There shouldn't be issue specific to SQLite (I mean it should work
properly), though there is maybe a specific unnoticed issue with it as
there has been a big refactoring of pyDAL, I don't recall it the refactored
pyDAL was present in 2.14.5



On Thu, Jun 16, 2016 at 12:22 PM, Marty Jones <murtin.jo...@gmail.com>
wrote:

> Done - no change.
>
> Is it possible that the issue is SQLite specific and I need to migrate to
> MySQL or some other db?
>
> On Thursday, June 16, 2016 at 12:14:51 PM UTC-4, Richard wrote:
>>
>> Can you comment out the part of the scheduler, the db lock file may come
>> from there...
>>
>> On Thu, Jun 16, 2016 at 12:05 PM, Marty Jones <murtin...@gmail.com>
>> wrote:
>>
>>> Controller logic is below. Error 1 is occuring under the "dashboard"
>>> function. Errors 2/3 under the user function.
>>>
>>> # -*- coding: utf-8 -*-
>>> # this file is released under public domain and you can use without
>>> limitations
>>>
>>>
>>> ###############################################################################
>>> ## Launch with all settings via "sudo python run_server.py"
>>>
>>> ###############################################################################
>>>
>>> import operator # needed for manager_status variable
>>>
>>> response.title = 'nolabills'
>>>
>>> def jspage():
>>>     link = URL('static', 'main.js')
>>>     return dict(link=link)
>>>
>>> def index():
>>>     """
>>>     For registered users, redirects to the requests page
>>>     For unregistered users, displays intro message
>>>     """
>>>
>>>     signup = URL(a=request.application, c='default', f='user/register')
>>>
>>>     return dict(is_logged_in=auth.is_logged_in(), signup=signup)
>>>
>>> @auth.requires_membership('manager')
>>> def manage():
>>>     """
>>>     This page, accessible by only managers, shows the current employees
>>>     of a company as well as any users who are registering themselves as
>>>     employees of the company.
>>>     From this page a manager can approve a pending user's membership,
>>>     as well as revoke the membership of a user on the current employee
>>> list.
>>>     """
>>>     pending_list = []
>>>     approved_list = []
>>>     if request.post_vars:
>>>         for each in request.post_vars:
>>>             key = request.post_vars.keys()[0]
>>>             underscore = key.find('_')
>>>             id = key[0:underscore]
>>>             change = key[underscore+1:len(key)]
>>>             change = None if change == "approve" else "unapproved"
>>>             # modify db accordingly
>>>             record = db(db.auth_user.id==id).select().first()
>>>             record.registration_key=change
>>>             record.update_record()
>>>
>>>     for row in db().select():
>>>     #for row in db(db.auth_user.company==auth.user.company).select():
>>>         if row.registration_key: # if pending approval by manager
>>>             pending_list.append({row.id:
>>> {"first":row.first_name,"last":row.last_name}})
>>>         else:
>>>             manager_status = auth.has_membership('manager', row.id)
>>>             approved_list.append({row.id:
>>> {"first":row.first_name,"last":row.last_name,"manager_status":manager_status}})
>>>     return dict(pending_list=pending_list, approved_list=approved_list)
>>>
>>> @auth.requires_login()
>>> def dashboard():
>>>     """
>>>     This page allows a user to send an email to
>>>     a potential customer, requesting access to bill data
>>>     """
>>>     i = 0
>>>     already_submitted = False # default is false; can only be changed if
>>> request.post_vars == True
>>>
>>>     # SQLFORM version
>>>     data_requests =
>>> SQLFORM.grid(db(db.data_requests.company==auth.user.company),
>>>                                  fields=[db.data_requests.last_name, \
>>>                                          db.data_requests.first_name, \
>>>                                          db.data_requests.email, \
>>>                                          db.data_requests.status, \
>>>                                          db.data_requests.bill_1,
