ajayk007/querysmith-spider-bird huggingface dataset:
system: You are a text-to-SQL generator. Given a database schema and a question, reply with a single valid SQLite query that answers it. Output only the SQL on one line, with no explanation and no markdown.

user: Schema:
CREATE TABLE Categories (
  CategoryID integer PRIMARY KEY,
  CategoryName text,
  Description text
);
CREATE TABLE Customers (
  CustomerID integer PRIMARY KEY,
  CustomerName text,
  ContactName text,
  Address text,
  City text,
  PostalCode text,
  Country text
);
CREATE TABLE Employees (
  EmployeeID integer PRIMARY KEY,
  LastName text,
  FirstName text,
  BirthDate date,
  Photo text,
  Notes text
);
CREATE TABLE Shippers (
  ShipperID integer PRIMARY KEY,
  ShipperName text,
  Phone text
);
CREATE TABLE Suppliers (
  SupplierID integer PRIMARY KEY,
  SupplierName text,
  ContactName text,
  Address text,
  City text,
  PostalCode text,
  Country text,
  Phone text
);
CREATE TABLE Products (
  ProductID integer PRIMARY KEY,
  ProductName text,
  SupplierID integer,
  CategoryID integer,
  Unit text,
  Price real
);
CREATE TABLE Orders (
  OrderID integer PRIMARY KEY,
  CustomerID integer,
  EmployeeID integer,
  OrderDate datetime,
  ShipperID integer
);
CREATE TABLE OrderDetails (
  OrderDetailID integer PRIMARY KEY,
  OrderID integer,
  ProductID integer,
  Quantity integer
);
-- foreign keys: Products.SupplierID -> Suppliers.SupplierID; Products.CategoryID -> Categories.CategoryID; Orders.ShipperID -> Shippers.ShipperID; Orders.CustomerID -> Customers.CustomerID; Orders.EmployeeID -> Employees.EmployeeID; OrderDetails.ProductID -> Products.ProductID; OrderDetails.OrderID -> Orders.OrderID

Hint: highest user satisfaction refers to max(ReorderLevel);

Question: Who are the top 8 suppliers supplying the products with the highest user satisfaction?

assistant: SELECT T2.CompanyName FROM Products AS T1 INNER JOIN Suppliers AS T2 ON T1.SupplierID = T2.SupplierID ORDER BY T1.ReorderLevel DESC LIMIT 8
system: You are a text-to-SQL generator. Given a database schema and a question, reply with a single valid SQLite query that answers it. Output only the SQL on one line, with no explanation and no markdown.

user: Schema:
CREATE TABLE sales_in_weather (
  date date PRIMARY KEY,
  store_nbr integer PRIMARY KEY,
  item_nbr integer PRIMARY KEY,
  units integer
);
CREATE TABLE weather (
  station_nbr integer PRIMARY KEY,
  date date PRIMARY KEY,
  tmax integer,
  tmin integer,
  tavg integer,
  depart integer,
  dewpoint integer,
  wetbulb integer,
  heat integer,
  cool integer,
  sunrise text,
  sunset text,
  codesum text,
  snowfall real,
  preciptotal real,
  stnpressure real,
  sealevel real,
  resultspeed real,
  resultdir integer,
  avgspeed real
);
CREATE TABLE relation (
  store_nbr integer PRIMARY KEY,
  station_nbr integer
);
-- foreign keys: relation.station_nbr -> weather.station_nbr; relation.store_nbr -> sales_in_weather.store_nbr

Hint: store no. 1 refers to store_nbr = 1; item no. 9 refers to item_nbr = 9; in January refers to SUBSTR(date, 1, 4) = '2012' and SUBSTR(date, 6, 2) = '01'

Question: How many units of item no.9 were sold in store no.1 in total in January, 2012?

assistant: SELECT SUM(units) FROM sales_in_weather WHERE SUBSTR(`date`, 6, 2) = '01' AND SUBSTR(`date`, 1, 4) = '2012' AND item_nbr = 9 AND store_nbr = 1
system: You are a text-to-SQL generator. Given a database schema and a question, reply with a single valid SQLite query that answers it. Output only the SQL on one line, with no explanation and no markdown.

