def save_file(self, filename, fileobj, base='fs', content_type=None):
"""Save the file-like object to GridFS using the given filename.
Returns ``None``.
.. code-block:: python
@app.route('/uploads/<path:filename>', methods=['POST'])
def save_upload(filename):
mongo.save_file(filename, request.files['file'])
return redirect(url_for('get_upload', filename=filename))
:param str filename: the filename of the file to return
:param file fileobj: the file-like object to save
:param str base: base the base name of the GridFS collections to use
:param str content_type: the MIME content-type of the file. If
``None``, the content-type is guessed from the filename using
:func:`~mimetypes.guess_type`
"""
if not isinstance(base, text_type):
raise TypeError('"base" must be string or unicode')
if not (hasattr(fileobj, 'read') and callable(fileobj.read)):
raise TypeError('"fileobj" must have read() method')
if content_type is None:
content_type, _ = guess_type(filename)
storage = GridFS(self.db, base)
storage.put(fileobj, filename=filename, content_type=content_type)
def test_it_saves_files(self):
fileobj = BytesIO(b"these are the bytes")
self.mongo.save_file("my-file", fileobj)
gridfs = GridFS(self.mongo.db)
assert gridfs.exists({"filename": "my-file"})
class mongostore(storage):
def __init__(self, mongo_host="127.0.0.1", mongo_port=27017, mongo_db='canopsis', mongo_collection='perfdata', mongo_safe=False):
storage.__init__(self)
self.logger.debug(" + Init MongoDB Store")
self.mongo_host = mongo_host
self.mongo_port = mongo_port
self.mongo_db = mongo_db
self.mongo_collection = mongo_collection
self.mongo_safe = mongo_safe
self.logger.debug(" + Connect to MongoDB (%s/%s@%s:%s)" % (mongo_db, mongo_collection, mongo_host, mongo_port))
self.conn=Connection(self.mongo_host, self.mongo_port)
self.db=self.conn[self.mongo_db]
self.collection = self.db[self.mongo_collection]
self.grid = GridFS(self.db, self.mongo_collection+".fs")
def drop(self):
self.db.drop_collection(self.mongo_collection)
self.db.drop_collection(self.mongo_collection+".fs.chunks")
self.db.drop_collection(self.mongo_collection+".fs.files")
def set_raw(self, key, value):
try:
self.collection.update({'_id': key}, {"$set": { 'd': value } }, upsert=True, safe=self.mongo_safe)
except InvalidStringData:
self.rm(key)
self.grid.put(value, _id=key)
except Exception, err:
self.logger.error(err)
self.logger.error(self.db.error())
def start(mode = 2):
# mode = 1 - registration mode
# mode = 2 - identification mode
#mode = 2
dev = detect_printreader() #try to detect fingerprint reader
if dev !=None :
client = pymongo.MongoClient("localhost", 27017)#connect to mongodb
db = client.fdb #use fdb database
fs = GridFS(db)
if mode==1:
print '-------------------------------------------------------------registration mode'
current_finger = scan_finger(dev)
current_finger_file_id = fs.put(current_finger, filename="employee")
print 'Fingerprint saved with id: ' + str(current_finger_file_id)
elif mode==2:
# python run some code when the program is killed by a signal
# signal.signal(signal.SIGABRT, cleanup)
# signal.signal(signal.SIGINT, cleanup)
# signal.signal(signal.SIGKILL, cleanup) http://crunchtools.com/unixlinux-signals-101/
# signal.signal(signal.SIGTERM, cleanup)
print '------------------------------------------------------------identification mode'
while True:
cursor_for_files = db.fs.files.find()
all_fingerprint_files_ids = []
for current_file in cursor_for_files:
all_fingerprint_files_ids.append(current_file["_id"])
all_fingerprint_files_data = []
for file_id in all_fingerprint_files_ids:
all_fingerprint_files_data.append(fs.get(file_id).read())
if verify_finger(dev, all_fingerprint_files_data)!=None:
print "Yeah, you are in the system"
else:
print "See you first time"
def WriteTempFile(self, data, hash_name=None):
if self.use_cache == True:
if hash_name is None:
hash = md5(self.url )
hash_name = hash.hexdigest()
self.last_hash_name = hash_name
self.log.debug('write file to cache: ', hash_name)
self.log.debug('use mongo: %s' % self.use_mongo)
# open(self.download_temp+hash_name, 'wb').write(data)
if self.use_mongo == False:
f_name = self.download_temp + hash_name + '.gz'
f = gzip.open(f_name, 'wb')
f.write(data)
f.close()
if self.use_mongo == True:
connection = Connection("localhost", 27017)
db = connection['parser']
s = StringIO.StringIO()
f = gzip.GzipFile(fileobj=s, mode='wb')
f.write(data)
f.close()
val = s.getvalue()
s.close()
del (s)
del (f)
fs = GridFS(db)
fp = fs.open(hash_name , 'w', self.download_temp.replace('/', '') )
fp.write(val)
fp.close()
connection.disconnect()
def test_gridfs(self):
client = self.client
fs = GridFS(client.pymongo_test)
def new_file(session=None):
grid_file = fs.new_file(_id=1, filename='f', session=session)
# 1 MB, 5 chunks, to test that each chunk is fetched with same lsid.
grid_file.write(b'a' * 1048576)
grid_file.close()
def find(session=None):
files = list(fs.find({'_id': 1}, session=session))
for f in files:
f.read()
self._test_ops(
client,
(new_file, [], {}),
(fs.put, [b'data'], {}),
(lambda session=None: fs.get(1, session=session).read(), [], {}),
(lambda session=None: fs.get_version('f', session=session).read(),
[], {}),
(lambda session=None:
fs.get_last_version('f', session=session).read(), [], {}),
(fs.list, [], {}),
(fs.find_one, [1], {}),
(lambda session=None: list(fs.find(session=session)), [], {}),
(fs.exists, [1], {}),
(find, [], {}),
(fs.delete, [1], {}))
def fetch_hdu_from_mongo(filename):
if MONGODB["enabled"]:
with closing(
Connection(host=MONGODB["host"], port=MONGODB["port"])
) as mongo_connection:
gfs = GridFS(mongo_connection[MONGODB["database"]])
return pyfits.open(gfs.get_version(filename), mode="readonly")
def raw_content(request, content_id=None):
# TODO: migrate this view to the APIs? (would need a GridFSResource)
if not content_id:
raise Http404("Content not found")
if not isinstance(content_id, ObjectId):
try:
content_id = ObjectId(content_id)
except:
raise Http404("Content not found")
dbfs = MongoClient().thugfs
fs = GridFS(dbfs)
fo = fs.get(content_id)
try:
content = base64.b64decode(fo.read())
except:
raise Http404("Content not found")
mime = magic.from_buffer(content, mime=True)
response = HttpResponse(content, content_type=mime)
response['Content-Disposition'] = 'attachment; filename="{}"'.format(fo.filename or fo.md5)
return response
def save_file(self, filename, fileobj, base="fs", content_type=None, **kwargs):
"""Save a file-like object to GridFS using the given filename.