>>>                                          ],
>>>                                  headers={'data_requests.bill_1':'Most
>>> Recent Bill'},
>>>                                  sortable=False,
>>>                                  create=False,
>>>                                  editable=False,
>>>                                  deletable=True,
>>>                                  details=False,
>>>                                  maxtextlength=30,
>>>                                  csv=False,
>>>                                  upload=URL('download'),
>>>                                  )
>>>
>>>     pending_list = db().select(db.data_requests.email)
>>>     # if a new request has been made, update the database
>>>     if request.post_vars:
>>>
>>>         while not already_submitted and i <= len(data_requests):
>>>             already_submitted = [True for row in pending_list if
>>> row.email == request.post_vars.email]
>>>             i += 1
>>>
>>>         from entergy_scraper import download
>>>         from mailer import send_request
>>>
>>>         if not already_submitted:
>>>             # generate token
>>>             import random, base64, sha
>>>             token =
>>> base64.b64encode(sha.sha(str(random.random())).hexdigest())[:8]
>>>             db.tokens.insert(token = token,
>>>                              first_name = request.post_vars.first_name,
>>>                              last_name = request.post_vars.last_name,
>>>                              email = request.post_vars.email,
>>>                              company = auth.user.company,
>>>                              )
>>>
>>>             # send request to user
>>>             db.scheduler_task.insert(status = 'QUEUED',
>>>                                      application_name =
>>> request.application+'/default',
>>>                                      task_name = 'request',
>>>                                      group_name = 'email',
>>>                                      function_name = 'send_request',
>>>                                      args = '["{0}", "{1}", "{2}",
>>> "{3}"]'.format( \
>>>                                          request.post_vars.first,
>>> request.post_vars.last, request.post_vars.email, token),
>>>                                      vars = '{}',
>>>                                      enabled = True,
>>>                                      start_time = request.now,
>>>                                      timeout = 500, # should take less
>>> than 500 secs
>>>                                      )
>>>             # update data_requests to show that the task is
>>> AWAITING_CUSTOMER
>>>             db.data_requests.insert(first_name =
>>> request.post_vars.first_name,
>>>                                     last_name =
>>> request.post_vars.last_name,
>>>                                     email = request.post_vars.email,
>>>                                     company = auth.user.company,
>>>                                     status = 'AWAITING_CUSTOMER',
>>>                                     )
>>>
>>>
>>>     return dict(already_submitted=already_submitted,
>>> data_requests=data_requests, pending_list=pending_list)
>>>
>>> def approve_request():
>>>     """
>>>     Allows a customer to approve a data request
>>>     """
>>>     submitted = 'submitted'
>>>     valid_token = 'valid_token'
>>>     invalid_token = 'invalid_token'
>>>
>>>
>>>     # if the user has submitted their data and it's not already in the
>>> database, let them know we'll get their data
>>>     if request.post_vars:
>>>         status = submitted
>>>
>>>         token_submitted = True if db(db.data_requests.email ==
>>> request.post_vars.email).select(db.tokens.submitted).first() else False
>>>
>>>         if token_submitted == False:
>>>         # download data
>>>             db.data_requests.insert(first_name =
>>> request.post_vars.first_name,
>>>                                     last_name =
>>> request.post_vars.last_name,
