I am writing a SQL query that pulls some information for the last 4 weeks.
I am seeing two issues with my results (see below).
First problem is that when I look back four weeks, the range should be August 10 - September 6. When I order by 'Day of the Month', the dates in September get moved to the top of the results when they should actually be at the end. So my results should start from 10 (august) and end at 6 (September).
Second problem is I'm missing a few random dates (3, 4, 13, 27).
Day of the Month Number of X
1 125
2 77
5 5
6 23
10 145
11 177
12 116
14 2
15 199
16 154
17 134
18 140
19 154
21 8
22 166
23 145
24 151
25 107
26 79
28 3
29 151
30 163
31 147
Here a general version of my query:
DECLARE #startDate datetime, #endDate datetime;
SET #startDate = dateadd(day, -28, GETDATE());
SET #endDate = dateadd(day, -1, GETDATE());
Select DATEPArt(dd, Time) AS 'Day of the Month', count(*) AS ' Number of X'
from SomeTable ST
where Time >= #startDate
AND Time < #endDate
group by DATEPArt(dd, Time)
order by 'Day of the Month'
For the first problem you can order by date to get the correct date order. I use convert to get a time-free date so that the entries group correctly.
DECLARE #StartDate datetime, #EndDate datetime;
SET #StartDate = DATEADD(day, -28, GETDATE());
SET #EndDate = DATEADD(day, -1, GETDATE());
SELECT
DATEPART(dd, Convert(date, Time)) AS 'Day of the Month', COUNT(*) AS ' Number of X'
FROM SomeTable ST
WHERE Time >= #StartDate
AND Time < #EndDate
GROUP BY Convert(date, Time)
ORDER BY Convert(date, Time)
As for the missing days, this is more complicated as the data needs to be there for the group-by to work.
One option is to create a temporary table with all the dates in, then join in the data. This will still leave a row where the join does not find any data, and can get a "zero" count.
DECLARE #StartDate datetime, #EndDate datetime;
SET #StartDate = DATEADD(day, -28, GETDATE());
SET #EndDate = DATEADD(day, -1, GETDATE());
--Create temporary table with all days between the two dates
;WITH d(d) AS
(
SELECT DATEADD(DAY, n, DATEADD(DAY, DATEDIFF(DAY, 0, #StartDate), 0))
FROM ( SELECT TOP (DATEDIFF(DAY, #StartDate, #EndDate) + 1)
n = ROW_NUMBER() OVER (ORDER BY [object_id]) - 1
FROM sys.all_objects ORDER BY [object_id] ) AS n
)
--Join in our query to the table temporary table
SELECT
DATEPART(dd, d.d) AS 'Day of the Month',
COUNT(Time) AS ' Number of X'
FROM d LEFT OUTER JOIN SomeTable ST ON DATEPART(dd, d.d) = DATEPART(dd, Time)
AND Time >= #StartDate
AND Time < #EndDate
GROUP BY d.d
ORDER BY d.d
Related
I am using SQL Server 2016 and I have a sensor table as follow:
SensorCode
SensorStatus
Timestamp
PS01A
Active
2019-11-20 01:38:11.850
PS01B
Active
2019-11-20 02:30:09.850
PS01C
Active
2019-11-20 05:32:11.004
PS01D
Active
2019-11-20 07:38:07.997
PS01E
Active
2019-11-20 11:38:06.700
How can I filter above table with date and shift type as input parameter in stored procedure? I can make the query for filter the date but not the shift type.
