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olympics | How many athletes took part in the Olympic games held in Barcelona? | Barcelona refers to city_name = 'Barcelona'; | SELECT COUNT(T1.person_id) FROM games_competitor AS T1 INNER JOIN games_city AS T2 ON T1.games_id = T2.games_id INNER JOIN city AS T3 ON T2.city_id = T3.id WHERE T3.city_name = 'Barcelona' | CREATE TABLE city
(
id INTEGER not null
primary key,
city_name TEXT default NULL
);
CREATE TABLE games
(
id INTEGER not null
primary key,
games_year INTEGER default NULL,
games_name TEXT default NULL,
season TEXT default NULL
);
CREATE TABLE games_city
(
games_id INTEGER default NULL,
city_id INTEGER default NULL,
foreign key (city_id) references city(id),
foreign key (games_id) references games(id)
);
CREATE TABLE medal
(
id INTEGER not null
primary key,
medal_name TEXT default NULL
);
CREATE TABLE noc_region
(
id INTEGER not null
primary key,
noc TEXT default NULL,
region_name TEXT default NULL
);
CREATE TABLE person
(
id INTEGER not null
primary key,
full_name TEXT default NULL,
gender TEXT default NULL,
height INTEGER default NULL,
weight INTEGER default NULL
);
CREATE TABLE games_competitor
(
id INTEGER not null
primary key,
games_id INTEGER default NULL,
person_id INTEGER default NULL,
age INTEGER default NULL,
foreign key (games_id) references games(id),
foreign key (person_id) references person(id)
);
CREATE TABLE person_region
(
person_id INTEGER default NULL,
region_id INTEGER default NULL,
foreign key (person_id) references person(id),
foreign key (region_id) references noc_region(id)
);
CREATE TABLE sport
(
id INTEGER not null
primary key,
sport_name TEXT default NULL
);
CREATE TABLE event
(
id INTEGER not null
primary key,
sport_id INTEGER default NULL,
event_name TEXT default NULL,
foreign key (sport_id) references sport(id)
);
CREATE TABLE competitor_event
(
event_id INTEGER default NULL,
competitor_id INTEGER default NULL,
medal_id INTEGER default NULL,
foreign key (competitor_id) references games_competitor(id),
foreign key (event_id) references event(id),
foreign key (medal_id) references medal(id)
);
|
genes | For the pairs of genes both from the class ATPases, what is the average expression correlation score? | SELECT AVG(T2.Expression_Corr) FROM Genes AS T1 INNER JOIN Interactions AS T2 ON T1.GeneID = T2.GeneID1 WHERE T1.Class = 'ATPases' | CREATE TABLE Classification
(
GeneID TEXT not null
primary key,
Localization TEXT not null
);
CREATE TABLE Genes
(
GeneID TEXT not null,
Essential TEXT not null,
Class TEXT not null,
Complex TEXT null,
Phenotype TEXT not null,
Motif TEXT not null,
Chromosome INTEGER not null,
Function TEXT not null,
Localization TEXT not null,
foreign key (GeneID) references Classification (GeneID)
on update cascade on delete cascade
);
CREATE TABLE Interactions
(
GeneID1 TEXT not null,
GeneID2 TEXT not null,
Type TEXT not null,
Expression_Corr REAL not null,
primary key (GeneID1, GeneID2),
foreign key (GeneID1) references Classification (GeneID)
on update cascade on delete cascade,
foreign key (GeneID2) references Classification (GeneID)
on update cascade on delete cascade
);
|
|
retail_complains | Calculate the average number of complaints received from New Bedford each year which are closed with explanation. | average = AVG("Complaint ID"); New Bedford refers to city = 'New Bedford'; closed with explanation refers to Company response to consumer = 'Closed with explanation'; | SELECT STRFTIME('%Y', T3.`Date received`) , CAST(SUM(CASE WHEN T3.`Company response to consumer` = 'Closed with explanation' THEN 1 ELSE 0 END) AS REAL) / COUNT(T3.`Complaint ID`) AS average FROM callcenterlogs AS T1 INNER JOIN client AS T2 ON T1.`rand client` = T2.client_id INNER JOIN events AS T3 ON T1.`Complaint ID` = T3.`Complaint ID` WHERE T2.city = 'New Bedford' GROUP BY strftime('%Y', T3.`Date received`) | CREATE TABLE state
(
StateCode TEXT
constraint state_pk
primary key,
State TEXT,
Region TEXT
);
CREATE TABLE callcenterlogs
(
"Date received" DATE,
"Complaint ID" TEXT,
"rand client" TEXT,
phonefinal TEXT,
"vru+line" TEXT,
call_id INTEGER,
priority INTEGER,
type TEXT,
outcome TEXT,
server TEXT,
ser_start TEXT,
ser_exit TEXT,
ser_time TEXT,
primary key ("Complaint ID"),
foreign key ("rand client") references client(client_id)
);
CREATE TABLE client
(
client_id TEXT
primary key,
sex TEXT,
day INTEGER,
month INTEGER,
year INTEGER,
age INTEGER,
social TEXT,
first TEXT,
middle TEXT,
last TEXT,
phone TEXT,
email TEXT,
address_1 TEXT,
address_2 TEXT,
city TEXT,
state TEXT,
zipcode INTEGER,
district_id INTEGER,
foreign key (district_id) references district(district_id)
);
CREATE TABLE district
(
district_id INTEGER
primary key,
city TEXT,
state_abbrev TEXT,
division TEXT,
foreign key (state_abbrev) references state(StateCode)
);
CREATE TABLE events
(
"Date received" DATE,
Product TEXT,
"Sub-product" TEXT,
Issue TEXT,
"Sub-issue" TEXT,
"Consumer complaint narrative" TEXT,
Tags TEXT,
"Consumer consent provided?" TEXT,
"Submitted via" TEXT,
"Date sent to company" TEXT,
"Company response to consumer" TEXT,
"Timely response?" TEXT,
"Consumer disputed?" TEXT,
"Complaint ID" TEXT,
Client_ID TEXT,
primary key ("Complaint ID", Client_ID),
foreign key ("Complaint ID") references callcenterlogs("Complaint ID"),
foreign key (Client_ID) references client(client_id)
);
CREATE TABLE reviews
(
"Date" DATE
primary key,
Stars INTEGER,
Reviews TEXT,
Product TEXT,
district_id INTEGER,
foreign key (district_id) references district(district_id)
);
|
sales | List down the first name of customers who placed order for product id 1. | SELECT T1.FirstName FROM Customers AS T1 INNER JOIN Sales AS T2 ON T1.CustomerID = T2.CustomerID INNER JOIN Products AS T3 ON T2.ProductID = T3.ProductID WHERE T2.ProductID = 1 | CREATE TABLE Customers
(
CustomerID INTEGER not null
primary key,
FirstName TEXT not null,
MiddleInitial TEXT null,
LastName TEXT not null
);
CREATE TABLE Employees
(
EmployeeID INTEGER not null
primary key,
FirstName TEXT not null,
MiddleInitial TEXT null,
LastName TEXT not null
);
CREATE TABLE Products
(
ProductID INTEGER not null
primary key,
Name TEXT not null,
Price REAL null
);
CREATE TABLE Sales
(
SalesID INTEGER not null
primary key,
SalesPersonID INTEGER not null,
CustomerID INTEGER not null,
ProductID INTEGER not null,
Quantity INTEGER not null,
foreign key (SalesPersonID) references Employees (EmployeeID)
on update cascade on delete cascade,
foreign key (CustomerID) references Customers (CustomerID)
on update cascade on delete cascade,
foreign key (ProductID) references Products (ProductID)
on update cascade on delete cascade
);
|
|
talkingdata | What percentage of vivo devices belong to users with no information? | percentage = MULTIPLY(DIVIDE(SUM(gender = NULL and age = NULL and `group` = NULL), COUNT(device_id)), 1.0); vivo devices refers to phone_brand = 'vivo'; no information refers to gender = NULL AND age = NULL AND `group` = NULL; | SELECT SUM(IIF(T1.gender IS NULL AND T1.age IS NULL AND T1.`group` IS NULL, 1, 0)) / COUNT(T1.device_id) AS per FROM gender_age AS T1 INNER JOIN phone_brand_device_model2 AS T2 ON T1.device_id = T2.device_id WHERE T2.phone_brand = 'vivo' | CREATE TABLE `app_all`
(
`app_id` INTEGER NOT NULL,
PRIMARY KEY (`app_id`)
);
CREATE TABLE `app_events` (
`event_id` INTEGER NOT NULL,
`app_id` INTEGER NOT NULL,
`is_installed` INTEGER NOT NULL,
`is_active` INTEGER NOT NULL,
PRIMARY KEY (`event_id`,`app_id`),
FOREIGN KEY (`event_id`) REFERENCES `events` (`event_id`) ON DELETE CASCADE ON UPDATE CASCADE
);
CREATE TABLE `app_events_relevant` (
`event_id` INTEGER NOT NULL,
`app_id` INTEGER NOT NULL,
`is_installed` INTEGER DEFAULT NULL,
`is_active` INTEGER DEFAULT NULL,
PRIMARY KEY (`event_id`,`app_id`),
FOREIGN KEY (`event_id`) REFERENCES `events_relevant` (`event_id`) ON DELETE CASCADE ON UPDATE CASCADE,
FOREIGN KEY (`app_id`) REFERENCES `app_all` (`app_id`) ON DELETE CASCADE ON UPDATE CASCADE
);
CREATE TABLE `app_labels` (
`app_id` INTEGER NOT NULL,
`label_id` INTEGER NOT NULL,
FOREIGN KEY (`label_id`) REFERENCES `label_categories` (`label_id`) ON DELETE CASCADE ON UPDATE CASCADE,
FOREIGN KEY (`app_id`) REFERENCES `app_all` (`app_id`) ON DELETE CASCADE ON UPDATE CASCADE
);
CREATE TABLE `events` (
`event_id` INTEGER NOT NULL,
`device_id` INTEGER DEFAULT NULL,
`timestamp` DATETIME DEFAULT NULL,
`longitude` REAL DEFAULT NULL,
`latitude` REAL DEFAULT NULL,
PRIMARY KEY (`event_id`)
);
CREATE TABLE `events_relevant` (
`event_id` INTEGER NOT NULL,
`device_id` INTEGER DEFAULT NULL,
`timestamp` DATETIME NOT NULL,
`longitude` REAL NOT NULL,
`latitude` REAL NOT NULL,
PRIMARY KEY (`event_id`),
FOREIGN KEY (`device_id`) REFERENCES `gender_age` (`device_id`) ON DELETE CASCADE ON UPDATE CASCADE
);
CREATE TABLE `gender_age` (
`device_id` INTEGER NOT NULL,
`gender` TEXT DEFAULT NULL,
`age` INTEGER DEFAULT NULL,
`group` TEXT DEFAULT NULL,
PRIMARY KEY (`device_id`),
FOREIGN KEY (`device_id`) REFERENCES `phone_brand_device_model2` (`device_id`) ON DELETE CASCADE ON UPDATE CASCADE
);
CREATE TABLE `gender_age_test` (
`device_id` INTEGER NOT NULL,
PRIMARY KEY (`device_id`)
);
CREATE TABLE `gender_age_train` (
`device_id` INTEGER NOT NULL,
`gender` TEXT DEFAULT NULL,
`age` INTEGER DEFAULT NULL,
`group` TEXT DEFAULT NULL,
PRIMARY KEY (`device_id`)
);
CREATE TABLE `label_categories` (
`label_id` INTEGER NOT NULL,
`category` TEXT DEFAULT NULL,
PRIMARY KEY (`label_id`)
);
CREATE TABLE `phone_brand_device_model2` (
`device_id` INTEGER NOT NULL,
`phone_brand` TEXT NOT NULL,
`device_model` TEXT NOT NULL,
PRIMARY KEY (`device_id`,`phone_brand`,`device_model`)
);
CREATE TABLE `sample_submission` (
`device_id` INTEGER NOT NULL,
`F23-` REAL DEFAULT NULL,
`F24-26` REAL DEFAULT NULL,
`F27-28` REAL DEFAULT NULL,
`F29-32` REAL DEFAULT NULL,
`F33-42` REAL DEFAULT NULL,
`F43+` REAL DEFAULT NULL,
`M22-` REAL DEFAULT NULL,
`M23-26` REAL DEFAULT NULL,
`M27-28` REAL DEFAULT NULL,
`M29-31` REAL DEFAULT NULL,
`M32-38` REAL DEFAULT NULL,
`M39+` REAL DEFAULT NULL,
PRIMARY KEY (`device_id`)
);
|
disney | List the voice actors from the movie "Meet the Robinsons". | Meet the Robinsons refers to movie_title = 'Meet the Robinsons'; | SELECT 'voice-actor' FROM `voice-actors` WHERE movie = 'Meet the Robinsons' | CREATE TABLE characters
(
movie_title TEXT
primary key,
release_date TEXT,
hero TEXT,
villian TEXT,
song TEXT,
foreign key (hero) references "voice-actors"(character)
);
CREATE TABLE director
(
name TEXT
primary key,
director TEXT,
foreign key (name) references characters(movie_title)
);
CREATE TABLE movies_total_gross
(
movie_title TEXT,
release_date TEXT,
genre TEXT,
MPAA_rating TEXT,
total_gross TEXT,
inflation_adjusted_gross TEXT,
primary key (movie_title, release_date),
foreign key (movie_title) references characters(movie_title)
);
CREATE TABLE revenue
(
Year INTEGER
primary key,
"Studio Entertainment[NI 1]" REAL,
"Disney Consumer Products[NI 2]" REAL,
"Disney Interactive[NI 3][Rev 1]" INTEGER,
"Walt Disney Parks and Resorts" REAL,
"Disney Media Networks" TEXT,
Total INTEGER
);
CREATE TABLE IF NOT EXISTS "voice-actors"
(
character TEXT
primary key,
"voice-actor" TEXT,
movie TEXT,
foreign key (movie) references characters(movie_title)
);
|
student_loan | State name of disabled students who have the longest duration of absense from school. | longest duration of absense refers to MAX(month) | SELECT T1.name FROM disabled AS T1 INNER JOIN longest_absense_from_school AS T2 ON T1.name = T2.name ORDER BY T2.month DESC LIMIT 1 | CREATE TABLE bool
(
"name" TEXT default '' not null
primary key
);
CREATE TABLE person
(
"name" TEXT default '' not null
primary key
);
CREATE TABLE disabled
(
"name" TEXT default '' not null
primary key,
foreign key ("name") references person ("name")
on update cascade on delete cascade
);
CREATE TABLE enlist
(
"name" TEXT not null,
organ TEXT not null,
foreign key ("name") references person ("name")
on update cascade on delete cascade
);
CREATE TABLE filed_for_bankrupcy
(
"name" TEXT default '' not null
primary key,
foreign key ("name") references person ("name")
on update cascade on delete cascade
);
CREATE TABLE longest_absense_from_school
(
"name" TEXT default '' not null
primary key,
"month" INTEGER default 0 null,
foreign key ("name") references person ("name")
on update cascade on delete cascade
);
CREATE TABLE male
(
"name" TEXT default '' not null
primary key,
foreign key ("name") references person ("name")
on update cascade on delete cascade
);
CREATE TABLE no_payment_due
(
"name" TEXT default '' not null
primary key,
bool TEXT null,
foreign key ("name") references person ("name")
on update cascade on delete cascade,
foreign key (bool) references bool ("name")
on update cascade on delete cascade
);
CREATE TABLE unemployed
(
"name" TEXT default '' not null
primary key,
foreign key ("name") references person ("name")
on update cascade on delete cascade
);
CREATE TABLE `enrolled` (
`name` TEXT NOT NULL,
`school` TEXT NOT NULL,
`month` INTEGER NOT NULL DEFAULT 0,
PRIMARY KEY (`name`,`school`),
FOREIGN KEY (`name`) REFERENCES `person` (`name`) ON DELETE CASCADE ON UPDATE CASCADE
);
|
airline | What is the average departure delay time of flights operated by American Airlines Inc.? | average departure delay time = DIVIDE(SUM(DEP_DELAY), COUNT(Code)); American Airlines Inc. refers to Description = 'American Airlines Inc.: AA'; | SELECT AVG(T1.DEP_DELAY) FROM Airlines AS T1 INNER JOIN Airports AS T2 ON T2.Code = T1.ORIGIN INNER JOIN `Air Carriers` AS T3 ON T1.OP_CARRIER_AIRLINE_ID = T3.Code WHERE T3.Description = 'American Airlines Inc.: AA' | CREATE TABLE IF NOT EXISTS "Air Carriers"
(
Code INTEGER
primary key,
Description TEXT
);
CREATE TABLE Airports
(
Code TEXT
primary key,
Description TEXT
);
CREATE TABLE Airlines
(
FL_DATE TEXT,
OP_CARRIER_AIRLINE_ID INTEGER,
TAIL_NUM TEXT,
OP_CARRIER_FL_NUM INTEGER,
ORIGIN_AIRPORT_ID INTEGER,
ORIGIN_AIRPORT_SEQ_ID INTEGER,
ORIGIN_CITY_MARKET_ID INTEGER,
ORIGIN TEXT,
DEST_AIRPORT_ID INTEGER,
DEST_AIRPORT_SEQ_ID INTEGER,
DEST_CITY_MARKET_ID INTEGER,
DEST TEXT,
CRS_DEP_TIME INTEGER,
DEP_TIME INTEGER,
DEP_DELAY INTEGER,
DEP_DELAY_NEW INTEGER,
ARR_TIME INTEGER,
ARR_DELAY INTEGER,
ARR_DELAY_NEW INTEGER,
CANCELLED INTEGER,
CANCELLATION_CODE TEXT,
CRS_ELAPSED_TIME INTEGER,
ACTUAL_ELAPSED_TIME INTEGER,
CARRIER_DELAY INTEGER,
WEATHER_DELAY INTEGER,
NAS_DELAY INTEGER,
SECURITY_DELAY INTEGER,
LATE_AIRCRAFT_DELAY INTEGER,
FOREIGN KEY (ORIGIN) REFERENCES Airports(Code),
FOREIGN KEY (DEST) REFERENCES Airports(Code),
FOREIGN KEY (OP_CARRIER_AIRLINE_ID) REFERENCES "Air Carriers"(Code)
);
|
retail_world | How many employees in the UK takes charge of the sales in over 4 territories? | UK refers to Country = 'UK'; employees with over 4 territories refers to EmployeeID WHERE TerritoryID > 4; | SELECT COUNT(COUNTEID) FROM ( SELECT T1.EmployeeID AS COUNTEID FROM Employees AS T1 INNER JOIN EmployeeTerritories AS T2 ON T1.EmployeeID = T2.EmployeeID WHERE T1.Country = 'UK' GROUP BY T1.EmployeeID HAVING COUNT(T2.TerritoryID) > 4 ) T1 | CREATE TABLE sqlite_sequence(name,seq);
CREATE TABLE Categories
(
CategoryID INTEGER PRIMARY KEY AUTOINCREMENT,
CategoryName TEXT,
Description TEXT
);
CREATE TABLE Customers
(
CustomerID INTEGER PRIMARY KEY AUTOINCREMENT,
CustomerName TEXT,
ContactName TEXT,
Address TEXT,
City TEXT,
PostalCode TEXT,
Country TEXT
);
CREATE TABLE Employees
(
EmployeeID INTEGER PRIMARY KEY AUTOINCREMENT,
LastName TEXT,
FirstName TEXT,
BirthDate DATE,
Photo TEXT,
Notes TEXT
);
CREATE TABLE Shippers(
ShipperID INTEGER PRIMARY KEY AUTOINCREMENT,
ShipperName TEXT,
Phone TEXT
);
CREATE TABLE Suppliers(
SupplierID INTEGER PRIMARY KEY AUTOINCREMENT,
SupplierName TEXT,
ContactName TEXT,
Address TEXT,
City TEXT,
PostalCode TEXT,
Country TEXT,
Phone TEXT
);
CREATE TABLE Products(
ProductID INTEGER PRIMARY KEY AUTOINCREMENT,
ProductName TEXT,
SupplierID INTEGER,
CategoryID INTEGER,
Unit TEXT,
Price REAL DEFAULT 0,
FOREIGN KEY (CategoryID) REFERENCES Categories (CategoryID),
FOREIGN KEY (SupplierID) REFERENCES Suppliers (SupplierID)
);
CREATE TABLE Orders(
OrderID INTEGER PRIMARY KEY AUTOINCREMENT,
CustomerID INTEGER,
EmployeeID INTEGER,
OrderDate DATETIME,
ShipperID INTEGER,
FOREIGN KEY (EmployeeID) REFERENCES Employees (EmployeeID),
FOREIGN KEY (CustomerID) REFERENCES Customers (CustomerID),
FOREIGN KEY (ShipperID) REFERENCES Shippers (ShipperID)
);
CREATE TABLE OrderDetails(
OrderDetailID INTEGER PRIMARY KEY AUTOINCREMENT,
OrderID INTEGER,
ProductID INTEGER,
Quantity INTEGER,
FOREIGN KEY (OrderID) REFERENCES Orders (OrderID),
FOREIGN KEY (ProductID) REFERENCES Products (ProductID)
);
|
movie_3 | For how long can you rent the movie 'Dirty Ace'? | length refers to rental_duration; 'Dirty Ace' refers to title = 'DIRTY ACE' | SELECT rental_duration FROM film WHERE title = 'DIRTY ACE' | CREATE TABLE film_text
(
film_id INTEGER not null
primary key,
title TEXT not null,
description TEXT null
);
CREATE TABLE IF NOT EXISTS "actor"
(
actor_id INTEGER
primary key autoincrement,
first_name TEXT not null,
last_name TEXT not null,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE sqlite_sequence(name,seq);
CREATE TABLE IF NOT EXISTS "address"
(
address_id INTEGER
primary key autoincrement,
address TEXT not null,
address2 TEXT,
district TEXT not null,
city_id INTEGER not null
references city
on update cascade,
postal_code TEXT,
phone TEXT not null,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE IF NOT EXISTS "category"
(
category_id INTEGER
primary key autoincrement,
name TEXT not null,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE IF NOT EXISTS "city"
(
city_id INTEGER
primary key autoincrement,
city TEXT not null,
country_id INTEGER not null
references country
on update cascade,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE IF NOT EXISTS "country"
(
country_id INTEGER
primary key autoincrement,
country TEXT not null,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE IF NOT EXISTS "customer"
(
customer_id INTEGER
primary key autoincrement,
store_id INTEGER not null
references store
on update cascade,
first_name TEXT not null,
last_name TEXT not null,
email TEXT,
address_id INTEGER not null
references address
on update cascade,
active INTEGER default 1 not null,
create_date DATETIME not null,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE IF NOT EXISTS "film"
(
film_id INTEGER
primary key autoincrement,
title TEXT not null,
description TEXT,
release_year TEXT,
language_id INTEGER not null
references language
on update cascade,
original_language_id INTEGER
references language
on update cascade,
rental_duration INTEGER default 3 not null,
rental_rate REAL default 4.99 not null,
length INTEGER,
replacement_cost REAL default 19.99 not null,
rating TEXT default 'G',
special_features TEXT,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE IF NOT EXISTS "film_actor"
(
actor_id INTEGER not null
references actor
on update cascade,
film_id INTEGER not null
references film
on update cascade,
last_update DATETIME default CURRENT_TIMESTAMP not null,
primary key (actor_id, film_id)
);
CREATE TABLE IF NOT EXISTS "film_category"
(
film_id INTEGER not null
references film
on update cascade,
category_id INTEGER not null
references category
on update cascade,
last_update DATETIME default CURRENT_TIMESTAMP not null,
primary key (film_id, category_id)
);
CREATE TABLE IF NOT EXISTS "inventory"
(
inventory_id INTEGER
primary key autoincrement,
film_id INTEGER not null
references film
on update cascade,
store_id INTEGER not null
references store
on update cascade,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE IF NOT EXISTS "language"
(
language_id INTEGER
primary key autoincrement,
name TEXT not null,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE IF NOT EXISTS "payment"
(
payment_id INTEGER
primary key autoincrement,
customer_id INTEGER not null
references customer
on update cascade,
staff_id INTEGER not null
references staff
on update cascade,
rental_id INTEGER
references rental
on update cascade on delete set null,
amount REAL not null,
payment_date DATETIME not null,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE IF NOT EXISTS "rental"
(
rental_id INTEGER
primary key autoincrement,
rental_date DATETIME not null,
inventory_id INTEGER not null
references inventory
on update cascade,
customer_id INTEGER not null
references customer
on update cascade,
return_date DATETIME,
staff_id INTEGER not null
references staff
on update cascade,
last_update DATETIME default CURRENT_TIMESTAMP not null,
unique (rental_date, inventory_id, customer_id)
);
CREATE TABLE IF NOT EXISTS "staff"
(
staff_id INTEGER
primary key autoincrement,
first_name TEXT not null,
last_name TEXT not null,
address_id INTEGER not null
references address
on update cascade,
picture BLOB,
email TEXT,
store_id INTEGER not null
references store
on update cascade,
active INTEGER default 1 not null,
username TEXT not null,
password TEXT,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE IF NOT EXISTS "store"
(
store_id INTEGER
primary key autoincrement,
manager_staff_id INTEGER not null
unique
references staff
on update cascade,
address_id INTEGER not null
references address
on update cascade,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
|
student_loan | What is the organization enlisted by student168? | organization refers to organ; student168 is a name of student; | SELECT organ FROM enlist WHERE name = 'student168' | CREATE TABLE bool
(
"name" TEXT default '' not null
primary key
);
CREATE TABLE person
(
"name" TEXT default '' not null
primary key
);
CREATE TABLE disabled
(
"name" TEXT default '' not null
primary key,
foreign key ("name") references person ("name")
on update cascade on delete cascade
);
CREATE TABLE enlist
(
"name" TEXT not null,
organ TEXT not null,
foreign key ("name") references person ("name")
on update cascade on delete cascade
);
CREATE TABLE filed_for_bankrupcy
(
"name" TEXT default '' not null
primary key,
foreign key ("name") references person ("name")
on update cascade on delete cascade
);
CREATE TABLE longest_absense_from_school
(
"name" TEXT default '' not null
primary key,
"month" INTEGER default 0 null,
foreign key ("name") references person ("name")
on update cascade on delete cascade
);
CREATE TABLE male
(
"name" TEXT default '' not null
primary key,
foreign key ("name") references person ("name")
on update cascade on delete cascade
);
CREATE TABLE no_payment_due
(
"name" TEXT default '' not null
primary key,
bool TEXT null,
foreign key ("name") references person ("name")
on update cascade on delete cascade,
foreign key (bool) references bool ("name")
on update cascade on delete cascade
);
CREATE TABLE unemployed
(
"name" TEXT default '' not null
primary key,
foreign key ("name") references person ("name")
on update cascade on delete cascade
);
CREATE TABLE `enrolled` (
`name` TEXT NOT NULL,
`school` TEXT NOT NULL,
`month` INTEGER NOT NULL DEFAULT 0,
PRIMARY KEY (`name`,`school`),
FOREIGN KEY (`name`) REFERENCES `person` (`name`) ON DELETE CASCADE ON UPDATE CASCADE
);
|
retails | When was the latest date the items of order no.1 were shipped? | order no.1 refers to l_orderkey = 1; the latest date shipped refers to MAX(l_shipdate); | SELECT MAX(l_shipdate) FROM lineitem WHERE l_orderkey = 1 | CREATE TABLE `customer` (
`c_custkey` INTEGER NOT NULL,
`c_mktsegment` TEXT DEFAULT NULL,
`c_nationkey` INTEGER DEFAULT NULL,
`c_name` TEXT DEFAULT NULL,
`c_address` TEXT DEFAULT NULL,
`c_phone` TEXT DEFAULT NULL,
`c_acctbal` REAL DEFAULT NULL,
`c_comment` TEXT DEFAULT NULL,
PRIMARY KEY (`c_custkey`),
FOREIGN KEY (`c_nationkey`) REFERENCES `nation` (`n_nationkey`) ON DELETE CASCADE ON UPDATE CASCADE
);
CREATE TABLE lineitem
(
l_shipdate DATE null,
l_orderkey INTEGER not null,
l_discount REAL not null,
l_extendedprice REAL not null,
l_suppkey INTEGER not null,
l_quantity INTEGER not null,
l_returnflag TEXT null,
l_partkey INTEGER not null,
l_linestatus TEXT null,
l_tax REAL not null,
l_commitdate DATE null,
l_receiptdate DATE null,
l_shipmode TEXT null,
l_linenumber INTEGER not null,
l_shipinstruct TEXT null,
l_comment TEXT null,
primary key (l_orderkey, l_linenumber),
foreign key (l_orderkey) references orders (o_orderkey)
on update cascade on delete cascade,
foreign key (l_partkey, l_suppkey) references partsupp (ps_partkey, ps_suppkey)
on update cascade on delete cascade
);
CREATE TABLE nation
(
n_nationkey INTEGER not null
primary key,
n_name TEXT null,
n_regionkey INTEGER null,
n_comment TEXT null,
foreign key (n_regionkey) references region (r_regionkey)
on update cascade on delete cascade
);
CREATE TABLE orders
(
o_orderdate DATE null,
o_orderkey INTEGER not null
primary key,
o_custkey INTEGER not null,
o_orderpriority TEXT null,
o_shippriority INTEGER null,
o_clerk TEXT null,
o_orderstatus TEXT null,
o_totalprice REAL null,
o_comment TEXT null,
foreign key (o_custkey) references customer (c_custkey)
on update cascade on delete cascade
);
CREATE TABLE part
(
p_partkey INTEGER not null
primary key,
p_type TEXT null,
p_size INTEGER null,
p_brand TEXT null,
p_name TEXT null,
p_container TEXT null,
p_mfgr TEXT null,
p_retailprice REAL null,
p_comment TEXT null
);
CREATE TABLE partsupp
(
ps_partkey INTEGER not null,
ps_suppkey INTEGER not null,
ps_supplycost REAL not null,
ps_availqty INTEGER null,
ps_comment TEXT null,
primary key (ps_partkey, ps_suppkey),
foreign key (ps_partkey) references part (p_partkey)
on update cascade on delete cascade,
foreign key (ps_suppkey) references supplier (s_suppkey)
on update cascade on delete cascade
);
CREATE TABLE region
(
r_regionkey INTEGER not null
primary key,
r_name TEXT null,
r_comment TEXT null
);
CREATE TABLE supplier
(
s_suppkey INTEGER not null
primary key,
s_nationkey INTEGER null,
s_comment TEXT null,
s_name TEXT null,
s_address TEXT null,
s_phone TEXT null,
s_acctbal REAL null,
foreign key (s_nationkey) references nation (n_nationkey)
);
|
retails | Please list the names of all the products under the type "promo brushed steel". | product name refers to p_name; type "promo brushed steel" refers to p_type = 'PROMO BRUSHED STEEL' | SELECT p_name FROM part WHERE p_type = 'PROMO BRUSHED STEEL' | CREATE TABLE `customer` (
`c_custkey` INTEGER NOT NULL,
`c_mktsegment` TEXT DEFAULT NULL,
`c_nationkey` INTEGER DEFAULT NULL,
`c_name` TEXT DEFAULT NULL,
`c_address` TEXT DEFAULT NULL,
`c_phone` TEXT DEFAULT NULL,
`c_acctbal` REAL DEFAULT NULL,
`c_comment` TEXT DEFAULT NULL,
PRIMARY KEY (`c_custkey`),
FOREIGN KEY (`c_nationkey`) REFERENCES `nation` (`n_nationkey`) ON DELETE CASCADE ON UPDATE CASCADE
);
CREATE TABLE lineitem
(
l_shipdate DATE null,
l_orderkey INTEGER not null,
l_discount REAL not null,
l_extendedprice REAL not null,
l_suppkey INTEGER not null,
l_quantity INTEGER not null,
l_returnflag TEXT null,
l_partkey INTEGER not null,
l_linestatus TEXT null,
l_tax REAL not null,
l_commitdate DATE null,
l_receiptdate DATE null,
l_shipmode TEXT null,
l_linenumber INTEGER not null,
l_shipinstruct TEXT null,
l_comment TEXT null,
primary key (l_orderkey, l_linenumber),
foreign key (l_orderkey) references orders (o_orderkey)
on update cascade on delete cascade,
foreign key (l_partkey, l_suppkey) references partsupp (ps_partkey, ps_suppkey)
on update cascade on delete cascade
);
CREATE TABLE nation
(
n_nationkey INTEGER not null
primary key,
n_name TEXT null,
n_regionkey INTEGER null,
n_comment TEXT null,
foreign key (n_regionkey) references region (r_regionkey)
on update cascade on delete cascade
);
CREATE TABLE orders
(
o_orderdate DATE null,
o_orderkey INTEGER not null
primary key,
o_custkey INTEGER not null,
o_orderpriority TEXT null,
o_shippriority INTEGER null,
o_clerk TEXT null,
o_orderstatus TEXT null,
o_totalprice REAL null,
o_comment TEXT null,
foreign key (o_custkey) references customer (c_custkey)
on update cascade on delete cascade
);
CREATE TABLE part
(
p_partkey INTEGER not null
primary key,
p_type TEXT null,
p_size INTEGER null,
p_brand TEXT null,
p_name TEXT null,
p_container TEXT null,
p_mfgr TEXT null,
p_retailprice REAL null,
p_comment TEXT null
);
CREATE TABLE partsupp
(
ps_partkey INTEGER not null,
ps_suppkey INTEGER not null,
ps_supplycost REAL not null,
ps_availqty INTEGER null,
ps_comment TEXT null,
primary key (ps_partkey, ps_suppkey),
foreign key (ps_partkey) references part (p_partkey)
on update cascade on delete cascade,
foreign key (ps_suppkey) references supplier (s_suppkey)
on update cascade on delete cascade
);
CREATE TABLE region
(
r_regionkey INTEGER not null
primary key,
r_name TEXT null,
r_comment TEXT null
);
CREATE TABLE supplier
(
s_suppkey INTEGER not null
primary key,
s_nationkey INTEGER null,
s_comment TEXT null,
s_name TEXT null,
s_address TEXT null,
s_phone TEXT null,
s_acctbal REAL null,
foreign key (s_nationkey) references nation (n_nationkey)
);
|
books | Indicate the complete address of customers located in Lazaro Cardenas. | complete address refers to street_number, street_name, city, country; "Lazaro Cardenas" is the city | SELECT street_number, street_name, city, country_id FROM address WHERE city = 'Lazaro Cardenas' | 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,
foreign key (country_id) references country(country_id)
);
CREATE TABLE customer
(
customer_id INTEGER
primary key,
first_name TEXT,
last_name TEXT,
email TEXT
);
CREATE TABLE customer_address
(
customer_id INTEGER,
address_id INTEGER,
status_id INTEGER,
primary key (customer_id, address_id),
foreign key (address_id) references address(address_id),
foreign key (customer_id) references customer(customer_id)
);
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,
foreign key (language_id) references book_language(language_id),
foreign key (publisher_id) references publisher(publisher_id)
);
CREATE TABLE book_author
(
book_id INTEGER,
author_id INTEGER,
primary key (book_id, author_id),
foreign key (author_id) references author(author_id),
foreign key (book_id) references book(book_id)
);
CREATE TABLE shipping_method
(
method_id INTEGER
primary key,
method_name TEXT,
cost REAL
);
CREATE TABLE IF NOT EXISTS "cust_order"
(
order_id INTEGER
primary key autoincrement,
order_date DATETIME,
customer_id INTEGER
references customer,
shipping_method_id INTEGER
references shipping_method,
dest_address_id INTEGER
references address
);
CREATE TABLE sqlite_sequence(name,seq);
CREATE TABLE IF NOT EXISTS "order_history"
(
history_id INTEGER
primary key autoincrement,
order_id INTEGER
references cust_order,
status_id INTEGER
references order_status,
status_date DATETIME
);
CREATE TABLE IF NOT EXISTS "order_line"
(
line_id INTEGER
primary key autoincrement,
order_id INTEGER
references cust_order,
book_id INTEGER
references book,
price REAL
);
|
donor | Among the projects created by a teacher from New York, how many of them have a donor from the same city? | New York is the donor city; donor from the same city refers to donor from New York in which teacher_ny_teaching_fellow = 't'; | SELECT COUNT(T1.projectid) FROM projects AS T1 INNER JOIN donations AS T2 ON T1.projectid = T2.projectid WHERE T1.teacher_ny_teaching_fellow = 't' AND T2.donor_city = 'New York' | CREATE TABLE sqlite_sequence(name,seq);
CREATE TABLE IF NOT EXISTS "essays"
(
projectid TEXT,
teacher_acctid TEXT,
title TEXT,
short_description TEXT,
need_statement TEXT,
essay TEXT
);
CREATE TABLE IF NOT EXISTS "projects"
(
projectid TEXT not null
primary key,
teacher_acctid TEXT,
schoolid TEXT,
school_ncesid TEXT,
school_latitude REAL,
school_longitude REAL,
school_city TEXT,
school_state TEXT,
school_zip INTEGER,
school_metro TEXT,
school_district TEXT,
school_county TEXT,
school_charter TEXT,
school_magnet TEXT,
school_year_round TEXT,
school_nlns TEXT,
school_kipp TEXT,
school_charter_ready_promise TEXT,
teacher_prefix TEXT,
teacher_teach_for_america TEXT,
teacher_ny_teaching_fellow TEXT,
primary_focus_subject TEXT,
primary_focus_area TEXT,
secondary_focus_subject TEXT,
secondary_focus_area TEXT,
resource_type TEXT,
poverty_level TEXT,
grade_level TEXT,
fulfillment_labor_materials REAL,
total_price_excluding_optional_support REAL,
total_price_including_optional_support REAL,
students_reached INTEGER,
eligible_double_your_impact_match TEXT,
eligible_almost_home_match TEXT,
date_posted DATE
);
CREATE TABLE donations
(
donationid TEXT not null
primary key,
projectid TEXT,
donor_acctid TEXT,
donor_city TEXT,
donor_state TEXT,
donor_zip TEXT,
is_teacher_acct TEXT,
donation_timestamp DATETIME,
donation_to_project REAL,
donation_optional_support REAL,
donation_total REAL,
dollar_amount TEXT,
donation_included_optional_support TEXT,
payment_method TEXT,
payment_included_acct_credit TEXT,
payment_included_campaign_gift_card TEXT,
payment_included_web_purchased_gift_card TEXT,
payment_was_promo_matched TEXT,
via_giving_page TEXT,
for_honoree TEXT,
donation_message TEXT,
foreign key (projectid) references projects(projectid)
);
CREATE TABLE resources
(
resourceid TEXT not null
primary key,
projectid TEXT,
vendorid INTEGER,
vendor_name TEXT,
project_resource_type TEXT,
item_name TEXT,
item_number TEXT,
item_unit_price REAL,
item_quantity INTEGER,
foreign key (projectid) references projects(projectid)
);
|
world | Provide the language used in the country ruled by Pierre Buyoya. | ruled by Pierre Buyoya refers to HeadOfState = 'Pierre Buyoya'; | SELECT T1.Language FROM CountryLanguage AS T1 INNER JOIN Country AS T2 ON T1.CountryCode = T2.Code WHERE T2.HeadOfState = 'Pierre Buyoya' | CREATE TABLE sqlite_sequence(name,seq);
CREATE TABLE `City` (
`ID` INTEGER NOT NULL PRIMARY KEY AUTOINCREMENT,
`Name` TEXT NOT NULL DEFAULT '',
`CountryCode` TEXT NOT NULL DEFAULT '',
`District` TEXT NOT NULL DEFAULT '',
`Population` INTEGER NOT NULL DEFAULT 0,
FOREIGN KEY (`CountryCode`) REFERENCES `Country` (`Code`)
);
CREATE TABLE `Country` (
`Code` TEXT NOT NULL DEFAULT '',
`Name` TEXT NOT NULL DEFAULT '',
`Continent` TEXT NOT NULL DEFAULT 'Asia',
`Region` TEXT NOT NULL DEFAULT '',
`SurfaceArea` REAL NOT NULL DEFAULT 0.00,
`IndepYear` INTEGER DEFAULT NULL,
`Population` INTEGER NOT NULL DEFAULT 0,
`LifeExpectancy` REAL DEFAULT NULL,
`GNP` REAL DEFAULT NULL,
`GNPOld` REAL DEFAULT NULL,
`LocalName` TEXT NOT NULL DEFAULT '',
`GovernmentForm` TEXT NOT NULL DEFAULT '',
`HeadOfState` TEXT DEFAULT NULL,
`Capital` INTEGER DEFAULT NULL,
`Code2` TEXT NOT NULL DEFAULT '',
PRIMARY KEY (`Code`)
);
CREATE TABLE `CountryLanguage` (
`CountryCode` TEXT NOT NULL DEFAULT '',
`Language` TEXT NOT NULL DEFAULT '',
`IsOfficial`TEXT NOT NULL DEFAULT 'F',
`Percentage` REAL NOT NULL DEFAULT 0.0,
PRIMARY KEY (`CountryCode`,`Language`),
FOREIGN KEY (`CountryCode`) REFERENCES `Country` (`Code`)
);
|
movies_4 | When was the release date of the latest movie in which Dariusz Wolski worked as a crew member? | release date of the latest movie refers to max(release_date) | SELECT T1.release_date FROM movie AS T1 INNER JOIN movie_crew AS T2 ON T1.movie_id = T2.movie_id INNER JOIN person AS T3 ON T2.person_id = T3.person_id WHERE T3.person_name = 'Dariusz Wolski' ORDER BY T1.release_date DESC LIMIT 1 | CREATE TABLE country
(
country_id INTEGER not null
primary key,
country_iso_code TEXT default NULL,
country_name TEXT default NULL
);
CREATE TABLE department
(
department_id INTEGER not null
primary key,
department_name TEXT default NULL
);
CREATE TABLE gender
(
gender_id INTEGER not null
primary key,
gender TEXT default NULL
);
CREATE TABLE genre
(
genre_id INTEGER not null
primary key,
genre_name TEXT default NULL
);
CREATE TABLE keyword
(
keyword_id INTEGER not null
primary key,
keyword_name TEXT default NULL
);
CREATE TABLE language
(
language_id INTEGER not null
primary key,
language_code TEXT default NULL,
language_name TEXT default NULL
);
CREATE TABLE language_role
(
role_id INTEGER not null
primary key,
language_role TEXT default NULL
);
CREATE TABLE movie
(
movie_id INTEGER not null
primary key,
title TEXT default NULL,
budget INTEGER default NULL,
homepage TEXT default NULL,
overview TEXT default NULL,
popularity REAL default NULL,
release_date DATE default NULL,
revenue INTEGER default NULL,
runtime INTEGER default NULL,
movie_status TEXT default NULL,
tagline TEXT default NULL,
vote_average REAL default NULL,
vote_count INTEGER default NULL
);
CREATE TABLE movie_genres
(
movie_id INTEGER default NULL,
genre_id INTEGER default NULL,
foreign key (genre_id) references genre(genre_id),
foreign key (movie_id) references movie(movie_id)
);
CREATE TABLE movie_languages
(
movie_id INTEGER default NULL,
language_id INTEGER default NULL,
language_role_id INTEGER default NULL,
foreign key (language_id) references language(language_id),
foreign key (movie_id) references movie(movie_id),
foreign key (language_role_id) references language_role(role_id)
);
CREATE TABLE person
(
person_id INTEGER not null
primary key,
person_name TEXT default NULL
);
CREATE TABLE movie_crew
(
movie_id INTEGER default NULL,
person_id INTEGER default NULL,
department_id INTEGER default NULL,
job TEXT default NULL,
foreign key (department_id) references department(department_id),
foreign key (movie_id) references movie(movie_id),
foreign key (person_id) references person(person_id)
);
CREATE TABLE production_company
(
company_id INTEGER not null
primary key,
company_name TEXT default NULL
);
CREATE TABLE production_country
(
movie_id INTEGER default NULL,
country_id INTEGER default NULL,
foreign key (country_id) references country(country_id),
foreign key (movie_id) references movie(movie_id)
);
CREATE TABLE movie_cast
(
movie_id INTEGER default NULL,
person_id INTEGER default NULL,
character_name TEXT default NULL,
gender_id INTEGER default NULL,
cast_order INTEGER default NULL,
foreign key (gender_id) references gender(gender_id),
foreign key (movie_id) references movie(movie_id),
foreign key (person_id) references person(person_id)
);
CREATE TABLE IF NOT EXISTS "movie_keywords"
(
movie_id INTEGER default NULL
references movie,
keyword_id INTEGER default NULL
references keyword
);
CREATE TABLE IF NOT EXISTS "movie_company"
(
movie_id INTEGER default NULL
references movie,
company_id INTEGER default NULL
references production_company
);
|
simpson_episodes | Which episode has the most vote for 10 stars rating? | 10 stars rating refers to stars = 10; most vote refers to Max(votes) | SELECT T1.title FROM Episode AS T1 INNER JOIN Vote AS T2 ON T2.episode_id = T1.episode_id WHERE T2.stars = 10 ORDER BY T1.votes DESC LIMIT 1; | CREATE TABLE IF NOT EXISTS "Episode"
(
episode_id TEXT
constraint Episode_pk
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
constraint Person_pk
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,
foreign key (person) references Person(name),
foreign key (episode_id) references Episode(episode_id)
);
CREATE TABLE Character_Award
(
award_id INTEGER,
character TEXT,
foreign key (award_id) references Award(award_id)
);
CREATE TABLE Credit
(
episode_id TEXT,
category TEXT,
person TEXT,
role TEXT,
credited TEXT,
foreign key (episode_id) references Episode(episode_id),
foreign key (person) references Person(name)
);
CREATE TABLE Keyword
(
episode_id TEXT,
keyword TEXT,
primary key (episode_id, keyword),
foreign key (episode_id) references Episode(episode_id)
);
CREATE TABLE Vote
(
episode_id TEXT,
stars INTEGER,
votes INTEGER,
percent REAL,
foreign key (episode_id) references Episode(episode_id)
);
|
hockey | Among the coaches who are born in the USA, how many of them used to train the Philadelphia Flyers? | born in the USA refers to birthCountry = 'USA'; Philadelphia Flyers is the name of team; | SELECT COUNT(DISTINCT T3.coachID) FROM Coaches AS T1 INNER JOIN Teams AS T2 ON T1.year = T2.year AND T1.tmID = T2.tmID INNER JOIN Master AS T3 ON T1.coachID = T3.coachID WHERE T2.name = 'Philadelphia Flyers' AND T3.birthCountry = 'USA' | CREATE TABLE AwardsMisc
(
name TEXT not null
primary key,
ID TEXT,
award TEXT,
year INTEGER,
lgID TEXT,
note TEXT
);
CREATE TABLE HOF
(
year INTEGER,
hofID TEXT not null
primary key,
name TEXT,
category TEXT
);
CREATE TABLE Teams
(
year INTEGER not null,
lgID TEXT,
tmID TEXT not null,
franchID TEXT,
confID TEXT,
divID TEXT,
rank INTEGER,
playoff TEXT,
G INTEGER,
W INTEGER,
L INTEGER,
T INTEGER,
OTL TEXT,
Pts INTEGER,
SoW TEXT,
SoL TEXT,
GF INTEGER,
GA INTEGER,
name TEXT,
PIM TEXT,
BenchMinor TEXT,
PPG TEXT,
PPC TEXT,
SHA TEXT,
PKG TEXT,
PKC TEXT,
SHF TEXT,
primary key (year, tmID)
);
CREATE TABLE Coaches
(
coachID TEXT not null,
year INTEGER not null,
tmID TEXT not null,
lgID TEXT,
stint INTEGER not null,
notes TEXT,
g INTEGER,
w INTEGER,
l INTEGER,
t INTEGER,
postg TEXT,
postw TEXT,
postl TEXT,
postt TEXT,
primary key (coachID, year, tmID, stint),
foreign key (year, tmID) references Teams (year, tmID)
on update cascade on delete cascade
);
CREATE TABLE AwardsCoaches
(
coachID TEXT,
award TEXT,
year INTEGER,
lgID TEXT,
note TEXT,
foreign key (coachID) references Coaches (coachID)
);
CREATE TABLE Master
(
playerID TEXT,
coachID TEXT,
hofID TEXT,
firstName TEXT,
lastName TEXT not null,
nameNote TEXT,
nameGiven TEXT,
nameNick TEXT,
height TEXT,
weight TEXT,
shootCatch TEXT,
legendsID TEXT,
ihdbID TEXT,
hrefID TEXT,
firstNHL TEXT,
lastNHL TEXT,
firstWHA TEXT,
lastWHA TEXT,
pos TEXT,
birthYear TEXT,
birthMon TEXT,
birthDay TEXT,
birthCountry TEXT,
birthState TEXT,
birthCity TEXT,
deathYear TEXT,
deathMon TEXT,
deathDay TEXT,
deathCountry TEXT,
deathState TEXT,
deathCity TEXT,
foreign key (coachID) references Coaches (coachID)
on update cascade on delete cascade
);
CREATE TABLE AwardsPlayers
(
playerID TEXT not null,
award TEXT not null,
year INTEGER not null,
lgID TEXT,
note TEXT,
pos TEXT,
primary key (playerID, award, year),
foreign key (playerID) references Master (playerID)
on update cascade on delete cascade
);
CREATE TABLE CombinedShutouts
(
year INTEGER,
month INTEGER,
date INTEGER,
tmID TEXT,
oppID TEXT,
"R/P" TEXT,
IDgoalie1 TEXT,
IDgoalie2 TEXT,
