//Not 100% sure how this SQL statement works, found it here: http://searchoracle.techtarget.com/expert/KnowledgebaseAnswer/0,289625,sid41_cid458485,00.html
	/*The part about this problem that's the toughest to figure out is what to do about year boundaries.
	You get into difficulty if you start by reconstructing the person's birthday this year --

			    select DATE_FORMAT(CURRENT_DATE,'%Y')
			           + DATE_FORMAT(birthdate,'-%m-%d')

	What if today is December 24 and the birthday is January 5? That's certainly within 14 days, but suddenly the comparison is not so straight-forward -- 
	maybe you have to use the person's birthday next year, not this year, and do you subtract it from CURRENT_DATE or subtract CURRENT_DATE from the birthday?

	Here's a better approach. My age, considered as an integer, does not go up until my next birthday is reached. If I'm 39 today, and in two weeks I'm 40, then my 
	birthday must have occurred somewhere within those 14 days. Never mind whether we crossed a year boundary. All we need is a convenient formula for age in years.
	The MySQL docs give a splendid example --

	To determine how many years old each of your pets is, compute the difference in the year part of the current date and the birth date,
	then subtract one if the current date occurs earlier in the calendar year than the birth date. The following query shows, for each pet,
	the birth date, the current date, and the age in years.

			    select ( YEAR(CURRENT_DATE) - YEAR(birth) )
			           - ( RIGHT(CURRENT_DATE,5) < RIGHT(birth,5) )
			          as age

	Here, YEAR() pulls out the year part of a date and RIGHT() pulls off the rightmost five characters that represent the MM-DD (calendar year) part of the date.
	The part of the expression that compares the MM-DD values evaluates to 1 or 0, which adjusts the year difference down a year if CURRENT_DATE occurs earlier in the year than birth.

	Now all we have to do is compare the person's age in 14 days with the age today and Bob's your uncle --

			    select lastname, birthdate
			      from yourtable
			     where ( YEAR(DATE_ADD(CURRENT_DATE, INTERVAL 14 DAYS))
			             - YEAR(birthdate) )
			           - ( RIGHT(DATE_ADD(CURRENT_DATE, INTERVAL 14 DAYS),5)
			               < RIGHT(birthdate,5) )
			         > ( YEAR(CURRENT_DATE)
			             - YEAR(birthdate) )
			           - ( RIGHT(CURRENT_DATE,5)
			               < RIGHT(birthdate,5) ) 

	This problem is also discussed on pages 74-76 of Joe Celko's SQL for Smarties (ISBN 1-55860-323-9). */
	
	
	Here's the modified version for my needs:
	
	$newSQL = "SELECT id, ".$atts['list_type'].", last_name, first_name FROM ".$wpdb->prefix."connections where (YEAR(DATE_ADD(CURRENT_DATE, INTERVAL ".$atts['days']." DAY))"
        . " - YEAR(DATE_ADD(FROM_UNIXTIME(`".$atts['list_type']."`), INTERVAL ".$connections->sqlTimeOffset." SECOND)) )"
        . " - ( MID(DATE_ADD(CURRENT_DATE, INTERVAL ".$atts['days']." DAY),5,6)"
        . " < MID(DATE_ADD(FROM_UNIXTIME(`".$atts['list_type']."`), INTERVAL ".$connections->sqlTimeOffset." SECOND),5,6) )"
        . " > ( YEAR(CURRENT_DATE)"
        . " - YEAR(DATE_ADD(FROM_UNIXTIME(`".$atts['list_type']."`), INTERVAL ".$connections->sqlTimeOffset." SECOND)) )"
        . " - ( MID(CURRENT_DATE,5,6)"
        . " < MID(DATE_ADD(FROM_UNIXTIME(`".$atts['list_type']."`), INTERVAL ".$connections->sqlTimeOffset." SECOND),5,6) )"
		. $visibilityfilter
		. " ORDER BY DATE_ADD(FROM_UNIXTIME(`".$atts['list_type']."`), INTERVAL ".$connections->sqlTimeOffset." SECOND) ASC";