For the shift type use below table as reference:
ShiftType
StartTime
EndTime
Day
06:00:00
17:59:59
Night
18:00:00
05:59:59
and here is my code
ALTER PROCEDURE [dbo].[GET_SENSOR_STATE]
#date DATE,
#shifttypeid INT,
#shifttype NVARCHAR(MAX)
AS
BEGIN
SET NOCOUNT ON;
IF (#shifttype = 'DAY')
SET #shifttypeid = 0
ELSE
SET #shifttypeid = 1
SELECT [SensorCode]
,[SensorStatus]
,[Timestamp]
FROM [MyTable].[dbo].[SensorState] SS
WHERE
--#date = CAST(SS.Timestamp AS DATE)
CASE #shifttypeid
WHEN 0 THEN #date = CAST(SS.Timestamp AS DATE) AND DATEPART(HH, SS.Timestamp) BETWEEN 6 AND 18
WHEN 1 THEN #date = CAST(SS.Timestamp AS DATE) AND DATEPART(HH, SS.Timestamp) BETWEEN 18 AND 6
END
END
You can't use BETWEEN 18 AND 6 it will never be true. Also for BETWEEN, the checking condition is inclusive BETWEEN 6 AND 18 will means >= 6 AND <= 18 which is not exactly what you want. It is best to use >= and <
WHERE (
CAST(SS.Timestamp AS DATE) = #date
OR (
#shifttypeid = 1
AND CAST(SS.Timestamp AS DATE) = DATEADD(DAY, 1, #date)
)
)
AND (
( -- Day Shift
#shifttypeid = 0
AND DATEPART(HH, SS.Timestamp) >= 6
AND DATEPART(HH, SS.Timestamp) < 18
)
OR ( -- Night Shift
#shifttypeid = 1
AND (
DATEPART(HH, SS.Timestamp) < 6
OR DATEPART(HH, SS.Timestamp) >= 18
)
)
)
Added condition to handle Night Shift Date
EDIT : based on #shifttypeid filter the required Timestamp accordingly.
WHERE ( -- Day Shift 06:00 to 18:00
#shifttypeid = 0
AND SS.Timestamp >= DATEADD(HOUR, 6, CAST(#date AS DATETIME))
AND SS.Timestamp < DATEADD(HOUR, 18, CAST(#date AS DATETIME))
)
OR ( -- Night Shfit 18:00 to 06:00
#shifttypeid = 1
AND SS.Timestamp >= DATEADD(HOUR, 18, CAST(#date AS DATETIME))
AND SS.Timestamp < DATEADD(HOUR, 30, CAST(#date AS DATETIME))
)
I current have a query that grabs the number of parts made per hour between two dates:
DECLARE #StartDate datetime
DECLARE #EndDate datetime
SET #StartDate = '10/10/2018'
SET #EndDate = '11/11/2018'
SELECT
CONVERT(VARCHAR(10), CAST(presstimes AS DATE), 111) AS ForDate,
DATEPART(HOUR, presstimes) AS OnHour,
COUNT(*) AS Totals
FROM
partmasterlist
WHERE
((presstimes >= #StartDate AND presstimes < dateAdd(d, 1, #EndDate))
AND (((presstimes IS NOT NULL))))
GROUP BY
CONVERT(VARCHAR(10), CAST(presstimes AS DATE), 111),
DATEPART(HOUR, presstimes)
ORDER BY
CONVERT(VARCHAR(10), CAST(presstimes AS DATE), 111) ASC;
Output:
Date Hour QTY
---------------------
2018/11/06 11 16
2018/11/06 12 20
2018/11/06 13 29
2018/11/06 14 26
Now I need to add another qty column to count where "trimmingtimes" is set.
I can't figure out how to full join the date and hour columns (e.g. presstimes might have 20qty for Hour 2, but trimmingtimes is NULL for Hour 2);
Input:
ID presstimes trimmingtimes
-----------------------------------------------------------------
1 2018-10-10 01:15:23.000 2018-10-10 01:15:23.000
2 2018-10-10 01:15:23.000 NULL
3 2018-10-10 02:15:23.000 NULL
4 NULL 2018-10-10 03:15:23.000
Output:
Date hour Press QTY T QTY
------------------------------------
10/10/18 1 2 1
10/10/18 2 1 0
10/10/18 3 0 1
I suspect you want something like this:
select convert(date, v.dt) as date,
datepart(hour, v.dt) as hour,
sum(ispress) as num_press,
sum(istrim) as num_trim
from partmasterlist pml cross apply
(values (pml.presstime, 1, 0), (pml.trimmingtime, 0, 1)
) v(dt, ispress, istrim)
group by convert(date, v.dt), datepart(hour, v.dt)
order by convert(date, v.dt), datepart(hour, v.dt);
You can add a where clause for a particular range.
