#!/usr/bin/env python # # Public Domain 2014-2016 MongoDB, Inc. # Public Domain 2008-2014 WiredTiger, Inc. # # This is free and unencumbered software released into the public domain. # # Anyone is free to copy, modify, publish, use, compile, sell, or # distribute this software, either in source code form or as a compiled # binary, for any purpose, commercial or non-commercial, and by any # means. # # In jurisdictions that recognize copyright laws, the author or authors # of this software dedicate any and all copyright interest in the # software to the public domain. We make this dedication for the benefit # of the public at large and to the detriment of our heirs and # successors. We intend this dedication to be an overt act of # relinquishment in perpetuity of all present and future rights to this # software under copyright law. # # THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, # EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF # MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. # IN NO EVENT SHALL THE AUTHORS BE LIABLE FOR ANY CLAIM, DAMAGES OR # OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, # ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR # OTHER DEALINGS IN THE SOFTWARE. import wiredtiger, wttest # test_index01.py # basic tests for indices class test_index01(wttest.WiredTigerTestCase): '''Test basic operations for indices''' basename = 'test_index01' tablename = 'table:' + basename indexbase = 'index:' + basename NUM_INDICES = 6 index = ['%s:index%d' % (indexbase, i) for i in xrange(NUM_INDICES)] def create_table(self): self.pr('create table') self.session.create(self.tablename, 'key_format=Si,value_format=SSii,columns=(name,ID,dept,job,salary,year)') self.session.create(self.index[0], 'columns=(dept)') self.session.create(self.index[1], 'columns=(name,year)') self.session.create(self.index[2], 'columns=(salary)') self.session.create(self.index[3], 'columns=(dept,job,name)') self.session.create(self.index[4], 'columns=(name,ID)') self.session.create(self.index[5], 'columns=(ID,name)') def drop_table(self): self.pr('drop table') self.session.drop(self.tablename, None) def cursor(self, config=None): self.pr('open cursor') c = self.session.open_cursor(self.tablename, None, config) self.assertNotEqual(c, None) return c def index_cursor(self, i): self.pr('open index cursor(%d)' % i) c = self.session.open_cursor(self.index[i], None, None) self.assertNotEqual(c, None) return c def index_iter(self, i): cursor = self.index_cursor(i) for cols in cursor: yield cols cursor.close() def check_exists(self, name, ID, expected): cursor = self.cursor() cursor.set_key(name, ID) self.pr('search') self.assertEqual(cursor.search(), expected) self.pr('closing cursor') cursor.close() def insert(self, *cols): self.pr('insert') cursor = self.cursor(config='overwrite=false') cursor.set_key(*cols[:2]) cursor.set_value(*cols[2:]) self.assertEqual(cursor.insert(), 0) cursor.close() def insert_duplicate(self, *cols): self.pr('insert') cursor = self.cursor(config='overwrite=false') cursor.set_key(*cols[:2]) cursor.set_value(*cols[2:]) self.assertRaises(wiredtiger.WiredTigerError, lambda: cursor.insert()) cursor.close() def insert_overwrite(self, *cols): self.pr('insert') cursor = self.cursor(config='overwrite=true') cursor.set_key(*cols[:2]) cursor.set_value(*cols[2:]) self.assertEqual(cursor.insert(), 0) cursor.close() def update(self, *cols): self.pr('update') cursor = self.cursor(config='overwrite=false') cursor.set_key(*cols[:2]) cursor.set_value(*cols[2:]) self.assertEqual(cursor.update(), 0) cursor.close() def update_nonexistent(self, *cols): self.pr('update') cursor = self.cursor(config='overwrite=false') cursor.set_key(*cols[:2]) cursor.set_value(*cols[2:]) self.assertEqual(cursor.update(), wiredtiger.WT_NOTFOUND) cursor.close() def remove(self, name, ID): self.pr('remove') cursor = self.cursor(config='overwrite=false') cursor.set_key(name, ID) self.assertEqual(cursor.remove(), 0) cursor.close() def test_empty(self): '''Create a table, look for a nonexistent key''' self.create_table() self.check_exists('jones', 10, wiredtiger.WT_NOTFOUND) for i in xrange(self.NUM_INDICES): self.assertEqual(list(self.index_iter(i)), []) self.drop_table() def test_insert(self): '''Create a table, add a key, get it back''' self.create_table() self.insert('smith', 1, 'HR', 'manager', 100000, 1970) self.check_exists('smith', 1, 0) result = '' for i in xrange(self.NUM_INDICES): result += '\n'.join(repr(cols) for cols in self.index_iter(i)) result += '\n\n' self.assertEqual(result, \ "['HR', 'HR', 'manager', 100000, 1970]\n\n" + \ "['smith', 1970, 'HR', 'manager', 100000, 1970]\n\n" + \ "[100000, 'HR', 'manager', 100000, 1970]\n\n" + \ "['HR', 'manager', 'smith', 'HR', 'manager', 100000, 1970]\n\n" + \ "['smith', 1, 'HR', 'manager', 100000, 1970]\n\n" + \ "[1, 'smith', 'HR', 'manager', 100000, 1970]\n\n") self.drop_table() def test_update(self): '''Create a table, add a key, update it, get it back''' self.create_table() self.insert('smith', 1, 'HR', 'manager', 100000, 1970) self.update('smith', 1, 'HR', 'janitor', 10000, 1970) self.update_nonexistent('smith', 2, 'HR', 'janitor', 1000, 1970) self.update_nonexistent('Smith', 1, 'HR', 'janitor', 1000, 1970) self.check_exists('smith', 1, 0) result = '' for i in xrange(self.NUM_INDICES): result += '\n'.join(repr(cols) for cols in self.index_iter(i)) result += '\n\n' self.assertEqual(result, \ "['HR', 'HR', 'janitor', 10000, 1970]\n\n" + \ "['smith', 1970, 'HR', 'janitor', 10000, 1970]\n\n" + \ "[10000, 'HR', 'janitor', 10000, 1970]\n\n" + \ "['HR', 'janitor', 'smith', 'HR', 'janitor', 10000, 1970]\n\n" + \ "['smith', 1, 'HR', 'janitor', 10000, 1970]\n\n" + \ "[1, 'smith', 'HR', 'janitor', 10000, 1970]\n\n") self.drop_table() def test_insert_overwrite(self): '''Create a table, add a key, insert-overwrite it, insert-overwrite a nonexistent record, get them both back''' self.create_table() self.insert('smith', 1, 'HR', 'manager', 100000, 1970) self.insert_overwrite('smith', 1, 'HR', 'janitor', 10000, 1970) self.insert_overwrite('jones', 2, 'IT', 'sysadmin', 50000, 1980) self.check_exists('smith', 1, 0) self.check_exists('jones', 2, 0) self.insert_duplicate('smith', 1, 'HR', 'manager', 100000, 1970) result = '' for i in xrange(self.NUM_INDICES): result += '\n'.join(repr(cols) for cols in self.index_iter(i)) result += '\n\n' self.assertEqual(result, \ "['HR', 'HR', 'janitor', 10000, 1970]\n" + \ "['IT', 'IT', 'sysadmin', 50000, 1980]\n\n" + \ "['jones', 1980, 'IT', 'sysadmin', 50000, 1980]\n" + \ "['smith', 1970, 'HR', 'janitor', 10000, 1970]\n\n" + \ "[10000, 'HR', 'janitor', 10000, 1970]\n" + \ "[50000, 'IT', 'sysadmin', 50000, 1980]\n\n" + \ "['HR', 'janitor', 'smith', 'HR', 'janitor', 10000, 1970]\n" + \ "['IT', 'sysadmin', 'jones', 'IT', 'sysadmin', 50000, 1980]\n\n" + \ "['jones', 2, 'IT', 'sysadmin', 50000, 1980]\n" + \ "['smith', 1, 'HR', 'janitor', 10000, 1970]\n\n" + \ "[1, 'smith', 'HR', 'janitor', 10000, 1970]\n" + \ "[2, 'jones', 'IT', 'sysadmin', 50000, 1980]\n\n") self.drop_table() def test_insert_delete(self): '''Create a table, add a key, remove it''' self.create_table() self.insert('smith', 1, 'HR', 'manager', 100000, 1970) self.check_exists('smith', 1, 0) self.remove('smith', 1) self.check_exists('smith', 1, wiredtiger.WT_NOTFOUND) for i in xrange(self.NUM_INDICES): self.assertEqual(list(self.index_iter(i)), []) self.drop_table() def test_exclusive(self): '''Create indices, then try to create another index exclusively''' self.create_table() # non-exclusive recreate is allowed self.session.create(self.index[0], 'columns=(dept)') # exclusive recreate self.assertRaises(wiredtiger.WiredTigerError, lambda: self.session.create(self.index[0], 'columns=(dept),exclusive')) self.drop_table() if __name__ == '__main__': wttest.run()