.. code-block:: python
@app.route("/uploads/<path:filename>", methods=["POST"])
def save_upload(filename):
mongo.save_file(filename, request.files["file"])
return redirect(url_for("get_upload", filename=filename))
:param str filename: the filename of the file to return
:param file fileobj: the file-like object to save
:param str base: base the base name of the GridFS collections to use
:param str content_type: the MIME content-type of the file. If
``None``, the content-type is guessed from the filename using
:func:`~mimetypes.guess_type`
:param kwargs: extra attributes to be stored in the file's document,
passed directly to :meth:`gridfs.GridFS.put`
"""
if not isinstance(base, text_type):
raise TypeError("'base' must be string or unicode")
if not (hasattr(fileobj, "read") and callable(fileobj.read)):
raise TypeError("'fileobj' must have read() method")
if content_type is None:
content_type, _ = guess_type(filename)
storage = GridFS(self.db, base)
id = storage.put(fileobj, filename=filename, content_type=content_type, **kwargs)
return id
def get_asset(file_id):
_fs = GridFS(app.data.driver.db)
_file = _fs.get(ObjectId(file_id))
content = _file.read()
return Response(content, mimetype=str(_file.content_type))
def img(image_id): """Retrieves an image from GridFS""" oid = ObjectId(image_id) fs = GridFS(db) nid = fs.get(oid) return Response(nid, mimetype="image/jpeg", direct_passthrough=True)
def table_copy_doc(request):
"""
1) Создаем пустой документа
"""
data = get_post(request)
old_id = data['doc_id']
from libs.files.files import get_nf, get_file_meta, add_file_raw
# 1) копируем просто документ
new_id_owner = simply_copy_doc(request, old_id)
# 2) Дублирование картинки
from gridfs import GridFS
fs = GridFS(request.db)
for fn in request.db.fs.files.find({'doc_id':old_id, 'file_name':re.compile('^orig_', re.I | re.U)}):
# TODO таки уменьшать картинку при занесении, сейчас просто название меняется
if not fn: return None, None, None
f = fs.get(fn['_id']).read()
fs.put(f, file_name ='thumb_1'+fn['file_name'], doc_id = new_id_owner, proc_id=fn['proc_id'], mime = fn['mime'])
fs.put(f, file_name ='orig_1'+fn['file_name'], doc_id = new_id_owner, proc_id=fn['proc_id'], mime = fn['mime'])
# add_file_raw(fn['proc_id'], old_id, f, fn['mime'], '1'+fn['file_name'] )
# 3) Дублирование тех документов что он owner
for res in request.db.doc.find({'owner':old_id}):
doc_id = simply_copy_doc(request, res['_id'])
request.db.doc.update({'_id':doc_id}, {'$set':{'owner':new_id_owner}})
return {"result":"ok"}
def download(id, filename):
file = GridFS(getDBConnection().upload).get(ObjectId(id))
response = flask.Response(file.__iter__())
response.headers['content-type'] = file.metadata['content_type']
response.content_length = file.length
return response
def execute_inspections(inspection_ids, gridfs_id, frame_meta):
# Works like execute_inspection below, but takes multiple inspection ID's
# If no inspection_ids, assume all inspections
if not inspection_ids:
inspection_ids = [ i.id for i in M.Inspection.objects ]
db = M.Inspection._get_db()
fs = GridFS(db)
image = Image(PIL.open(fs.get(gridfs_id)))
frame = M.Frame()
frame.image = image
frame.metadata = frame_meta
features = []
for insp_id in inspection_ids:
insp = M.Inspection.objects.get(id=insp_id)
try:
features += insp.execute(frame)
print 'Finished inspection %s on image %s' % (insp_id, gridfs_id)
except:
print 'Inspection Failed'
print 'Finished inspections on image %s' % gridfs_id
return [ f.feature for f in features ]
class FilesWrapper(object):
def __init__(self, db, *args, **kwargs):
self.storage = GridFS(db)
self.comments_wrapper = CommentsWrapper(db)
def list(self):
""" Returns are list of files.
"""
uuids = {f.uuid: {'name': f.filename, 'uuid': f.uuid,
'comments': 0, 'version': f.version}
for f in self.storage.find()}
comments = self.comments_wrapper.get_grouped_counts(uuids.keys())
def _up(uuid, count):
uuids[uuid]['comments'] = count
return uuids[uuid]
return [_up(*c) for c in comments]
def get(self, uuid, version=0):
""" Return selected file or None if they does not exists.
"""
try:
return self.storage.get_version(uuid=uuid, version=version)
except NoFile:
return None
def add(self, file):
""" Save file into storage. Give him uuid.
"""
uuid = unicode(uuid4())
self.storage.put(file, filename=file.filename, uuid=uuid, version=0)
return uuid
def pre_save(self, model_instance, add):
oid = getattr(model_instance, "_%s_oid" % self.attname, None)
value = getattr(model_instance, "_%s_val" % self.attname, None)
if not getattr(model_instance, "id"):
return u''
if value == getattr(model_instance, "_%s_cache" % self.attname, None):
return oid
from django.db import connections
gdfs = GridFS(connections[self.model.objects.db].db_connection.db)
if not self._versioning and not oid is None:
gdfs.delete(oid)
if not self._as_string:
value.seek(0)
value = value.read()
oid = gdfs.put(value)
setattr(self, "_%s_oid" % self.attname, oid)
setattr(self, "_%s_cache" % self.attname, value)
return oid
def init(self):
print "Initilisation of the mongodb module"
self.con = Connection(self.uri)
# Open a gridfs connection
self.db = getattr(self.con, self.database)
self.hosts_fs = GridFS(self.db, collection='retention_hosts')
self.services_fs = GridFS(self.db, collection='retention_services')
def tearDown(self):
gridfs = GridFS(self.mongo.db)
files = list(gridfs.find())
for gridfile in files:
gridfs.delete(gridfile._id)
super(GridFSCleanupMixin, self).tearDown()
class DB(pymongo.database.Database):
conn = pymongo.Connection()
RINGTONE_TYPE = 1
def __init__(self,dbtype = "ordinary"):
d_ = {
"ordinary":"grat_compaign",
"test":"grat_compaign_test",
"file":"grat_files"
}
dbname = d_.get(dbtype,"grat_compaign_test")
pymongo.database.Database.__init__(self,DB.conn,dbname)
self.gridfs = GridFS(self)
def save_tone_to_mongo(self,thing2read,filename):
print self.gridfs.put(thing2read , filename = filename,type = DB.RINGTONE_TYPE )
print "% saved to db" %filename
def get_files(self,criteria):
obj = self.fs.files.find(criteria)
return obj
def get_all_tone_ids(self):
tone_ids = list()
for t in self.get_files({"type":DB.RINGTONE_TYPE}):
tone_ids.append((t["_id"],t["filename"]))
print "%d tones" %(len(tone_ids))
return tone_ids
def get_tone(self,oid):
fo = self.gridfs.get(oid)
fp = "/home/xiaohan/Desktop/tmp.tone.mp3"
with open(fp , "w") as f:
f.write(fo.read())
return fp
def process(self, document):
database = pymongo.MongoClient(host=config.MONGODB_CONFIG['host'],
port=config.MONGODB_CONFIG['port']
)[config.MONGODB_CONFIG['database']]
gridfs = GridFS(database, config.MONGODB_CONFIG['gridfs_collection'])
gridfs.delete(ObjectId(document['file_id']))
return {}
def remove_file(self, filename, base='fs'):
storage = GridFS(self.db, base)
try:
grid_file = storage.get_last_version(filename)
storage.delete(grid_file._id)
return True
except NoFile:
return False
def _get_unique_filename(name):
fs = GridFS(_get_db())
file_root, file_ext = os.path.splitext(name)
count = itertools.count(1)
while fs.exists(filename=name):