foreign key (IDgoalie1) references Master (playerID)
on update cascade on delete cascade,
foreign key (IDgoalie2) references Master (playerID)
on update cascade on delete cascade
);
CREATE TABLE Goalies
(
playerID TEXT not null,
year INTEGER not null,
stint INTEGER not null,
tmID TEXT,
lgID TEXT,
GP TEXT,
Min TEXT,
W TEXT,
L TEXT,
"T/OL" TEXT,
ENG TEXT,
SHO TEXT,
GA TEXT,
SA TEXT,
PostGP TEXT,
PostMin TEXT,
PostW TEXT,
PostL TEXT,
PostT TEXT,
PostENG TEXT,
PostSHO TEXT,
PostGA TEXT,
PostSA TEXT,
primary key (playerID, year, stint),
foreign key (year, tmID) references Teams (year, tmID)
on update cascade on delete cascade,
foreign key (playerID) references Master (playerID)
on update cascade on delete cascade
);
CREATE TABLE GoaliesSC
(
playerID TEXT not null,
year INTEGER not null,
tmID TEXT,
lgID TEXT,
GP INTEGER,
Min INTEGER,
W INTEGER,
L INTEGER,
T INTEGER,
SHO INTEGER,
GA INTEGER,
primary key (playerID, year),
foreign key (year, tmID) references Teams (year, tmID)
on update cascade on delete cascade,
foreign key (playerID) references Master (playerID)
on update cascade on delete cascade
);
CREATE TABLE GoaliesShootout
(
playerID TEXT,
year INTEGER,
stint INTEGER,
tmID TEXT,
W INTEGER,
L INTEGER,
SA INTEGER,
GA INTEGER,
foreign key (year, tmID) references Teams (year, tmID)
on update cascade on delete cascade,
foreign key (playerID) references Master (playerID)
on update cascade on delete cascade
);
CREATE TABLE Scoring
(
playerID TEXT,
year INTEGER,
stint INTEGER,
tmID TEXT,
lgID TEXT,
pos TEXT,
GP INTEGER,
G INTEGER,
A INTEGER,
Pts INTEGER,
PIM INTEGER,
"+/-" TEXT,
PPG TEXT,
PPA TEXT,
SHG TEXT,
SHA TEXT,
GWG TEXT,
GTG TEXT,
SOG TEXT,
PostGP TEXT,
PostG TEXT,
PostA TEXT,
PostPts TEXT,
PostPIM TEXT,
"Post+/-" TEXT,
PostPPG TEXT,
PostPPA TEXT,
PostSHG TEXT,
PostSHA TEXT,
PostGWG TEXT,
PostSOG TEXT,
foreign key (year, tmID) references Teams (year, tmID)
on update cascade on delete cascade,
foreign key (playerID) references Master (playerID)
on update cascade on delete cascade
);
CREATE TABLE ScoringSC
(
playerID TEXT,
year INTEGER,
tmID TEXT,
lgID TEXT,
pos TEXT,
GP INTEGER,
G INTEGER,
A INTEGER,
Pts INTEGER,
PIM INTEGER,
foreign key (year, tmID) references Teams (year, tmID)
on update cascade on delete cascade,
foreign key (playerID) references Master (playerID)
on update cascade on delete cascade
);
CREATE TABLE ScoringShootout
(
playerID TEXT,
year INTEGER,
stint INTEGER,
tmID TEXT,
S INTEGER,
G INTEGER,
GDG INTEGER,
foreign key (year, tmID) references Teams (year, tmID)
on update cascade on delete cascade,
foreign key (playerID) references Master (playerID)
on update cascade on delete cascade
);
CREATE TABLE ScoringSup
(
playerID TEXT,
year INTEGER,
PPA TEXT,
SHA TEXT,
foreign key (playerID) references Master (playerID)
on update cascade on delete cascade
);
CREATE TABLE SeriesPost
(
year INTEGER,
round TEXT,
series TEXT,
tmIDWinner TEXT,
lgIDWinner TEXT,
tmIDLoser TEXT,
lgIDLoser TEXT,
W INTEGER,
L INTEGER,
T INTEGER,
GoalsWinner INTEGER,
GoalsLoser INTEGER,
note TEXT,
foreign key (year, tmIDWinner) references Teams (year, tmID)
on update cascade on delete cascade,
foreign key (year, tmIDLoser) references Teams (year, tmID)
on update cascade on delete cascade
);
CREATE TABLE TeamSplits
(
year INTEGER not null,
lgID TEXT,
tmID TEXT not null,
hW INTEGER,
hL INTEGER,
hT INTEGER,
hOTL TEXT,
rW INTEGER,
rL INTEGER,
rT INTEGER,
rOTL TEXT,
SepW TEXT,
SepL TEXT,
SepT TEXT,
SepOL TEXT,
OctW TEXT,
OctL TEXT,
OctT TEXT,
OctOL TEXT,
NovW TEXT,
NovL TEXT,
NovT TEXT,
NovOL TEXT,
DecW TEXT,
DecL TEXT,
DecT TEXT,
DecOL TEXT,
JanW INTEGER,
JanL INTEGER,
JanT INTEGER,
JanOL TEXT,
FebW INTEGER,
FebL INTEGER,
FebT INTEGER,
FebOL TEXT,
MarW TEXT,
MarL TEXT,
MarT TEXT,
MarOL TEXT,
AprW TEXT,
AprL TEXT,
AprT TEXT,
AprOL TEXT,
primary key (year, tmID),
foreign key (year, tmID) references Teams (year, tmID)
on update cascade on delete cascade
);
CREATE TABLE TeamVsTeam
(
year INTEGER not null,
lgID TEXT,
tmID TEXT not null,
oppID TEXT not null,
W INTEGER,
L INTEGER,
T INTEGER,
OTL TEXT,
primary key (year, tmID, oppID),
foreign key (year, tmID) references Teams (year, tmID)
on update cascade on delete cascade,
foreign key (oppID, year) references Teams (tmID, year)
on update cascade on delete cascade
);
CREATE TABLE TeamsHalf
(
year INTEGER not null,
lgID TEXT,
tmID TEXT not null,
half INTEGER not null,
rank INTEGER,
G INTEGER,
W INTEGER,
L INTEGER,
T INTEGER,
GF INTEGER,
GA INTEGER,
primary key (year, tmID, half),
foreign key (tmID, year) references Teams (tmID, year)
on update cascade on delete cascade
);
CREATE TABLE TeamsPost
(
year INTEGER not null,
lgID TEXT,
tmID TEXT not null,
G INTEGER,
W INTEGER,
L INTEGER,
T INTEGER,
GF INTEGER,
GA INTEGER,
PIM TEXT,
BenchMinor TEXT,
PPG TEXT,
PPC TEXT,
SHA TEXT,
PKG TEXT,
PKC TEXT,
SHF TEXT,
primary key (year, tmID),
foreign key (year, tmID) references Teams (year, tmID)
on update cascade on delete cascade
);
CREATE TABLE TeamsSC
(
year INTEGER not null,
lgID TEXT,
tmID TEXT not null,
G INTEGER,
W INTEGER,
L INTEGER,
T INTEGER,
GF INTEGER,
GA INTEGER,
PIM TEXT,
primary key (year, tmID),
foreign key (year, tmID) references Teams (year, tmID)
on update cascade on delete cascade
);
CREATE TABLE abbrev
(
Type TEXT not null,
Code TEXT not null,
Fullname TEXT,
primary key (Type, Code)
);
|
chicago_crime | Provide at least 5 ward office addresses associated with the crimes that happened in the community of Montclare. | "Montclare" is the community_area_name | SELECT T3.ward_office_address FROM Community_Area AS T1 INNER JOIN Crime AS T2 ON T1.community_area_no = T2.community_area_no INNER JOIN Ward AS T3 ON T2.ward_no = T3.ward_no WHERE T1.community_area_name = 'Montclare' GROUP BY T3.ward_office_address LIMIT 5 | CREATE TABLE Community_Area
(
community_area_no INTEGER
primary key,
community_area_name TEXT,
side TEXT,
population TEXT
);
CREATE TABLE District
(
district_no INTEGER
primary key,
district_name TEXT,
address TEXT,
zip_code INTEGER,
commander TEXT,
email TEXT,
phone TEXT,
fax TEXT,
tty TEXT,
twitter TEXT
);
CREATE TABLE FBI_Code
(
fbi_code_no TEXT
primary key,
title TEXT,
description TEXT,
crime_against TEXT
);
CREATE TABLE IUCR
(
iucr_no TEXT
primary key,
primary_description TEXT,
secondary_description TEXT,
index_code TEXT
);
CREATE TABLE Neighborhood
(
neighborhood_name TEXT
primary key,
community_area_no INTEGER,
foreign key (community_area_no) references Community_Area(community_area_no)
);
CREATE TABLE Ward
(
ward_no INTEGER
primary key,
alderman_first_name TEXT,
alderman_last_name TEXT,
alderman_name_suffix TEXT,
ward_office_address TEXT,
ward_office_zip TEXT,
ward_email TEXT,
ward_office_phone TEXT,
ward_office_fax TEXT,
city_hall_office_room INTEGER,
city_hall_office_phone TEXT,
city_hall_office_fax TEXT,
Population INTEGER
);
CREATE TABLE Crime
(
report_no INTEGER
primary key,
case_number TEXT,
date TEXT,
block TEXT,
iucr_no TEXT,
location_description TEXT,
arrest TEXT,
domestic TEXT,
beat INTEGER,
district_no INTEGER,
ward_no INTEGER,
community_area_no INTEGER,
fbi_code_no TEXT,
latitude TEXT,
longitude TEXT,
foreign key (ward_no) references Ward(ward_no),
foreign key (iucr_no) references IUCR(iucr_no),
foreign key (district_no) references District(district_no),
foreign key (community_area_no) references Community_Area(community_area_no),
foreign key (fbi_code_no) references FBI_Code(fbi_code_no)
);
|
authors | How many authors drafted the paper "Subcellular localization of nuclease in barley aleurone"? | 'Subcellular localization of nuclease in barley aleurone' is the title of paper | SELECT COUNT(DISTINCT T2.Name) FROM Paper AS T1 INNER JOIN PaperAuthor AS T2 ON T1.Id = T2.PaperId WHERE T1.Title = 'Subcellular localization of nuclease in barley aleurone' | CREATE TABLE IF NOT EXISTS "Author"
(
Id INTEGER
constraint Author_pk
primary key,
Name TEXT,
Affiliation TEXT
);
CREATE TABLE IF NOT EXISTS "Conference"
(
Id INTEGER
constraint Conference_pk
primary key,
ShortName TEXT,
FullName TEXT,
HomePage TEXT
);
CREATE TABLE IF NOT EXISTS "Journal"
(
Id INTEGER
constraint Journal_pk
primary key,
ShortName TEXT,
FullName TEXT,
HomePage TEXT
);
CREATE TABLE Paper
(
Id INTEGER
primary key,
Title TEXT,
Year INTEGER,
ConferenceId INTEGER,
JournalId INTEGER,
Keyword TEXT,
foreign key (ConferenceId) references Conference(Id),
foreign key (JournalId) references Journal(Id)
);
CREATE TABLE PaperAuthor
(
PaperId INTEGER,
AuthorId INTEGER,
Name TEXT,
Affiliation TEXT,
foreign key (PaperId) references Paper(Id),
foreign key (AuthorId) references Author(Id)
);
|
mondial_geo | In which city has the greatest population, what is its percentage to its country population? | SELECT T3.Name, CAST(T3.Population AS REAL) * 100 / T1.Population FROM country AS T1 INNER JOIN province AS T2 ON T1.Code = T2.Country INNER JOIN city AS T3 ON T3.Country = T2.Country ORDER BY T3.Population DESC LIMIT 1 | CREATE TABLE IF NOT EXISTS "borders"
(
Country1 TEXT default '' not null
constraint borders_ibfk_1
references country,
Country2 TEXT default '' not null
constraint borders_ibfk_2
references country,
Length REAL,
primary key (Country1, Country2)
);
CREATE TABLE IF NOT EXISTS "city"
(
Name TEXT default '' not null,
Country TEXT default '' not null
constraint city_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
Population INTEGER,
Longitude REAL,
Latitude REAL,
primary key (Name, Province),
constraint city_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "continent"
(
Name TEXT default '' not null
primary key,
Area REAL
);
CREATE TABLE IF NOT EXISTS "country"
(
Name TEXT not null
constraint ix_county_Name
unique,
Code TEXT default '' not null
primary key,
Capital TEXT,
Province TEXT,
Area REAL,
Population INTEGER
);
CREATE TABLE IF NOT EXISTS "desert"
(
Name TEXT default '' not null
primary key,
Area REAL,
Longitude REAL,
Latitude REAL
);
CREATE TABLE IF NOT EXISTS "economy"
(
Country TEXT default '' not null
primary key
constraint economy_ibfk_1
references country
on update cascade on delete cascade,
GDP REAL,
Agriculture REAL,
Service REAL,
Industry REAL,
Inflation REAL
);
CREATE TABLE IF NOT EXISTS "encompasses"
(
Country TEXT not null
constraint encompasses_ibfk_1
references country
on update cascade on delete cascade,
Continent TEXT not null
constraint encompasses_ibfk_2
references continent
on update cascade on delete cascade,
Percentage REAL,
primary key (Country, Continent)
);
CREATE TABLE IF NOT EXISTS "ethnicGroup"
(
Country TEXT default '' not null
constraint ethnicGroup_ibfk_1
references country
on update cascade on delete cascade,
Name TEXT default '' not null,
Percentage REAL,
primary key (Name, Country)
);
CREATE TABLE IF NOT EXISTS "geo_desert"
(
Desert TEXT default '' not null
constraint geo_desert_ibfk_3
references desert
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_desert_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, Desert),
constraint geo_desert_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_estuary"
(
River TEXT default '' not null
constraint geo_estuary_ibfk_3
references river
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_estuary_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, River),
constraint geo_estuary_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_island"
(
Island TEXT default '' not null
constraint geo_island_ibfk_3
references island
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_island_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, Island),
constraint geo_island_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_lake"
(
Lake TEXT default '' not null
constraint geo_lake_ibfk_3
references lake
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_lake_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, Lake),
constraint geo_lake_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_mountain"
(
Mountain TEXT default '' not null
constraint geo_mountain_ibfk_3
references mountain
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_mountain_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, Mountain),
constraint geo_mountain_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_river"
(
River TEXT default '' not null
constraint geo_river_ibfk_3
references river
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_river_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, River),
constraint geo_river_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_sea"
(
Sea TEXT default '' not null
constraint geo_sea_ibfk_3
references sea
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_sea_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, Sea),
constraint geo_sea_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_source"
(
River TEXT default '' not null
constraint geo_source_ibfk_3
references river
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_source_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, River),
constraint geo_source_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "island"
(
Name TEXT default '' not null
primary key,
Islands TEXT,
Area REAL,
Height REAL,
Type TEXT,
Longitude REAL,
Latitude REAL
);
CREATE TABLE IF NOT EXISTS "islandIn"
(
Island TEXT
constraint islandIn_ibfk_4
references island
on update cascade on delete cascade,
Sea TEXT
constraint islandIn_ibfk_3
references sea
on update cascade on delete cascade,
Lake TEXT
constraint islandIn_ibfk_1
references lake
on update cascade on delete cascade,
River TEXT
constraint islandIn_ibfk_2
references river
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "isMember"
(
Country TEXT default '' not null
constraint isMember_ibfk_1
references country
on update cascade on delete cascade,
Organization TEXT default '' not null
constraint isMember_ibfk_2
references organization
on update cascade on delete cascade,
Type TEXT default 'member',
primary key (Country, Organization)
);
CREATE TABLE IF NOT EXISTS "lake"
(
Name TEXT default '' not null
primary key,
Area REAL,
Depth REAL,
Altitude REAL,
Type TEXT,
River TEXT,
Longitude REAL,
Latitude REAL
);
CREATE TABLE IF NOT EXISTS "language"
(
Country TEXT default '' not null
constraint language_ibfk_1
references country
on update cascade on delete cascade,
Name TEXT default '' not null,
Percentage REAL,
primary key (Name, Country)
);
CREATE TABLE IF NOT EXISTS "located"
(
City TEXT,
Province TEXT,
Country TEXT
constraint located_ibfk_1
references country
on update cascade on delete cascade,
River TEXT
constraint located_ibfk_3
references river
on update cascade on delete cascade,
Lake TEXT
constraint located_ibfk_4
references lake
on update cascade on delete cascade,
Sea TEXT
constraint located_ibfk_5
references sea
on update cascade on delete cascade,
constraint located_ibfk_2
foreign key (City, Province) references city
on update cascade on delete cascade,
constraint located_ibfk_6
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "locatedOn"
(
City TEXT default '' not null,
Province TEXT default '' not null,
Country TEXT default '' not null
constraint locatedOn_ibfk_1
references country
on update cascade on delete cascade,
Island TEXT default '' not null
constraint locatedOn_ibfk_2
references island
on update cascade on delete cascade,
primary key (City, Province, Country, Island),
constraint locatedOn_ibfk_3
foreign key (City, Province) references city
on update cascade on delete cascade,
constraint locatedOn_ibfk_4
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "mergesWith"
(
Sea1 TEXT default '' not null
constraint mergesWith_ibfk_1
references sea
on update cascade on delete cascade,
Sea2 TEXT default '' not null
constraint mergesWith_ibfk_2
references sea
on update cascade on delete cascade,
primary key (Sea1, Sea2)
);
CREATE TABLE IF NOT EXISTS "mountain"
(
Name TEXT default '' not null
primary key,
Mountains TEXT,
Height REAL,
Type TEXT,
Longitude REAL,
Latitude REAL
);
CREATE TABLE IF NOT EXISTS "mountainOnIsland"
(
Mountain TEXT default '' not null
constraint mountainOnIsland_ibfk_2
references mountain
on update cascade on delete cascade,
Island TEXT default '' not null
constraint mountainOnIsland_ibfk_1
references island
on update cascade on delete cascade,
primary key (Mountain, Island)
);
CREATE TABLE IF NOT EXISTS "organization"
(
Abbreviation TEXT not null
primary key,
Name TEXT not null
constraint ix_organization_OrgNameUnique
unique,
City TEXT,
Country TEXT
constraint organization_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT,
Established DATE,
constraint organization_ibfk_2
foreign key (City, Province) references city
on update cascade on delete cascade,
constraint organization_ibfk_3
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "politics"
(
Country TEXT default '' not null
primary key
constraint politics_ibfk_1
references country
on update cascade on delete cascade,
Independence DATE,
Dependent TEXT
constraint politics_ibfk_2
references country
on update cascade on delete cascade,
Government TEXT
);
CREATE TABLE IF NOT EXISTS "population"
(
Country TEXT default '' not null
primary key
constraint population_ibfk_1
references country
on update cascade on delete cascade,
Population_Growth REAL,
Infant_Mortality REAL
);
CREATE TABLE IF NOT EXISTS "province"
(
Name TEXT not null,
Country TEXT not null
constraint province_ibfk_1
references country
on update cascade on delete cascade,
Population INTEGER,
Area REAL,
Capital TEXT,
CapProv TEXT,
primary key (Name, Country)
);
CREATE TABLE IF NOT EXISTS "religion"
(
Country TEXT default '' not null
constraint religion_ibfk_1
references country
on update cascade on delete cascade,
Name TEXT default '' not null,
Percentage REAL,
primary key (Name, Country)
);
CREATE TABLE IF NOT EXISTS "river"
(
Name TEXT default '' not null
primary key,
River TEXT,
Lake TEXT
constraint river_ibfk_1
references lake
on update cascade on delete cascade,
Sea TEXT,
Length REAL,
SourceLongitude REAL,
SourceLatitude REAL,
Mountains TEXT,
SourceAltitude REAL,
EstuaryLongitude REAL,
EstuaryLatitude REAL
);
CREATE TABLE IF NOT EXISTS "sea"
(
Name TEXT default '' not null
primary key,
Depth REAL
);
CREATE TABLE IF NOT EXISTS "target"
(
Country TEXT not null
primary key
constraint target_Country_fkey
references country
on update cascade on delete cascade,
Target TEXT
);
|
|
movies_4 | How many main actors are there in the movie Pirates of the Caribbean: At World's End? | main actors refers to gender = 'male' and min(cast_order); Pirates of the Caribbean: At World's End refers to title = 'Pirates of the Caribbean: At World''s End' | SELECT COUNT(T2.cast_order) FROM movie AS T1 INNER JOIN movie_cast AS T2 ON T1.movie_id = T2.movie_id INNER JOIN gender AS T3 ON T3.gender_id = T2.gender_id WHERE T3.gender = 'Male' OR T3.gender = 'Female' AND T1.title = 'Pirates of the Caribbean: At World''s End' AND T2.cast_order = ( SELECT MIN(T2.cast_order) FROM movie AS T1 INNER JOIN movie_cast AS T2 ON T1.movie_id = T2.movie_id INNER JOIN gender AS T3 ON T3.gender_id = T2.gender_id WHERE T3.gender = 'Male' OR T3.gender = 'Female' AND T1.title = 'Pirates of the Caribbean: At World''s End' ) | CREATE TABLE country
(
country_id INTEGER not null
primary key,
country_iso_code TEXT default NULL,
country_name TEXT default NULL
);
CREATE TABLE department
(
department_id INTEGER not null
primary key,
department_name TEXT default NULL
);
CREATE TABLE gender
(
gender_id INTEGER not null
primary key,
gender TEXT default NULL
);
CREATE TABLE genre
(
genre_id INTEGER not null
primary key,
genre_name TEXT default NULL
);
CREATE TABLE keyword
(
keyword_id INTEGER not null
primary key,
keyword_name TEXT default NULL
);
CREATE TABLE language
(
language_id INTEGER not null
primary key,
language_code TEXT default NULL,
language_name TEXT default NULL
);
CREATE TABLE language_role
(
role_id INTEGER not null
primary key,
language_role TEXT default NULL
);
CREATE TABLE movie
(
movie_id INTEGER not null
primary key,
title TEXT default NULL,
budget INTEGER default NULL,
homepage TEXT default NULL,
overview TEXT default NULL,
popularity REAL default NULL,
release_date DATE default NULL,
revenue INTEGER default NULL,
runtime INTEGER default NULL,
movie_status TEXT default NULL,
tagline TEXT default NULL,
vote_average REAL default NULL,
vote_count INTEGER default NULL
);
CREATE TABLE movie_genres
(
movie_id INTEGER default NULL,
genre_id INTEGER default NULL,
foreign key (genre_id) references genre(genre_id),
foreign key (movie_id) references movie(movie_id)
);
CREATE TABLE movie_languages
(
movie_id INTEGER default NULL,
language_id INTEGER default NULL,
language_role_id INTEGER default NULL,
foreign key (language_id) references language(language_id),
foreign key (movie_id) references movie(movie_id),
foreign key (language_role_id) references language_role(role_id)
);
CREATE TABLE person
(
person_id INTEGER not null
primary key,
person_name TEXT default NULL
);
CREATE TABLE movie_crew
(
movie_id INTEGER default NULL,
person_id INTEGER default NULL,
department_id INTEGER default NULL,
job TEXT default NULL,
foreign key (department_id) references department(department_id),
foreign key (movie_id) references movie(movie_id),
foreign key (person_id) references person(person_id)
);
CREATE TABLE production_company
(
company_id INTEGER not null
primary key,
company_name TEXT default NULL
);
CREATE TABLE production_country
(
movie_id INTEGER default NULL,
country_id INTEGER default NULL,
foreign key (country_id) references country(country_id),
foreign key (movie_id) references movie(movie_id)
);
CREATE TABLE movie_cast
(
movie_id INTEGER default NULL,
person_id INTEGER default NULL,
character_name TEXT default NULL,
gender_id INTEGER default NULL,
cast_order INTEGER default NULL,
foreign key (gender_id) references gender(gender_id),
foreign key (movie_id) references movie(movie_id),
foreign key (person_id) references person(person_id)
);
CREATE TABLE IF NOT EXISTS "movie_keywords"
(
movie_id INTEGER default NULL
references movie,
keyword_id INTEGER default NULL
references keyword
);
CREATE TABLE IF NOT EXISTS "movie_company"
(
movie_id INTEGER default NULL
references movie,
company_id INTEGER default NULL
references production_company
);
|
books | How many orders have been cancelled in 2022? | cancelled refers to status_value = 'Cancelled'; in 2022 refers to SUBSTR(status_date, 1, 4) = '2022' | SELECT COUNT(*) FROM order_status AS T1 INNER JOIN order_history AS T2 ON T1.status_id = T2.status_id WHERE T1.status_value = 'Cancelled' AND STRFTIME('%Y', T2.status_date) = '2022' | 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,
foreign key (country_id) references country(country_id)
);
CREATE TABLE customer
(
customer_id INTEGER
primary key,
first_name TEXT,
last_name TEXT,
email TEXT
);
CREATE TABLE customer_address
(
customer_id INTEGER,
address_id INTEGER,
status_id INTEGER,
primary key (customer_id, address_id),
foreign key (address_id) references address(address_id),
foreign key (customer_id) references customer(customer_id)
);
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,
foreign key (language_id) references book_language(language_id),
foreign key (publisher_id) references publisher(publisher_id)
);
CREATE TABLE book_author
(
book_id INTEGER,
author_id INTEGER,
primary key (book_id, author_id),
foreign key (author_id) references author(author_id),
foreign key (book_id) references book(book_id)
);
CREATE TABLE shipping_method
(
method_id INTEGER
primary key,
method_name TEXT,
cost REAL
);
CREATE TABLE IF NOT EXISTS "cust_order"
(
order_id INTEGER
primary key autoincrement,
order_date DATETIME,
customer_id INTEGER
references customer,
shipping_method_id INTEGER
references shipping_method,
dest_address_id INTEGER
references address
);
CREATE TABLE sqlite_sequence(name,seq);
CREATE TABLE IF NOT EXISTS "order_history"
(
history_id INTEGER
primary key autoincrement,
order_id INTEGER
references cust_order,
status_id INTEGER
references order_status,
status_date DATETIME
);
CREATE TABLE IF NOT EXISTS "order_line"
(
line_id INTEGER
primary key autoincrement,
order_id INTEGER
references cust_order,
book_id INTEGER
references book,
price REAL
);
|
synthea | How many patients with care plan for 'concussion with loss of consciousness' are married? | concussion with loss of consciousness refers to careplans.DESCRIPTION = 'Concussion with loss of consciousness'; married refers to marital = 'M'; | SELECT COUNT(DISTINCT T1.patient) FROM patients AS T1 INNER JOIN careplans AS T2 ON T1.patient = T2.PATIENT WHERE T1.marital = 'M' AND T2.REASONDESCRIPTION = 'Concussion with loss of consciousness' | CREATE TABLE all_prevalences
(
ITEM TEXT
primary key,
"POPULATION TYPE" TEXT,
OCCURRENCES INTEGER,
"POPULATION COUNT" INTEGER,
"PREVALENCE RATE" REAL,
"PREVALENCE PERCENTAGE" REAL
);
CREATE TABLE patients
(
patient TEXT
primary key,
birthdate DATE,
deathdate DATE,
ssn TEXT,
drivers TEXT,
passport TEXT,
prefix TEXT,
first TEXT,
last TEXT,
suffix TEXT,
maiden TEXT,
marital TEXT,
race TEXT,
ethnicity TEXT,
gender TEXT,
birthplace TEXT,
address TEXT
);
CREATE TABLE encounters
(
ID TEXT
primary key,
DATE DATE,
PATIENT TEXT,
CODE INTEGER,
DESCRIPTION TEXT,
REASONCODE INTEGER,
REASONDESCRIPTION TEXT,
foreign key (PATIENT) references patients(patient)
);
CREATE TABLE allergies
(
START TEXT,
STOP TEXT,
PATIENT TEXT,
ENCOUNTER TEXT,
CODE INTEGER,
DESCRIPTION TEXT,
primary key (PATIENT, ENCOUNTER, CODE),
foreign key (ENCOUNTER) references encounters(ID),
foreign key (PATIENT) references patients(patient)
);
CREATE TABLE careplans
(
ID TEXT,
START DATE,
STOP DATE,
PATIENT TEXT,
ENCOUNTER TEXT,
CODE REAL,
DESCRIPTION TEXT,
REASONCODE INTEGER,
REASONDESCRIPTION TEXT,
foreign key (ENCOUNTER) references encounters(ID),
foreign key (PATIENT) references patients(patient)
);
CREATE TABLE conditions
(
START DATE,
STOP DATE,
PATIENT TEXT,
ENCOUNTER TEXT,
CODE INTEGER,
DESCRIPTION TEXT,
foreign key (ENCOUNTER) references encounters(ID),
foreign key (PATIENT) references patients(patient),
foreign key (DESCRIPTION) references all_prevalences(ITEM)
);
CREATE TABLE immunizations
(
DATE DATE,
PATIENT TEXT,
ENCOUNTER TEXT,
CODE INTEGER,
DESCRIPTION TEXT,
primary key (DATE, PATIENT, ENCOUNTER, CODE),
foreign key (ENCOUNTER) references encounters(ID),
foreign key (PATIENT) references patients(patient)
);
CREATE TABLE medications
(
START DATE,
STOP DATE,
PATIENT TEXT,
ENCOUNTER TEXT,
CODE INTEGER,
DESCRIPTION TEXT,
REASONCODE INTEGER,
REASONDESCRIPTION TEXT,
primary key (START, PATIENT, ENCOUNTER, CODE),
foreign key (ENCOUNTER) references encounters(ID),
foreign key (PATIENT) references patients(patient)
);
CREATE TABLE observations
(
DATE DATE,
PATIENT TEXT,
ENCOUNTER TEXT,
CODE TEXT,
DESCRIPTION TEXT,
VALUE REAL,
UNITS TEXT,
foreign key (ENCOUNTER) references encounters(ID),
foreign key (PATIENT) references patients(patient)
);
CREATE TABLE procedures
(
DATE DATE,
PATIENT TEXT,
ENCOUNTER TEXT,
CODE INTEGER,
DESCRIPTION TEXT,
REASONCODE INTEGER,
REASONDESCRIPTION TEXT,
foreign key (ENCOUNTER) references encounters(ID),
foreign key (PATIENT) references patients(patient)
);
CREATE TABLE IF NOT EXISTS "claims"
(
ID TEXT
primary key,
PATIENT TEXT
references patients,
BILLABLEPERIOD DATE,
ORGANIZATION TEXT,
ENCOUNTER TEXT
references encounters,
DIAGNOSIS TEXT,
TOTAL INTEGER
);
|
car_retails | Calculate the average amount of payments made by customers during the first half of 2004. | average amount of payments = DIVIDE(SUM(amount), COUNT(customerNumber); first half of 2014 refers to paymentDate > = '2004-01-01' AND paymentDate < '2004-07-01; | SELECT AVG(amount) FROM payments WHERE paymentDate BETWEEN '2004-01-01' AND '2004-06-30' | CREATE TABLE offices
(
officeCode TEXT not null
primary key,
city TEXT not null,
phone TEXT not null,
addressLine1 TEXT not null,
addressLine2 TEXT,
state TEXT,
country TEXT not null,
postalCode TEXT not null,
territory TEXT not null
);
CREATE TABLE employees
(
employeeNumber INTEGER not null
primary key,
lastName TEXT not null,
firstName TEXT not null,
extension TEXT not null,
email TEXT not null,
officeCode TEXT not null,
reportsTo INTEGER,
jobTitle TEXT not null,
foreign key (officeCode) references offices(officeCode),
foreign key (reportsTo) references employees(employeeNumber)
);
CREATE TABLE customers
(
customerNumber INTEGER not null
primary key,
customerName TEXT not null,
contactLastName TEXT not null,
contactFirstName TEXT not null,
phone TEXT not null,
addressLine1 TEXT not null,
addressLine2 TEXT,
city TEXT not null,
state TEXT,
postalCode TEXT,
country TEXT not null,
salesRepEmployeeNumber INTEGER,
creditLimit REAL,
foreign key (salesRepEmployeeNumber) references employees(employeeNumber)
);
CREATE TABLE orders
(
orderNumber INTEGER not null
primary key,
orderDate DATE not null,
requiredDate DATE not null,
shippedDate DATE,
status TEXT not null,
comments TEXT,
customerNumber INTEGER not null,
foreign key (customerNumber) references customers(customerNumber)
);
CREATE TABLE payments
(
customerNumber INTEGER not null,
checkNumber TEXT not null,
paymentDate DATE not null,
amount REAL not null,
primary key (customerNumber, checkNumber),
foreign key (customerNumber) references customers(customerNumber)
);
CREATE TABLE productlines
(
productLine TEXT not null
primary key,
textDescription TEXT,
htmlDescription TEXT,
image BLOB
);
CREATE TABLE products
(
productCode TEXT not null
primary key,
productName TEXT not null,
productLine TEXT not null,
productScale TEXT not null,
productVendor TEXT not null,
productDescription TEXT not null,
quantityInStock INTEGER not null,
buyPrice REAL not null,
MSRP REAL not null,
foreign key (productLine) references productlines(productLine)
);
CREATE TABLE IF NOT EXISTS "orderdetails"
(
orderNumber INTEGER not null
references orders,
productCode TEXT not null
references products,
quantityOrdered INTEGER not null,
priceEach REAL not null,
orderLineNumber INTEGER not null,
primary key (orderNumber, productCode)
);
|
student_loan | List all students in the air force and which school they were enrolled at. | in the air force refers to organ = 'air_force'; | SELECT T1.name, T1.school FROM enrolled AS T1 INNER JOIN enlist AS T2 ON T1.`name` = T2.`name` WHERE T2.organ = 'air_force' | CREATE TABLE bool
(
"name" TEXT default '' not null
primary key
);
CREATE TABLE person
(
"name" TEXT default '' not null
primary key
);
CREATE TABLE disabled
(
"name" TEXT default '' not null
primary key,
foreign key ("name") references person ("name")
on update cascade on delete cascade
);
CREATE TABLE enlist
(
"name" TEXT not null,
organ TEXT not null,
foreign key ("name") references person ("name")
on update cascade on delete cascade
);
CREATE TABLE filed_for_bankrupcy
(
"name" TEXT default '' not null
primary key,
foreign key ("name") references person ("name")
on update cascade on delete cascade
);
CREATE TABLE longest_absense_from_school
(
"name" TEXT default '' not null
primary key,
"month" INTEGER default 0 null,
foreign key ("name") references person ("name")
on update cascade on delete cascade
);
CREATE TABLE male
(
"name" TEXT default '' not null
primary key,
foreign key ("name") references person ("name")
on update cascade on delete cascade
);
CREATE TABLE no_payment_due
(
"name" TEXT default '' not null
primary key,
bool TEXT null,
foreign key ("name") references person ("name")
on update cascade on delete cascade,
foreign key (bool) references bool ("name")
on update cascade on delete cascade
);
CREATE TABLE unemployed
(
"name" TEXT default '' not null
primary key,
foreign key ("name") references person ("name")
on update cascade on delete cascade
);
CREATE TABLE `enrolled` (
`name` TEXT NOT NULL,
`school` TEXT NOT NULL,
`month` INTEGER NOT NULL DEFAULT 0,
PRIMARY KEY (`name`,`school`),
FOREIGN KEY (`name`) REFERENCES `person` (`name`) ON DELETE CASCADE ON UPDATE CASCADE
);
|
books | Other than zero, what is the lowest price paid by a customer for an order? | other than 0 refers to price ! = 0; lowest price paid refers to Min(price) | SELECT MIN(price) FROM order_line WHERE price <> 0 | 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,
foreign key (country_id) references country(country_id)
);
CREATE TABLE customer
(
customer_id INTEGER
primary key,
first_name TEXT,
last_name TEXT,
email TEXT
);
CREATE TABLE customer_address
(
customer_id INTEGER,
address_id INTEGER,
status_id INTEGER,
primary key (customer_id, address_id),
foreign key (address_id) references address(address_id),
foreign key (customer_id) references customer(customer_id)
);
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,
foreign key (language_id) references book_language(language_id),
foreign key (publisher_id) references publisher(publisher_id)
);
CREATE TABLE book_author
(
book_id INTEGER,
author_id INTEGER,
primary key (book_id, author_id),
foreign key (author_id) references author(author_id),
foreign key (book_id) references book(book_id)
);
CREATE TABLE shipping_method
(
method_id INTEGER
primary key,
method_name TEXT,
cost REAL
);
CREATE TABLE IF NOT EXISTS "cust_order"
(
order_id INTEGER
primary key autoincrement,
order_date DATETIME,
customer_id INTEGER
references customer,
shipping_method_id INTEGER
references shipping_method,
dest_address_id INTEGER
references address
);
CREATE TABLE sqlite_sequence(name,seq);
CREATE TABLE IF NOT EXISTS "order_history"
(
history_id INTEGER
primary key autoincrement,
order_id INTEGER
references cust_order,
status_id INTEGER
references order_status,
status_date DATETIME
);
CREATE TABLE IF NOT EXISTS "order_line"
(
line_id INTEGER
primary key autoincrement,
order_id INTEGER
references cust_order,
book_id INTEGER
references book,
price REAL
);
|
world_development_indicators | Which indicator name uses the Weighted average method and has the lowest value? | AggregationMethod = 'Weighted average'; the lowest value implies MIN(Value); | SELECT T1.IndicatorName, MIN(T1.Value) FROM Indicators AS T1 INNER JOIN Series AS T2 ON T1.IndicatorName = T2.IndicatorName WHERE T2.AggregationMethod = 'Weighted average' | CREATE TABLE IF NOT EXISTS "Country"
(
CountryCode TEXT not null
primary key,
ShortName TEXT,
TableName TEXT,
LongName TEXT,
Alpha2Code TEXT,
CurrencyUnit TEXT,
SpecialNotes TEXT,
Region TEXT,
IncomeGroup TEXT,
Wb2Code TEXT,
NationalAccountsBaseYear TEXT,
NationalAccountsReferenceYear TEXT,
SnaPriceValuation TEXT,
LendingCategory TEXT,
OtherGroups TEXT,
SystemOfNationalAccounts TEXT,
AlternativeConversionFactor TEXT,
PppSurveyYear TEXT,
BalanceOfPaymentsManualInUse TEXT,
ExternalDebtReportingStatus TEXT,
SystemOfTrade TEXT,
GovernmentAccountingConcept TEXT,
ImfDataDisseminationStandard TEXT,
LatestPopulationCensus TEXT,
LatestHouseholdSurvey TEXT,
SourceOfMostRecentIncomeAndExpenditureData TEXT,
VitalRegistrationComplete TEXT,
LatestAgriculturalCensus TEXT,
LatestIndustrialData INTEGER,
LatestTradeData INTEGER,
LatestWaterWithdrawalData INTEGER
);
CREATE TABLE IF NOT EXISTS "Series"
(
SeriesCode TEXT not null
primary key,
Topic TEXT,
IndicatorName TEXT,
ShortDefinition TEXT,
LongDefinition TEXT,
UnitOfMeasure TEXT,
Periodicity TEXT,
BasePeriod TEXT,
OtherNotes INTEGER,
AggregationMethod TEXT,
LimitationsAndExceptions TEXT,
NotesFromOriginalSource TEXT,
GeneralComments TEXT,
Source TEXT,
StatisticalConceptAndMethodology TEXT,
DevelopmentRelevance TEXT,
RelatedSourceLinks TEXT,
OtherWebLinks INTEGER,
RelatedIndicators INTEGER,
LicenseType TEXT
);
CREATE TABLE CountryNotes
(
Countrycode TEXT NOT NULL ,
Seriescode TEXT NOT NULL ,
Description TEXT,
primary key (Countrycode, Seriescode),
FOREIGN KEY (Seriescode) REFERENCES Series(SeriesCode),
FOREIGN KEY (Countrycode) REFERENCES Country(CountryCode)
);
CREATE TABLE Footnotes
(
Countrycode TEXT NOT NULL ,
Seriescode TEXT NOT NULL ,
Year TEXT,
Description TEXT,
primary key (Countrycode, Seriescode, Year),
FOREIGN KEY (Seriescode) REFERENCES Series(SeriesCode),
FOREIGN KEY (Countrycode) REFERENCES Country(CountryCode)
);
CREATE TABLE Indicators
(
CountryName TEXT,
CountryCode TEXT NOT NULL ,
IndicatorName TEXT,
IndicatorCode TEXT NOT NULL ,
Year INTEGER NOT NULL ,
Value INTEGER,
primary key (CountryCode, IndicatorCode, Year),
FOREIGN KEY (CountryCode) REFERENCES Country(CountryCode)
);
CREATE TABLE SeriesNotes
(
Seriescode TEXT not null ,
Year TEXT not null ,
Description TEXT,
primary key (Seriescode, Year),
foreign key (Seriescode) references Series(SeriesCode)
);
|
video_games | What is the percentage of games that were released on PS4 in 2014 among all platforms? | percentage - MULTIPLY(DIVIDE(SUM(platform_name = 'PS4'), COUNT(game_id)), 100); in 2014 refers to release_year = 2014; | SELECT CAST(COUNT(CASE WHEN T2.platform_name = 'PS4' THEN T3.game_id ELSE NULL END) AS REAL) * 100 / COUNT(T3.game_id) FROM game_platform AS T1 INNER JOIN platform AS T2 ON T1.platform_id = T2.id INNER JOIN game_publisher AS T3 ON T1.game_publisher_id = T3.id WHERE T1.release_year = 2014 | CREATE TABLE genre
(
id INTEGER not null
primary key,
genre_name TEXT default NULL
);
CREATE TABLE game
(
id INTEGER not null
primary key,
genre_id INTEGER default NULL,
game_name TEXT default NULL,
foreign key (genre_id) references genre(id)
);
CREATE TABLE platform
(
id INTEGER not null
primary key,
platform_name TEXT default NULL
);
CREATE TABLE publisher
(
id INTEGER not null
primary key,
publisher_name TEXT default NULL
);
CREATE TABLE game_publisher
(
id INTEGER not null
primary key,
game_id INTEGER default NULL,
publisher_id INTEGER default NULL,
foreign key (game_id) references game(id),
foreign key (publisher_id) references publisher(id)
);
CREATE TABLE game_platform
(
id INTEGER not null
primary key,
game_publisher_id INTEGER default NULL,
platform_id INTEGER default NULL,
release_year INTEGER default NULL,
foreign key (game_publisher_id) references game_publisher(id),
foreign key (platform_id) references platform(id)
);
CREATE TABLE region
(
id INTEGER not null
primary key,
region_name TEXT default NULL
);
CREATE TABLE region_sales
(
region_id INTEGER default NULL,
game_platform_id INTEGER default NULL,
num_sales REAL default NULL,
foreign key (game_platform_id) references game_platform(id),
foreign key (region_id) references region(id)
);
|
world | What is the average surface area of all countries? | average surface area = AVG(SurfaceArea); | SELECT AVG(SurfaceArea) FROM Country | CREATE TABLE sqlite_sequence(name,seq);
CREATE TABLE `City` (
`ID` INTEGER NOT NULL PRIMARY KEY AUTOINCREMENT,
`Name` TEXT NOT NULL DEFAULT '',
`CountryCode` TEXT NOT NULL DEFAULT '',
`District` TEXT NOT NULL DEFAULT '',
`Population` INTEGER NOT NULL DEFAULT 0,
FOREIGN KEY (`CountryCode`) REFERENCES `Country` (`Code`)
);
CREATE TABLE `Country` (
`Code` TEXT NOT NULL DEFAULT '',
`Name` TEXT NOT NULL DEFAULT '',
`Continent` TEXT NOT NULL DEFAULT 'Asia',
`Region` TEXT NOT NULL DEFAULT '',
`SurfaceArea` REAL NOT NULL DEFAULT 0.00,
`IndepYear` INTEGER DEFAULT NULL,
`Population` INTEGER NOT NULL DEFAULT 0,
`LifeExpectancy` REAL DEFAULT NULL,
`GNP` REAL DEFAULT NULL,
`GNPOld` REAL DEFAULT NULL,
`LocalName` TEXT NOT NULL DEFAULT '',
`GovernmentForm` TEXT NOT NULL DEFAULT '',
`HeadOfState` TEXT DEFAULT NULL,
`Capital` INTEGER DEFAULT NULL,
`Code2` TEXT NOT NULL DEFAULT '',
PRIMARY KEY (`Code`)
);
CREATE TABLE `CountryLanguage` (
`CountryCode` TEXT NOT NULL DEFAULT '',
`Language` TEXT NOT NULL DEFAULT '',
`IsOfficial`TEXT NOT NULL DEFAULT 'F',
`Percentage` REAL NOT NULL DEFAULT 0.0,
PRIMARY KEY (`CountryCode`,`Language`),
FOREIGN KEY (`CountryCode`) REFERENCES `Country` (`Code`)
);
|
retails | Calculate percentage of household segment in Indonesia. | household segment refers to c_mktsegment = 'HOUSEHOLD'; Indonesia refers to n_name = 'Indonesia'; percentage = divide(count(c_mktsegment = 'HOUSEHOLD'), count(c_mktsegment)) where n_name = 'Indonesia' * 100% | SELECT CAST(SUM(IIF(T1.c_mktsegment = 'HOUSEHOLD', 1, 0)) AS REAL) * 100 / COUNT(T1.c_mktsegment) FROM customer AS T1 INNER JOIN nation AS T2 ON T1.c_nationkey = T2.n_nationkey WHERE T2.n_name = 'INDONESIA' | CREATE TABLE `customer` (
`c_custkey` INTEGER NOT NULL,
`c_mktsegment` TEXT DEFAULT NULL,
`c_nationkey` INTEGER DEFAULT NULL,
`c_name` TEXT DEFAULT NULL,
`c_address` TEXT DEFAULT NULL,
`c_phone` TEXT DEFAULT NULL,
`c_acctbal` REAL DEFAULT NULL,
`c_comment` TEXT DEFAULT NULL,
PRIMARY KEY (`c_custkey`),
FOREIGN KEY (`c_nationkey`) REFERENCES `nation` (`n_nationkey`) ON DELETE CASCADE ON UPDATE CASCADE
);
CREATE TABLE lineitem
(
l_shipdate DATE null,
l_orderkey INTEGER not null,
l_discount REAL not null,
l_extendedprice REAL not null,
l_suppkey INTEGER not null,
l_quantity INTEGER not null,
l_returnflag TEXT null,
l_partkey INTEGER not null,
l_linestatus TEXT null,
l_tax REAL not null,
l_commitdate DATE null,
l_receiptdate DATE null,
l_shipmode TEXT null,
l_linenumber INTEGER not null,
l_shipinstruct TEXT null,
l_comment TEXT null,
primary key (l_orderkey, l_linenumber),
foreign key (l_orderkey) references orders (o_orderkey)
on update cascade on delete cascade,
foreign key (l_partkey, l_suppkey) references partsupp (ps_partkey, ps_suppkey)
on update cascade on delete cascade
);
CREATE TABLE nation
(
n_nationkey INTEGER not null
primary key,
n_name TEXT null,
n_regionkey INTEGER null,
n_comment TEXT null,
foreign key (n_regionkey) references region (r_regionkey)
on update cascade on delete cascade
);
CREATE TABLE orders
(
o_orderdate DATE null,
o_orderkey INTEGER not null
primary key,
o_custkey INTEGER not null,
o_orderpriority TEXT null,
o_shippriority INTEGER null,
o_clerk TEXT null,
o_orderstatus TEXT null,
o_totalprice REAL null,
o_comment TEXT null,
foreign key (o_custkey) references customer (c_custkey)
on update cascade on delete cascade
);
CREATE TABLE part
(
p_partkey INTEGER not null
primary key,
p_type TEXT null,
p_size INTEGER null,
p_brand TEXT null,
p_name TEXT null,
p_container TEXT null,
p_mfgr TEXT null,
p_retailprice REAL null,
p_comment TEXT null
);
CREATE TABLE partsupp
(
ps_partkey INTEGER not null,