I have a table called dates,
Opendate | Closedate
------------+---------------
2015-07-09 | 2016-08-10
I am expecting the output like,
opendate | closedate | diff
------------+---------------+----------------------
2015-07-09 | 2016-08-10 | 1year 1month 1day
2015-07-09 | 2016-03-01 | 8 months 20 days
2015-07-09 | 2015-07-11 | 2 days
But when I run this query:
SELECT opendate,
closedate,
Datediff(year, opendate, closedate) AS years,
Datediff(month, opendate, closedate) AS months,
Datediff(day, opendate, closedate) AS days
FROM dates
It is giving me an output like,
opendate | closedate | years | months | days
------------+---------------+-------+--------+---------
2015-07-09 | 2016-08-10 | 1 | 13 | 397
How can we calculate 1 year 1 month and 1 day
You can use Stacked CTE to find one by one the next year, month and date.
Explanation
Query Below first finds out the DATEDIFF Years of opendate and closedate and checks if the resulting date is greater than closedate. if it is, the actual year difference is DATEDIFF of Y -1. use this new date and fetch the DATEDIFF of months using the same logic and then get the difference in days.
Online Example
Query
WITH D(Opendate,Closedate)AS
(
SELECT CAST('2015-07-09' AS DATE),CAST('2016-08-10' AS DATE)
UNION ALL
SELECT CAST('2015-07-09' AS DATE),CAST('2016-03-01' AS DATE)
UNION ALL
SELECT CAST('2015-07-09' AS DATE),CAST('2015-07-11' AS DATE)
),Y AS
(
SELECT Opendate,Closedate,
CASE
WHEN DATEADD(YEAR,DATEDIFF(YEAR,Opendate,Closedate),Opendate) > Closedate
THEN DATEDIFF(YEAR,Opendate,Closedate) - 1
ELSE DATEDIFF(YEAR,Opendate,Closedate)
END Years
FROM D
), YDate as
(
SELECT Opendate,Closedate,Years,DATEADD(YEAR,Years,Opendate) as Newopendate
FROM Y
),M AS
(
SELECT Opendate,Closedate,Years,Newopendate,
CASE WHEN DATEADD(MONTH,DATEDIFF(MONTH,Newopendate,Closedate),Newopendate) > Closedate
THEN DATEDIFF(MONTH,Newopendate,Closedate) - 1
ELSE DATEDIFF(MONTH,Newopendate,Closedate)
END Months
FROM YDate
)
SELECT Opendate,Closedate,Years,Months,DATEDIFF(Day,DATEADD(MONTH,Months,Newopendate),Closedate) as days
FROM M
Result
Opendate Closedate Years Months days
09-07-2015 00:00 10-08-2016 00:00 1 1 1
09-07-2015 00:00 01-03-2016 00:00 0 7 21
09-07-2015 00:00 11-07-2015 00:00 0 0 2
SELECT opendate,
closedate,
( ( Datediff(year, opendate, closedate) + 'years' )+
(( Datediff(month, opendate, closedate) -
12 * Datediff(year, opendate, closedate)) + 'months') +
( Datediff(day, opendate, closedate) -
( Datediff(year, opendate, closedate) * 365 -
(Datediff(month, opendate, closedate) * 12) )) + 'days'
FROM dates
The logic is you concatenate the years and then deduct the no of months of a year. Similarly deduct for days as well
Create one function as Below
CREATE FUNCTION dbo.GetYearMonthDays
(
#FromDate DATETIME
)
RETURNS NVARCHAR(100)
AS
BEGIN
DECLARE #date datetime, #tmpdate datetime, #years int, #months int, #days int
SELECT #date =#FromDate
SELECT #tmpdate = #date
SELECT #years = DATEDIFF(yy, #tmpdate, GETDATE()) - CASE WHEN (MONTH(#date) > MONTH(GETDATE())) OR (MONTH(#date) = MONTH(GETDATE()) AND DAY(#date) > DAY(GETDATE())) THEN 1 ELSE 0 END
SELECT #tmpdate = DATEADD(yy, #years, #tmpdate)
SELECT #months = DATEDIFF(m, #tmpdate, GETDATE()) - CASE WHEN DAY(#date) > DAY(GETDATE()) THEN 1 ELSE 0 END
SELECT #tmpdate = DATEADD(m, #months, #tmpdate)
SELECT #days = DATEDIFF(d, #tmpdate, GETDATE())
RETURN CONVERT(varchar(10), #years) +' Years ' + CONVERT(varchar(10), #months) + ' Month ' + CONVERT(varchar(10), #days) + ' Days'
END
GO
And use is as below
SELECT opendate,
closedate,dbo.GetYearMonthDays(closedate)
FROM dates
This will give you what you wants.
