SELECT
a.ERSDataValues_ERSCommodity_ID,c.ersGeographyDimension_country,
b.ERSTimeDimension_Year,
SUM(a.ERSDataValues_AttributeValue) as Total
FROM
cosd.ERSDataValues a, cosd.ERSTimeDimension_LU b,
cosd.ERSGeographyDimension_LU c
WHERE
a.ERSDataValues_ERSCommodity_ID IN (SELECT ERSBusinessLogic_InputDataSeries
FROM [AnimalProductsCoSD].[CoSD].[ERSBusinessLogic]
WHERE ERSBusinessLogic_InputGeographyDimensionID = 7493
AND ERSBusinessLogic_InputTimeDimensionValue = 'all months'
AND ERSBusinessLogic_Type = 'time aggregate')
AND a.ERSDataValues_ERSTimeDimension_ID = b.ERSTimeDimension_ID
AND c.ersGeographyDimension_country != 'WORLD'
AND a.ERSDataValues_ERSGeography_ID = c.ERSGeographyDimension_ID
GROUP BY
b.ERSTimeDimension_Year, a.ERSDataValues_ERSCommodity_ID,
c.ersGeographyDimension_country
ORDER BY
b.ERSTimeDimension_Year, a.ERSDataValues_ERSCommodity_ID
All I want is that sum function above to return sum from Jan 2018 to june 2018 and also I want a sum from previous year for the same time period. I do not want to hardcode the months but I rather want it dynamically.
I thought of using conditional aggregrate functions, but the output does not match to my requirement . Any ideas ?
This is the output I want: https://imgur.com/a/YtDgR8s
You can add a filter to a where clause to limit time dimension to current and previous year, and then add something like this to both the SELECT list and GROUP BY:
CASE
WHEN YEAR(b.date)=YEAR(GETDATE()) THEN 'Current Year'
WHEN YEAR(b.date)=YEAR(GETDATE())-1 THEN 'Previous Year'
ELSE NULL
END
It may look a little different depending on how you define current and previous year, but that's the idea.
In terms of limiting Jan to June this has to be in the WHERE clause. If you do not want to hard-code specific months (Jan/June) then I think you have to reference something else from you time dimension - e.g. if you have quarter attribute you can say quarter_number in (1,2).
Related
I am looking for a way to write an SQL statement that selects data for each month of the year, separately.
In the SQL statement below, I am trying to count the number of instances in the TOTAL_PRECIP_IN and TOTAL_SNOWFALL_IN columns when either column is greater than 0. In my data table, I have information for those two columns ("TOTAL_PRECIP_IN" and "TOTAL_SNOWFALL_IN") for each day of the year (365 total entries).
I want to break up my data by each calendar month, but am not sure of the best way to do this. In the statement below, I am using a UNION statement to break up the months of January and February. If I keep using UNION statements for the remaining months of the year, I can get the answer I am looking for. However, using 11 different UNION statements cannot be the optimal solution.
Can anyone give me a suggestion how I can edit my SQL statement to measure from the first day of the month, to the last day of the month for every month of the year?
select monthname(OBSERVATION_DATE) as "Month", sum(case when TOTAL_PRECIP_IN or TOTAL_SNOWFALL_IN > 0 then 1 else 0 end) AS "Days of Rain" from EMP_BASIC
where OBSERVATION_DATE between '2019-01-01' and '2019-01-31'
and CITY = 'Olympia'
group by "Month"
UNION
select monthname(OBSERVATION_DATE) as "Month", sum(case when TOTAL_PRECIP_IN or TOTAL_SNOWFALL_IN > 0 then 1 else 0 end) from EMP_BASIC
where OBSERVATION_DATE between '2019-02-01' and '2019-02-28'
and CITY = 'Olympia'
group by "Month"```
Your table structure is too unclear to tell you the exact query you will need. But a general easy idea is to build the sum of your value and then group by monthname and/or by month. Sice you wrote you only want sum values greater 0, you can just put this condition in the where clause. So your query will be something like this:
SELECT MONTHNAME(yourdate) AS month,
MONTH(yourdate) AS monthnr,
SUM(yourvalue) AS yoursum
FROM yourtable
WHERE yourvalue > 0
GROUP BY MONTHNAME(yourdate), MONTH(yourdate)
ORDER BY MONTH(yourdate);
I created an example here: db<>fiddle
You might need to modify this general construct for your concrete purpose (maybe take care of different years, of NULL values etc.). And note this is an example for a MYSQL DB because you wrote about MONTHNAME() which is in most cases used in MYSQL databases. If you are using another DB type, maybe you need to do some modifications. To make sure that answers match your DB type, tag it in your question, please.
I have a view that produces the result shown in the image below. I need help with the logic.
Requirement:
List of all employees who achieved no less than 100% target in ALL Quarters in past two years.
"B" received 90% in two different quarters. An employee who received less than 100% should NOT be listed.
Notice that "A" didn't work for Q2-2016. An employee who didn't work for that quarter should NOT be listed.
"C" is the only one who worked full two years, and received 100% in each quarter.