ps_suppkey INTEGER not null,
ps_supplycost REAL not null,
ps_availqty INTEGER null,
ps_comment TEXT null,
primary key (ps_partkey, ps_suppkey),
foreign key (ps_partkey) references part (p_partkey)
on update cascade on delete cascade,
foreign key (ps_suppkey) references supplier (s_suppkey)
on update cascade on delete cascade
);
CREATE TABLE region
(
r_regionkey INTEGER not null
primary key,
r_name TEXT null,
r_comment TEXT null
);
CREATE TABLE supplier
(
s_suppkey INTEGER not null
primary key,
s_nationkey INTEGER null,
s_comment TEXT null,
s_name TEXT null,
s_address TEXT null,
s_phone TEXT null,
s_acctbal REAL null,
foreign key (s_nationkey) references nation (n_nationkey)
);
|
airline | Among the airports whose destination is Logan International, what is the airline id of the carrier operator with the highest delay in minutes due to security? | destination refers to DEST; Logan International refers to Description = 'Boston, MA: Logan International'; airline id of the carrier operator refers to OP_CARRIER_AIRLINE_ID; highest delay in minutes due to security refers to MAX(SECURITY_DELAY); | SELECT T2.OP_CARRIER_AIRLINE_ID FROM Airports AS T1 INNER JOIN Airlines AS T2 ON T1.Code = T2.DEST WHERE T1.Description = 'Boston, MA: Logan International' AND T2.DEST = 'BOS' ORDER BY T2.SECURITY_DELAY DESC LIMIT 1 | CREATE TABLE IF NOT EXISTS "Air Carriers"
(
Code INTEGER
primary key,
Description TEXT
);
CREATE TABLE Airports
(
Code TEXT
primary key,
Description TEXT
);
CREATE TABLE Airlines
(
FL_DATE TEXT,
OP_CARRIER_AIRLINE_ID INTEGER,
TAIL_NUM TEXT,
OP_CARRIER_FL_NUM INTEGER,
ORIGIN_AIRPORT_ID INTEGER,
ORIGIN_AIRPORT_SEQ_ID INTEGER,
ORIGIN_CITY_MARKET_ID INTEGER,
ORIGIN TEXT,
DEST_AIRPORT_ID INTEGER,
DEST_AIRPORT_SEQ_ID INTEGER,
DEST_CITY_MARKET_ID INTEGER,
DEST TEXT,
CRS_DEP_TIME INTEGER,
DEP_TIME INTEGER,
DEP_DELAY INTEGER,
DEP_DELAY_NEW INTEGER,
ARR_TIME INTEGER,
ARR_DELAY INTEGER,
ARR_DELAY_NEW INTEGER,
CANCELLED INTEGER,
CANCELLATION_CODE TEXT,
CRS_ELAPSED_TIME INTEGER,
ACTUAL_ELAPSED_TIME INTEGER,
CARRIER_DELAY INTEGER,
WEATHER_DELAY INTEGER,
NAS_DELAY INTEGER,
SECURITY_DELAY INTEGER,
LATE_AIRCRAFT_DELAY INTEGER,
FOREIGN KEY (ORIGIN) REFERENCES Airports(Code),
FOREIGN KEY (DEST) REFERENCES Airports(Code),
FOREIGN KEY (OP_CARRIER_AIRLINE_ID) REFERENCES "Air Carriers"(Code)
);
|
retail_world | Identify the customer, which placed the largest order in terms of value. | value refers to SUM(UnitPrice * Quantity * SUBTRACT(1, Discount)); the largest order in value refers to MAX(value) | SELECT T1.CompanyName FROM Customers AS T1 INNER JOIN Orders AS T2 ON T1.CustomerID = T2.CustomerID INNER JOIN `Order Details` AS T3 ON T2.OrderID = T3.OrderID GROUP BY T2.CustomerID ORDER BY SUM(T3.UnitPrice * T3.Quantity * (1 - T3.Discount)) DESC LIMIT 1 | CREATE TABLE sqlite_sequence(name,seq);
CREATE TABLE Categories
(
CategoryID INTEGER PRIMARY KEY AUTOINCREMENT,
CategoryName TEXT,
Description TEXT
);
CREATE TABLE Customers
(
CustomerID INTEGER PRIMARY KEY AUTOINCREMENT,
CustomerName TEXT,
ContactName TEXT,
Address TEXT,
City TEXT,
PostalCode TEXT,
Country TEXT
);
CREATE TABLE Employees
(
EmployeeID INTEGER PRIMARY KEY AUTOINCREMENT,
LastName TEXT,
FirstName TEXT,
BirthDate DATE,
Photo TEXT,
Notes TEXT
);
CREATE TABLE Shippers(
ShipperID INTEGER PRIMARY KEY AUTOINCREMENT,
ShipperName TEXT,
Phone TEXT
);
CREATE TABLE Suppliers(
SupplierID INTEGER PRIMARY KEY AUTOINCREMENT,
SupplierName TEXT,
ContactName TEXT,
Address TEXT,
City TEXT,
PostalCode TEXT,
Country TEXT,
Phone TEXT
);
CREATE TABLE Products(
ProductID INTEGER PRIMARY KEY AUTOINCREMENT,
ProductName TEXT,
SupplierID INTEGER,
CategoryID INTEGER,
Unit TEXT,
Price REAL DEFAULT 0,
FOREIGN KEY (CategoryID) REFERENCES Categories (CategoryID),
FOREIGN KEY (SupplierID) REFERENCES Suppliers (SupplierID)
);
CREATE TABLE Orders(
OrderID INTEGER PRIMARY KEY AUTOINCREMENT,
CustomerID INTEGER,
EmployeeID INTEGER,
OrderDate DATETIME,
ShipperID INTEGER,
FOREIGN KEY (EmployeeID) REFERENCES Employees (EmployeeID),
FOREIGN KEY (CustomerID) REFERENCES Customers (CustomerID),
FOREIGN KEY (ShipperID) REFERENCES Shippers (ShipperID)
);
CREATE TABLE OrderDetails(
OrderDetailID INTEGER PRIMARY KEY AUTOINCREMENT,
OrderID INTEGER,
ProductID INTEGER,
Quantity INTEGER,
FOREIGN KEY (OrderID) REFERENCES Orders (OrderID),
FOREIGN KEY (ProductID) REFERENCES Products (ProductID)
);
|
simpson_episodes | What is the average number of stars assigned to The simpson 20s: S20-E12? What is the said episode all about? | average number of stars refers to AVG(stars); simpson 20s: S20-E12 refers to episode_id = 'S20-E12'; episode all about refers to summary | SELECT AVG(T2.stars), T1.summary FROM Episode AS T1 INNER JOIN Vote AS T2 ON T2.episode_id = T1.episode_id WHERE T1.episode_id = 'S20-E12'; | CREATE TABLE IF NOT EXISTS "Episode"
(
episode_id TEXT
constraint Episode_pk
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
constraint Person_pk
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,
foreign key (person) references Person(name),
foreign key (episode_id) references Episode(episode_id)
);
CREATE TABLE Character_Award
(
award_id INTEGER,
character TEXT,
foreign key (award_id) references Award(award_id)
);
CREATE TABLE Credit
(
episode_id TEXT,
category TEXT,
person TEXT,
role TEXT,
credited TEXT,
foreign key (episode_id) references Episode(episode_id),
foreign key (person) references Person(name)
);
CREATE TABLE Keyword
(
episode_id TEXT,
keyword TEXT,
primary key (episode_id, keyword),
foreign key (episode_id) references Episode(episode_id)
);
CREATE TABLE Vote
(
episode_id TEXT,
stars INTEGER,
votes INTEGER,
percent REAL,
foreign key (episode_id) references Episode(episode_id)
);
|
social_media | Among all the tweets that have a positive sentiment, how many of them are posted on Thursday? | positive sentiment refers to Sentiment > 0; posted on Thursday refers to Weekday = 'Thursday' | SELECT COUNT(TweetID) AS tweet_number FROM twitter WHERE Sentiment > 0 AND Weekday = 'Thursday' | CREATE TABLE location
(
LocationID INTEGER
constraint location_pk
primary key,
Country TEXT,
State TEXT,
StateCode TEXT,
City TEXT
);
CREATE TABLE user
(
UserID TEXT
constraint user_pk
primary key,
Gender TEXT
);
CREATE TABLE twitter
(
TweetID TEXT
primary key,
Weekday TEXT,
Hour INTEGER,
Day INTEGER,
Lang TEXT,
IsReshare TEXT,
Reach INTEGER,
RetweetCount INTEGER,
Likes INTEGER,
Klout INTEGER,
Sentiment REAL,
"text" TEXT,
LocationID INTEGER,
UserID TEXT,
foreign key (LocationID) references location(LocationID),
foreign key (UserID) references user(UserID)
);
|
beer_factory | List out the root beer ID for the brand Bulldog, Bundaberg, Dad's, Dog n Suds and Virgil's. | Bulldog, Bundaberg, Dad's, Dog n Suds and Virgil's refers to BrandName IN('Bulldog', 'Bundaberg', 'Dad''s', 'Dog n Suds', 'Virgil''s'); | SELECT T1.RootBeerID FROM rootbeer AS T1 INNER JOIN rootbeerbrand AS T2 ON T2.BrandID = T1.BrandID WHERE T2.BrandName IN ('Bulldog', 'Bundaberg', 'Dad''s', 'Dog n Suds', 'Virgil''s') | CREATE TABLE customers
(
CustomerID INTEGER
primary key,
First TEXT,
Last TEXT,
StreetAddress TEXT,
City TEXT,
State TEXT,
ZipCode INTEGER,
Email TEXT,
PhoneNumber TEXT,
FirstPurchaseDate DATE,
SubscribedToEmailList TEXT,
Gender TEXT
);
CREATE TABLE geolocation
(
LocationID INTEGER
primary key,
Latitude REAL,
Longitude REAL,
foreign key (LocationID) references location(LocationID)
);
CREATE TABLE location
(
LocationID INTEGER
primary key,
LocationName TEXT,
StreetAddress TEXT,
City TEXT,
State TEXT,
ZipCode INTEGER,
foreign key (LocationID) references geolocation(LocationID)
);
CREATE TABLE rootbeerbrand
(
BrandID INTEGER
primary key,
BrandName TEXT,
FirstBrewedYear INTEGER,
BreweryName TEXT,
City TEXT,
State TEXT,
Country TEXT,
Description TEXT,
CaneSugar TEXT,
CornSyrup TEXT,
Honey TEXT,
ArtificialSweetener TEXT,
Caffeinated TEXT,
Alcoholic TEXT,
AvailableInCans TEXT,
AvailableInBottles TEXT,
AvailableInKegs TEXT,
Website TEXT,
FacebookPage TEXT,
Twitter TEXT,
WholesaleCost REAL,
CurrentRetailPrice REAL
);
CREATE TABLE rootbeer
(
RootBeerID INTEGER
primary key,
BrandID INTEGER,
ContainerType TEXT,
LocationID INTEGER,
PurchaseDate DATE,
foreign key (LocationID) references geolocation(LocationID),
foreign key (LocationID) references location(LocationID),
foreign key (BrandID) references rootbeerbrand(BrandID)
);
CREATE TABLE rootbeerreview
(
CustomerID INTEGER,
BrandID INTEGER,
StarRating INTEGER,
ReviewDate DATE,
Review TEXT,
primary key (CustomerID, BrandID),
foreign key (CustomerID) references customers(CustomerID),
foreign key (BrandID) references rootbeerbrand(BrandID)
);
CREATE TABLE IF NOT EXISTS "transaction"
(
TransactionID INTEGER
primary key,
CreditCardNumber INTEGER,
CustomerID INTEGER,
TransactionDate DATE,
CreditCardType TEXT,
LocationID INTEGER,
RootBeerID INTEGER,
PurchasePrice REAL,
foreign key (CustomerID) references customers(CustomerID),
foreign key (LocationID) references location(LocationID),
foreign key (RootBeerID) references rootbeer(RootBeerID)
);
|
legislator | Give the full name of the legislators with an independent party. | full name refers to official_full_name; | SELECT T1.official_full_name FROM current AS T1 INNER JOIN `current-terms` AS T2 ON T1.bioguide_id = T2.bioguide WHERE T2.party = 'Independent' GROUP BY T1.official_full_name | CREATE TABLE current
(
ballotpedia_id TEXT,
bioguide_id TEXT,
birthday_bio DATE,
cspan_id REAL,
fec_id TEXT,
first_name TEXT,
gender_bio TEXT,
google_entity_id_id TEXT,
govtrack_id INTEGER,
house_history_id REAL,
icpsr_id REAL,
last_name TEXT,
lis_id TEXT,
maplight_id REAL,
middle_name TEXT,
nickname_name TEXT,
official_full_name TEXT,
opensecrets_id TEXT,
religion_bio TEXT,
suffix_name TEXT,
thomas_id INTEGER,
votesmart_id REAL,
wikidata_id TEXT,
wikipedia_id TEXT,
primary key (bioguide_id, cspan_id)
);
CREATE TABLE IF NOT EXISTS "current-terms"
(
address TEXT,
bioguide TEXT,
caucus TEXT,
chamber TEXT,
class REAL,
contact_form TEXT,
district REAL,
end TEXT,
fax TEXT,
last TEXT,
name TEXT,
office TEXT,
party TEXT,
party_affiliations TEXT,
phone TEXT,
relation TEXT,
rss_url TEXT,
start TEXT,
state TEXT,
state_rank TEXT,
title TEXT,
type TEXT,
url TEXT,
primary key (bioguide, end),
foreign key (bioguide) references current(bioguide_id)
);
CREATE TABLE historical
(
ballotpedia_id TEXT,
bioguide_id TEXT
primary key,
bioguide_previous_id TEXT,
birthday_bio TEXT,
cspan_id TEXT,
fec_id TEXT,
first_name TEXT,
gender_bio TEXT,
google_entity_id_id TEXT,
govtrack_id INTEGER,
house_history_alternate_id TEXT,
house_history_id REAL,
icpsr_id REAL,
last_name TEXT,
lis_id TEXT,
maplight_id TEXT,
middle_name TEXT,
nickname_name TEXT,
official_full_name TEXT,
opensecrets_id TEXT,
religion_bio TEXT,
suffix_name TEXT,
thomas_id TEXT,
votesmart_id TEXT,
wikidata_id TEXT,
wikipedia_id TEXT
);
CREATE TABLE IF NOT EXISTS "historical-terms"
(
address TEXT,
bioguide TEXT
primary key,
chamber TEXT,
class REAL,
contact_form TEXT,
district REAL,
end TEXT,
fax TEXT,
last TEXT,
middle TEXT,
name TEXT,
office TEXT,
party TEXT,
party_affiliations TEXT,
phone TEXT,
relation TEXT,
rss_url TEXT,
start TEXT,
state TEXT,
state_rank TEXT,
title TEXT,
type TEXT,
url TEXT,
foreign key (bioguide) references historical(bioguide_id)
);
CREATE TABLE IF NOT EXISTS "social-media"
(
bioguide TEXT
primary key,
facebook TEXT,
facebook_id REAL,
govtrack REAL,
instagram TEXT,
instagram_id REAL,
thomas INTEGER,
twitter TEXT,
twitter_id REAL,
youtube TEXT,
youtube_id TEXT,
foreign key (bioguide) references current(bioguide_id)
);
|
cs_semester | List the capability of research postgraduate students with an intellegence level of 4 and above. | research postgraduate students refers to type = 'RPG'; intelligence level of 4 and above refers to intelligence > = 4; | SELECT T1.capability FROM RA AS T1 INNER JOIN student AS T2 ON T1.student_id = T2.student_id WHERE T2.type = 'RPG' AND T2.intelligence >= 4 | CREATE TABLE IF NOT EXISTS "course"
(
course_id INTEGER
constraint course_pk
primary key,
name TEXT,
credit INTEGER,
diff INTEGER
);
CREATE TABLE prof
(
prof_id INTEGER
constraint prof_pk
primary key,
gender TEXT,
first_name TEXT,
last_name TEXT,
email TEXT,
popularity INTEGER,
teachingability INTEGER,
graduate_from TEXT
);
CREATE TABLE RA
(
student_id INTEGER,
capability INTEGER,
prof_id INTEGER,
salary TEXT,
primary key (student_id, prof_id),
foreign key (prof_id) references prof(prof_id),
foreign key (student_id) references student(student_id)
);
CREATE TABLE registration
(
course_id INTEGER,
student_id INTEGER,
grade TEXT,
sat INTEGER,
primary key (course_id, student_id),
foreign key (course_id) references course(course_id),
foreign key (student_id) references student(student_id)
);
CREATE TABLE student
(
student_id INTEGER
primary key,
f_name TEXT,
l_name TEXT,
phone_number TEXT,
email TEXT,
intelligence INTEGER,
gpa REAL,
type TEXT
);
|
movie_3 | How many film titles were released in 2006? | released in 2006 refers to release_year = 2006 | SELECT COUNT(film_id) FROM film WHERE release_year = 2006 | CREATE TABLE film_text
(
film_id INTEGER not null
primary key,
title TEXT not null,
description TEXT null
);
CREATE TABLE IF NOT EXISTS "actor"
(
actor_id INTEGER
primary key autoincrement,
first_name TEXT not null,
last_name TEXT not null,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE sqlite_sequence(name,seq);
CREATE TABLE IF NOT EXISTS "address"
(
address_id INTEGER
primary key autoincrement,
address TEXT not null,
address2 TEXT,
district TEXT not null,
city_id INTEGER not null
references city
on update cascade,
postal_code TEXT,
phone TEXT not null,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE IF NOT EXISTS "category"
(
category_id INTEGER
primary key autoincrement,
name TEXT not null,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE IF NOT EXISTS "city"
(
city_id INTEGER
primary key autoincrement,
city TEXT not null,
country_id INTEGER not null
references country
on update cascade,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE IF NOT EXISTS "country"
(
country_id INTEGER
primary key autoincrement,
country TEXT not null,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE IF NOT EXISTS "customer"
(
customer_id INTEGER
primary key autoincrement,
store_id INTEGER not null
references store
on update cascade,
first_name TEXT not null,
last_name TEXT not null,
email TEXT,
address_id INTEGER not null
references address
on update cascade,
active INTEGER default 1 not null,
create_date DATETIME not null,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE IF NOT EXISTS "film"
(
film_id INTEGER
primary key autoincrement,
title TEXT not null,
description TEXT,
release_year TEXT,
language_id INTEGER not null
references language
on update cascade,
original_language_id INTEGER
references language
on update cascade,
rental_duration INTEGER default 3 not null,
rental_rate REAL default 4.99 not null,
length INTEGER,
replacement_cost REAL default 19.99 not null,
rating TEXT default 'G',
special_features TEXT,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE IF NOT EXISTS "film_actor"
(
actor_id INTEGER not null
references actor
on update cascade,
film_id INTEGER not null
references film
on update cascade,
last_update DATETIME default CURRENT_TIMESTAMP not null,
primary key (actor_id, film_id)
);
CREATE TABLE IF NOT EXISTS "film_category"
(
film_id INTEGER not null
references film
on update cascade,
category_id INTEGER not null
references category
on update cascade,
last_update DATETIME default CURRENT_TIMESTAMP not null,
primary key (film_id, category_id)
);
CREATE TABLE IF NOT EXISTS "inventory"
(
inventory_id INTEGER
primary key autoincrement,
film_id INTEGER not null
references film
on update cascade,
store_id INTEGER not null
references store
on update cascade,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE IF NOT EXISTS "language"
(
language_id INTEGER
primary key autoincrement,
name TEXT not null,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE IF NOT EXISTS "payment"
(
payment_id INTEGER
primary key autoincrement,
customer_id INTEGER not null
references customer
on update cascade,
staff_id INTEGER not null
references staff
on update cascade,
rental_id INTEGER
references rental
on update cascade on delete set null,
amount REAL not null,
payment_date DATETIME not null,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE IF NOT EXISTS "rental"
(
rental_id INTEGER
primary key autoincrement,
rental_date DATETIME not null,
inventory_id INTEGER not null
references inventory
on update cascade,
customer_id INTEGER not null
references customer
on update cascade,
return_date DATETIME,
staff_id INTEGER not null
references staff
on update cascade,
last_update DATETIME default CURRENT_TIMESTAMP not null,
unique (rental_date, inventory_id, customer_id)
);
CREATE TABLE IF NOT EXISTS "staff"
(
staff_id INTEGER
primary key autoincrement,
first_name TEXT not null,
last_name TEXT not null,
address_id INTEGER not null
references address
on update cascade,
picture BLOB,
email TEXT,
store_id INTEGER not null
references store
on update cascade,
active INTEGER default 1 not null,
username TEXT not null,
password TEXT,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE IF NOT EXISTS "store"
(
store_id INTEGER
primary key autoincrement,
manager_staff_id INTEGER not null
unique
references staff
on update cascade,
address_id INTEGER not null
references address
on update cascade,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
|
synthea | How many stroke patients have married? | stroke refers to conditions where DESCRIPTION = 'Stroke'; married refers to the marital status of the patient in which marital = 'M'; | SELECT COUNT(DISTINCT T1.patient) FROM patients AS T1 INNER JOIN conditions AS T2 ON T1.patient = T2.PATIENT WHERE T2.DESCRIPTION = 'Stroke' AND T1.marital = 'M' | CREATE TABLE all_prevalences
(
ITEM TEXT
primary key,
"POPULATION TYPE" TEXT,
OCCURRENCES INTEGER,
"POPULATION COUNT" INTEGER,
"PREVALENCE RATE" REAL,
"PREVALENCE PERCENTAGE" REAL
);
CREATE TABLE patients
(
patient TEXT
primary key,
birthdate DATE,
deathdate DATE,
ssn TEXT,
drivers TEXT,
passport TEXT,
prefix TEXT,
first TEXT,
last TEXT,
suffix TEXT,
maiden TEXT,
marital TEXT,
race TEXT,
ethnicity TEXT,
gender TEXT,
birthplace TEXT,
address TEXT
);
CREATE TABLE encounters
(
ID TEXT
primary key,
DATE DATE,
PATIENT TEXT,
CODE INTEGER,
DESCRIPTION TEXT,
REASONCODE INTEGER,
REASONDESCRIPTION TEXT,
foreign key (PATIENT) references patients(patient)
);
CREATE TABLE allergies
(
START TEXT,
STOP TEXT,
PATIENT TEXT,
ENCOUNTER TEXT,
CODE INTEGER,
DESCRIPTION TEXT,
primary key (PATIENT, ENCOUNTER, CODE),
foreign key (ENCOUNTER) references encounters(ID),
foreign key (PATIENT) references patients(patient)
);
CREATE TABLE careplans
(
ID TEXT,
START DATE,
STOP DATE,
PATIENT TEXT,
ENCOUNTER TEXT,
CODE REAL,
DESCRIPTION TEXT,
REASONCODE INTEGER,
REASONDESCRIPTION TEXT,
foreign key (ENCOUNTER) references encounters(ID),
foreign key (PATIENT) references patients(patient)
);
CREATE TABLE conditions
(
START DATE,
STOP DATE,
PATIENT TEXT,
ENCOUNTER TEXT,
CODE INTEGER,
DESCRIPTION TEXT,
foreign key (ENCOUNTER) references encounters(ID),
foreign key (PATIENT) references patients(patient),
foreign key (DESCRIPTION) references all_prevalences(ITEM)
);
CREATE TABLE immunizations
(
DATE DATE,
PATIENT TEXT,
ENCOUNTER TEXT,
CODE INTEGER,
DESCRIPTION TEXT,
primary key (DATE, PATIENT, ENCOUNTER, CODE),
foreign key (ENCOUNTER) references encounters(ID),
foreign key (PATIENT) references patients(patient)
);
CREATE TABLE medications
(
START DATE,
STOP DATE,
PATIENT TEXT,
ENCOUNTER TEXT,
CODE INTEGER,
DESCRIPTION TEXT,
REASONCODE INTEGER,
REASONDESCRIPTION TEXT,
primary key (START, PATIENT, ENCOUNTER, CODE),
foreign key (ENCOUNTER) references encounters(ID),
foreign key (PATIENT) references patients(patient)
);
CREATE TABLE observations
(
DATE DATE,
PATIENT TEXT,
ENCOUNTER TEXT,
CODE TEXT,
DESCRIPTION TEXT,
VALUE REAL,
UNITS TEXT,
foreign key (ENCOUNTER) references encounters(ID),
foreign key (PATIENT) references patients(patient)
);
CREATE TABLE procedures
(
DATE DATE,
PATIENT TEXT,
ENCOUNTER TEXT,
CODE INTEGER,
DESCRIPTION TEXT,
REASONCODE INTEGER,
REASONDESCRIPTION TEXT,
foreign key (ENCOUNTER) references encounters(ID),
foreign key (PATIENT) references patients(patient)
);
CREATE TABLE IF NOT EXISTS "claims"
(
ID TEXT
primary key,
PATIENT TEXT
references patients,
BILLABLEPERIOD DATE,
ORGANIZATION TEXT,
ENCOUNTER TEXT
references encounters,
DIAGNOSIS TEXT,
TOTAL INTEGER
);
|
movies_4 | What is the average ratio between female and male actors in a movie? | female refers to gender = 'Female'；male refers to gender = 'Male'; average ratio = divide(divide(sum(gender_id) when gender = 'Female', sum(gender_id) when gender = 'Male'), count(movie_id)) as percentage | SELECT CAST(COUNT(CASE WHEN T2.gender = 'Female' THEN T1.person_id ELSE NULL END) AS REAL) / COUNT(CASE WHEN T2.gender = 'Male' THEN T1.person_id ELSE NULL END) FROM movie_cast AS T1 INNER JOIN gender AS T2 ON T1.gender_id = T2.gender_id | CREATE TABLE country
(
country_id INTEGER not null
primary key,
country_iso_code TEXT default NULL,
country_name TEXT default NULL
);
CREATE TABLE department
(
department_id INTEGER not null
primary key,
department_name TEXT default NULL
);
CREATE TABLE gender
(
gender_id INTEGER not null
primary key,
gender TEXT default NULL
);
CREATE TABLE genre
(
genre_id INTEGER not null
primary key,
genre_name TEXT default NULL
);
CREATE TABLE keyword
(
keyword_id INTEGER not null
primary key,
keyword_name TEXT default NULL
);
CREATE TABLE language
(
language_id INTEGER not null
primary key,
language_code TEXT default NULL,
language_name TEXT default NULL
);
CREATE TABLE language_role
(
role_id INTEGER not null
primary key,
language_role TEXT default NULL
);
CREATE TABLE movie
(
movie_id INTEGER not null
primary key,
title TEXT default NULL,
budget INTEGER default NULL,
homepage TEXT default NULL,
overview TEXT default NULL,
popularity REAL default NULL,
release_date DATE default NULL,
revenue INTEGER default NULL,
runtime INTEGER default NULL,
movie_status TEXT default NULL,
tagline TEXT default NULL,
vote_average REAL default NULL,
vote_count INTEGER default NULL
);
CREATE TABLE movie_genres
(
movie_id INTEGER default NULL,
genre_id INTEGER default NULL,
foreign key (genre_id) references genre(genre_id),
foreign key (movie_id) references movie(movie_id)
);
CREATE TABLE movie_languages
(
movie_id INTEGER default NULL,
language_id INTEGER default NULL,
language_role_id INTEGER default NULL,
foreign key (language_id) references language(language_id),
foreign key (movie_id) references movie(movie_id),
foreign key (language_role_id) references language_role(role_id)
);
CREATE TABLE person
(
person_id INTEGER not null
primary key,
person_name TEXT default NULL
);
CREATE TABLE movie_crew
(
movie_id INTEGER default NULL,
person_id INTEGER default NULL,
department_id INTEGER default NULL,
job TEXT default NULL,
foreign key (department_id) references department(department_id),
foreign key (movie_id) references movie(movie_id),
foreign key (person_id) references person(person_id)
);
CREATE TABLE production_company
(
company_id INTEGER not null
primary key,
company_name TEXT default NULL
);
CREATE TABLE production_country
(
movie_id INTEGER default NULL,
country_id INTEGER default NULL,
foreign key (country_id) references country(country_id),
foreign key (movie_id) references movie(movie_id)
);
CREATE TABLE movie_cast
(
movie_id INTEGER default NULL,
person_id INTEGER default NULL,
character_name TEXT default NULL,
gender_id INTEGER default NULL,
cast_order INTEGER default NULL,
foreign key (gender_id) references gender(gender_id),
foreign key (movie_id) references movie(movie_id),
foreign key (person_id) references person(person_id)
);
CREATE TABLE IF NOT EXISTS "movie_keywords"
(
movie_id INTEGER default NULL
references movie,
keyword_id INTEGER default NULL
references keyword
);
CREATE TABLE IF NOT EXISTS "movie_company"
(
movie_id INTEGER default NULL
references movie,
company_id INTEGER default NULL
references production_company
);
|
donor | Please provide the type of resource that donation "b39547f29dfc25fb13c6e9e8d940dc43" contain. | donation "b39547f29dfc25fb13c6e9e8d940dc43" refers to donationid = 'b39547f29dfc25fb13c6e9e8d940dc43'; type of resource refers to project_resource_type; | SELECT DISTINCT T1.project_resource_type FROM resources AS T1 INNER JOIN projects AS T2 ON T1.projectid = T2.projectid INNER JOIN donations AS T3 ON T2.projectid = T3.projectid WHERE T3.donationid LIKE 'b39547f29dfc25fb13c6e9e8d940dc43' | CREATE TABLE sqlite_sequence(name,seq);
CREATE TABLE IF NOT EXISTS "essays"
(
projectid TEXT,
teacher_acctid TEXT,
title TEXT,
short_description TEXT,
need_statement TEXT,
essay TEXT
);
CREATE TABLE IF NOT EXISTS "projects"
(
projectid TEXT not null
primary key,
teacher_acctid TEXT,
schoolid TEXT,
school_ncesid TEXT,
school_latitude REAL,
school_longitude REAL,
school_city TEXT,
school_state TEXT,
school_zip INTEGER,
school_metro TEXT,
school_district TEXT,
school_county TEXT,
school_charter TEXT,
school_magnet TEXT,
school_year_round TEXT,
school_nlns TEXT,
school_kipp TEXT,
school_charter_ready_promise TEXT,
teacher_prefix TEXT,
teacher_teach_for_america TEXT,
teacher_ny_teaching_fellow TEXT,
primary_focus_subject TEXT,
primary_focus_area TEXT,
secondary_focus_subject TEXT,
secondary_focus_area TEXT,
resource_type TEXT,
poverty_level TEXT,
grade_level TEXT,
fulfillment_labor_materials REAL,
total_price_excluding_optional_support REAL,
total_price_including_optional_support REAL,
students_reached INTEGER,
eligible_double_your_impact_match TEXT,
eligible_almost_home_match TEXT,
date_posted DATE
);
CREATE TABLE donations
(
donationid TEXT not null
primary key,
projectid TEXT,
donor_acctid TEXT,
donor_city TEXT,
donor_state TEXT,
donor_zip TEXT,
is_teacher_acct TEXT,
donation_timestamp DATETIME,
donation_to_project REAL,
donation_optional_support REAL,
donation_total REAL,
dollar_amount TEXT,
donation_included_optional_support TEXT,
payment_method TEXT,
payment_included_acct_credit TEXT,
payment_included_campaign_gift_card TEXT,
payment_included_web_purchased_gift_card TEXT,
payment_was_promo_matched TEXT,
via_giving_page TEXT,
for_honoree TEXT,
donation_message TEXT,
foreign key (projectid) references projects(projectid)
);
CREATE TABLE resources
(
resourceid TEXT not null
primary key,
projectid TEXT,
vendorid INTEGER,
vendor_name TEXT,
project_resource_type TEXT,
item_name TEXT,
item_number TEXT,
item_unit_price REAL,
item_quantity INTEGER,
foreign key (projectid) references projects(projectid)
);
|
works_cycles | Which three sales regions have generated the most revenue thus far? | revenue refers to SalesYTD; the most revenue refers to Max(SalesYTD); | SELECT TerritoryID FROM SalesTerritory ORDER BY SalesYTD DESC LIMIT 3 | CREATE TABLE sqlite_sequence(name,seq);
CREATE TABLE CountryRegion
(
CountryRegionCode TEXT not null
primary key,
Name TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE Culture
(
CultureID TEXT not null
primary key,
Name TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE Currency
(
CurrencyCode TEXT not null
primary key,
Name TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE CountryRegionCurrency
(
CountryRegionCode TEXT not null,
CurrencyCode TEXT not null,
ModifiedDate DATETIME default current_timestamp not null,
primary key (CountryRegionCode, CurrencyCode),
foreign key (CountryRegionCode) references CountryRegion(CountryRegionCode),
foreign key (CurrencyCode) references Currency(CurrencyCode)
);
CREATE TABLE Person
(
BusinessEntityID INTEGER not null
primary key,
PersonType TEXT not null,
NameStyle INTEGER default 0 not null,
Title TEXT,
FirstName TEXT not null,
MiddleName TEXT,
LastName TEXT not null,
Suffix TEXT,
EmailPromotion INTEGER default 0 not null,
AdditionalContactInfo TEXT,
Demographics TEXT,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null,
foreign key (BusinessEntityID) references BusinessEntity(BusinessEntityID)
);
CREATE TABLE BusinessEntityContact
(
BusinessEntityID INTEGER not null,
PersonID INTEGER not null,
ContactTypeID INTEGER not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null,
primary key (BusinessEntityID, PersonID, ContactTypeID),
foreign key (BusinessEntityID) references BusinessEntity(BusinessEntityID),
foreign key (ContactTypeID) references ContactType(ContactTypeID),
foreign key (PersonID) references Person(BusinessEntityID)
);
CREATE TABLE EmailAddress
(
BusinessEntityID INTEGER not null,
EmailAddressID INTEGER,
EmailAddress TEXT,
rowguid TEXT not null,
ModifiedDate DATETIME default current_timestamp not null,
primary key (EmailAddressID, BusinessEntityID),
foreign key (BusinessEntityID) references Person(BusinessEntityID)
);
CREATE TABLE Employee
(
BusinessEntityID INTEGER not null
primary key,
NationalIDNumber TEXT not null
unique,
LoginID TEXT not null
unique,
OrganizationNode TEXT,
OrganizationLevel INTEGER,
JobTitle TEXT not null,
BirthDate DATE not null,
MaritalStatus TEXT not null,
Gender TEXT not null,
HireDate DATE not null,
SalariedFlag INTEGER default 1 not null,
VacationHours INTEGER default 0 not null,
SickLeaveHours INTEGER default 0 not null,
CurrentFlag INTEGER default 1 not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null,
foreign key (BusinessEntityID) references Person(BusinessEntityID)
);
CREATE TABLE Password
(
BusinessEntityID INTEGER not null
primary key,
PasswordHash TEXT not null,
PasswordSalt TEXT not null,
rowguid TEXT not null,
ModifiedDate DATETIME default current_timestamp not null,
foreign key (BusinessEntityID) references Person(BusinessEntityID)
);
CREATE TABLE PersonCreditCard
(
BusinessEntityID INTEGER not null,
CreditCardID INTEGER not null,
ModifiedDate DATETIME default current_timestamp not null,
primary key (BusinessEntityID, CreditCardID),
foreign key (CreditCardID) references CreditCard(CreditCardID),
foreign key (BusinessEntityID) references Person(BusinessEntityID)
);
CREATE TABLE ProductCategory
(
ProductCategoryID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE ProductDescription
(
ProductDescriptionID INTEGER
primary key autoincrement,
Description TEXT not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE ProductModel
(
ProductModelID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
CatalogDescription TEXT,
Instructions TEXT,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE ProductModelProductDescriptionCulture
(
ProductModelID INTEGER not null,
ProductDescriptionID INTEGER not null,
CultureID TEXT not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (ProductModelID, ProductDescriptionID, CultureID),
foreign key (ProductModelID) references ProductModel(ProductModelID),
foreign key (ProductDescriptionID) references ProductDescription(ProductDescriptionID),
foreign key (CultureID) references Culture(CultureID)
);
CREATE TABLE ProductPhoto
(
ProductPhotoID INTEGER
primary key autoincrement,
ThumbNailPhoto BLOB,
ThumbnailPhotoFileName TEXT,
LargePhoto BLOB,
LargePhotoFileName TEXT,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE ProductSubcategory
(
ProductSubcategoryID INTEGER
primary key autoincrement,
ProductCategoryID INTEGER not null,
Name TEXT not null
unique,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (ProductCategoryID) references ProductCategory(ProductCategoryID)
);
CREATE TABLE SalesReason
(
SalesReasonID INTEGER
primary key autoincrement,
Name TEXT not null,
ReasonType TEXT not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE SalesTerritory
(
TerritoryID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
CountryRegionCode TEXT not null,
"Group" TEXT not null,
SalesYTD REAL default 0.0000 not null,
SalesLastYear REAL default 0.0000 not null,
CostYTD REAL default 0.0000 not null,
CostLastYear REAL default 0.0000 not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (CountryRegionCode) references CountryRegion(CountryRegionCode)
);
CREATE TABLE SalesPerson
(
BusinessEntityID INTEGER not null
primary key,
TerritoryID INTEGER,
SalesQuota REAL,
Bonus REAL default 0.0000 not null,
CommissionPct REAL default 0.0000 not null,
SalesYTD REAL default 0.0000 not null,
SalesLastYear REAL default 0.0000 not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (BusinessEntityID) references Employee(BusinessEntityID),
foreign key (TerritoryID) references SalesTerritory(TerritoryID)
);
CREATE TABLE SalesPersonQuotaHistory
(
BusinessEntityID INTEGER not null,
QuotaDate DATETIME not null,
SalesQuota REAL not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (BusinessEntityID, QuotaDate),
foreign key (BusinessEntityID) references SalesPerson(BusinessEntityID)
);
CREATE TABLE SalesTerritoryHistory
(
BusinessEntityID INTEGER not null,
TerritoryID INTEGER not null,
StartDate DATETIME not null,
EndDate DATETIME,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (BusinessEntityID, StartDate, TerritoryID),
foreign key (BusinessEntityID) references SalesPerson(BusinessEntityID),
foreign key (TerritoryID) references SalesTerritory(TerritoryID)
);
CREATE TABLE ScrapReason
(
ScrapReasonID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE Shift
(
ShiftID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
StartTime TEXT not null,
EndTime TEXT not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
unique (StartTime, EndTime)
);
CREATE TABLE ShipMethod
(
ShipMethodID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
ShipBase REAL default 0.0000 not null,
ShipRate REAL default 0.0000 not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE SpecialOffer
(
SpecialOfferID INTEGER
primary key autoincrement,
Description TEXT not null,
DiscountPct REAL default 0.0000 not null,
Type TEXT not null,
Category TEXT not null,
StartDate DATETIME not null,
EndDate DATETIME not null,
MinQty INTEGER default 0 not null,
MaxQty INTEGER,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE BusinessEntityAddress
(
BusinessEntityID INTEGER not null,
AddressID INTEGER not null,
AddressTypeID INTEGER not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null,
primary key (BusinessEntityID, AddressID, AddressTypeID),
foreign key (AddressID) references Address(AddressID),
foreign key (AddressTypeID) references AddressType(AddressTypeID),
foreign key (BusinessEntityID) references BusinessEntity(BusinessEntityID)
);
CREATE TABLE SalesTaxRate
(
SalesTaxRateID INTEGER
primary key autoincrement,
StateProvinceID INTEGER not null,
TaxType INTEGER not null,
TaxRate REAL default 0.0000 not null,
Name TEXT not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
unique (StateProvinceID, TaxType),
foreign key (StateProvinceID) references StateProvince(StateProvinceID)
);
CREATE TABLE Store
(
BusinessEntityID INTEGER not null
primary key,
Name TEXT not null,
SalesPersonID INTEGER,
Demographics TEXT,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (BusinessEntityID) references BusinessEntity(BusinessEntityID),
foreign key (SalesPersonID) references SalesPerson(BusinessEntityID)
);
CREATE TABLE SalesOrderHeaderSalesReason
(
SalesOrderID INTEGER not null,
SalesReasonID INTEGER not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (SalesOrderID, SalesReasonID),
foreign key (SalesOrderID) references SalesOrderHeader(SalesOrderID),
foreign key (SalesReasonID) references SalesReason(SalesReasonID)
);
CREATE TABLE TransactionHistoryArchive
(
TransactionID INTEGER not null
primary key,
ProductID INTEGER not null,
ReferenceOrderID INTEGER not null,
ReferenceOrderLineID INTEGER default 0 not null,
TransactionDate DATETIME default CURRENT_TIMESTAMP not null,
TransactionType TEXT not null,
Quantity INTEGER not null,
ActualCost REAL not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE UnitMeasure
(
UnitMeasureCode TEXT not null
primary key,
Name TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE ProductCostHistory
(
ProductID INTEGER not null,
StartDate DATE not null,
EndDate DATE,
StandardCost REAL not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (ProductID, StartDate),
foreign key (ProductID) references Product(ProductID)
);
CREATE TABLE ProductDocument
(
ProductID INTEGER not null,
DocumentNode TEXT not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (ProductID, DocumentNode),
foreign key (ProductID) references Product(ProductID),
foreign key (DocumentNode) references Document(DocumentNode)
);
CREATE TABLE ProductInventory
(
ProductID INTEGER not null,
LocationID INTEGER not null,
Shelf TEXT not null,
Bin INTEGER not null,
Quantity INTEGER default 0 not null,
rowguid TEXT not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (ProductID, LocationID),
foreign key (ProductID) references Product(ProductID),
foreign key (LocationID) references Location(LocationID)
);
CREATE TABLE ProductProductPhoto
(
ProductID INTEGER not null,
ProductPhotoID INTEGER not null,
"Primary" INTEGER default 0 not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (ProductID, ProductPhotoID),
foreign key (ProductID) references Product(ProductID),
foreign key (ProductPhotoID) references ProductPhoto(ProductPhotoID)
);
CREATE TABLE ProductReview
(
ProductReviewID INTEGER
primary key autoincrement,
ProductID INTEGER not null,
ReviewerName TEXT not null,
ReviewDate DATETIME default CURRENT_TIMESTAMP not null,
EmailAddress TEXT not null,
Rating INTEGER not null,
Comments TEXT,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (ProductID) references Product(ProductID)
);
CREATE TABLE ShoppingCartItem
(
ShoppingCartItemID INTEGER
primary key autoincrement,
ShoppingCartID TEXT not null,
Quantity INTEGER default 1 not null,
ProductID INTEGER not null,
DateCreated DATETIME default CURRENT_TIMESTAMP not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (ProductID) references Product(ProductID)
);
CREATE TABLE SpecialOfferProduct
(
SpecialOfferID INTEGER not null,
ProductID INTEGER not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (SpecialOfferID, ProductID),
foreign key (SpecialOfferID) references SpecialOffer(SpecialOfferID),
foreign key (ProductID) references Product(ProductID)
);
CREATE TABLE SalesOrderDetail
(
SalesOrderID INTEGER not null,
SalesOrderDetailID INTEGER
primary key autoincrement,
CarrierTrackingNumber TEXT,
OrderQty INTEGER not null,
ProductID INTEGER not null,
SpecialOfferID INTEGER not null,
UnitPrice REAL not null,
UnitPriceDiscount REAL default 0.0000 not null,
LineTotal REAL not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (SalesOrderID) references SalesOrderHeader(SalesOrderID),
foreign key (SpecialOfferID, ProductID) references SpecialOfferProduct(SpecialOfferID, ProductID)
);
CREATE TABLE TransactionHistory
(
TransactionID INTEGER
primary key autoincrement,
ProductID INTEGER not null,
ReferenceOrderID INTEGER not null,
ReferenceOrderLineID INTEGER default 0 not null,
TransactionDate DATETIME default CURRENT_TIMESTAMP not null,
TransactionType TEXT not null,
Quantity INTEGER not null,
ActualCost REAL not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (ProductID) references Product(ProductID)
);
CREATE TABLE Vendor
(
BusinessEntityID INTEGER not null
primary key,
AccountNumber TEXT not null
unique,
Name TEXT not null,
CreditRating INTEGER not null,
PreferredVendorStatus INTEGER default 1 not null,
ActiveFlag INTEGER default 1 not null,
PurchasingWebServiceURL TEXT,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (BusinessEntityID) references BusinessEntity(BusinessEntityID)
);
CREATE TABLE ProductVendor
(
ProductID INTEGER not null,
BusinessEntityID INTEGER not null,
AverageLeadTime INTEGER not null,
StandardPrice REAL not null,
LastReceiptCost REAL,
LastReceiptDate DATETIME,
MinOrderQty INTEGER not null,
MaxOrderQty INTEGER not null,
OnOrderQty INTEGER,
UnitMeasureCode TEXT not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (ProductID, BusinessEntityID),
foreign key (ProductID) references Product(ProductID),
foreign key (BusinessEntityID) references Vendor(BusinessEntityID),
foreign key (UnitMeasureCode) references UnitMeasure(UnitMeasureCode)
);
CREATE TABLE PurchaseOrderHeader
(
PurchaseOrderID INTEGER
primary key autoincrement,
RevisionNumber INTEGER default 0 not null,
Status INTEGER default 1 not null,
EmployeeID INTEGER not null,
VendorID INTEGER not null,
ShipMethodID INTEGER not null,
OrderDate DATETIME default CURRENT_TIMESTAMP not null,
ShipDate DATETIME,
SubTotal REAL default 0.0000 not null,
TaxAmt REAL default 0.0000 not null,
Freight REAL default 0.0000 not null,
TotalDue REAL not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (EmployeeID) references Employee(BusinessEntityID),
foreign key (VendorID) references Vendor(BusinessEntityID),
foreign key (ShipMethodID) references ShipMethod(ShipMethodID)
);
CREATE TABLE PurchaseOrderDetail
(
PurchaseOrderID INTEGER not null,
PurchaseOrderDetailID INTEGER
primary key autoincrement,
DueDate DATETIME not null,
OrderQty INTEGER not null,
ProductID INTEGER not null,
UnitPrice REAL not null,
LineTotal REAL not null,
ReceivedQty REAL not null,
RejectedQty REAL not null,
StockedQty REAL not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (PurchaseOrderID) references PurchaseOrderHeader(PurchaseOrderID),
foreign key (ProductID) references Product(ProductID)
);
CREATE TABLE WorkOrder
(
WorkOrderID INTEGER
primary key autoincrement,
ProductID INTEGER not null,
OrderQty INTEGER not null,
StockedQty INTEGER not null,
ScrappedQty INTEGER not null,
StartDate DATETIME not null,
EndDate DATETIME,
DueDate DATETIME not null,
ScrapReasonID INTEGER,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (ProductID) references Product(ProductID),
foreign key (ScrapReasonID) references ScrapReason(ScrapReasonID)
);
CREATE TABLE WorkOrderRouting
(
WorkOrderID INTEGER not null,
ProductID INTEGER not null,
OperationSequence INTEGER not null,
LocationID INTEGER not null,
