Difference between revisions of "Presage/Internal:Great American Date Codes"

Latest revision as of 11:04, 16 June 2017

Great American [Appetizers] Snacks has unique date codes for their packaging.

The Wahoo Date Code

The Wahoo code is used in both the Nampa and Monroe plants for a number of analyses. For a date of 2017-06-05 00:15:01 (produced on Line 1 in the Nampa plant), the Wahoo Code would display as 'NF057J1'

The 'N' stands for Nampa. The Monroe plant's initial character is 'M'.
The 'F' stands for the month of June (controlled by the first of the nested case statement).
The '05' is the day of the month formatted as a two-digit day using the format '%d'.
The '7' is the last number of the four-digit year using the RIGHT command to find the first digit on the right of the number, using the format '%y'.
The 'J' represents the time between midnight and 2 a.m. (controlled by the second of the nested case statement).
Finally, the '1' indicates the line number within the plant where the product was produced.

(SELECT CASE WHEN {?Date Code Format} = "Wahoo" THEN
	CONCAT('N', 

	CASE 
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 1 THEN 'A'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 2 THEN 'B'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 3 THEN 'C'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 4 THEN 'D'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 5 THEN 'E'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 6 THEN 'F'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 7 THEN 'G'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 8 THEN 'H'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 9 THEN 'I'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 10 THEN 'J'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 11 THEN 'K'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 12 THEN 'L'
	END,

	date_format({?Check Timestamp},'%d'),
	RIGHT(DATE_FORMAT({?Check Timestamp},'%y'),1),

	CASE 
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '05:00:00' AND '07:59:59' THEN 'A'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '08:00:00' AND '09:59:59' THEN 'B'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '10:00:00' AND '11:59:59' THEN 'C'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '12:00:00' AND '13:59:59' THEN 'D'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '14:00:00' AND '15:59:59' THEN 'E'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '16:00:00' AND '17:59:59' THEN 'F'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '18:00:00' AND '19:59:59' THEN 'G'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '20:00:00' AND '21:59:59' THEN 'H'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '22:00:00' AND '23:59:59' THEN 'I'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '00:00:00' AND '01:59:59' THEN 'J'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '02:00:00' AND '03:59:59' THEN 'K'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '04:00:00' AND '04:59:59' THEN 'L'
	END,
{?Line})
END)

The code above references a choice {?Date Code Format} techs select against the {?Check Timestamp} in an analysis. The date format is compared against a code on the product's packaging. This assures the product packaging is labeled properly. An option name must always be preceded by '{?' and followed by '}' to be recognized as an analysis option. [This link https://www.w3schools.com/SQL/func_date_format.asp] offers a list of date formats for MySQL.

Best Before/Meilleur Avant YYYY MO DD + Wahoo

The Nampa plant requested a new date code for a product distributed in Canada. They requested month abbreviations that are not standard to MySQL. Therefore we used a case statement instead of using the date formats. That code looks like the code below. It concatenates 'Best Before/Meilleur Avant ' with the four-digit year, the two-character month (in the first case statment), the two-digit day, and the Wahoo Date Code (above).

For a date of 2017-06-05 00:15:01 (produced on Line 1 in the Nampa plant), the Date Code would display as 'Best Before/Meilleur Avant 2018 JN05 NF057J1'.

(SELECT CASE WHEN {?Retail Date Code Format} = "Best Before/Meilleur Avant YYYY MO DD + Wahoo" THEN 
	CONCAT('Best Before/Meilleur Avant ', DATE_FORMAT(DATE_ADD({?Check Timestamp}, INTERVAL 12 month), '%Y '), LEFT(date_format(date_add({?Check Timestamp}, interval 12 month),

	CASE 
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 1 THEN 'JA'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 2 THEN 'FE'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 3 THEN 'MR'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 4 THEN 'AL'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 5 THEN 'MA'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 6 THEN 'JN'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 7 THEN 'JL'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 8 THEN 'AU'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 9 THEN 'SE'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 10 THEN 'OC'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 11 THEN 'NO'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 12 THEN 'DE'
	END),2), 
	date_format(date_add({?Check Timestamp}, interval 12 month),'%d'),  ' N', 