# file_ext includes the dot.
name = os.path.join("%s_%s%s" % (file_root, next(count), file_ext))
return name
def test_remove_file(self):
"""Tests removing a gridfs file
"""
fs = GridFS(self.conn['test'], 'test')
id = fs.put("test file", filename="test.txt", encoding='utf8')
assert_soon(lambda: sum(1 for _ in self.solr_conn.search("*:*")) == 1)
fs.delete(id)
assert_soon(lambda: sum(1 for _ in self.solr_conn.search("*:*")) == 0)
def test_it_guesses_type_from_filename(self):
fileobj = BytesIO(b"these are the bytes")
self.mongo.save_file("my-file.txt", fileobj)
gridfs = GridFS(self.mongo.db)
gridfile = gridfs.find_one({"filename": "my-file.txt"})
assert gridfile.content_type == "text/plain"
def _get_unique_filename(name, db_alias=DEFAULT_CONNECTION_NAME, collection_name='fs'):
fs = GridFS(get_db(db_alias), collection_name)
file_root, file_ext = os.path.splitext(name)
count = itertools.count(1)
while fs.exists(filename=name):
# file_ext includes the dot.
name = os.path.join("%s_%s%s" % (file_root, next(count), file_ext))
return name
def test_it_saves_files_with_props(self):
fileobj = BytesIO(b"these are the bytes")
self.mongo.save_file("my-file", fileobj, foo="bar")
gridfs = GridFS(self.mongo.db)
gridfile = gridfs.find_one({"filename": "my-file"})
assert gridfile.foo == "bar"
def upload():
stream = None
fn = None
content_type = None
if request.form['url'] != "":
stream = urlopen(request.form['url'])
fn = path.basename(urlparse(request.form['url']).path)
content_type = stream.info().gettype()
else:
stream = request.files['file']
fn = request.files['file'].filename
content_type = request.files['file'].content_type
metadata = {
"name": request.form['name'],
"full_description": request.form['full_description'],
"related_to": request.form['related_to'],
"data_format": request.form['data_format'],
"creator": request.form['creator'],
"reference": request.form['reference'],
"bibtex": request.form['bibtex'],
"comments": request.form['comments'],
"uploader": current_user.name,
"uploader_id": current_user.id,
"time": datetime.datetime.utcnow(),
"original_file_name": fn,
"status": "unmoderated",
"version": "1",
"file_url": request.form['url'],
"content_type": content_type
}
flask.flash("Received file '%s' and awaiting moderation from an administrator" % fn)
upload_db = getDBConnection().upload
upload_fs = GridFS(upload_db)
db_id = upload_fs.put(stream.read(), metadata=metadata, filename=fn)
logging.info("file '%s' receieved and data with id '%s' stored" % (fn, db_id))
if fn[-4:] == ".tgz" or fn[-4:] == ".tar" or fn[-7:] == ".tar.gz":
child_index = []
tar = tarfile.open(fileobj=upload_fs.get(ObjectId(db_id)))
for tarinfo in tar:
if tarinfo.isfile():
metadata2 = copy.copy(metadata)
metadata2['parent_archive_id'] = db_id
metadata2['parent_archive_filename'] = fn
metadata2['status'] = "unmoderatedchild"
metadata2['original_file_name'] = fn + "/" + tarinfo.name
metadata2['related_to'] = ""
metadata2['content_type'] = ""
id = upload_fs.put(
tar.extractfile(tarinfo).read(), metadata=metadata2, filename=fn + "/" + tarinfo.name)
child_index.append([id, tarinfo.name])
upload_db.fs.files.update({"_id": db_id}, {"$set": {"metadata.child_index": child_index}})
return flask.redirect("/upload/view/" + str(db_id))
def clean(self, val, doc=None):
if not self._database: raise FieldException("database is required")
if isinstance(val, ObjectId): return val
try:
f = GridFS(self._database, collection=self._collection)
self._args["filename"] = self._args.get("filename", self._name)
return f.put(val, **self._args)
except Exception as e:
raise FieldException(e.message)
def viewAll():
db = getDBConnection().upload
fs = GridFS(db)
approved = [ fs.get(x['_id']) for x in db.fs.files.find({"metadata.status" : "approved"}) ]
unmoderated = [ fs.get(x['_id']) for x in db.fs.files.find({"metadata.status" : "unmoderated"}) ]
return render_template("upload-view.html", title = "Uploaded data", bread = get_bread(), approved=approved, unmoderated2=unmoderated)
from gridfs import GridFS
import utils.sys.config
from utils.gadget.general import SysUtils
# 组件包文件存储桶集合
pack_com_files_storage = GridFS(utils.sys.config.g_firmware_db_full,
collection='component_files_storage')
class PackCOMFilesStorage:
@staticmethod
def save(file_id, file_name, file_type, contents):
# 更新包文件内容到 GridFS 存储桶中
pack_com_files_storage.put(contents,
content_type=file_type,
filename=file_id,
aliases=[file_name])
@staticmethod
def fetch(file_id):
grid_out = pack_com_files_storage.find_one({'filename': file_id})
item = SysUtils.grid_out_to_dict(grid_out)
return item
@staticmethod
def delete(file_id):
file_item = pack_com_files_storage.find_one({'filename': file_id})
if file_item is None:
return False
pack_com_files_storage.delete(file_item._id)
from datetime import datetime
from HTMLParser import HTMLParser
import re
from pytz import timezone, utc
from flask import request
from gridfs import GridFS
from mongoengine import *
import wtforms
from wtforms import validators
from plog import app, db
from plog.utils import randstring
uploads = GridFS(db)
boundary = re.compile(r'\s')
nopunc = re.compile(r'[^a-z0-9]')
class TagCloud(Document):
tag = StringField(primary_key=True)
count = IntField()
updated = DateTimeField()
meta = {
'allow_inheritance': False,
'indexes': [
{
'fields': ['count', 'tag']
import datetime
DIR_PATH = os.path.dirname(os.path.realpath(__file__))
IMAGE_DIR = DIR_PATH + "/tmp_images"
GRID_FS_IMAGE_NAMESPACE = "images"
LOCAL_IP = "localhost"
PORT = 5000
app = Flask(__name__)
CORS(app)
app.debug = True
app.config["MONGO_URI"] = "mongodb://*****:*****@app.route('/')
def root():
return "hello world!"
# Specify an RFID -> Dish link
@app.route('/rfidtodish', methods=['POST'])
def register_meal_to_rfid():
data = request.get_json()
def add_tar(self, record=None, name=None, style=None, tar=None, root_dir=None):
"""
Archives and stores a folder associated with a record. Issues an
error if exactly one matching record is not found in the database, or
the associated record already has a tar archive.
Parameters
----------
database_info : mdcs.MDCS
The MDCS class used for accessing the curator database.
record : iprPy.Record, optional
The record to associate the tar archive with. If not given, then
name and/or style necessary to uniquely identify the record are
needed.
name : str, optional
.The name to use in uniquely identifying the record.
style : str, optional
.The style to use in uniquely identifying the record.
tar : bytes, optional
The bytes content of a tar file to save. tar cannot be given
with root_dir.
root_dir : str, optional
Specifies the root directory for finding the directory to archive.
The directory to archive is at <root_dir>/<name>. (Default is to
set root_dir to the current working directory.) tar cannot be given
with root_dir.
Raises
------
ValueError
If style and/or name content given with record or the record already
has an archive.
"""
# Create Record object if not given
if record is None:
record = self.get_record(name=name, style=style)
# Issue a ValueError for competing kwargs
elif style is not None or name is not None:
raise ValueError('kwargs style and name cannot be given with kwarg record')
# Verify that record exists
else:
record = self.get_record(name=record.name, style=record.style)
# Define mongofs
mongofs = GridFS(self.mongodb, collection=record.style)
# Check if an archive already exists
if mongofs.exists({"recordname": record.name}):
raise ValueError('Record already has an archive')
if tar is None:
# Make archive
shutil.make_archive(record.name, 'gztar', root_dir=root_dir,
base_dir=record.name)
# Upload archive
filename = Path(record.name + '.tar.gz')
with open(filename, 'rb') as f:
tries = 0
while tries < 2:
if True:
mongofs.put(f, recordname=record.name)
break
else:
tries += 1
if tries == 2:
raise ValueError('Failed to upload archive 2 times')
# Remove local archive copy
filename.unlink()
elif root_dir is None:
# Upload archive
tries = 0
while tries < 2:
if True:
mongofs.put(tar, recordname=record.name)
break
else:
tries += 1
if tries == 2:
raise ValueError('Failed to upload archive 2 times')
else:
raise ValueError('tar and root_dir cannot both be given')
def __init__(self, db):
from gridfs import GridFS
self.gridfs = GridFS(db)
def send_file(self,
filename=None,
file_id=None,
base="fs",
version=-1,
cache_for=31536000):
"""Respond with a file from GridFS.
