Table:
title	developer	category	release date	version

alarm clock	microsoft	utilities	2010 - 12 - 16	1.1

calculator	microsoft	utilities	2009 - 09 - 01	1.0

calendar	matchbox	utilities	2011 - 07 - 29	1.0.0.3

chord finder	microsoft	utilities	2010 - 11 - 17	1.0

drum machine hd	dino games	utilities	2010 - 10 - 20	1.0

email	microsoft	utilities	2011 - 04 - 01	1.1.0.1

facebook	matchbox	social networking	2010 - 12 - 16	1.4

fan prediction	ihwy , inc	entertainment	2011 - 06 - 23	1.0

fingerpaint	babaroga	entertainment	2011 - 07 - 29	1.1

level	microsoft	utilities	2011 - 06 - 23	1.0

metronome	dino games	utilities	2010 - 09 - 09	1.0

msn money	microsoft	utilities	2010 - 07 - 29	1.0

notes	microsoft	utilities	2011 - 06 - 23	1.0

piano	microsoft	entertainment	2009 - 11 - 01	1.0

shuffle by album	microsoft	utilities	2011 - 02 - 18	1.1

stopwatch	microsoft	utilities	2010 - 08 - 05	1.1

twitter	matchbox	social networking	2010 - 12 - 16	1.6

weather	microsoft	utilities	2009 - 09 - 01	1.0

windows live messenger	microsoft	social networking	2010 - 11 - 17	1.4

zune reader	microsoft	utilities	2011 - 02 - 18	1.2

Your is as follows:
Examine the table image and determine the locations of the mentioned cells. You need to express a cell's position with the JSON {'value': '<cell value>', 'location': (row_id, column_id)}, with row and column id both commencing from 1. Some cell values may not be contained in this table. If so, represent their locations as 'DOES NOT EXIST'.
Cells to locate:
1. 'babaroga';
2. 'drum machine hd';

The coordinates of target cells are listed below.
1. {'value': 'babaroga', 'location': (10, 2)}
2. {'value': 'drum machine hd', 'location': (6, 1)}