Related
I need some help with SQL.
I have
Table1 with columns Id, Date1 and Date2
Table2 with columns Table1Id and Table2Id
Table3 with columns Id and Name
Here is my try:
with tmp_tab as (
select
v."Name" as name
, date_part('month', cv."OfferAcceptedDate") as MonthAcceptedName
, date_part('month', cv."OfferSentDate") as MonthSentName
, 1 as cntAcc
, 1 as cntSent
from hr_metrics."CvInfo" as cv
join hr_metrics."CvInfoVacancy" as civ
on civ."CvInfosId" = cv."Id"
join hr_metrics."Vacancy" as v
on civ."VacanciesId" = v."Id"
where cv."OfferSentDate" is not null
and date_part('year', cv."OfferSentDate") = date_part('year', CURRENT_DATE)
group by v."Name" , date_part('month', cv."OfferAcceptedDate"),
date_part('month', cv."OfferSentDate")
)
select distinct
tmp_tab."name" as name,
tmp_tab.MonthSentName as mSent,
tmp_tab.MonthAcceptedName as mAcc,
Sum(tmp_tab.cntSent) as sented,
Sum(tmp_tab.cntacc) as accepted
from tmp_tab as tmp_tab
group by tmp_tab.name, tmp_tab.MonthSentName, tmp_tab.MonthAcceptedName;
I need to take Count(date2)/Count(date1) grouped by monthes and name.
I have no idea how to do that, as there is no table with monthes.
DB - Postgres
sample data from comment:
t1
1 | 01/01/2021 | 31/03/2021
2 | 05/01/2021 | 18/01/2021
3 | 12/01/2021 | 31/01/2021
4 | 13/03/2021 | 22/03/2021
t2
1 | 1
2 | 1
3 | 2
4 | 1
t3
1 | SomeName1
2 | someName2
Desired result:
Name | month | value
SomeName1 | 1 | 1\2
SomeName1 | 3 | 2
SomeName2 | 1 | 1
Update: if count(date2) == 0, than count(date2) = -1
Source answer
Here code for my question thats work. And yeah, i've asked it on ru too.
select name, month, sum((SRC=1)::int) as AcceptedCount, sum((SRC=2)::int) as SentCount,
case when sum((SRC=1)::int) = 0 then -1
else sum((SRC=2)::int)::float / sum((SRC=1)::int) end as Result
from (
select v.name, SRC,
extract('month' from case SRC when 1 then OfferAcceptedDate else OfferSentDate end) as month
from (select (date_part('year', CURRENT_DATE)::char(4) || '-01-01')::timestamptz as from_date) x
cross join (select 1 as SRC union all select 2) s
join CvInfo as cv on (SRC=1 and cv.OfferAcceptedDate >= from_date and cv.OfferAcceptedDate < from_date + interval '1 year')
or (SRC=2 and cv.OfferSentDate >= from_date and cv.OfferSentDate < from_date + interval '1 year')
join CvInfoVacancy as civ on civ.CvInfosId = cv.Id
join Vacancy as v on civ.VacanciesId = v.Id
where case SRC when 1 then OfferAcceptedDate else OfferSentDate end is not null
) x
group by name, month
I have the following table Jobs:
|Id | StartDateTime | EndDateTime
+----+---------------------+----------------------
|1 | 2020-10-20 23:00:00 | 2020-10-21 05:00:00
|2 | 2020-10-21 10:00:00 | 2020-10-21 11:00:00
Note job id 1 spans October 20 and 21.
I am using the following query
SELECT DAY(StartDateTime), COUNT(id)
FROM Job
GROUP BY DAY(StartDateTime)
To get the following output. But the problem I am facing is that day 21 is not including job id 1. Since the job spans two days I want to include it in both days 20 and 21.
Day | TotalJobs
----+----------
20 | 1
21 | 1
I am struggling to get the following expected output:
Day | TotalJobs
----+----------
20 | 1
21 | 2
One method is to generate the days that you want and then count overlaps:
with days as (
select convert(date, min(j.startdatetime)) as startd,
convert(date, max(j.enddatetime)) as endd
from jobs j
union all
select dateadd(day, 1, startd), endd
from days
where startd < endd
)
select days.startd, count(j.id)
from days left join
jobs j
on j.startdatetime < dateadd(day, 1, startd) and
j.enddatetime >= startd
group by days.startd;
Here is a db<>fiddle.
