators,
IllustratorsChanges,
Tags,
TagsChanges,
Genres,
GenresChanges,
Publishers,
PublishersChanges,
]
for clearTable in delete_from:
clearTable.query.filter(clearTable.series == itm_from.id).delete()
app.series_tools.updateAltNames(itm_to, alts, deleteother=False)
app.series_tools.setAuthorIllust(itm_to, author=author, deleteother=False)
app.series_tools.setAuthorIllust(itm_to, illust=illust, deleteother=False)
app.series_tools.updateTags(itm_to, tags=tags, deleteother=False)
app.series_tools.updateGenres(itm_to, genres=genres, deleteother=False)
app.series_tools.updatePublishers(itm_to,
publishers=publs,
deleteother=False)
# For each user watch, if the user is already watching the merge-to item,
# just delete it. If not, update the user-id
for watch in Watches.query.filter(Watches.series_id == itm_from.id).all():
if not Watches \
.query \
.filter(Watches.series_id==itm_to.id) \
.filter(Watches.user_id==watch.user_id) \
.scalar():
watch.series_id = itm_to.id
else:
db.session.delete(watch)
if itm_from.description and not itm_to.description:
itm_to.description = itm_from.description
if itm_from.description and not itm_to.description:
itm_to.description = itm_from.description
if itm_from.type and not itm_to.type:
itm_to.type = itm_from.type
if itm_from.origin_loc and not itm_to.origin_loc:
itm_to.origin_loc = itm_from.origin_loc
if itm_from.demographic and not itm_to.demographic:
itm_to.demographic = itm_from.demographic
if itm_from.orig_lang and not itm_to.orig_lang:
itm_to.orig_lang = itm_from.orig_lang
if itm_from.region and not itm_to.region:
itm_to.region = itm_from.region
if itm_from.license_en and not itm_to.license_en:
itm_to.license_en = itm_from.license_en
if itm_from.orig_status and not itm_to.orig_status:
itm_to.orig_status = itm_from.orig_status
if itm_from.website and not itm_to.website:
itm_to.website = itm_from.website
if itm_from.pub_date and not itm_to.pub_date:
itm_to.pub_date = itm_from.pub_date
db.session.flush()
sid = itm_from.id
tid = itm_to.id
Covers.query.filter(Covers.series == sid).update({'series': tid})
CoversChanges.query.filter(CoversChanges.series == sid).update(
{'series': tid})
# Move releases over
Releases.query.filter(Releases.series == sid).update({'series': tid})
ReleasesChanges.query.filter(ReleasesChanges.series == sid).update(
{'series': tid})
Series.query.filter(Series.id == sid).delete(synchronize_session="fetch")
SeriesChanges.query.filter(SeriesChanges.id == sid).delete(
synchronize_session="fetch")
db.session.commit()
app.series_tools.set_rating(sid, new_rating=None)
return getResponse("Success", False)
def fix_escaped_quotes(dummy_data, admin_override=False):
if admin_override is False and (not current_user.is_mod()):
return getResponse(
error=True,
message="You have to have moderator privileges to do that!")
# SELECT * FROM series WHERE title LIKE E'%\\\'%';
bad_title = 0
q = Series.query.filter(
or_(Series.title.like(r"%'%"), Series.title.like(r"%’%"),
Series.title.like(r"%‘%"), Series.title.like(r"%“%"),
Series.title.like(r"%”%")))
items = q.all()
print("Name fixing processing query resulted in %s items" % len(items))
for item in items:
old = item.title
new = old
while any([
r"\"" in new, r"\'" in new, "’" in new, "‘" in new, "“" in new,
"”" in new
]):
new = new.replace(r"\'", "'")
new = new.replace(r'\"', '"')
new = new.replace(r"’", "'")
new = new.replace(r"‘", "'")
new = new.replace(r"“", '"')
new = new.replace(r"”", '"')
have = Series.query.filter(Series.title == new).scalar()
if old != new:
if have:
print("Duplicate item!", (old, new), old == new)
merge_series_ids(have.id, item.id)
else:
print("Fixing title.")