>>>                                     email = request.post_vars.email,
>>>                                     company = auth.user.company,
>>>                                     energy_username =
>>> request.post_vars.energy_username,
>>>                                     energy_password =
>>> request.post_vars.energy_password,
>>>                                     )
>>>
>>>     # if no submission of info, try to give them the option to do so
>>>     else:
>>>         try:
>>>             status = valid_token
>>>             token = request.get_vars.token
>>>             token_row = db(db.tokens.token == token).select().first()
>>>             first_name = token_row.first_name
>>>             last_name = token_row.last_name
>>>             email = token_row.email
>>>         except:
>>>             status = invalid_token
>>>
>>>     if status == submitted or status == invalid_token:
>>>         return dict(status=status, submitted=submitted,
>>> invalid_token=invalid_token, token_submitted=token_submitted)
>>>     else:
>>>         return dict(status=status, first_name=first_name,
>>> last_name=last_name, email=email, submitted=False, invalid_token=False,
>>> token_submitted=False)
>>>
>>> def user():
>>>     """
>>>     exposes:
>>>     http://..../[app]/default/user/login
>>>     http://..../[app]/default/user/logout
>>>     http://..../[app]/default/user/register
>>>     http://..../[app]/default/user/profile
>>>     http://..../[app]/default/user/retrieve_password
>>>     http://..../[app]/default/user/change_password
>>>     http://..../[app]/default/user/bulk_register
>>>     use @auth.requires_login()
>>>         @auth.requires_membership('group name')
>>>         @auth.requires_permission('read','table name',record_id)
>>>     to decorate functions that need access control
>>>     also notice there is http://..../[app]/appadmin/manage/auth to
>>> allow administrator to manage users
>>>     """
>>>     return dict(form=auth())
>>>
>>> @cache.action()
>>> def download():
>>>     """
>>>     allows downloading of uploaded files
>>>     http://..../[app]/default/download/[filename]
>>>     """
>>>     return response.download(request, db)
>>>
>>> def call():
>>>     """
>>>     exposes services. for example:
>>>     http://..../[app]/default/call/jsonrpc
>>>     decorate with @services.jsonrpc the functions to expose
>>>     supports xml, json, xmlrpc, jsonrpc, amfrpc, rss, csv
>>>     """
>>>     return service()
>>>
>>>
>>>
>>> On Thursday, June 16, 2016 at 9:36:18 AM UTC-4, Marty Jones wrote:
>>>
>>>> I uploaded a local application to my DigitalOcean droplet and have been
>>>> having a nightmare of a time with the databases. I get this variety of
>>>> errors on various pages:
>>>>
>>>> *Error 1:*
>>>>
>>>> Traceback (most recent call last):
>>>>   File "/home/murtyjones/app/gluon/restricted.py", line 227, in restricted
>>>>     exec ccode in environment
>>>>   File 
>>>> "/home/murtyjones/app/applications/nolabills/controllers/default.py" 
>>>> <https://nolabills.com/admin/default/edit/nolabills/controllers/default.py>,
>>>>  line 230, in <module>
>>>>   File "/home/murtyjones/app/gluon/globals.py", line 417, in <lambda>
>>>>     self._caller = lambda f: f()
>>>>   File "/home/murtyjones/app/gluon/tools.py", line 4241, in f
>>>>     return action(*a, **b)
>>>>   File 
>>>> "/home/murtyjones/app/applications/nolabills/controllers/default.py" 
>>>> <https://nolabills.com/admin/default/edit/nolabills/controllers/default.py>,
>>>>  line 73, in dashboard
>>>>     data_requests = 
>>>> SQLFORM.grid(db(db.data_requests.company==auth.user.company),
>>>>   File "/home/murtyjones/app/gluon/packages/dal/pydal/objects.py", line 
>>>> 91, in __getattr__
>>>>     raise AttributeError
>>>> AttributeError
>>>>
>>>>
>>>> *Error 2 (trying to apply changes as a user to own profile):*
>>>>
>>>> Traceback (most recent call last):
>>>>   File "/home/murtyjones/app/gluon/restricted.py", line 227, in restricted
>>>>     exec ccode in environment
>>>>   File 