You can first group by with same start and end date and then group by for start and end date having different start and end date
SELECT a.date, SUM(counts) from (
SELECT DAY(StartDateTime) as date, COUNT(id) counts
FROM Table1
WHERE DAY(StartDateTime) = DAY(EndDateTime)
GROUP BY StartDateTime
UNION ALL
SELECT DAY(EndDateTime), COUNT(id)
FROM Table1
WHERE DAY(StartDateTime) != DAY(EndDateTime)
GROUP BY EndDateTime
UNION ALL
SELECT DAY(StartDateTime), COUNT(id)
FROM Table1
WHERE DAY(StartDateTime) != DAY(EndDateTime)
GROUP BY StartDateTime) a
GROUP BY a.date
Here is SQL Fiddle link
SQL Fiddle
Also replace Table1 with Jobs when running over your db context
I have a SQLite database and sales table is like the following,
| Id | quantity | dateTime |
------------------------------------
| 1 | 10 | 2019-12-25 12:55 |
| 2 | 05 | 2019-12-30 12:55 |
| 3 | 25 | 2020-08-23 12:55 |
| 4 | 25 | 2020-08-24 12:55 |
| 5 | 56 | 2020-08-25 12:55 |
| 6 | 25 | 2020-08-26 12:55 |
| 7 | 12 | 2020-08-27 12:55 |
| 8 | 30 | 2020-08-28 12:55 |
| 9 | 40 | 2020-08-29 12:55 |
I need to get the Current Week data (Mon to Sun) and the Current Year data from (Jan to Dec). So if I pass today date I need to get only the Current Week sales data group by days like the following,
If I pass today date and time (2020-08-28 13:55) the query should give me Current Week data like this,
Day Sold Items (SUM(quantity))
Monday 20
Tuesday 25
Wednesday 10
Thursday 50
Friday 60
Saturday 0 (If the date hasn't come yet I need to get 0)
Sunday 0
And same as the Current Year data when I pass the Current Date,
Month Sold Items (SUM(quantity))
JAN 20
FEB 25
MAR 10
APR 50
MAY 60
JUN 0 (If the month hasn't come yet I need to get 0)
JUL 0
... ...
I tried with multiple queries in SQLite but couldn't get what I need. Here are the queries I tried,
Weekly Data (This one gave me past week data also)
SELECT SUM(quantity) as quantity, strftime('%w', dateTime) as Day
From sales
Group by strftime('%w', dateTime)
Monthly Data
SELECT SUM(quantity) as quantity, strftime('%m', dateTime) as Month
From sales
Group by strftime('%m', dateTime)
So anybody can help me to achieve this? Thanks in advance.
For the totals of the current week you need a CTE that returns the names of the days and the another one that returns the Monday of the current week.
You must cross join these CTEs and left join your table to aggregate:
with
days as (
select 1 nr, 'Monday' day union all
select 2, 'Tuesday' union all
select 3, 'Wednesday' union all
select 4, 'Thursday' union all
select 5, 'Friday' union all
select 6, 'Saturday' union all
select 7, 'Sunday'
),
weekMonday as (
select date(
'now',
case when strftime('%w', 'now') <> '1' then '-7 day' else '0 day' end,
'weekday 1'
) monday
)
select d.day,
coalesce(sum(t.quantity), 0) [Sold Items]
from days d cross join weekMonday wm
left join tablename t
on strftime('%w', t.dateTime) + 0 = d.nr % 7
and date(t.dateTime) between wm.monday and date(wm.monday, '6 day')
group by d.nr, d.day
order by d.nr
For the totals of the current year you need a CTE that returns the month names and then left join the table to aggregate:
with
months as (
select 1 nr, 'JAN' month union all
select 2 nr, 'FEB' union all
select 3 nr, 'MAR' union all
select 4 nr, 'APR' union all
select 5 nr, 'MAY' union all
select 6 nr, 'JUN' union all
select 7 nr, 'JUL' union all
select 8 nr, 'AUG' union all
select 9 nr, 'SEP' union all
select 10 nr, 'OCT' union all
select 11 nr, 'NOV' union all
select 12 nr, 'DEC'
)
select m.month,
coalesce(sum(t.quantity), 0) [Sold Items]
from months m
left join tablename t
on strftime('%m', t.dateTime) + 0 = m.nr
and date(t.dateTime) between date('now','start of year') and date('now','start of year', '1 year', '-1 day')
group by m.nr, m.month
order by m.nr
You can use the below query to get the weekly date, I am assuming that everydate has single entry and hence not grouping otherwise you can add group by.