item.title = new
db.session.commit()
bad_title += 1
bad_alt_title = 0
q = AlternateNames.query.filter(
or_(AlternateNames.name.like(r"%'%"), AlternateNames.name.like(r"%’%"),
AlternateNames.name.like(r"%‘%"), AlternateNames.name.like(r"%“%"),
AlternateNames.name.like(r"%”%")))
conflicts = ''
items = q.all()
print("Alternate names processing query resulted in %s items" % len(items))
for item in items:
old = item.name
new = old
while any([
r"\"" in new, r"\'" in new, "’" in new, "‘" in new, "“" in new,
"”" in new
]):
new = new.replace(r"\'", "'")
new = new.replace(r'\"', '"')
new = new.replace(r"’", "'")
new = new.replace(r"‘", "'")
new = new.replace(r"“", '"')
new = new.replace(r"”", '"')
if old != new:
haves = AlternateNames.query.filter(
AlternateNames.name == new).all()
# assert(len(have) <= 1), "too many results - '%s'" % [(t.id, t.series, t.name) for t in have]
for have in haves:
if have.series == item.series:
print("Duplicate names")
assert have.series == item.series
# We don't care about duplicates if one is the escaped version of the other
db.session.delete(item)
db.session.commit()
else:
conflicts += """\nSeries mismatch?\nSeries %s: '%s'\nSeries %s: '%s'""" % (
have.series, have.name, item.series, item.name)
print("Wat?", have.name, item.name)
print("Wat?", have.series, item.series)
else:
print("Fixing title.")
item.name = new
db.session.commit()
bad_alt_title += 1
bad_desc = 0
# F**K ALL SMART QUOTE BULLSHITS EVER
q = Series.query.filter(
or_(Series.description.like(r"%'%"), Series.description.like(r"%’%"),
Series.description.like(r"%‘%"), Series.description.like(r"%“%"),
Series.description.like(r"%”%")))
items = q.all()
print("Series description processing query resulted in %s items" %
len(items))
for item in items:
old = item.description
new = old
while any([
r"\"" in new, r"\'" in new, "’" in new, "‘" in new, "“" in new,
"”" in new
]):
new = new.replace(r"\'", "'")
new = new.replace(r'\"', '"')
new = new.replace(r"’", "'")
new = new.replace(r"‘", "'")
new = new.replace(r"“", '"')
new = new.replace(r"”", '"')
if old != new:
print(
"Fixing description smart-quotes and over-escapes for series: %s"
% item.id)
item.description = new
db.session.commit()
bad_desc += 1
print("Update complete.")
return getResponse(
"%s main titles, %s alt titles, %s descriptions required fixing.%s" %
(bad_title, bad_alt_title, bad_desc, conflicts),
error=False)
def get_watches(data):
return getResponse(error=True, message="Not yet implemented")
def addStory(updateDat):
assert 'story' in updateDat
story = updateDat['story']
assert 'name' in story
assert 'auth' in story
assert 'fname' in story
assert 'file' in story
assert 'desc' in story
assert 'tags' in story
data = DataURI(story['file'])
dathash = getHash(data.data).lower()
have = Story.query.filter(Story.hash == dathash).scalar()
if have:
# print("Have file already!")
return getResponse(
"A file with that MD5 hash already exists! Are you accidentally adding a duplicate?",
True)
have = Story.query.filter(Story.title == story['name']).scalar()
if have:
orig_name = story['name']
loop = 2
while have:
print("Have story with that name ('%s')!" % story['name'])
story['name'] = orig_name + " (%s)" % loop
have = Story.query.filter(Story.title == story['name']).scalar()
loop += 1
print("Story added with number in name: '%s'" % story['name'])
if len(story['name']) > 80:
return getResponse("Maximum story title length is 80 characters!",
True)
if len(story['name']) < 3:
return getResponse("Minimum story title length is 3 characters!", True)
if len(story['auth']) < 5:
return getResponse("Minimum story author name length is 5 characters!",
True)
if len(story['auth']) > 60:
return getResponse(
"Maximum story author name length is 60 characters!", True)
if len(story['desc']) < 30:
return getResponse(
"Minimum story description length is 30 characters!", True)
if len(story['desc']) > 500:
return getResponse(
"Maximum story description length is 500 characters!", True)
fspath = saveFile(data.data, story['fname'])
stags = ["-".join(itm_tags.split(" ")) for itm_tags in story['tags']]
stags = [bleach.clean(tag, tags=[], strip=True) for tag in stags]
# print("Author: ", story['auth'])
# print("stags: ", story['tags'])
# print("stags: ", stags)
post_date = datetime.datetime.now()
if 'ul_date' in story and isinstance(story['ul_date'], datetime.datetime):
post_date = story['ul_date']
new = Story(
title=bleach.clean(story['name'], tags=[], strip=True),
srcfname=story['fname'],
description=markdown.markdown(bleach.clean(story['desc'], strip=True)),
fspath=fspath,
hash=dathash,
# author = [story['auth']],
# tags = stags,
pub_date=post_date)
[new.tags.append(Tags(tag=tag)) for tag in stags]
new.author.append(
Author(name=bleach.clean(story['auth'], tags=[], strip=True)))
db.session.add(new)
db.session.commit()
flash('Your story has been added! Thanks for posting your content!')
return getResponse("Story added", error=False)