Returns an instance of the :attr:`~flask.Flask.response_class`
containing the named file, and implement conditional GET semantics
(using :meth:`~werkzeug.wrappers.ETagResponseMixin.make_conditional`).
.. code-block:: python
@app.route("/uploads/<path:filename>")
def get_upload(filename):
return mongo.send_file(filename)
:param str filename: the filename of the file to return
:param str file_id: the file_id of the file to return. (only the hex
str eg: '507f191e810c19729de860ea')
:param str base: the base name of the GridFS collections to use
:param bool version: if positive, return the Nth revision of the file
identified by filename; if negative, return the Nth most recent
revision. If no such version exists, return with HTTP status 404.
:param int cache_for: number of seconds that browsers should be
instructed to cache responses
"""
if not isinstance(base, text_type):
raise TypeError("'base' must be string or unicode")
if not isinstance(version, num_type):
raise TypeError("'version' must be an integer")
if not isinstance(cache_for, num_type):
raise TypeError("'cache_for' must be an integer")
storage = GridFS(self.db, base)
try:
if filename != None and file_id == None:
fileobj = storage.get_version(filename=filename,
version=version)
elif file_id != None and filename == None:
fileobj = storage.get(ObjectId(file_id))
else:
abort(404)
except NoFile:
abort(404)
# mostly copied from flask/helpers.py, with
# modifications for GridFS
data = wrap_file(request.environ, fileobj, buffer_size=1024 * 255)
response = current_app.response_class(
data,
mimetype=fileobj.content_type,
direct_passthrough=True,
)
response.content_length = fileobj.length
response.last_modified = fileobj.upload_date
response.set_etag(fileobj.md5)
response.cache_control.max_age = cache_for
response.cache_control.public = True
response.make_conditional(request)
return response
#!/usr/bin/env python3
# -*- coding: utf-8 -*-
#向 mongodb数据库保存文件
from mongo_db import client
from gridfs import GridFS
db = client.school
gfs = GridFS(db, collection="book")
files = open("/Users/superallen/Desktop/myCode/演示文件.txt", "rb")
args = {"type": "txt", "keyword": "file"}
gfs.put(files, filename="演示文件.txt", **args)
files.close()
from gridfs import GridFS
from bson import ObjectId
reload(sys)
sys.setdefaultencoding("utf-8")
sys.path.append(
os.path.join(os.path.split(os.path.realpath(__file__))[0], '../util'))
import loghelper, db, util, oss2_helper
#logger
loghelper.init_logger("migrate_file", stream=True)
logger = loghelper.get_logger("migrate_file")
mongo = db.connect_mongo()
grid = GridFS(mongo.gridfs)
oss2 = oss2_helper.Oss2Helper()
def save_oss2_image(grid_id, size=None):
if grid_id is None or grid_id.strip() == "":
return
item = mongo.temp.gridid.find_one({"gridid": grid_id})
if item is not None:
return
out = grid.get(ObjectId(grid_id))
logger.info("%s -> %s", grid_id, out.name)
if size is None:
img, xsize, ysize = util.convert_image(out, out.name)
class MongoDB(Report):
"""Stores report in MongoDB."""
# Mongo schema version, used for data migration.
SCHEMA_VERSION = "1"
def connect(self):
"""Connects to Mongo database, loads options and set connectors.
@raise CuckooReportError: if unable to connect.
"""
host = self.options.get("host", "127.0.0.1")
port = self.options.get("port", 27017)
db = self.options.get("db", "cuckoo")
try:
self.conn = MongoClient(host, port)
self.db = self.conn[db]
self.fs = GridFS(self.db)
except TypeError:
raise CuckooReportError("Mongo connection port must be integer")
except ConnectionFailure:
raise CuckooReportError("Cannot connect to MongoDB")
def store_file(self, file_obj, filename=""):
"""Store a file in GridFS.
@param file_obj: object to the file to store
@param filename: name of the file to store
@return: object id of the stored file
"""
if not filename:
filename = file_obj.get_name()
existing = self.db.fs.files.find_one({"sha256": file_obj.get_sha256()})
if existing:
return existing["_id"]
else:
new = self.fs.new_file(filename=filename,
contentType=file_obj.get_content_type(),
sha256=file_obj.get_sha256())
for chunk in file_obj.get_chunks():
new.write(chunk)
try:
new.close()
except FileExists:
to_find = {"sha256": file_obj.get_sha256()}
return self.db.fs.files.find_one(to_find)["_id"]
else:
return new._id
def run(self, results):
"""Writes report.
@param results: analysis results dictionary.
@raise CuckooReportError: if fails to connect or write to MongoDB.
"""
# We put the raise here and not at the import because it would
# otherwise trigger even if the module is not enabled in the config.
if not HAVE_MONGO:
raise CuckooDependencyError("Unable to import pymongo "
"(install with `pip install pymongo`)")
self.connect()
# Set mongo schema version.
# TODO: This is not optimal becuase it run each analysis. Need to run
# only one time at startup.
if "cuckoo_schema" in self.db.collection_names():
if self.db.cuckoo_schema.find_one(
)["version"] != self.SCHEMA_VERSION:
CuckooReportError(
"Mongo schema version not expected, check data migration tool"
)
else:
self.db.cuckoo_schema.save({"version": self.SCHEMA_VERSION})
# Set an unique index on stored files, to avoid duplicates.
# From pymongo docs:
# Returns the name of the created index if an index is actually
# created.
# Returns None if the index already exists.
# TODO: This is not optimal because it run each analysis. Need to run
# only one time at startup.
self.db.fs.files.ensure_index("sha256",
unique=True,
sparse=True,
name="sha256_unique")
# Create a copy of the dictionary. This is done in order to not modify
# the original dictionary and possibly compromise the following
# reporting modules.
report = dict(results)
if not "network" in report:
report["network"] = {}
# Store the sample in GridFS.
if results["info"]["category"] == "file" and "target" in results:
sample = File(self.file_path)
if sample.valid():
fname = results["target"]["file"]["name"]
sample_id = self.store_file(sample, filename=fname)
report["target"] = {"file_id": sample_id}
report["target"].update(results["target"])
# Store the PCAP file in GridFS and reference it back in the report.
pcap_path = os.path.join(self.analysis_path, "dump.pcap")
pcap = File(pcap_path)
if pcap.valid():
pcap_id = self.store_file(pcap)
report["network"]["pcap_id"] = pcap_id
sorted_pcap_path = os.path.join(self.analysis_path, "dump_sorted.pcap")
spcap = File(sorted_pcap_path)
if spcap.valid():
spcap_id = self.store_file(spcap)
report["network"]["sorted_pcap_id"] = spcap_id
# Store the process memory dump file in GridFS and reference it back in the report.
if "procmemory" in report and self.options.get("store_memdump", False):
for idx, procmem in enumerate(report["procmemory"]):
procmem_path = os.path.join(self.analysis_path, "memory",
"{0}.dmp".format(procmem["pid"]))
procmem_file = File(procmem_path)
if procmem_file.valid():
procmem_id = self.store_file(procmem_file)
report["procmemory"][idx].update(
{"procmem_id": procmem_id})