First we will get the weekly calendar based on the input date (I have taken current date)
and then left join with calendar to get the required sold items info.
WITH seq(n) AS
(
SELECT 0 UNION ALL SELECT n + 1 FROM seq
WHERE n < DATEDIFF(DAY, (SELECT DATEADD(DAY, 2 - DATEPART(WEEKDAY, GETDATE()), CAST(GETDATE() AS DATE)) [Week_Start_Date]), (Select DATEADD(DAY, 8 - DATEPART(WEEKDAY, GETDATE()), CAST(GETDATE() AS DATE)) [Week_End_Date]))
),
CALENDAR(d) AS
(
SELECT DATEADD(DAY, n, (SELECT DATEADD(DAY, 2 - DATEPART(WEEKDAY, GETDATE()), CAST(GETDATE() AS DATE)) [Week_Start_Date])) FROM seq
)
SELECT coalesce(QUANTITY, 0) sold_items ,DATENAME(WEEKDAY, d) week_day FROM CALENDAR a left outer join Table_WEEKDAY b
on (a.d = convert(date, b.dateTime))
ORDER BY d
OPTION (MAXRECURSION 0);
You can try the below - DEMO
select day,coalesce(sum(quantity),0) as quantity
from
(select 0 as day union all select 1 union all select 2 union all select 3 union all select 4
union all select 5 union all select 6) as d
left join sales on cast(strftime('%w', dateTime) as int)=day
group by strftime('%w', dateTime),day
order by day
Iam using SSRS Report builder application to create BI Report for my System which is tracking the numbers of incidents logged and closed based on each month.
the below is the table which i need to create the query
Month Logged Received Closed Remaining
January 200 220 150 70
February 150 220 200 20
March 110 130 100 30
April 200 230 200 30
and each column define as follow:
Logged= Open Incident in the Current Month for example open from 1/1/2014 to 31/1/2014 (Contain only the current month data )
Received = Logged incident+ the remaining from the previous months which are still open not close for example the month febreuary will be 150 for the current moth+70 from previous month remaining will give me total 220 which is received.
Closed= incident which are opened in the current month and closed in the current month + the remaining from the previous month which closed in this month
Remaining= Received – closed
the code which i used is not giving me the close incident for the previous months also its only giving me which were closed in the current month
the below is the code which i used for my query:
SELECT group_id, YEAR(Opendate) AS Year, MONTH(Opendate) AS Month,
COUNT(CASE WHEN Month(Closedate) = Month(Opendate)
AND Month(closedate)> Month (opendate) THEN 1 ELSE NULL END) AS closed,
COUNT(*) AS Logged,
FROM Incidents
WHERE (Opendate >= #YearStart) AND (Opendate <= #YearEnd)
GROUP BY YEAR(Opendate), MONTH(Opendate), group_id
ORDER BY Year, Month,group_id
Logged is working fine the closed, Received and remaining i am stuck on it.