>>>> "/home/murtyjones/app/applications/nolabills/controllers/default.py" 
>>>> <https://nolabills.com/admin/default/edit/nolabills/controllers/default.py>,
>>>>  line 230, in <module>
>>>>   File "/home/murtyjones/app/gluon/globals.py", line 417, in <lambda>
>>>>     self._caller = lambda f: f()
>>>>   File 
>>>> "/home/murtyjones/app/applications/nolabills/controllers/default.py" 
>>>> <https://nolabills.com/admin/default/edit/nolabills/controllers/default.py>,
>>>>  line 211, in user
>>>>     return dict(form=auth())
>>>>   File "/home/murtyjones/app/gluon/tools.py", line 1941, in __call__
>>>>     return getattr(self, args[0])()
>>>>   File "/home/murtyjones/app/gluon/tools.py", line 4026, in profile
>>>>     hideerror=self.settings.hideerror):
>>>>   File "/home/murtyjones/app/gluon/sqlhtml.py", line 1744, in accepts
>>>>     self.id_field_name]).update(**fields)
>>>>   File "/home/murtyjones/app/gluon/packages/dal/pydal/objects.py", line 
>>>> 2041, in update
>>>>     ret = db._adapter.update("%s" % table._tablename, self.query, fields)
>>>>   File "/home/murtyjones/app/gluon/packages/dal/pydal/adapters/base.py", 
>>>> line 519, in update
>>>>     raise e
>>>> OperationalError: attempt to write a readonly database
>>>>
>>>>
>>>> *Error 3 (trying to logout as a user):*
>>>>
>>>> Traceback (most recent call last):
>>>>   File "/home/murtyjones/app/gluon/restricted.py", line 227, in restricted
>>>>     exec ccode in environment
>>>>   File 
>>>> "/home/murtyjones/app/applications/nolabills/controllers/default.py" 
>>>> <https://nolabills.com/admin/default/edit/nolabills/controllers/default.py>,
>>>>  line 230, in <module>
>>>>   File "/home/murtyjones/app/gluon/globals.py", line 417, in <lambda>
>>>>     self._caller = lambda f: f()
>>>>   File 
>>>> "/home/murtyjones/app/applications/nolabills/controllers/default.py" 
>>>> <https://nolabills.com/admin/default/edit/nolabills/controllers/default.py>,
>>>>  line 211, in user
>>>>     return dict(form=auth())
>>>>   File "/home/murtyjones/app/gluon/tools.py", line 1941, in __call__
>>>>     return getattr(self, args[0])()
>>>>   File "/home/murtyjones/app/gluon/tools.py", line 3235, in logout
>>>>     self.log_event(log, self.user)
>>>>   File "/home/murtyjones/app/gluon/tools.py", line 2530, in log_event
>>>>     self.table_event().insert(description=str(description % vars), 
>>>> origin=origin, user_id=user_id)
>>>>   File "/home/murtyjones/app/gluon/packages/dal/pydal/objects.py", line 
>>>> 740, in insert
>>>>     ret = self._db._adapter.insert(self, self._listify(fields))
>>>>   File "/home/murtyjones/app/gluon/packages/dal/pydal/adapters/base.py", 
>>>> line 482, in insert
>>>>     raise e
>>>> IntegrityError: FOREIGN KEY constraint failed
>>>>
>>>>
>>>> *db.py*
>>>> ## app configuration made easy. Look inside private/appconfig.ini
>>>> from gluon.contrib.appconfig import AppConfig
>>>> ## import current for current.db = db line
>>>> from gluon import current
>>>>
>>>> ## once in production, remove reload=True to gain full speed
>>>> myconf = AppConfig(reload=True)
>>>>
>>>> ## if NOT running on Google App Engine use SQLite or other DB
>>>> db = DAL(myconf.take('db.uri'), pool_size=myconf.take('db.pool_size',
>>>> cast=int), migrate_enabled = myconf.get('db.migrate'),
>>>> check_reserved=['all'])
>>>>
>>>> ## define current.db for module usage
>>>> current.db = db
>>>>
>>>> ## by default give a view/generic.extension to all actions from
>>>> localhost
>>>> ## none otherwise. a pattern can be 'controller/function.extension'
>>>> response.generic_patterns = ['*'] if request.is_local else []
>>>> ## choose a style for forms
>>>> response.formstyle = myconf.take('forms.formstyle')  # or
>>>> 'bootstrap3_stacked' or 'bootstrap2' or other
>>>> response.form_label_separator = myconf.take('forms.separator')
>>>>
>>>> from gluon.tools import Auth, Service, PluginManager
>>>>
>>>> auth = Auth(db)
>>>> service = Service()
>>>> plugins = PluginManager()
>>>>
>>>> auth.settings.extra_fields['auth_user']= [
>>>>   Field('company'),
>>>>   ]
>>>>