# Walk through the dropped files, store them in GridFS and update the
# report with the ObjectIds.
new_dropped = []
if "dropped" in report:
for dropped in report["dropped"]:
new_drop = dict(dropped)
drop = File(dropped["path"])
if drop.valid():
dropped_id = self.store_file(drop,
filename=dropped["name"])
new_drop["object_id"] = dropped_id
new_dropped.append(new_drop)
report["dropped"] = new_dropped
# Add screenshots.
report["shots"] = []
shots_path = os.path.join(self.analysis_path, "shots")
if os.path.exists(shots_path):
# Walk through the files and select the JPGs.
shots = [
shot for shot in os.listdir(shots_path)
if shot.endswith(".jpg")
]
for shot_file in sorted(shots):
shot_path = os.path.join(self.analysis_path, "shots",
shot_file)
shot = File(shot_path)
# If the screenshot path is a valid file, store it and
# reference it back in the report.
if shot.valid():
shot_id = self.store_file(shot)
report["shots"].append(shot_id)
# Store chunks of API calls in a different collection and reference
# those chunks back in the report. In this way we should defeat the
# issue with the oversized reports exceeding MongoDB's boundaries.
# Also allows paging of the reports.
if "behavior" in report and "processes" in report["behavior"]:
new_processes = []
for process in report["behavior"]["processes"]:
new_process = dict(process)
chunk = []
chunks_ids = []
# Loop on each process call.
for index, call in enumerate(process["calls"]):
# If the chunk size is 100 or if the loop is completed then
# store the chunk in MongoDB.
if len(chunk) == 100:
to_insert = {
"pid": process["process_id"],
"calls": chunk
}
chunk_id = self.db.calls.insert(to_insert)
chunks_ids.append(chunk_id)
# Reset the chunk.
chunk = []
# Append call to the chunk.
chunk.append(call)
# Store leftovers.
if chunk:
to_insert = {"pid": process["process_id"], "calls": chunk}
chunk_id = self.db.calls.insert(to_insert)
chunks_ids.append(chunk_id)
# Add list of chunks.
new_process["calls"] = chunks_ids
new_processes.append(new_process)
# Store the results in the report.
report["behavior"] = dict(report["behavior"])
report["behavior"]["processes"] = new_processes
# Store the report and retrieve its object id.
self.db.analysis.save(report)
#self.conn.disconnect() //no longer exists
self.conn.close()
def test_grid_in_default_opts(self):
self.assertRaises(TypeError, GridIn, "foo")
a = GridIn(self.db.fs)
self.assertTrue(isinstance(a._id, ObjectId))
self.assertRaises(AttributeError, setattr, a, "_id", 5)
self.assertEqual(None, a.filename)
self.assertEqual(None, a.name)
a.filename = "my_file"
self.assertEqual("my_file", a.filename)
self.assertEqual("my_file", a.name)
self.assertEqual(None, a.content_type)
a.content_type = "text/html"
self.assertEqual("text/html", a.content_type)
self.assertRaises(AttributeError, getattr, a, "length")
self.assertRaises(AttributeError, setattr, a, "length", 5)
self.assertEqual(255 * 1024, a.chunk_size)
self.assertRaises(AttributeError, setattr, a, "chunk_size", 5)
self.assertRaises(AttributeError, getattr, a, "upload_date")
self.assertRaises(AttributeError, setattr, a, "upload_date", 5)
self.assertRaises(AttributeError, getattr, a, "aliases")
a.aliases = ["foo"]
self.assertEqual(["foo"], a.aliases)
self.assertRaises(AttributeError, getattr, a, "metadata")
a.metadata = {"foo": 1}
self.assertEqual({"foo": 1}, a.metadata)
self.assertRaises(AttributeError, getattr, a, "md5")
self.assertRaises(AttributeError, setattr, a, "md5", 5)
a.close()
a.forty_two = 42
self.assertEqual(42, a.forty_two)
self.assertTrue(isinstance(a._id, ObjectId))
self.assertRaises(AttributeError, setattr, a, "_id", 5)
self.assertEqual("my_file", a.filename)
self.assertEqual("my_file", a.name)
self.assertEqual("text/html", a.content_type)
self.assertEqual(0, a.length)
self.assertRaises(AttributeError, setattr, a, "length", 5)
self.assertEqual(255 * 1024, a.chunk_size)
self.assertRaises(AttributeError, setattr, a, "chunk_size", 5)
self.assertTrue(isinstance(a.upload_date, datetime.datetime))
self.assertRaises(AttributeError, setattr, a, "upload_date", 5)
self.assertEqual(["foo"], a.aliases)
self.assertEqual({"foo": 1}, a.metadata)
self.assertEqual("d41d8cd98f00b204e9800998ecf8427e", a.md5)
self.assertRaises(AttributeError, setattr, a, "md5", 5)
# Make sure custom attributes that were set both before and after
# a.close() are reflected in b. PYTHON-411.
b = GridFS(self.db).get_last_version(filename=a.filename)
self.assertEqual(a.metadata, b.metadata)
self.assertEqual(a.aliases, b.aliases)
self.assertEqual(a.forty_two, b.forty_two)
def __init__(self):
self._db = MongoClient()["ai_cloud_platform"]
self._fs = GridFS(MongoClient()["ai_cloud_platform_fs"])
def listAll(self, file_coll):
print(GridFS(self.db, collection=file_coll).list())
from bson.objectid import ObjectId
from gridfs import GridFS
from PIL import Image
from werkzeug.utils import secure_filename
import io, os
app = Flask(__name__)
# opens connection to database
client = MongoClient(
"mongodb://*****:*****@veterans-shard-00-00-0nuxa.mongodb.net:27017,"
"veterans-shard-00-01-0nuxa.mongodb.net:27017,"
"veterans-shard-00-02-0nuxa.mongodb.net:27017/test?ssl=true&replicaSet=Veterans-shard-0&auth"
"Source=admin")
# client = MongoClient()
db = client.test # gets actual database
fs = GridFS(db) # for getting images
mongo = PyMongo(app) # inits mongo server
UPLOADED_PHOTOS_DEST = '/images/'
ALLOWED_EXTENSIONS = {'png', 'jpg', 'jpeg', 'gif'}
app.config['UPLOADED_PHOTOS_DEST'] = UPLOADED_PHOTOS_DEST
photos = UploadSet('photos', IMAGES)
configure_uploads(app, (photos, ))
with app.app_context():
login_code = setattr(g, 'user', 0)
db.inventory.update_one({'account': True}, {'$set': {'id': -1}})
def allowed_file(filename):
def climate_itp_weight_thiessen(conn, db_model, subbsn_id, geodata2dbdir):
"""Generate and import weight information using Thiessen polygon method.
