I've a table like this one
Where each customer has its own budget, and he/she spent it on some fruits. Budget isn't deduplicated by row (so Mike has 20 bucks to spend overall), whilst spent budget is purchase-specific (Mike has now 1 dollar to spend only)
I'd like to add a column that sum the overall spend by each customer in a non deduplicated way.
Like this:
I can't specify any WHERE clause, as I don't know all the names of the customers.
Any idea on how to go from one table to the other?
Thanks,
Carlo
You could use this query to achieve the data you need:
select
customer_name,
customer_budget,
purchase_type,
budget,
customer_budget - sum(budget) as remaining_budget
from Customers
group by customer_name, customer_budget, purchase_type, budget
Hope this helps :)
Related
I need help writing the query, we have a table called SALES, which has 3 columns as below:
Column Names: sale_id, state, sale_amount_cents
I assume the sale_amount_cents has the sale amount in cents as opposed to dollars, and our end answer needs to be in dollars so we would have to multiply by 100.
Can someone please help writing the query to sum sales, in dollars, by date, rounding to two decimal places, and sorting from the greatest sale amount to the least?
I assume the query would look like this:
UPDATE SALES SET sale_amount_cents=sale_amount_cents*100
SELECT SUM(sale_amount_cents) from SALES
GROUP BY STATE
ORDER BY sale_amount_cents DESC;
select state, SUM(sale_amount_cents)/100 as Sales_in_dollar from SALES
GROUP BY STATE ORDER BY SUM(sale_amount_cents) DESC
I have a query that I am currently using to find counts
select Name, Count(Distinct(ID)), Status, Team, Date from list
In addition to the counts, I need to calculate a goal based on weighted average of counts per status and team, for each day.
For example, if Name 1 counts are divided into 50% Status1-Team1(X) and 50% Status2-Team2(Y) yesterday, then today's goal for Name1 needs to be (X+Y)/2.
The table would look like this, with the 'Goal' field needed as the output:
What is the best way to do this in the same query?
I'm almost guessing here since you did not provide more details but maybe you want to do this:
SELECT name,status,team,data,(select sum(data)/(select count(*) from list where name = q.name)) FROM (SELECT Name, Count(Distinct(ID)) as data, Status, Team, Date FROM list) as q
I am trying to get the total spending by customers (and their industry types) as (Invoice total- Credit Memo). I tried doing this as a summation of the difference in the SELECT statement with a GROUP BY Cust. Code. But this doesn't work at all. Where am I going wrong
SELECT "CardCode",
"CardName",
"IndName",
(OINV."DocTotal" - ORIN."DocTotal") AS InvoiceTotal
GROUP BY "CardCode"
Appreciate any help!
I'm new to SQL and am currently learning and this is probably a fairly basic question:
I have 4 tables
1) Customer (customerName, street, customerCity)
2) Deposit (customerName, branchName, accountNumber, balance)
3) Loan (customerName, branchName, loanNumber, amount)
4) Branch (branchName, branchCity, assets)
Each table has some data inserted into it.
I have been asked to find the customerName with the highest deposit amount. (So I'm guessing I will be using just the Deposit table)?
However, here is the catch, the sheet I am learning from is requesting that I MUST use either ALL or ANY, I can't simply use the MAX function to achieve this.
How would I achieve this? I've tried query after query and simply can't find a way to get it to work (baring in mind that I've only been learning this for a week).
The things I've been trying have been along the lines of:
SELECT customerName
FROM Deposit
WHERE balance > ALL;
The query should return 1 value, which would be the customerName with the highest balance value.
Thanks a lot for you help :)!
You are looking for the customer(s) whose balance is greater than or equal to all balances in the table
so you just need to use >= instead of >
SELECT customerName
FROM Deposit
WHERE balance >= ALL (SELECT balance
FROM Deposit);
Or you can use a correlated sub query and look for customers whose balances are greater than all other balance values.
SELECT customerName
FROM Deposit d1
WHERE balance > ALL (SELECT balance
FROM Deposit d2
WHERE d2.balance <> d1.balance);
In the event of ties both queries will return all customers with the highest amount.
I'm trying to do something in a query that I've never done before. it probably requires variables, but i've never done that, and I'm not sure that it does.
What I want is to get a list of sales, grouped first by affiliate, then by it's month.
I can do that, but here's the twist... I don't want the month, but month 1, month 2, month 3...
And those aren't Jan, feb, march, but the number of months since the day of first sale.
Is this possible in a query at all, or do I need to do this in my code.
Oh, mysql 5.1.something...
Sure, just write an expression in SQL that generates the number of months since the first sale (Do you mean the first sale for that afiliate? If so, you'll need a subquery)
And since you say you want a list of sales, I assume you don't really want to "Group By" affilaite and monthcount, you just want to Sort, or Order By those values)
If you wanted the Average sales amount, or the Count of sales, or some other Aggregate function of sales data, then you would be doing a "Group By"...
And I don't think you need to worry about sorting by the number of months, you can simply sort by the difference between each sales date and the rearliest sale date for each affiliate. (If you wanted to apply a third sorting rule, after the sales date sort, then you would need to be more careful.)
Select * From Sales S
Order By Affiliate,
SalesDate - (Select Min(SalesDate)
From Sales
Where Affiliate = S.Affiliate)
Or, if you really need it to be by the difference in months
Select * From Sales S
Order By Affiliate,
Month(SalesDate) -
(Select Month(Min(SalesDate))
From Sales
Where Affiliate = S.Affiliate)
This is possible in standard SQL if you use what I like to call "SQL gymnastics". It can be done with subqueries.
But it looks incredibly ugly, is hard to maintain and it's really not worth it. You're far better off using one of the many programming languages that wrap SQL (such as PL/SQL) or even a general purpose language that can call SQL (such as Python).
The result will be in two languages but will be all the more understandable than the same thing written in just SQL.