ScheduledStartDate DATETIME not null,
ScheduledEndDate DATETIME not null,
ActualStartDate DATETIME,
ActualEndDate DATETIME,
ActualResourceHrs REAL,
PlannedCost REAL not null,
ActualCost REAL,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (WorkOrderID, ProductID, OperationSequence),
foreign key (WorkOrderID) references WorkOrder(WorkOrderID),
foreign key (LocationID) references Location(LocationID)
);
CREATE TABLE Customer
(
CustomerID INTEGER
primary key,
PersonID INTEGER,
StoreID INTEGER,
TerritoryID INTEGER,
AccountNumber TEXT not null
unique,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null,
foreign key (PersonID) references Person(BusinessEntityID),
foreign key (TerritoryID) references SalesTerritory(TerritoryID),
foreign key (StoreID) references Store(BusinessEntityID)
);
CREATE TABLE ProductListPriceHistory
(
ProductID INTEGER not null,
StartDate DATE not null,
EndDate DATE,
ListPrice REAL not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (ProductID, StartDate),
foreign key (ProductID) references Product(ProductID)
);
CREATE TABLE IF NOT EXISTS "Address"
(
AddressID INTEGER
primary key autoincrement,
AddressLine1 TEXT not null,
AddressLine2 TEXT,
City TEXT not null,
StateProvinceID INTEGER not null
references StateProvince,
PostalCode TEXT not null,
SpatialLocation TEXT,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null,
unique (AddressLine1, AddressLine2, City, StateProvinceID, PostalCode)
);
CREATE TABLE IF NOT EXISTS "AddressType"
(
AddressTypeID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE IF NOT EXISTS "BillOfMaterials"
(
BillOfMaterialsID INTEGER
primary key autoincrement,
ProductAssemblyID INTEGER
references Product,
ComponentID INTEGER not null
references Product,
StartDate DATETIME default current_timestamp not null,
EndDate DATETIME,
UnitMeasureCode TEXT not null
references UnitMeasure,
BOMLevel INTEGER not null,
PerAssemblyQty REAL default 1.00 not null,
ModifiedDate DATETIME default current_timestamp not null,
unique (ProductAssemblyID, ComponentID, StartDate)
);
CREATE TABLE IF NOT EXISTS "BusinessEntity"
(
BusinessEntityID INTEGER
primary key autoincrement,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE IF NOT EXISTS "ContactType"
(
ContactTypeID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE IF NOT EXISTS "CurrencyRate"
(
CurrencyRateID INTEGER
primary key autoincrement,
CurrencyRateDate DATETIME not null,
FromCurrencyCode TEXT not null
references Currency,
ToCurrencyCode TEXT not null
references Currency,
AverageRate REAL not null,
EndOfDayRate REAL not null,
ModifiedDate DATETIME default current_timestamp not null,
unique (CurrencyRateDate, FromCurrencyCode, ToCurrencyCode)
);
CREATE TABLE IF NOT EXISTS "Department"
(
DepartmentID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
GroupName TEXT not null,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE IF NOT EXISTS "EmployeeDepartmentHistory"
(
BusinessEntityID INTEGER not null
references Employee,
DepartmentID INTEGER not null
references Department,
ShiftID INTEGER not null
references Shift,
StartDate DATE not null,
EndDate DATE,
ModifiedDate DATETIME default current_timestamp not null,
primary key (BusinessEntityID, StartDate, DepartmentID, ShiftID)
);
CREATE TABLE IF NOT EXISTS "EmployeePayHistory"
(
BusinessEntityID INTEGER not null
references Employee,
RateChangeDate DATETIME not null,
Rate REAL not null,
PayFrequency INTEGER not null,
ModifiedDate DATETIME default current_timestamp not null,
primary key (BusinessEntityID, RateChangeDate)
);
CREATE TABLE IF NOT EXISTS "JobCandidate"
(
JobCandidateID INTEGER
primary key autoincrement,
BusinessEntityID INTEGER
references Employee,
Resume TEXT,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE IF NOT EXISTS "Location"
(
LocationID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
CostRate REAL default 0.0000 not null,
Availability REAL default 0.00 not null,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE IF NOT EXISTS "PhoneNumberType"
(
PhoneNumberTypeID INTEGER
primary key autoincrement,
Name TEXT not null,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE IF NOT EXISTS "Product"
(
ProductID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
ProductNumber TEXT not null
unique,
MakeFlag INTEGER default 1 not null,
FinishedGoodsFlag INTEGER default 1 not null,
Color TEXT,
SafetyStockLevel INTEGER not null,
ReorderPoint INTEGER not null,
StandardCost REAL not null,
ListPrice REAL not null,
Size TEXT,
SizeUnitMeasureCode TEXT
references UnitMeasure,
WeightUnitMeasureCode TEXT
references UnitMeasure,
Weight REAL,
DaysToManufacture INTEGER not null,
ProductLine TEXT,
Class TEXT,
Style TEXT,
ProductSubcategoryID INTEGER
references ProductSubcategory,
ProductModelID INTEGER
references ProductModel,
SellStartDate DATETIME not null,
SellEndDate DATETIME,
DiscontinuedDate DATETIME,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE IF NOT EXISTS "Document"
(
DocumentNode TEXT not null
primary key,
DocumentLevel INTEGER,
Title TEXT not null,
Owner INTEGER not null
references Employee,
FolderFlag INTEGER default 0 not null,
FileName TEXT not null,
FileExtension TEXT not null,
Revision TEXT not null,
ChangeNumber INTEGER default 0 not null,
Status INTEGER not null,
DocumentSummary TEXT,
Document BLOB,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null,
unique (DocumentLevel, DocumentNode)
);
CREATE TABLE IF NOT EXISTS "StateProvince"
(
StateProvinceID INTEGER
primary key autoincrement,
StateProvinceCode TEXT not null,
CountryRegionCode TEXT not null
references CountryRegion,
IsOnlyStateProvinceFlag INTEGER default 1 not null,
Name TEXT not null
unique,
TerritoryID INTEGER not null
references SalesTerritory,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
unique (StateProvinceCode, CountryRegionCode)
);
CREATE TABLE IF NOT EXISTS "CreditCard"
(
CreditCardID INTEGER
primary key autoincrement,
CardType TEXT not null,
CardNumber TEXT not null
unique,
ExpMonth INTEGER not null,
ExpYear INTEGER not null,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE IF NOT EXISTS "SalesOrderHeader"
(
SalesOrderID INTEGER
primary key autoincrement,
RevisionNumber INTEGER default 0 not null,
OrderDate DATETIME default CURRENT_TIMESTAMP not null,
DueDate DATETIME not null,
ShipDate DATETIME,
Status INTEGER default 1 not null,
OnlineOrderFlag INTEGER default 1 not null,
SalesOrderNumber TEXT not null
unique,
PurchaseOrderNumber TEXT,
AccountNumber TEXT,
CustomerID INTEGER not null
references Customer,
SalesPersonID INTEGER
references SalesPerson,
TerritoryID INTEGER
references SalesTerritory,
BillToAddressID INTEGER not null
references Address,
ShipToAddressID INTEGER not null
references Address,
ShipMethodID INTEGER not null
references Address,
CreditCardID INTEGER
references CreditCard,
CreditCardApprovalCode TEXT,
CurrencyRateID INTEGER
references CurrencyRate,
SubTotal REAL default 0.0000 not null,
TaxAmt REAL default 0.0000 not null,
Freight REAL default 0.0000 not null,
TotalDue REAL not null,
Comment TEXT,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
|
movielens | How many horror movies were made by the worst directors? | d_quality = 5 refers to direct the best, d_quality = 0 refers to direct the worst | SELECT COUNT(T1.movieid) FROM movies2directors AS T1 INNER JOIN movies AS T2 ON T1.movieid = T2.movieid INNER JOIN directors AS T3 ON T1.directorid = T3.directorid WHERE T1.genre = 'horror' AND T3.d_quality = 0 | CREATE TABLE users
(
userid INTEGER default 0 not null
primary key,
age TEXT not null,
u_gender TEXT not null,
occupation TEXT not null
);
CREATE TABLE IF NOT EXISTS "directors"
(
directorid INTEGER not null
primary key,
d_quality INTEGER not null,
avg_revenue INTEGER not null
);
CREATE INDEX avg_revenue
on directors (avg_revenue);
CREATE INDEX d_quality
on directors (d_quality);
CREATE TABLE IF NOT EXISTS "actors"
(
actorid INTEGER not null
primary key,
a_gender TEXT not null,
a_quality INTEGER not null
);
CREATE TABLE IF NOT EXISTS "movies"
(
movieid INTEGER default 0 not null
primary key,
year INTEGER not null,
isEnglish TEXT not null,
country TEXT not null,
runningtime INTEGER not null
);
CREATE TABLE IF NOT EXISTS "movies2actors"
(
movieid INTEGER not null
references movies
on update cascade on delete cascade,
actorid INTEGER not null
references actors
on update cascade on delete cascade,
cast_num INTEGER not null,
primary key (movieid, actorid)
);
CREATE TABLE IF NOT EXISTS "movies2directors"
(
movieid INTEGER not null
references movies
on update cascade on delete cascade,
directorid INTEGER not null
references directors
on update cascade on delete cascade,
genre TEXT not null,
primary key (movieid, directorid)
);
CREATE TABLE IF NOT EXISTS "u2base"
(
userid INTEGER default 0 not null
references users
on update cascade on delete cascade,
movieid INTEGER not null
references movies
on update cascade on delete cascade,
rating TEXT not null,
primary key (userid, movieid)
);
|
restaurant | In which counties can you find the restaurant with the highest number of branches? | restaurant refers to label; the highest number of branches refers to max(count(city)) | SELECT T2.county FROM generalinfo AS T1 INNER JOIN geographic AS T2 ON T1.city = T2.city GROUP BY T2.county ORDER BY COUNT(T1.label) DESC LIMIT 1 | CREATE TABLE geographic
(
city TEXT not null
primary key,
county TEXT null,
region TEXT null
);
CREATE TABLE generalinfo
(
id_restaurant INTEGER not null
primary key,
label TEXT null,
food_type TEXT null,
city TEXT null,
review REAL null,
foreign key (city) references geographic(city)
on update cascade on delete cascade
);
CREATE TABLE location
(
id_restaurant INTEGER not null
primary key,
street_num INTEGER null,
street_name TEXT null,
city TEXT null,
foreign key (city) references geographic (city)
on update cascade on delete cascade,
foreign key (id_restaurant) references generalinfo (id_restaurant)
on update cascade on delete cascade
);
|
movielens | What is the disparate number of the comedy films that got the 1 rating? | SELECT COUNT(DISTINCT T1.movieid) FROM movies2directors AS T1 INNER JOIN u2base AS T2 ON T1.movieid = T2.movieid WHERE T2.rating = 1 AND T1.genre = 'comedy' | CREATE TABLE users
(
userid INTEGER default 0 not null
primary key,
age TEXT not null,
u_gender TEXT not null,
occupation TEXT not null
);
CREATE TABLE IF NOT EXISTS "directors"
(
directorid INTEGER not null
primary key,
d_quality INTEGER not null,
avg_revenue INTEGER not null
);
CREATE INDEX avg_revenue
on directors (avg_revenue);
CREATE INDEX d_quality
on directors (d_quality);
CREATE TABLE IF NOT EXISTS "actors"
(
actorid INTEGER not null
primary key,
a_gender TEXT not null,
a_quality INTEGER not null
);
CREATE TABLE IF NOT EXISTS "movies"
(
movieid INTEGER default 0 not null
primary key,
year INTEGER not null,
isEnglish TEXT not null,
country TEXT not null,
runningtime INTEGER not null
);
CREATE TABLE IF NOT EXISTS "movies2actors"
(
movieid INTEGER not null
references movies
on update cascade on delete cascade,
actorid INTEGER not null
references actors
on update cascade on delete cascade,
cast_num INTEGER not null,
primary key (movieid, actorid)
);
CREATE TABLE IF NOT EXISTS "movies2directors"
(
movieid INTEGER not null
references movies
on update cascade on delete cascade,
directorid INTEGER not null
references directors
on update cascade on delete cascade,
genre TEXT not null,
primary key (movieid, directorid)
);
CREATE TABLE IF NOT EXISTS "u2base"
(
userid INTEGER default 0 not null
references users
on update cascade on delete cascade,
movieid INTEGER not null
references movies
on update cascade on delete cascade,
rating TEXT not null,
primary key (userid, movieid)
);
|
|
legislator | State number of legislators who are not the senator among female legislators. | not the senator refers to class IS NULL OR class = ''; female refers to gender_bio = 'F'; | SELECT COUNT(*) FROM current AS T1 INNER JOIN `current-terms` AS T2 ON T1.bioguide_id = T2.bioguide WHERE T1.gender_bio = 'F' AND (T2.class IS NULL OR T2.class = '') | CREATE TABLE current
(
ballotpedia_id TEXT,
bioguide_id TEXT,
birthday_bio DATE,
cspan_id REAL,
fec_id TEXT,
first_name TEXT,
gender_bio TEXT,
google_entity_id_id TEXT,
govtrack_id INTEGER,
house_history_id REAL,
icpsr_id REAL,
last_name TEXT,
lis_id TEXT,
maplight_id REAL,
middle_name TEXT,
nickname_name TEXT,
official_full_name TEXT,
opensecrets_id TEXT,
religion_bio TEXT,
suffix_name TEXT,
thomas_id INTEGER,
votesmart_id REAL,
wikidata_id TEXT,
wikipedia_id TEXT,
primary key (bioguide_id, cspan_id)
);
CREATE TABLE IF NOT EXISTS "current-terms"
(
address TEXT,
bioguide TEXT,
caucus TEXT,
chamber TEXT,
class REAL,
contact_form TEXT,
district REAL,
end TEXT,
fax TEXT,
last TEXT,
name TEXT,
office TEXT,
party TEXT,
party_affiliations TEXT,
phone TEXT,
relation TEXT,
rss_url TEXT,
start TEXT,
state TEXT,
state_rank TEXT,
title TEXT,
type TEXT,
url TEXT,
primary key (bioguide, end),
foreign key (bioguide) references current(bioguide_id)
);
CREATE TABLE historical
(
ballotpedia_id TEXT,
bioguide_id TEXT
primary key,
bioguide_previous_id TEXT,
birthday_bio TEXT,
cspan_id TEXT,
fec_id TEXT,
first_name TEXT,
gender_bio TEXT,
google_entity_id_id TEXT,
govtrack_id INTEGER,
house_history_alternate_id TEXT,
house_history_id REAL,
icpsr_id REAL,
last_name TEXT,
lis_id TEXT,
maplight_id TEXT,
middle_name TEXT,
nickname_name TEXT,
official_full_name TEXT,
opensecrets_id TEXT,
religion_bio TEXT,
suffix_name TEXT,
thomas_id TEXT,
votesmart_id TEXT,
wikidata_id TEXT,
wikipedia_id TEXT
);
CREATE TABLE IF NOT EXISTS "historical-terms"
(
address TEXT,
bioguide TEXT
primary key,
chamber TEXT,
class REAL,
contact_form TEXT,
district REAL,
end TEXT,
fax TEXT,
last TEXT,
middle TEXT,
name TEXT,
office TEXT,
party TEXT,
party_affiliations TEXT,
phone TEXT,
relation TEXT,
rss_url TEXT,
start TEXT,
state TEXT,
state_rank TEXT,
title TEXT,
type TEXT,
url TEXT,
foreign key (bioguide) references historical(bioguide_id)
);
CREATE TABLE IF NOT EXISTS "social-media"
(
bioguide TEXT
primary key,
facebook TEXT,
facebook_id REAL,
govtrack REAL,
instagram TEXT,
instagram_id REAL,
thomas INTEGER,
twitter TEXT,
twitter_id REAL,
youtube TEXT,
youtube_id TEXT,
foreign key (bioguide) references current(bioguide_id)
);
|
student_loan | Please check if student 124 is disabled male. | if student name appear in disabled then student is disabled and vice versa; if student name appear in male then student is male and vice versa | SELECT IIF(T2.name IS NULL, 'female', 'male') FROM male AS T1 LEFT JOIN disabled AS T2 ON T1.name = T2.name WHERE T1.name = 'student124' | CREATE TABLE bool
(
"name" TEXT default '' not null
primary key
);
CREATE TABLE person
(
"name" TEXT default '' not null
primary key
);
CREATE TABLE disabled
(
"name" TEXT default '' not null
primary key,
foreign key ("name") references person ("name")
on update cascade on delete cascade
);
CREATE TABLE enlist
(
"name" TEXT not null,
organ TEXT not null,
foreign key ("name") references person ("name")
on update cascade on delete cascade
);
CREATE TABLE filed_for_bankrupcy
(
"name" TEXT default '' not null
primary key,
foreign key ("name") references person ("name")
on update cascade on delete cascade
);
CREATE TABLE longest_absense_from_school
(
"name" TEXT default '' not null
primary key,
"month" INTEGER default 0 null,
foreign key ("name") references person ("name")
on update cascade on delete cascade
);
CREATE TABLE male
(
"name" TEXT default '' not null
primary key,
foreign key ("name") references person ("name")
on update cascade on delete cascade
);
CREATE TABLE no_payment_due
(
"name" TEXT default '' not null
primary key,
bool TEXT null,
foreign key ("name") references person ("name")
on update cascade on delete cascade,
foreign key (bool) references bool ("name")
on update cascade on delete cascade
);
CREATE TABLE unemployed
(
"name" TEXT default '' not null
primary key,
foreign key ("name") references person ("name")
on update cascade on delete cascade
);
CREATE TABLE `enrolled` (
`name` TEXT NOT NULL,
`school` TEXT NOT NULL,
`month` INTEGER NOT NULL DEFAULT 0,
PRIMARY KEY (`name`,`school`),
FOREIGN KEY (`name`) REFERENCES `person` (`name`) ON DELETE CASCADE ON UPDATE CASCADE
);
|
mondial_geo | What percentage of the border does Angola share with each of the countries with which it borders? | SELECT SUM(CASE WHEN T2.Name = 'Angola' THEN T1.Length ELSE 0 END) * 100 / SUM(T1.Length) FROM borders AS T1 LEFT JOIN country AS T2 ON T1.Country1 = T2.Code | CREATE TABLE IF NOT EXISTS "borders"
(
Country1 TEXT default '' not null
constraint borders_ibfk_1
references country,
Country2 TEXT default '' not null
constraint borders_ibfk_2
references country,
Length REAL,
primary key (Country1, Country2)
);
CREATE TABLE IF NOT EXISTS "city"
(
Name TEXT default '' not null,
Country TEXT default '' not null
constraint city_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
Population INTEGER,
Longitude REAL,
Latitude REAL,
primary key (Name, Province),
constraint city_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "continent"
(
Name TEXT default '' not null
primary key,
Area REAL
);
CREATE TABLE IF NOT EXISTS "country"
(
Name TEXT not null
constraint ix_county_Name
unique,
Code TEXT default '' not null
primary key,
Capital TEXT,
Province TEXT,
Area REAL,
Population INTEGER
);
CREATE TABLE IF NOT EXISTS "desert"
(
Name TEXT default '' not null
primary key,
Area REAL,
Longitude REAL,
Latitude REAL
);
CREATE TABLE IF NOT EXISTS "economy"
(
Country TEXT default '' not null
primary key
constraint economy_ibfk_1
references country
on update cascade on delete cascade,
GDP REAL,
Agriculture REAL,
Service REAL,
Industry REAL,
Inflation REAL
);
CREATE TABLE IF NOT EXISTS "encompasses"
(
Country TEXT not null
constraint encompasses_ibfk_1
references country
on update cascade on delete cascade,
Continent TEXT not null
constraint encompasses_ibfk_2
references continent
on update cascade on delete cascade,
Percentage REAL,
primary key (Country, Continent)
);
CREATE TABLE IF NOT EXISTS "ethnicGroup"
(
Country TEXT default '' not null
constraint ethnicGroup_ibfk_1
references country
on update cascade on delete cascade,
Name TEXT default '' not null,
Percentage REAL,
primary key (Name, Country)
);
CREATE TABLE IF NOT EXISTS "geo_desert"
(
Desert TEXT default '' not null
constraint geo_desert_ibfk_3
references desert
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_desert_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, Desert),
constraint geo_desert_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_estuary"
(
River TEXT default '' not null
constraint geo_estuary_ibfk_3
references river
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_estuary_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, River),
constraint geo_estuary_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_island"
(
Island TEXT default '' not null
constraint geo_island_ibfk_3
references island
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_island_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, Island),
constraint geo_island_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_lake"
(
Lake TEXT default '' not null
constraint geo_lake_ibfk_3
references lake
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_lake_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, Lake),
constraint geo_lake_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_mountain"
(
Mountain TEXT default '' not null
constraint geo_mountain_ibfk_3
references mountain
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_mountain_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, Mountain),
constraint geo_mountain_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_river"
(
River TEXT default '' not null
constraint geo_river_ibfk_3
references river
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_river_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, River),
constraint geo_river_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_sea"
(
Sea TEXT default '' not null
constraint geo_sea_ibfk_3
references sea
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_sea_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, Sea),
constraint geo_sea_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_source"
(
River TEXT default '' not null
constraint geo_source_ibfk_3
references river
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_source_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, River),
constraint geo_source_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "island"
(
Name TEXT default '' not null
primary key,
Islands TEXT,
Area REAL,
Height REAL,
Type TEXT,
Longitude REAL,
Latitude REAL
);
CREATE TABLE IF NOT EXISTS "islandIn"
(
Island TEXT
constraint islandIn_ibfk_4
references island
on update cascade on delete cascade,
Sea TEXT
constraint islandIn_ibfk_3
references sea
on update cascade on delete cascade,
Lake TEXT
constraint islandIn_ibfk_1
references lake
on update cascade on delete cascade,
River TEXT
constraint islandIn_ibfk_2
references river
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "isMember"
(
Country TEXT default '' not null
constraint isMember_ibfk_1
references country
on update cascade on delete cascade,
Organization TEXT default '' not null
constraint isMember_ibfk_2
references organization
on update cascade on delete cascade,
Type TEXT default 'member',
primary key (Country, Organization)
);
CREATE TABLE IF NOT EXISTS "lake"
(
Name TEXT default '' not null
primary key,
Area REAL,
Depth REAL,
Altitude REAL,
Type TEXT,
River TEXT,
Longitude REAL,
Latitude REAL
);
CREATE TABLE IF NOT EXISTS "language"
(
Country TEXT default '' not null
constraint language_ibfk_1
references country
on update cascade on delete cascade,
Name TEXT default '' not null,
Percentage REAL,
primary key (Name, Country)
);
CREATE TABLE IF NOT EXISTS "located"
(
City TEXT,
Province TEXT,
Country TEXT
constraint located_ibfk_1
references country
on update cascade on delete cascade,
River TEXT
constraint located_ibfk_3
references river
on update cascade on delete cascade,
Lake TEXT
constraint located_ibfk_4
references lake
on update cascade on delete cascade,
Sea TEXT
constraint located_ibfk_5
references sea
on update cascade on delete cascade,
constraint located_ibfk_2
foreign key (City, Province) references city
on update cascade on delete cascade,
constraint located_ibfk_6
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "locatedOn"
(
City TEXT default '' not null,
Province TEXT default '' not null,
Country TEXT default '' not null
constraint locatedOn_ibfk_1
references country
on update cascade on delete cascade,
Island TEXT default '' not null
constraint locatedOn_ibfk_2
references island
on update cascade on delete cascade,
primary key (City, Province, Country, Island),
constraint locatedOn_ibfk_3
foreign key (City, Province) references city
on update cascade on delete cascade,
constraint locatedOn_ibfk_4
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "mergesWith"
(
Sea1 TEXT default '' not null
constraint mergesWith_ibfk_1
references sea
on update cascade on delete cascade,
Sea2 TEXT default '' not null
constraint mergesWith_ibfk_2
references sea
on update cascade on delete cascade,
primary key (Sea1, Sea2)
);
CREATE TABLE IF NOT EXISTS "mountain"
(
Name TEXT default '' not null
primary key,
Mountains TEXT,
Height REAL,
Type TEXT,
Longitude REAL,
Latitude REAL
);
CREATE TABLE IF NOT EXISTS "mountainOnIsland"
(
Mountain TEXT default '' not null
constraint mountainOnIsland_ibfk_2
references mountain
on update cascade on delete cascade,
Island TEXT default '' not null
constraint mountainOnIsland_ibfk_1
references island
on update cascade on delete cascade,
primary key (Mountain, Island)
);
CREATE TABLE IF NOT EXISTS "organization"
(
Abbreviation TEXT not null
primary key,
Name TEXT not null
constraint ix_organization_OrgNameUnique
unique,
City TEXT,
Country TEXT
constraint organization_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT,
Established DATE,
constraint organization_ibfk_2
foreign key (City, Province) references city
on update cascade on delete cascade,
constraint organization_ibfk_3
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "politics"
(
Country TEXT default '' not null
primary key
constraint politics_ibfk_1
references country
on update cascade on delete cascade,
Independence DATE,
Dependent TEXT
constraint politics_ibfk_2
references country
on update cascade on delete cascade,
Government TEXT
);
CREATE TABLE IF NOT EXISTS "population"
(
Country TEXT default '' not null
primary key
constraint population_ibfk_1
references country
on update cascade on delete cascade,
Population_Growth REAL,
Infant_Mortality REAL
);
CREATE TABLE IF NOT EXISTS "province"
(
Name TEXT not null,
Country TEXT not null
constraint province_ibfk_1
references country
on update cascade on delete cascade,
Population INTEGER,
Area REAL,
Capital TEXT,
CapProv TEXT,
primary key (Name, Country)
);
CREATE TABLE IF NOT EXISTS "religion"
(
Country TEXT default '' not null
constraint religion_ibfk_1
references country
on update cascade on delete cascade,
Name TEXT default '' not null,
Percentage REAL,
primary key (Name, Country)
);
CREATE TABLE IF NOT EXISTS "river"
(
Name TEXT default '' not null
primary key,
River TEXT,
Lake TEXT
constraint river_ibfk_1
references lake
on update cascade on delete cascade,
Sea TEXT,
Length REAL,
SourceLongitude REAL,
SourceLatitude REAL,
Mountains TEXT,
SourceAltitude REAL,
EstuaryLongitude REAL,
EstuaryLatitude REAL
);
CREATE TABLE IF NOT EXISTS "sea"
(
Name TEXT default '' not null
primary key,
Depth REAL
);
CREATE TABLE IF NOT EXISTS "target"
(
Country TEXT not null
primary key
constraint target_Country_fkey
references country
on update cascade on delete cascade,
Target TEXT
);
|
|
world_development_indicators | Which country has the smallest land area in square kilometers for 19 consecutive years starting from year 1961? Indicate how much is its land area in square kilometers in those years and the income group of the country. | the smallest land area in square kilometers refers to min(value where IndicatorName like 'Land area (sq. km)'); for 19 consecutive years starting from year 1961 refers to Year between 1961 and 1979 | SELECT T1.CountryName, SUM(T1.Value) area, T2.IncomeGroup FROM Indicators AS T1 INNER JOIN Country AS T2 ON T1.CountryCode = T2.CountryCode WHERE T1.IndicatorName = 'Land area (sq. km)' AND T1.Year >= 1961 AND T1.Year < 1980 GROUP BY T1.CountryCode ORDER BY SUM(T1.Value) ASC LIMIT 1 | CREATE TABLE IF NOT EXISTS "Country"
(
CountryCode TEXT not null
primary key,
ShortName TEXT,
TableName TEXT,
LongName TEXT,
Alpha2Code TEXT,
CurrencyUnit TEXT,
SpecialNotes TEXT,
Region TEXT,
IncomeGroup TEXT,
Wb2Code TEXT,
NationalAccountsBaseYear TEXT,
NationalAccountsReferenceYear TEXT,
SnaPriceValuation TEXT,
LendingCategory TEXT,
OtherGroups TEXT,
SystemOfNationalAccounts TEXT,
AlternativeConversionFactor TEXT,
PppSurveyYear TEXT,
BalanceOfPaymentsManualInUse TEXT,
ExternalDebtReportingStatus TEXT,
SystemOfTrade TEXT,
GovernmentAccountingConcept TEXT,
ImfDataDisseminationStandard TEXT,
LatestPopulationCensus TEXT,
LatestHouseholdSurvey TEXT,
SourceOfMostRecentIncomeAndExpenditureData TEXT,
VitalRegistrationComplete TEXT,
LatestAgriculturalCensus TEXT,
LatestIndustrialData INTEGER,
LatestTradeData INTEGER,
LatestWaterWithdrawalData INTEGER
);
CREATE TABLE IF NOT EXISTS "Series"
(
SeriesCode TEXT not null
primary key,
Topic TEXT,
IndicatorName TEXT,
ShortDefinition TEXT,
LongDefinition TEXT,
UnitOfMeasure TEXT,
Periodicity TEXT,
BasePeriod TEXT,
OtherNotes INTEGER,
AggregationMethod TEXT,
LimitationsAndExceptions TEXT,
NotesFromOriginalSource TEXT,
GeneralComments TEXT,
Source TEXT,
StatisticalConceptAndMethodology TEXT,
DevelopmentRelevance TEXT,
RelatedSourceLinks TEXT,
OtherWebLinks INTEGER,
RelatedIndicators INTEGER,
LicenseType TEXT
);
CREATE TABLE CountryNotes
(
Countrycode TEXT NOT NULL ,
Seriescode TEXT NOT NULL ,
Description TEXT,
primary key (Countrycode, Seriescode),
FOREIGN KEY (Seriescode) REFERENCES Series(SeriesCode),
FOREIGN KEY (Countrycode) REFERENCES Country(CountryCode)
);
CREATE TABLE Footnotes
(
Countrycode TEXT NOT NULL ,
Seriescode TEXT NOT NULL ,
Year TEXT,
Description TEXT,
primary key (Countrycode, Seriescode, Year),
FOREIGN KEY (Seriescode) REFERENCES Series(SeriesCode),
FOREIGN KEY (Countrycode) REFERENCES Country(CountryCode)
);
CREATE TABLE Indicators
(
CountryName TEXT,
CountryCode TEXT NOT NULL ,
IndicatorName TEXT,
IndicatorCode TEXT NOT NULL ,
Year INTEGER NOT NULL ,
Value INTEGER,
primary key (CountryCode, IndicatorCode, Year),
FOREIGN KEY (CountryCode) REFERENCES Country(CountryCode)
);
CREATE TABLE SeriesNotes
(
Seriescode TEXT not null ,
Year TEXT not null ,
Description TEXT,
primary key (Seriescode, Year),
foreign key (Seriescode) references Series(SeriesCode)
);
|
public_review_platform | Identify the operating hours of businesses in Black Canyon City with review count greater than average. | operating hours refers to opening_time closing_time on day_id; in Black Canyon City refers to city = 'Black Canyon City'; greater than average refers to review_count > AVG(T1.review_count) | SELECT T2.opening_time, T2.closing_time FROM Business AS T1 INNER JOIN Business_Hours AS T2 ON T1.business_id = T2.business_id INNER JOIN Days AS T3 ON T2.day_id = T3.day_id WHERE T1.city = 'Black Canyon City' GROUP BY t2.business_id HAVING T1.review_count > AVG(T1.review_count) | CREATE TABLE Attributes
(
attribute_id INTEGER
constraint Attributes_pk
primary key,
attribute_name TEXT
);
CREATE TABLE Categories
(
category_id INTEGER
constraint Categories_pk
primary key,
category_name TEXT
);
CREATE TABLE Compliments
(
compliment_id INTEGER
constraint Compliments_pk
primary key,
compliment_type TEXT
);
CREATE TABLE Days
(
day_id INTEGER
constraint Days_pk
primary key,
day_of_week TEXT
);
CREATE TABLE Years
(
year_id INTEGER
constraint Years_pk
primary key,
actual_year INTEGER
);
CREATE TABLE IF NOT EXISTS "Business_Attributes"
(
attribute_id INTEGER
constraint Business_Attributes_Attributes_attribute_id_fk
references Attributes,
business_id INTEGER
constraint Business_Attributes_Business_business_id_fk
references Business,
attribute_value TEXT,
constraint Business_Attributes_pk
primary key (attribute_id, business_id)
);
CREATE TABLE IF NOT EXISTS "Business_Categories"
(
business_id INTEGER
constraint Business_Categories_Business_business_id_fk
references Business,
category_id INTEGER
constraint Business_Categories_Categories_category_id_fk
references Categories,
constraint Business_Categories_pk
primary key (business_id, category_id)
);
CREATE TABLE IF NOT EXISTS "Business_Hours"
(
business_id INTEGER
constraint Business_Hours_Business_business_id_fk
references Business,
day_id INTEGER
constraint Business_Hours_Days_day_id_fk
references Days,
opening_time TEXT,
closing_time TEXT,
constraint Business_Hours_pk
primary key (business_id, day_id)
);
CREATE TABLE IF NOT EXISTS "Checkins"
(
business_id INTEGER
constraint Checkins_Business_business_id_fk
references Business,
day_id INTEGER
constraint Checkins_Days_day_id_fk
references Days,
label_time_0 TEXT,
label_time_1 TEXT,
label_time_2 TEXT,
label_time_3 TEXT,
label_time_4 TEXT,
label_time_5 TEXT,
label_time_6 TEXT,
label_time_7 TEXT,
label_time_8 TEXT,
label_time_9 TEXT,
label_time_10 TEXT,
label_time_11 TEXT,
label_time_12 TEXT,
label_time_13 TEXT,
label_time_14 TEXT,
label_time_15 TEXT,
label_time_16 TEXT,
label_time_17 TEXT,
label_time_18 TEXT,
label_time_19 TEXT,
label_time_20 TEXT,
label_time_21 TEXT,
label_time_22 TEXT,
label_time_23 TEXT,
constraint Checkins_pk
primary key (business_id, day_id)
);
CREATE TABLE IF NOT EXISTS "Elite"
(
user_id INTEGER
constraint Elite_Users_user_id_fk
references Users,
year_id INTEGER
constraint Elite_Years_year_id_fk
references Years,
constraint Elite_pk
primary key (user_id, year_id)
);
CREATE TABLE IF NOT EXISTS "Reviews"
(
business_id INTEGER
constraint Reviews_Business_business_id_fk
references Business,
user_id INTEGER
constraint Reviews_Users_user_id_fk
references Users,
review_stars INTEGER,
review_votes_funny TEXT,
review_votes_useful TEXT,
review_votes_cool TEXT,
review_length TEXT,
constraint Reviews_pk
primary key (business_id, user_id)
);
CREATE TABLE IF NOT EXISTS "Tips"
(
business_id INTEGER
constraint Tips_Business_business_id_fk
references Business,
user_id INTEGER
constraint Tips_Users_user_id_fk
references Users,
likes INTEGER,
tip_length TEXT,
constraint Tips_pk
primary key (business_id, user_id)
);
CREATE TABLE IF NOT EXISTS "Users_Compliments"
(
compliment_id INTEGER
constraint Users_Compliments_Compliments_compliment_id_fk
references Compliments,
user_id INTEGER
constraint Users_Compliments_Users_user_id_fk
references Users,
number_of_compliments TEXT,
constraint Users_Compliments_pk
primary key (compliment_id, user_id)
);
CREATE TABLE IF NOT EXISTS "Business"
(
business_id INTEGER
constraint Business_pk
primary key,
active TEXT,
city TEXT,
state TEXT,
stars REAL,
review_count TEXT
);
CREATE TABLE IF NOT EXISTS "Users"
(
user_id INTEGER
constraint Users_pk
primary key,
user_yelping_since_year INTEGER,
user_average_stars TEXT,
user_votes_funny TEXT,
user_votes_useful TEXT,
user_votes_cool TEXT,
user_review_count TEXT,
user_fans TEXT
);
|
professional_basketball | What is the full name of the team that has the most players from UCLA? | "UCLA" is the college; team with most players refers to tmID where Max(Count(playerID)) | SELECT T3.name FROM players AS T1 INNER JOIN players_teams AS T2 ON T1.playerID = T2.playerID INNER JOIN teams AS T3 ON T3.tmID = T2.tmID WHERE T1.college = 'UCLA' GROUP BY T3.name ORDER BY COUNT(DISTINCT T1.playerID) DESC LIMIT 1 | CREATE TABLE awards_players
(
playerID TEXT not null,
award TEXT not null,
year INTEGER not null,
lgID TEXT null,
note TEXT null,
pos TEXT null,
primary key (playerID, year, award),
foreign key (playerID) references players (playerID)
on update cascade on delete cascade
);
CREATE TABLE coaches
(
coachID TEXT not null,
year INTEGER not null,
tmID TEXT not null,
lgID TEXT null,
stint INTEGER not null,
won INTEGER null,
lost INTEGER null,
post_wins INTEGER null,
post_losses INTEGER null,
primary key (coachID, year, tmID, stint),
foreign key (tmID, year) references teams (tmID, year)
on update cascade on delete cascade
);
CREATE TABLE draft
(
id INTEGER default 0 not null
primary key,
draftYear INTEGER null,
draftRound INTEGER null,
draftSelection INTEGER null,
draftOverall INTEGER null,
tmID TEXT null,
firstName TEXT null,
lastName TEXT null,
suffixName TEXT null,
playerID TEXT null,
draftFrom TEXT null,
lgID TEXT null,
foreign key (tmID, draftYear) references teams (tmID, year)
on update cascade on delete cascade
);
CREATE TABLE player_allstar
(
playerID TEXT not null,
last_name TEXT null,
first_name TEXT null,
season_id INTEGER not null,
conference TEXT null,
league_id TEXT null,
games_played INTEGER null,
minutes INTEGER null,
points INTEGER null,
o_rebounds INTEGER null,
d_rebounds INTEGER null,
rebounds INTEGER null,
assists INTEGER null,
steals INTEGER null,
blocks INTEGER null,
turnovers INTEGER null,
personal_fouls INTEGER null,
fg_attempted INTEGER null,
fg_made INTEGER null,
ft_attempted INTEGER null,
ft_made INTEGER null,
three_attempted INTEGER null,
three_made INTEGER null,
primary key (playerID, season_id),
foreign key (playerID) references players (playerID)
on update cascade on delete cascade
);
CREATE TABLE players
(
playerID TEXT not null
primary key,
useFirst TEXT null,
firstName TEXT null,
middleName TEXT null,
lastName TEXT null,
nameGiven TEXT null,
fullGivenName TEXT null,
nameSuffix TEXT null,
nameNick TEXT null,
pos TEXT null,
firstseason INTEGER null,
lastseason INTEGER null,
height REAL null,
weight INTEGER null,
college TEXT null,
collegeOther TEXT null,
birthDate DATE null,
birthCity TEXT null,
birthState TEXT null,
birthCountry TEXT null,
highSchool TEXT null,
hsCity TEXT null,
hsState TEXT null,
hsCountry TEXT null,
deathDate DATE null,
race TEXT null
);
CREATE TABLE teams
(
year INTEGER not null,
lgID TEXT null,
tmID TEXT not null,
franchID TEXT null,
confID TEXT null,
divID TEXT null,
`rank` INTEGER null,
confRank INTEGER null,
playoff TEXT null,
name TEXT null,
o_fgm INTEGER null,
-- o_fga int null,
o_ftm INTEGER null,
-- o_fta int null,
-- o_3pm int null,
-- o_3pa int null,
-- o_oreb int null,
-- o_dreb int null,
-- o_reb int null,
-- o_asts int null,
-- o_pf int null,
-- o_stl int null,
-- o_to int null,
-- o_blk int null,
o_pts INTEGER null,
-- d_fgm int null,
-- d_fga int null,
-- d_ftm int null,
-- d_fta int null,
-- d_3pm int null,
-- d_3pa int null,
-- d_oreb int null,
-- d_dreb int null,
-- d_reb int null,
-- d_asts int null,
-- d_pf int null,
-- d_stl int null,
-- d_to int null,
-- d_blk int null,
d_pts INTEGER null,
-- o_tmRebound int null,
-- d_tmRebound int null,
homeWon INTEGER null,
homeLost INTEGER null,
awayWon INTEGER null,
awayLost INTEGER null,
-- neutWon int null,
-- neutLoss int null,
-- confWon int null,
-- confLoss int null,
-- divWon int null,
-- divLoss int null,
-- pace int null,
won INTEGER null,
lost INTEGER null,
games INTEGER null,
-- min int null,
arena TEXT null,
-- attendance int null,
-- bbtmID varchar(255) null,
primary key (year, tmID)
);
CREATE TABLE IF NOT EXISTS "awards_coaches"
(
id INTEGER
primary key autoincrement,
year INTEGER,
coachID TEXT,
award TEXT,
lgID TEXT,
note TEXT,
foreign key (coachID, year) references coaches (coachID, year)
on update cascade on delete cascade
);
CREATE TABLE sqlite_sequence(name,seq);
CREATE TABLE IF NOT EXISTS "players_teams"
(
id INTEGER
primary key autoincrement,
playerID TEXT not null
references players
on update cascade on delete cascade,
year INTEGER,
stint INTEGER,
tmID TEXT,
lgID TEXT,
GP INTEGER,
GS INTEGER,
minutes INTEGER,
points INTEGER,
oRebounds INTEGER,
dRebounds INTEGER,
rebounds INTEGER,
assists INTEGER,
steals INTEGER,
blocks INTEGER,
turnovers INTEGER,
PF INTEGER,
fgAttempted INTEGER,
fgMade INTEGER,
ftAttempted INTEGER,
ftMade INTEGER,
threeAttempted INTEGER,
threeMade INTEGER,
PostGP INTEGER,
PostGS INTEGER,
PostMinutes INTEGER,
PostPoints INTEGER,
PostoRebounds INTEGER,
PostdRebounds INTEGER,
PostRebounds INTEGER,
PostAssists INTEGER,
PostSteals INTEGER,
PostBlocks INTEGER,
PostTurnovers INTEGER,
PostPF INTEGER,
PostfgAttempted INTEGER,
PostfgMade INTEGER,
PostftAttempted INTEGER,
PostftMade INTEGER,
PostthreeAttempted INTEGER,
PostthreeMade INTEGER,
note TEXT,
foreign key (tmID, year) references teams (tmID, year)
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "series_post"
(
id INTEGER
primary key autoincrement,
year INTEGER,
round TEXT,
series TEXT,
tmIDWinner TEXT,
lgIDWinner TEXT,
tmIDLoser TEXT,
lgIDLoser TEXT,
W INTEGER,
L INTEGER,
foreign key (tmIDWinner, year) references teams (tmID, year)
on update cascade on delete cascade,
foreign key (tmIDLoser, year) references teams (tmID, year)
on update cascade on delete cascade
);
|
social_media | Calculate the total number of male tweet IDs. | "Male" is the Gender | SELECT COUNT(T1.TweetID) FROM twitter AS T1 INNER JOIN user AS T2 ON T1.UserID = T2.UserID WHERE T2.Gender = 'Male' | CREATE TABLE location
(
LocationID INTEGER
constraint location_pk
primary key,
Country TEXT,
State TEXT,
StateCode TEXT,
City TEXT
);
CREATE TABLE user
(
UserID TEXT
constraint user_pk
primary key,
Gender TEXT
);
CREATE TABLE twitter
(
TweetID TEXT
primary key,
Weekday TEXT,
Hour INTEGER,
Day INTEGER,
Lang TEXT,
IsReshare TEXT,
Reach INTEGER,
RetweetCount INTEGER,
Likes INTEGER,
Klout INTEGER,
Sentiment REAL,
"text" TEXT,
LocationID INTEGER,
UserID TEXT,
foreign key (LocationID) references location(LocationID),
foreign key (UserID) references user(UserID)
);
|
retails | Provide the order comments for at least 5 orders made by customers in the furniture segment. | order comments refer to o_comment; c_mktsegment = 'Furniture'; | SELECT T1.o_comment FROM orders AS T1 INNER JOIN customer AS T2 ON T1.o_custkey = T2.c_custkey WHERE T2.c_mktsegment = 'Furniture' LIMIT 5 | CREATE TABLE `customer` (
`c_custkey` INTEGER NOT NULL,
`c_mktsegment` TEXT DEFAULT NULL,
`c_nationkey` INTEGER DEFAULT NULL,
`c_name` TEXT DEFAULT NULL,
`c_address` TEXT DEFAULT NULL,
`c_phone` TEXT DEFAULT NULL,
`c_acctbal` REAL DEFAULT NULL,
`c_comment` TEXT DEFAULT NULL,
PRIMARY KEY (`c_custkey`),
FOREIGN KEY (`c_nationkey`) REFERENCES `nation` (`n_nationkey`) ON DELETE CASCADE ON UPDATE CASCADE
);
CREATE TABLE lineitem
(
l_shipdate DATE null,
l_orderkey INTEGER not null,
l_discount REAL not null,
l_extendedprice REAL not null,
l_suppkey INTEGER not null,
l_quantity INTEGER not null,
l_returnflag TEXT null,
l_partkey INTEGER not null,
l_linestatus TEXT null,
l_tax REAL not null,
l_commitdate DATE null,
l_receiptdate DATE null,
l_shipmode TEXT null,
l_linenumber INTEGER not null,
l_shipinstruct TEXT null,
l_comment TEXT null,
primary key (l_orderkey, l_linenumber),
foreign key (l_orderkey) references orders (o_orderkey)
on update cascade on delete cascade,
foreign key (l_partkey, l_suppkey) references partsupp (ps_partkey, ps_suppkey)
on update cascade on delete cascade
);
CREATE TABLE nation
(
n_nationkey INTEGER not null
primary key,
n_name TEXT null,
n_regionkey INTEGER null,
n_comment TEXT null,
foreign key (n_regionkey) references region (r_regionkey)
on update cascade on delete cascade
);
CREATE TABLE orders
(
o_orderdate DATE null,
o_orderkey INTEGER not null
primary key,
o_custkey INTEGER not null,
o_orderpriority TEXT null,
o_shippriority INTEGER null,
o_clerk TEXT null,
o_orderstatus TEXT null,
o_totalprice REAL null,
o_comment TEXT null,
foreign key (o_custkey) references customer (c_custkey)
on update cascade on delete cascade
);
CREATE TABLE part