user: Schema:
CREATE TABLE Episode (
  episode_id text PRIMARY KEY,
  season integer,
  episode integer,
  number_in_series integer,
  title text,
  summary text,
  air_date text,
  episode_image text,
  rating real,
  votes integer
);
CREATE TABLE Person (
  name text PRIMARY KEY,
  birthdate text,
  birth_name text,
  birth_place text,
  birth_region text,
  birth_country text,
  height_meters real,
  nickname text
);
CREATE TABLE Award (
  award_id integer PRIMARY KEY,
  organization text,
  year integer,
  award_category text,
  award text,
  person text,
  role text,
  episode_id text,
  season text,
  song text,
  result text
);
CREATE TABLE Character_Award (
  award_id integer,
  character text
);
CREATE TABLE Credit (
  episode_id text,
  category text,
  person text,
  role text,
  credited text
);
CREATE TABLE Keyword (
  episode_id text PRIMARY KEY,
  keyword text PRIMARY KEY
);
CREATE TABLE Vote (
  episode_id text,
  stars integer,
  votes integer,
  percent real
);
-- foreign keys: Award.episode_id -> Episode.episode_id; Award.person -> Person.name; Character_Award.award_id -> Award.award_id; Credit.person -> Person.name; Credit.episode_id -> Episode.episode_id; Keyword.episode_id -> Episode.episode_id; Vote.episode_id -> Episode.episode_id

Hint: held by Jupiter Award refers to organization = 'Jupiter Award'; won the award refers to result = 'Winner'

Question: For the episode who won the award held by Jupiter Award, describe award name, aired date and rating of that episode.

assistant: SELECT T1.award, T2.air_date, T2.rating FROM Award AS T1 INNER JOIN Episode AS T2 ON T1.episode_id = T2.episode_id WHERE T1.organization = 'Jupiter Award' AND T1.result = 'Winner';
system: You are a text-to-SQL generator. Given a database schema and a question, reply with a single valid SQLite query that answers it. Output only the SQL on one line, with no explanation and no markdown.

user: Schema:
CREATE TABLE offices (
  officeCode text PRIMARY KEY,
  city text,
  phone text,
  addressLine1 text,
  addressLine2 text,
  state text,
  country text,
  postalCode text,
  territory text
);
CREATE TABLE employees (
  employeeNumber integer PRIMARY KEY,
  lastName text,
  firstName text,
  extension text,
  email text,
  officeCode text,
  reportsTo integer,
  jobTitle text
);
CREATE TABLE customers (
  customerNumber integer PRIMARY KEY,
  customerName text,
  contactLastName text,
  contactFirstName text,
  phone text,
  addressLine1 text,
  addressLine2 text,
  city text,
  state text,
  postalCode text,
  country text,
  salesRepEmployeeNumber integer,
  creditLimit real
);
CREATE TABLE orders (
  orderNumber integer PRIMARY KEY,
  orderDate date,
  requiredDate date,
  shippedDate date,
  status text,
  comments text,
  customerNumber integer
);
CREATE TABLE payments (
  customerNumber integer PRIMARY KEY,
  checkNumber text PRIMARY KEY,
  paymentDate date,
  amount real
);
CREATE TABLE productlines (
  productLine text PRIMARY KEY,
  textDescription text,
  htmlDescription text,
  image blob
);
CREATE TABLE products (
  productCode text PRIMARY KEY,
  productName text,
  productLine text,
  productScale text,
  productVendor text,
  productDescription text,
  quantityInStock integer,
  buyPrice real,
  MSRP real
);
CREATE TABLE orderdetails (
  orderNumber integer PRIMARY KEY,
  productCode text PRIMARY KEY,
  quantityOrdered integer,
  priceEach real,
  orderLineNumber integer
);
-- foreign keys: employees.reportsTo -> employees.employeeNumber; employees.officeCode -> offices.officeCode; customers.salesRepEmployeeNumber -> employees.employeeNumber; orders.customerNumber -> customers.customerNumber; payments.customerNumber -> customers.customerNumber; products.productLine -> productlines.productLine

Hint: 1969 Harley Davidson Ultimate Chopper refers to the name of the product; sale rep refers to employee; 2003 refers to year(orderDate) = 2003; quantity sold refers to quantityOrdered; their names refer to the name of customers;

Question: List out sale rep that has sold 1969 Harley Davidson Ultimate Chopper. List out their names and quantity sold throughout the year.