Args:
conn:
db_model: workflow database object
subbsn_id: subbasin id
geodata2dbdir: directory to store weight data as txt file
"""
spatial_gfs = GridFS(db_model, DBTableNames.gridfs_spatial)
# read mask file from mongodb
mask_name = str(subbsn_id) + '_MASK'
if not spatial_gfs.exists(filename=mask_name):
raise RuntimeError('%s is not existed in MongoDB!' % mask_name)
mask = db_model[DBTableNames.gridfs_spatial].files.find(
{'filename': mask_name})[0]
ysize = int(mask['metadata'][RasterMetadata.nrows])
xsize = int(mask['metadata'][RasterMetadata.ncols])
nodata_value = mask['metadata'][RasterMetadata.nodata]
dx = mask['metadata'][RasterMetadata.cellsize]
xll = mask['metadata'][RasterMetadata.xll]
yll = mask['metadata'][RasterMetadata.yll]
data = spatial_gfs.get(mask['_id'])
total_len = xsize * ysize
fmt = '%df' % (total_len, )
data = unpack(fmt, data.read())
# print(data[0], len(data), type(data))
# count number of valid cells
num = 0
for type_i in range(0, total_len):
if abs(data[type_i] - nodata_value) > UTIL_ZERO:
num += 1
# read stations information from database
metadic = {
RasterMetadata.subbasin: subbsn_id,
RasterMetadata.cellnum: num
}
site_lists = db_model[DBTableNames.main_sitelist].find(
{FieldNames.subbasin_id: subbsn_id})
site_list = next(site_lists)
clim_db_name = site_list[FieldNames.db]
p_list = site_list.get(FieldNames.site_p)
m_list = site_list.get(FieldNames.site_m)
pet_list = site_list.get(FieldNames.site_pet)
# print(p_list)
# print(m_list)
hydro_clim_db = conn[clim_db_name]
type_list = [DataType.m, DataType.p, DataType.pet]
site_lists = [m_list, p_list, pet_list]
if pet_list is None:
del type_list[2]
del site_lists[2]
# if storm_mode: # todo: Do some compatible work for storm and longterm models.
# type_list = [DataType.p]
# site_lists = [p_list]
for type_i, type_name in enumerate(type_list):
fname = '%d_WEIGHT_%s' % (subbsn_id, type_name)
if spatial_gfs.exists(filename=fname):
x = spatial_gfs.get_version(filename=fname)
spatial_gfs.delete(x._id)
site_list = site_lists[type_i]
if site_list is not None:
site_list = site_list.split(',')
# print(site_list)
site_list = [int(item) for item in site_list]
metadic[RasterMetadata.site_num] = len(site_list)
# print(site_list)
q_dic = {
StationFields.id: {
'$in': site_list
},
StationFields.type: type_list[type_i]
}
cursor = hydro_clim_db[DBTableNames.sites].find(q_dic).sort(
StationFields.id, 1)
# meteorology station can also be used as precipitation station
if cursor.count() == 0 and type_list[type_i] == DataType.p:
q_dic = {
StationFields.id.upper(): {
'$in': site_list
},
StationFields.type.upper(): DataType.m
}
cursor = hydro_clim_db[DBTableNames.sites].find(
q_dic).sort(StationFields.id, 1)
# get site locations
id_list = list()
loc_list = list()
for site in cursor:
if site[StationFields.id] in site_list:
id_list.append(site[StationFields.id])
loc_list.append(
[site[StationFields.x], site[StationFields.y]])
# print('loclist', locList)
# interpolate using the locations
myfile = spatial_gfs.new_file(filename=fname, metadata=metadic)
txtfile = '%s/weight_%d_%s.txt' % (geodata2dbdir, subbsn_id,
type_list[type_i])
with open(txtfile, 'w', encoding='utf-8') as f_test:
for y in range(0, ysize):
for x in range(0, xsize):
index = int(y * xsize + x)
if abs(data[index] - nodata_value) > UTIL_ZERO:
x_coor = xll + x * dx
y_coor = yll + (ysize - y - 1) * dx
line, near_index = ImportWeightData.thiessen(
x_coor, y_coor, loc_list)
myfile.write(line)
fmt = '%df' % (len(loc_list))
f_test.write(
'%f %f %s\n' %
(x, y, unpack(fmt, line).__str__()))
myfile.close()
def dados_xml_grava_fsfiles(db, batch_size=5000,
data_inicio=datetime(1900, 1, 1),
update=True,
recinto=None):
"""Busca por registros no GridFS sem info do XML.
Busca por registros no fs.files (GridFS - imagens) que não tenham metadata
importada do arquivo XML. Itera estes registros, consultando a
xml_todict para ver se retorna informações do XML. Encontrando
estas informações, grava no campo metadata.xml do fs.files
Args:
db: connection to mongo with database setted
batch_size: número de registros a consultar/atualizar por chamada
data_inicio: filtra por data de escaneamento maior que a informada
update: Caso seja setado como False, apenas faz consulta, sem
atualizar metadata da collection fs.files
recinto: Código do recinto (metadata.recinto)
Returns:
Número de registros encontrados
"""
filtro = {'metadata.xml': None,
'metadata.dataescaneamento': {'$gt': data_inicio},
'metadata.contentType': 'image/jpeg'
}
if recinto:
filtro.update({'metadata.recinto': recinto})
file_cursor = db['fs.files'].find(filtro).limit(batch_size)
fs = GridFS(db)
total = db['fs.files'].count_documents(filtro)
acum = 0
for linha in file_cursor:
numero = linha.get('metadata').get('numeroinformado')
data = linha.get('uploadDate')
filename = linha.get('filename')
print(numero, data, filename)
# Primeiro procura XML com o mesmo número de container e Upload próximo
if numero and data:
data_upload_antes = data - timedelta(hours=1)
data_upload_depois = data + timedelta(hours=1)
xml_document = db['fs.files'].find_one(
{'metadata.numeroinformado': numero,
'uploadDate': {'$gt': data_upload_antes,
'$lt': data_upload_depois},
'metadata.contentType': 'text/xml'
})
else:
xml_document = None
# Depois, caso não encontre, tenta por filename
if not xml_document:
if not filename:
continue
if filename[:5] == 'XRAY-':
posi = filename.find('--Array')
xml_filename = filename[5:posi]
else:
posi = filename.find('_icon')
if posi != -1:
xml_filename = filename[:posi]
else:
posi = filename.find('stamp.jpg')
if posi != -1:
xml_filename = filename[:-11]
else:
xml_filename = filename[:-4]
final_filename = xml_filename + '.xml'
xml_document = db['fs.files'].find_one(
{'filename': final_filename})
if not xml_document:
final_filename = xml_filename + '.XML'
xml_document = db['fs.files'].find_one(
{'filename': final_filename})
print('xml alternativo:', final_filename)
if not xml_document:
logger.info('Numero %s filename %s não encontrado!!!' %
(numero, filename))
continue
file_id = xml_document.get('_id')
if not fs.exists(file_id):
continue
raw = fs.get(file_id).read()
encode = chardet.detect(raw)
# print(encode)
# print(raw)
encoding = [encode['encoding'],
'latin1',
'utf8',
'ascii',
'windows-1250',
'windows-1252']
dados_xml = {}
for e in encoding:
try:
xmlo = raw.decode(e)
try:
ET.fromstring(xml)
dados_xml = xml_todict(xmlo)
break
except Exception:
# TODO: see why sometimes a weird character
# appears in front of content
posi = xmlo.find('<DataForm>')
# print('POSI', posi)
if posi == -1:
xml = xmlo[2:]
else:
xml = xmlo[posi:]
ET.fromstring(xml)
dados_xml = xml_todict(xml)
break
except Exception as err:
print('Erro de encoding', e, err)
if dados_xml != {}:
print(dados_xml)
if update:
db['fs.files'].update_one(
{'_id': linha['_id']},
{'$set': {'metadata.xml': dados_xml}}
)
acum += 1
logger.info(' '.join([
'Resultado dados_xml_grava_fsfiles',
'Pesquisados', str(total),
'Encontrados', str(acum)
]))
return acum
def get_pagina_id(conn, oid: str) -> Image:
fs = GridFS(conn)
_id = ObjectId(oid)
grid_out = fs.get(_id)
return grid_out.read()
def generate_weight_dependent_parameters(conn, maindb, subbsn_id):
"""Generate some parameters dependent on weight data and only should be calculated once.