I tried to use Union and got the Logged and Closed Data
Select count(*) logged,year(opendate) as year1,MONTH(opendate) as
month1,'Logged' as status1
From Incidents
where opendate is not null
GROUP BY year(opendate),MONTH(opendate)
UNION
Select count(*) closed,year(Closedate) as year1,MONTH(Closedate) as
month1,'All_Closed' as status1
From Incidents
where Closedate is not null
GROUP BY year(Closedate),MONTH(Closedate)
UNION
Select count(*) Remaining,year(opendate) as year1,MONTH(opendate) as
month1,'Current_Month_Not_Closed' as status1
From Incidents
where Month(Closedate) > MONTH(Opendate)
GROUP BY year(opendate),MONTH(opendate)
UNION
Select count(*) Month_Closed,year(opendate) as year1,MONTH(opendate) as
month1,'Current_Month_Close' as status1
From Incidents
where MONTH(Closedate) = MONTH(Opendate)
GROUP BY year(opendate),MONTH(opendate)
order by year1,month1
the data which I received are as follow:
logged | year1 | month1 | status1
-------+-------+--------+-------------------------
1093 | 2014 | 1 | Logged
1089 | 2014 | 1 | All_Closed
997 | 2014 | 1 | Current_Month_Close
96 | 2014 | 1 | Current_Month_Not_Closed
1176 | 2014 | 2 | Logged
1176 | 2014 | 2 | All_Closed
91 | 2014 | 2 | Current_Month_Not_Closed
1085 | 2014 | 2 | Current_Month_Close
1340 | 2014 | 3 | Logged
1327 | 2014 | 3 | All_Closed
107 | 2014 | 3 | Current_Month_Not_Closed
1232 | 2014 | 3 | Current_Month_Close
116 | 2014 | 4 | Current_Month_Not_Closed
1320 | 2014 | 4 | Current_Month_Close
1424 | 2014 | 4 | All_Closed
1441 | 2014 | 4 | Logged
1167 | 2014 | 5 | Current_Month_Close
105 | 2014 | 5 | Current_Month_Not_Closed
1277 | 2014 | 5 | Logged
1283 | 2014 | 5 | All_Closed
To have a reliable data a calendar table as anchor can help, and is needed in case the tickets can be alive for months from their opening date or there can be a month without ticket created.
For example with the fake data
CREATE TABLE Incidents (
id int identity(1, 1)
, group_id nvarchar(100)
, Opendate Datetime
, Closedate Datetime
)
INSERT INTO Incidents
VALUES ('Service Desk', '20140107', '20140120')
, ('Service Desk', '20140117', '20140123')
, ('Service Desk', '20140127', '20140313')
, ('Service Desk', '20140310', '')
-- from an OP comment the open tickets have the Closedate '' (1900-01-01)
without a calendar table (or a temp, or a CTE) there is no way to add february in the resultset, even if the third record is both "Received" and "Remaining" in that month.
To create a calendar there are several way, in this case we need the some information about months but nothing about the days, so those are not generated.
declare #YearStart date = '20140101'
declare #YearEnd date = '20140430'
;WITH D(N) AS (
SELECT 0 UNION ALL SELECT 1 UNION ALL SELECT 2 UNION ALL SELECT 3
UNION ALL SELECT 4 UNION ALL SELECT 5 UNION ALL SELECT 6 UNION ALL SELECT 7
UNION ALL SELECT 8 UNION ALL SELECT 9
)
SELECT EOM
= DATEADD(D, -1, DATEADD(M, u.N + 10 * t.N + 1
, DATEADD(Y, DATEDIFF(Y, 0, #YearStart), 0)))
, pMonth = u.N + 10 * t.N
FROM D u
CROSS JOIN D t
WHERE u.N + 10 * t.N <= DATEDIFF(M, #YearStart, #YearEnd)
Here EOM is the date of the end of the month, it'll be used to check if the incidents are closed in the month and pMonth is the progressive month starting from #YearStart.
Now we need to prepare the data in the incident table to be used
SELECT ID
, OpenDate
, Closedate = COALESCE(NULLIF(Closedate, ''), '99991231')
, pOpenDate = DATEDIFF(M, #YearStart, OpenDate)
, pClosedate = DATEDIFF(M, #YearStart
, COALESCE(NULLIF(Closedate, ''), '99991231'))
FROM Incidents
the Closedate need to always have a value higher than the OpenDate, for this is used the constant date 9999-12-31, pOpenDate and pClosedate, as pMonth before, are the progressive month starting from #YearStart respectively of OpenDate and Closedate.