assistant: SELECT t5.firstName, t5.lastName, SUM(t2.quantityOrdered) FROM products AS t1 INNER JOIN orderdetails AS t2 ON t1.productCode = t2.productCode INNER JOIN orders AS t3 ON t2.orderNumber = t3.orderNumber INNER JOIN customers AS t4 ON t3.customerNumber = t4.customerNumber INNER JOIN employees AS t5 ON t4.salesRepEmployeeNumber = t5.employeeNumber WHERE t1.productName = '1969 Harley Davidson Ultimate Chopper' GROUP BY t5.lastName, t5.firstName
system: You are a text-to-SQL generator. Given a database schema and a question, reply with a single valid SQLite query that answers it. Output only the SQL on one line, with no explanation and no markdown.

user: Schema:
PRAGMA foreign_keys = ON;

CREATE TABLE "book_club" (
"book_club_id" int,
"Year" int,
"Author_or_Editor" text,
"Book_Title" text,
"Publisher" text,
"Category" text,
"Result" text,
PRIMARY KEY ("book_club_id")
);

Question: Show all movie titles, years, and directors, ordered by budget.

assistant: SELECT title , YEAR , director FROM movie ORDER BY budget_million
system: You are a text-to-SQL generator. Given a database schema and a question, reply with a single valid SQLite query that answers it. Output only the SQL on one line, with no explanation and no markdown.

user: Schema:
CREATE TABLE "grapes" ( 
	"ID" INTEGER PRIMARY KEY, 
	"Grape" TEXT UNIQUE, 
	"Color" TEXT 
);

CREATE TABLE "appellations" ( 
	"No" INTEGER PRIMARY KEY, 
	"Appelation" TEXT UNIQUE, 
	"County" TEXT, 
	"State" TEXT, 
	"Area" TEXT, 
	"isAVA" TEXT
);

CREATE TABLE "wine" ( 
	"No" INTEGER, 
	"Grape" TEXT, 
	"Winery" TEXT, 
	"Appelation" TEXT, 
	"State" TEXT, 
	"Name" TEXT, 
	"Year" INTEGER, 
	"Price" INTEGER, 
	"Score" INTEGER, 
	"Cases" INTEGER, 
	"Drink" TEXT,
	FOREIGN KEY (Grape) REFERENCES grapes(Grape),
	FOREIGN KEY (Appelation) REFERENCES appellations(Appelation)
);

Question: List the names of all distinct wines in alphabetical order.

assistant: SELECT DISTINCT Name FROM WINE ORDER BY Name
system: You are a text-to-SQL generator. Given a database schema and a question, reply with a single valid SQLite query that answers it. Output only the SQL on one line, with no explanation and no markdown.

user: Schema:
CREATE TABLE chapters (
  id integer PRIMARY KEY,
  Act integer,
  Scene integer,
  Description text,
  work_id integer
);
CREATE TABLE characters (
  id integer PRIMARY KEY,
  CharName text,
  Abbrev text,
  Description text
);
CREATE TABLE paragraphs (
  id integer PRIMARY KEY,
  ParagraphNum integer,
  PlainText text,
  character_id integer,
  chapter_id integer
);
CREATE TABLE works (
  id integer PRIMARY KEY,
  Title text,
  LongTitle text,
  Date integer,
  GenreType text
);

Hint: Rome and Juliet refers to CharName = 'Romeo' and CharName = 'Juliet'; The Tragedy of Romeo and Juliet refers to LongTitle = 'The Tragedy of Romeo and Juliet'; percentage = divide(sum(charater.id) when CharName = 'Romeo', sum(charater.id)) as percentage and percentage = divide(sum(charater.id) when CharName = 'Juliet', count(charater.id)) as percentage

Question: Between Rome and Juliet, which character was mentioned the most in the The Tragedy of Romeo and Juliet? Calculate for Romeo and Juliet's individual amount of appearance in percentage against the overall number of characters that appeared in the said work.

assistant: SELECT SUM(IIF(T4.CharName = 'Romeo', 1, 0)), SUM(IIF(T4.CharName = 'Juliet', 1, 0)), CAST(SUM(IIF(T4.CharName = 'Romeo', 1, 0)) + SUM(IIF(T4.CharName = 'Juliet', 1, 0)) AS REAL) * 100 / COUNT(T1.id) FROM works AS T1 INNER JOIN chapters AS T2 ON T1.id = T2.work_id INNER JOIN paragraphs AS T3 ON T2.id = T3.chapter_id INNER JOIN characters AS T4 ON T3.character_id = T4.id
system: You are a text-to-SQL generator. Given a database schema and a question, reply with a single valid SQLite query that answers it. Output only the SQL on one line, with no explanation and no markdown.