(
p_partkey INTEGER not null
primary key,
p_type TEXT null,
p_size INTEGER null,
p_brand TEXT null,
p_name TEXT null,
p_container TEXT null,
p_mfgr TEXT null,
p_retailprice REAL null,
p_comment TEXT null
);
CREATE TABLE partsupp
(
ps_partkey INTEGER not null,
ps_suppkey INTEGER not null,
ps_supplycost REAL not null,
ps_availqty INTEGER null,
ps_comment TEXT null,
primary key (ps_partkey, ps_suppkey),
foreign key (ps_partkey) references part (p_partkey)
on update cascade on delete cascade,
foreign key (ps_suppkey) references supplier (s_suppkey)
on update cascade on delete cascade
);
CREATE TABLE region
(
r_regionkey INTEGER not null
primary key,
r_name TEXT null,
r_comment TEXT null
);
CREATE TABLE supplier
(
s_suppkey INTEGER not null
primary key,
s_nationkey INTEGER null,
s_comment TEXT null,
s_name TEXT null,
s_address TEXT null,
s_phone TEXT null,
s_acctbal REAL null,
foreign key (s_nationkey) references nation (n_nationkey)
);
|
language_corpus | For the biwords pair that appears "116430" times, what is the second word of the pair? | the biwords pair that appears "116430" times refers to occurrences = 116430; second word of the pair refers to w2nd | SELECT T1.word FROM words AS T1 INNER JOIN biwords AS T2 ON T1.wid = T2.w2nd WHERE T2.occurrences = 116430 | CREATE TABLE langs(lid INTEGER PRIMARY KEY AUTOINCREMENT,
lang TEXT UNIQUE,
locale TEXT UNIQUE,
pages INTEGER DEFAULT 0, -- total pages in this language
words INTEGER DEFAULT 0);
CREATE TABLE sqlite_sequence(name,seq);
CREATE TABLE pages(pid INTEGER PRIMARY KEY AUTOINCREMENT,
lid INTEGER REFERENCES langs(lid) ON UPDATE CASCADE ON DELETE CASCADE,
page INTEGER DEFAULT NULL, -- wikipedia page id
revision INTEGER DEFAULT NULL, -- wikipedia revision page id
title TEXT,
words INTEGER DEFAULT 0, -- number of different words in this page
UNIQUE(lid,page,title));
CREATE TRIGGER ins_page AFTER INSERT ON pages FOR EACH ROW
BEGIN
UPDATE langs SET pages=pages+1 WHERE lid=NEW.lid;
END;
CREATE TRIGGER del_page AFTER DELETE ON pages FOR EACH ROW
BEGIN
UPDATE langs SET pages=pages-1 WHERE lid=OLD.lid;
END;
CREATE TABLE words(wid INTEGER PRIMARY KEY AUTOINCREMENT,
word TEXT UNIQUE,
occurrences INTEGER DEFAULT 0);
CREATE TABLE langs_words(lid INTEGER REFERENCES langs(lid) ON UPDATE CASCADE ON DELETE CASCADE,
wid INTEGER REFERENCES words(wid) ON UPDATE CASCADE ON DELETE CASCADE,
occurrences INTEGER, -- repetitions of this word in this language
PRIMARY KEY(lid,wid))
WITHOUT ROWID;
CREATE TRIGGER ins_lang_word AFTER INSERT ON langs_words FOR EACH ROW
BEGIN
UPDATE langs SET words=words+1 WHERE lid=NEW.lid;
END;
CREATE TRIGGER del_lang_word AFTER DELETE ON langs_words FOR EACH ROW
BEGIN
UPDATE langs SET words=words-1 WHERE lid=OLD.lid;
END;
CREATE TABLE pages_words(pid INTEGER REFERENCES pages(pid) ON UPDATE CASCADE ON DELETE CASCADE,
wid INTEGER REFERENCES words(wid) ON UPDATE CASCADE ON DELETE CASCADE,
occurrences INTEGER DEFAULT 0, -- times this word appears into this page
PRIMARY KEY(pid,wid))
WITHOUT ROWID;
CREATE TRIGGER ins_page_word AFTER INSERT ON pages_words FOR EACH ROW
BEGIN
UPDATE pages SET words=words+1 WHERE pid=NEW.pid;
END;
CREATE TRIGGER del_page_word AFTER DELETE ON pages_words FOR EACH ROW
BEGIN
UPDATE pages SET words=words-1 WHERE pid=OLD.pid;
END;
CREATE TABLE biwords(lid INTEGER REFERENCES langs(lid) ON UPDATE CASCADE ON DELETE CASCADE,
w1st INTEGER REFERENCES words(wid) ON UPDATE CASCADE ON DELETE CASCADE,
w2nd INTEGER REFERENCES words(wid) ON UPDATE CASCADE ON DELETE CASCADE,
occurrences INTEGER DEFAULT 0, -- times this pair appears in this language/page
PRIMARY KEY(lid,w1st,w2nd))
WITHOUT ROWID;
|
mondial_geo | How much sea is around the island where Kerinci Mountain is located? | SELECT COUNT(T4.Sea) FROM mountain AS T1 INNER JOIN mountainOnIsland AS T2 ON T1.Name = T2.Mountain INNER JOIN island AS T3 ON T3.Name = T2.Island INNER JOIN islandIn AS T4 ON T4.Island = T3.Name WHERE T1.Name = 'Kerinci' | CREATE TABLE IF NOT EXISTS "borders"
(
Country1 TEXT default '' not null
constraint borders_ibfk_1
references country,
Country2 TEXT default '' not null
constraint borders_ibfk_2
references country,
Length REAL,
primary key (Country1, Country2)
);
CREATE TABLE IF NOT EXISTS "city"
(
Name TEXT default '' not null,
Country TEXT default '' not null
constraint city_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
Population INTEGER,
Longitude REAL,
Latitude REAL,
primary key (Name, Province),
constraint city_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "continent"
(
Name TEXT default '' not null
primary key,
Area REAL
);
CREATE TABLE IF NOT EXISTS "country"
(
Name TEXT not null
constraint ix_county_Name
unique,
Code TEXT default '' not null
primary key,
Capital TEXT,
Province TEXT,
Area REAL,
Population INTEGER
);
CREATE TABLE IF NOT EXISTS "desert"
(
Name TEXT default '' not null
primary key,
Area REAL,
Longitude REAL,
Latitude REAL
);
CREATE TABLE IF NOT EXISTS "economy"
(
Country TEXT default '' not null
primary key
constraint economy_ibfk_1
references country
on update cascade on delete cascade,
GDP REAL,
Agriculture REAL,
Service REAL,
Industry REAL,
Inflation REAL
);
CREATE TABLE IF NOT EXISTS "encompasses"
(
Country TEXT not null
constraint encompasses_ibfk_1
references country
on update cascade on delete cascade,
Continent TEXT not null
constraint encompasses_ibfk_2
references continent
on update cascade on delete cascade,
Percentage REAL,
primary key (Country, Continent)
);
CREATE TABLE IF NOT EXISTS "ethnicGroup"
(
Country TEXT default '' not null
constraint ethnicGroup_ibfk_1
references country
on update cascade on delete cascade,
Name TEXT default '' not null,
Percentage REAL,
primary key (Name, Country)
);
CREATE TABLE IF NOT EXISTS "geo_desert"
(
Desert TEXT default '' not null
constraint geo_desert_ibfk_3
references desert
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_desert_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, Desert),
constraint geo_desert_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_estuary"
(
River TEXT default '' not null
constraint geo_estuary_ibfk_3
references river
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_estuary_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, River),
constraint geo_estuary_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_island"
(
Island TEXT default '' not null
constraint geo_island_ibfk_3
references island
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_island_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, Island),
constraint geo_island_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_lake"
(
Lake TEXT default '' not null
constraint geo_lake_ibfk_3
references lake
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_lake_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, Lake),
constraint geo_lake_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_mountain"
(
Mountain TEXT default '' not null
constraint geo_mountain_ibfk_3
references mountain
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_mountain_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, Mountain),
constraint geo_mountain_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_river"
(
River TEXT default '' not null
constraint geo_river_ibfk_3
references river
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_river_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, River),
constraint geo_river_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_sea"
(
Sea TEXT default '' not null
constraint geo_sea_ibfk_3
references sea
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_sea_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, Sea),
constraint geo_sea_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_source"
(
River TEXT default '' not null
constraint geo_source_ibfk_3
references river
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_source_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, River),
constraint geo_source_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "island"
(
Name TEXT default '' not null
primary key,
Islands TEXT,
Area REAL,
Height REAL,
Type TEXT,
Longitude REAL,
Latitude REAL
);
CREATE TABLE IF NOT EXISTS "islandIn"
(
Island TEXT
constraint islandIn_ibfk_4
references island
on update cascade on delete cascade,
Sea TEXT
constraint islandIn_ibfk_3
references sea
on update cascade on delete cascade,
Lake TEXT
constraint islandIn_ibfk_1
references lake
on update cascade on delete cascade,
River TEXT
constraint islandIn_ibfk_2
references river
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "isMember"
(
Country TEXT default '' not null
constraint isMember_ibfk_1
references country
on update cascade on delete cascade,
Organization TEXT default '' not null
constraint isMember_ibfk_2
references organization
on update cascade on delete cascade,
Type TEXT default 'member',
primary key (Country, Organization)
);
CREATE TABLE IF NOT EXISTS "lake"
(
Name TEXT default '' not null
primary key,
Area REAL,
Depth REAL,
Altitude REAL,
Type TEXT,
River TEXT,
Longitude REAL,
Latitude REAL
);
CREATE TABLE IF NOT EXISTS "language"
(
Country TEXT default '' not null
constraint language_ibfk_1
references country
on update cascade on delete cascade,
Name TEXT default '' not null,
Percentage REAL,
primary key (Name, Country)
);
CREATE TABLE IF NOT EXISTS "located"
(
City TEXT,
Province TEXT,
Country TEXT
constraint located_ibfk_1
references country
on update cascade on delete cascade,
River TEXT
constraint located_ibfk_3
references river
on update cascade on delete cascade,
Lake TEXT
constraint located_ibfk_4
references lake
on update cascade on delete cascade,
Sea TEXT
constraint located_ibfk_5
references sea
on update cascade on delete cascade,
constraint located_ibfk_2
foreign key (City, Province) references city
on update cascade on delete cascade,
constraint located_ibfk_6
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "locatedOn"
(
City TEXT default '' not null,
Province TEXT default '' not null,
Country TEXT default '' not null
constraint locatedOn_ibfk_1
references country
on update cascade on delete cascade,
Island TEXT default '' not null
constraint locatedOn_ibfk_2
references island
on update cascade on delete cascade,
primary key (City, Province, Country, Island),
constraint locatedOn_ibfk_3
foreign key (City, Province) references city
on update cascade on delete cascade,
constraint locatedOn_ibfk_4
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "mergesWith"
(
Sea1 TEXT default '' not null
constraint mergesWith_ibfk_1
references sea
on update cascade on delete cascade,
Sea2 TEXT default '' not null
constraint mergesWith_ibfk_2
references sea
on update cascade on delete cascade,
primary key (Sea1, Sea2)
);
CREATE TABLE IF NOT EXISTS "mountain"
(
Name TEXT default '' not null
primary key,
Mountains TEXT,
Height REAL,
Type TEXT,
Longitude REAL,
Latitude REAL
);
CREATE TABLE IF NOT EXISTS "mountainOnIsland"
(
Mountain TEXT default '' not null
constraint mountainOnIsland_ibfk_2
references mountain
on update cascade on delete cascade,
Island TEXT default '' not null
constraint mountainOnIsland_ibfk_1
references island
on update cascade on delete cascade,
primary key (Mountain, Island)
);
CREATE TABLE IF NOT EXISTS "organization"
(
Abbreviation TEXT not null
primary key,
Name TEXT not null
constraint ix_organization_OrgNameUnique
unique,
City TEXT,
Country TEXT
constraint organization_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT,
Established DATE,
constraint organization_ibfk_2
foreign key (City, Province) references city
on update cascade on delete cascade,
constraint organization_ibfk_3
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "politics"
(
Country TEXT default '' not null
primary key
constraint politics_ibfk_1
references country
on update cascade on delete cascade,
Independence DATE,
Dependent TEXT
constraint politics_ibfk_2
references country
on update cascade on delete cascade,
Government TEXT
);
CREATE TABLE IF NOT EXISTS "population"
(
Country TEXT default '' not null
primary key
constraint population_ibfk_1
references country
on update cascade on delete cascade,
Population_Growth REAL,
Infant_Mortality REAL
);
CREATE TABLE IF NOT EXISTS "province"
(
Name TEXT not null,
Country TEXT not null
constraint province_ibfk_1
references country
on update cascade on delete cascade,
Population INTEGER,
Area REAL,
Capital TEXT,
CapProv TEXT,
primary key (Name, Country)
);
CREATE TABLE IF NOT EXISTS "religion"
(
Country TEXT default '' not null
constraint religion_ibfk_1
references country
on update cascade on delete cascade,
Name TEXT default '' not null,
Percentage REAL,
primary key (Name, Country)
);
CREATE TABLE IF NOT EXISTS "river"
(
Name TEXT default '' not null
primary key,
River TEXT,
Lake TEXT
constraint river_ibfk_1
references lake
on update cascade on delete cascade,
Sea TEXT,
Length REAL,
SourceLongitude REAL,
SourceLatitude REAL,
Mountains TEXT,
SourceAltitude REAL,
EstuaryLongitude REAL,
EstuaryLatitude REAL
);
CREATE TABLE IF NOT EXISTS "sea"
(
Name TEXT default '' not null
primary key,
Depth REAL
);
CREATE TABLE IF NOT EXISTS "target"
(
Country TEXT not null
primary key
constraint target_Country_fkey
references country
on update cascade on delete cascade,
Target TEXT
);
|
|
ice_hockey_draft | What is the percentage of Swedish players in playoffs games in the 1997 - 2000 season? | percentage = MULTIPLY(DIVIDE(SUM(nation = 'Sweden'), COUNT(ELITEID) WHERE SEASON = '1997-2000'), 100); Swedish refers to nation = 'Sweden'; players refers to PlayerName; playoffs games refers to GAMETYPE = 'Playoffs'; 1997-2000 season refers to 3 consecutive SEASONs : '1997-1998', '1998-1999', '1999-2000'; | SELECT DISTINCT CAST(COUNT(CASE WHEN T1.nation = 'Sweden' THEN T1.ELITEID ELSE NULL END) OVER (PARTITION BY T2.SEASON) AS REAL) * 100 / COUNT(T1.ELITEID) OVER (PARTITION BY T2.SEASON) FROM PlayerInfo AS T1 INNER JOIN SeasonStatus AS T2 ON T1.ELITEID = T2.ELITEID WHERE T2.SEASON IN ('1997-1998', '1998-1999', '1999-2000') | CREATE TABLE height_info
(
height_id INTEGER
primary key,
height_in_cm INTEGER,
height_in_inch TEXT
);
CREATE TABLE weight_info
(
weight_id INTEGER
primary key,
weight_in_kg INTEGER,
weight_in_lbs INTEGER
);
CREATE TABLE PlayerInfo
(
ELITEID INTEGER
primary key,
PlayerName TEXT,
birthdate TEXT,
birthyear DATE,
birthmonth INTEGER,
birthday INTEGER,
birthplace TEXT,
nation TEXT,
height INTEGER,
weight INTEGER,
position_info TEXT,
shoots TEXT,
draftyear INTEGER,
draftround INTEGER,
overall INTEGER,
overallby TEXT,
CSS_rank INTEGER,
sum_7yr_GP INTEGER,
sum_7yr_TOI INTEGER,
GP_greater_than_0 TEXT,
foreign key (height) references height_info(height_id),
foreign key (weight) references weight_info(weight_id)
);
CREATE TABLE SeasonStatus
(
ELITEID INTEGER,
SEASON TEXT,
TEAM TEXT,
LEAGUE TEXT,
GAMETYPE TEXT,
GP INTEGER,
G INTEGER,
A INTEGER,
P INTEGER,
PIM INTEGER,
PLUSMINUS INTEGER,
foreign key (ELITEID) references PlayerInfo(ELITEID)
);
|
mondial_geo | Lists all governments with a parliamentary democracy that achieved their independence between 01/01/1950 and 12/31/1999. | Inhabitants, synonymous with population | SELECT * FROM politics WHERE STRFTIME('%Y', Independence) BETWEEN '1950' AND '1999' AND Government = 'parliamentary democracy' | CREATE TABLE IF NOT EXISTS "borders"
(
Country1 TEXT default '' not null
constraint borders_ibfk_1
references country,
Country2 TEXT default '' not null
constraint borders_ibfk_2
references country,
Length REAL,
primary key (Country1, Country2)
);
CREATE TABLE IF NOT EXISTS "city"
(
Name TEXT default '' not null,
Country TEXT default '' not null
constraint city_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
Population INTEGER,
Longitude REAL,
Latitude REAL,
primary key (Name, Province),
constraint city_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "continent"
(
Name TEXT default '' not null
primary key,
Area REAL
);
CREATE TABLE IF NOT EXISTS "country"
(
Name TEXT not null
constraint ix_county_Name
unique,
Code TEXT default '' not null
primary key,
Capital TEXT,
Province TEXT,
Area REAL,
Population INTEGER
);
CREATE TABLE IF NOT EXISTS "desert"
(
Name TEXT default '' not null
primary key,
Area REAL,
Longitude REAL,
Latitude REAL
);
CREATE TABLE IF NOT EXISTS "economy"
(
Country TEXT default '' not null
primary key
constraint economy_ibfk_1
references country
on update cascade on delete cascade,
GDP REAL,
Agriculture REAL,
Service REAL,
Industry REAL,
Inflation REAL
);
CREATE TABLE IF NOT EXISTS "encompasses"
(
Country TEXT not null
constraint encompasses_ibfk_1
references country
on update cascade on delete cascade,
Continent TEXT not null
constraint encompasses_ibfk_2
references continent
on update cascade on delete cascade,
Percentage REAL,
primary key (Country, Continent)
);
CREATE TABLE IF NOT EXISTS "ethnicGroup"
(
Country TEXT default '' not null
constraint ethnicGroup_ibfk_1
references country
on update cascade on delete cascade,
Name TEXT default '' not null,
Percentage REAL,
primary key (Name, Country)
);
CREATE TABLE IF NOT EXISTS "geo_desert"
(
Desert TEXT default '' not null
constraint geo_desert_ibfk_3
references desert
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_desert_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, Desert),
constraint geo_desert_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_estuary"
(
River TEXT default '' not null
constraint geo_estuary_ibfk_3
references river
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_estuary_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, River),
constraint geo_estuary_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_island"
(
Island TEXT default '' not null
constraint geo_island_ibfk_3
references island
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_island_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, Island),
constraint geo_island_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_lake"
(
Lake TEXT default '' not null
constraint geo_lake_ibfk_3
references lake
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_lake_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, Lake),
constraint geo_lake_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_mountain"
(
Mountain TEXT default '' not null
constraint geo_mountain_ibfk_3
references mountain
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_mountain_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, Mountain),
constraint geo_mountain_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_river"
(
River TEXT default '' not null
constraint geo_river_ibfk_3
references river
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_river_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, River),
constraint geo_river_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_sea"
(
Sea TEXT default '' not null
constraint geo_sea_ibfk_3
references sea
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_sea_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, Sea),
constraint geo_sea_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_source"
(
River TEXT default '' not null
constraint geo_source_ibfk_3
references river
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_source_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, River),
constraint geo_source_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "island"
(
Name TEXT default '' not null
primary key,
Islands TEXT,
Area REAL,
Height REAL,
Type TEXT,
Longitude REAL,
Latitude REAL
);
CREATE TABLE IF NOT EXISTS "islandIn"
(
Island TEXT
constraint islandIn_ibfk_4
references island
on update cascade on delete cascade,
Sea TEXT
constraint islandIn_ibfk_3
references sea
on update cascade on delete cascade,
Lake TEXT
constraint islandIn_ibfk_1
references lake
on update cascade on delete cascade,
River TEXT
constraint islandIn_ibfk_2
references river
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "isMember"
(
Country TEXT default '' not null
constraint isMember_ibfk_1
references country
on update cascade on delete cascade,
Organization TEXT default '' not null
constraint isMember_ibfk_2
references organization
on update cascade on delete cascade,
Type TEXT default 'member',
primary key (Country, Organization)
);
CREATE TABLE IF NOT EXISTS "lake"
(
Name TEXT default '' not null
primary key,
Area REAL,
Depth REAL,
Altitude REAL,
Type TEXT,
River TEXT,
Longitude REAL,
Latitude REAL
);
CREATE TABLE IF NOT EXISTS "language"
(
Country TEXT default '' not null
constraint language_ibfk_1
references country
on update cascade on delete cascade,
Name TEXT default '' not null,
Percentage REAL,
primary key (Name, Country)
);
CREATE TABLE IF NOT EXISTS "located"
(
City TEXT,
Province TEXT,
Country TEXT
constraint located_ibfk_1
references country
on update cascade on delete cascade,
River TEXT
constraint located_ibfk_3
references river
on update cascade on delete cascade,
Lake TEXT
constraint located_ibfk_4
references lake
on update cascade on delete cascade,
Sea TEXT
constraint located_ibfk_5
references sea
on update cascade on delete cascade,
constraint located_ibfk_2
foreign key (City, Province) references city
on update cascade on delete cascade,
constraint located_ibfk_6
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "locatedOn"
(
City TEXT default '' not null,
Province TEXT default '' not null,
Country TEXT default '' not null
constraint locatedOn_ibfk_1
references country
on update cascade on delete cascade,
Island TEXT default '' not null
constraint locatedOn_ibfk_2
references island
on update cascade on delete cascade,
primary key (City, Province, Country, Island),
constraint locatedOn_ibfk_3
foreign key (City, Province) references city
on update cascade on delete cascade,
constraint locatedOn_ibfk_4
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "mergesWith"
(
Sea1 TEXT default '' not null
constraint mergesWith_ibfk_1
references sea
on update cascade on delete cascade,
Sea2 TEXT default '' not null
constraint mergesWith_ibfk_2
references sea
on update cascade on delete cascade,
primary key (Sea1, Sea2)
);
CREATE TABLE IF NOT EXISTS "mountain"
(
Name TEXT default '' not null
primary key,
Mountains TEXT,
Height REAL,
Type TEXT,
Longitude REAL,
Latitude REAL
);
CREATE TABLE IF NOT EXISTS "mountainOnIsland"
(
Mountain TEXT default '' not null
constraint mountainOnIsland_ibfk_2
references mountain
on update cascade on delete cascade,
Island TEXT default '' not null
constraint mountainOnIsland_ibfk_1
references island
on update cascade on delete cascade,
primary key (Mountain, Island)
);
CREATE TABLE IF NOT EXISTS "organization"
(
Abbreviation TEXT not null
primary key,
Name TEXT not null
constraint ix_organization_OrgNameUnique
unique,
City TEXT,
Country TEXT
constraint organization_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT,
Established DATE,
constraint organization_ibfk_2
foreign key (City, Province) references city
on update cascade on delete cascade,
constraint organization_ibfk_3
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "politics"
(
Country TEXT default '' not null
primary key
constraint politics_ibfk_1
references country
on update cascade on delete cascade,
Independence DATE,
Dependent TEXT
constraint politics_ibfk_2
references country
on update cascade on delete cascade,
Government TEXT
);
CREATE TABLE IF NOT EXISTS "population"
(
Country TEXT default '' not null
primary key
constraint population_ibfk_1
references country
on update cascade on delete cascade,
Population_Growth REAL,
Infant_Mortality REAL
);
CREATE TABLE IF NOT EXISTS "province"
(
Name TEXT not null,
Country TEXT not null
constraint province_ibfk_1
references country
on update cascade on delete cascade,
Population INTEGER,
Area REAL,
Capital TEXT,
CapProv TEXT,
primary key (Name, Country)
);
CREATE TABLE IF NOT EXISTS "religion"
(
Country TEXT default '' not null
constraint religion_ibfk_1
references country
on update cascade on delete cascade,
Name TEXT default '' not null,
Percentage REAL,
primary key (Name, Country)
);
CREATE TABLE IF NOT EXISTS "river"
(
Name TEXT default '' not null
primary key,
River TEXT,
Lake TEXT
constraint river_ibfk_1
references lake
on update cascade on delete cascade,
Sea TEXT,
Length REAL,
SourceLongitude REAL,
SourceLatitude REAL,
Mountains TEXT,
SourceAltitude REAL,
EstuaryLongitude REAL,
EstuaryLatitude REAL
);
CREATE TABLE IF NOT EXISTS "sea"
(
Name TEXT default '' not null
primary key,
Depth REAL
);
CREATE TABLE IF NOT EXISTS "target"
(
Country TEXT not null
primary key
constraint target_Country_fkey
references country
on update cascade on delete cascade,
Target TEXT
);
|
address | Who are the congress representatives of the postal points in Garfield? | Who are the congress representatives refer to first_name, last_name; Garfield is the city; | SELECT T3.first_name, T3.last_name FROM zip_data AS T1 INNER JOIN zip_congress AS T2 ON T1.zip_code = T2.zip_code INNER JOIN congress AS T3 ON T2.district = T3.cognress_rep_id WHERE T1.city = 'Garfield' | CREATE TABLE CBSA
(
CBSA INTEGER
primary key,
CBSA_name TEXT,
CBSA_type TEXT
);
CREATE TABLE state
(
abbreviation TEXT
primary key,
name TEXT
);
CREATE TABLE congress
(
cognress_rep_id TEXT
primary key,
first_name TEXT,
last_name TEXT,
CID TEXT,
party TEXT,
state TEXT,
abbreviation TEXT,
House TEXT,
District INTEGER,
land_area REAL,
foreign key (abbreviation) references state(abbreviation)
);
CREATE TABLE zip_data
(
zip_code INTEGER
primary key,
city TEXT,
state TEXT,
multi_county TEXT,
type TEXT,
organization TEXT,
time_zone TEXT,
daylight_savings TEXT,
latitude REAL,
longitude REAL,
elevation INTEGER,
state_fips INTEGER,
county_fips INTEGER,
region TEXT,
division TEXT,
population_2020 INTEGER,
population_2010 INTEGER,
households INTEGER,
avg_house_value INTEGER,
avg_income_per_household INTEGER,
persons_per_household REAL,
white_population INTEGER,
black_population INTEGER,
hispanic_population INTEGER,
asian_population INTEGER,
american_indian_population INTEGER,
hawaiian_population INTEGER,
other_population INTEGER,
male_population INTEGER,
female_population INTEGER,
median_age REAL,
male_median_age REAL,
female_median_age REAL,
residential_mailboxes INTEGER,
business_mailboxes INTEGER,
total_delivery_receptacles INTEGER,
businesses INTEGER,
"1st_quarter_payroll" INTEGER,
annual_payroll INTEGER,
employees INTEGER,
water_area REAL,
land_area REAL,
single_family_delivery_units INTEGER,
multi_family_delivery_units INTEGER,
total_beneficiaries INTEGER,
retired_workers INTEGER,
disabled_workers INTEGER,
parents_and_widowed INTEGER,
spouses INTEGER,
children INTEGER,
over_65 INTEGER,
monthly_benefits_all INTEGER,
monthly_benefits_retired_workers INTEGER,
monthly_benefits_widowed INTEGER,
CBSA INTEGER,
foreign key (state) references state(abbreviation),
foreign key (CBSA) references CBSA(CBSA)
);
CREATE TABLE alias
(
zip_code INTEGER
primary key,
alias TEXT,
foreign key (zip_code) references zip_data(zip_code)
);
CREATE TABLE area_code
(
zip_code INTEGER,
area_code INTEGER,
primary key (zip_code, area_code),
foreign key (zip_code) references zip_data(zip_code)
);
CREATE TABLE avoid
(
zip_code INTEGER,
bad_alias TEXT,
primary key (zip_code, bad_alias),
foreign key (zip_code) references zip_data(zip_code)
);
CREATE TABLE country
(
zip_code INTEGER,
county TEXT,
state TEXT,
primary key (zip_code, county),
foreign key (zip_code) references zip_data(zip_code),
foreign key (state) references state(abbreviation)
);
CREATE TABLE zip_congress
(
zip_code INTEGER,
district TEXT,
primary key (zip_code, district),
foreign key (district) references congress(cognress_rep_id),
foreign key (zip_code) references zip_data(zip_code)
);
|
beer_factory | What is the average unit profit for wholesalers of canned beers? | average unit profit = DIVIDE(SUM(SUBTRACT(CurrentRetailPrice, WholesaleCost)), COUNT(ContainerType = 'Can')); canned beers refers to ContainerType = 'Can'; | SELECT AVG(T2.CurrentRetailPrice - T2.WholesaleCost) FROM rootbeer AS T1 INNER JOIN rootbeerbrand AS T2 ON T1.BrandID = T2.BrandID WHERE T1.ContainerType = 'Can' | CREATE TABLE customers
(
CustomerID INTEGER
primary key,
First TEXT,
Last TEXT,
StreetAddress TEXT,
City TEXT,
State TEXT,
ZipCode INTEGER,
Email TEXT,
PhoneNumber TEXT,
FirstPurchaseDate DATE,
SubscribedToEmailList TEXT,
Gender TEXT
);
CREATE TABLE geolocation
(
LocationID INTEGER
primary key,
Latitude REAL,
Longitude REAL,
foreign key (LocationID) references location(LocationID)
);
CREATE TABLE location
(
LocationID INTEGER
primary key,
LocationName TEXT,
StreetAddress TEXT,
City TEXT,
State TEXT,
ZipCode INTEGER,
foreign key (LocationID) references geolocation(LocationID)
);
CREATE TABLE rootbeerbrand
(
BrandID INTEGER
primary key,
BrandName TEXT,
FirstBrewedYear INTEGER,
BreweryName TEXT,
City TEXT,
State TEXT,
Country TEXT,
Description TEXT,
CaneSugar TEXT,
CornSyrup TEXT,
Honey TEXT,
ArtificialSweetener TEXT,
Caffeinated TEXT,
Alcoholic TEXT,
AvailableInCans TEXT,
AvailableInBottles TEXT,
AvailableInKegs TEXT,
Website TEXT,
FacebookPage TEXT,
Twitter TEXT,
WholesaleCost REAL,
CurrentRetailPrice REAL
);
CREATE TABLE rootbeer
(
RootBeerID INTEGER
primary key,
BrandID INTEGER,
ContainerType TEXT,
LocationID INTEGER,
PurchaseDate DATE,
foreign key (LocationID) references geolocation(LocationID),
foreign key (LocationID) references location(LocationID),
foreign key (BrandID) references rootbeerbrand(BrandID)
);
CREATE TABLE rootbeerreview
(
CustomerID INTEGER,
BrandID INTEGER,
StarRating INTEGER,
ReviewDate DATE,
Review TEXT,
primary key (CustomerID, BrandID),
foreign key (CustomerID) references customers(CustomerID),
foreign key (BrandID) references rootbeerbrand(BrandID)
);
CREATE TABLE IF NOT EXISTS "transaction"
(
TransactionID INTEGER
primary key,
CreditCardNumber INTEGER,
CustomerID INTEGER,
TransactionDate DATE,
CreditCardType TEXT,
LocationID INTEGER,
RootBeerID INTEGER,
PurchasePrice REAL,
foreign key (CustomerID) references customers(CustomerID),
foreign key (LocationID) references location(LocationID),
foreign key (RootBeerID) references rootbeer(RootBeerID)
);
|
soccer_2016 | Of the wickets taken in the third overs, how many are without the involvement of fielders? | third overs refers to Over_Id = 3; without the involvement of fielders refers to Fielders = '' | SELECT SUM(CASE WHEN Fielders = '' THEN 1 ELSE 0 END) FROM Wicket_Taken WHERE Over_Id = 3 | CREATE TABLE Batting_Style
(
Batting_Id INTEGER
primary key,
Batting_hand TEXT
);
CREATE TABLE Bowling_Style
(
Bowling_Id INTEGER
primary key,
Bowling_skill TEXT
);
CREATE TABLE City
(
City_Id INTEGER
primary key,
City_Name TEXT,
Country_id INTEGER
);
CREATE TABLE Country
(
Country_Id INTEGER
primary key,
Country_Name TEXT,
foreign key (Country_Id) references Country(Country_Id)
);
CREATE TABLE Extra_Type
(
Extra_Id INTEGER
primary key,
Extra_Name TEXT
);
CREATE TABLE Extra_Runs
(
Match_Id INTEGER,
Over_Id INTEGER,
Ball_Id INTEGER,
Extra_Type_Id INTEGER,
Extra_Runs INTEGER,
Innings_No INTEGER,
primary key (Match_Id, Over_Id, Ball_Id, Innings_No),
foreign key (Extra_Type_Id) references Extra_Type(Extra_Id)
);
CREATE TABLE Out_Type
(
Out_Id INTEGER
primary key,
Out_Name TEXT
);
CREATE TABLE Outcome
(
Outcome_Id INTEGER
primary key,
Outcome_Type TEXT
);
CREATE TABLE Player
(
Player_Id INTEGER
primary key,
Player_Name TEXT,
DOB DATE,
Batting_hand INTEGER,
Bowling_skill INTEGER,
Country_Name INTEGER,
foreign key (Batting_hand) references Batting_Style(Batting_Id),
foreign key (Bowling_skill) references Bowling_Style(Bowling_Id),
foreign key (Country_Name) references Country(Country_Id)
);
CREATE TABLE Rolee
(
Role_Id INTEGER
primary key,
Role_Desc TEXT
);
CREATE TABLE Season
(
Season_Id INTEGER
primary key,
Man_of_the_Series INTEGER,
Orange_Cap INTEGER,
Purple_Cap INTEGER,
Season_Year INTEGER
);
CREATE TABLE Team
(
Team_Id INTEGER
primary key,
Team_Name TEXT
);
CREATE TABLE Toss_Decision
(
Toss_Id INTEGER
primary key,
Toss_Name TEXT
);
CREATE TABLE Umpire
(
Umpire_Id INTEGER
primary key,
Umpire_Name TEXT,
Umpire_Country INTEGER,
foreign key (Umpire_Country) references Country(Country_Id)
);
CREATE TABLE Venue
(
Venue_Id INTEGER
primary key,
Venue_Name TEXT,
City_Id INTEGER,
foreign key (City_Id) references City(City_Id)
);
CREATE TABLE Win_By
(
Win_Id INTEGER
primary key,
Win_Type TEXT
);
CREATE TABLE Match
(
Match_Id INTEGER
primary key,
Team_1 INTEGER,
Team_2 INTEGER,
Match_Date DATE,
Season_Id INTEGER,
Venue_Id INTEGER,
Toss_Winner INTEGER,
Toss_Decide INTEGER,
Win_Type INTEGER,
Win_Margin INTEGER,
Outcome_type INTEGER,
Match_Winner INTEGER,
Man_of_the_Match INTEGER,
foreign key (Team_1) references Team(Team_Id),
foreign key (Team_2) references Team(Team_Id),
foreign key (Season_Id) references Season(Season_Id),
foreign key (Venue_Id) references Venue(Venue_Id),
foreign key (Toss_Winner) references Team(Team_Id),
foreign key (Toss_Decide) references Toss_Decision(Toss_Id),
foreign key (Win_Type) references Win_By(Win_Id),
foreign key (Outcome_type) references Out_Type(Out_Id),
foreign key (Match_Winner) references Team(Team_Id),
foreign key (Man_of_the_Match) references Player(Player_Id)
);
CREATE TABLE Ball_by_Ball
(
Match_Id INTEGER,
Over_Id INTEGER,
Ball_Id INTEGER,
Innings_No INTEGER,
Team_Batting INTEGER,
Team_Bowling INTEGER,
Striker_Batting_Position INTEGER,
Striker INTEGER,
Non_Striker INTEGER,
Bowler INTEGER,
primary key (Match_Id, Over_Id, Ball_Id, Innings_No),
foreign key (Match_Id) references Match(Match_Id)
);
CREATE TABLE Batsman_Scored
(
Match_Id INTEGER,
Over_Id INTEGER,
Ball_Id INTEGER,
Runs_Scored INTEGER,
Innings_No INTEGER,
primary key (Match_Id, Over_Id, Ball_Id, Innings_No),
foreign key (Match_Id) references Match(Match_Id)
);
CREATE TABLE Player_Match
(
Match_Id INTEGER,
Player_Id INTEGER,
Role_Id INTEGER,
Team_Id INTEGER,
primary key (Match_Id, Player_Id, Role_Id),
foreign key (Match_Id) references Match(Match_Id),
foreign key (Player_Id) references Player(Player_Id),
foreign key (Team_Id) references Team(Team_Id),
foreign key (Role_Id) references Rolee(Role_Id)
);
CREATE TABLE Wicket_Taken
(
Match_Id INTEGER,
Over_Id INTEGER,
Ball_Id INTEGER,
Player_Out INTEGER,
Kind_Out INTEGER,
Fielders INTEGER,
Innings_No INTEGER,
primary key (Match_Id, Over_Id, Ball_Id, Innings_No),
foreign key (Match_Id) references Match(Match_Id),
foreign key (Player_Out) references Player(Player_Id),
foreign key (Kind_Out) references Out_Type(Out_Id),
foreign key (Fielders) references Player(Player_Id)
);
|
authors | What was the name of the paper that was published on "IEEE Transactions on Pattern Analysis and Machine Intelligence" in 2011? | 'IEEE Transactions on Pattern Analysis and Machine Intelligence' is the FullName of journal; 2011 refers to Year = '2011'; name of the paper refers to Title of paper | SELECT T2.Title FROM Journal AS T1 INNER JOIN Paper AS T2 ON T1.Id = T2.JournalId WHERE T1.FullName = 'IEEE Transactions on Pattern Analysis and Machine Intelligence' AND T2.Year = 2011 AND T2.Title <> '' | CREATE TABLE IF NOT EXISTS "Author"
(
Id INTEGER
constraint Author_pk
primary key,
Name TEXT,
Affiliation TEXT
);
CREATE TABLE IF NOT EXISTS "Conference"
(
Id INTEGER
constraint Conference_pk
primary key,
ShortName TEXT,
FullName TEXT,
HomePage TEXT
);
CREATE TABLE IF NOT EXISTS "Journal"
(
Id INTEGER
constraint Journal_pk
primary key,
ShortName TEXT,
FullName TEXT,
HomePage TEXT
);
CREATE TABLE Paper
(
Id INTEGER
primary key,
Title TEXT,
Year INTEGER,
ConferenceId INTEGER,
JournalId INTEGER,
Keyword TEXT,
foreign key (ConferenceId) references Conference(Id),
foreign key (JournalId) references Journal(Id)
);
CREATE TABLE PaperAuthor
(
PaperId INTEGER,
AuthorId INTEGER,
Name TEXT,
Affiliation TEXT,
foreign key (PaperId) references Paper(Id),
foreign key (AuthorId) references Author(Id)
);
|
sales | In sales ID between 30 and 40, who is the customer that bought a total quantity of 403? | who refers to FirstName, LastName; | SELECT T2.FirstName, T2.LastName FROM Sales AS T1 INNER JOIN Customers AS T2 ON T1.CustomerID = T2.CustomerID WHERE T1.Quantity = 403 AND T1.SalesID BETWEEN 30 AND 40 | CREATE TABLE Customers
(
CustomerID INTEGER not null
primary key,
FirstName TEXT not null,
MiddleInitial TEXT null,
LastName TEXT not null
);
CREATE TABLE Employees
(
EmployeeID INTEGER not null
primary key,
FirstName TEXT not null,
MiddleInitial TEXT null,
LastName TEXT not null
);
CREATE TABLE Products
(
ProductID INTEGER not null
primary key,
Name TEXT not null,
Price REAL null
);
CREATE TABLE Sales
(
SalesID INTEGER not null
primary key,
SalesPersonID INTEGER not null,
CustomerID INTEGER not null,
ProductID INTEGER not null,
Quantity INTEGER not null,
foreign key (SalesPersonID) references Employees (EmployeeID)
on update cascade on delete cascade,
foreign key (CustomerID) references Customers (CustomerID)
on update cascade on delete cascade,
foreign key (ProductID) references Products (ProductID)
on update cascade on delete cascade
);
|
regional_sales | Mention the most populated city and median income of the store in Florida state. | most populated refers to Max(Population); | SELECT `City Name`, `Median Income` FROM `Store Locations` WHERE State = 'Florida' ORDER BY Population DESC LIMIT 1 | CREATE TABLE Customers
(
CustomerID INTEGER
constraint Customers_pk
primary key,
"Customer Names" TEXT
);
CREATE TABLE Products
(
ProductID INTEGER
constraint Products_pk
primary key,
"Product Name" TEXT
);
CREATE TABLE Regions
(
StateCode TEXT
constraint Regions_pk
primary key,
State TEXT,
Region TEXT
);
CREATE TABLE IF NOT EXISTS "Sales Team"
(
SalesTeamID INTEGER
constraint "Sales Team_pk"
primary key,
"Sales Team" TEXT,
Region TEXT
);
CREATE TABLE IF NOT EXISTS "Store Locations"
(
StoreID INTEGER
constraint "Store Locations_pk"
primary key,
"City Name" TEXT,
County TEXT,
StateCode TEXT
constraint "Store Locations_Regions_StateCode_fk"
references Regions(StateCode),
State TEXT,
Type TEXT,
Latitude REAL,
Longitude REAL,
AreaCode INTEGER,
Population INTEGER,
"Household Income" INTEGER,
"Median Income" INTEGER,
"Land Area" INTEGER,
"Water Area" INTEGER,
"Time Zone" TEXT
);
CREATE TABLE IF NOT EXISTS "Sales Orders"
(
OrderNumber TEXT
constraint "Sales Orders_pk"
primary key,
"Sales Channel" TEXT,
WarehouseCode TEXT,
ProcuredDate TEXT,
OrderDate TEXT,
ShipDate TEXT,
DeliveryDate TEXT,
CurrencyCode TEXT,
_SalesTeamID INTEGER
constraint "Sales Orders_Sales Team_SalesTeamID_fk"
references "Sales Team"(SalesTeamID),
_CustomerID INTEGER
constraint "Sales Orders_Customers_CustomerID_fk"
references Customers(CustomerID),
_StoreID INTEGER
constraint "Sales Orders_Store Locations_StoreID_fk"
references "Store Locations"(StoreID),
_ProductID INTEGER
constraint "Sales Orders_Products_ProductID_fk"
references Products(ProductID),
"Order Quantity" INTEGER,
"Discount Applied" REAL,
"Unit Price" TEXT,
"Unit Cost" TEXT
);
|
mondial_geo | What is the most populated city of the 12th highest density country? | Population density = Population / area | SELECT T2.Name FROM country AS T1 INNER JOIN city AS T2 ON T1.Code = T2.Country WHERE T1.Name = ( SELECT Name FROM country ORDER BY CAST(Population AS REAL) / Area LIMIT 11, 1 ) ORDER BY T2.Population DESC LIMIT 1 | CREATE TABLE IF NOT EXISTS "borders"
(
Country1 TEXT default '' not null
constraint borders_ibfk_1
references country,
Country2 TEXT default '' not null
constraint borders_ibfk_2
references country,
Length REAL,
primary key (Country1, Country2)
);
CREATE TABLE IF NOT EXISTS "city"
(
Name TEXT default '' not null,
Country TEXT default '' not null
constraint city_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
Population INTEGER,
Longitude REAL,
Latitude REAL,
primary key (Name, Province),
constraint city_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "continent"
(
Name TEXT default '' not null
primary key,
Area REAL
);
CREATE TABLE IF NOT EXISTS "country"
(
Name TEXT not null
constraint ix_county_Name
unique,
Code TEXT default '' not null
primary key,
Capital TEXT,
Province TEXT,
Area REAL,
Population INTEGER
);
CREATE TABLE IF NOT EXISTS "desert"
(
Name TEXT default '' not null
primary key,
Area REAL,
Longitude REAL,
Latitude REAL
);
CREATE TABLE IF NOT EXISTS "economy"
(
Country TEXT default '' not null
primary key
constraint economy_ibfk_1
references country
on update cascade on delete cascade,
GDP REAL,
Agriculture REAL,
Service REAL,
Industry REAL,
Inflation REAL
);
CREATE TABLE IF NOT EXISTS "encompasses"
(
Country TEXT not null
constraint encompasses_ibfk_1
references country
on update cascade on delete cascade,
Continent TEXT not null
constraint encompasses_ibfk_2
references continent
on update cascade on delete cascade,
Percentage REAL,
primary key (Country, Continent)
);
CREATE TABLE IF NOT EXISTS "ethnicGroup"
(
Country TEXT default '' not null
constraint ethnicGroup_ibfk_1
references country
on update cascade on delete cascade,
Name TEXT default '' not null,
Percentage REAL,
primary key (Name, Country)
);
CREATE TABLE IF NOT EXISTS "geo_desert"
(
Desert TEXT default '' not null
constraint geo_desert_ibfk_3
references desert
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_desert_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, Desert),
constraint geo_desert_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_estuary"
(
River TEXT default '' not null
constraint geo_estuary_ibfk_3
references river
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_estuary_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, River),
constraint geo_estuary_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_island"
(
Island TEXT default '' not null
constraint geo_island_ibfk_3
references island
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_island_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, Island),
constraint geo_island_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_lake"
(