Such as PHU0 (annual average total potential heat units)
TMEAN0 (annual average temperature)
added by Liangjun, 2016-6-17
"""
spatial_gfs = GridFS(maindb, DBTableNames.gridfs_spatial)
# read mask file from mongodb
mask_name = '%d_MASK' % subbsn_id
# is MASK existed in Database?
if not spatial_gfs.exists(filename=mask_name):
raise RuntimeError('%s is not existed in MongoDB!' % mask_name)
# read WEIGHT_M file from mongodb
weight_m_name = '%d_WEIGHT_M' % subbsn_id
mask = maindb[DBTableNames.gridfs_spatial].files.find(
{'filename': mask_name})[0]
weight_m = maindb[DBTableNames.gridfs_spatial].files.find(
{'filename': weight_m_name})[0]
num_cells = int(weight_m['metadata'][RasterMetadata.cellnum])
num_sites = int(weight_m['metadata'][RasterMetadata.site_num])
# read meteorology sites
site_lists = maindb[DBTableNames.main_sitelist].find(
{FieldNames.subbasin_id: subbsn_id})
site_list = next(site_lists)
db_name = site_list[FieldNames.db]
m_list = site_list.get(FieldNames.site_m)
hydro_clim_db = conn[db_name]
site_list = m_list.split(',')
site_list = [int(item) for item in site_list]
q_dic = {
StationFields.id: {
'$in': site_list
},
StationFields.type: DataType.phu0
}
cursor = hydro_clim_db[DBTableNames.annual_stats].find(q_dic).sort(
StationFields.id, 1)
q_dic2 = {
StationFields.id: {
'$in': site_list
},
StationFields.type: DataType.mean_tmp0
}
cursor2 = hydro_clim_db[DBTableNames.annual_stats].find(q_dic2).sort(
StationFields.id, 1)
id_list = list()
phu_list = list()
for site in cursor:
id_list.append(site[StationFields.id])
phu_list.append(site[DataValueFields.value])
id_list2 = list()
tmean_list = list()
for site in cursor2:
id_list2.append(site[StationFields.id])
tmean_list.append(site[DataValueFields.value])
weight_m_data = spatial_gfs.get(weight_m['_id'])
total_len = num_cells * num_sites
# print(total_len)
fmt = '%df' % (total_len, )
weight_m_data = unpack(fmt, weight_m_data.read())
# calculate PHU0
phu0_data = np_zeros(num_cells)
# calculate TMEAN0
tmean0_data = np_zeros(num_cells)
for i in range(num_cells):
for j in range(num_sites):
phu0_data[i] += phu_list[j] * weight_m_data[i * num_sites + j]
tmean0_data[i] += tmean_list[j] * weight_m_data[i * num_sites +
j]
ysize = int(mask['metadata'][RasterMetadata.nrows])
xsize = int(mask['metadata'][RasterMetadata.ncols])
nodata_value = mask['metadata'][RasterMetadata.nodata]
mask_data = spatial_gfs.get(mask['_id'])
total_len = xsize * ysize
fmt = '%df' % (total_len, )
mask_data = unpack(fmt, mask_data.read())
fname = '%d_%s' % (subbsn_id, DataType.phu0)
fname2 = '%d_%s' % (subbsn_id, DataType.mean_tmp0)
if spatial_gfs.exists(filename=fname):
x = spatial_gfs.get_version(filename=fname)
spatial_gfs.delete(x._id)
if spatial_gfs.exists(filename=fname2):
x = spatial_gfs.get_version(filename=fname2)
spatial_gfs.delete(x._id)
meta_dic = copy.deepcopy(mask['metadata'])
meta_dic['TYPE'] = DataType.phu0
meta_dic['ID'] = fname
meta_dic['DESCRIPTION'] = DataType.phu0
meta_dic2 = copy.deepcopy(mask['metadata'])
meta_dic2['TYPE'] = DataType.mean_tmp0
meta_dic2['ID'] = fname2
meta_dic2['DESCRIPTION'] = DataType.mean_tmp0
myfile = spatial_gfs.new_file(filename=fname, metadata=meta_dic)
myfile2 = spatial_gfs.new_file(filename=fname2, metadata=meta_dic2)
vaild_count = 0
for i in range(0, ysize):
cur_row = list()
cur_row2 = list()
for j in range(0, xsize):
index = i * xsize + j
if abs(mask_data[index] - nodata_value) > UTIL_ZERO:
cur_row.append(phu0_data[vaild_count])
cur_row2.append(tmean0_data[vaild_count])
vaild_count += 1
else:
cur_row.append(nodata_value)
cur_row2.append(nodata_value)
fmt = '%df' % xsize
myfile.write(pack(fmt, *cur_row))
myfile2.write(pack(fmt, *cur_row2))
myfile.close()
myfile2.close()
print('Valid Cell Number of subbasin %d is: %d' %
(subbsn_id, vaild_count))
return True
def init():
client = MongoClient(DB.URI)
DB.DATABASE = client['TDSB']
DB.FS = GridFS(DB.DATABASE)
def add_fs(request):
return GridFS(request.db)
from multidict import MultiDict
from pymongo import MongoClient
from gridfs import GridFS
from bson import ObjectId
from livecode.middleware import parse_content, get_openid
from livecode.apis.login import get_empty_user
from livecode.apis.user_img import UserImg
from livecode.db import init_motor, init_resource, init_gridfs_resource
from tests.help import config, get_img
host = config['mongodb']['host']
port = config['mongodb']['port']
client = MongoClient(host, port)
db = client.live_code
fs_live_code_img = GridFS(db, 'live_code_img')
fs_user_img = GridFS(db, 'user_img')
@pytest.fixture
def cli(loop, aiohttp_client):
app = web.Application(middlewares=[parse_content, get_openid])
app['config'] = config
app.on_startup.append(init_motor)
app.on_startup.append(init_gridfs_resource)
app.cleanup_ctx.append(init_resource)
app.router.add_view('/wx/user/img', UserImg)
return loop.run_until_complete(aiohttp_client(app))
def get_gfs(self, name=None):
if not name:
name = GFS_NAME
return GridFS(self.get_db(name))
import pymongo
from gridfs import GridFS
import os
import logging
from dotenv import load_dotenv
load_dotenv()
myclient = pymongo.MongoClient(os.environ.get("DATABASE_URI"))
knowledgeGeneratorDB = myclient['KnowledgeGenerator']
Users = knowledgeGeneratorDB['user']
Samples = knowledgeGeneratorDB['samples']
Models = knowledgeGeneratorDB['models']
fs = GridFS(knowledgeGeneratorDB)
def store_user(user_obj):
if is_user_new(user_obj):
logging.info("New user:")
logging.info(user_obj)
Users.insert_one(user_obj)
def store_sample(sample_obj):
if is_sample_new(sample_obj):
Samples.insert_one(sample_obj)
def store_model(pickle_file, filename, version, desc):
with open(pickle_file, 'rb') as file:
def __init__(self, database: Database, collection: str):
self._fs = GridFS(database, collection)
def test_remove_file(self):
fs = GridFS(self.conn['test'], 'test')
id = fs.put("test file", filename="test.txt", encoding='utf8')
assert_soon(lambda: self._count() == 1)
fs.delete(id)
assert_soon(lambda: self._count() == 0)
def get_tar(self, record=None, name=None, style=None, raw=False):
"""
Retrives the tar archive associated with a record in the database.
Issues an error if exactly one matching record is not found in the
database.
Parameters
----------
record : iprPy.Record, optional
The record to retrive the associated tar archive for.
name : str, optional
.The name to use in uniquely identifying the record.
style : str, optional
.The style to use in uniquely identifying the record.
raw : bool, optional
If True, return the archive as raw binary content. If
False, return as an open tarfile. (Default is False)
Returns
-------
tarfile or str
The tar archive as an open tarfile if raw=False, or as a binary str if
raw=True.