	CASE 
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 1 THEN 'A'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 2 THEN 'B'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 3 THEN 'C'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 4 THEN 'D'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 5 THEN 'E'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 6 THEN 'F'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 7 THEN 'G'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 8 THEN 'H'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 9 THEN 'I'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 10 THEN 'J'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 11 THEN 'K'
	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 12 THEN 'L'
	END,  
	date_format({?Check Timestamp},'%d'),
	RIGHT(DATE_FORMAT({?Check Timestamp},'%y'),1),

	CASE 
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '05:00:00' AND '07:59:59' THEN 'A'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '08:00:00' AND '09:59:59' THEN 'B'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '10:00:00' AND '11:59:59' THEN 'C'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '12:00:00' AND '13:59:59' THEN 'D'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '14:00:00' AND '15:59:59' THEN 'E'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '16:00:00' AND '17:59:59' THEN 'F'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '18:00:00' AND '19:59:59' THEN 'G'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '20:00:00' AND '21:59:59' THEN 'H'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '22:00:00' AND '23:59:59' THEN 'I'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '00:00:00' AND '01:59:59' THEN 'J'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '02:00:00' AND '03:59:59' THEN 'K'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '04:00:00' AND '04:59:59' THEN 'L'
	END,
{?Line})
END)

Simplot

As far as I know, the Simplot format is only used in the Nampa plant. It has the format:

PPP MM DD YY L T

PPP = plant of production
MMM = Month of production (Alpha)
DD = Day of Production
YY = Year of Production
L = Line of Production
T = Time Interval of Production

Here is an example of a Simplot date code format when it is filled out with information:

968 JUN 16 17 4 3

(SELECT CASE WHEN {?Date Code Format} = {?Date Code Format} THEN 
	CONCAT('968 ', DATE_FORMAT({?Check Timestamp},'%b %d %y'), ' ', {?Line}, ' ', CASE 
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '05:00:00' AND '07:59:59' THEN '1'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '08:00:00' AND '09:59:59' THEN '2'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '10:00:00' AND '11:59:59' THEN '3'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '12:00:00' AND '13:59:59' THEN '4'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '14:00:00' AND '15:59:59' THEN '5'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '16:00:00' AND '17:59:59' THEN '6'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '18:00:00' AND '19:59:59' THEN '7'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '20:00:00' AND '21:59:59' THEN '8'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '22:00:00' AND '23:59:59' THEN '9'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '00:00:00' AND '01:59:59' THEN '10'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '02:00:00' AND '03:59:59' THEN '11'
	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '04:00:00' AND '04:59:59' THEN '12'
	END)
END)

Difference between revisions of "Presage/Internal:Great American Date Codes"