Lake TEXT default '' not null
constraint geo_lake_ibfk_3
references lake
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_lake_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, Lake),
constraint geo_lake_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_mountain"
(
Mountain TEXT default '' not null
constraint geo_mountain_ibfk_3
references mountain
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_mountain_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, Mountain),
constraint geo_mountain_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_river"
(
River TEXT default '' not null
constraint geo_river_ibfk_3
references river
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_river_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, River),
constraint geo_river_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_sea"
(
Sea TEXT default '' not null
constraint geo_sea_ibfk_3
references sea
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_sea_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, Sea),
constraint geo_sea_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "geo_source"
(
River TEXT default '' not null
constraint geo_source_ibfk_3
references river
on update cascade on delete cascade,
Country TEXT default '' not null
constraint geo_source_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT default '' not null,
primary key (Province, Country, River),
constraint geo_source_ibfk_2
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "island"
(
Name TEXT default '' not null
primary key,
Islands TEXT,
Area REAL,
Height REAL,
Type TEXT,
Longitude REAL,
Latitude REAL
);
CREATE TABLE IF NOT EXISTS "islandIn"
(
Island TEXT
constraint islandIn_ibfk_4
references island
on update cascade on delete cascade,
Sea TEXT
constraint islandIn_ibfk_3
references sea
on update cascade on delete cascade,
Lake TEXT
constraint islandIn_ibfk_1
references lake
on update cascade on delete cascade,
River TEXT
constraint islandIn_ibfk_2
references river
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "isMember"
(
Country TEXT default '' not null
constraint isMember_ibfk_1
references country
on update cascade on delete cascade,
Organization TEXT default '' not null
constraint isMember_ibfk_2
references organization
on update cascade on delete cascade,
Type TEXT default 'member',
primary key (Country, Organization)
);
CREATE TABLE IF NOT EXISTS "lake"
(
Name TEXT default '' not null
primary key,
Area REAL,
Depth REAL,
Altitude REAL,
Type TEXT,
River TEXT,
Longitude REAL,
Latitude REAL
);
CREATE TABLE IF NOT EXISTS "language"
(
Country TEXT default '' not null
constraint language_ibfk_1
references country
on update cascade on delete cascade,
Name TEXT default '' not null,
Percentage REAL,
primary key (Name, Country)
);
CREATE TABLE IF NOT EXISTS "located"
(
City TEXT,
Province TEXT,
Country TEXT
constraint located_ibfk_1
references country
on update cascade on delete cascade,
River TEXT
constraint located_ibfk_3
references river
on update cascade on delete cascade,
Lake TEXT
constraint located_ibfk_4
references lake
on update cascade on delete cascade,
Sea TEXT
constraint located_ibfk_5
references sea
on update cascade on delete cascade,
constraint located_ibfk_2
foreign key (City, Province) references city
on update cascade on delete cascade,
constraint located_ibfk_6
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "locatedOn"
(
City TEXT default '' not null,
Province TEXT default '' not null,
Country TEXT default '' not null
constraint locatedOn_ibfk_1
references country
on update cascade on delete cascade,
Island TEXT default '' not null
constraint locatedOn_ibfk_2
references island
on update cascade on delete cascade,
primary key (City, Province, Country, Island),
constraint locatedOn_ibfk_3
foreign key (City, Province) references city
on update cascade on delete cascade,
constraint locatedOn_ibfk_4
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "mergesWith"
(
Sea1 TEXT default '' not null
constraint mergesWith_ibfk_1
references sea
on update cascade on delete cascade,
Sea2 TEXT default '' not null
constraint mergesWith_ibfk_2
references sea
on update cascade on delete cascade,
primary key (Sea1, Sea2)
);
CREATE TABLE IF NOT EXISTS "mountain"
(
Name TEXT default '' not null
primary key,
Mountains TEXT,
Height REAL,
Type TEXT,
Longitude REAL,
Latitude REAL
);
CREATE TABLE IF NOT EXISTS "mountainOnIsland"
(
Mountain TEXT default '' not null
constraint mountainOnIsland_ibfk_2
references mountain
on update cascade on delete cascade,
Island TEXT default '' not null
constraint mountainOnIsland_ibfk_1
references island
on update cascade on delete cascade,
primary key (Mountain, Island)
);
CREATE TABLE IF NOT EXISTS "organization"
(
Abbreviation TEXT not null
primary key,
Name TEXT not null
constraint ix_organization_OrgNameUnique
unique,
City TEXT,
Country TEXT
constraint organization_ibfk_1
references country
on update cascade on delete cascade,
Province TEXT,
Established DATE,
constraint organization_ibfk_2
foreign key (City, Province) references city
on update cascade on delete cascade,
constraint organization_ibfk_3
foreign key (Province, Country) references province
on update cascade on delete cascade
);
CREATE TABLE IF NOT EXISTS "politics"
(
Country TEXT default '' not null
primary key
constraint politics_ibfk_1
references country
on update cascade on delete cascade,
Independence DATE,
Dependent TEXT
constraint politics_ibfk_2
references country
on update cascade on delete cascade,
Government TEXT
);
CREATE TABLE IF NOT EXISTS "population"
(
Country TEXT default '' not null
primary key
constraint population_ibfk_1
references country
on update cascade on delete cascade,
Population_Growth REAL,
Infant_Mortality REAL
);
CREATE TABLE IF NOT EXISTS "province"
(
Name TEXT not null,
Country TEXT not null
constraint province_ibfk_1
references country
on update cascade on delete cascade,
Population INTEGER,
Area REAL,
Capital TEXT,
CapProv TEXT,
primary key (Name, Country)
);
CREATE TABLE IF NOT EXISTS "religion"
(
Country TEXT default '' not null
constraint religion_ibfk_1
references country
on update cascade on delete cascade,
Name TEXT default '' not null,
Percentage REAL,
primary key (Name, Country)
);
CREATE TABLE IF NOT EXISTS "river"
(
Name TEXT default '' not null
primary key,
River TEXT,
Lake TEXT
constraint river_ibfk_1
references lake
on update cascade on delete cascade,
Sea TEXT,
Length REAL,
SourceLongitude REAL,
SourceLatitude REAL,
Mountains TEXT,
SourceAltitude REAL,
EstuaryLongitude REAL,
EstuaryLatitude REAL
);
CREATE TABLE IF NOT EXISTS "sea"
(
Name TEXT default '' not null
primary key,
Depth REAL
);
CREATE TABLE IF NOT EXISTS "target"
(
Country TEXT not null
primary key
constraint target_Country_fkey
references country
on update cascade on delete cascade,
Target TEXT
);
|
synthea | Describe the care plans received by the patient with secondary malignant neoplasm of the colon. | care plans refer to DESCRIPTION from careplans; secondary malignant neoplasm of the colon refers to conditions where DESCRIPTION = 'Secondary malignant neoplasm of colon'; | SELECT DISTINCT T1.DESCRIPTION FROM careplans AS T1 INNER JOIN conditions AS T2 ON T1.patient = T2.PATIENT WHERE T2.DESCRIPTION = 'Secondary malignant neoplasm of colon' | CREATE TABLE all_prevalences
(
ITEM TEXT
primary key,
"POPULATION TYPE" TEXT,
OCCURRENCES INTEGER,
"POPULATION COUNT" INTEGER,
"PREVALENCE RATE" REAL,
"PREVALENCE PERCENTAGE" REAL
);
CREATE TABLE patients
(
patient TEXT
primary key,
birthdate DATE,
deathdate DATE,
ssn TEXT,
drivers TEXT,
passport TEXT,
prefix TEXT,
first TEXT,
last TEXT,
suffix TEXT,
maiden TEXT,
marital TEXT,
race TEXT,
ethnicity TEXT,
gender TEXT,
birthplace TEXT,
address TEXT
);
CREATE TABLE encounters
(
ID TEXT
primary key,
DATE DATE,
PATIENT TEXT,
CODE INTEGER,
DESCRIPTION TEXT,
REASONCODE INTEGER,
REASONDESCRIPTION TEXT,
foreign key (PATIENT) references patients(patient)
);
CREATE TABLE allergies
(
START TEXT,
STOP TEXT,
PATIENT TEXT,
ENCOUNTER TEXT,
CODE INTEGER,
DESCRIPTION TEXT,
primary key (PATIENT, ENCOUNTER, CODE),
foreign key (ENCOUNTER) references encounters(ID),
foreign key (PATIENT) references patients(patient)
);
CREATE TABLE careplans
(
ID TEXT,
START DATE,
STOP DATE,
PATIENT TEXT,
ENCOUNTER TEXT,
CODE REAL,
DESCRIPTION TEXT,
REASONCODE INTEGER,
REASONDESCRIPTION TEXT,
foreign key (ENCOUNTER) references encounters(ID),
foreign key (PATIENT) references patients(patient)
);
CREATE TABLE conditions
(
START DATE,
STOP DATE,
PATIENT TEXT,
ENCOUNTER TEXT,
CODE INTEGER,
DESCRIPTION TEXT,
foreign key (ENCOUNTER) references encounters(ID),
foreign key (PATIENT) references patients(patient),
foreign key (DESCRIPTION) references all_prevalences(ITEM)
);
CREATE TABLE immunizations
(
DATE DATE,
PATIENT TEXT,
ENCOUNTER TEXT,
CODE INTEGER,
DESCRIPTION TEXT,
primary key (DATE, PATIENT, ENCOUNTER, CODE),
foreign key (ENCOUNTER) references encounters(ID),
foreign key (PATIENT) references patients(patient)
);
CREATE TABLE medications
(
START DATE,
STOP DATE,
PATIENT TEXT,
ENCOUNTER TEXT,
CODE INTEGER,
DESCRIPTION TEXT,
REASONCODE INTEGER,
REASONDESCRIPTION TEXT,
primary key (START, PATIENT, ENCOUNTER, CODE),
foreign key (ENCOUNTER) references encounters(ID),
foreign key (PATIENT) references patients(patient)
);
CREATE TABLE observations
(
DATE DATE,
PATIENT TEXT,
ENCOUNTER TEXT,
CODE TEXT,
DESCRIPTION TEXT,
VALUE REAL,
UNITS TEXT,
foreign key (ENCOUNTER) references encounters(ID),
foreign key (PATIENT) references patients(patient)
);
CREATE TABLE procedures
(
DATE DATE,
PATIENT TEXT,
ENCOUNTER TEXT,
CODE INTEGER,
DESCRIPTION TEXT,
REASONCODE INTEGER,
REASONDESCRIPTION TEXT,
foreign key (ENCOUNTER) references encounters(ID),
foreign key (PATIENT) references patients(patient)
);
CREATE TABLE IF NOT EXISTS "claims"
(
ID TEXT
primary key,
PATIENT TEXT
references patients,
BILLABLEPERIOD DATE,
ORGANIZATION TEXT,
ENCOUNTER TEXT
references encounters,
DIAGNOSIS TEXT,
TOTAL INTEGER
);
|
menu | What is the average price of the dishes on the menu "Zentral Theater Terrace"? | average price = AVG(price); Zentral Theater Terrace refers to menu; | SELECT SUM(T1.price) / COUNT(T1.price) FROM MenuItem AS T1 INNER JOIN MenuPage AS T2 ON T1.menu_page_id = T2.id INNER JOIN Menu AS T3 ON T2.menu_id = T3.id WHERE T3.name = 'Zentral Theater Terrace' | CREATE TABLE Dish
(
id INTEGER
primary key,
name TEXT,
description TEXT,
menus_appeared INTEGER,
times_appeared INTEGER,
first_appeared INTEGER,
last_appeared INTEGER,
lowest_price REAL,
highest_price REAL
);
CREATE TABLE Menu
(
id INTEGER
primary key,
name TEXT,
sponsor TEXT,
event TEXT,
venue TEXT,
place TEXT,
physical_description TEXT,
occasion TEXT,
notes TEXT,
call_number TEXT,
keywords TEXT,
language TEXT,
date DATE,
location TEXT,
location_type TEXT,
currency TEXT,
currency_symbol TEXT,
status TEXT,
page_count INTEGER,
dish_count INTEGER
);
CREATE TABLE MenuPage
(
id INTEGER
primary key,
menu_id INTEGER,
page_number INTEGER,
image_id REAL,
full_height INTEGER,
full_width INTEGER,
uuid TEXT,
foreign key (menu_id) references Menu(id)
);
CREATE TABLE MenuItem
(
id INTEGER
primary key,
menu_page_id INTEGER,
price REAL,
high_price REAL,
dish_id INTEGER,
created_at TEXT,
updated_at TEXT,
xpos REAL,
ypos REAL,
foreign key (dish_id) references Dish(id),
foreign key (menu_page_id) references MenuPage(id)
);
|
soccer_2016 | Among all the matches SC Ganguly has played in, what is the highest winning margin? | SC Ganguly refers to Player_Name = 'SC Ganguly'; the highest winning margin refers to max(Win_Margin) | SELECT MAX(T3.Win_Margin) FROM Player AS T1 INNER JOIN Player_Match AS T2 ON T1.Player_Id = T2.Player_Id INNER JOIN Match AS T3 ON T2.Match_Id = T3.Match_Id WHERE T1.Player_Name = 'SC Ganguly' | CREATE TABLE Batting_Style
(
Batting_Id INTEGER
primary key,
Batting_hand TEXT
);
CREATE TABLE Bowling_Style
(
Bowling_Id INTEGER
primary key,
Bowling_skill TEXT
);
CREATE TABLE City
(
City_Id INTEGER
primary key,
City_Name TEXT,
Country_id INTEGER
);
CREATE TABLE Country
(
Country_Id INTEGER
primary key,
Country_Name TEXT,
foreign key (Country_Id) references Country(Country_Id)
);
CREATE TABLE Extra_Type
(
Extra_Id INTEGER
primary key,
Extra_Name TEXT
);
CREATE TABLE Extra_Runs
(
Match_Id INTEGER,
Over_Id INTEGER,
Ball_Id INTEGER,
Extra_Type_Id INTEGER,
Extra_Runs INTEGER,
Innings_No INTEGER,
primary key (Match_Id, Over_Id, Ball_Id, Innings_No),
foreign key (Extra_Type_Id) references Extra_Type(Extra_Id)
);
CREATE TABLE Out_Type
(
Out_Id INTEGER
primary key,
Out_Name TEXT
);
CREATE TABLE Outcome
(
Outcome_Id INTEGER
primary key,
Outcome_Type TEXT
);
CREATE TABLE Player
(
Player_Id INTEGER
primary key,
Player_Name TEXT,
DOB DATE,
Batting_hand INTEGER,
Bowling_skill INTEGER,
Country_Name INTEGER,
foreign key (Batting_hand) references Batting_Style(Batting_Id),
foreign key (Bowling_skill) references Bowling_Style(Bowling_Id),
foreign key (Country_Name) references Country(Country_Id)
);
CREATE TABLE Rolee
(
Role_Id INTEGER
primary key,
Role_Desc TEXT
);
CREATE TABLE Season
(
Season_Id INTEGER
primary key,
Man_of_the_Series INTEGER,
Orange_Cap INTEGER,
Purple_Cap INTEGER,
Season_Year INTEGER
);
CREATE TABLE Team
(
Team_Id INTEGER
primary key,
Team_Name TEXT
);
CREATE TABLE Toss_Decision
(
Toss_Id INTEGER
primary key,
Toss_Name TEXT
);
CREATE TABLE Umpire
(
Umpire_Id INTEGER
primary key,
Umpire_Name TEXT,
Umpire_Country INTEGER,
foreign key (Umpire_Country) references Country(Country_Id)
);
CREATE TABLE Venue
(
Venue_Id INTEGER
primary key,
Venue_Name TEXT,
City_Id INTEGER,
foreign key (City_Id) references City(City_Id)
);
CREATE TABLE Win_By
(
Win_Id INTEGER
primary key,
Win_Type TEXT
);
CREATE TABLE Match
(
Match_Id INTEGER
primary key,
Team_1 INTEGER,
Team_2 INTEGER,
Match_Date DATE,
Season_Id INTEGER,
Venue_Id INTEGER,
Toss_Winner INTEGER,
Toss_Decide INTEGER,
Win_Type INTEGER,
Win_Margin INTEGER,
Outcome_type INTEGER,
Match_Winner INTEGER,
Man_of_the_Match INTEGER,
foreign key (Team_1) references Team(Team_Id),
foreign key (Team_2) references Team(Team_Id),
foreign key (Season_Id) references Season(Season_Id),
foreign key (Venue_Id) references Venue(Venue_Id),
foreign key (Toss_Winner) references Team(Team_Id),
foreign key (Toss_Decide) references Toss_Decision(Toss_Id),
foreign key (Win_Type) references Win_By(Win_Id),
foreign key (Outcome_type) references Out_Type(Out_Id),
foreign key (Match_Winner) references Team(Team_Id),
foreign key (Man_of_the_Match) references Player(Player_Id)
);
CREATE TABLE Ball_by_Ball
(
Match_Id INTEGER,
Over_Id INTEGER,
Ball_Id INTEGER,
Innings_No INTEGER,
Team_Batting INTEGER,
Team_Bowling INTEGER,
Striker_Batting_Position INTEGER,
Striker INTEGER,
Non_Striker INTEGER,
Bowler INTEGER,
primary key (Match_Id, Over_Id, Ball_Id, Innings_No),
foreign key (Match_Id) references Match(Match_Id)
);
CREATE TABLE Batsman_Scored
(
Match_Id INTEGER,
Over_Id INTEGER,
Ball_Id INTEGER,
Runs_Scored INTEGER,
Innings_No INTEGER,
primary key (Match_Id, Over_Id, Ball_Id, Innings_No),
foreign key (Match_Id) references Match(Match_Id)
);
CREATE TABLE Player_Match
(
Match_Id INTEGER,
Player_Id INTEGER,
Role_Id INTEGER,
Team_Id INTEGER,
primary key (Match_Id, Player_Id, Role_Id),
foreign key (Match_Id) references Match(Match_Id),
foreign key (Player_Id) references Player(Player_Id),
foreign key (Team_Id) references Team(Team_Id),
foreign key (Role_Id) references Rolee(Role_Id)
);
CREATE TABLE Wicket_Taken
(
Match_Id INTEGER,
Over_Id INTEGER,
Ball_Id INTEGER,
Player_Out INTEGER,
Kind_Out INTEGER,
Fielders INTEGER,
Innings_No INTEGER,
primary key (Match_Id, Over_Id, Ball_Id, Innings_No),
foreign key (Match_Id) references Match(Match_Id),
foreign key (Player_Out) references Player(Player_Id),
foreign key (Kind_Out) references Out_Type(Out_Id),
foreign key (Fielders) references Player(Player_Id)
);
|
sales_in_weather | How many stores belong to the station with the highest recorded heat of all time? | highest recorded heat refers to Max(heat); station refers to station_nbr | SELECT COUNT(T2.store_nbr) FROM ( SELECT station_nbr FROM weather ORDER BY heat DESC LIMIT 1 ) AS T1 INNER JOIN relation AS T2 ON T1.station_nbr = T2.station_nbr | CREATE TABLE sales_in_weather
(
date DATE,
store_nbr INTEGER,
item_nbr INTEGER,
units INTEGER,
primary key (store_nbr, date, item_nbr)
);
CREATE TABLE weather
(
station_nbr INTEGER,
date DATE,
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,
primary key (station_nbr, date)
);
CREATE TABLE relation
(
store_nbr INTEGER
primary key,
station_nbr INTEGER,
foreign key (store_nbr) references sales_in_weather(store_nbr),
foreign key (station_nbr) references weather(station_nbr)
);
|
public_review_platform | In users yelping since 2009 to 2011, how many of them have low count of fans? | users in yelping since 2009 to 2011 refers to user_yelping_since_year BETWEEN 2009 AND 2011; low count of fans refers to user_fans = 'Low' | SELECT COUNT(user_id) FROM Users WHERE user_yelping_since_year >= 2009 AND user_yelping_since_year < 2012 AND user_fans = 'Low' | CREATE TABLE Attributes
(
attribute_id INTEGER
constraint Attributes_pk
primary key,
attribute_name TEXT
);
CREATE TABLE Categories
(
category_id INTEGER
constraint Categories_pk
primary key,
category_name TEXT
);
CREATE TABLE Compliments
(
compliment_id INTEGER
constraint Compliments_pk
primary key,
compliment_type TEXT
);
CREATE TABLE Days
(
day_id INTEGER
constraint Days_pk
primary key,
day_of_week TEXT
);
CREATE TABLE Years
(
year_id INTEGER
constraint Years_pk
primary key,
actual_year INTEGER
);
CREATE TABLE IF NOT EXISTS "Business_Attributes"
(
attribute_id INTEGER
constraint Business_Attributes_Attributes_attribute_id_fk
references Attributes,
business_id INTEGER
constraint Business_Attributes_Business_business_id_fk
references Business,
attribute_value TEXT,
constraint Business_Attributes_pk
primary key (attribute_id, business_id)
);
CREATE TABLE IF NOT EXISTS "Business_Categories"
(
business_id INTEGER
constraint Business_Categories_Business_business_id_fk
references Business,
category_id INTEGER
constraint Business_Categories_Categories_category_id_fk
references Categories,
constraint Business_Categories_pk
primary key (business_id, category_id)
);
CREATE TABLE IF NOT EXISTS "Business_Hours"
(
business_id INTEGER
constraint Business_Hours_Business_business_id_fk
references Business,
day_id INTEGER
constraint Business_Hours_Days_day_id_fk
references Days,
opening_time TEXT,
closing_time TEXT,
constraint Business_Hours_pk
primary key (business_id, day_id)
);
CREATE TABLE IF NOT EXISTS "Checkins"
(
business_id INTEGER
constraint Checkins_Business_business_id_fk
references Business,
day_id INTEGER
constraint Checkins_Days_day_id_fk
references Days,
label_time_0 TEXT,
label_time_1 TEXT,
label_time_2 TEXT,
label_time_3 TEXT,
label_time_4 TEXT,
label_time_5 TEXT,
label_time_6 TEXT,
label_time_7 TEXT,
label_time_8 TEXT,
label_time_9 TEXT,
label_time_10 TEXT,
label_time_11 TEXT,
label_time_12 TEXT,
label_time_13 TEXT,
label_time_14 TEXT,
label_time_15 TEXT,
label_time_16 TEXT,
label_time_17 TEXT,
label_time_18 TEXT,
label_time_19 TEXT,
label_time_20 TEXT,
label_time_21 TEXT,
label_time_22 TEXT,
label_time_23 TEXT,
constraint Checkins_pk
primary key (business_id, day_id)
);
CREATE TABLE IF NOT EXISTS "Elite"
(
user_id INTEGER
constraint Elite_Users_user_id_fk
references Users,
year_id INTEGER
constraint Elite_Years_year_id_fk
references Years,
constraint Elite_pk
primary key (user_id, year_id)
);
CREATE TABLE IF NOT EXISTS "Reviews"
(
business_id INTEGER
constraint Reviews_Business_business_id_fk
references Business,
user_id INTEGER
constraint Reviews_Users_user_id_fk
references Users,
review_stars INTEGER,
review_votes_funny TEXT,
review_votes_useful TEXT,
review_votes_cool TEXT,
review_length TEXT,
constraint Reviews_pk
primary key (business_id, user_id)
);
CREATE TABLE IF NOT EXISTS "Tips"
(
business_id INTEGER
constraint Tips_Business_business_id_fk
references Business,
user_id INTEGER
constraint Tips_Users_user_id_fk
references Users,
likes INTEGER,
tip_length TEXT,
constraint Tips_pk
primary key (business_id, user_id)
);
CREATE TABLE IF NOT EXISTS "Users_Compliments"
(
compliment_id INTEGER
constraint Users_Compliments_Compliments_compliment_id_fk
references Compliments,
user_id INTEGER
constraint Users_Compliments_Users_user_id_fk
references Users,
number_of_compliments TEXT,
constraint Users_Compliments_pk
primary key (compliment_id, user_id)
);
CREATE TABLE IF NOT EXISTS "Business"
(
business_id INTEGER
constraint Business_pk
primary key,
active TEXT,
city TEXT,
state TEXT,
stars REAL,
review_count TEXT
);
CREATE TABLE IF NOT EXISTS "Users"
(
user_id INTEGER
constraint Users_pk
primary key,
user_yelping_since_year INTEGER,
user_average_stars TEXT,
user_votes_funny TEXT,
user_votes_useful TEXT,
user_votes_cool TEXT,
user_review_count TEXT,
user_fans TEXT
);
|
food_inspection | Who were the owners of eateries which had highest health hazard by improper cooking time or temperatures? | owners of eateries refer to owner_name; highest health hazard by improper cooking time or temperatures refers to risk_category = 'High Risk' and description = 'Improper cooking time or temperatures'; | SELECT T2.owner_name FROM violations AS T1 INNER JOIN businesses AS T2 ON T1.business_id = T2.business_id WHERE T1.risk_category = 'High Risk' AND T1.description = 'Improper cooking time or temperatures' | CREATE TABLE `businesses` (
`business_id` INTEGER NOT NULL,
`name` TEXT NOT NULL,
`address` TEXT DEFAULT NULL,
`city` TEXT DEFAULT NULL,
`postal_code` TEXT DEFAULT NULL,
`latitude` REAL DEFAULT NULL,
`longitude` REAL DEFAULT NULL,
`phone_number` INTEGER DEFAULT NULL,
`tax_code` TEXT DEFAULT NULL,
`business_certificate` INTEGER NOT NULL,
`application_date` DATE DEFAULT NULL,
`owner_name` TEXT NOT NULL,
`owner_address` TEXT DEFAULT NULL,
`owner_city` TEXT DEFAULT NULL,
`owner_state` TEXT DEFAULT NULL,
`owner_zip` TEXT DEFAULT NULL,
PRIMARY KEY (`business_id`)
);
CREATE TABLE `inspections` (
`business_id` INTEGER NOT NULL,
`score` INTEGER DEFAULT NULL,
`date` DATE NOT NULL,
`type` TEXT NOT NULL,
FOREIGN KEY (`business_id`) REFERENCES `businesses` (`business_id`)
);
CREATE TABLE `violations` (
`business_id` INTEGER NOT NULL,
`date` DATE NOT NULL,
`violation_type_id` TEXT NOT NULL,
`risk_category` TEXT NOT NULL,
`description` TEXT NOT NULL,
FOREIGN KEY (`business_id`) REFERENCES `businesses` (`business_id`)
);
|
student_loan | How many unemployed and bankrupt students that have payment dues? | have payment dues refers to bool = 'pos' | SELECT COUNT(T1.name) FROM unemployed AS T1 INNER JOIN filed_for_bankrupcy AS T2 ON T1.name = T2.name INNER JOIN no_payment_due AS T3 ON T2.name = T3.name WHERE T3.bool = 'pos' | CREATE TABLE bool
(
"name" TEXT default '' not null
primary key
);
CREATE TABLE person
(
"name" TEXT default '' not null
primary key
);
CREATE TABLE disabled
(
"name" TEXT default '' not null
primary key,
foreign key ("name") references person ("name")
on update cascade on delete cascade
);
CREATE TABLE enlist
(
"name" TEXT not null,
organ TEXT not null,
foreign key ("name") references person ("name")
on update cascade on delete cascade
);
CREATE TABLE filed_for_bankrupcy
(
"name" TEXT default '' not null
primary key,
foreign key ("name") references person ("name")
on update cascade on delete cascade
);
CREATE TABLE longest_absense_from_school
(
"name" TEXT default '' not null
primary key,
"month" INTEGER default 0 null,
foreign key ("name") references person ("name")
on update cascade on delete cascade
);
CREATE TABLE male
(
"name" TEXT default '' not null
primary key,
foreign key ("name") references person ("name")
on update cascade on delete cascade
);
CREATE TABLE no_payment_due
(
"name" TEXT default '' not null
primary key,
bool TEXT null,
foreign key ("name") references person ("name")
on update cascade on delete cascade,
foreign key (bool) references bool ("name")
on update cascade on delete cascade
);
CREATE TABLE unemployed
(
"name" TEXT default '' not null
primary key,
foreign key ("name") references person ("name")
on update cascade on delete cascade
);
CREATE TABLE `enrolled` (
`name` TEXT NOT NULL,
`school` TEXT NOT NULL,
`month` INTEGER NOT NULL DEFAULT 0,
PRIMARY KEY (`name`,`school`),
FOREIGN KEY (`name`) REFERENCES `person` (`name`) ON DELETE CASCADE ON UPDATE CASCADE
);
|
public_review_platform | Between 2006 and 2007, which year ID had the greater number in elite user? | 2006 and 2007 refers to BETWEEN 2006 AND 2007; greater number in elite user refers to count(user_id) | SELECT year_id FROM Elite WHERE year_id IN (2006, 2007) GROUP BY year_id ORDER BY COUNT(user_id) DESC LIMIT 1 | CREATE TABLE Attributes
(
attribute_id INTEGER
constraint Attributes_pk
primary key,
attribute_name TEXT
);
CREATE TABLE Categories
(
category_id INTEGER
constraint Categories_pk
primary key,
category_name TEXT
);
CREATE TABLE Compliments
(
compliment_id INTEGER
constraint Compliments_pk
primary key,
compliment_type TEXT
);
CREATE TABLE Days
(
day_id INTEGER
constraint Days_pk
primary key,
day_of_week TEXT
);
CREATE TABLE Years
(
year_id INTEGER
constraint Years_pk
primary key,
actual_year INTEGER
);
CREATE TABLE IF NOT EXISTS "Business_Attributes"
(
attribute_id INTEGER
constraint Business_Attributes_Attributes_attribute_id_fk
references Attributes,
business_id INTEGER
constraint Business_Attributes_Business_business_id_fk
references Business,
attribute_value TEXT,
constraint Business_Attributes_pk
primary key (attribute_id, business_id)
);
CREATE TABLE IF NOT EXISTS "Business_Categories"
(
business_id INTEGER
constraint Business_Categories_Business_business_id_fk
references Business,
category_id INTEGER
constraint Business_Categories_Categories_category_id_fk
references Categories,
constraint Business_Categories_pk
primary key (business_id, category_id)
);
CREATE TABLE IF NOT EXISTS "Business_Hours"
(
business_id INTEGER
constraint Business_Hours_Business_business_id_fk
references Business,
day_id INTEGER
constraint Business_Hours_Days_day_id_fk
references Days,
opening_time TEXT,
closing_time TEXT,
constraint Business_Hours_pk
primary key (business_id, day_id)
);
CREATE TABLE IF NOT EXISTS "Checkins"
(
business_id INTEGER
constraint Checkins_Business_business_id_fk
references Business,
day_id INTEGER
constraint Checkins_Days_day_id_fk
references Days,
label_time_0 TEXT,
label_time_1 TEXT,
label_time_2 TEXT,
label_time_3 TEXT,
label_time_4 TEXT,
label_time_5 TEXT,
label_time_6 TEXT,
label_time_7 TEXT,
label_time_8 TEXT,
label_time_9 TEXT,
label_time_10 TEXT,
label_time_11 TEXT,
label_time_12 TEXT,
label_time_13 TEXT,
label_time_14 TEXT,
label_time_15 TEXT,
label_time_16 TEXT,
label_time_17 TEXT,
label_time_18 TEXT,
label_time_19 TEXT,
label_time_20 TEXT,
label_time_21 TEXT,
label_time_22 TEXT,
label_time_23 TEXT,
constraint Checkins_pk
primary key (business_id, day_id)
);
CREATE TABLE IF NOT EXISTS "Elite"
(
user_id INTEGER
constraint Elite_Users_user_id_fk
references Users,
year_id INTEGER
constraint Elite_Years_year_id_fk
references Years,
constraint Elite_pk
primary key (user_id, year_id)
);
CREATE TABLE IF NOT EXISTS "Reviews"
(
business_id INTEGER
constraint Reviews_Business_business_id_fk
references Business,
user_id INTEGER
constraint Reviews_Users_user_id_fk
references Users,
review_stars INTEGER,
review_votes_funny TEXT,
review_votes_useful TEXT,
review_votes_cool TEXT,
review_length TEXT,
constraint Reviews_pk
primary key (business_id, user_id)
);
CREATE TABLE IF NOT EXISTS "Tips"
(
business_id INTEGER
constraint Tips_Business_business_id_fk
references Business,
user_id INTEGER
constraint Tips_Users_user_id_fk
references Users,
likes INTEGER,
tip_length TEXT,
constraint Tips_pk
primary key (business_id, user_id)
);
CREATE TABLE IF NOT EXISTS "Users_Compliments"
(
compliment_id INTEGER
constraint Users_Compliments_Compliments_compliment_id_fk
references Compliments,
user_id INTEGER
constraint Users_Compliments_Users_user_id_fk
references Users,
number_of_compliments TEXT,
constraint Users_Compliments_pk
primary key (compliment_id, user_id)
);
CREATE TABLE IF NOT EXISTS "Business"
(
business_id INTEGER
constraint Business_pk
primary key,
active TEXT,
city TEXT,
state TEXT,
stars REAL,
review_count TEXT
);
CREATE TABLE IF NOT EXISTS "Users"
(
user_id INTEGER
constraint Users_pk
primary key,
user_yelping_since_year INTEGER,
user_average_stars TEXT,
user_votes_funny TEXT,
user_votes_useful TEXT,
user_votes_cool TEXT,
user_review_count TEXT,
user_fans TEXT
);
|
food_inspection | For the business which got the most number of violations, how many inspections did it have? | SELECT COUNT(T2.business_id) FROM violations AS T1 INNER JOIN inspections AS T2 ON T1.business_id = T2.business_id GROUP BY T1.business_id ORDER BY COUNT(T1.business_id) DESC LIMIT 1 | CREATE TABLE `businesses` (
`business_id` INTEGER NOT NULL,
`name` TEXT NOT NULL,
`address` TEXT DEFAULT NULL,
`city` TEXT DEFAULT NULL,
`postal_code` TEXT DEFAULT NULL,
`latitude` REAL DEFAULT NULL,
`longitude` REAL DEFAULT NULL,
`phone_number` INTEGER DEFAULT NULL,
`tax_code` TEXT DEFAULT NULL,
`business_certificate` INTEGER NOT NULL,
`application_date` DATE DEFAULT NULL,
`owner_name` TEXT NOT NULL,
`owner_address` TEXT DEFAULT NULL,
`owner_city` TEXT DEFAULT NULL,
`owner_state` TEXT DEFAULT NULL,
`owner_zip` TEXT DEFAULT NULL,
PRIMARY KEY (`business_id`)
);
CREATE TABLE `inspections` (
`business_id` INTEGER NOT NULL,
`score` INTEGER DEFAULT NULL,
`date` DATE NOT NULL,
`type` TEXT NOT NULL,
FOREIGN KEY (`business_id`) REFERENCES `businesses` (`business_id`)
);
CREATE TABLE `violations` (
`business_id` INTEGER NOT NULL,
`date` DATE NOT NULL,
`violation_type_id` TEXT NOT NULL,
`risk_category` TEXT NOT NULL,
`description` TEXT NOT NULL,
FOREIGN KEY (`business_id`) REFERENCES `businesses` (`business_id`)
);
|
|
retail_world | What is the total amount of sales made in the year 1997? | year 1997 refers to year(OrderDate) = 1997; total amount of sales refers to (UnitPrice * Quantity) | SELECT SUM(T2.UnitPrice * T2.Quantity * (1 - T2.Discount)) FROM Orders AS T1 INNER JOIN `Order Details` AS T2 ON T1.OrderID = T2.OrderID WHERE T1.OrderDate LIKE '1997%' | CREATE TABLE sqlite_sequence(name,seq);
CREATE TABLE Categories
(
CategoryID INTEGER PRIMARY KEY AUTOINCREMENT,
CategoryName TEXT,
Description TEXT
);
CREATE TABLE Customers
(
CustomerID INTEGER PRIMARY KEY AUTOINCREMENT,
CustomerName TEXT,
ContactName TEXT,
Address TEXT,
City TEXT,
PostalCode TEXT,
Country TEXT
);
CREATE TABLE Employees
(
EmployeeID INTEGER PRIMARY KEY AUTOINCREMENT,
LastName TEXT,
FirstName TEXT,
BirthDate DATE,
Photo TEXT,
Notes TEXT
);
CREATE TABLE Shippers(
ShipperID INTEGER PRIMARY KEY AUTOINCREMENT,
ShipperName TEXT,
Phone TEXT
);
CREATE TABLE Suppliers(
SupplierID INTEGER PRIMARY KEY AUTOINCREMENT,
SupplierName TEXT,
ContactName TEXT,
Address TEXT,
City TEXT,
PostalCode TEXT,
Country TEXT,
Phone TEXT
);
CREATE TABLE Products(
ProductID INTEGER PRIMARY KEY AUTOINCREMENT,
ProductName TEXT,
SupplierID INTEGER,
CategoryID INTEGER,
Unit TEXT,
Price REAL DEFAULT 0,
FOREIGN KEY (CategoryID) REFERENCES Categories (CategoryID),
FOREIGN KEY (SupplierID) REFERENCES Suppliers (SupplierID)
);
CREATE TABLE Orders(
OrderID INTEGER PRIMARY KEY AUTOINCREMENT,
CustomerID INTEGER,
EmployeeID INTEGER,
OrderDate DATETIME,
ShipperID INTEGER,
FOREIGN KEY (EmployeeID) REFERENCES Employees (EmployeeID),
FOREIGN KEY (CustomerID) REFERENCES Customers (CustomerID),
FOREIGN KEY (ShipperID) REFERENCES Shippers (ShipperID)
);
CREATE TABLE OrderDetails(
OrderDetailID INTEGER PRIMARY KEY AUTOINCREMENT,
OrderID INTEGER,
ProductID INTEGER,
Quantity INTEGER,
FOREIGN KEY (OrderID) REFERENCES Orders (OrderID),
FOREIGN KEY (ProductID) REFERENCES Products (ProductID)
);
|
video_games | Which publisher published Overwatch? | which publisher refers to publisher_name; Overwatch refers to game_name = 'Overwatch'; | SELECT T3.publisher_name FROM game AS T1 INNER JOIN game_publisher AS T2 ON T1.id = T2.game_id INNER JOIN publisher AS T3 ON T2.publisher_id = T3.id WHERE T1.game_name = 'Overwatch' | CREATE TABLE genre
(
id INTEGER not null
primary key,
genre_name TEXT default NULL
);
CREATE TABLE game
(
id INTEGER not null
primary key,
genre_id INTEGER default NULL,
game_name TEXT default NULL,
foreign key (genre_id) references genre(id)
);
CREATE TABLE platform
(
id INTEGER not null
primary key,
platform_name TEXT default NULL
);
CREATE TABLE publisher
(
id INTEGER not null
primary key,
publisher_name TEXT default NULL
);
CREATE TABLE game_publisher
(
id INTEGER not null
primary key,
game_id INTEGER default NULL,
publisher_id INTEGER default NULL,
foreign key (game_id) references game(id),
foreign key (publisher_id) references publisher(id)
);
CREATE TABLE game_platform
(
id INTEGER not null
primary key,
game_publisher_id INTEGER default NULL,
platform_id INTEGER default NULL,
release_year INTEGER default NULL,
foreign key (game_publisher_id) references game_publisher(id),
foreign key (platform_id) references platform(id)
);
CREATE TABLE region
(
id INTEGER not null
primary key,
region_name TEXT default NULL
);
CREATE TABLE region_sales
(
region_id INTEGER default NULL,
game_platform_id INTEGER default NULL,
num_sales REAL default NULL,
foreign key (game_platform_id) references game_platform(id),
foreign key (region_id) references region(id)
);
|
movie_platform | What is the average rating score of the movie "When Will I Be Loved" and who was its director? | average rating score = AVG(rating_score); | SELECT AVG(T1.rating_score), T2.director_name FROM ratings AS T1 INNER JOIN movies AS T2 ON T1.movie_id = T2.movie_id WHERE T2.movie_title = 'When Will I Be Loved' | CREATE TABLE IF NOT EXISTS "lists"
(
user_id INTEGER
references lists_users (user_id),
list_id INTEGER not null
primary key,
list_title TEXT,
list_movie_number INTEGER,
list_update_timestamp_utc TEXT,
list_creation_timestamp_utc TEXT,
list_followers INTEGER,
list_url TEXT,
list_comments INTEGER,
list_description TEXT,
list_cover_image_url TEXT,
list_first_image_url TEXT,
list_second_image_url TEXT,
list_third_image_url TEXT
);
CREATE TABLE IF NOT EXISTS "movies"
(
movie_id INTEGER not null
primary key,
movie_title TEXT,
movie_release_year INTEGER,
movie_url TEXT,
movie_title_language TEXT,
movie_popularity INTEGER,
movie_image_url TEXT,
director_id TEXT,
director_name TEXT,
director_url TEXT
);
CREATE TABLE IF NOT EXISTS "ratings_users"
(
user_id INTEGER
references lists_users (user_id),
rating_date_utc TEXT,
user_trialist INTEGER,
user_subscriber INTEGER,
user_avatar_image_url TEXT,
user_cover_image_url TEXT,
user_eligible_for_trial INTEGER,
user_has_payment_method INTEGER
);
CREATE TABLE lists_users
(
user_id INTEGER not null ,
list_id INTEGER not null ,
list_update_date_utc TEXT,
list_creation_date_utc TEXT,
user_trialist INTEGER,
user_subscriber INTEGER,
user_avatar_image_url TEXT,
user_cover_image_url TEXT,
user_eligible_for_trial TEXT,
user_has_payment_method TEXT,
primary key (user_id, list_id),
foreign key (list_id) references lists(list_id),
foreign key (user_id) references lists(user_id)
);
CREATE TABLE ratings
(
movie_id INTEGER,
rating_id INTEGER,
rating_url TEXT,
rating_score INTEGER,
rating_timestamp_utc TEXT,
critic TEXT,
critic_likes INTEGER,
critic_comments INTEGER,
user_id INTEGER,
user_trialist INTEGER,
user_subscriber INTEGER,
user_eligible_for_trial INTEGER,
user_has_payment_method INTEGER,
foreign key (movie_id) references movies(movie_id),
foreign key (user_id) references lists_users(user_id),
foreign key (rating_id) references ratings(rating_id),
foreign key (user_id) references ratings_users(user_id)
);
|
menu | How much does the dish on page 2 of menu ID 12474 cost? | page 2 refers to page_number = 2; | SELECT T1.price FROM MenuItem AS T1 INNER JOIN MenuPage AS T2 ON T2.id = T1.menu_page_id WHERE T2.menu_id = 12474 AND T2.page_number = 2 | CREATE TABLE Dish
(
id INTEGER
primary key,
name TEXT,
description TEXT,
menus_appeared INTEGER,
times_appeared INTEGER,
first_appeared INTEGER,
last_appeared INTEGER,
lowest_price REAL,
highest_price REAL
);
CREATE TABLE Menu
(
id INTEGER
primary key,
name TEXT,
sponsor TEXT,
event TEXT,
venue TEXT,
place TEXT,
physical_description TEXT,
occasion TEXT,
notes TEXT,
call_number TEXT,
keywords TEXT,
language TEXT,
date DATE,
location TEXT,
location_type TEXT,
currency TEXT,
currency_symbol TEXT,
status TEXT,
page_count INTEGER,
dish_count INTEGER
);
CREATE TABLE MenuPage
(
id INTEGER
primary key,
menu_id INTEGER,
page_number INTEGER,
image_id REAL,
full_height INTEGER,
full_width INTEGER,
uuid TEXT,
foreign key (menu_id) references Menu(id)
);
CREATE TABLE MenuItem
(
id INTEGER
primary key,
menu_page_id INTEGER,
price REAL,
high_price REAL,
dish_id INTEGER,
created_at TEXT,
updated_at TEXT,
xpos REAL,
ypos REAL,
foreign key (dish_id) references Dish(id),
foreign key (menu_page_id) references MenuPage(id)
);
|
disney | Find the estimated inflation rate that was used to adjust the 1995 box office revenue for Disney's films. | DIVIDE(inflation_adjusted_gross, total_gross) as percentage where substr(release_date, length(release_date) - 3, length(release_date)) = '1995'; | SELECT SUM(CAST(REPLACE(trim(inflation_adjusted_gross, '$'), ',', '') AS REAL)) / SUM(CAST(REPLACE(trim(total_gross, '$'), ',', '') AS REAL)) FROM movies_total_gross WHERE SUBSTR(release_date, LENGTH(release_date) - 3, LENGTH(release_date)) = '1995' GROUP BY SUBSTR(release_date, LENGTH(release_date) - 3, LENGTH(release_date)) = '1995' | CREATE TABLE characters
(
movie_title TEXT
primary key,
release_date TEXT,
hero TEXT,
villian TEXT,
song TEXT,
foreign key (hero) references "voice-actors"(character)
);
CREATE TABLE director
(
name TEXT
primary key,
director TEXT,
foreign key (name) references characters(movie_title)
);
CREATE TABLE movies_total_gross
(
movie_title TEXT,
release_date TEXT,
genre TEXT,
MPAA_rating TEXT,
total_gross TEXT,
inflation_adjusted_gross TEXT,
primary key (movie_title, release_date),
foreign key (movie_title) references characters(movie_title)
);
CREATE TABLE revenue
(
Year INTEGER
primary key,
"Studio Entertainment[NI 1]" REAL,
"Disney Consumer Products[NI 2]" REAL,
"Disney Interactive[NI 3][Rev 1]" INTEGER,
"Walt Disney Parks and Resorts" REAL,
"Disney Media Networks" TEXT,
Total INTEGER
);
CREATE TABLE IF NOT EXISTS "voice-actors"
(
character TEXT
primary key,
"voice-actor" TEXT,
movie TEXT,
foreign key (movie) references characters(movie_title)
);
|
movie_3 | What are the full names of all the active employees? | active employee refers to active = 1; full name refers to first_name, last_name | SELECT first_name, last_name FROM staff WHERE active = 1 | CREATE TABLE film_text
(
film_id INTEGER not null
primary key,
title TEXT not null,
description TEXT null
);
CREATE TABLE IF NOT EXISTS "actor"
(
actor_id INTEGER
primary key autoincrement,
first_name TEXT not null,
last_name TEXT not null,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE sqlite_sequence(name,seq);
CREATE TABLE IF NOT EXISTS "address"
(
address_id INTEGER
primary key autoincrement,
address TEXT not null,
address2 TEXT,
district TEXT not null,
city_id INTEGER not null
references city
on update cascade,
postal_code TEXT,
phone TEXT not null,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE IF NOT EXISTS "category"
(
category_id INTEGER
primary key autoincrement,
name TEXT not null,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE IF NOT EXISTS "city"
(
city_id INTEGER
primary key autoincrement,
city TEXT not null,
country_id INTEGER not null
references country
on update cascade,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE IF NOT EXISTS "country"
(
country_id INTEGER
primary key autoincrement,
country TEXT not null,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE IF NOT EXISTS "customer"
(
customer_id INTEGER
primary key autoincrement,
store_id INTEGER not null
references store
on update cascade,
first_name TEXT not null,
last_name TEXT not null,
email TEXT,
address_id INTEGER not null
references address
on update cascade,
active INTEGER default 1 not null,
create_date DATETIME not null,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE IF NOT EXISTS "film"
(
film_id INTEGER
primary key autoincrement,
title TEXT not null,
description TEXT,
release_year TEXT,
language_id INTEGER not null
references language
on update cascade,
original_language_id INTEGER
references language
on update cascade,
rental_duration INTEGER default 3 not null,
rental_rate REAL default 4.99 not null,
length INTEGER,
replacement_cost REAL default 19.99 not null,
rating TEXT default 'G',
special_features TEXT,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE IF NOT EXISTS "film_actor"
(
actor_id INTEGER not null
references actor
on update cascade,
film_id INTEGER not null
references film
on update cascade,
last_update DATETIME default CURRENT_TIMESTAMP not null,
primary key (actor_id, film_id)
);
CREATE TABLE IF NOT EXISTS "film_category"
(
film_id INTEGER not null
references film
on update cascade,
category_id INTEGER not null
references category
on update cascade,
last_update DATETIME default CURRENT_TIMESTAMP not null,
primary key (film_id, category_id)
);
CREATE TABLE IF NOT EXISTS "inventory"
(
inventory_id INTEGER
primary key autoincrement,
film_id INTEGER not null
references film
on update cascade,
store_id INTEGER not null
references store
on update cascade,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE IF NOT EXISTS "language"
(
language_id INTEGER
primary key autoincrement,
name TEXT not null,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE IF NOT EXISTS "payment"
(
payment_id INTEGER
primary key autoincrement,
customer_id INTEGER not null
references customer
on update cascade,
staff_id INTEGER not null
references staff