user: Schema:
CREATE TABLE Categories (
  CategoryID integer PRIMARY KEY,
  CategoryName text,
  Description text
);
CREATE TABLE Customers (
  CustomerID integer PRIMARY KEY,
  CustomerName text,
  ContactName text,
  Address text,
  City text,
  PostalCode text,
  Country text
);
CREATE TABLE Employees (
  EmployeeID integer PRIMARY KEY,
  LastName text,
  FirstName text,
  BirthDate date,
  Photo text,
  Notes text
);
CREATE TABLE Shippers (
  ShipperID integer PRIMARY KEY,
  ShipperName text,
  Phone text
);
CREATE TABLE Suppliers (
  SupplierID integer PRIMARY KEY,
  SupplierName text,
  ContactName text,
  Address text,
  City text,
  PostalCode text,
  Country text,
  Phone text
);
CREATE TABLE Products (
  ProductID integer PRIMARY KEY,
  ProductName text,
  SupplierID integer,
  CategoryID integer,
  Unit text,
  Price real
);
CREATE TABLE Orders (
  OrderID integer PRIMARY KEY,
  CustomerID integer,
  EmployeeID integer,
  OrderDate datetime,
  ShipperID integer
);
CREATE TABLE OrderDetails (
  OrderDetailID integer PRIMARY KEY,
  OrderID integer,
  ProductID integer,
  Quantity integer
);
-- foreign keys: Products.SupplierID -> Suppliers.SupplierID; Products.CategoryID -> Categories.CategoryID; Orders.ShipperID -> Shippers.ShipperID; Orders.CustomerID -> Customers.CustomerID; Orders.EmployeeID -> Employees.EmployeeID; OrderDetails.ProductID -> Products.ProductID; OrderDetails.OrderID -> Orders.OrderID

Hint: names of the products refers to ProductName; order no. refers to OrderID;

Question: Please list the names of all the products ordered in order no. 10248.

assistant: SELECT T1.ProductName FROM Products AS T1 INNER JOIN `Order Details` AS T2 ON T1.ProductID = T2.ProductID WHERE T2.OrderID = 10248
system: You are a text-to-SQL generator. Given a database schema and a question, reply with a single valid SQLite query that answers it. Output only the SQL on one line, with no explanation and no markdown.

user: Schema:
PRAGMA foreign_keys = ON;

CREATE TABLE `Addresses` (
`address_id` INTEGER PRIMARY KEY,
`line_1_number_building` VARCHAR(80),
`city` VARCHAR(50),
`zip_postcode` VARCHAR(20),
`state_province_county` VARCHAR(50),
`country` VARCHAR(50)
);

Question: Which city does has most number of customers?

assistant: SELECT T2.city FROM Customers AS T1 JOIN Addresses AS T2 ON T1.customer_address_id = T2.address_id GROUP BY T2.city ORDER BY count(*) DESC LIMIT 1;
system: You are a text-to-SQL generator. Given a database schema and a question, reply with a single valid SQLite query that answers it. Output only the SQL on one line, with no explanation and no markdown.

user: Schema:
CREATE TABLE address_status (
  status_id integer PRIMARY KEY,
  address_status text
);
CREATE TABLE author (
  author_id integer PRIMARY KEY,
  author_name text
);
CREATE TABLE book_language (
  language_id integer PRIMARY KEY,
  language_code text,
  language_name text
);
CREATE TABLE country (
  country_id integer PRIMARY KEY,
  country_name text
);
CREATE TABLE address (
  address_id integer PRIMARY KEY,
  street_number text,
  street_name text,
  city text,
  country_id integer
);
CREATE TABLE customer (
  customer_id integer PRIMARY KEY,
  first_name text,
  last_name text,
  email text
);
CREATE TABLE customer_address (
  customer_id integer PRIMARY KEY,
  address_id integer PRIMARY KEY,
  status_id integer
);
CREATE TABLE order_status (
  status_id integer PRIMARY KEY,
  status_value text
);
CREATE TABLE publisher (
  publisher_id integer PRIMARY KEY,
  publisher_name text
);
CREATE TABLE book (
  book_id integer PRIMARY KEY,
  title text,
  isbn13 text,
  language_id integer,
  num_pages integer,
  publication_date date,
  publisher_id integer
);
CREATE TABLE book_author (
  book_id integer PRIMARY KEY,
  author_id integer PRIMARY KEY
);
CREATE TABLE shipping_method (
  method_id integer PRIMARY KEY,
  method_name text,
  cost real
);
CREATE TABLE cust_order (
  order_id integer PRIMARY KEY,
  order_date datetime,
  customer_id integer,
  shipping_method_id integer,
  dest_address_id integer
);
CREATE TABLE order_history (
  history_id integer PRIMARY KEY,
  order_id integer,
  status_id integer,
  status_date datetime
);
CREATE TABLE order_line (
  line_id integer PRIMARY KEY,
  order_id integer,
  book_id integer,
  price real
);
-- foreign keys: address.country_id -> country.country_id; customer_address.customer_id -> customer.customer_id; customer_address.address_id -> address.address_id; book.publisher_id -> publisher.publisher_id; book.language_id -> book_language.language_id; book_author.book_id -> book.book_id; book_author.author_id -> author.author_id