>>>> ## create all tables needed by auth if not custom tables
>>>> auth.define_tables(username=False, signature=False, migrate=True,
>>>> fake_migrate=True)
>>>>
>>>> ## configure email
>>>> mail = auth.settings.mailer
>>>> mail.settings.server = 'smtp.gmail.com'
>>>> mail.settings.sender = 'em...@gmail.com'
>>>> mail.settings.login = 'em...@gmail.com:password'
>>>>
>>>> ## configure auth policy
>>>> auth.settings.registration_requires_verification = True
>>>> auth.settings.registration_requires_approval = True
>>>> auth.settings.reset_password_requires_verification = True
>>>>
>>>> ## after defining tables, uncomment below to enable auditing
>>>> # auth.enable_record_versioning(db)
>>>>
>>>>
>>>> ## create list of companies for which this is available
>>>> db.define_table('company_info',
>>>>                 Field('name'),
>>>>                 Field('street_address'),
>>>>                 )
>>>>
>>>> ## create a table for the queue of not yet fulfilled data requests
>>>> db.define_table('data_requests',
>>>>                 Field('first_name'),
>>>>                 Field('last_name'),
>>>>                 Field('entergy_username'),
>>>>                 Field('entergy_password'),
>>>>                 Field('email'),
>>>>                 Field('company'),
>>>>                 Field('status', default='QUEUED'),
>>>>                 Field('runs', 'integer', default=0),
>>>>                 Field('bill_1', 'upload', uploadfield='bill_1_file'),
>>>>                 Field('bill_1_file', 'blob'),
>>>>                 )
>>>>
>>>>
>>>> ## create a table for generating tokens
>>>> db.define_table('tokens',
>>>>                 Field('first_name'),
>>>>                 Field('last_name'),
>>>>                 Field('email'),
>>>>                 Field('company'),
>>>>                 Field('token'),
>>>>                 Field('submitted', default=False),
>>>>                 )
>>>>
>>>>
>>>>
>>>> *sql.log*
>>>> timestamp: 2016-06-15T14:20:52.811948
>>>> CREATE TABLE auth_user(
>>>>     id INTEGER PRIMARY KEY AUTOINCREMENT,
>>>>     first_name CHAR(128),
>>>>     last_name CHAR(128),
>>>>     email CHAR(512),
>>>>     password CHAR(512),
>>>>     registration_key CHAR(512),
>>>>     reset_password_key CHAR(512),
>>>>     registration_id CHAR(512)
>>>> );
>>>> success!
>>>> timestamp: 2016-06-15T14:20:52.856816
>>>> CREATE TABLE auth_group(
>>>>     id INTEGER PRIMARY KEY AUTOINCREMENT,
>>>>     role CHAR(512),
>>>>     description TEXT
>>>> );
>>>> success!
>>>> timestamp: 2016-06-15T14:20:52.899975
>>>> CREATE TABLE auth_membership(
>>>>     id INTEGER PRIMARY KEY AUTOINCREMENT,
>>>>     user_id INTEGER REFERENCES auth_user (id) ON DELETE CASCADE  ,
>>>>     group_id INTEGER REFERENCES auth_group (id) ON DELETE CASCADE
>>>> );
>>>> success!
>>>> timestamp: 2016-06-15T14:20:53.040386
>>>> CREATE TABLE auth_permission(
>>>>     id INTEGER PRIMARY KEY AUTOINCREMENT,
>>>>     group_id INTEGER REFERENCES auth_group (id) ON DELETE CASCADE  ,
>>>>     name CHAR(512),
>>>>     table_name CHAR(512),
>>>>     record_id INTEGER
>>>> );
>>>> success!
>>>> timestamp: 2016-06-15T14:20:53.092848
>>>> CREATE TABLE auth_event(
>>>>     id INTEGER PRIMARY KEY AUTOINCREMENT,
>>>>     time_stamp TIMESTAMP,
>>>>     client_ip CHAR(512),
>>>>     user_id INTEGER REFERENCES auth_user (id) ON DELETE CASCADE  ,
>>>>     origin CHAR(512),
>>>>     description TEXT
>>>> );
>>>> success!
>>>> timestamp: 2016-06-15T14:20:53.223004
>>>> CREATE TABLE auth_cas(
>>>>     id INTEGER PRIMARY KEY AUTOINCREMENT,
>>>>     user_id INTEGER REFERENCES auth_user (id) ON DELETE CASCADE  ,
>>>>     created_on TIMESTAMP,
>>>>     service CHAR(512),
>>>>     ticket CHAR(512),
>>>>     renew CHAR(1)
>>>> );
>>>> success!
>>>> timestamp: 2016-06-15T14:22:53.166163
>>>> ALTER TABLE auth_user ADD company CHAR(512);
>>>> success!
>>>> timestamp: 2016-06-15T14:22:53.554653
>>>> CREATE TABLE company_info(
>>>>     id INTEGER PRIMARY KEY AUTOINCREMENT,
>>>>     name CHAR(512),
>>>>     street_address CHAR(512)
>>>> );
>>>> success!