on update cascade,
rental_id INTEGER
references rental
on update cascade on delete set null,
amount REAL not null,
payment_date DATETIME not null,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE IF NOT EXISTS "rental"
(
rental_id INTEGER
primary key autoincrement,
rental_date DATETIME not null,
inventory_id INTEGER not null
references inventory
on update cascade,
customer_id INTEGER not null
references customer
on update cascade,
return_date DATETIME,
staff_id INTEGER not null
references staff
on update cascade,
last_update DATETIME default CURRENT_TIMESTAMP not null,
unique (rental_date, inventory_id, customer_id)
);
CREATE TABLE IF NOT EXISTS "staff"
(
staff_id INTEGER
primary key autoincrement,
first_name TEXT not null,
last_name TEXT not null,
address_id INTEGER not null
references address
on update cascade,
picture BLOB,
email TEXT,
store_id INTEGER not null
references store
on update cascade,
active INTEGER default 1 not null,
username TEXT not null,
password TEXT,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE IF NOT EXISTS "store"
(
store_id INTEGER
primary key autoincrement,
manager_staff_id INTEGER not null
unique
references staff
on update cascade,
address_id INTEGER not null
references address
on update cascade,
last_update DATETIME default CURRENT_TIMESTAMP not null
);
|
retail_world | What is the re-order level of products that have an order quantity of 1? | order quantity of 1 refers to Quantity = 1 | SELECT T1.ReorderLevel FROM Products AS T1 INNER JOIN `Order Details` AS T2 ON T1.ProductID = T2.ProductID WHERE T2.Quantity = 1 | CREATE TABLE sqlite_sequence(name,seq);
CREATE TABLE Categories
(
CategoryID INTEGER PRIMARY KEY AUTOINCREMENT,
CategoryName TEXT,
Description TEXT
);
CREATE TABLE Customers
(
CustomerID INTEGER PRIMARY KEY AUTOINCREMENT,
CustomerName TEXT,
ContactName TEXT,
Address TEXT,
City TEXT,
PostalCode TEXT,
Country TEXT
);
CREATE TABLE Employees
(
EmployeeID INTEGER PRIMARY KEY AUTOINCREMENT,
LastName TEXT,
FirstName TEXT,
BirthDate DATE,
Photo TEXT,
Notes TEXT
);
CREATE TABLE Shippers(
ShipperID INTEGER PRIMARY KEY AUTOINCREMENT,
ShipperName TEXT,
Phone TEXT
);
CREATE TABLE Suppliers(
SupplierID INTEGER PRIMARY KEY AUTOINCREMENT,
SupplierName TEXT,
ContactName TEXT,
Address TEXT,
City TEXT,
PostalCode TEXT,
Country TEXT,
Phone TEXT
);
CREATE TABLE Products(
ProductID INTEGER PRIMARY KEY AUTOINCREMENT,
ProductName TEXT,
SupplierID INTEGER,
CategoryID INTEGER,
Unit TEXT,
Price REAL DEFAULT 0,
FOREIGN KEY (CategoryID) REFERENCES Categories (CategoryID),
FOREIGN KEY (SupplierID) REFERENCES Suppliers (SupplierID)
);
CREATE TABLE Orders(
OrderID INTEGER PRIMARY KEY AUTOINCREMENT,
CustomerID INTEGER,
EmployeeID INTEGER,
OrderDate DATETIME,
ShipperID INTEGER,
FOREIGN KEY (EmployeeID) REFERENCES Employees (EmployeeID),
FOREIGN KEY (CustomerID) REFERENCES Customers (CustomerID),
FOREIGN KEY (ShipperID) REFERENCES Shippers (ShipperID)
);
CREATE TABLE OrderDetails(
OrderDetailID INTEGER PRIMARY KEY AUTOINCREMENT,
OrderID INTEGER,
ProductID INTEGER,
Quantity INTEGER,
FOREIGN KEY (OrderID) REFERENCES Orders (OrderID),
FOREIGN KEY (ProductID) REFERENCES Products (ProductID)
);
|
talkingdata | Provide the locations and times of the events of app ID "8715964299802120000". | locations = longitude, latitude; times of the events refers to timestamp; | SELECT T1.longitude, T1.latitude, T1.timestamp FROM events AS T1 INNER JOIN app_events AS T2 ON T1.event_id = T2.event_id WHERE T2.app_id = 8715964299802120000 | CREATE TABLE `app_all`
(
`app_id` INTEGER NOT NULL,
PRIMARY KEY (`app_id`)
);
CREATE TABLE `app_events` (
`event_id` INTEGER NOT NULL,
`app_id` INTEGER NOT NULL,
`is_installed` INTEGER NOT NULL,
`is_active` INTEGER NOT NULL,
PRIMARY KEY (`event_id`,`app_id`),
FOREIGN KEY (`event_id`) REFERENCES `events` (`event_id`) ON DELETE CASCADE ON UPDATE CASCADE
);
CREATE TABLE `app_events_relevant` (
`event_id` INTEGER NOT NULL,
`app_id` INTEGER NOT NULL,
`is_installed` INTEGER DEFAULT NULL,
`is_active` INTEGER DEFAULT NULL,
PRIMARY KEY (`event_id`,`app_id`),
FOREIGN KEY (`event_id`) REFERENCES `events_relevant` (`event_id`) ON DELETE CASCADE ON UPDATE CASCADE,
FOREIGN KEY (`app_id`) REFERENCES `app_all` (`app_id`) ON DELETE CASCADE ON UPDATE CASCADE
);
CREATE TABLE `app_labels` (
`app_id` INTEGER NOT NULL,
`label_id` INTEGER NOT NULL,
FOREIGN KEY (`label_id`) REFERENCES `label_categories` (`label_id`) ON DELETE CASCADE ON UPDATE CASCADE,
FOREIGN KEY (`app_id`) REFERENCES `app_all` (`app_id`) ON DELETE CASCADE ON UPDATE CASCADE
);
CREATE TABLE `events` (
`event_id` INTEGER NOT NULL,
`device_id` INTEGER DEFAULT NULL,
`timestamp` DATETIME DEFAULT NULL,
`longitude` REAL DEFAULT NULL,
`latitude` REAL DEFAULT NULL,
PRIMARY KEY (`event_id`)
);
CREATE TABLE `events_relevant` (
`event_id` INTEGER NOT NULL,
`device_id` INTEGER DEFAULT NULL,
`timestamp` DATETIME NOT NULL,
`longitude` REAL NOT NULL,
`latitude` REAL NOT NULL,
PRIMARY KEY (`event_id`),
FOREIGN KEY (`device_id`) REFERENCES `gender_age` (`device_id`) ON DELETE CASCADE ON UPDATE CASCADE
);
CREATE TABLE `gender_age` (
`device_id` INTEGER NOT NULL,
`gender` TEXT DEFAULT NULL,
`age` INTEGER DEFAULT NULL,
`group` TEXT DEFAULT NULL,
PRIMARY KEY (`device_id`),
FOREIGN KEY (`device_id`) REFERENCES `phone_brand_device_model2` (`device_id`) ON DELETE CASCADE ON UPDATE CASCADE
);
CREATE TABLE `gender_age_test` (
`device_id` INTEGER NOT NULL,
PRIMARY KEY (`device_id`)
);
CREATE TABLE `gender_age_train` (
`device_id` INTEGER NOT NULL,
`gender` TEXT DEFAULT NULL,
`age` INTEGER DEFAULT NULL,
`group` TEXT DEFAULT NULL,
PRIMARY KEY (`device_id`)
);
CREATE TABLE `label_categories` (
`label_id` INTEGER NOT NULL,
`category` TEXT DEFAULT NULL,
PRIMARY KEY (`label_id`)
);
CREATE TABLE `phone_brand_device_model2` (
`device_id` INTEGER NOT NULL,
`phone_brand` TEXT NOT NULL,
`device_model` TEXT NOT NULL,
PRIMARY KEY (`device_id`,`phone_brand`,`device_model`)
);
CREATE TABLE `sample_submission` (
`device_id` INTEGER NOT NULL,
`F23-` REAL DEFAULT NULL,
`F24-26` REAL DEFAULT NULL,
`F27-28` REAL DEFAULT NULL,
`F29-32` REAL DEFAULT NULL,
`F33-42` REAL DEFAULT NULL,
`F43+` REAL DEFAULT NULL,
`M22-` REAL DEFAULT NULL,
`M23-26` REAL DEFAULT NULL,
`M27-28` REAL DEFAULT NULL,
`M29-31` REAL DEFAULT NULL,
`M32-38` REAL DEFAULT NULL,
`M39+` REAL DEFAULT NULL,
PRIMARY KEY (`device_id`)
);
|
works_cycles | What is the name of product purchased with transaction type P? | SELECT ProductID FROM Product WHERE ProductID IN ( SELECT ProductID FROM TransactionHistory WHERE TransactionType = 'P' ) | CREATE TABLE sqlite_sequence(name,seq);
CREATE TABLE CountryRegion
(
CountryRegionCode TEXT not null
primary key,
Name TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE Culture
(
CultureID TEXT not null
primary key,
Name TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE Currency
(
CurrencyCode TEXT not null
primary key,
Name TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE CountryRegionCurrency
(
CountryRegionCode TEXT not null,
CurrencyCode TEXT not null,
ModifiedDate DATETIME default current_timestamp not null,
primary key (CountryRegionCode, CurrencyCode),
foreign key (CountryRegionCode) references CountryRegion(CountryRegionCode),
foreign key (CurrencyCode) references Currency(CurrencyCode)
);
CREATE TABLE Person
(
BusinessEntityID INTEGER not null
primary key,
PersonType TEXT not null,
NameStyle INTEGER default 0 not null,
Title TEXT,
FirstName TEXT not null,
MiddleName TEXT,
LastName TEXT not null,
Suffix TEXT,
EmailPromotion INTEGER default 0 not null,
AdditionalContactInfo TEXT,
Demographics TEXT,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null,
foreign key (BusinessEntityID) references BusinessEntity(BusinessEntityID)
);
CREATE TABLE BusinessEntityContact
(
BusinessEntityID INTEGER not null,
PersonID INTEGER not null,
ContactTypeID INTEGER not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null,
primary key (BusinessEntityID, PersonID, ContactTypeID),
foreign key (BusinessEntityID) references BusinessEntity(BusinessEntityID),
foreign key (ContactTypeID) references ContactType(ContactTypeID),
foreign key (PersonID) references Person(BusinessEntityID)
);
CREATE TABLE EmailAddress
(
BusinessEntityID INTEGER not null,
EmailAddressID INTEGER,
EmailAddress TEXT,
rowguid TEXT not null,
ModifiedDate DATETIME default current_timestamp not null,
primary key (EmailAddressID, BusinessEntityID),
foreign key (BusinessEntityID) references Person(BusinessEntityID)
);
CREATE TABLE Employee
(
BusinessEntityID INTEGER not null
primary key,
NationalIDNumber TEXT not null
unique,
LoginID TEXT not null
unique,
OrganizationNode TEXT,
OrganizationLevel INTEGER,
JobTitle TEXT not null,
BirthDate DATE not null,
MaritalStatus TEXT not null,
Gender TEXT not null,
HireDate DATE not null,
SalariedFlag INTEGER default 1 not null,
VacationHours INTEGER default 0 not null,
SickLeaveHours INTEGER default 0 not null,
CurrentFlag INTEGER default 1 not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null,
foreign key (BusinessEntityID) references Person(BusinessEntityID)
);
CREATE TABLE Password
(
BusinessEntityID INTEGER not null
primary key,
PasswordHash TEXT not null,
PasswordSalt TEXT not null,
rowguid TEXT not null,
ModifiedDate DATETIME default current_timestamp not null,
foreign key (BusinessEntityID) references Person(BusinessEntityID)
);
CREATE TABLE PersonCreditCard
(
BusinessEntityID INTEGER not null,
CreditCardID INTEGER not null,
ModifiedDate DATETIME default current_timestamp not null,
primary key (BusinessEntityID, CreditCardID),
foreign key (CreditCardID) references CreditCard(CreditCardID),
foreign key (BusinessEntityID) references Person(BusinessEntityID)
);
CREATE TABLE ProductCategory
(
ProductCategoryID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE ProductDescription
(
ProductDescriptionID INTEGER
primary key autoincrement,
Description TEXT not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE ProductModel
(
ProductModelID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
CatalogDescription TEXT,
Instructions TEXT,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE ProductModelProductDescriptionCulture
(
ProductModelID INTEGER not null,
ProductDescriptionID INTEGER not null,
CultureID TEXT not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (ProductModelID, ProductDescriptionID, CultureID),
foreign key (ProductModelID) references ProductModel(ProductModelID),
foreign key (ProductDescriptionID) references ProductDescription(ProductDescriptionID),
foreign key (CultureID) references Culture(CultureID)
);
CREATE TABLE ProductPhoto
(
ProductPhotoID INTEGER
primary key autoincrement,
ThumbNailPhoto BLOB,
ThumbnailPhotoFileName TEXT,
LargePhoto BLOB,
LargePhotoFileName TEXT,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE ProductSubcategory
(
ProductSubcategoryID INTEGER
primary key autoincrement,
ProductCategoryID INTEGER not null,
Name TEXT not null
unique,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (ProductCategoryID) references ProductCategory(ProductCategoryID)
);
CREATE TABLE SalesReason
(
SalesReasonID INTEGER
primary key autoincrement,
Name TEXT not null,
ReasonType TEXT not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE SalesTerritory
(
TerritoryID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
CountryRegionCode TEXT not null,
"Group" TEXT not null,
SalesYTD REAL default 0.0000 not null,
SalesLastYear REAL default 0.0000 not null,
CostYTD REAL default 0.0000 not null,
CostLastYear REAL default 0.0000 not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (CountryRegionCode) references CountryRegion(CountryRegionCode)
);
CREATE TABLE SalesPerson
(
BusinessEntityID INTEGER not null
primary key,
TerritoryID INTEGER,
SalesQuota REAL,
Bonus REAL default 0.0000 not null,
CommissionPct REAL default 0.0000 not null,
SalesYTD REAL default 0.0000 not null,
SalesLastYear REAL default 0.0000 not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (BusinessEntityID) references Employee(BusinessEntityID),
foreign key (TerritoryID) references SalesTerritory(TerritoryID)
);
CREATE TABLE SalesPersonQuotaHistory
(
BusinessEntityID INTEGER not null,
QuotaDate DATETIME not null,
SalesQuota REAL not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (BusinessEntityID, QuotaDate),
foreign key (BusinessEntityID) references SalesPerson(BusinessEntityID)
);
CREATE TABLE SalesTerritoryHistory
(
BusinessEntityID INTEGER not null,
TerritoryID INTEGER not null,
StartDate DATETIME not null,
EndDate DATETIME,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (BusinessEntityID, StartDate, TerritoryID),
foreign key (BusinessEntityID) references SalesPerson(BusinessEntityID),
foreign key (TerritoryID) references SalesTerritory(TerritoryID)
);
CREATE TABLE ScrapReason
(
ScrapReasonID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE Shift
(
ShiftID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
StartTime TEXT not null,
EndTime TEXT not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
unique (StartTime, EndTime)
);
CREATE TABLE ShipMethod
(
ShipMethodID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
ShipBase REAL default 0.0000 not null,
ShipRate REAL default 0.0000 not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE SpecialOffer
(
SpecialOfferID INTEGER
primary key autoincrement,
Description TEXT not null,
DiscountPct REAL default 0.0000 not null,
Type TEXT not null,
Category TEXT not null,
StartDate DATETIME not null,
EndDate DATETIME not null,
MinQty INTEGER default 0 not null,
MaxQty INTEGER,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE BusinessEntityAddress
(
BusinessEntityID INTEGER not null,
AddressID INTEGER not null,
AddressTypeID INTEGER not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null,
primary key (BusinessEntityID, AddressID, AddressTypeID),
foreign key (AddressID) references Address(AddressID),
foreign key (AddressTypeID) references AddressType(AddressTypeID),
foreign key (BusinessEntityID) references BusinessEntity(BusinessEntityID)
);
CREATE TABLE SalesTaxRate
(
SalesTaxRateID INTEGER
primary key autoincrement,
StateProvinceID INTEGER not null,
TaxType INTEGER not null,
TaxRate REAL default 0.0000 not null,
Name TEXT not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
unique (StateProvinceID, TaxType),
foreign key (StateProvinceID) references StateProvince(StateProvinceID)
);
CREATE TABLE Store
(
BusinessEntityID INTEGER not null
primary key,
Name TEXT not null,
SalesPersonID INTEGER,
Demographics TEXT,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (BusinessEntityID) references BusinessEntity(BusinessEntityID),
foreign key (SalesPersonID) references SalesPerson(BusinessEntityID)
);
CREATE TABLE SalesOrderHeaderSalesReason
(
SalesOrderID INTEGER not null,
SalesReasonID INTEGER not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (SalesOrderID, SalesReasonID),
foreign key (SalesOrderID) references SalesOrderHeader(SalesOrderID),
foreign key (SalesReasonID) references SalesReason(SalesReasonID)
);
CREATE TABLE TransactionHistoryArchive
(
TransactionID INTEGER not null
primary key,
ProductID INTEGER not null,
ReferenceOrderID INTEGER not null,
ReferenceOrderLineID INTEGER default 0 not null,
TransactionDate DATETIME default CURRENT_TIMESTAMP not null,
TransactionType TEXT not null,
Quantity INTEGER not null,
ActualCost REAL not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE UnitMeasure
(
UnitMeasureCode TEXT not null
primary key,
Name TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE ProductCostHistory
(
ProductID INTEGER not null,
StartDate DATE not null,
EndDate DATE,
StandardCost REAL not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (ProductID, StartDate),
foreign key (ProductID) references Product(ProductID)
);
CREATE TABLE ProductDocument
(
ProductID INTEGER not null,
DocumentNode TEXT not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (ProductID, DocumentNode),
foreign key (ProductID) references Product(ProductID),
foreign key (DocumentNode) references Document(DocumentNode)
);
CREATE TABLE ProductInventory
(
ProductID INTEGER not null,
LocationID INTEGER not null,
Shelf TEXT not null,
Bin INTEGER not null,
Quantity INTEGER default 0 not null,
rowguid TEXT not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (ProductID, LocationID),
foreign key (ProductID) references Product(ProductID),
foreign key (LocationID) references Location(LocationID)
);
CREATE TABLE ProductProductPhoto
(
ProductID INTEGER not null,
ProductPhotoID INTEGER not null,
"Primary" INTEGER default 0 not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (ProductID, ProductPhotoID),
foreign key (ProductID) references Product(ProductID),
foreign key (ProductPhotoID) references ProductPhoto(ProductPhotoID)
);
CREATE TABLE ProductReview
(
ProductReviewID INTEGER
primary key autoincrement,
ProductID INTEGER not null,
ReviewerName TEXT not null,
ReviewDate DATETIME default CURRENT_TIMESTAMP not null,
EmailAddress TEXT not null,
Rating INTEGER not null,
Comments TEXT,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (ProductID) references Product(ProductID)
);
CREATE TABLE ShoppingCartItem
(
ShoppingCartItemID INTEGER
primary key autoincrement,
ShoppingCartID TEXT not null,
Quantity INTEGER default 1 not null,
ProductID INTEGER not null,
DateCreated DATETIME default CURRENT_TIMESTAMP not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (ProductID) references Product(ProductID)
);
CREATE TABLE SpecialOfferProduct
(
SpecialOfferID INTEGER not null,
ProductID INTEGER not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (SpecialOfferID, ProductID),
foreign key (SpecialOfferID) references SpecialOffer(SpecialOfferID),
foreign key (ProductID) references Product(ProductID)
);
CREATE TABLE SalesOrderDetail
(
SalesOrderID INTEGER not null,
SalesOrderDetailID INTEGER
primary key autoincrement,
CarrierTrackingNumber TEXT,
OrderQty INTEGER not null,
ProductID INTEGER not null,
SpecialOfferID INTEGER not null,
UnitPrice REAL not null,
UnitPriceDiscount REAL default 0.0000 not null,
LineTotal REAL not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (SalesOrderID) references SalesOrderHeader(SalesOrderID),
foreign key (SpecialOfferID, ProductID) references SpecialOfferProduct(SpecialOfferID, ProductID)
);
CREATE TABLE TransactionHistory
(
TransactionID INTEGER
primary key autoincrement,
ProductID INTEGER not null,
ReferenceOrderID INTEGER not null,
ReferenceOrderLineID INTEGER default 0 not null,
TransactionDate DATETIME default CURRENT_TIMESTAMP not null,
TransactionType TEXT not null,
Quantity INTEGER not null,
ActualCost REAL not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (ProductID) references Product(ProductID)
);
CREATE TABLE Vendor
(
BusinessEntityID INTEGER not null
primary key,
AccountNumber TEXT not null
unique,
Name TEXT not null,
CreditRating INTEGER not null,
PreferredVendorStatus INTEGER default 1 not null,
ActiveFlag INTEGER default 1 not null,
PurchasingWebServiceURL TEXT,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (BusinessEntityID) references BusinessEntity(BusinessEntityID)
);
CREATE TABLE ProductVendor
(
ProductID INTEGER not null,
BusinessEntityID INTEGER not null,
AverageLeadTime INTEGER not null,
StandardPrice REAL not null,
LastReceiptCost REAL,
LastReceiptDate DATETIME,
MinOrderQty INTEGER not null,
MaxOrderQty INTEGER not null,
OnOrderQty INTEGER,
UnitMeasureCode TEXT not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (ProductID, BusinessEntityID),
foreign key (ProductID) references Product(ProductID),
foreign key (BusinessEntityID) references Vendor(BusinessEntityID),
foreign key (UnitMeasureCode) references UnitMeasure(UnitMeasureCode)
);
CREATE TABLE PurchaseOrderHeader
(
PurchaseOrderID INTEGER
primary key autoincrement,
RevisionNumber INTEGER default 0 not null,
Status INTEGER default 1 not null,
EmployeeID INTEGER not null,
VendorID INTEGER not null,
ShipMethodID INTEGER not null,
OrderDate DATETIME default CURRENT_TIMESTAMP not null,
ShipDate DATETIME,
SubTotal REAL default 0.0000 not null,
TaxAmt REAL default 0.0000 not null,
Freight REAL default 0.0000 not null,
TotalDue REAL not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (EmployeeID) references Employee(BusinessEntityID),
foreign key (VendorID) references Vendor(BusinessEntityID),
foreign key (ShipMethodID) references ShipMethod(ShipMethodID)
);
CREATE TABLE PurchaseOrderDetail
(
PurchaseOrderID INTEGER not null,
PurchaseOrderDetailID INTEGER
primary key autoincrement,
DueDate DATETIME not null,
OrderQty INTEGER not null,
ProductID INTEGER not null,
UnitPrice REAL not null,
LineTotal REAL not null,
ReceivedQty REAL not null,
RejectedQty REAL not null,
StockedQty REAL not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (PurchaseOrderID) references PurchaseOrderHeader(PurchaseOrderID),
foreign key (ProductID) references Product(ProductID)
);
CREATE TABLE WorkOrder
(
WorkOrderID INTEGER
primary key autoincrement,
ProductID INTEGER not null,
OrderQty INTEGER not null,
StockedQty INTEGER not null,
ScrappedQty INTEGER not null,
StartDate DATETIME not null,
EndDate DATETIME,
DueDate DATETIME not null,
ScrapReasonID INTEGER,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (ProductID) references Product(ProductID),
foreign key (ScrapReasonID) references ScrapReason(ScrapReasonID)
);
CREATE TABLE WorkOrderRouting
(
WorkOrderID INTEGER not null,
ProductID INTEGER not null,
OperationSequence INTEGER not null,
LocationID INTEGER not null,
ScheduledStartDate DATETIME not null,
ScheduledEndDate DATETIME not null,
ActualStartDate DATETIME,
ActualEndDate DATETIME,
ActualResourceHrs REAL,
PlannedCost REAL not null,
ActualCost REAL,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (WorkOrderID, ProductID, OperationSequence),
foreign key (WorkOrderID) references WorkOrder(WorkOrderID),
foreign key (LocationID) references Location(LocationID)
);
CREATE TABLE Customer
(
CustomerID INTEGER
primary key,
PersonID INTEGER,
StoreID INTEGER,
TerritoryID INTEGER,
AccountNumber TEXT not null
unique,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null,
foreign key (PersonID) references Person(BusinessEntityID),
foreign key (TerritoryID) references SalesTerritory(TerritoryID),
foreign key (StoreID) references Store(BusinessEntityID)
);
CREATE TABLE ProductListPriceHistory
(
ProductID INTEGER not null,
StartDate DATE not null,
EndDate DATE,
ListPrice REAL not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (ProductID, StartDate),
foreign key (ProductID) references Product(ProductID)
);
CREATE TABLE IF NOT EXISTS "Address"
(
AddressID INTEGER
primary key autoincrement,
AddressLine1 TEXT not null,
AddressLine2 TEXT,
City TEXT not null,
StateProvinceID INTEGER not null
references StateProvince,
PostalCode TEXT not null,
SpatialLocation TEXT,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null,
unique (AddressLine1, AddressLine2, City, StateProvinceID, PostalCode)
);
CREATE TABLE IF NOT EXISTS "AddressType"
(
AddressTypeID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE IF NOT EXISTS "BillOfMaterials"
(
BillOfMaterialsID INTEGER
primary key autoincrement,
ProductAssemblyID INTEGER
references Product,
ComponentID INTEGER not null
references Product,
StartDate DATETIME default current_timestamp not null,
EndDate DATETIME,
UnitMeasureCode TEXT not null
references UnitMeasure,
BOMLevel INTEGER not null,
PerAssemblyQty REAL default 1.00 not null,
ModifiedDate DATETIME default current_timestamp not null,
unique (ProductAssemblyID, ComponentID, StartDate)
);
CREATE TABLE IF NOT EXISTS "BusinessEntity"
(
BusinessEntityID INTEGER
primary key autoincrement,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE IF NOT EXISTS "ContactType"
(
ContactTypeID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE IF NOT EXISTS "CurrencyRate"
(
CurrencyRateID INTEGER
primary key autoincrement,
CurrencyRateDate DATETIME not null,
FromCurrencyCode TEXT not null
references Currency,
ToCurrencyCode TEXT not null
references Currency,
AverageRate REAL not null,
EndOfDayRate REAL not null,
ModifiedDate DATETIME default current_timestamp not null,
unique (CurrencyRateDate, FromCurrencyCode, ToCurrencyCode)
);
CREATE TABLE IF NOT EXISTS "Department"
(
DepartmentID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
GroupName TEXT not null,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE IF NOT EXISTS "EmployeeDepartmentHistory"
(
BusinessEntityID INTEGER not null
references Employee,
DepartmentID INTEGER not null
references Department,
ShiftID INTEGER not null
references Shift,
StartDate DATE not null,
EndDate DATE,
ModifiedDate DATETIME default current_timestamp not null,
primary key (BusinessEntityID, StartDate, DepartmentID, ShiftID)
);
CREATE TABLE IF NOT EXISTS "EmployeePayHistory"
(
BusinessEntityID INTEGER not null
references Employee,
RateChangeDate DATETIME not null,
Rate REAL not null,
PayFrequency INTEGER not null,
ModifiedDate DATETIME default current_timestamp not null,
primary key (BusinessEntityID, RateChangeDate)
);
CREATE TABLE IF NOT EXISTS "JobCandidate"
(
JobCandidateID INTEGER
primary key autoincrement,
BusinessEntityID INTEGER
references Employee,
Resume TEXT,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE IF NOT EXISTS "Location"
(
LocationID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
CostRate REAL default 0.0000 not null,
Availability REAL default 0.00 not null,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE IF NOT EXISTS "PhoneNumberType"
(
PhoneNumberTypeID INTEGER
primary key autoincrement,
Name TEXT not null,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE IF NOT EXISTS "Product"
(
ProductID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
ProductNumber TEXT not null
unique,
MakeFlag INTEGER default 1 not null,
FinishedGoodsFlag INTEGER default 1 not null,
Color TEXT,
SafetyStockLevel INTEGER not null,
ReorderPoint INTEGER not null,
StandardCost REAL not null,
ListPrice REAL not null,
Size TEXT,
SizeUnitMeasureCode TEXT
references UnitMeasure,
WeightUnitMeasureCode TEXT
references UnitMeasure,
Weight REAL,
DaysToManufacture INTEGER not null,
ProductLine TEXT,
Class TEXT,
Style TEXT,
ProductSubcategoryID INTEGER
references ProductSubcategory,
ProductModelID INTEGER
references ProductModel,
SellStartDate DATETIME not null,
SellEndDate DATETIME,
DiscontinuedDate DATETIME,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE IF NOT EXISTS "Document"
(
DocumentNode TEXT not null
primary key,
DocumentLevel INTEGER,
Title TEXT not null,
Owner INTEGER not null
references Employee,
FolderFlag INTEGER default 0 not null,
FileName TEXT not null,
FileExtension TEXT not null,
Revision TEXT not null,
ChangeNumber INTEGER default 0 not null,
Status INTEGER not null,
DocumentSummary TEXT,
Document BLOB,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null,
unique (DocumentLevel, DocumentNode)
);
CREATE TABLE IF NOT EXISTS "StateProvince"
(
StateProvinceID INTEGER
primary key autoincrement,
StateProvinceCode TEXT not null,
CountryRegionCode TEXT not null
references CountryRegion,
IsOnlyStateProvinceFlag INTEGER default 1 not null,
Name TEXT not null
unique,
TerritoryID INTEGER not null
references SalesTerritory,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
unique (StateProvinceCode, CountryRegionCode)
);
CREATE TABLE IF NOT EXISTS "CreditCard"
(
CreditCardID INTEGER
primary key autoincrement,
CardType TEXT not null,
CardNumber TEXT not null
unique,
ExpMonth INTEGER not null,
ExpYear INTEGER not null,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE IF NOT EXISTS "SalesOrderHeader"
(
SalesOrderID INTEGER
primary key autoincrement,
RevisionNumber INTEGER default 0 not null,
OrderDate DATETIME default CURRENT_TIMESTAMP not null,
DueDate DATETIME not null,
ShipDate DATETIME,
Status INTEGER default 1 not null,
OnlineOrderFlag INTEGER default 1 not null,
SalesOrderNumber TEXT not null
unique,
PurchaseOrderNumber TEXT,
AccountNumber TEXT,
CustomerID INTEGER not null
references Customer,
SalesPersonID INTEGER
references SalesPerson,
TerritoryID INTEGER
references SalesTerritory,
BillToAddressID INTEGER not null
references Address,
ShipToAddressID INTEGER not null
references Address,
ShipMethodID INTEGER not null
references Address,
CreditCardID INTEGER
references CreditCard,
CreditCardApprovalCode TEXT,
CurrencyRateID INTEGER
references CurrencyRate,
SubTotal REAL default 0.0000 not null,
TaxAmt REAL default 0.0000 not null,
Freight REAL default 0.0000 not null,
TotalDue REAL not null,
Comment TEXT,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
|
|
soccer_2016 | How many times has Sunrisers Hyderabad been the toss winner of a game? | Sunrisers Hyderabad refers to Team_Name = 'Sunrisers Hyderabad'; time of toss winner refers to count(Toss_Winner) | SELECT SUM(CASE WHEN Toss_Winner = ( SELECT Team_Id FROM Team WHERE Team_Name = 'Sunrisers Hyderabad' ) THEN 1 ELSE 0 END) FROM `Match` | CREATE TABLE Batting_Style
(
Batting_Id INTEGER
primary key,
Batting_hand TEXT
);
CREATE TABLE Bowling_Style
(
Bowling_Id INTEGER
primary key,
Bowling_skill TEXT
);
CREATE TABLE City
(
City_Id INTEGER
primary key,
City_Name TEXT,
Country_id INTEGER
);
CREATE TABLE Country
(
Country_Id INTEGER
primary key,
Country_Name TEXT,
foreign key (Country_Id) references Country(Country_Id)
);
CREATE TABLE Extra_Type
(
Extra_Id INTEGER
primary key,
Extra_Name TEXT
);
CREATE TABLE Extra_Runs
(
Match_Id INTEGER,
Over_Id INTEGER,
Ball_Id INTEGER,
Extra_Type_Id INTEGER,
Extra_Runs INTEGER,
Innings_No INTEGER,
primary key (Match_Id, Over_Id, Ball_Id, Innings_No),
foreign key (Extra_Type_Id) references Extra_Type(Extra_Id)
);
CREATE TABLE Out_Type
(
Out_Id INTEGER
primary key,
Out_Name TEXT
);
CREATE TABLE Outcome
(
Outcome_Id INTEGER
primary key,
Outcome_Type TEXT
);
CREATE TABLE Player
(
Player_Id INTEGER
primary key,
Player_Name TEXT,
DOB DATE,
Batting_hand INTEGER,
Bowling_skill INTEGER,
Country_Name INTEGER,
foreign key (Batting_hand) references Batting_Style(Batting_Id),
foreign key (Bowling_skill) references Bowling_Style(Bowling_Id),
foreign key (Country_Name) references Country(Country_Id)
);
CREATE TABLE Rolee
(
Role_Id INTEGER
primary key,
Role_Desc TEXT
);
CREATE TABLE Season
(
Season_Id INTEGER
primary key,
Man_of_the_Series INTEGER,
Orange_Cap INTEGER,
Purple_Cap INTEGER,
Season_Year INTEGER
);
CREATE TABLE Team
(
Team_Id INTEGER
primary key,
Team_Name TEXT
);
CREATE TABLE Toss_Decision
(
Toss_Id INTEGER
primary key,
Toss_Name TEXT
);
CREATE TABLE Umpire
(
Umpire_Id INTEGER
primary key,
Umpire_Name TEXT,
Umpire_Country INTEGER,
foreign key (Umpire_Country) references Country(Country_Id)
);
CREATE TABLE Venue
(
Venue_Id INTEGER
primary key,
Venue_Name TEXT,
City_Id INTEGER,
foreign key (City_Id) references City(City_Id)
);
CREATE TABLE Win_By
(
Win_Id INTEGER
primary key,
Win_Type TEXT
);
CREATE TABLE Match
(
Match_Id INTEGER
primary key,
Team_1 INTEGER,
Team_2 INTEGER,
Match_Date DATE,
Season_Id INTEGER,
Venue_Id INTEGER,
Toss_Winner INTEGER,
Toss_Decide INTEGER,
Win_Type INTEGER,
Win_Margin INTEGER,
Outcome_type INTEGER,
Match_Winner INTEGER,
Man_of_the_Match INTEGER,
foreign key (Team_1) references Team(Team_Id),
foreign key (Team_2) references Team(Team_Id),
foreign key (Season_Id) references Season(Season_Id),
foreign key (Venue_Id) references Venue(Venue_Id),
foreign key (Toss_Winner) references Team(Team_Id),
foreign key (Toss_Decide) references Toss_Decision(Toss_Id),
foreign key (Win_Type) references Win_By(Win_Id),
foreign key (Outcome_type) references Out_Type(Out_Id),
foreign key (Match_Winner) references Team(Team_Id),
foreign key (Man_of_the_Match) references Player(Player_Id)
);
CREATE TABLE Ball_by_Ball
(
Match_Id INTEGER,
Over_Id INTEGER,
Ball_Id INTEGER,
Innings_No INTEGER,
Team_Batting INTEGER,
Team_Bowling INTEGER,
Striker_Batting_Position INTEGER,
Striker INTEGER,
Non_Striker INTEGER,
Bowler INTEGER,
primary key (Match_Id, Over_Id, Ball_Id, Innings_No),
foreign key (Match_Id) references Match(Match_Id)
);
CREATE TABLE Batsman_Scored
(
Match_Id INTEGER,
Over_Id INTEGER,
Ball_Id INTEGER,
Runs_Scored INTEGER,
Innings_No INTEGER,
primary key (Match_Id, Over_Id, Ball_Id, Innings_No),
foreign key (Match_Id) references Match(Match_Id)
);
CREATE TABLE Player_Match
(
Match_Id INTEGER,
Player_Id INTEGER,
Role_Id INTEGER,
Team_Id INTEGER,
primary key (Match_Id, Player_Id, Role_Id),
foreign key (Match_Id) references Match(Match_Id),
foreign key (Player_Id) references Player(Player_Id),
foreign key (Team_Id) references Team(Team_Id),
foreign key (Role_Id) references Rolee(Role_Id)
);
CREATE TABLE Wicket_Taken
(
Match_Id INTEGER,
Over_Id INTEGER,
Ball_Id INTEGER,
Player_Out INTEGER,
Kind_Out INTEGER,
Fielders INTEGER,
Innings_No INTEGER,
primary key (Match_Id, Over_Id, Ball_Id, Innings_No),
foreign key (Match_Id) references Match(Match_Id),
foreign key (Player_Out) references Player(Player_Id),
foreign key (Kind_Out) references Out_Type(Out_Id),
foreign key (Fielders) references Player(Player_Id)
);
|
books | What is the full name of the customers who live in Baiyin city? | full name refers to first_name, last_name; 'Baiyin' is the city | SELECT T3.first_name, T3.last_name FROM address AS T1 INNER JOIN customer_address AS T2 ON T1.address_id = T2.address_id INNER JOIN customer AS T3 ON T3.customer_id = T2.customer_id WHERE T1.city = 'Baiyin' | 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,
foreign key (country_id) references country(country_id)
);
CREATE TABLE customer
(
customer_id INTEGER
primary key,
first_name TEXT,
last_name TEXT,
email TEXT
);
CREATE TABLE customer_address
(
customer_id INTEGER,
address_id INTEGER,
status_id INTEGER,
primary key (customer_id, address_id),
foreign key (address_id) references address(address_id),
foreign key (customer_id) references customer(customer_id)
);
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,
foreign key (language_id) references book_language(language_id),
foreign key (publisher_id) references publisher(publisher_id)
);
CREATE TABLE book_author
(
book_id INTEGER,
author_id INTEGER,
primary key (book_id, author_id),
foreign key (author_id) references author(author_id),
foreign key (book_id) references book(book_id)
);
CREATE TABLE shipping_method
(
method_id INTEGER
primary key,
method_name TEXT,
cost REAL
);
CREATE TABLE IF NOT EXISTS "cust_order"
(
order_id INTEGER
primary key autoincrement,
order_date DATETIME,
customer_id INTEGER
references customer,
shipping_method_id INTEGER
references shipping_method,
dest_address_id INTEGER
references address
);
CREATE TABLE sqlite_sequence(name,seq);
CREATE TABLE IF NOT EXISTS "order_history"
(
history_id INTEGER
primary key autoincrement,
order_id INTEGER
references cust_order,
status_id INTEGER
references order_status,
status_date DATETIME
);
CREATE TABLE IF NOT EXISTS "order_line"
(
line_id INTEGER
primary key autoincrement,
order_id INTEGER
references cust_order,
book_id INTEGER
references book,
price REAL
);
|
legislator | List down the MapLight ID of the representatives in Maine. | representatives refers to type = 'rep'; Maine refers to state = 'ME'; | SELECT T1.maplight_id FROM historical AS T1 INNER JOIN `historical-terms` AS T2 ON T1.bioguide_id = T2.bioguide WHERE T2.type = 'rep' AND T2.state = 'ME' GROUP BY T1.maplight_id | CREATE TABLE current
(
ballotpedia_id TEXT,
bioguide_id TEXT,
birthday_bio DATE,
cspan_id REAL,
fec_id TEXT,
first_name TEXT,
gender_bio TEXT,
google_entity_id_id TEXT,
govtrack_id INTEGER,
house_history_id REAL,
icpsr_id REAL,
last_name TEXT,
lis_id TEXT,
maplight_id REAL,
middle_name TEXT,
nickname_name TEXT,
official_full_name TEXT,
opensecrets_id TEXT,
religion_bio TEXT,
suffix_name TEXT,
thomas_id INTEGER,
votesmart_id REAL,
wikidata_id TEXT,
wikipedia_id TEXT,
primary key (bioguide_id, cspan_id)
);
CREATE TABLE IF NOT EXISTS "current-terms"
(
address TEXT,
bioguide TEXT,
caucus TEXT,
chamber TEXT,
class REAL,
contact_form TEXT,
district REAL,
end TEXT,
fax TEXT,
last TEXT,
name TEXT,
office TEXT,
party TEXT,
party_affiliations TEXT,
phone TEXT,
relation TEXT,
rss_url TEXT,
start TEXT,
state TEXT,
state_rank TEXT,
title TEXT,
type TEXT,
url TEXT,
primary key (bioguide, end),
foreign key (bioguide) references current(bioguide_id)
);
CREATE TABLE historical
(
ballotpedia_id TEXT,
bioguide_id TEXT
primary key,
bioguide_previous_id TEXT,
birthday_bio TEXT,
cspan_id TEXT,
fec_id TEXT,
first_name TEXT,
gender_bio TEXT,
google_entity_id_id TEXT,
govtrack_id INTEGER,
house_history_alternate_id TEXT,
house_history_id REAL,
icpsr_id REAL,
last_name TEXT,
lis_id TEXT,
maplight_id TEXT,
middle_name TEXT,
nickname_name TEXT,
official_full_name TEXT,
opensecrets_id TEXT,
religion_bio TEXT,
suffix_name TEXT,
thomas_id TEXT,
votesmart_id TEXT,
wikidata_id TEXT,
wikipedia_id TEXT
);
CREATE TABLE IF NOT EXISTS "historical-terms"
(
address TEXT,
bioguide TEXT
primary key,
chamber TEXT,
class REAL,
contact_form TEXT,
district REAL,
end TEXT,
fax TEXT,
last TEXT,
middle TEXT,
name TEXT,
office TEXT,
party TEXT,
party_affiliations TEXT,
phone TEXT,
relation TEXT,
rss_url TEXT,
start TEXT,
state TEXT,
state_rank TEXT,
title TEXT,
type TEXT,
url TEXT,
foreign key (bioguide) references historical(bioguide_id)
);
CREATE TABLE IF NOT EXISTS "social-media"
(
bioguide TEXT
primary key,
facebook TEXT,
facebook_id REAL,
govtrack REAL,
instagram TEXT,
instagram_id REAL,
thomas INTEGER,
twitter TEXT,
twitter_id REAL,
youtube TEXT,
youtube_id TEXT,
foreign key (bioguide) references current(bioguide_id)
);
|
movielens | Please list the country of the movie that stars an actress who acts the worse. | a_quality = 5 refers to act the best, a_quality = 0 refers to act the worst | SELECT T3.country FROM actors AS T1 INNER JOIN movies2actors AS T2 ON T1.actorid = T2.actorid INNER JOIN movies AS T3 ON T2.movieid = T3.movieid WHERE T1.a_gender = 'F' AND T1.a_quality = 0 | CREATE TABLE users
(
userid INTEGER default 0 not null
primary key,
age TEXT not null,
u_gender TEXT not null,
occupation TEXT not null
);
CREATE TABLE IF NOT EXISTS "directors"
(
directorid INTEGER not null
primary key,
d_quality INTEGER not null,
avg_revenue INTEGER not null
);
CREATE INDEX avg_revenue
on directors (avg_revenue);
CREATE INDEX d_quality
on directors (d_quality);
CREATE TABLE IF NOT EXISTS "actors"
(
actorid INTEGER not null
primary key,
a_gender TEXT not null,
a_quality INTEGER not null
);
CREATE TABLE IF NOT EXISTS "movies"
(
movieid INTEGER default 0 not null
primary key,
year INTEGER not null,
isEnglish TEXT not null,
country TEXT not null,
runningtime INTEGER not null
);
CREATE TABLE IF NOT EXISTS "movies2actors"
(
movieid INTEGER not null
references movies
on update cascade on delete cascade,
actorid INTEGER not null
references actors
on update cascade on delete cascade,
cast_num INTEGER not null,
primary key (movieid, actorid)
);
CREATE TABLE IF NOT EXISTS "movies2directors"
(
movieid INTEGER not null
references movies
on update cascade on delete cascade,
directorid INTEGER not null
references directors
on update cascade on delete cascade,
genre TEXT not null,
primary key (movieid, directorid)
);
CREATE TABLE IF NOT EXISTS "u2base"
(
userid INTEGER default 0 not null
references users
on update cascade on delete cascade,
movieid INTEGER not null
references movies
on update cascade on delete cascade,
rating TEXT not null,
primary key (userid, movieid)
);
|
shipping | Calculate the percentage of the weight of goods being transported by Zachery Hicks to California in year 2016. | "California" is the state; in 2016 refers to CAST (ship_date AS DATE) = 2016; percentage = Divide (Sum(weight where first_name = 'Zachery' AND last_name = 'Hicks'), Sum(weight)) * 100 | SELECT CAST(SUM(CASE WHEN T2.first_name = 'Zachery' AND T2.last_name = 'Hicks' THEN T1.weight ELSE 0 END) AS REAL) * 100 / SUM(T1.weight) FROM shipment AS T1 INNER JOIN driver AS T2 ON T1.driver_id = T2.driver_id WHERE STRFTIME('%Y', T1.ship_date) = '2016' | CREATE TABLE city
(
city_id INTEGER
primary key,
city_name TEXT,
state TEXT,
population INTEGER,
area REAL
);
CREATE TABLE customer
(
cust_id INTEGER
primary key,
cust_name TEXT,
annual_revenue INTEGER,
cust_type TEXT,
address TEXT,
city TEXT,
state TEXT,
zip REAL,
phone TEXT
);
CREATE TABLE driver
(
driver_id INTEGER
primary key,
first_name TEXT,
last_name TEXT,
address TEXT,
city TEXT,
state TEXT,
zip_code INTEGER,
phone TEXT
);
CREATE TABLE truck
(
truck_id INTEGER
primary key,
make TEXT,
model_year INTEGER
);
CREATE TABLE shipment
(
ship_id INTEGER
primary key,
cust_id INTEGER,
weight REAL,
truck_id INTEGER,
driver_id INTEGER,
city_id INTEGER,
ship_date TEXT,
foreign key (cust_id) references customer(cust_id),
foreign key (city_id) references city(city_id),
foreign key (driver_id) references driver(driver_id),
foreign key (truck_id) references truck(truck_id)
);
|
olympics | Provide the name of competitors from Greece. | name refers to full_name; Greece refers to region_name = 'Greece'; | SELECT T3.full_name FROM noc_region AS T1 INNER JOIN person_region AS T2 ON T1.id = T2.region_id INNER JOIN person AS T3 ON T2.person_id = T3.id WHERE T1.region_name = 'Greece' | CREATE TABLE city
(
id INTEGER not null
primary key,
city_name TEXT default NULL
);
CREATE TABLE games
(
id INTEGER not null
primary key,
games_year INTEGER default NULL,
games_name TEXT default NULL,
season TEXT default NULL
);
CREATE TABLE games_city
(
games_id INTEGER default NULL,
city_id INTEGER default NULL,
foreign key (city_id) references city(id),
foreign key (games_id) references games(id)
);
CREATE TABLE medal
(
id INTEGER not null
primary key,
medal_name TEXT default NULL
);
CREATE TABLE noc_region
(
id INTEGER not null
primary key,
noc TEXT default NULL,
region_name TEXT default NULL
);
CREATE TABLE person
(
id INTEGER not null
primary key,
full_name TEXT default NULL,