Latest revision as of 11:04, 16 June 2017

The Wahoo Date Code

Best Before/Meilleur Avant YYYY MO DD + Wahoo

Simplot

Navigation menu

Page actions

Page actions

Personal tools

Search

Search

Navigation

Tools

@@ Line 2: / Line 2: @@
 <h2>The Wahoo Date Code</h2>
-The Wahoo code is used in both the Nampa and Monroe plants for a number of analysis. For a date of 2017-06-05 00:15:01 (produced on Line 1 in the Nampa plant), the Wahoo Code would display as 'NF057J1'
+The Wahoo code is used in both the Nampa and Monroe plants for a number of analyses. For a date of '''2017-06-05 00:15:01''' (produced on '''Line 1''' in the '''Nampa''' plant), the Wahoo Code would display as ''''NF057J1''''
-*N stands for Nampa. The Monroe plant's initial character is M.
+*The 'N' stands for Nampa. The Monroe plant's initial character is 'M'.
-*The 'F' stands for the month of June (controlled by the first case statement).
+*The 'F' stands for the month of June (controlled by the first of the nested case statement).
 *The '05' is the day of the month formatted as a two-digit day using the format '%d'.
 *The '7' is the last number of the four-digit year using the RIGHT command to find the first digit on the right of the number, using the format '%y'.
-*The 'J' represents the time between midnight and 2 a.m. using the second case statement.
+*The 'J' represents the time between midnight and 2 a.m. (controlled by the second of the nested case statement).
 *Finally, the '1' indicates the line number within the plant where the product was produced.
-{{Code|text=(SELECT <br>
+<source lang='text'>
-CASE  <br>
+(SELECT CASE WHEN {?Date Code Format} = "Wahoo" THEN
-WHEN {?Date Code Format} = "Wahoo" THEN <br>
+	CONCAT('N',
-	CONCAT('N', <br>
-	CASE <br>
-	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 1 THEN 'A'<br>
-	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 2 THEN 'B'<br>
-	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 3 THEN 'C'<br>
-	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 4 THEN 'D'<br>
-	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 5 THEN 'E'<br>
-	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 6 THEN 'F'<br>
-	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 7 THEN 'G'<br>
-	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 8 THEN 'H'<br>
-	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 9 THEN 'I'<br>
-	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 10 THEN 'J'<br>
-	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 11 THEN 'K'<br>
-	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 12 THEN 'L'<br>
-	END,  <br>
-	date_format({?Check Timestamp},'%d'),<br>
-RIGHT(DATE_FORMAT({?Check Timestamp},'%y'),1),<br>
-CASE <br>
-	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '05:00:00' AND '07:59:59' THEN 'A'<br>
-	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '08:00:00' AND '09:59:59' THEN 'B'<br>
-	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '10:00:00' AND '11:59:59' THEN 'C'<br>
-	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '12:00:00' AND '13:59:59' THEN 'D'<br>
-	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '14:00:00' AND '15:59:59' THEN 'E'<br>
-	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '16:00:00' AND '17:59:59' THEN 'F'<br>
-	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '18:00:00' AND '19:59:59' THEN 'G'<br>
-	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '20:00:00' AND '21:59:59' THEN 'H'<br>
-	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '22:00:00' AND '23:59:59' THEN 'I'<br>
-	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '00:00:00' AND '01:59:59' THEN 'J'<br>
-	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '02:00:00' AND '03:59:59' THEN 'K'<br>
-	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '04:00:00' AND '04:59:59' THEN 'L'<br>
-	END,<br>
-{?Line})<br>
-<br>
-END)}}
-Best Before/Meilleur Avant 2018 JN05 NF057J1
+	CASE
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 1 THEN 'A'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 2 THEN 'B'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 3 THEN 'C'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 4 THEN 'D'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 5 THEN 'E'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 6 THEN 'F'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 7 THEN 'G'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 8 THEN 'H'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 9 THEN 'I'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 10 THEN 'J'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 11 THEN 'K'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 12 THEN 'L'
+	END,
+	date_format({?Check Timestamp},'%d'),
+	RIGHT(DATE_FORMAT({?Check Timestamp},'%y'),1),
+	CASE
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '05:00:00' AND '07:59:59' THEN 'A'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '08:00:00' AND '09:59:59' THEN 'B'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '10:00:00' AND '11:59:59' THEN 'C'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '12:00:00' AND '13:59:59' THEN 'D'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '14:00:00' AND '15:59:59' THEN 'E'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '16:00:00' AND '17:59:59' THEN 'F'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '18:00:00' AND '19:59:59' THEN 'G'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '20:00:00' AND '21:59:59' THEN 'H'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '22:00:00' AND '23:59:59' THEN 'I'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '00:00:00' AND '01:59:59' THEN 'J'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '02:00:00' AND '03:59:59' THEN 'K'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '04:00:00' AND '04:59:59' THEN 'L'
+	END,
+{?Line})
+END)
+</source>
