def main(sqlite_file, server_person_id):
(db_mysql, cur_mysql) = dbs.connect_mysql()
(db_sqlite, cur_sqlite) = dbs.connect_sqlite(sqlite_file)
sqlite_tables = dbs.get_name_of_tables_sqlite(cur_sqlite)
for table in sqlite_tables:
results = cur_sqlite.execute("SELECT * FROM " + table)
for row in results.fetchall():
insert = "INSERT INTO " + table + " VALUES( " + server_person_id + ", "
str_row = []
for r in row:
# TODO: fix, handle unicode characters
if type(r) == unicode:
r = r.encode('ascii', 'ignore')
r = str(r).replace("'", '')
str_row.append("'" + r + "'")
insert += ",".join(str_row)
insert += ")"
cur_mysql.execute(insert)
db_mysql.commit()
def main():
(db_mysql, cur_mysql) = dbs.connect_mysql()
(db_sqlite, cur_sqlite) = dbs.connect_sqlite()
drop_chronojump_table(db_mysql, cur_mysql)
(db_mysql, cur_mysql) = dbs.connect_mysql()
# Creates tables
table_names = dbs.get_name_of_tables_sqlite(cur_sqlite)
for table_name in table_names:
sql_table = dbs.get_create_table(cur_sqlite, table_name)
sql_table = add_person_id(sql_table)
sql_table = fix_unique_id_primary_key(sql_table)
cur_mysql.execute(sql_table)
def populates_sqlite_file(file_name, person_id):
(db_mysql, cur_mysql) = dbs.connect_mysql()
(db_sqlite, cur_sqlite) = dbs.connect_sqlite()
name_of_tables = dbs.get_name_of_tables_mysql(cur_mysql)
new_sqlite = sqlite3.connect(file_name)
for name_of_table in name_of_tables:
copy_data(cur_mysql, new_sqlite, person_id, name_of_table)
def create_sqlite_file(file_name):
(conn, cursor) = dbs.connect_mysql()
new_sqlite_cursor = sqlite3.connect(file_name)
table_names = dbs.get_name_of_tables_mysql(cursor)
for table_name in table_names:
sql = dbs.get_create_table_mysql(cursor, table_name)
new_sqlite_cursor.execute(sql)