Putting those togheter it's possible to create the main query
declare #YearStart date = '20140101'
declare #YearEnd date = '20140430'
;WITH D(N) AS (
SELECT 0 UNION ALL SELECT 1 UNION ALL SELECT 2 UNION ALL SELECT 3
UNION ALL SELECT 4 UNION ALL SELECT 5 UNION ALL SELECT 6 UNION ALL SELECT 7
UNION ALL SELECT 8 UNION ALL SELECT 9
), CM AS (
SELECT EOM
= DATEADD(D, -1, DATEADD(M, u.N + 10 * t.N + 1
, DATEADD(Y, DATEDIFF(Y, 0, #YearStart), 0)))
, pMonth = u.N + 10 * t.N
FROM D u
CROSS JOIN D t
WHERE u.N + 10 * t.N <= DATEDIFF(M, #YearStart, #YearEnd)
), I AS (
SELECT ID
, OpenDate
, Closedate = COALESCE(NULLIF(Closedate, ''), '99991231')
, pOpenDate = DATEDIFF(M, #YearStart, OpenDate)
, pClosedate = DATEDIFF(M, #YearStart
, COALESCE(NULLIF(Closedate, ''), '99991231'))
FROM Incidents
)
SELECT MONTH(CM.EOM) [Month]
, Logged = SUM(CASE WHEN pOpenDate = pMonth
THEN 1
ELSE 0
END)
, Received = Count(i.id)
, Closed = SUM(CASE WHEN pClosedate = pMonth
AND i.Closedate < CM.EOM
THEN 1
ELSE 0
END)
, Remaining = SUM(CASE WHEN i.Closedate > CM.EOM
THEN 1
ELSE 0
END)
FROM CM
INNER JOIN I ON CM.pMonth
BETWEEN i.pOpenDate AND i.pClosedate
WHERE CM.EOM <= #YearEnd
GROUP BY CM.EOM
ORDER BY CM.EOM
SQLFiddle Demo
using a JOIN to get the month from the calendar table between #YearStart and #YearEnd and all the incident alive in the month. Their attribute are calculated with the CASE logic, in case of Received if a ticket is alive it's received so no logic is needed.
All the CASE can be transformed in BIT logic
declare #YearStart date = '20140101'
declare #YearEnd date = '20140430'
;WITH D(N) AS (
SELECT 0 UNION ALL SELECT 1 UNION ALL SELECT 2 UNION ALL SELECT 3
UNION ALL SELECT 4 UNION ALL SELECT 5 UNION ALL SELECT 6 UNION ALL SELECT 7
UNION ALL SELECT 8 UNION ALL SELECT 9
), CM AS (
SELECT EOM
= DATEADD(D, -1, DATEADD(M, u.N + 10 * t.N + 1
, DATEADD(Y, DATEDIFF(Y, 0, #YearStart), 0)))
, pMonth = u.N + 10 * t.N
FROM D u
CROSS JOIN D t
WHERE u.N + 10 * t.N <= DATEDIFF(M, #YearStart, #YearEnd)
), I AS (
SELECT ID
, OpenDate
, Closedate = COALESCE(NULLIF(Closedate, ''), '99991231')
, pOpenDate = DATEDIFF(M, #YearStart, OpenDate)
, pClosedate = DATEDIFF(M, #YearStart
, COALESCE(NULLIF(Closedate, ''), '99991231'))
FROM Incidents
)
SELECT MONTH(CM.EOM) [Month]
, Logged = SUM(1 - CAST(pOpenDate - pMonth AS BIT))
, Received = Count(i.id)
, Closed = SUM(1 - CAST(pClosedate - pMonth AS BIT))
, Remaining = SUM(0 + CAST(i.pClosedate / (CM.pMonth + 1) AS BIT))
FROM CM
INNER JOIN I ON CM.pMonth
BETWEEN i.pOpenDate AND i.pClosedate
WHERE CM.EOM <= #YearEnd
GROUP BY CM.EOM
ORDER BY CM.EOM;
SQLFiddle Demo
The bit logic is base on how the CAST to BIT works:
0 go to 0
everything else go to 1
based on that (with A and B integer):
1 - CAST(A - B AS BIT) is 1 when A = B
CAST(A / (B + 1) AS BIT) is 1 when A > B (the 0 + is to force an implicit cast to INT as BIT cannot be SUMmed)
Received would be the number of tickets that were opened before the end of the month, and not closed before the start of the month.
count(case when OpenDate <= #EndOfMonth and
(#StartOfMonth >= CloseDate or CloseDate is null) then 1 end)
as Received
Closed is straightforward:
count(case when CloseDate between #StartOfMonth and #EndOfMonth
then 1 end) as Closed
You should be able to figure out how to calculate the start and end of a month using Google.
