Mercurial > p > roundup > code
view roundup/backends/sessions_sqlite.py @ 7800:2d4684e4702d
fix: enhancement to history command output and % template fix.
Rather than using the key field, use the label field for descriptions.
Call cls.labelprop(default_to_id=True) so it returns id rather than
the first sorted property name.
If labelprop() returns 'id' or 'title', we return nothing. 'id' means
there is no label set and no properties named 'name' or 'title'. So
have the caller do whatever it wants (prepend classname for example)
when there is no human readable name. This prevents %(name)s%(key)s
from producing: 23(23).
Also don't accept the 'title' property. Titles can be too
long. Arguably we could: '%(name)20s' to limit the title
length. However without ellipses or something truncating the title
might be confusing. So again pretend there is no human readable name.
| author | John Rouillard <rouilj@ieee.org> |
|---|---|
| date | Tue, 12 Mar 2024 11:52:17 -0400 |
| parents | a96a239db0d9 |
| children |
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"""This module defines a very basic store that's used by the CGI interface to store session and one-time-key information. Yes, it's called "sessions" - because originally it only defined a session class. It's now also used for One Time Key handling too. We needed to split commits to session/OTK database from commits on the main db structures (user data). This required two connections to the sqlite db, which wasn't supported. This module was created so sqlite didn't have to use dbm for the session/otk data. It hopefully will provide a performance speedup. """ __docformat__ = 'restructuredtext' from roundup.backends import sessions_rdbms class BasicDatabase(sessions_rdbms.BasicDatabase): ''' Provide a nice encapsulation of an RDBMS table. Keys are id strings, values are automatically marshalled data. ''' name = None def __init__(self, db): self.db = db self.conn, self.cursor = self.db.sql_open_connection(dbname=self.name) self.sql('''SELECT name FROM sqlite_master WHERE type='table' AND ''' '''name='%ss';''' % self.name) table_exists = self.cursor.fetchone() if not table_exists: # create table/rows etc. self.sql('''CREATE TABLE %(name)ss (%(name)s_key VARCHAR(255), %(name)s_value TEXT, %(name)s_time REAL)''' % {"name": self.name}) self.sql('CREATE INDEX %(name)s_key_idx ON ' '%(name)ss(%(name)s_key)' % {"name": self.name}) # Set journal mode to WAL. self.commit() # close out rollback journal/transaction self.sql('pragma journal_mode=wal') # set wal self.commit() # close out rollback and commit wal change def sql(self, sql, args=None, cursor=None): """ Execute the sql with the optional args. """ self.log_debug('SQL %r %r' % (sql, args)) if not cursor: cursor = self.cursor if args: cursor.execute(sql, args) else: cursor.execute(sql) class Sessions(BasicDatabase): name = 'session' class OneTimeKeys(BasicDatabase): name = 'otk' # vim: set et sts=4 sw=4 :