I want to generate based on the day of the week and number of the occurrence in the month of a date, a list of dates for each month between two dates. Assuming I have a #StartDate = 2016/04/01 and #EndDate = 2016/09/01, i check that #StartDate is on a first Friday of April, then to #EndDate will create dates for all first Friday of each month:
2016/05/06
2016/06/03
2016/07/01
2016/08/05
In case #StartDate = 2016/04/12 and #EndDate = 2016/09/01, I note that the #StartDate is the second Tuesday of April, then went to get every second Tuesday Tuesday of each month :
2016/05/10
2016/06/14
2016/07/12
2016/08/09
In case#StartDate = 2016/04/28 and #EndDate = 2016/09/01, I note that the #StartDate is on the last Thursday of the month of April:
2016/05/26
2016/06/30
2016/07/28
2016/08/25
In the last case, i need to verify the number of weeks of each month, because exists months only with 4 weeks or with 5 weeks and i want the last occurrence.
What I have done? I found a code that gives me every Monday in the third week of the month, and i adopted a little to get a #StartDate and #EndDate:
;with
filler as (select row_number() over (order by a) a from (select top 100 1 as a from syscolumns) a cross join (select top 100 1 as b from syscolumns) b),
dates as (select dateadd(month, a-1, #StartDate ) date from filler where a <= 1000 and dateadd(month, a-1, #StartDate) < #EndDate),
FirstMonday as (
select dateadd(day, case datepart(weekday,Date) /*this is the case where verify the week day*/
when 1 then 1
when 2 then 0
when 3 then 6
when 4 then 5
when 5 then 4
when 6 then 3
when 7 then 2
end, Date) as Date
,case when datepart(weekday, #StartDate) = 1 then 3 else 2 end as Weeks /*here i verify the number of weeks to sum in the next date*/
from dates
)
select dateadd(week, Weeks, Date) as ThirdMonday
from FirstMonday
So, it is:
set #NumSemana = datepart(day, datediff(day, DATEADD(mm, DATEDIFF(mm,0,#StartDate), 0), #StartDate)/7 * 7)/7 + 1;
WITH AllDays
AS ( SELECT #StartDate AS [Date], DATEPART(month, #StartDate) as validMonth
UNION ALL
SELECT DATEADD(week, 1, [Date]),
iif(DATEPART(month,DATEADD(week, 1, [Date])) < validMonth + #PeriodicityRepeat, validMonth, validMonth + #PeriodicityRepeat)
FROM AllDays
WHERE
DATEPART(month,[Date]) <= DATEPART(month,#EndDate)
and DATEPART(year,[Date]) <= DATEPART(year,#EndDate)
),
rankedDays
AS(
SELECT [Date], validMonth,
row_number() over ( partition by DATEPART( month, [Date]) order by [Date]) ascOrder,
row_number() over ( partition by DATEPART( month, [Date]) order by [Date] desc) descOrder
FROM AllDays
WHERE DATEPART(month, [Date]) = validMonth
)
select [Date]
from rankedDays
where ((ascOrder = #NumSemana and #NumSemana <=4 )
or (descOrder = 1 and #NumSemana = 5)
or [Date] = #StartDate )
and [Date] < #EndDate
OPTION (MAXRECURSION 0)
Query:
DECLARE #StartDate DATE = '2016-04-28',
#EndDate DATE = '2016-09-01'
;WITH dates AS (
SELECT DATEADD(week, -5, #StartDate) as date_
UNION ALL
SELECT DATEADD(week,1,date_)
FROM dates
WHERE DATEADD(week,1,date_) < #enddate
), final AS (
SELECT ROW_NUMBER() OVER (PARTITION BY DATEPART(year,date_), DATEPART(month,date_) ORDER BY date_ ASC) as RN,
date_
FROM dates
), weeks AS (
SELECT *
FROM (VALUES
(1,1),
(2,2),
(3,3),
(4,4),
(4,5),
(5,4),
(5,5)
) as t(w1,w2)
WHERE w1 = (SELECT RN FROM final WHERE date_ = #StartDate)
)
SELECT MAX(date_) as date_
FROM final f
INNER JOIN weeks w ON f.RN = w.w2
WHERE date_ between #StartDate and #EndDate AND date_ != #StartDate
GROUP BY DATEPART(YEAR,date_), DATEPART(MONTH,date_)
ORDER BY MAX(date_) ASC
Outputs:
For #StartDate = 2016/04/01 and #EndDate = 2016/09/01
date_
----------
2016-05-06
2016-06-03
2016-07-01
2016-08-05
(4 row(s) affected)
For #StartDate = 2016/04/12 and #EndDate = 2016/09/01
date_
----------
2016-05-10
2016-06-14
2016-07-12
2016-08-09
(4 row(s) affected)
For #StartDate = 2016/04/28 and #EndDate = 2016/09/01
date_
----------
2016-05-26
2016-06-30
2016-07-28
2016-08-25
(4 row(s) affected)
I have two working shifts: 8:00:00 to 16:30:00 and 20:00:00 to 06:00:00.