Raises
------
ValueError
If style and/or name content given with record.
"""
# Create Record object if not given
if record is None:
record = self.get_record(name=name, style=style)
# Issue a TypeError for competing kwargs
elif style is not None or name is not None:
raise TypeError('kwargs style and name cannot be given with kwarg record')
# Verify that record exists
else:
record = self.get_record(name=record.name, style=record.style)
# Define mongofs
mongofs = GridFS(self.mongodb, collection=record.style)
# Build query
query = {}
query['recordname'] = record.name
# Get tar
matches = list(mongofs.find(query))
if len(matches) == 1:
tar = matches[0]
elif len(matches) == 0:
raise ValueError('No tar found for the record')
else:
raise ValueError('Multiple tars found for the record')
# Return content
if raw is True:
return tar.read()
else:
return tarfile.open(fileobj=tar)
from sklearn.pipeline import Pipeline
# 폐교 밀도 color value -- 김명윤
Jet_colormap = [
'#0000BF', '#0000FF', '#0040ff', '#0080ff', '#00bfff', '#00ffff',
'#3fffbf', '#7fffbf', '#bfff3f', '#ffff00', '#ffbf00', '#ff7f00',
'#ff4000', '#ff0000', '#bf0000', '#7f0000', '#000000'
]
#.env 파일에 적혀있는 키값 가져오기 -- 김명윤
restapi = config('KAKAO_REEST_API')
jsapi = config('KAKAO_JAVASCRIPT_API')
# #몽고디비 연결 -- 김우희
conn = pymongo.MongoClient().python_test
fs = GridFS(conn)
#각 시도 별 구역 위도,경도 몽고 DB연결-- 김우희
def load_sido_json():
f = fs.get_last_version(filename="save_sido2.json")
model = json.load(BytesIO(f.read()))
return model
# 학습된 모델 데이터 몽고DB 연결-- 김우희
def load_pcamodel():
f = fs.get_last_version(filename="pca.pkl")
data = f.read()
model = pickle.load(BytesIO(data))
# model = pickle.load(rf)
def _get_gridfs(self, model_instance):
model = model_instance.__class__
return GridFS(connections[model.objects.db].database,
model._meta.db_table)
def select_photo(file_name):
fs = GridFS(MongoDatabase.mongodb.db)
photo_data = fs.get_last_version(filename=file_name)
return photo_data if photo_data else None
class GlobalModelDAO:
def __init__(self):
self._db = MongoClient()["ai_cloud_platform"]
self._fs = GridFS(MongoClient()["ai_cloud_platform_fs"])
def insert_one(self, po):
inserted_id = self._db["global_models"].insert_one(po).inserted_id
return inserted_id
def insert_file_one(self, data):
inserted_id = self._fs.put(data)
return inserted_id
@check_id
def delete_one_by_id(self, global_model_id):
result = self._db["global_models"].delete_one({
"_id": global_model_id
}).raw_result
return result
def delete_many_by_name(self, name):
result = self._db["global_models"].delete_many({
"name": name
}).raw_result
return result
def delete_one_by_name_and_version(self, name, version):
result = self._db["global_models"].delete_one({
"name": name,
"version": version
}).raw_result
return result
def delete_many_by_labels(self, labels):
labels = {"labels." + key: labels[key] for key in labels}
result = self._db["global_models"].delete_many(labels).raw_result
return result
def delete_many_by_criteria(self, criteria):
result = self._db["global_models"].delete_many(criteria).ras_result
return result
@check_id
def delete_file_one_by_id(self, file_id):
self._fs.delete(file_id)
return {'ok': 1.0}
@check_id
def replace_one_by_id(self, global_model_id, po):
result = self._db["global_models"].replace_one({
"_id": global_model_id
}, po).raw_result
return result
@check_id
def find_one_by_id(self, global_model_id):
document = self._db["global_models"].find_one({"_id": global_model_id})
return document
def find_many_by_name(self, name):
cursor = self._db["global_models"].find({"name": name})
documents = list(cursor)
return documents
def find_one_by_name_and_version(self, name, version):
document = self._db["global_models"].find_one({
"name": name,
"version": version
})
return document
def find_many_by_labels(self, labels):
labels = {"labels." + key: labels[key] for key in labels}
cursor = self._db["global_models"].find(labels)
documents = list(cursor)
return documents
def find_one_by_local_model_id(self, global_model_id):
document = self._db["local_models"].find_one({"_id": global_model_id})
return document
def find_many_by_criteria(self, criteria):
cursor = self._db["global_models"].find(criteria)
documents = list(cursor)
return documents
def find_many_by_type(self, type_):
cursor = self._db["global_models"].find({"type": type})
documents = list(cursor)
return documents
def find_many_by_subscription_user_id(self, user_id):
cursor = self._db["global_models"].find(
{"subscriptions.userId": user_id})
documents = list(cursor)
return documents
@check_id
def find_file_one_by_id(self, file_id):
out_stream = self._fs.get(file_id)
return out_stream
def find_file_many_by_id(self, file_ids):
if isinstance(file_ids, list):
file_ids = ([file_ids])
for index in range(0, len(file_ids)):
if isinstance(file_ids[index], str):
file_ids[index] = ObjectId(file_ids[index])
out_streams = [self._fs.get(file_ids[index]) for index in file_ids]
return out_streams
def find_file_many_by_criteria(self, criteria):
cursor = self._db["global_models"].find(criteria, "file_id:1")
file_ids = list(cursor)
out_streams = [self._fs.get(file_id) for file_id in file_ids]
return out_streams
from flask import Flask
from gridfs import GridFS
from pymongo import MongoClient
from config import *
from celery import Celery
app = Flask(__name__)
app.secret_key = 'super secret key!!'
db = MongoClient(MONGO_URL, connect=False).storage
grid_fs = GridFS(db)
app.config['CELERY_BROKER_URL'] = CELERY_BROKER_URL
app.config['CELERY_RESULT_BACKEND'] = CELERY_RESULT_BACKEND
app.config['UPLOAD_FOLDER'] = UPLOAD_FOLDER
celery = Celery(app.name, broker=app.config['CELERY_BROKER_URL'])
celery.conf.update(app.config)
from views import *
if __name__ == '__main__':
app.run()
def test_post_grid_calendar_returns_success_status(app, coverage, get_app_context):
filename = 'export_calendars.zip'
path = os.path.join(os.path.dirname(os.path.dirname(os.path.dirname(__file__))), 'fixtures/gridcalendar/', filename)
files = {'file': (open(path, 'rb'), 'export_calendars.zip')}
raw = app.post('/coverages/jdr/grid_calendar', data=files)
r = to_json(raw)
assert raw.status_code == 200
assert r.get('message') == 'OK'
raw = app.get('/coverages')
r = to_json(raw)
assert len(r['coverages']) == 1
assert 'grid_calendars_id' in r['coverages'][0]
gridfs = GridFS(mongo.db)
file_id = r['coverages'][0]['grid_calendars_id']
assert gridfs.exists(ObjectId(file_id))
#we update the file (it's the same, but that's not the point)
files = {'file': (open(path, 'rb'), 'export_calendars.zip')}
raw = app.post('/coverages/jdr/grid_calendar', data=files)
assert raw.status_code == 200
raw = app.get('/coverages')
r = to_json(raw)
assert len(r['coverages']) == 1
assert 'grid_calendars_id' in r['coverages'][0]
#it should be another file
assert file_id != r['coverages'][0]['grid_calendars_id']
#the previous file has been deleted
assert not gridfs.exists(ObjectId(file_id))
#and the new one exist
assert gridfs.exists(ObjectId(r['coverages'][0]['grid_calendars_id']))