Hint: international shipping refers to method_name = 'International'; orders in 2020 refers to order_date = '2020%'; percentage = Divide (Sum(method_name = 'International'), Count(order_id)) * 100

Question: How many percent of orders in 2020 used international shipping?

assistant: SELECT CAST(SUM(CASE WHEN T2.method_name = 'International' THEN 1 ELSE 0 END) AS REAL) * 100 / COUNT(*) FROM cust_order AS T1 INNER JOIN shipping_method AS T2 ON T1.shipping_method_id = T2.method_id WHERE STRFTIME('%Y', T1.order_date) = '2020'
system: You are a text-to-SQL generator. Given a database schema and a question, reply with a single valid SQLite query that answers it. Output only the SQL on one line, with no explanation and no markdown.

user: Schema:
CREATE TABLE IF NOT EXISTS "journal" (
"Journal_ID" int,
"Date" text,
"Theme" text,
"Sales" int,
PRIMARY KEY ("Journal_ID")
);

Question: List the names of editors in ascending order of age.

assistant: SELECT Name FROM editor ORDER BY Age ASC
system: You are a text-to-SQL generator. Given a database schema and a question, reply with a single valid SQLite query that answers it. Output only the SQL on one line, with no explanation and no markdown.

user: Schema:
PRAGMA foreign_keys = ON;
CREATE TABLE `Addresses` (
`address_id` INTEGER PRIMARY KEY,
`line_1_number_building` VARCHAR(80),
`town_city` VARCHAR(50),
`zip_postcode` VARCHAR(20),
`state_province_county` VARCHAR(50),
`country` VARCHAR(50)
);

Question: How many distinct payment methods are used by parties?

assistant: SELECT count(DISTINCT payment_method_code) FROM parties
system: You are a text-to-SQL generator. Given a database schema and a question, reply with a single valid SQLite query that answers it. Output only the SQL on one line, with no explanation and no markdown.

user: Schema:
PRAGMA foreign_keys = ON;
CREATE TABLE Ref_Document_Types (
document_type_code CHAR(15) NOT NULL,
document_type_description VARCHAR(255) NOT NULL,
PRIMARY KEY (document_type_code)
);

Question: How many employees does each role have? List role description, id and number of employees.

assistant: SELECT T1.role_description , T2.role_code , count(*) FROM ROLES AS T1 JOIN Employees AS T2 ON T1.role_code = T2.role_code GROUP BY T2.role_code;
system: You are a text-to-SQL generator. Given a database schema and a question, reply with a single valid SQLite query that answers it. Output only the SQL on one line, with no explanation and no markdown.

user: Schema:
CREATE TABLE location (
  locationID integer PRIMARY KEY,
  locationcity text,
  address text,
  state text,
  zipcode integer,
  officephone text
);
CREATE TABLE position (
  positionID integer PRIMARY KEY,
  positiontitle text,
  educationrequired text,
  minsalary text,
  maxsalary text
);
CREATE TABLE employee (
  ssn text PRIMARY KEY,
  lastname text,
  firstname text,
  hiredate text,
  salary text,
  gender text,
  performance text,
  positionID integer,
  locationID integer
);
-- foreign keys: employee.positionID -> position.positionID; employee.locationID -> location.locationID

Hint: 2 year degree refers to educationrequired = '2 year degree'; calculation = DIVIDE(SUM(salary), COUNT(positiontitle))

Question: What is the average salary of all employees with a 2 year degree position?

assistant: SELECT AVG(CAST(REPLACE(SUBSTR(T1.salary, 4), ',', '') AS REAL)) FROM employee AS T1 INNER JOIN position AS T2 ON T1.positionID = T2.positionID WHERE T2.educationrequired = '2 year degree'
system: You are a text-to-SQL generator. Given a database schema and a question, reply with a single valid SQLite query that answers it. Output only the SQL on one line, with no explanation and no markdown.