I want to create a stored procedure that will retrieve data from an SQL table when I pass the date
this are my tables
Table1 Emp
ID DateTime EmpID
47 2014-12-05 08:00:00 1111
47 2014-12-05 08:25:00 1235
47 2014-12-05 23:55:00 4569
47 2014-12-06 00:00:00 4563
47 2014-12-06 02:00:00 7412
59 2014-12-06 04:00:00 8523
59 2014-12-05 10:30:00 5632
Table2 Product
ID DateTime ProductMade
47 2014-12-05 11:00:00 Milk
47 2014-12-05 08:00:00 Juice
47 2014-12-06 00:00:00 Bread
47 2014-12-06 06:00:00 Cakes
query for shift 2 18:00 to 06:00
SELECT *
FROM Table 1 as T1
INNER JOIN Table_Product as Prod ON t1.ID=Prod.ID
WHERE T1.DateTime BETWEEN DATEADD(DAY, DATEDIFF(DAY, 0, GETDATE()-8), 0) + '18:00'
AND DATEADD(DAY, DATEDIFF(DAY, 0, GETDATE()-7), 0) + '06:00'
so this will get all the records that has the same ID matching
then i have to do another query for the first shift.
between 08:00 to 16:30
SELECT *
FROM Table 1 AS T1
INNER JOIN
Table_Product AS Prod ON t1.ID=Prod.ID
WHERE DATEDIFF(day, CONVERT(VARCHAR(10), GETDATE(),110), CONVERT(VARCHAR(10), T1.DateTime,110))=-1 AND DATEPART(HOUR,T1.DateTime) BETWEEN '07' AND '16'
How do i make this into one stored procdure and elminate having two queries.
Try this if you want it for a specific shift. Then you have to specify #Shift
Declare #Shift char(1),
#days int
Set #Shift = 'A' -- will only get information for SHIFT A. Change to B if you want the rest
Set #days = 1
Select *
from Table1 t
where t.DateTime between
case when #Shift = 'A' then DateAdd(hour, 8, Convert(date, GetDate() - #days))
else DateAdd(hour, 20, Convert(date, GetDate() - #days)) end
and
case when #Shift = 'A' then DateAdd(hour, 16, Convert(date, GetDate() - #days))
else DateAdd(hour, 30, Convert(date, GetDate() - #days)) end
Specify the Shift and a Date, and it should work.
You can always do something like this as well. This you only have to specify the number of days in the past, and it will retrieve the information and specify the Shift in the first Column
DECLARE #days int
SET #days = 1
Select case when DATEPART(hour, t.DateTime) between 8 and 16 then 'A' else 'B' end AS Shift, *
from Table1 t
where t.DateTime between DateAdd(hour, 8, Convert(date, GetDate() - #days))
and DateAdd(hour, 30, Convert(date, GetDate() - #days))
ORDER BY 1, t.DateTime
It seems that you have two shifts per day and the day shift begins before the night shift. So, let's enumerate the shifts and let you choose the one(s) you want that way:
select t.*
from (select t.*,
row_number() over (partition by cast(sp.datetime as date)
order by sp.datetime
) as shiftnumber
from table t
) t
where DATEDIFF(day, CAST(GETDATE() as DATE), CAST(SP.DateTime as DATE)) = -1 and
shiftnumber = 1;
Note that I also changed the date arithmetic. The conversion to dates uses the built-in DATE type. Converting a date to a string and back to a date is inelegant.