Edit: added image link showing Employee name,Quarter, Year, and the score.
https://i.imgur.com/FIXR0YF.png
The logic is pretty easy, it's math with quarters that is a bit of a pain.
There are 8 quarters in the last two years, so you simply need to select all the employee names in the last two years with a target >= 100%, group by employee name, and apply a HAVING clause to limit the output to those employees with count(*) = 8.
To get the current year and quarter, you can use these expressions:
cast(extract('year' from current_date) as integer) as yr,
(cast(extract('month' from current_date) as integer)-1) / 3 + 1 as quarter;
Subtract 2 from the current year to find the previous year and quarter. The code will be clearer if you put these expressions in a subquery because you will need them multiple times for the quarter arithmetic. To do the quarter arithmetic you must extract the integer value of the quarter from the text values you have stored.
Altogether, the solution should look something like this:
select
employee
from
(select employee, cast(right(quarter,1) as integer) as qtr, year
from your_table
where target >= 100
) as tgt
cross join (
select
cast(extract('year' from current_date) as integer) as yr,
(cast(extract('month' from current_date) as integer)-1) / 3 + 1 as quarter
) as qtr
where
tgt.year between qtr.yr-1 and qtr.yr
or (tgt.year = qtr.yr - 2 and tgt.qtr > qtr.quarter)
group by
employee
having
count(*) = 8;
This is untested.
If you happen to be using Postgres and expect to be doing a lot of quarter arithmetic you may want to define a custom data type as described in A Year and Quarter Data Type for PostgreSQL
I am trying to make a query in Progress. I should select all records older than exactly one year, so the current date minus 1 year. I have tried several possibilities but became every time an error. The query belongs to a join and should take every record of the previous year up to the current date minus one year:
left outer join data.pub."vc-669" as det2
on deb.cddeb = det2.cddeb
and det2.jaar = year(curdate()) - 1
and det2."sys-date" < date(month(curdate()), day(curdate()), year(curdate()) - 1)
That should simply be:
and det2."sys-date" < add-interval( curdate(), - 1, 'year' )
(As this already deals with the year, there is no need to look at det2.jaar, too.)
https://documentation.progress.com/output/ua/OpenEdge_latest/index.html#page/dvref/add-interval-function.html
Hoping you can help with this issue.
I have an energymanagement software running on a system. The data logged is the total value, logged in the column Value. This is done every hour. Along is some other data, here amongst a boolean called Active and an integer called Day.
What I'm going for, is one query that gets me the a list of sorted days, the total powerusage of the day, and the peak-powerusage of the day.
The peak-power usage is counted by using Max/Min of the value where Active is present. Somedays, however, the Active bit isn't set, and the result of this query alone would yield NULL.
This is my query:
SELECT
A.Day, A.Forbrug, B.Peak
FROM
(SELECT
Day, Max(Value) - Min(Value) AS Forbrug
FROM
EL_HT1_K
WHERE
MONTH = 8 AND YEAR = 2016
GROUP By Day) A,
(SELECT
Day, Max(Value) - Min(Value) AS Peak
FROM
EL_HT1_K
WHERE
Month = 8 AND Year = 2016 AND Active = 1
GROUP BY Day) B
WHERE
A.Day = B.Day
Which only returns the result where query B (Peak-usage) would yield results.
What I want, is that the rest of the results from inner query A, still is shown, even though query B yields 0/null for that day.
Is this possible, and how?
FYI. The reason I need this to be in one query, is that the scada system has some difficulties handling multiple queries.
I think you just want conditional aggregation. Based on your description, this seems to be the query you want:
SELECT Day, SUM(Value) as total,
MAX(CASE WHEN Active = 1 THEN Value END) as Peak,
FROM EL_HT1_K
WHERE Month = 8 AND Year = 2016
GROUP BY Day;
I want to return all application dates for the current month and for the current year. This must be simple, however I can not figure it out. I know I have 2 dates for the current month and 90 dates for the current year. Right, Left, Outer, Inner I have tried them all, just throwing code at the wall trying to see what will stick and none of it works. I either get 2 for both columns or 180 for both columns. Here is my latest select statement.
SELECT count(a.evdtApplication) AS monthApplicationEntered,
count (b.evdtApplication) AS yearApplicationEntered
FROM tblEventDates a
RIGHT OUTER JOIN tblEventDates b ON a.LOANid = b.loanid
WHERE datediff(mm,a.evdtApplication,getdate()) = 0
AND datediff(yy,a.evdtApplication, getdate()) = 0
AND datediff(yy,b.evdtApplication,getdate()) = 0
You don't need any joins at all.
You want to count the loanID column from tblEventDates, and you want to do it conditionally based on the date matching the current month or the current year.
SO:
SELECT SUM( CASE WHEN Month(a.evdtApplication) = MONTH(GEtDate() THEN 1 END) as monthTotal,
count(*)
FROM tblEventDates a
WHERE a.evdtApplication BETWEEN '2008-01-01' AND '2008-12-31'
What that does is select all the event dates this year, and add up the ones which match your conditions. If it doesn't match the current month it won't add 1. Actually, don't even need to do a condition for the year because you're just querying everything for that year.