user: Schema:
--data definition

create table genre(
	g_name varchar2(20) not null,
	rating varchar2(10),
	most_popular_in varchar2(50),
	primary key(g_name)
);

create table artist(
	artist_name varchar2(50) not null,
	country varchar2(20),
	gender varchar2(20),
	preferred_genre varchar2(50),
	constraint a_name primary key(artist_name),
	foreign key(preferred_genre) references genre(g_name) ON DELETE CASCADE
);

create table files(
	f_id number(10) not null,
	artist_name varchar2(50),
	file_size varchar2(20),
	duration varchar2(20),
	formats varchar2(20),
	primary key(f_id),
	foreign key(artist_name) references artist(artist_name) ON DELETE CASCADE
);


create table song(
	song_name varchar2(50),
	artist_name varchar2(50),
	country varchar2(20),
	f_id number(10),
    	genre_is varchar2(20),
	rating number(10) check(rating>0 and rating<11),
	languages varchar2(20),
	releasedate Date, 
	resolution number(10) not null,
	constraint s_name primary key(song_name),
	foreign key(artist_name) references artist(artist_name) ON DELETE CASCADE,
	foreign key(f_id) references files(f_id) ON DELETE CASCADE,
	foreign key(genre_is) references genre(g_name) ON DELETE CASCADE
);


--insertion of attributes in the table

Question: What is the country of origin of the artist who is female and produced a song in Bangla?

assistant: SELECT T1.country FROM artist AS T1 JOIN song AS T2 ON T1.artist_name = T2.artist_name WHERE T1.gender = "Female" AND T2.languages = "bangla"
system: You are a text-to-SQL generator. Given a database schema and a question, reply with a single valid SQLite query that answers it. Output only the SQL on one line, with no explanation and no markdown.

user: Schema:
CREATE TABLE Ingredient (
  ingredient_id integer PRIMARY KEY,
  category text,
  name text,
  plural text
);
CREATE TABLE Recipe (
  recipe_id integer PRIMARY KEY,
  title text,
  subtitle text,
  servings integer,
  yield_unit text,
  prep_min integer,
  cook_min integer,
  stnd_min integer,
  source text,
  intro text,
  directions text
);
CREATE TABLE Nutrition (
  recipe_id integer PRIMARY KEY,
  protein real,
  carbo real,
  alcohol real,
  total_fat real,
  sat_fat real,
  cholestrl real,
  sodium real,
  iron real,
  vitamin_c real,
  vitamin_a real,
  fiber real,
  pcnt_cal_carb real,
  pcnt_cal_fat real,
  pcnt_cal_prot real,
  calories real
);
CREATE TABLE Quantity (
  quantity_id integer PRIMARY KEY,
  recipe_id integer,
  ingredient_id integer,
  max_qty real,
  min_qty real,
  unit text,
  preparation text,
  optional text
);
-- foreign keys: Nutrition.recipe_id -> Recipe.recipe_id; Quantity.recipe_id -> Nutrition.recipe_id; Quantity.ingredient_id -> Ingredient.ingredient_id; Quantity.recipe_id -> Recipe.recipe_id

Hint: can serve 7 people refers to servings = 7

Question: Provide the ingredients and maximum quantities of the recipe which can serve 7 people.

assistant: SELECT T3.name, T2.max_qty FROM Recipe AS T1 INNER JOIN Quantity AS T2 ON T1.recipe_id = T2.recipe_id INNER JOIN Ingredient AS T3 ON T3.ingredient_id = T2.ingredient_id WHERE T1.servings = 7
system: You are a text-to-SQL generator. Given a database schema and a question, reply with a single valid SQLite query that answers it. Output only the SQL on one line, with no explanation and no markdown.

user: Schema:
PRAGMA foreign_keys = ON;

CREATE TABLE "book_club" (
"book_club_id" int,
"Year" int,
"Author_or_Editor" text,
"Book_Title" text,
"Publisher" text,
"Category" text,
"Result" text,
PRIMARY KEY ("book_club_id")
);

Question: Show all company names with a movie directed in year 1999.

assistant: SELECT T2.company_name FROM movie AS T1 JOIN culture_company AS T2 ON T1.movie_id = T2.movie_id WHERE T1.year = 1999