+The code above references a choice {?Date Code Format} techs select against the {?Check Timestamp} in an analysis. The date format is compared against a code on the product's packaging. This assures the product packaging is labeled properly. An option name must always be preceded by '{?' and followed by '}' to be recognized as an analysis option. [This link https://www.w3schools.com/SQL/func_date_format.asp] offers a list of date formats for MySQL.
+<h2>Best Before/Meilleur Avant YYYY MO DD + Wahoo</h2>
+The Nampa plant requested a new date code for a product distributed in Canada. They requested month abbreviations that are not standard to MySQL. Therefore we used a case statement instead of using the date formats. That code looks like the code below. It concatenates 'Best Before/Meilleur Avant ' with the four-digit year, the two-character month (in the first case statment), the two-digit day, and the Wahoo Date Code (above).
+For a date of '''2017-06-05 00:15:01''' (produced on '''Line 1''' in the '''Nampa''' plant), the Date Code would display as ''''Best Before/Meilleur Avant 2018 JN05 NF057J1''''.
+<source lang='text'>
+(SELECT CASE WHEN {?Retail Date Code Format} = "Best Before/Meilleur Avant YYYY MO DD + Wahoo" THEN
+	CONCAT('Best Before/Meilleur Avant ', DATE_FORMAT(DATE_ADD({?Check Timestamp}, INTERVAL 12 month), '%Y '), LEFT(date_format(date_add({?Check Timestamp}, interval 12 month),
+	CASE
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 1 THEN 'JA'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 2 THEN 'FE'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 3 THEN 'MR'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 4 THEN 'AL'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 5 THEN 'MA'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 6 THEN 'JN'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 7 THEN 'JL'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 8 THEN 'AU'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 9 THEN 'SE'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 10 THEN 'OC'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 11 THEN 'NO'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 12 THEN 'DE'
+	END),2),
+	date_format(date_add({?Check Timestamp}, interval 12 month),'%d'),  ' N',
+	CASE
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 1 THEN 'A'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 2 THEN 'B'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 3 THEN 'C'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 4 THEN 'D'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 5 THEN 'E'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 6 THEN 'F'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 7 THEN 'G'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 8 THEN 'H'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 9 THEN 'I'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 10 THEN 'J'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 11 THEN 'K'
+	WHEN DATE_FORMAT({?Check Timestamp},'%c') = 12 THEN 'L'
+	END,
+	date_format({?Check Timestamp},'%d'),
+	RIGHT(DATE_FORMAT({?Check Timestamp},'%y'),1),
+	CASE
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '05:00:00' AND '07:59:59' THEN 'A'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '08:00:00' AND '09:59:59' THEN 'B'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '10:00:00' AND '11:59:59' THEN 'C'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '12:00:00' AND '13:59:59' THEN 'D'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '14:00:00' AND '15:59:59' THEN 'E'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '16:00:00' AND '17:59:59' THEN 'F'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '18:00:00' AND '19:59:59' THEN 'G'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '20:00:00' AND '21:59:59' THEN 'H'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '22:00:00' AND '23:59:59' THEN 'I'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '00:00:00' AND '01:59:59' THEN 'J'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '02:00:00' AND '03:59:59' THEN 'K'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '04:00:00' AND '04:59:59' THEN 'L'
+	END,
+{?Line})
+END)
+</source>
+<h2>Simplot</h2>
+As far as I know, the Simplot format is only used in the Nampa plant. It has the format:
+PPP MM DD YY L T
+*PPP = plant of production
+*MMM = Month of production (Alpha)
+*DD = Day of Production
+*YY = Year of Production
+*L = Line of Production
+*T = Time Interval of Production
+Here is an example of a Simplot date code format when it is filled out with information:
+JUN 16 17 4 3
+<source lang='text'>
+(SELECT CASE WHEN {?Date Code Format} = {?Date Code Format} THEN
+	CONCAT('968 ', DATE_FORMAT({?Check Timestamp},'%b %d %y'), ' ', {?Line}, ' ', CASE
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '05:00:00' AND '07:59:59' THEN '1'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '08:00:00' AND '09:59:59' THEN '2'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '10:00:00' AND '11:59:59' THEN '3'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '12:00:00' AND '13:59:59' THEN '4'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '14:00:00' AND '15:59:59' THEN '5'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '16:00:00' AND '17:59:59' THEN '6'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '18:00:00' AND '19:59:59' THEN '7'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '20:00:00' AND '21:59:59' THEN '8'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '22:00:00' AND '23:59:59' THEN '9'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '00:00:00' AND '01:59:59' THEN '10'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '02:00:00' AND '03:59:59' THEN '11'
+	WHEN DATE_FORMAT({?Check Timestamp},'%T') BETWEEN '04:00:00' AND '04:59:59' THEN '12'
+	END)
+END)
+</source>