This problem is related to this, which has no solution in sight: here
I have a table that shows me all sessions of an area.
This session has a start date.
I need to get all the days of month of the start date of the session by specific area (in this case)
I have this query:
SELECT idArea, idSession, startDate FROM SessionsPerArea WHERE idArea = 1
idArea | idSession | startDate |
1 | 1 | 01-01-2013 |
1 | 2 | 04-01-2013 |
1 | 3 | 07-02-2013 |
And i want something like this:
date | Session |
01-01-2013 | 1 |
02-01-2013 | NULL |
03-01-2013 | NULL |
04-01-2013 | 1 |
........ | |
29-01-2013 | NULL |
30-01-2013 | NULL |
In this case, the table returns me all the days of January.
The second column is the number of sessions that occur on that day, because there may be several sessions on the same day.
Anyone can help me?
Please try:
DECLARE #SessionsPerArea TABLE (idArea INT, idSession INT, startDate DATEtime)
INSERT #SessionsPerArea VALUES (1,1,'2013-01-01')
INSERT #SessionsPerArea VALUES (1,2,'2013-01-04')
INSERT #SessionsPerArea VALUES (1,3,'2013-07-02')
DECLARE #RepMonth as datetime
SET #RepMonth = '01/01/2013';
WITH DayList (DayDate) AS
(
SELECT #RepMonth
UNION ALL
SELECT DATEADD(d, 1, DayDate)
FROM DayList
WHERE (DayDate < DATEADD(d, -1, DATEADD(m, 1, #RepMonth)))
)
SELECT *
FROM DayList t1 left join #SessionsPerArea t2 on t1.DayDate=startDate and t2.idArea = 1
This will work:
DECLARE #SessionsPerArea TABLE (idArea INT, idSession INT, startDate DATE)
INSERT #SessionsPerArea VALUES
(1,1,'2013-01-01'),
(1,2,'2013-01-04'),
(1,3,'2013-07-02')
;WITH t1 AS
(
SELECT startDate
, DATEADD(MONTH, DATEDIFF(MONTH, '1900-01-01', startDate), '1900-01-01') firstInMonth
, DATEADD(DAY, -1, DATEADD(MONTH, DATEDIFF(MONTH, '1900-01-01', startDate) + 1, '1900-01-01')) lastInMonth
, COUNT(*) cnt
FROM #SessionsPerArea
WHERE idArea = 1
GROUP BY
startDate
)
, calendar AS
(
SELECT DISTINCT DATEADD(DAY, c.number, t1.firstInMonth) d
FROM t1
JOIN master..spt_values c ON
type = 'P'
AND DATEADD(DAY, c.number, t1.firstInMonth) BETWEEN t1.firstInMonth AND t1.lastInMonth
)
SELECT d date
, cnt Session
FROM calendar c
LEFT JOIN t1 ON t1.startDate = c.d
It uses simple join on master..spt_values table to generate rows.
Just an example of calendar table. To return data for a month adjust the number of days between < 32, for a year to 365+1. You can calculate the number of days in a month or between start/end dates with query. I'm not sure how to do this in SQL Server. I'm using hardcoded values to display all dates in Jan-2013. You can adjust start and end dates for diff. month or to get start/end dates with queries...:
WITH data(r, start_date) AS
(
SELECT 1 r, date '2012-12-31' start_date FROM any_table --dual in Oracle
UNION ALL
SELECT r+1, date '2013-01-01'+r-1 FROM data WHERE r < 32 -- number of days between start and end date+1
)
SELECT start_date FROM data WHERE r > 1
/
START_DATE
----------
1/1/2013
1/2/2013
1/3/2013
...
...
1/31/2013