>>>> timestamp: 2016-06-15T14:22:53.604055
>>>> CREATE TABLE data_requests(
>>>>     id INTEGER PRIMARY KEY AUTOINCREMENT,
>>>>     first_name CHAR(512),
>>>>     last_name CHAR(512),
>>>>     entergy_username CHAR(512),
>>>>     entergy_password CHAR(512),
>>>>     email CHAR(512),
>>>>     company CHAR(512),
>>>>     status CHAR(512),
>>>>     runs INTEGER,
>>>>     bill_1 CHAR(512),
>>>>     bill_1_file BLOB
>>>> );
>>>> success!
>>>> timestamp: 2016-06-15T14:22:53.645905
>>>> CREATE TABLE tokens(
>>>>     id INTEGER PRIMARY KEY AUTOINCREMENT,
>>>>     first_name CHAR(512),
>>>>     last_name CHAR(512),
>>>>     email CHAR(512),
>>>>     company CHAR(512),
>>>>     token CHAR(512),
>>>>     submitted CHAR(512)
>>>> );
>>>> success!
>>>> timestamp: 2016-06-15T14:22:56.435830
>>>> CREATE TABLE scheduler_task(
>>>>     id INTEGER PRIMARY KEY AUTOINCREMENT,
>>>>     application_name CHAR(512),
>>>>     task_name CHAR(512),
>>>>     group_name CHAR(512),
>>>>     status CHAR(512),
>>>>     function_name CHAR(512),
>>>>     uuid CHAR(255) UNIQUE,
>>>>     args TEXT,
>>>>     vars TEXT,
>>>>     enabled CHAR(1),
>>>>     start_time TIMESTAMP,
>>>>     next_run_time TIMESTAMP,
>>>>     stop_time TIMESTAMP,
>>>>     repeats INTEGER,
>>>>     retry_failed INTEGER,
>>>>     period INTEGER,
>>>>     prevent_drift CHAR(1),
>>>>     timeout INTEGER,
>>>>     sync_output INTEGER,
>>>>     times_run INTEGER,
>>>>     times_failed INTEGER,
>>>>     last_run_time TIMESTAMP,
>>>>     assigned_worker_name CHAR(512)
>>>> );
>>>> success!
>>>> timestamp: 2016-06-15T14:22:56.501649
>>>> CREATE TABLE scheduler_run(
>>>>     id INTEGER PRIMARY KEY AUTOINCREMENT,
>>>>     task_id INTEGER REFERENCES scheduler_task (id) ON DELETE CASCADE  ,
>>>>     status CHAR(512),
>>>>     start_time TIMESTAMP,
>>>>     stop_time TIMESTAMP,
>>>>     run_output TEXT,
>>>>     run_result TEXT,
>>>>     traceback TEXT,
>>>>     worker_name CHAR(512)
>>>> );
>>>> success!
>>>> timestamp: 2016-06-15T14:22:56.546304
>>>> CREATE TABLE scheduler_worker(
>>>>     id INTEGER PRIMARY KEY AUTOINCREMENT,
>>>>     worker_name CHAR(255) UNIQUE,
>>>>     first_heartbeat TIMESTAMP,
>>>>     last_heartbeat TIMESTAMP,
>>>>     status CHAR(512),
>>>>     is_ticker CHAR(1),
>>>>     group_names TEXT,
>>>>     worker_stats TEXT
>>>> );
>>>> success!
>>>> timestamp: 2016-06-15T14:22:56.589493
>>>> CREATE TABLE scheduler_task_deps(
>>>>     id INTEGER PRIMARY KEY AUTOINCREMENT,
>>>>     job_name CHAR(512),
>>>>     task_parent INTEGER,
>>>>     task_child INTEGER REFERENCES scheduler_task (id) ON DELETE CASCADE
>>>>  ,
>>>>     can_visit CHAR(1)
>>>> );
>>>> success!
>>>>
>>>> No idea where to even start with this and would appreciate help.
>>>>
>>>> --
>>> Resources:
>>> - http://web2py.com
>>> - http://web2py.com/book (Documentation)
>>> - http://github.com/web2py/web2py (Source code)
>>> - https://code.google.com/p/web2py/issues/list (Report Issues)
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>>>
>>
>> --
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> - http://web2py.com
> - http://web2py.com/book (Documentation)
> - http://github.com/web2py/web2py (Source code)
> - https://code.google.com/p/web2py/issues/list (Report Issues)
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