gender TEXT default NULL,
height INTEGER default NULL,
weight INTEGER default NULL
);
CREATE TABLE games_competitor
(
id INTEGER not null
primary key,
games_id INTEGER default NULL,
person_id INTEGER default NULL,
age INTEGER default NULL,
foreign key (games_id) references games(id),
foreign key (person_id) references person(id)
);
CREATE TABLE person_region
(
person_id INTEGER default NULL,
region_id INTEGER default NULL,
foreign key (person_id) references person(id),
foreign key (region_id) references noc_region(id)
);
CREATE TABLE sport
(
id INTEGER not null
primary key,
sport_name TEXT default NULL
);
CREATE TABLE event
(
id INTEGER not null
primary key,
sport_id INTEGER default NULL,
event_name TEXT default NULL,
foreign key (sport_id) references sport(id)
);
CREATE TABLE competitor_event
(
event_id INTEGER default NULL,
competitor_id INTEGER default NULL,
medal_id INTEGER default NULL,
foreign key (competitor_id) references games_competitor(id),
foreign key (event_id) references event(id),
foreign key (medal_id) references medal(id)
);
|
language_corpus | Calculate the percentage of times that the same word appears in a pair. | Pair is a relationship of two words: w1st and w2nd, where w1st is word id of the first word and w2nd is a word id of the second word; the same word appears in a pair refers to w1st = w2nd; times refers to occurrences; DIVIDE(COUNT(occurrences where w1st = w2nd), COUNT(occurrences)) as percentage; | SELECT CAST(COUNT(CASE WHEN w1st = w2nd THEN 1 ELSE NULL END) AS REAL) * 100 / COUNT(w1st) FROM biwords | CREATE TABLE langs(lid INTEGER PRIMARY KEY AUTOINCREMENT,
lang TEXT UNIQUE,
locale TEXT UNIQUE,
pages INTEGER DEFAULT 0, -- total pages in this language
words INTEGER DEFAULT 0);
CREATE TABLE sqlite_sequence(name,seq);
CREATE TABLE pages(pid INTEGER PRIMARY KEY AUTOINCREMENT,
lid INTEGER REFERENCES langs(lid) ON UPDATE CASCADE ON DELETE CASCADE,
page INTEGER DEFAULT NULL, -- wikipedia page id
revision INTEGER DEFAULT NULL, -- wikipedia revision page id
title TEXT,
words INTEGER DEFAULT 0, -- number of different words in this page
UNIQUE(lid,page,title));
CREATE TRIGGER ins_page AFTER INSERT ON pages FOR EACH ROW
BEGIN
UPDATE langs SET pages=pages+1 WHERE lid=NEW.lid;
END;
CREATE TRIGGER del_page AFTER DELETE ON pages FOR EACH ROW
BEGIN
UPDATE langs SET pages=pages-1 WHERE lid=OLD.lid;
END;
CREATE TABLE words(wid INTEGER PRIMARY KEY AUTOINCREMENT,
word TEXT UNIQUE,
occurrences INTEGER DEFAULT 0);
CREATE TABLE langs_words(lid INTEGER REFERENCES langs(lid) ON UPDATE CASCADE ON DELETE CASCADE,
wid INTEGER REFERENCES words(wid) ON UPDATE CASCADE ON DELETE CASCADE,
occurrences INTEGER, -- repetitions of this word in this language
PRIMARY KEY(lid,wid))
WITHOUT ROWID;
CREATE TRIGGER ins_lang_word AFTER INSERT ON langs_words FOR EACH ROW
BEGIN
UPDATE langs SET words=words+1 WHERE lid=NEW.lid;
END;
CREATE TRIGGER del_lang_word AFTER DELETE ON langs_words FOR EACH ROW
BEGIN
UPDATE langs SET words=words-1 WHERE lid=OLD.lid;
END;
CREATE TABLE pages_words(pid INTEGER REFERENCES pages(pid) ON UPDATE CASCADE ON DELETE CASCADE,
wid INTEGER REFERENCES words(wid) ON UPDATE CASCADE ON DELETE CASCADE,
occurrences INTEGER DEFAULT 0, -- times this word appears into this page
PRIMARY KEY(pid,wid))
WITHOUT ROWID;
CREATE TRIGGER ins_page_word AFTER INSERT ON pages_words FOR EACH ROW
BEGIN
UPDATE pages SET words=words+1 WHERE pid=NEW.pid;
END;
CREATE TRIGGER del_page_word AFTER DELETE ON pages_words FOR EACH ROW
BEGIN
UPDATE pages SET words=words-1 WHERE pid=OLD.pid;
END;
CREATE TABLE biwords(lid INTEGER REFERENCES langs(lid) ON UPDATE CASCADE ON DELETE CASCADE,
w1st INTEGER REFERENCES words(wid) ON UPDATE CASCADE ON DELETE CASCADE,
w2nd INTEGER REFERENCES words(wid) ON UPDATE CASCADE ON DELETE CASCADE,
occurrences INTEGER DEFAULT 0, -- times this pair appears in this language/page
PRIMARY KEY(lid,w1st,w2nd))
WITHOUT ROWID;
|
airline | What are the destinations of the flights with air carrier description "Southeast Alaska Airlines: WEB"? | destinations refers to DEST; Southeast Alaska Airlines: WEB refers to Description = 'Southeast Alaska Airlines: WEB'; | SELECT T2.DEST FROM `Air Carriers` AS T1 INNER JOIN Airlines AS T2 ON T1.Code = T2.OP_CARRIER_AIRLINE_ID WHERE T1.Description = 'Southeast Alaska Airlines: WEB' | CREATE TABLE IF NOT EXISTS "Air Carriers"
(
Code INTEGER
primary key,
Description TEXT
);
CREATE TABLE Airports
(
Code TEXT
primary key,
Description TEXT
);
CREATE TABLE Airlines
(
FL_DATE TEXT,
OP_CARRIER_AIRLINE_ID INTEGER,
TAIL_NUM TEXT,
OP_CARRIER_FL_NUM INTEGER,
ORIGIN_AIRPORT_ID INTEGER,
ORIGIN_AIRPORT_SEQ_ID INTEGER,
ORIGIN_CITY_MARKET_ID INTEGER,
ORIGIN TEXT,
DEST_AIRPORT_ID INTEGER,
DEST_AIRPORT_SEQ_ID INTEGER,
DEST_CITY_MARKET_ID INTEGER,
DEST TEXT,
CRS_DEP_TIME INTEGER,
DEP_TIME INTEGER,
DEP_DELAY INTEGER,
DEP_DELAY_NEW INTEGER,
ARR_TIME INTEGER,
ARR_DELAY INTEGER,
ARR_DELAY_NEW INTEGER,
CANCELLED INTEGER,
CANCELLATION_CODE TEXT,
CRS_ELAPSED_TIME INTEGER,
ACTUAL_ELAPSED_TIME INTEGER,
CARRIER_DELAY INTEGER,
WEATHER_DELAY INTEGER,
NAS_DELAY INTEGER,
SECURITY_DELAY INTEGER,
LATE_AIRCRAFT_DELAY INTEGER,
FOREIGN KEY (ORIGIN) REFERENCES Airports(Code),
FOREIGN KEY (DEST) REFERENCES Airports(Code),
FOREIGN KEY (OP_CARRIER_AIRLINE_ID) REFERENCES "Air Carriers"(Code)
);
|
works_cycles | Is there a work order where the planned cost is different from the actual cost? | planned cost is different from actual cost refers to ActualCost ! = PlannedCost; | SELECT CASE WHEN ActualCost = PlannedCost THEN 'No' ELSE 'Yes' END FROM WorkOrderRouting | CREATE TABLE sqlite_sequence(name,seq);
CREATE TABLE CountryRegion
(
CountryRegionCode TEXT not null
primary key,
Name TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE Culture
(
CultureID TEXT not null
primary key,
Name TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE Currency
(
CurrencyCode TEXT not null
primary key,
Name TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE CountryRegionCurrency
(
CountryRegionCode TEXT not null,
CurrencyCode TEXT not null,
ModifiedDate DATETIME default current_timestamp not null,
primary key (CountryRegionCode, CurrencyCode),
foreign key (CountryRegionCode) references CountryRegion(CountryRegionCode),
foreign key (CurrencyCode) references Currency(CurrencyCode)
);
CREATE TABLE Person
(
BusinessEntityID INTEGER not null
primary key,
PersonType TEXT not null,
NameStyle INTEGER default 0 not null,
Title TEXT,
FirstName TEXT not null,
MiddleName TEXT,
LastName TEXT not null,
Suffix TEXT,
EmailPromotion INTEGER default 0 not null,
AdditionalContactInfo TEXT,
Demographics TEXT,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null,
foreign key (BusinessEntityID) references BusinessEntity(BusinessEntityID)
);
CREATE TABLE BusinessEntityContact
(
BusinessEntityID INTEGER not null,
PersonID INTEGER not null,
ContactTypeID INTEGER not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null,
primary key (BusinessEntityID, PersonID, ContactTypeID),
foreign key (BusinessEntityID) references BusinessEntity(BusinessEntityID),
foreign key (ContactTypeID) references ContactType(ContactTypeID),
foreign key (PersonID) references Person(BusinessEntityID)
);
CREATE TABLE EmailAddress
(
BusinessEntityID INTEGER not null,
EmailAddressID INTEGER,
EmailAddress TEXT,
rowguid TEXT not null,
ModifiedDate DATETIME default current_timestamp not null,
primary key (EmailAddressID, BusinessEntityID),
foreign key (BusinessEntityID) references Person(BusinessEntityID)
);
CREATE TABLE Employee
(
BusinessEntityID INTEGER not null
primary key,
NationalIDNumber TEXT not null
unique,
LoginID TEXT not null
unique,
OrganizationNode TEXT,
OrganizationLevel INTEGER,
JobTitle TEXT not null,
BirthDate DATE not null,
MaritalStatus TEXT not null,
Gender TEXT not null,
HireDate DATE not null,
SalariedFlag INTEGER default 1 not null,
VacationHours INTEGER default 0 not null,
SickLeaveHours INTEGER default 0 not null,
CurrentFlag INTEGER default 1 not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null,
foreign key (BusinessEntityID) references Person(BusinessEntityID)
);
CREATE TABLE Password
(
BusinessEntityID INTEGER not null
primary key,
PasswordHash TEXT not null,
PasswordSalt TEXT not null,
rowguid TEXT not null,
ModifiedDate DATETIME default current_timestamp not null,
foreign key (BusinessEntityID) references Person(BusinessEntityID)
);
CREATE TABLE PersonCreditCard
(
BusinessEntityID INTEGER not null,
CreditCardID INTEGER not null,
ModifiedDate DATETIME default current_timestamp not null,
primary key (BusinessEntityID, CreditCardID),
foreign key (CreditCardID) references CreditCard(CreditCardID),
foreign key (BusinessEntityID) references Person(BusinessEntityID)
);
CREATE TABLE ProductCategory
(
ProductCategoryID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE ProductDescription
(
ProductDescriptionID INTEGER
primary key autoincrement,
Description TEXT not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE ProductModel
(
ProductModelID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
CatalogDescription TEXT,
Instructions TEXT,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE ProductModelProductDescriptionCulture
(
ProductModelID INTEGER not null,
ProductDescriptionID INTEGER not null,
CultureID TEXT not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (ProductModelID, ProductDescriptionID, CultureID),
foreign key (ProductModelID) references ProductModel(ProductModelID),
foreign key (ProductDescriptionID) references ProductDescription(ProductDescriptionID),
foreign key (CultureID) references Culture(CultureID)
);
CREATE TABLE ProductPhoto
(
ProductPhotoID INTEGER
primary key autoincrement,
ThumbNailPhoto BLOB,
ThumbnailPhotoFileName TEXT,
LargePhoto BLOB,
LargePhotoFileName TEXT,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE ProductSubcategory
(
ProductSubcategoryID INTEGER
primary key autoincrement,
ProductCategoryID INTEGER not null,
Name TEXT not null
unique,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (ProductCategoryID) references ProductCategory(ProductCategoryID)
);
CREATE TABLE SalesReason
(
SalesReasonID INTEGER
primary key autoincrement,
Name TEXT not null,
ReasonType TEXT not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE SalesTerritory
(
TerritoryID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
CountryRegionCode TEXT not null,
"Group" TEXT not null,
SalesYTD REAL default 0.0000 not null,
SalesLastYear REAL default 0.0000 not null,
CostYTD REAL default 0.0000 not null,
CostLastYear REAL default 0.0000 not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (CountryRegionCode) references CountryRegion(CountryRegionCode)
);
CREATE TABLE SalesPerson
(
BusinessEntityID INTEGER not null
primary key,
TerritoryID INTEGER,
SalesQuota REAL,
Bonus REAL default 0.0000 not null,
CommissionPct REAL default 0.0000 not null,
SalesYTD REAL default 0.0000 not null,
SalesLastYear REAL default 0.0000 not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (BusinessEntityID) references Employee(BusinessEntityID),
foreign key (TerritoryID) references SalesTerritory(TerritoryID)
);
CREATE TABLE SalesPersonQuotaHistory
(
BusinessEntityID INTEGER not null,
QuotaDate DATETIME not null,
SalesQuota REAL not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (BusinessEntityID, QuotaDate),
foreign key (BusinessEntityID) references SalesPerson(BusinessEntityID)
);
CREATE TABLE SalesTerritoryHistory
(
BusinessEntityID INTEGER not null,
TerritoryID INTEGER not null,
StartDate DATETIME not null,
EndDate DATETIME,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (BusinessEntityID, StartDate, TerritoryID),
foreign key (BusinessEntityID) references SalesPerson(BusinessEntityID),
foreign key (TerritoryID) references SalesTerritory(TerritoryID)
);
CREATE TABLE ScrapReason
(
ScrapReasonID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE Shift
(
ShiftID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
StartTime TEXT not null,
EndTime TEXT not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
unique (StartTime, EndTime)
);
CREATE TABLE ShipMethod
(
ShipMethodID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
ShipBase REAL default 0.0000 not null,
ShipRate REAL default 0.0000 not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE SpecialOffer
(
SpecialOfferID INTEGER
primary key autoincrement,
Description TEXT not null,
DiscountPct REAL default 0.0000 not null,
Type TEXT not null,
Category TEXT not null,
StartDate DATETIME not null,
EndDate DATETIME not null,
MinQty INTEGER default 0 not null,
MaxQty INTEGER,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE BusinessEntityAddress
(
BusinessEntityID INTEGER not null,
AddressID INTEGER not null,
AddressTypeID INTEGER not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null,
primary key (BusinessEntityID, AddressID, AddressTypeID),
foreign key (AddressID) references Address(AddressID),
foreign key (AddressTypeID) references AddressType(AddressTypeID),
foreign key (BusinessEntityID) references BusinessEntity(BusinessEntityID)
);
CREATE TABLE SalesTaxRate
(
SalesTaxRateID INTEGER
primary key autoincrement,
StateProvinceID INTEGER not null,
TaxType INTEGER not null,
TaxRate REAL default 0.0000 not null,
Name TEXT not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
unique (StateProvinceID, TaxType),
foreign key (StateProvinceID) references StateProvince(StateProvinceID)
);
CREATE TABLE Store
(
BusinessEntityID INTEGER not null
primary key,
Name TEXT not null,
SalesPersonID INTEGER,
Demographics TEXT,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (BusinessEntityID) references BusinessEntity(BusinessEntityID),
foreign key (SalesPersonID) references SalesPerson(BusinessEntityID)
);
CREATE TABLE SalesOrderHeaderSalesReason
(
SalesOrderID INTEGER not null,
SalesReasonID INTEGER not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (SalesOrderID, SalesReasonID),
foreign key (SalesOrderID) references SalesOrderHeader(SalesOrderID),
foreign key (SalesReasonID) references SalesReason(SalesReasonID)
);
CREATE TABLE TransactionHistoryArchive
(
TransactionID INTEGER not null
primary key,
ProductID INTEGER not null,
ReferenceOrderID INTEGER not null,
ReferenceOrderLineID INTEGER default 0 not null,
TransactionDate DATETIME default CURRENT_TIMESTAMP not null,
TransactionType TEXT not null,
Quantity INTEGER not null,
ActualCost REAL not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE UnitMeasure
(
UnitMeasureCode TEXT not null
primary key,
Name TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
CREATE TABLE ProductCostHistory
(
ProductID INTEGER not null,
StartDate DATE not null,
EndDate DATE,
StandardCost REAL not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (ProductID, StartDate),
foreign key (ProductID) references Product(ProductID)
);
CREATE TABLE ProductDocument
(
ProductID INTEGER not null,
DocumentNode TEXT not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (ProductID, DocumentNode),
foreign key (ProductID) references Product(ProductID),
foreign key (DocumentNode) references Document(DocumentNode)
);
CREATE TABLE ProductInventory
(
ProductID INTEGER not null,
LocationID INTEGER not null,
Shelf TEXT not null,
Bin INTEGER not null,
Quantity INTEGER default 0 not null,
rowguid TEXT not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (ProductID, LocationID),
foreign key (ProductID) references Product(ProductID),
foreign key (LocationID) references Location(LocationID)
);
CREATE TABLE ProductProductPhoto
(
ProductID INTEGER not null,
ProductPhotoID INTEGER not null,
"Primary" INTEGER default 0 not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (ProductID, ProductPhotoID),
foreign key (ProductID) references Product(ProductID),
foreign key (ProductPhotoID) references ProductPhoto(ProductPhotoID)
);
CREATE TABLE ProductReview
(
ProductReviewID INTEGER
primary key autoincrement,
ProductID INTEGER not null,
ReviewerName TEXT not null,
ReviewDate DATETIME default CURRENT_TIMESTAMP not null,
EmailAddress TEXT not null,
Rating INTEGER not null,
Comments TEXT,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (ProductID) references Product(ProductID)
);
CREATE TABLE ShoppingCartItem
(
ShoppingCartItemID INTEGER
primary key autoincrement,
ShoppingCartID TEXT not null,
Quantity INTEGER default 1 not null,
ProductID INTEGER not null,
DateCreated DATETIME default CURRENT_TIMESTAMP not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (ProductID) references Product(ProductID)
);
CREATE TABLE SpecialOfferProduct
(
SpecialOfferID INTEGER not null,
ProductID INTEGER not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (SpecialOfferID, ProductID),
foreign key (SpecialOfferID) references SpecialOffer(SpecialOfferID),
foreign key (ProductID) references Product(ProductID)
);
CREATE TABLE SalesOrderDetail
(
SalesOrderID INTEGER not null,
SalesOrderDetailID INTEGER
primary key autoincrement,
CarrierTrackingNumber TEXT,
OrderQty INTEGER not null,
ProductID INTEGER not null,
SpecialOfferID INTEGER not null,
UnitPrice REAL not null,
UnitPriceDiscount REAL default 0.0000 not null,
LineTotal REAL not null,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (SalesOrderID) references SalesOrderHeader(SalesOrderID),
foreign key (SpecialOfferID, ProductID) references SpecialOfferProduct(SpecialOfferID, ProductID)
);
CREATE TABLE TransactionHistory
(
TransactionID INTEGER
primary key autoincrement,
ProductID INTEGER not null,
ReferenceOrderID INTEGER not null,
ReferenceOrderLineID INTEGER default 0 not null,
TransactionDate DATETIME default CURRENT_TIMESTAMP not null,
TransactionType TEXT not null,
Quantity INTEGER not null,
ActualCost REAL not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (ProductID) references Product(ProductID)
);
CREATE TABLE Vendor
(
BusinessEntityID INTEGER not null
primary key,
AccountNumber TEXT not null
unique,
Name TEXT not null,
CreditRating INTEGER not null,
PreferredVendorStatus INTEGER default 1 not null,
ActiveFlag INTEGER default 1 not null,
PurchasingWebServiceURL TEXT,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (BusinessEntityID) references BusinessEntity(BusinessEntityID)
);
CREATE TABLE ProductVendor
(
ProductID INTEGER not null,
BusinessEntityID INTEGER not null,
AverageLeadTime INTEGER not null,
StandardPrice REAL not null,
LastReceiptCost REAL,
LastReceiptDate DATETIME,
MinOrderQty INTEGER not null,
MaxOrderQty INTEGER not null,
OnOrderQty INTEGER,
UnitMeasureCode TEXT not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (ProductID, BusinessEntityID),
foreign key (ProductID) references Product(ProductID),
foreign key (BusinessEntityID) references Vendor(BusinessEntityID),
foreign key (UnitMeasureCode) references UnitMeasure(UnitMeasureCode)
);
CREATE TABLE PurchaseOrderHeader
(
PurchaseOrderID INTEGER
primary key autoincrement,
RevisionNumber INTEGER default 0 not null,
Status INTEGER default 1 not null,
EmployeeID INTEGER not null,
VendorID INTEGER not null,
ShipMethodID INTEGER not null,
OrderDate DATETIME default CURRENT_TIMESTAMP not null,
ShipDate DATETIME,
SubTotal REAL default 0.0000 not null,
TaxAmt REAL default 0.0000 not null,
Freight REAL default 0.0000 not null,
TotalDue REAL not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (EmployeeID) references Employee(BusinessEntityID),
foreign key (VendorID) references Vendor(BusinessEntityID),
foreign key (ShipMethodID) references ShipMethod(ShipMethodID)
);
CREATE TABLE PurchaseOrderDetail
(
PurchaseOrderID INTEGER not null,
PurchaseOrderDetailID INTEGER
primary key autoincrement,
DueDate DATETIME not null,
OrderQty INTEGER not null,
ProductID INTEGER not null,
UnitPrice REAL not null,
LineTotal REAL not null,
ReceivedQty REAL not null,
RejectedQty REAL not null,
StockedQty REAL not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (PurchaseOrderID) references PurchaseOrderHeader(PurchaseOrderID),
foreign key (ProductID) references Product(ProductID)
);
CREATE TABLE WorkOrder
(
WorkOrderID INTEGER
primary key autoincrement,
ProductID INTEGER not null,
OrderQty INTEGER not null,
StockedQty INTEGER not null,
ScrappedQty INTEGER not null,
StartDate DATETIME not null,
EndDate DATETIME,
DueDate DATETIME not null,
ScrapReasonID INTEGER,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
foreign key (ProductID) references Product(ProductID),
foreign key (ScrapReasonID) references ScrapReason(ScrapReasonID)
);
CREATE TABLE WorkOrderRouting
(
WorkOrderID INTEGER not null,
ProductID INTEGER not null,
OperationSequence INTEGER not null,
LocationID INTEGER not null,
ScheduledStartDate DATETIME not null,
ScheduledEndDate DATETIME not null,
ActualStartDate DATETIME,
ActualEndDate DATETIME,
ActualResourceHrs REAL,
PlannedCost REAL not null,
ActualCost REAL,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (WorkOrderID, ProductID, OperationSequence),
foreign key (WorkOrderID) references WorkOrder(WorkOrderID),
foreign key (LocationID) references Location(LocationID)
);
CREATE TABLE Customer
(
CustomerID INTEGER
primary key,
PersonID INTEGER,
StoreID INTEGER,
TerritoryID INTEGER,
AccountNumber TEXT not null
unique,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null,
foreign key (PersonID) references Person(BusinessEntityID),
foreign key (TerritoryID) references SalesTerritory(TerritoryID),
foreign key (StoreID) references Store(BusinessEntityID)
);
CREATE TABLE ProductListPriceHistory
(
ProductID INTEGER not null,
StartDate DATE not null,
EndDate DATE,
ListPrice REAL not null,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
primary key (ProductID, StartDate),
foreign key (ProductID) references Product(ProductID)
);
CREATE TABLE IF NOT EXISTS "Address"
(
AddressID INTEGER
primary key autoincrement,
AddressLine1 TEXT not null,
AddressLine2 TEXT,
City TEXT not null,
StateProvinceID INTEGER not null
references StateProvince,
PostalCode TEXT not null,
SpatialLocation TEXT,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null,
unique (AddressLine1, AddressLine2, City, StateProvinceID, PostalCode)
);
CREATE TABLE IF NOT EXISTS "AddressType"
(
AddressTypeID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE IF NOT EXISTS "BillOfMaterials"
(
BillOfMaterialsID INTEGER
primary key autoincrement,
ProductAssemblyID INTEGER
references Product,
ComponentID INTEGER not null
references Product,
StartDate DATETIME default current_timestamp not null,
EndDate DATETIME,
UnitMeasureCode TEXT not null
references UnitMeasure,
BOMLevel INTEGER not null,
PerAssemblyQty REAL default 1.00 not null,
ModifiedDate DATETIME default current_timestamp not null,
unique (ProductAssemblyID, ComponentID, StartDate)
);
CREATE TABLE IF NOT EXISTS "BusinessEntity"
(
BusinessEntityID INTEGER
primary key autoincrement,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE IF NOT EXISTS "ContactType"
(
ContactTypeID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE IF NOT EXISTS "CurrencyRate"
(
CurrencyRateID INTEGER
primary key autoincrement,
CurrencyRateDate DATETIME not null,
FromCurrencyCode TEXT not null
references Currency,
ToCurrencyCode TEXT not null
references Currency,
AverageRate REAL not null,
EndOfDayRate REAL not null,
ModifiedDate DATETIME default current_timestamp not null,
unique (CurrencyRateDate, FromCurrencyCode, ToCurrencyCode)
);
CREATE TABLE IF NOT EXISTS "Department"
(
DepartmentID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
GroupName TEXT not null,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE IF NOT EXISTS "EmployeeDepartmentHistory"
(
BusinessEntityID INTEGER not null
references Employee,
DepartmentID INTEGER not null
references Department,
ShiftID INTEGER not null
references Shift,
StartDate DATE not null,
EndDate DATE,
ModifiedDate DATETIME default current_timestamp not null,
primary key (BusinessEntityID, StartDate, DepartmentID, ShiftID)
);
CREATE TABLE IF NOT EXISTS "EmployeePayHistory"
(
BusinessEntityID INTEGER not null
references Employee,
RateChangeDate DATETIME not null,
Rate REAL not null,
PayFrequency INTEGER not null,
ModifiedDate DATETIME default current_timestamp not null,
primary key (BusinessEntityID, RateChangeDate)
);
CREATE TABLE IF NOT EXISTS "JobCandidate"
(
JobCandidateID INTEGER
primary key autoincrement,
BusinessEntityID INTEGER
references Employee,
Resume TEXT,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE IF NOT EXISTS "Location"
(
LocationID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
CostRate REAL default 0.0000 not null,
Availability REAL default 0.00 not null,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE IF NOT EXISTS "PhoneNumberType"
(
PhoneNumberTypeID INTEGER
primary key autoincrement,
Name TEXT not null,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE IF NOT EXISTS "Product"
(
ProductID INTEGER
primary key autoincrement,
Name TEXT not null
unique,
ProductNumber TEXT not null
unique,
MakeFlag INTEGER default 1 not null,
FinishedGoodsFlag INTEGER default 1 not null,
Color TEXT,
SafetyStockLevel INTEGER not null,
ReorderPoint INTEGER not null,
StandardCost REAL not null,
ListPrice REAL not null,
Size TEXT,
SizeUnitMeasureCode TEXT
references UnitMeasure,
WeightUnitMeasureCode TEXT
references UnitMeasure,
Weight REAL,
DaysToManufacture INTEGER not null,
ProductLine TEXT,
Class TEXT,
Style TEXT,
ProductSubcategoryID INTEGER
references ProductSubcategory,
ProductModelID INTEGER
references ProductModel,
SellStartDate DATETIME not null,
SellEndDate DATETIME,
DiscontinuedDate DATETIME,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE IF NOT EXISTS "Document"
(
DocumentNode TEXT not null
primary key,
DocumentLevel INTEGER,
Title TEXT not null,
Owner INTEGER not null
references Employee,
FolderFlag INTEGER default 0 not null,
FileName TEXT not null,
FileExtension TEXT not null,
Revision TEXT not null,
ChangeNumber INTEGER default 0 not null,
Status INTEGER not null,
DocumentSummary TEXT,
Document BLOB,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default current_timestamp not null,
unique (DocumentLevel, DocumentNode)
);
CREATE TABLE IF NOT EXISTS "StateProvince"
(
StateProvinceID INTEGER
primary key autoincrement,
StateProvinceCode TEXT not null,
CountryRegionCode TEXT not null
references CountryRegion,
IsOnlyStateProvinceFlag INTEGER default 1 not null,
Name TEXT not null
unique,
TerritoryID INTEGER not null
references SalesTerritory,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null,
unique (StateProvinceCode, CountryRegionCode)
);
CREATE TABLE IF NOT EXISTS "CreditCard"
(
CreditCardID INTEGER
primary key autoincrement,
CardType TEXT not null,
CardNumber TEXT not null
unique,
ExpMonth INTEGER not null,
ExpYear INTEGER not null,
ModifiedDate DATETIME default current_timestamp not null
);
CREATE TABLE IF NOT EXISTS "SalesOrderHeader"
(
SalesOrderID INTEGER
primary key autoincrement,
RevisionNumber INTEGER default 0 not null,
OrderDate DATETIME default CURRENT_TIMESTAMP not null,
DueDate DATETIME not null,
ShipDate DATETIME,
Status INTEGER default 1 not null,
OnlineOrderFlag INTEGER default 1 not null,
SalesOrderNumber TEXT not null
unique,
PurchaseOrderNumber TEXT,
AccountNumber TEXT,
CustomerID INTEGER not null
references Customer,
SalesPersonID INTEGER
references SalesPerson,
TerritoryID INTEGER
references SalesTerritory,
BillToAddressID INTEGER not null
references Address,
ShipToAddressID INTEGER not null
references Address,
ShipMethodID INTEGER not null
references Address,
CreditCardID INTEGER
references CreditCard,
CreditCardApprovalCode TEXT,
CurrencyRateID INTEGER
references CurrencyRate,
SubTotal REAL default 0.0000 not null,
TaxAmt REAL default 0.0000 not null,
Freight REAL default 0.0000 not null,
TotalDue REAL not null,
Comment TEXT,
rowguid TEXT not null
unique,
ModifiedDate DATETIME default CURRENT_TIMESTAMP not null
);
|
world_development_indicators | How many countries in Europe & Central Asia uses Danish krone as its currency? List the full names of those coutnries. | countries in Europe & Central Asia refer to region = 'Europe & Central Asia'; uses Danish krone refers to currencyunit = 'Danish krone'; full name refers to longname | SELECT COUNT(longname) FROM country WHERE region = 'Europe & Central Asia' AND currencyunit = 'Danish krone' UNION SELECT longname FROM country WHERE currencyunit = 'Danish krone' AND region = 'Europe & Central Asia' | CREATE TABLE IF NOT EXISTS "Country"
(
CountryCode TEXT not null
primary key,
ShortName TEXT,
TableName TEXT,
LongName TEXT,
Alpha2Code TEXT,
CurrencyUnit TEXT,
SpecialNotes TEXT,
Region TEXT,
IncomeGroup TEXT,
Wb2Code TEXT,
NationalAccountsBaseYear TEXT,
NationalAccountsReferenceYear TEXT,
SnaPriceValuation TEXT,
LendingCategory TEXT,
OtherGroups TEXT,
SystemOfNationalAccounts TEXT,
AlternativeConversionFactor TEXT,
PppSurveyYear TEXT,
BalanceOfPaymentsManualInUse TEXT,
ExternalDebtReportingStatus TEXT,
SystemOfTrade TEXT,
GovernmentAccountingConcept TEXT,
ImfDataDisseminationStandard TEXT,
LatestPopulationCensus TEXT,
LatestHouseholdSurvey TEXT,
SourceOfMostRecentIncomeAndExpenditureData TEXT,
VitalRegistrationComplete TEXT,
LatestAgriculturalCensus TEXT,
LatestIndustrialData INTEGER,
LatestTradeData INTEGER,
LatestWaterWithdrawalData INTEGER
);
CREATE TABLE IF NOT EXISTS "Series"
(
SeriesCode TEXT not null
primary key,
Topic TEXT,
IndicatorName TEXT,
ShortDefinition TEXT,
LongDefinition TEXT,
UnitOfMeasure TEXT,
Periodicity TEXT,
BasePeriod TEXT,
OtherNotes INTEGER,
AggregationMethod TEXT,
LimitationsAndExceptions TEXT,
NotesFromOriginalSource TEXT,
GeneralComments TEXT,
Source TEXT,
StatisticalConceptAndMethodology TEXT,
DevelopmentRelevance TEXT,
RelatedSourceLinks TEXT,
OtherWebLinks INTEGER,
RelatedIndicators INTEGER,
LicenseType TEXT
);
CREATE TABLE CountryNotes
(
Countrycode TEXT NOT NULL ,
Seriescode TEXT NOT NULL ,
Description TEXT,
primary key (Countrycode, Seriescode),
FOREIGN KEY (Seriescode) REFERENCES Series(SeriesCode),
FOREIGN KEY (Countrycode) REFERENCES Country(CountryCode)
);
CREATE TABLE Footnotes
(
Countrycode TEXT NOT NULL ,
Seriescode TEXT NOT NULL ,
Year TEXT,
Description TEXT,
primary key (Countrycode, Seriescode, Year),
FOREIGN KEY (Seriescode) REFERENCES Series(SeriesCode),
FOREIGN KEY (Countrycode) REFERENCES Country(CountryCode)
);
CREATE TABLE Indicators
(
CountryName TEXT,
CountryCode TEXT NOT NULL ,
IndicatorName TEXT,
IndicatorCode TEXT NOT NULL ,
Year INTEGER NOT NULL ,
Value INTEGER,
primary key (CountryCode, IndicatorCode, Year),
FOREIGN KEY (CountryCode) REFERENCES Country(CountryCode)
);
CREATE TABLE SeriesNotes
(
Seriescode TEXT not null ,
Year TEXT not null ,
Description TEXT,
primary key (Seriescode, Year),
foreign key (Seriescode) references Series(SeriesCode)
);
|
books | What percentage of books written by Hirohiko make up the number of books published by Viz Media? | "Hirohiko Araki" is the author_name; 'Viz Media' is the publisher_name; percentage = Divide (Count(author_name = 'Hirohiko Araki'), Count(book_id)) * 100 | SELECT CAST(SUM(CASE WHEN T1.author_name = 'Hirohiko Araki' THEN 1 ELSE 0 END) AS REAL) * 100 / COUNT(*) FROM author AS T1 INNER JOIN book_author AS T2 ON T2.author_id = T1.author_id INNER JOIN book AS T3 ON T3.book_id = T2.book_id INNER JOIN publisher AS T4 ON T4.publisher_id = T3.publisher_id WHERE T4.publisher_name = 'VIZ Media' | 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,
foreign key (country_id) references country(country_id)
);
CREATE TABLE customer
(
customer_id INTEGER
primary key,
first_name TEXT,
last_name TEXT,
email TEXT
);
CREATE TABLE customer_address
(
customer_id INTEGER,
address_id INTEGER,
status_id INTEGER,
primary key (customer_id, address_id),
foreign key (address_id) references address(address_id),
foreign key (customer_id) references customer(customer_id)
);
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,
foreign key (language_id) references book_language(language_id),
foreign key (publisher_id) references publisher(publisher_id)
);
CREATE TABLE book_author
(
book_id INTEGER,
author_id INTEGER,
primary key (book_id, author_id),
foreign key (author_id) references author(author_id),
foreign key (book_id) references book(book_id)
);
CREATE TABLE shipping_method
(
method_id INTEGER
primary key,
method_name TEXT,
cost REAL
);
CREATE TABLE IF NOT EXISTS "cust_order"
(
order_id INTEGER
primary key autoincrement,
order_date DATETIME,
customer_id INTEGER
references customer,
shipping_method_id INTEGER
references shipping_method,
dest_address_id INTEGER
references address
);
CREATE TABLE sqlite_sequence(name,seq);
CREATE TABLE IF NOT EXISTS "order_history"
(
history_id INTEGER
primary key autoincrement,
order_id INTEGER
references cust_order,
status_id INTEGER
references order_status,
status_date DATETIME
);
CREATE TABLE IF NOT EXISTS "order_line"
(
line_id INTEGER
primary key autoincrement,
order_id INTEGER
references cust_order,
book_id INTEGER
references book,
price REAL
);
|
image_and_language | For those objects that have multiple relations, how many images have a prediction class of "reading"? | prediction class of "reading" refers to PRED_CLASS = 'reading'; if two objects (OBJ1_SAMPLE_ID,
OBJ2_SAMPLE_ID) has
multiple PRED_CLASS_ID, it
means these two objects
have multiple relations; | SELECT COUNT(T1.IMG_ID) FROM IMG_REL AS T1 INNER JOIN PRED_CLASSES AS T2 ON T1.PRED_CLASS_ID = T2.PRED_CLASS_ID WHERE T2.PRED_CLASS = 'reading' | CREATE TABLE ATT_CLASSES
(
ATT_CLASS_ID INTEGER default 0 not null
primary key,
ATT_CLASS TEXT not null
);
CREATE TABLE OBJ_CLASSES
(
OBJ_CLASS_ID INTEGER default 0 not null
primary key,
OBJ_CLASS TEXT not null
);
CREATE TABLE IMG_OBJ
(
IMG_ID INTEGER default 0 not null,
OBJ_SAMPLE_ID INTEGER default 0 not null,
OBJ_CLASS_ID INTEGER null,
X INTEGER null,
Y INTEGER null,
W INTEGER null,
H INTEGER null,
primary key (IMG_ID, OBJ_SAMPLE_ID),
foreign key (OBJ_CLASS_ID) references OBJ_CLASSES (OBJ_CLASS_ID)
);
CREATE TABLE IMG_OBJ_ATT
(
IMG_ID INTEGER default 0 not null,
ATT_CLASS_ID INTEGER default 0 not null,
OBJ_SAMPLE_ID INTEGER default 0 not null,
primary key (IMG_ID, ATT_CLASS_ID, OBJ_SAMPLE_ID),
foreign key (ATT_CLASS_ID) references ATT_CLASSES (ATT_CLASS_ID),
foreign key (IMG_ID, OBJ_SAMPLE_ID) references IMG_OBJ (IMG_ID, OBJ_SAMPLE_ID)
);
CREATE TABLE PRED_CLASSES
(
PRED_CLASS_ID INTEGER default 0 not null
primary key,
PRED_CLASS TEXT not null
);
CREATE TABLE IMG_REL
(
IMG_ID INTEGER default 0 not null,
PRED_CLASS_ID INTEGER default 0 not null,
OBJ1_SAMPLE_ID INTEGER default 0 not null,
OBJ2_SAMPLE_ID INTEGER default 0 not null,
primary key (IMG_ID, PRED_CLASS_ID, OBJ1_SAMPLE_ID, OBJ2_SAMPLE_ID),
foreign key (PRED_CLASS_ID) references PRED_CLASSES (PRED_CLASS_ID),
foreign key (IMG_ID, OBJ1_SAMPLE_ID) references IMG_OBJ (IMG_ID, OBJ_SAMPLE_ID),
foreign key (IMG_ID, OBJ2_SAMPLE_ID) references IMG_OBJ (IMG_ID, OBJ_SAMPLE_ID)
);
|
computer_student | What is the total of professional courses available at the university? List out all the course id. | professional courses refers to courseLevel = 'Level_500'; course id refers to course.course_id | SELECT COUNT(course_id) FROM course WHERE courseLevel = 'Level_500' | CREATE TABLE course
(
course_id INTEGER
constraint course_pk
primary key,
courseLevel TEXT
);
CREATE TABLE person
(
p_id INTEGER
constraint person_pk
primary key,
professor INTEGER,
student INTEGER,
hasPosition TEXT,
inPhase TEXT,
yearsInProgram TEXT
);
CREATE TABLE IF NOT EXISTS "advisedBy"
(
p_id INTEGER,
p_id_dummy INTEGER,
constraint advisedBy_pk
primary key (p_id, p_id_dummy),
constraint advisedBy_person_p_id_p_id_fk
foreign key (p_id, p_id_dummy) references person (p_id, p_id)
);
CREATE TABLE taughtBy
(
course_id INTEGER,
p_id INTEGER,
primary key (course_id, p_id),
foreign key (p_id) references person(p_id),
foreign key (course_id) references course(course_id)
);
|
menu | What are the names of the dishes in the menu sponsored by The Society of Cumberland that was created for the 19th reunion at Grand Pacific Hotel in Chicago, Illinois? | sponsored by The Society of Cumberland refers to sponsor = 'THE SOCIETY OF THE CUMBERLAND'; created for the 19th reunion refers to event = '19NTH REUNION'; Grand Pacific Hotel in Chicago, Illinois refers to place = 'GRAND PACIFIC HOTEL, CHICAGO, ILL'; | SELECT T4.name FROM Menu AS T1 INNER JOIN MenuPage AS T2 ON T1.id = T2.menu_id INNER JOIN MenuItem AS T3 ON T2.id = T3.menu_page_id INNER JOIN Dish AS T4 ON T3.dish_id = T4.id WHERE T1.sponsor = 'THE SOCIETY OF THE CUMBERLAND' AND T1.event = '19NTH REUNION' AND T1.place = 'GRAND PACIFIC HOTEL,CHICAGO,ILL' | CREATE TABLE Dish
(
id INTEGER
primary key,
name TEXT,
description TEXT,
menus_appeared INTEGER,
times_appeared INTEGER,
first_appeared INTEGER,
last_appeared INTEGER,
lowest_price REAL,
highest_price REAL
);
CREATE TABLE Menu
(
id INTEGER
primary key,
name TEXT,
sponsor TEXT,
event TEXT,
venue TEXT,
place TEXT,
physical_description TEXT,
occasion TEXT,
notes TEXT,
call_number TEXT,
keywords TEXT,
language TEXT,
date DATE,
location TEXT,
location_type TEXT,
currency TEXT,
currency_symbol TEXT,
status TEXT,
page_count INTEGER,
dish_count INTEGER
);
CREATE TABLE MenuPage
(
id INTEGER
primary key,
menu_id INTEGER,
page_number INTEGER,
image_id REAL,
full_height INTEGER,
full_width INTEGER,
uuid TEXT,
foreign key (menu_id) references Menu(id)
);
CREATE TABLE MenuItem
(
id INTEGER
primary key,
menu_page_id INTEGER,
price REAL,
high_price REAL,
dish_id INTEGER,
created_at TEXT,
updated_at TEXT,
xpos REAL,
ypos REAL,
foreign key (dish_id) references Dish(id),
foreign key (menu_page_id) references MenuPage(id)
);
|
retail_world | What is the total price of Ikura ordered in order no. 10273? | total price = MULTIPLY(UnitPrice, Quantity); Ikura refers to ProductName = 'Ikura'; order no. refers to OrderID; | SELECT T2.UnitPrice * T2.Quantity FROM Products AS T1 INNER JOIN `Order Details` AS T2 ON T1.ProductID = T2.ProductID WHERE T2.OrderID = 10273 AND T1.ProductName = 'Ikura' | CREATE TABLE sqlite_sequence(name,seq);
CREATE TABLE Categories
(
CategoryID INTEGER PRIMARY KEY AUTOINCREMENT,
CategoryName TEXT,
Description TEXT
);
CREATE TABLE Customers
(
CustomerID INTEGER PRIMARY KEY AUTOINCREMENT,
CustomerName TEXT,
ContactName TEXT,
Address TEXT,
City TEXT,
PostalCode TEXT,
Country TEXT
);
CREATE TABLE Employees
(
EmployeeID INTEGER PRIMARY KEY AUTOINCREMENT,
LastName TEXT,
FirstName TEXT,
BirthDate DATE,
Photo TEXT,
Notes TEXT
);
CREATE TABLE Shippers(
ShipperID INTEGER PRIMARY KEY AUTOINCREMENT,
ShipperName TEXT,
Phone TEXT
);
CREATE TABLE Suppliers(
SupplierID INTEGER PRIMARY KEY AUTOINCREMENT,
SupplierName TEXT,
ContactName TEXT,
Address TEXT,
City TEXT,
PostalCode TEXT,
Country TEXT,
Phone TEXT
);
CREATE TABLE Products(
ProductID INTEGER PRIMARY KEY AUTOINCREMENT,
ProductName TEXT,
SupplierID INTEGER,
CategoryID INTEGER,
Unit TEXT,
Price REAL DEFAULT 0,
FOREIGN KEY (CategoryID) REFERENCES Categories (CategoryID),
FOREIGN KEY (SupplierID) REFERENCES Suppliers (SupplierID)
);
CREATE TABLE Orders(
OrderID INTEGER PRIMARY KEY AUTOINCREMENT,
CustomerID INTEGER,
EmployeeID INTEGER,
OrderDate DATETIME,
ShipperID INTEGER,
FOREIGN KEY (EmployeeID) REFERENCES Employees (EmployeeID),
FOREIGN KEY (CustomerID) REFERENCES Customers (CustomerID),
FOREIGN KEY (ShipperID) REFERENCES Shippers (ShipperID)
);
CREATE TABLE OrderDetails(
OrderDetailID INTEGER PRIMARY KEY AUTOINCREMENT,
OrderID INTEGER,
ProductID INTEGER,
Quantity INTEGER,
FOREIGN KEY (OrderID) REFERENCES Orders (OrderID),
FOREIGN KEY (ProductID) REFERENCES Products (ProductID)
);
|
image_and_language | Describe the objects, their attributes, and the relationships that comprise the scene on image no. 1 within the bounding box, represented as (388, 369, 48, 128). | objects refers to OBJ_CLASS; attributes refers to ATT_CLASS; relationships refers to PRED_CLASS; image no. 1 refers to IMG_ID = 1; bounding box, represented as (388, 369, 48, 128) refers to X = 388 and Y = 369 and W = 48 and H = 128 | SELECT DISTINCT T2.OBJ_CLASS, T4.ATT_CLASS, T6.PRED_CLASS FROM IMG_OBJ AS T1 INNER JOIN OBJ_CLASSES AS T2 ON T1.OBJ_CLASS_ID = T2.OBJ_CLASS_ID INNER JOIN IMG_OBJ_ATT AS T3 ON T1.IMG_ID = T3.IMG_ID INNER JOIN ATT_CLASSES AS T4 ON T3.ATT_CLASS_ID = T4.ATT_CLASS_ID INNER JOIN IMG_REL AS T5 ON T1.IMG_ID = T5.IMG_ID INNER JOIN PRED_CLASSES AS T6 ON T5.PRED_CLASS_ID = T6.PRED_CLASS_ID WHERE T1.IMG_ID = 1 AND T1.X = 388 AND T1.Y = 369 AND T1.W = 48 AND T1.H = 128 | CREATE TABLE ATT_CLASSES
(
ATT_CLASS_ID INTEGER default 0 not null
primary key,
ATT_CLASS TEXT not null
);
CREATE TABLE OBJ_CLASSES
(
OBJ_CLASS_ID INTEGER default 0 not null
primary key,
OBJ_CLASS TEXT not null
);
CREATE TABLE IMG_OBJ
(
IMG_ID INTEGER default 0 not null,
OBJ_SAMPLE_ID INTEGER default 0 not null,
OBJ_CLASS_ID INTEGER null,
X INTEGER null,
Y INTEGER null,
W INTEGER null,
H INTEGER null,
primary key (IMG_ID, OBJ_SAMPLE_ID),
foreign key (OBJ_CLASS_ID) references OBJ_CLASSES (OBJ_CLASS_ID)
);
CREATE TABLE IMG_OBJ_ATT
(
IMG_ID INTEGER default 0 not null,
ATT_CLASS_ID INTEGER default 0 not null,
OBJ_SAMPLE_ID INTEGER default 0 not null,
primary key (IMG_ID, ATT_CLASS_ID, OBJ_SAMPLE_ID),
foreign key (ATT_CLASS_ID) references ATT_CLASSES (ATT_CLASS_ID),
foreign key (IMG_ID, OBJ_SAMPLE_ID) references IMG_OBJ (IMG_ID, OBJ_SAMPLE_ID)
);
CREATE TABLE PRED_CLASSES
(
PRED_CLASS_ID INTEGER default 0 not null
primary key,
PRED_CLASS TEXT not null
);
CREATE TABLE IMG_REL
(
IMG_ID INTEGER default 0 not null,
PRED_CLASS_ID INTEGER default 0 not null,
OBJ1_SAMPLE_ID INTEGER default 0 not null,
OBJ2_SAMPLE_ID INTEGER default 0 not null,
primary key (IMG_ID, PRED_CLASS_ID, OBJ1_SAMPLE_ID, OBJ2_SAMPLE_ID),
foreign key (PRED_CLASS_ID) references PRED_CLASSES (PRED_CLASS_ID),
foreign key (IMG_ID, OBJ1_SAMPLE_ID) references IMG_OBJ (IMG_ID, OBJ_SAMPLE_ID),
foreign key (IMG_ID, OBJ2_SAMPLE_ID) references IMG_OBJ (IMG_ID, OBJ_SAMPLE_ID)
);
|
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