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* add supporting for PyAtomic<PyObject> * create sqlite module * add dependency sqlite3-sys * add module constants * import sqlite3 from cpython * adjust lib * add module structure * impl Connection.cursor * add module exceptions * impl lstrip_sql * impl statement new * wip cursor.execute * wip cursor * wip error to exception * add SqliteRaw and SqliteStatementRaw * impl statement parameters binding * wip cursor.execute * add test_sqlite * impl closeable connection * impl closeable cursor * impl cursor.executemany * impl cursor.executescript * impl cursor.fetch* * impl connection.backup * stage 1 * add support connection.backup with progress * fix backup deadlock * support changable isolation_level * impl converter * impl adapter * impl text_factory and blob * impl create_function * impl create_function 2 * fix empty statement * impl blob support * impl create_aggregate * impl create_aggregate 2 * refactor create_* * impl enable_callback_traceback * impl create_collation * refactor create_* with CallbackData * fix text and blob use SQLITE_TRANSIENT * fix str to SQLITE_TEXT * impl thread check * impl Connection Factory * impl busy timeout * shift sqlite3-sys -> libsqlite3-sys * refactor CallbackData * impl create_window_function * refactor callback functions * add module attr converters * fix nullable isolation_level * add module attr adapters * fix nullable adapt proto * impl set_authorizer * impl trace_callback * impl set_progress_handler * impl cancellable sqlite function* * impl attributes for Connection * fix some failed tests * impl Row * impl Blob methods * impl Blob subscript & ass_subscript * pass tests * rebase * no sqlite for wasm * use ThreadId instead u64 * no libsqlite3-sys for wasm * fix into_cstring for all platform * fixup * rebase * fix windows into_bytes * disable sqlite for android * fixup
49 lines
1.1 KiB
Python
49 lines
1.1 KiB
Python
import sqlite3 as sqlite
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import unittest
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rows = [(3,), (4,)]
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cx = sqlite.connect(":memory:")
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cx.execute(";")
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cx.executescript(";")
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cx.execute("CREATE TABLE foo(key INTEGER)")
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cx.executemany("INSERT INTO foo(key) VALUES (?)", rows)
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cur = cx.cursor()
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fetchall = cur.execute("SELECT * FROM foo").fetchall()
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assert fetchall == rows
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cx.executescript("""
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/* CREATE TABLE foo(key INTEGER); */
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INSERT INTO foo(key) VALUES (10);
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INSERT INTO foo(key) VALUES (11);
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""")
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class AggrSum:
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def __init__(self):
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self.val = 0.0
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def step(self, val):
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self.val += val
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def finalize(self):
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return self.val
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cx.create_aggregate("mysum", 1, AggrSum)
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cur.execute("select mysum(key) from foo")
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assert cur.fetchone()[0] == 28.0
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# toobig = 2**64
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# cur.execute("insert into foo(key) values (?)", (toobig,))
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class AggrText:
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def __init__(self):
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self.txt = ""
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def step(self, txt):
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txt = str(txt)
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self.txt = self.txt + txt
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def finalize(self):
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return self.txt
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cx.create_aggregate("aggtxt", 1, AggrText)
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cur.execute("select aggtxt(key) from foo")
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assert cur.fetchone()[0] == '341011' |